feat: unify docs portal and MCP servers into one config-driven service

- add config.yml as single source of truth for collected repos/categories
- add collect.py CLI to pull lib/api/wiki site builds and mcp bundles from
  source repos and regenerate nginx.conf + _index/index.html
- port mcp runtime (main.py/core.py/config.py): nginx + health + FastMCP
  servers started from config.yml
- docker: python:3.13-slim + nginx, expose 8000-8006 + 9000 (html portal)
- drone: publish html (6007:9000) and MCP ports 8000-8006
- move mongo-ops docs to wiki/, add auth-server (api) and hexa (lib)
- refresh lib site builds (lib/ prefix) and collect mcp bundles
This commit is contained in:
2026-09-11 15:14:51 +05:30
parent 0e49f02c4c
commit 0c25cbb19f
609 changed files with 175303 additions and 4274 deletions

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mcp/dagpipe/index.json Normal file
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{
"project": "dagpipe",
"type": "docforge-model",
"modules_count": 6,
"source": "docforge"
}

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{
"module": "dagpipe.engine",
"content": {
"path": "dagpipe.engine",
"docstring": "# Summary\n\nExecution engine responsible for running pipelines and graphs.\n\nThe `Engine` executes `Node` objects and propagates immutable `State` instances\nthrough either a linear sequence or a directed acyclic graph (`Graph`).\nIt orchestrates execution order, branching, and state propagation.\n\n---\n\n# Guarantees\n\n- Deterministic execution and consistent state lineage.\n- Orchestrates execution without modifying `Graph`, `Node`, or `State` objects.",
"objects": {
"deque": {
"name": "deque",
"kind": "alias",
"path": "dagpipe.engine.deque",
"signature": "<bound method Alias.signature of Alias('deque', 'collections.deque')>",
"docstring": null
},
"AsyncIterator": {
"name": "AsyncIterator",
"kind": "alias",
"path": "dagpipe.engine.AsyncIterator",
"signature": "<bound method Alias.signature of Alias('AsyncIterator', 'collections.abc.AsyncIterator')>",
"docstring": null
},
"Awaitable": {
"name": "Awaitable",
"kind": "alias",
"path": "dagpipe.engine.Awaitable",
"signature": "<bound method Alias.signature of Alias('Awaitable', 'collections.abc.Awaitable')>",
"docstring": null
},
"Callable": {
"name": "Callable",
"kind": "alias",
"path": "dagpipe.engine.Callable",
"signature": "<bound method Alias.signature of Alias('Callable', 'collections.abc.Callable')>",
"docstring": null
},
"Iterator": {
"name": "Iterator",
"kind": "alias",
"path": "dagpipe.engine.Iterator",
"signature": "<bound method Alias.signature of Alias('Iterator', 'collections.abc.Iterator')>",
"docstring": null
},
"Sequence": {
"name": "Sequence",
"kind": "alias",
"path": "dagpipe.engine.Sequence",
"signature": "<bound method Alias.signature of Alias('Sequence', 'collections.abc.Sequence')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "dagpipe.engine.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Optional": {
"name": "Optional",
"kind": "alias",
"path": "dagpipe.engine.Optional",
"signature": "<bound method Alias.signature of Alias('Optional', 'typing.Optional')>",
"docstring": null
},
"Graph": {
"name": "Graph",
"kind": "class",
"path": "dagpipe.engine.Graph",
"signature": "<bound method Alias.signature of Alias('Graph', 'dagpipe.graph.Graph')>",
"docstring": "Directed Acyclic Graph defining execution topology of `Node` objects.\n\nNotes:\n **Responsibilities:**\n\n - Stores node connectivity and validates that the topology remains acyclic.\n - Structure determines how `State` flows between nodes during execution.\n\n **Guarantees:**\n\n - Topology is acyclic. Node relationships remain consistent.\n - Thread-safe for concurrent reads after construction.",
"members": {
"add_edge": {
"name": "add_edge",
"kind": "function",
"path": "dagpipe.engine.Graph.add_edge",
"signature": "<bound method Alias.signature of Alias('add_edge', 'dagpipe.graph.Graph.add_edge')>",
"docstring": "Add a directed edge from `src` to `dst`.\n\nArgs:\n src (Node):\n Source node.\n\n dst (Node):\n Destination node.\n\nRaises:\n TypeError:\n If `src` or `dst` is not a `Node`.\n\n ValueError:\n If the edge would create a cycle or if `src` and `dst` are common.\n\nNotes:\n - Validates node types.\n - Prevents cycles.\n - Registers nodes if not present.\n - Updates parent and child mappings."
},
"add_root": {
"name": "add_root",
"kind": "function",
"path": "dagpipe.engine.Graph.add_root",
"signature": "<bound method Alias.signature of Alias('add_root', 'dagpipe.graph.Graph.add_root')>",
"docstring": "Add a root node with no parents.\n\nArgs:\n node (Node):\n Node to add as a root.\n\nRaises:\n TypeError:\n If node is not a Node instance."
},
"children": {
"name": "children",
"kind": "function",
"path": "dagpipe.engine.Graph.children",
"signature": "<bound method Alias.signature of Alias('children', 'dagpipe.graph.Graph.children')>",
"docstring": "Return child nodes of a node.\n\nArgs:\n node (Node):\n Node to query.\n\nReturns:\n Tuple[Node, ...]:\n Outgoing neighbors."
},
"parents": {
"name": "parents",
"kind": "function",
"path": "dagpipe.engine.Graph.parents",
"signature": "<bound method Alias.signature of Alias('parents', 'dagpipe.graph.Graph.parents')>",
"docstring": "Return parent nodes of a node.\n\nArgs:\n node (Node):\n Node to query.\n\nReturns:\n Tuple[Node, ...]:\n Incoming neighbors."
},
"roots": {
"name": "roots",
"kind": "function",
"path": "dagpipe.engine.Graph.roots",
"signature": "<bound method Alias.signature of Alias('roots', 'dagpipe.graph.Graph.roots')>",
"docstring": "Return root nodes (nodes with no incoming edges).\n\nReturns:\n Tuple[Node, ...]:\n Entry point nodes."
},
"nodes": {
"name": "nodes",
"kind": "function",
"path": "dagpipe.engine.Graph.nodes",
"signature": "<bound method Alias.signature of Alias('nodes', 'dagpipe.graph.Graph.nodes')>",
"docstring": "Return all nodes in the graph.\n\nReturns:\n Tuple[Node, ...]:\n All registered nodes."
}
}
},
"AsyncNode": {
"name": "AsyncNode",
"kind": "class",
"path": "dagpipe.engine.AsyncNode",
"signature": "<bound method Alias.signature of Alias('AsyncNode', 'dagpipe.node.AsyncNode')>",
"docstring": "Base class for nodes whose execution is asynchronous.\n\nSubclasses implement `resolve_async` (an async generator yielding derived\n`State` objects). The engine dispatches to `resolve_async` when running an\nasync traversal (see `Engine.run_async`).\n\nSync-only engines (and the base `Node.run`) treat an `AsyncNode` as a no-op\nconsumer: calling `run` on an `AsyncNode` returns no states, signalling that\nan async engine is required.",
"members": {
"resolve": {
"name": "resolve",
"kind": "function",
"path": "dagpipe.engine.AsyncNode.resolve",
"signature": "<bound method Alias.signature of Alias('resolve', 'dagpipe.node.AsyncNode.resolve')>",
"docstring": null
},
"resolve_async": {
"name": "resolve_async",
"kind": "function",
"path": "dagpipe.engine.AsyncNode.resolve_async",
"signature": "<bound method Alias.signature of Alias('resolve_async', 'dagpipe.node.AsyncNode.resolve_async')>",
"docstring": "Execute node logic asynchronously.\n\nArgs:\n state (State):\n Input execution state.\n\nReturns:\n Iterable[State]:\n Derived execution state(s).\n\nNotes:\n Subclasses implement this. Must not mutate the input state.\n Should use `fork()` to create child states."
},
"run_async": {
"name": "run_async",
"kind": "function",
"path": "dagpipe.engine.AsyncNode.run_async",
"signature": "<bound method Alias.signature of Alias('run_async', 'dagpipe.node.AsyncNode.run_async')>",
"docstring": "Execute this node asynchronously on a state, validating outputs."
}
}
},
"Node": {
"name": "Node",
"kind": "class",
"path": "dagpipe.engine.Node",
"signature": "<bound method Alias.signature of Alias('Node', 'dagpipe.node.Node')>",
"docstring": "Base class for all dagpipe execution nodes.\n\nAttributes:\n id (str):\n Unique identifier of the node (snake_case dotted format).\n\n name (str):\n Human-readable display name.\n\nNotes:\n **Responsibilities:**\n\n - Represents a deterministic unit of execution in the pipeline graph.\n - Consumes one `State` and produces zero, one, or many derived states.\n - Defines execution logic and enables branching, filtering, and transformation.\n\n **Guarantees:**\n\n - Nodes must never mutate the input `State`.\n - Instances are singletons per subclass and reused across executions.",
"members": {
"id": {
"name": "id",
"kind": "attribute",
"path": "dagpipe.engine.Node.id",
"signature": "<bound method Alias.signature of Alias('id', 'dagpipe.node.Node.id')>",
"docstring": null
},
"name": {
"name": "name",
"kind": "attribute",
"path": "dagpipe.engine.Node.name",
"signature": "<bound method Alias.signature of Alias('name', 'dagpipe.node.Node.name')>",
"docstring": null
},
"node_id_to_name": {
"name": "node_id_to_name",
"kind": "function",
"path": "dagpipe.engine.Node.node_id_to_name",
"signature": "<bound method Alias.signature of Alias('node_id_to_name', 'dagpipe.node.Node.node_id_to_name')>",
"docstring": "Convert a dotted snake_case node ID into a human-readable name.\n\nArgs:\n node_id (str):\n Unique node identifier (e.g., 'entity.resolve.numeric_merchant').\n\nReturns:\n str:\n Human-readable display name (e.g., 'Entity › Resolve › Numeric Merchant')."
},
"clean_id_and_name": {
"name": "clean_id_and_name",
"kind": "function",
"path": "dagpipe.engine.Node.clean_id_and_name",
"signature": "<bound method Alias.signature of Alias('clean_id_and_name', 'dagpipe.node.Node.clean_id_and_name')>",
"docstring": "Normalize and validate node ID and display name.\n\nRaises:\n TypeError:\n If ID is not a string.\n ValueError:\n If ID format is invalid.\n\nNotes:\n **Guarantees:**\n\n - Generates ID from module and class name if missing.\n - Validates ID format.\n - Generates human-readable name if missing."
},
"run": {
"name": "run",
"kind": "function",
"path": "dagpipe.engine.Node.run",
"signature": "<bound method Alias.signature of Alias('run', 'dagpipe.node.Node.run')>",
"docstring": "Execute this node on a `State`.\n\nArgs:\n state (State):\n Input execution state.\n\nReturns:\n tuple[State, ...]:\n Derived execution states.\n\nRaises:\n TypeError:\n If `resolve()` yields a non-`State` object."
},
"fork": {
"name": "fork",
"kind": "function",
"path": "dagpipe.engine.Node.fork",
"signature": "<bound method Alias.signature of Alias('fork', 'dagpipe.node.Node.fork')>",
"docstring": "Create a child `State` attributed to this node.\n\nArgs:\n state (State):\n Parent execution state.\n\n payload_update (Mapping[str, Any], optional):\n Dot-path payload updates.\n\n confidence_delta (float, optional):\n Confidence adjustment.\n\n metadata_update (Mapping[str, Any], optional):\n Metadata updates.\n\nReturns:\n State:\n New child execution state.\n\nNotes:\n **Responsibilities:**\n\n - Convenience wrapper around `State.fork()` that automatically\n records this node's ID in state history."
},
"resolve": {
"name": "resolve",
"kind": "function",
"path": "dagpipe.engine.Node.resolve",
"signature": "<bound method Alias.signature of Alias('resolve', 'dagpipe.node.Node.resolve')>",
"docstring": "Execute node logic.\n\nArgs:\n state (State):\n Input execution state.\n\nYields:\n State:\n Derived execution state(s).\n\nNotes:\n **Responsibilities:**\n\n - Subclasses implement specific resolution behavior.\n - Must not mutate input state.\n - Should use `fork()` to create child states.\n - May yield zero states to terminate a branch."
},
"is_async": {
"name": "is_async",
"kind": "function",
"path": "dagpipe.engine.Node.is_async",
"signature": "<bound method Alias.signature of Alias('is_async', 'dagpipe.node.Node.is_async')>",
"docstring": "Return whether this node executes asynchronously."
}
}
},
"State": {
"name": "State",
"kind": "class",
"path": "dagpipe.engine.State",
"signature": "<bound method Alias.signature of Alias('State', 'dagpipe.state.State')>",
"docstring": "Immutable execution state propagated through dagpipe pipeline.\n\nAttributes:\n payload (Payload):\n Execution data container.\n\n schema (ClassVar[Schema]):\n Payload validation schema.\n\n confidence (float):\n Execution confidence score.\n\n parent (Optional[State]):\n Parent state reference.\n\n depth (int):\n Execution depth.\n\n history (Tuple[str, ...]):\n Ordered node execution lineage.\n\n metadata (Dict[str, Any]):\n Execution metadata.\n\nNotes:\n **Responsibilities:**\n\n - Represents a complete execution snapshot at a specific point in\n pipeline traversal.\n - Fundamental unit of execution in `dagpipe`.\n - Fully thread-safe due to immutability.",
"members": {
"payload": {
"name": "payload",
"kind": "attribute",
"path": "dagpipe.engine.State.payload",
"signature": "<bound method Alias.signature of Alias('payload', 'dagpipe.state.State.payload')>",
"docstring": null
},
"schema": {
"name": "schema",
"kind": "attribute",
"path": "dagpipe.engine.State.schema",
"signature": "<bound method Alias.signature of Alias('schema', 'dagpipe.state.State.schema')>",
"docstring": null
},
"confidence": {
"name": "confidence",
"kind": "attribute",
"path": "dagpipe.engine.State.confidence",
"signature": "<bound method Alias.signature of Alias('confidence', 'dagpipe.state.State.confidence')>",
"docstring": null
},
"parent": {
"name": "parent",
"kind": "attribute",
"path": "dagpipe.engine.State.parent",
"signature": "<bound method Alias.signature of Alias('parent', 'dagpipe.state.State.parent')>",
"docstring": null
},
"depth": {
"name": "depth",
"kind": "attribute",
"path": "dagpipe.engine.State.depth",
"signature": "<bound method Alias.signature of Alias('depth', 'dagpipe.state.State.depth')>",
"docstring": null
},
"history": {
"name": "history",
"kind": "attribute",
"path": "dagpipe.engine.State.history",
"signature": "<bound method Alias.signature of Alias('history', 'dagpipe.state.State.history')>",
"docstring": null
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "dagpipe.engine.State.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'dagpipe.state.State.metadata')>",
"docstring": null
},
"fork": {
"name": "fork",
"kind": "function",
"path": "dagpipe.engine.State.fork",
"signature": "<bound method Alias.signature of Alias('fork', 'dagpipe.state.State.fork')>",
"docstring": "Create a new child `State` derived from this state.\n\nArgs:\n payload_update (Mapping[str, Any], optional):\n Dot-path updates applied to the payload.\n\n confidence_delta (float, optional):\n Adjustment applied to current confidence.\n\n node_id (str, optional):\n Identifier of the node creating this state.\n\n metadata_update (Mapping[str, Any], optional):\n Updates merged into state metadata.\n\nReturns:\n State:\n A new immutable `State` instance.\n\nNotes:\n **Guarantees:**\n\n - This is the only supported mechanism for modifying execution data.\n - Validates payload updates, preserves lineage, increments depth,\n and appends to history."
},
"lineage": {
"name": "lineage",
"kind": "function",
"path": "dagpipe.engine.State.lineage",
"signature": "<bound method Alias.signature of Alias('lineage', 'dagpipe.state.State.lineage')>",
"docstring": "Return lineage from root to this State.\n\nReturns:\n Tuple[State, ...]:\n Ordered execution lineage (root first)."
},
"get": {
"name": "get",
"kind": "function",
"path": "dagpipe.engine.State.get",
"signature": "<bound method Alias.signature of Alias('get', 'dagpipe.state.State.get')>",
"docstring": "Retrieve payload value.\n\nArgs:\n key (str):\n Dot-path key.\n default (Any, optional):\n Fallback value.\n\nReturns:\n Any:\n Stored value or default."
},
"has": {
"name": "has",
"kind": "function",
"path": "dagpipe.engine.State.has",
"signature": "<bound method Alias.signature of Alias('has', 'dagpipe.state.State.has')>",
"docstring": "Check whether payload contains key.\n\nArgs:\n key (str):\n Dot-path key.\n\nReturns:\n bool:\n Existence of the key."
}
}
},
"StepHook": {
"name": "StepHook",
"kind": "attribute",
"path": "dagpipe.engine.StepHook",
"signature": null,
"docstring": null
},
"AsyncStepHook": {
"name": "AsyncStepHook",
"kind": "attribute",
"path": "dagpipe.engine.AsyncStepHook",
"signature": null,
"docstring": null
},
"ProgressMessage": {
"name": "ProgressMessage",
"kind": "class",
"path": "dagpipe.engine.ProgressMessage",
"signature": "<bound method Class.signature of Class('ProgressMessage', 33, 82)>",
"docstring": "Lightweight progress payload emitted by engine step hooks.\n\nMirrors the imperative `ProgressMessage` used by the legacy orchestrator so\ncallers can surface counts/lines/errors without coupling the engine to pydantic.",
"members": {
"lines": {
"name": "lines",
"kind": "attribute",
"path": "dagpipe.engine.ProgressMessage.lines",
"signature": null,
"docstring": null
},
"blocks": {
"name": "blocks",
"kind": "attribute",
"path": "dagpipe.engine.ProgressMessage.blocks",
"signature": null,
"docstring": null
},
"count": {
"name": "count",
"kind": "attribute",
"path": "dagpipe.engine.ProgressMessage.count",
"signature": null,
"docstring": null
},
"unit": {
"name": "unit",
"kind": "attribute",
"path": "dagpipe.engine.ProgressMessage.unit",
"signature": null,
"docstring": null
},
"raw_ocr_line": {
"name": "raw_ocr_line",
"kind": "attribute",
"path": "dagpipe.engine.ProgressMessage.raw_ocr_line",
"signature": null,
"docstring": null
},
"error": {
"name": "error",
"kind": "attribute",
"path": "dagpipe.engine.ProgressMessage.error",
"signature": null,
"docstring": null
},
"step": {
"name": "step",
"kind": "attribute",
"path": "dagpipe.engine.ProgressMessage.step",
"signature": null,
"docstring": null
},
"status": {
"name": "status",
"kind": "attribute",
"path": "dagpipe.engine.ProgressMessage.status",
"signature": null,
"docstring": null
},
"as_dict": {
"name": "as_dict",
"kind": "function",
"path": "dagpipe.engine.ProgressMessage.as_dict",
"signature": "<bound method Function.signature of Function('as_dict', 72, 82)>",
"docstring": null
}
}
},
"StepResult": {
"name": "StepResult",
"kind": "class",
"path": "dagpipe.engine.StepResult",
"signature": "<bound method Class.signature of Class('StepResult', 85, 103)>",
"docstring": "A single checkpointed step within an async/resumable engine run.\n\nAttributes:\n index (int): Ordinal index of the step.\n node_id (str): Identifier of the node associated with this step.\n states (Tuple[State, ...]): States produced by running this step.\n completed (bool): Whether this step succeeded (vs. paused/interrupted).",
"members": {
"index": {
"name": "index",
"kind": "attribute",
"path": "dagpipe.engine.StepResult.index",
"signature": null,
"docstring": null
},
"node_id": {
"name": "node_id",
"kind": "attribute",
"path": "dagpipe.engine.StepResult.node_id",
"signature": null,
"docstring": null
},
"states": {
"name": "states",
"kind": "attribute",
"path": "dagpipe.engine.StepResult.states",
"signature": null,
"docstring": null
},
"completed": {
"name": "completed",
"kind": "attribute",
"path": "dagpipe.engine.StepResult.completed",
"signature": null,
"docstring": null
}
}
},
"Engine": {
"name": "Engine",
"kind": "class",
"path": "dagpipe.engine.Engine",
"signature": "<bound method Class.signature of Class('Engine', 106, 537)>",
"docstring": "Execution engine responsible for running pipeline logic.\n\nNotes:\n **Responsibilities:**\n\n - Accepts either a linear sequence of `Node` objects or a `Graph`\n defining execution topology.\n - Propagates immutable `State` objects through `Node` objects and\n collects terminal states.\n - Supports synchronous (`run`) and asynchronous (`run_async`)\n execution, dispatching per-node.\n - Supports step-wise / resumable execution and progress hooks.\n\n **Guarantees:**\n\n - Never mutates `State`, `Node`, or `Graph` instances.\n - `State` objects are never modified in place; each branch produces\n independent instances.\n - Execution order is deterministic and follows graph or pipeline topology.\n - Thread-safe for concurrent execution.",
"members": {
"MODE_LINEAR": {
"name": "MODE_LINEAR",
"kind": "attribute",
"path": "dagpipe.engine.Engine.MODE_LINEAR",
"signature": null,
"docstring": null
},
"MODE_GRAPH": {
"name": "MODE_GRAPH",
"kind": "attribute",
"path": "dagpipe.engine.Engine.MODE_GRAPH",
"signature": null,
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "dagpipe.engine.Engine.run",
"signature": "<bound method Function.signature of Function('run', 165, 200)>",
"docstring": "Execute the pipeline starting from a root `State`.\n\nArgs:\n root (State):\n Initial execution state.\n\nReturns:\n list[State]:\n Terminal execution states produced by the pipeline.\n\nRaises:\n TypeError:\n If `root` is not a `State` instance.\n\n RuntimeError:\n If the engine execution mode is invalid.\n\nNotes:\n **Responsibilities:**\n\n - Selects execution mode, propagates state through nodes, creates\n new instances for branches, and collects terminal states."
},
"run_async": {
"name": "run_async",
"kind": "function",
"path": "dagpipe.engine.Engine.run_async",
"signature": "<bound method Function.signature of Function('run_async', 206, 232)>",
"docstring": "Execute the pipeline starting from `root`, dispatching sync vs async nodes.\n\nArgs:\n root (State):\n Initial execution state.\n\nReturns:\n list[State]:\n Terminal execution states produced by the pipeline.\n\nNotes:\n Each node is executed with `Node.run` when synchronous and\n `AsyncNode.run_async` when asynchronous. Linear and graph topologies\n are both supported."
},
"run_steps": {
"name": "run_steps",
"kind": "function",
"path": "dagpipe.engine.Engine.run_steps",
"signature": "<bound method Function.signature of Function('run_steps', 322, 384)>",
"docstring": "Execute the pipeline step-by-step, yielding one `StepResult` per step.\n\nArgs:\n root (State):\n Initial execution state.\n\n resume_from (int, optional):\n Skip steps at index < `resume_from` (for resume-after-partial).\n Steps are 0-indexed.\n\n on_step (StepHook, optional):\n Callback `(step, status, message)` invoked per step; falls back\n to the engine-level hook when unset.\n\nYields:\n StepResult:\n One per executed node/step, carrying the produced states.\n\nNotes:\n This is a synchronous, generator-based checkpoint interface compatible\n with the imperative resume-by-step behaviour of the legacy\n orchestrator. Use `run_steps_async` for async nodes."
},
"run_steps_async": {
"name": "run_steps_async",
"kind": "function",
"path": "dagpipe.engine.Engine.run_steps_async",
"signature": "<bound method Function.signature of Function('run_steps_async', 386, 440)>",
"docstring": "Async variant of `run_steps` supporting `AsyncNode` execution.\n\nArgs:\n root (State):\n Initial execution state.\n\n resume_from (int, optional):\n Skip steps at index < `resume_from`.\n\n on_step (AsyncStepHook, optional):\n Async callback `(step, status, message)` invoked per step.\n\nYields:\n StepResult:\n One per executed node/step."
},
"nodes": {
"name": "nodes",
"kind": "attribute",
"path": "dagpipe.engine.Engine.nodes",
"signature": null,
"docstring": "Return nodes managed by this engine.\n\nReturns:\n tuple[Node, ...]:\n Ordered sequence in linear mode or all nodes in graph mode."
}
}
},
"Incomplete": {
"name": "Incomplete",
"kind": "alias",
"path": "dagpipe.engine.Incomplete",
"signature": "<bound method Alias.signature of Alias('Incomplete', '_typeshed.Incomplete')>",
"docstring": null
}
}
}
}

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{
"module": "dagpipe.graph",
"content": {
"path": "dagpipe.graph",
"docstring": "# Summary\n\nDefines DAG structure connecting nodes.\n\nA `Graph` describes execution topology only. It does not execute nodes or manage\n`State`. Execution is handled by an `Engine`.\n\n---\n\n# Responsibilities\n\n- Multiple roots, branching, and merging support.\n- Deterministic traversal based on topology.\n- Graph is mutable during construction but treated as immutable at runtime.",
"objects": {
"defaultdict": {
"name": "defaultdict",
"kind": "alias",
"path": "dagpipe.graph.defaultdict",
"signature": "<bound method Alias.signature of Alias('defaultdict', 'collections.defaultdict')>",
"docstring": null
},
"Node": {
"name": "Node",
"kind": "class",
"path": "dagpipe.graph.Node",
"signature": "<bound method Alias.signature of Alias('Node', 'dagpipe.node.Node')>",
"docstring": "Base class for all dagpipe execution nodes.\n\nAttributes:\n id (str):\n Unique identifier of the node (snake_case dotted format).\n\n name (str):\n Human-readable display name.\n\nNotes:\n **Responsibilities:**\n\n - Represents a deterministic unit of execution in the pipeline graph.\n - Consumes one `State` and produces zero, one, or many derived states.\n - Defines execution logic and enables branching, filtering, and transformation.\n\n **Guarantees:**\n\n - Nodes must never mutate the input `State`.\n - Instances are singletons per subclass and reused across executions.",
"members": {
"id": {
"name": "id",
"kind": "attribute",
"path": "dagpipe.graph.Node.id",
"signature": "<bound method Alias.signature of Alias('id', 'dagpipe.node.Node.id')>",
"docstring": null
},
"name": {
"name": "name",
"kind": "attribute",
"path": "dagpipe.graph.Node.name",
"signature": "<bound method Alias.signature of Alias('name', 'dagpipe.node.Node.name')>",
"docstring": null
},
"node_id_to_name": {
"name": "node_id_to_name",
"kind": "function",
"path": "dagpipe.graph.Node.node_id_to_name",
"signature": "<bound method Alias.signature of Alias('node_id_to_name', 'dagpipe.node.Node.node_id_to_name')>",
"docstring": "Convert a dotted snake_case node ID into a human-readable name.\n\nArgs:\n node_id (str):\n Unique node identifier (e.g., 'entity.resolve.numeric_merchant').\n\nReturns:\n str:\n Human-readable display name (e.g., 'Entity › Resolve › Numeric Merchant')."
},
"clean_id_and_name": {
"name": "clean_id_and_name",
"kind": "function",
"path": "dagpipe.graph.Node.clean_id_and_name",
"signature": "<bound method Alias.signature of Alias('clean_id_and_name', 'dagpipe.node.Node.clean_id_and_name')>",
"docstring": "Normalize and validate node ID and display name.\n\nRaises:\n TypeError:\n If ID is not a string.\n ValueError:\n If ID format is invalid.\n\nNotes:\n **Guarantees:**\n\n - Generates ID from module and class name if missing.\n - Validates ID format.\n - Generates human-readable name if missing."
},
"run": {
"name": "run",
"kind": "function",
"path": "dagpipe.graph.Node.run",
"signature": "<bound method Alias.signature of Alias('run', 'dagpipe.node.Node.run')>",
"docstring": "Execute this node on a `State`.\n\nArgs:\n state (State):\n Input execution state.\n\nReturns:\n tuple[State, ...]:\n Derived execution states.\n\nRaises:\n TypeError:\n If `resolve()` yields a non-`State` object."
},
"fork": {
"name": "fork",
"kind": "function",
"path": "dagpipe.graph.Node.fork",
"signature": "<bound method Alias.signature of Alias('fork', 'dagpipe.node.Node.fork')>",
"docstring": "Create a child `State` attributed to this node.\n\nArgs:\n state (State):\n Parent execution state.\n\n payload_update (Mapping[str, Any], optional):\n Dot-path payload updates.\n\n confidence_delta (float, optional):\n Confidence adjustment.\n\n metadata_update (Mapping[str, Any], optional):\n Metadata updates.\n\nReturns:\n State:\n New child execution state.\n\nNotes:\n **Responsibilities:**\n\n - Convenience wrapper around `State.fork()` that automatically\n records this node's ID in state history."
},
"resolve": {
"name": "resolve",
"kind": "function",
"path": "dagpipe.graph.Node.resolve",
"signature": "<bound method Alias.signature of Alias('resolve', 'dagpipe.node.Node.resolve')>",
"docstring": "Execute node logic.\n\nArgs:\n state (State):\n Input execution state.\n\nYields:\n State:\n Derived execution state(s).\n\nNotes:\n **Responsibilities:**\n\n - Subclasses implement specific resolution behavior.\n - Must not mutate input state.\n - Should use `fork()` to create child states.\n - May yield zero states to terminate a branch."
},
"is_async": {
"name": "is_async",
"kind": "function",
"path": "dagpipe.graph.Node.is_async",
"signature": "<bound method Alias.signature of Alias('is_async', 'dagpipe.node.Node.is_async')>",
"docstring": "Return whether this node executes asynchronously."
}
}
},
"Graph": {
"name": "Graph",
"kind": "class",
"path": "dagpipe.graph.Graph",
"signature": "<bound method Class.signature of Class('Graph', 23, 212)>",
"docstring": "Directed Acyclic Graph defining execution topology of `Node` objects.\n\nNotes:\n **Responsibilities:**\n\n - Stores node connectivity and validates that the topology remains acyclic.\n - Structure determines how `State` flows between nodes during execution.\n\n **Guarantees:**\n\n - Topology is acyclic. Node relationships remain consistent.\n - Thread-safe for concurrent reads after construction.",
"members": {
"add_edge": {
"name": "add_edge",
"kind": "function",
"path": "dagpipe.graph.Graph.add_edge",
"signature": "<bound method Function.signature of Function('add_edge', 84, 125)>",
"docstring": "Add a directed edge from `src` to `dst`.\n\nArgs:\n src (Node):\n Source node.\n\n dst (Node):\n Destination node.\n\nRaises:\n TypeError:\n If `src` or `dst` is not a `Node`.\n\n ValueError:\n If the edge would create a cycle or if `src` and `dst` are common.\n\nNotes:\n - Validates node types.\n - Prevents cycles.\n - Registers nodes if not present.\n - Updates parent and child mappings."
},
"add_root": {
"name": "add_root",
"kind": "function",
"path": "dagpipe.graph.Graph.add_root",
"signature": "<bound method Function.signature of Function('add_root', 127, 146)>",
"docstring": "Add a root node with no parents.\n\nArgs:\n node (Node):\n Node to add as a root.\n\nRaises:\n TypeError:\n If node is not a Node instance."
},
"children": {
"name": "children",
"kind": "function",
"path": "dagpipe.graph.Graph.children",
"signature": "<bound method Function.signature of Function('children', 148, 161)>",
"docstring": "Return child nodes of a node.\n\nArgs:\n node (Node):\n Node to query.\n\nReturns:\n Tuple[Node, ...]:\n Outgoing neighbors."
},
"parents": {
"name": "parents",
"kind": "function",
"path": "dagpipe.graph.Graph.parents",
"signature": "<bound method Function.signature of Function('parents', 163, 176)>",
"docstring": "Return parent nodes of a node.\n\nArgs:\n node (Node):\n Node to query.\n\nReturns:\n Tuple[Node, ...]:\n Incoming neighbors."
},
"roots": {
"name": "roots",
"kind": "function",
"path": "dagpipe.graph.Graph.roots",
"signature": "<bound method Function.signature of Function('roots', 178, 187)>",
"docstring": "Return root nodes (nodes with no incoming edges).\n\nReturns:\n Tuple[Node, ...]:\n Entry point nodes."
},
"nodes": {
"name": "nodes",
"kind": "function",
"path": "dagpipe.graph.Graph.nodes",
"signature": "<bound method Function.signature of Function('nodes', 189, 198)>",
"docstring": "Return all nodes in the graph.\n\nReturns:\n Tuple[Node, ...]:\n All registered nodes."
}
}
}
}
}
}

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{
"module": "dagpipe.node",
"content": {
"path": "dagpipe.node",
"docstring": "# Summary\n\nDefines the `Node` abstraction used by `dagpipe`.\n\nA node represents a single unit of pipeline execution logic. It consumes one\n`State` and produces zero, one, or many new `State` objects.\n\nNodes are connected using a `Graph` and executed by an `Engine`.\n\n---\n\n# Design principles\n\n- **Pure:** Must not mutate input state.\n- **Deterministic:** Same input produces same output.\n- **Stateless:** Recommended to be stateless for reuse.\n- **Composable:** Nodes enable branching execution graphs.",
"objects": {
"inspect": {
"name": "inspect",
"kind": "alias",
"path": "dagpipe.node.inspect",
"signature": "<bound method Alias.signature of Alias('inspect', 'inspect')>",
"docstring": null
},
"re": {
"name": "re",
"kind": "alias",
"path": "dagpipe.node.re",
"signature": "<bound method Alias.signature of Alias('re', 're')>",
"docstring": null
},
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "dagpipe.node.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "dagpipe.node.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "dagpipe.node.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"Iterator": {
"name": "Iterator",
"kind": "alias",
"path": "dagpipe.node.Iterator",
"signature": "<bound method Alias.signature of Alias('Iterator', 'collections.abc.Iterator')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "dagpipe.node.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"cast": {
"name": "cast",
"kind": "alias",
"path": "dagpipe.node.cast",
"signature": "<bound method Alias.signature of Alias('cast', 'typing.cast')>",
"docstring": null
},
"State": {
"name": "State",
"kind": "class",
"path": "dagpipe.node.State",
"signature": "<bound method Alias.signature of Alias('State', 'dagpipe.state.State')>",
"docstring": "Immutable execution state propagated through dagpipe pipeline.\n\nAttributes:\n payload (Payload):\n Execution data container.\n\n schema (ClassVar[Schema]):\n Payload validation schema.\n\n confidence (float):\n Execution confidence score.\n\n parent (Optional[State]):\n Parent state reference.\n\n depth (int):\n Execution depth.\n\n history (Tuple[str, ...]):\n Ordered node execution lineage.\n\n metadata (Dict[str, Any]):\n Execution metadata.\n\nNotes:\n **Responsibilities:**\n\n - Represents a complete execution snapshot at a specific point in\n pipeline traversal.\n - Fundamental unit of execution in `dagpipe`.\n - Fully thread-safe due to immutability.",
"members": {
"payload": {
"name": "payload",
"kind": "attribute",
"path": "dagpipe.node.State.payload",
"signature": "<bound method Alias.signature of Alias('payload', 'dagpipe.state.State.payload')>",
"docstring": null
},
"schema": {
"name": "schema",
"kind": "attribute",
"path": "dagpipe.node.State.schema",
"signature": "<bound method Alias.signature of Alias('schema', 'dagpipe.state.State.schema')>",
"docstring": null
},
"confidence": {
"name": "confidence",
"kind": "attribute",
"path": "dagpipe.node.State.confidence",
"signature": "<bound method Alias.signature of Alias('confidence', 'dagpipe.state.State.confidence')>",
"docstring": null
},
"parent": {
"name": "parent",
"kind": "attribute",
"path": "dagpipe.node.State.parent",
"signature": "<bound method Alias.signature of Alias('parent', 'dagpipe.state.State.parent')>",
"docstring": null
},
"depth": {
"name": "depth",
"kind": "attribute",
"path": "dagpipe.node.State.depth",
"signature": "<bound method Alias.signature of Alias('depth', 'dagpipe.state.State.depth')>",
"docstring": null
},
"history": {
"name": "history",
"kind": "attribute",
"path": "dagpipe.node.State.history",
"signature": "<bound method Alias.signature of Alias('history', 'dagpipe.state.State.history')>",
"docstring": null
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "dagpipe.node.State.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'dagpipe.state.State.metadata')>",
"docstring": null
},
"fork": {
"name": "fork",
"kind": "function",
"path": "dagpipe.node.State.fork",
"signature": "<bound method Alias.signature of Alias('fork', 'dagpipe.state.State.fork')>",
"docstring": "Create a new child `State` derived from this state.\n\nArgs:\n payload_update (Mapping[str, Any], optional):\n Dot-path updates applied to the payload.\n\n confidence_delta (float, optional):\n Adjustment applied to current confidence.\n\n node_id (str, optional):\n Identifier of the node creating this state.\n\n metadata_update (Mapping[str, Any], optional):\n Updates merged into state metadata.\n\nReturns:\n State:\n A new immutable `State` instance.\n\nNotes:\n **Guarantees:**\n\n - This is the only supported mechanism for modifying execution data.\n - Validates payload updates, preserves lineage, increments depth,\n and appends to history."
},
"lineage": {
"name": "lineage",
"kind": "function",
"path": "dagpipe.node.State.lineage",
"signature": "<bound method Alias.signature of Alias('lineage', 'dagpipe.state.State.lineage')>",
"docstring": "Return lineage from root to this State.\n\nReturns:\n Tuple[State, ...]:\n Ordered execution lineage (root first)."
},
"get": {
"name": "get",
"kind": "function",
"path": "dagpipe.node.State.get",
"signature": "<bound method Alias.signature of Alias('get', 'dagpipe.state.State.get')>",
"docstring": "Retrieve payload value.\n\nArgs:\n key (str):\n Dot-path key.\n default (Any, optional):\n Fallback value.\n\nReturns:\n Any:\n Stored value or default."
},
"has": {
"name": "has",
"kind": "function",
"path": "dagpipe.node.State.has",
"signature": "<bound method Alias.signature of Alias('has', 'dagpipe.state.State.has')>",
"docstring": "Check whether payload contains key.\n\nArgs:\n key (str):\n Dot-path key.\n\nReturns:\n bool:\n Existence of the key."
}
}
},
"Node": {
"name": "Node",
"kind": "class",
"path": "dagpipe.node.Node",
"signature": "<bound method Class.signature of Class('Node', 32, 276)>",
"docstring": "Base class for all dagpipe execution nodes.\n\nAttributes:\n id (str):\n Unique identifier of the node (snake_case dotted format).\n\n name (str):\n Human-readable display name.\n\nNotes:\n **Responsibilities:**\n\n - Represents a deterministic unit of execution in the pipeline graph.\n - Consumes one `State` and produces zero, one, or many derived states.\n - Defines execution logic and enables branching, filtering, and transformation.\n\n **Guarantees:**\n\n - Nodes must never mutate the input `State`.\n - Instances are singletons per subclass and reused across executions.",
"members": {
"id": {
"name": "id",
"kind": "attribute",
"path": "dagpipe.node.Node.id",
"signature": null,
"docstring": null
},
"name": {
"name": "name",
"kind": "attribute",
"path": "dagpipe.node.Node.name",
"signature": null,
"docstring": null
},
"node_id_to_name": {
"name": "node_id_to_name",
"kind": "function",
"path": "dagpipe.node.Node.node_id_to_name",
"signature": "<bound method Function.signature of Function('node_id_to_name', 60, 80)>",
"docstring": "Convert a dotted snake_case node ID into a human-readable name.\n\nArgs:\n node_id (str):\n Unique node identifier (e.g., 'entity.resolve.numeric_merchant').\n\nReturns:\n str:\n Human-readable display name (e.g., 'Entity › Resolve › Numeric Merchant')."
},
"clean_id_and_name": {
"name": "clean_id_and_name",
"kind": "function",
"path": "dagpipe.node.Node.clean_id_and_name",
"signature": "<bound method Function.signature of Function('clean_id_and_name', 82, 119)>",
"docstring": "Normalize and validate node ID and display name.\n\nRaises:\n TypeError:\n If ID is not a string.\n ValueError:\n If ID format is invalid.\n\nNotes:\n **Guarantees:**\n\n - Generates ID from module and class name if missing.\n - Validates ID format.\n - Generates human-readable name if missing."
},
"run": {
"name": "run",
"kind": "function",
"path": "dagpipe.node.Node.run",
"signature": "<bound method Function.signature of Function('run', 149, 166)>",
"docstring": "Execute this node on a `State`.\n\nArgs:\n state (State):\n Input execution state.\n\nReturns:\n tuple[State, ...]:\n Derived execution states.\n\nRaises:\n TypeError:\n If `resolve()` yields a non-`State` object."
},
"fork": {
"name": "fork",
"kind": "function",
"path": "dagpipe.node.Node.fork",
"signature": "<bound method Function.signature of Function('fork', 178, 218)>",
"docstring": "Create a child `State` attributed to this node.\n\nArgs:\n state (State):\n Parent execution state.\n\n payload_update (Mapping[str, Any], optional):\n Dot-path payload updates.\n\n confidence_delta (float, optional):\n Confidence adjustment.\n\n metadata_update (Mapping[str, Any], optional):\n Metadata updates.\n\nReturns:\n State:\n New child execution state.\n\nNotes:\n **Responsibilities:**\n\n - Convenience wrapper around `State.fork()` that automatically\n records this node's ID in state history."
},
"resolve": {
"name": "resolve",
"kind": "function",
"path": "dagpipe.node.Node.resolve",
"signature": "<bound method Function.signature of Function('resolve', 250, 272)>",
"docstring": "Execute node logic.\n\nArgs:\n state (State):\n Input execution state.\n\nYields:\n State:\n Derived execution state(s).\n\nNotes:\n **Responsibilities:**\n\n - Subclasses implement specific resolution behavior.\n - Must not mutate input state.\n - Should use `fork()` to create child states.\n - May yield zero states to terminate a branch."
},
"is_async": {
"name": "is_async",
"kind": "function",
"path": "dagpipe.node.Node.is_async",
"signature": "<bound method Function.signature of Function('is_async', 274, 276)>",
"docstring": "Return whether this node executes asynchronously."
}
}
},
"AsyncNode": {
"name": "AsyncNode",
"kind": "class",
"path": "dagpipe.node.AsyncNode",
"signature": "<bound method Class.signature of Class('AsyncNode', 279, 342)>",
"docstring": "Base class for nodes whose execution is asynchronous.\n\nSubclasses implement `resolve_async` (an async generator yielding derived\n`State` objects). The engine dispatches to `resolve_async` when running an\nasync traversal (see `Engine.run_async`).\n\nSync-only engines (and the base `Node.run`) treat an `AsyncNode` as a no-op\nconsumer: calling `run` on an `AsyncNode` returns no states, signalling that\nan async engine is required.",
"members": {
"resolve": {
"name": "resolve",
"kind": "function",
"path": "dagpipe.node.AsyncNode.resolve",
"signature": "<bound method Function.signature of Function('resolve', 308, 309)>",
"docstring": null
},
"resolve_async": {
"name": "resolve_async",
"kind": "function",
"path": "dagpipe.node.AsyncNode.resolve_async",
"signature": "<bound method Function.signature of Function('resolve_async', 311, 327)>",
"docstring": "Execute node logic asynchronously.\n\nArgs:\n state (State):\n Input execution state.\n\nReturns:\n Iterable[State]:\n Derived execution state(s).\n\nNotes:\n Subclasses implement this. Must not mutate the input state.\n Should use `fork()` to create child states."
},
"run_async": {
"name": "run_async",
"kind": "function",
"path": "dagpipe.node.AsyncNode.run_async",
"signature": "<bound method Function.signature of Function('run_async', 329, 342)>",
"docstring": "Execute this node asynchronously on a state, validating outputs."
}
}
},
"abc": {
"name": "abc",
"kind": "alias",
"path": "dagpipe.node.abc",
"signature": "<bound method Alias.signature of Alias('abc', 'abc')>",
"docstring": null
}
}
}
}

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@@ -0,0 +1,267 @@
{
"module": "dagpipe.state",
"content": {
"path": "dagpipe.state",
"docstring": "# Summary\n\nDefines the core `State` object used by `dagpipe`.\n\nThe `State` represents a single point in pipeline execution. It contains\narbitrary data and metadata and is designed to be immutable. Instead of\nmodifying an existing state, nodes create new child states via `fork()`.\n\n---\n\n# Design principles\n\n- **Immutability:** States must never be modified after creation.\n All transformations must create a new state via `fork()`.\n- **Cheap cloning:** Forking must be efficient since branching may create many states.\n- **Lineage tracking:** Each state maintains a reference to its parent and\n execution metadata for debugging and observability.\n- **Domain agnostic:** State contains generic key-value data and does not\n assume any schema.\n- **Engine-friendly:** State contains execution metadata such as depth and history.",
"objects": {
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "dagpipe.state.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "dagpipe.state.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "dagpipe.state.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"field": {
"name": "field",
"kind": "alias",
"path": "dagpipe.state.field",
"signature": "<bound method Alias.signature of Alias('field', 'dataclasses.field')>",
"docstring": null
},
"UnionType": {
"name": "UnionType",
"kind": "alias",
"path": "dagpipe.state.UnionType",
"signature": "<bound method Alias.signature of Alias('UnionType', 'types.UnionType')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "dagpipe.state.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"ClassVar": {
"name": "ClassVar",
"kind": "alias",
"path": "dagpipe.state.ClassVar",
"signature": "<bound method Alias.signature of Alias('ClassVar', 'typing.ClassVar')>",
"docstring": null
},
"Optional": {
"name": "Optional",
"kind": "alias",
"path": "dagpipe.state.Optional",
"signature": "<bound method Alias.signature of Alias('Optional', 'typing.Optional')>",
"docstring": null
},
"Union": {
"name": "Union",
"kind": "alias",
"path": "dagpipe.state.Union",
"signature": "<bound method Alias.signature of Alias('Union', 'typing.Union')>",
"docstring": null
},
"get_args": {
"name": "get_args",
"kind": "alias",
"path": "dagpipe.state.get_args",
"signature": "<bound method Alias.signature of Alias('get_args', 'typing.get_args')>",
"docstring": null
},
"Payload": {
"name": "Payload",
"kind": "class",
"path": "dagpipe.state.Payload",
"signature": "<bound method Class.signature of Class('Payload', 36, 193)>",
"docstring": "Immutable hierarchical container with dot-path access.\n\nAttributes:\n _data (Mapping[str, Any]):\n Immutable hierarchical data structure.\n\nNotes:\n **Responsibilities:**\n\n - Stores execution data used by `State`.\n - Supports efficient atomic updates without modifying existing instances.\n - `Payload` instances are fully thread-safe due to immutability.",
"members": {
"iter_paths": {
"name": "iter_paths",
"kind": "function",
"path": "dagpipe.state.Payload.iter_paths",
"signature": "<bound method Function.signature of Function('iter_paths', 55, 77)>",
"docstring": "Recursively yield dot-paths for all leaf nodes.\n\nArgs:\n data (Mapping[str, Any]):\n The mapping to iterate over.\n prefix (str, optional):\n Current path prefix.\n\nReturns:\n Iterable[str]:\n Generator yielding dot-paths."
},
"get": {
"name": "get",
"kind": "function",
"path": "dagpipe.state.Payload.get",
"signature": "<bound method Function.signature of Function('get', 83, 106)>",
"docstring": "Retrieve value using dot-path.\n\nArgs:\n path (str):\n Dot-separated path to the value.\n default (Any, optional):\n Default value if path doesn't exist.\n\nReturns:\n Any:\n The retrieved value or default."
},
"has": {
"name": "has",
"kind": "function",
"path": "dagpipe.state.Payload.has",
"signature": "<bound method Function.signature of Function('has', 108, 122)>",
"docstring": "Return True if path exists.\n\nArgs:\n path (str):\n Dot-separated path to check.\n\nReturns:\n bool:\n Existence of the path."
},
"update": {
"name": "update",
"kind": "function",
"path": "dagpipe.state.Payload.update",
"signature": "<bound method Function.signature of Function('update', 128, 166)>",
"docstring": "Create a new `Payload` with dot-path updates applied.\n\nArgs:\n updates (Mapping[str, Any]):\n Dot-path to value mapping.\n\nReturns:\n Payload:\n New immutable payload instance with updates.\n\nNotes:\n **Guarantees:**\n\n - Preserves existing data by copying only modified branches.\n - Returns a new immutable `Payload`."
},
"keys": {
"name": "keys",
"kind": "function",
"path": "dagpipe.state.Payload.keys",
"signature": "<bound method Function.signature of Function('keys', 172, 180)>",
"docstring": "Return top-level keys.\n\nReturns:\n Iterable[str]:\n Iterator over top-level keys."
},
"as_dict": {
"name": "as_dict",
"kind": "function",
"path": "dagpipe.state.Payload.as_dict",
"signature": "<bound method Function.signature of Function('as_dict', 182, 190)>",
"docstring": "Return underlying mapping.\n\nReturns:\n Mapping[str, Any]:\n Read-only view of the underlying data."
}
}
},
"SchemaNode": {
"name": "SchemaNode",
"kind": "attribute",
"path": "dagpipe.state.SchemaNode",
"signature": null,
"docstring": null
},
"Schema": {
"name": "Schema",
"kind": "class",
"path": "dagpipe.state.Schema",
"signature": "<bound method Class.signature of Class('Schema', 204, 337)>",
"docstring": "Immutable hierarchical schema defining allowed payload structure.\n\nAttributes:\n tree (Mapping[str, SchemaNode]):\n Hierarchical schema definition.\n\nNotes:\n **Responsibilities:**\n\n - Validates `State` payloads and updates.\n - Reusable across all `State` instances.\n - Fully thread-safe due to immutability.",
"members": {
"tree": {
"name": "tree",
"kind": "attribute",
"path": "dagpipe.state.Schema.tree",
"signature": null,
"docstring": null
},
"validate_payload": {
"name": "validate_payload",
"kind": "function",
"path": "dagpipe.state.Schema.validate_payload",
"signature": "<bound method Function.signature of Function('validate_payload', 227, 239)>",
"docstring": "Validate complete payload structure.\n\nArgs:\n payload (Payload):\n Payload to validate.\n\nRaises:\n SchemaError:\n If payload violates schema."
},
"validate_update": {
"name": "validate_update",
"kind": "function",
"path": "dagpipe.state.Schema.validate_update",
"signature": "<bound method Function.signature of Function('validate_update', 241, 254)>",
"docstring": "Validate payload update paths.\n\nArgs:\n updates (Mapping[str, Any]):\n Dot-path updates to validate.\n\nRaises:\n SchemaError:\n If any path is invalid according to the schema."
}
}
},
"SchemaError": {
"name": "SchemaError",
"kind": "class",
"path": "dagpipe.state.SchemaError",
"signature": "<bound method Class.signature of Class('SchemaError', 340, 348)>",
"docstring": "Raised when payload data violates the declared schema.\n\nIndicates invalid structure, invalid path, or invalid type.\n---"
},
"State": {
"name": "State",
"kind": "class",
"path": "dagpipe.state.State",
"signature": "<bound method Class.signature of Class('State', 351, 531)>",
"docstring": "Immutable execution state propagated through dagpipe pipeline.\n\nAttributes:\n payload (Payload):\n Execution data container.\n\n schema (ClassVar[Schema]):\n Payload validation schema.\n\n confidence (float):\n Execution confidence score.\n\n parent (Optional[State]):\n Parent state reference.\n\n depth (int):\n Execution depth.\n\n history (Tuple[str, ...]):\n Ordered node execution lineage.\n\n metadata (Dict[str, Any]):\n Execution metadata.\n\nNotes:\n **Responsibilities:**\n\n - Represents a complete execution snapshot at a specific point in\n pipeline traversal.\n - Fundamental unit of execution in `dagpipe`.\n - Fully thread-safe due to immutability.",
"members": {
"payload": {
"name": "payload",
"kind": "attribute",
"path": "dagpipe.state.State.payload",
"signature": null,
"docstring": null
},
"schema": {
"name": "schema",
"kind": "attribute",
"path": "dagpipe.state.State.schema",
"signature": null,
"docstring": null
},
"confidence": {
"name": "confidence",
"kind": "attribute",
"path": "dagpipe.state.State.confidence",
"signature": null,
"docstring": null
},
"parent": {
"name": "parent",
"kind": "attribute",
"path": "dagpipe.state.State.parent",
"signature": null,
"docstring": null
},
"depth": {
"name": "depth",
"kind": "attribute",
"path": "dagpipe.state.State.depth",
"signature": null,
"docstring": null
},
"history": {
"name": "history",
"kind": "attribute",
"path": "dagpipe.state.State.history",
"signature": null,
"docstring": null
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "dagpipe.state.State.metadata",
"signature": null,
"docstring": null
},
"fork": {
"name": "fork",
"kind": "function",
"path": "dagpipe.state.State.fork",
"signature": "<bound method Function.signature of Function('fork', 404, 467)>",
"docstring": "Create a new child `State` derived from this state.\n\nArgs:\n payload_update (Mapping[str, Any], optional):\n Dot-path updates applied to the payload.\n\n confidence_delta (float, optional):\n Adjustment applied to current confidence.\n\n node_id (str, optional):\n Identifier of the node creating this state.\n\n metadata_update (Mapping[str, Any], optional):\n Updates merged into state metadata.\n\nReturns:\n State:\n A new immutable `State` instance.\n\nNotes:\n **Guarantees:**\n\n - This is the only supported mechanism for modifying execution data.\n - Validates payload updates, preserves lineage, increments depth,\n and appends to history."
},
"lineage": {
"name": "lineage",
"kind": "function",
"path": "dagpipe.state.State.lineage",
"signature": "<bound method Function.signature of Function('lineage', 469, 486)>",
"docstring": "Return lineage from root to this State.\n\nReturns:\n Tuple[State, ...]:\n Ordered execution lineage (root first)."
},
"get": {
"name": "get",
"kind": "function",
"path": "dagpipe.state.State.get",
"signature": "<bound method Function.signature of Function('get', 488, 503)>",
"docstring": "Retrieve payload value.\n\nArgs:\n key (str):\n Dot-path key.\n default (Any, optional):\n Fallback value.\n\nReturns:\n Any:\n Stored value or default."
},
"has": {
"name": "has",
"kind": "function",
"path": "dagpipe.state.State.has",
"signature": "<bound method Function.signature of Function('has', 505, 518)>",
"docstring": "Check whether payload contains key.\n\nArgs:\n key (str):\n Dot-path key.\n\nReturns:\n bool:\n Existence of the key."
}
}
},
"Incomplete": {
"name": "Incomplete",
"kind": "alias",
"path": "dagpipe.state.Incomplete",
"signature": "<bound method Alias.signature of Alias('Incomplete', '_typeshed.Incomplete')>",
"docstring": null
}
}
}
}

View File

@@ -0,0 +1,443 @@
{
"module": "dagpipe.yaml_loader",
"content": {
"path": "dagpipe.yaml_loader",
"docstring": "# Summary\n\nLoads dagpipe pipelines from YAML configuration.\n\nCreates fully configured pipeline objects from declarative YAML definitions,\nincluding `Schema`, `State` subclasses, `Node` instances, `Graph` topology,\nand initial payloads.",
"objects": {
"importlib": {
"name": "importlib",
"kind": "alias",
"path": "dagpipe.yaml_loader.importlib",
"signature": "<bound method Alias.signature of Alias('importlib', 'importlib')>",
"docstring": null
},
"types": {
"name": "types",
"kind": "alias",
"path": "dagpipe.yaml_loader.types",
"signature": "<bound method Alias.signature of Alias('types', 'types')>",
"docstring": null
},
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "dagpipe.yaml_loader.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "dagpipe.yaml_loader.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "dagpipe.yaml_loader.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"cast": {
"name": "cast",
"kind": "alias",
"path": "dagpipe.yaml_loader.cast",
"signature": "<bound method Alias.signature of Alias('cast', 'typing.cast')>",
"docstring": null
},
"yaml": {
"name": "yaml",
"kind": "alias",
"path": "dagpipe.yaml_loader.yaml",
"signature": "<bound method Alias.signature of Alias('yaml', 'yaml')>",
"docstring": null
},
"Engine": {
"name": "Engine",
"kind": "class",
"path": "dagpipe.yaml_loader.Engine",
"signature": "<bound method Alias.signature of Alias('Engine', 'dagpipe.engine.Engine')>",
"docstring": "Execution engine responsible for running pipeline logic.\n\nNotes:\n **Responsibilities:**\n\n - Accepts either a linear sequence of `Node` objects or a `Graph`\n defining execution topology.\n - Propagates immutable `State` objects through `Node` objects and\n collects terminal states.\n - Supports synchronous (`run`) and asynchronous (`run_async`)\n execution, dispatching per-node.\n - Supports step-wise / resumable execution and progress hooks.\n\n **Guarantees:**\n\n - Never mutates `State`, `Node`, or `Graph` instances.\n - `State` objects are never modified in place; each branch produces\n independent instances.\n - Execution order is deterministic and follows graph or pipeline topology.\n - Thread-safe for concurrent execution.",
"members": {
"MODE_LINEAR": {
"name": "MODE_LINEAR",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Engine.MODE_LINEAR",
"signature": "<bound method Alias.signature of Alias('MODE_LINEAR', 'dagpipe.engine.Engine.MODE_LINEAR')>",
"docstring": null
},
"MODE_GRAPH": {
"name": "MODE_GRAPH",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Engine.MODE_GRAPH",
"signature": "<bound method Alias.signature of Alias('MODE_GRAPH', 'dagpipe.engine.Engine.MODE_GRAPH')>",
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "dagpipe.yaml_loader.Engine.run",
"signature": "<bound method Alias.signature of Alias('run', 'dagpipe.engine.Engine.run')>",
"docstring": "Execute the pipeline starting from a root `State`.\n\nArgs:\n root (State):\n Initial execution state.\n\nReturns:\n list[State]:\n Terminal execution states produced by the pipeline.\n\nRaises:\n TypeError:\n If `root` is not a `State` instance.\n\n RuntimeError:\n If the engine execution mode is invalid.\n\nNotes:\n **Responsibilities:**\n\n - Selects execution mode, propagates state through nodes, creates\n new instances for branches, and collects terminal states."
},
"run_async": {
"name": "run_async",
"kind": "function",
"path": "dagpipe.yaml_loader.Engine.run_async",
"signature": "<bound method Alias.signature of Alias('run_async', 'dagpipe.engine.Engine.run_async')>",
"docstring": "Execute the pipeline starting from `root`, dispatching sync vs async nodes.\n\nArgs:\n root (State):\n Initial execution state.\n\nReturns:\n list[State]:\n Terminal execution states produced by the pipeline.\n\nNotes:\n Each node is executed with `Node.run` when synchronous and\n `AsyncNode.run_async` when asynchronous. Linear and graph topologies\n are both supported."
},
"run_steps": {
"name": "run_steps",
"kind": "function",
"path": "dagpipe.yaml_loader.Engine.run_steps",
"signature": "<bound method Alias.signature of Alias('run_steps', 'dagpipe.engine.Engine.run_steps')>",
"docstring": "Execute the pipeline step-by-step, yielding one `StepResult` per step.\n\nArgs:\n root (State):\n Initial execution state.\n\n resume_from (int, optional):\n Skip steps at index < `resume_from` (for resume-after-partial).\n Steps are 0-indexed.\n\n on_step (StepHook, optional):\n Callback `(step, status, message)` invoked per step; falls back\n to the engine-level hook when unset.\n\nYields:\n StepResult:\n One per executed node/step, carrying the produced states.\n\nNotes:\n This is a synchronous, generator-based checkpoint interface compatible\n with the imperative resume-by-step behaviour of the legacy\n orchestrator. Use `run_steps_async` for async nodes."
},
"run_steps_async": {
"name": "run_steps_async",
"kind": "function",
"path": "dagpipe.yaml_loader.Engine.run_steps_async",
"signature": "<bound method Alias.signature of Alias('run_steps_async', 'dagpipe.engine.Engine.run_steps_async')>",
"docstring": "Async variant of `run_steps` supporting `AsyncNode` execution.\n\nArgs:\n root (State):\n Initial execution state.\n\n resume_from (int, optional):\n Skip steps at index < `resume_from`.\n\n on_step (AsyncStepHook, optional):\n Async callback `(step, status, message)` invoked per step.\n\nYields:\n StepResult:\n One per executed node/step."
},
"nodes": {
"name": "nodes",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Engine.nodes",
"signature": "<bound method Alias.signature of Alias('nodes', 'dagpipe.engine.Engine.nodes')>",
"docstring": "Return nodes managed by this engine.\n\nReturns:\n tuple[Node, ...]:\n Ordered sequence in linear mode or all nodes in graph mode."
}
}
},
"Graph": {
"name": "Graph",
"kind": "class",
"path": "dagpipe.yaml_loader.Graph",
"signature": "<bound method Alias.signature of Alias('Graph', 'dagpipe.graph.Graph')>",
"docstring": "Directed Acyclic Graph defining execution topology of `Node` objects.\n\nNotes:\n **Responsibilities:**\n\n - Stores node connectivity and validates that the topology remains acyclic.\n - Structure determines how `State` flows between nodes during execution.\n\n **Guarantees:**\n\n - Topology is acyclic. Node relationships remain consistent.\n - Thread-safe for concurrent reads after construction.",
"members": {
"add_edge": {
"name": "add_edge",
"kind": "function",
"path": "dagpipe.yaml_loader.Graph.add_edge",
"signature": "<bound method Alias.signature of Alias('add_edge', 'dagpipe.graph.Graph.add_edge')>",
"docstring": "Add a directed edge from `src` to `dst`.\n\nArgs:\n src (Node):\n Source node.\n\n dst (Node):\n Destination node.\n\nRaises:\n TypeError:\n If `src` or `dst` is not a `Node`.\n\n ValueError:\n If the edge would create a cycle or if `src` and `dst` are common.\n\nNotes:\n - Validates node types.\n - Prevents cycles.\n - Registers nodes if not present.\n - Updates parent and child mappings."
},
"add_root": {
"name": "add_root",
"kind": "function",
"path": "dagpipe.yaml_loader.Graph.add_root",
"signature": "<bound method Alias.signature of Alias('add_root', 'dagpipe.graph.Graph.add_root')>",
"docstring": "Add a root node with no parents.\n\nArgs:\n node (Node):\n Node to add as a root.\n\nRaises:\n TypeError:\n If node is not a Node instance."
},
"children": {
"name": "children",
"kind": "function",
"path": "dagpipe.yaml_loader.Graph.children",
"signature": "<bound method Alias.signature of Alias('children', 'dagpipe.graph.Graph.children')>",
"docstring": "Return child nodes of a node.\n\nArgs:\n node (Node):\n Node to query.\n\nReturns:\n Tuple[Node, ...]:\n Outgoing neighbors."
},
"parents": {
"name": "parents",
"kind": "function",
"path": "dagpipe.yaml_loader.Graph.parents",
"signature": "<bound method Alias.signature of Alias('parents', 'dagpipe.graph.Graph.parents')>",
"docstring": "Return parent nodes of a node.\n\nArgs:\n node (Node):\n Node to query.\n\nReturns:\n Tuple[Node, ...]:\n Incoming neighbors."
},
"roots": {
"name": "roots",
"kind": "function",
"path": "dagpipe.yaml_loader.Graph.roots",
"signature": "<bound method Alias.signature of Alias('roots', 'dagpipe.graph.Graph.roots')>",
"docstring": "Return root nodes (nodes with no incoming edges).\n\nReturns:\n Tuple[Node, ...]:\n Entry point nodes."
},
"nodes": {
"name": "nodes",
"kind": "function",
"path": "dagpipe.yaml_loader.Graph.nodes",
"signature": "<bound method Alias.signature of Alias('nodes', 'dagpipe.graph.Graph.nodes')>",
"docstring": "Return all nodes in the graph.\n\nReturns:\n Tuple[Node, ...]:\n All registered nodes."
}
}
},
"Node": {
"name": "Node",
"kind": "class",
"path": "dagpipe.yaml_loader.Node",
"signature": "<bound method Alias.signature of Alias('Node', 'dagpipe.node.Node')>",
"docstring": "Base class for all dagpipe execution nodes.\n\nAttributes:\n id (str):\n Unique identifier of the node (snake_case dotted format).\n\n name (str):\n Human-readable display name.\n\nNotes:\n **Responsibilities:**\n\n - Represents a deterministic unit of execution in the pipeline graph.\n - Consumes one `State` and produces zero, one, or many derived states.\n - Defines execution logic and enables branching, filtering, and transformation.\n\n **Guarantees:**\n\n - Nodes must never mutate the input `State`.\n - Instances are singletons per subclass and reused across executions.",
"members": {
"id": {
"name": "id",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Node.id",
"signature": "<bound method Alias.signature of Alias('id', 'dagpipe.node.Node.id')>",
"docstring": null
},
"name": {
"name": "name",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Node.name",
"signature": "<bound method Alias.signature of Alias('name', 'dagpipe.node.Node.name')>",
"docstring": null
},
"node_id_to_name": {
"name": "node_id_to_name",
"kind": "function",
"path": "dagpipe.yaml_loader.Node.node_id_to_name",
"signature": "<bound method Alias.signature of Alias('node_id_to_name', 'dagpipe.node.Node.node_id_to_name')>",
"docstring": "Convert a dotted snake_case node ID into a human-readable name.\n\nArgs:\n node_id (str):\n Unique node identifier (e.g., 'entity.resolve.numeric_merchant').\n\nReturns:\n str:\n Human-readable display name (e.g., 'Entity › Resolve › Numeric Merchant')."
},
"clean_id_and_name": {
"name": "clean_id_and_name",
"kind": "function",
"path": "dagpipe.yaml_loader.Node.clean_id_and_name",
"signature": "<bound method Alias.signature of Alias('clean_id_and_name', 'dagpipe.node.Node.clean_id_and_name')>",
"docstring": "Normalize and validate node ID and display name.\n\nRaises:\n TypeError:\n If ID is not a string.\n ValueError:\n If ID format is invalid.\n\nNotes:\n **Guarantees:**\n\n - Generates ID from module and class name if missing.\n - Validates ID format.\n - Generates human-readable name if missing."
},
"run": {
"name": "run",
"kind": "function",
"path": "dagpipe.yaml_loader.Node.run",
"signature": "<bound method Alias.signature of Alias('run', 'dagpipe.node.Node.run')>",
"docstring": "Execute this node on a `State`.\n\nArgs:\n state (State):\n Input execution state.\n\nReturns:\n tuple[State, ...]:\n Derived execution states.\n\nRaises:\n TypeError:\n If `resolve()` yields a non-`State` object."
},
"fork": {
"name": "fork",
"kind": "function",
"path": "dagpipe.yaml_loader.Node.fork",
"signature": "<bound method Alias.signature of Alias('fork', 'dagpipe.node.Node.fork')>",
"docstring": "Create a child `State` attributed to this node.\n\nArgs:\n state (State):\n Parent execution state.\n\n payload_update (Mapping[str, Any], optional):\n Dot-path payload updates.\n\n confidence_delta (float, optional):\n Confidence adjustment.\n\n metadata_update (Mapping[str, Any], optional):\n Metadata updates.\n\nReturns:\n State:\n New child execution state.\n\nNotes:\n **Responsibilities:**\n\n - Convenience wrapper around `State.fork()` that automatically\n records this node's ID in state history."
},
"resolve": {
"name": "resolve",
"kind": "function",
"path": "dagpipe.yaml_loader.Node.resolve",
"signature": "<bound method Alias.signature of Alias('resolve', 'dagpipe.node.Node.resolve')>",
"docstring": "Execute node logic.\n\nArgs:\n state (State):\n Input execution state.\n\nYields:\n State:\n Derived execution state(s).\n\nNotes:\n **Responsibilities:**\n\n - Subclasses implement specific resolution behavior.\n - Must not mutate input state.\n - Should use `fork()` to create child states.\n - May yield zero states to terminate a branch."
},
"is_async": {
"name": "is_async",
"kind": "function",
"path": "dagpipe.yaml_loader.Node.is_async",
"signature": "<bound method Alias.signature of Alias('is_async', 'dagpipe.node.Node.is_async')>",
"docstring": "Return whether this node executes asynchronously."
}
}
},
"Payload": {
"name": "Payload",
"kind": "class",
"path": "dagpipe.yaml_loader.Payload",
"signature": "<bound method Alias.signature of Alias('Payload', 'dagpipe.state.Payload')>",
"docstring": "Immutable hierarchical container with dot-path access.\n\nAttributes:\n _data (Mapping[str, Any]):\n Immutable hierarchical data structure.\n\nNotes:\n **Responsibilities:**\n\n - Stores execution data used by `State`.\n - Supports efficient atomic updates without modifying existing instances.\n - `Payload` instances are fully thread-safe due to immutability.",
"members": {
"iter_paths": {
"name": "iter_paths",
"kind": "function",
"path": "dagpipe.yaml_loader.Payload.iter_paths",
"signature": "<bound method Alias.signature of Alias('iter_paths', 'dagpipe.state.Payload.iter_paths')>",
"docstring": "Recursively yield dot-paths for all leaf nodes.\n\nArgs:\n data (Mapping[str, Any]):\n The mapping to iterate over.\n prefix (str, optional):\n Current path prefix.\n\nReturns:\n Iterable[str]:\n Generator yielding dot-paths."
},
"get": {
"name": "get",
"kind": "function",
"path": "dagpipe.yaml_loader.Payload.get",
"signature": "<bound method Alias.signature of Alias('get', 'dagpipe.state.Payload.get')>",
"docstring": "Retrieve value using dot-path.\n\nArgs:\n path (str):\n Dot-separated path to the value.\n default (Any, optional):\n Default value if path doesn't exist.\n\nReturns:\n Any:\n The retrieved value or default."
},
"has": {
"name": "has",
"kind": "function",
"path": "dagpipe.yaml_loader.Payload.has",
"signature": "<bound method Alias.signature of Alias('has', 'dagpipe.state.Payload.has')>",
"docstring": "Return True if path exists.\n\nArgs:\n path (str):\n Dot-separated path to check.\n\nReturns:\n bool:\n Existence of the path."
},
"update": {
"name": "update",
"kind": "function",
"path": "dagpipe.yaml_loader.Payload.update",
"signature": "<bound method Alias.signature of Alias('update', 'dagpipe.state.Payload.update')>",
"docstring": "Create a new `Payload` with dot-path updates applied.\n\nArgs:\n updates (Mapping[str, Any]):\n Dot-path to value mapping.\n\nReturns:\n Payload:\n New immutable payload instance with updates.\n\nNotes:\n **Guarantees:**\n\n - Preserves existing data by copying only modified branches.\n - Returns a new immutable `Payload`."
},
"keys": {
"name": "keys",
"kind": "function",
"path": "dagpipe.yaml_loader.Payload.keys",
"signature": "<bound method Alias.signature of Alias('keys', 'dagpipe.state.Payload.keys')>",
"docstring": "Return top-level keys.\n\nReturns:\n Iterable[str]:\n Iterator over top-level keys."
},
"as_dict": {
"name": "as_dict",
"kind": "function",
"path": "dagpipe.yaml_loader.Payload.as_dict",
"signature": "<bound method Alias.signature of Alias('as_dict', 'dagpipe.state.Payload.as_dict')>",
"docstring": "Return underlying mapping.\n\nReturns:\n Mapping[str, Any]:\n Read-only view of the underlying data."
}
}
},
"Schema": {
"name": "Schema",
"kind": "class",
"path": "dagpipe.yaml_loader.Schema",
"signature": "<bound method Alias.signature of Alias('Schema', 'dagpipe.state.Schema')>",
"docstring": "Immutable hierarchical schema defining allowed payload structure.\n\nAttributes:\n tree (Mapping[str, SchemaNode]):\n Hierarchical schema definition.\n\nNotes:\n **Responsibilities:**\n\n - Validates `State` payloads and updates.\n - Reusable across all `State` instances.\n - Fully thread-safe due to immutability.",
"members": {
"tree": {
"name": "tree",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Schema.tree",
"signature": "<bound method Alias.signature of Alias('tree', 'dagpipe.state.Schema.tree')>",
"docstring": null
},
"validate_payload": {
"name": "validate_payload",
"kind": "function",
"path": "dagpipe.yaml_loader.Schema.validate_payload",
"signature": "<bound method Alias.signature of Alias('validate_payload', 'dagpipe.state.Schema.validate_payload')>",
"docstring": "Validate complete payload structure.\n\nArgs:\n payload (Payload):\n Payload to validate.\n\nRaises:\n SchemaError:\n If payload violates schema."
},
"validate_update": {
"name": "validate_update",
"kind": "function",
"path": "dagpipe.yaml_loader.Schema.validate_update",
"signature": "<bound method Alias.signature of Alias('validate_update', 'dagpipe.state.Schema.validate_update')>",
"docstring": "Validate payload update paths.\n\nArgs:\n updates (Mapping[str, Any]):\n Dot-path updates to validate.\n\nRaises:\n SchemaError:\n If any path is invalid according to the schema."
}
}
},
"State": {
"name": "State",
"kind": "class",
"path": "dagpipe.yaml_loader.State",
"signature": "<bound method Alias.signature of Alias('State', 'dagpipe.state.State')>",
"docstring": "Immutable execution state propagated through dagpipe pipeline.\n\nAttributes:\n payload (Payload):\n Execution data container.\n\n schema (ClassVar[Schema]):\n Payload validation schema.\n\n confidence (float):\n Execution confidence score.\n\n parent (Optional[State]):\n Parent state reference.\n\n depth (int):\n Execution depth.\n\n history (Tuple[str, ...]):\n Ordered node execution lineage.\n\n metadata (Dict[str, Any]):\n Execution metadata.\n\nNotes:\n **Responsibilities:**\n\n - Represents a complete execution snapshot at a specific point in\n pipeline traversal.\n - Fundamental unit of execution in `dagpipe`.\n - Fully thread-safe due to immutability.",
"members": {
"payload": {
"name": "payload",
"kind": "attribute",
"path": "dagpipe.yaml_loader.State.payload",
"signature": "<bound method Alias.signature of Alias('payload', 'dagpipe.state.State.payload')>",
"docstring": null
},
"schema": {
"name": "schema",
"kind": "attribute",
"path": "dagpipe.yaml_loader.State.schema",
"signature": "<bound method Alias.signature of Alias('schema', 'dagpipe.state.State.schema')>",
"docstring": null
},
"confidence": {
"name": "confidence",
"kind": "attribute",
"path": "dagpipe.yaml_loader.State.confidence",
"signature": "<bound method Alias.signature of Alias('confidence', 'dagpipe.state.State.confidence')>",
"docstring": null
},
"parent": {
"name": "parent",
"kind": "attribute",
"path": "dagpipe.yaml_loader.State.parent",
"signature": "<bound method Alias.signature of Alias('parent', 'dagpipe.state.State.parent')>",
"docstring": null
},
"depth": {
"name": "depth",
"kind": "attribute",
"path": "dagpipe.yaml_loader.State.depth",
"signature": "<bound method Alias.signature of Alias('depth', 'dagpipe.state.State.depth')>",
"docstring": null
},
"history": {
"name": "history",
"kind": "attribute",
"path": "dagpipe.yaml_loader.State.history",
"signature": "<bound method Alias.signature of Alias('history', 'dagpipe.state.State.history')>",
"docstring": null
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "dagpipe.yaml_loader.State.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'dagpipe.state.State.metadata')>",
"docstring": null
},
"fork": {
"name": "fork",
"kind": "function",
"path": "dagpipe.yaml_loader.State.fork",
"signature": "<bound method Alias.signature of Alias('fork', 'dagpipe.state.State.fork')>",
"docstring": "Create a new child `State` derived from this state.\n\nArgs:\n payload_update (Mapping[str, Any], optional):\n Dot-path updates applied to the payload.\n\n confidence_delta (float, optional):\n Adjustment applied to current confidence.\n\n node_id (str, optional):\n Identifier of the node creating this state.\n\n metadata_update (Mapping[str, Any], optional):\n Updates merged into state metadata.\n\nReturns:\n State:\n A new immutable `State` instance.\n\nNotes:\n **Guarantees:**\n\n - This is the only supported mechanism for modifying execution data.\n - Validates payload updates, preserves lineage, increments depth,\n and appends to history."
},
"lineage": {
"name": "lineage",
"kind": "function",
"path": "dagpipe.yaml_loader.State.lineage",
"signature": "<bound method Alias.signature of Alias('lineage', 'dagpipe.state.State.lineage')>",
"docstring": "Return lineage from root to this State.\n\nReturns:\n Tuple[State, ...]:\n Ordered execution lineage (root first)."
},
"get": {
"name": "get",
"kind": "function",
"path": "dagpipe.yaml_loader.State.get",
"signature": "<bound method Alias.signature of Alias('get', 'dagpipe.state.State.get')>",
"docstring": "Retrieve payload value.\n\nArgs:\n key (str):\n Dot-path key.\n default (Any, optional):\n Fallback value.\n\nReturns:\n Any:\n Stored value or default."
},
"has": {
"name": "has",
"kind": "function",
"path": "dagpipe.yaml_loader.State.has",
"signature": "<bound method Alias.signature of Alias('has', 'dagpipe.state.State.has')>",
"docstring": "Check whether payload contains key.\n\nArgs:\n key (str):\n Dot-path key.\n\nReturns:\n bool:\n Existence of the key."
}
}
},
"Pipeline": {
"name": "Pipeline",
"kind": "class",
"path": "dagpipe.yaml_loader.Pipeline",
"signature": "<bound method Class.signature of Class('Pipeline', 29, 83)>",
"docstring": "Executable pipeline created from YAML configuration.\n\nAttributes:\n engine (Engine):\n Execution engine responsible for running the pipeline.\n\n state_cls (Type[State]):\n Dynamically created `State` subclass with configured schema.\n\n initial_payload (Payload):\n Default payload used when execution begins.\n\nNotes:\n **Responsibilities:**\n\n - Encapsulates engine, state type, and initial payload.\n - Provides a simplified interface for executing configured pipelines.\n - Safe for concurrent execution if underlying nodes are thread-safe.",
"members": {
"engine": {
"name": "engine",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Pipeline.engine",
"signature": null,
"docstring": null
},
"state_cls": {
"name": "state_cls",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Pipeline.state_cls",
"signature": null,
"docstring": null
},
"initial_payload": {
"name": "initial_payload",
"kind": "attribute",
"path": "dagpipe.yaml_loader.Pipeline.initial_payload",
"signature": null,
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "dagpipe.yaml_loader.Pipeline.run",
"signature": "<bound method Function.signature of Function('run', 56, 83)>",
"docstring": "Execute the pipeline.\n\nArgs:\n payload_override (Mapping[str, Any], optional):\n Payload values overriding initial payload.\n\nReturns:\n list[State]:\n Terminal execution states.\n\nNotes:\n **Responsibilities:**\n\n - Merges override payload with initial payload.\n - Creates root `State` and executes engine."
}
}
},
"load_pipeline": {
"name": "load_pipeline",
"kind": "function",
"path": "dagpipe.yaml_loader.load_pipeline",
"signature": "<bound method Function.signature of Function('load_pipeline', 91, 125)>",
"docstring": "Load pipeline from YAML file.\n\nArgs:\n path (str):\n Path to YAML configuration file.\n\nReturns:\n Pipeline:\n Executable pipeline instance.\n\nNotes:\n **Responsibilities:**\n\n - Loads YAML configuration and builds schema.\n - Creates `State` subclass and loads `Node` instances.\n - Builds `Graph` topology and initializes `Engine`."
}
}
}
}

26
mcp/dagpipe/nav.json Normal file
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@@ -0,0 +1,26 @@
[
{
"module": "dagpipe",
"resource": "doc://modules/dagpipe"
},
{
"module": "dagpipe.engine",
"resource": "doc://modules/dagpipe.engine"
},
{
"module": "dagpipe.graph",
"resource": "doc://modules/dagpipe.graph"
},
{
"module": "dagpipe.node",
"resource": "doc://modules/dagpipe.node"
},
{
"module": "dagpipe.state",
"resource": "doc://modules/dagpipe.state"
},
{
"module": "dagpipe.yaml_loader",
"resource": "doc://modules/dagpipe.yaml_loader"
}
]

6
mcp/doc-forge/index.json Normal file
View File

@@ -0,0 +1,6 @@
{
"project": "docforge",
"type": "docforge-model",
"modules_count": 23,
"source": "docforge"
}

View File

@@ -0,0 +1,102 @@
{
"module": "docforge.cli.api_utils",
"content": {
"path": "docforge.cli.api_utils",
"docstring": "# Summary\n\nUtilities for building API documentation from an OpenAPI specification.",
"objects": {
"json": {
"name": "json",
"kind": "alias",
"path": "docforge.cli.api_utils.json",
"signature": "<bound method Alias.signature of Alias('json', 'json')>",
"docstring": null
},
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "docforge.cli.api_utils.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.api_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.api_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'click')>",
"docstring": null
},
"SWAGGER_SPEC_FILENAME": {
"name": "SWAGGER_SPEC_FILENAME",
"kind": "attribute",
"path": "docforge.cli.api_utils.SWAGGER_SPEC_FILENAME",
"signature": null,
"docstring": null
},
"OpenAPIMetadata": {
"name": "OpenAPIMetadata",
"kind": "class",
"path": "docforge.cli.api_utils.OpenAPIMetadata",
"signature": "<bound method Class.signature of Class('OpenAPIMetadata', 16, 30)>",
"docstring": "Metadata derived from the ``info`` block of an OpenAPI specification.\n\nAttributes:\n site_name: Spec title, used as the MkDocs site name.\n site_description: Spec description, used as the site description.\n site_author: Contact name (fallback: contact email), used as the\n site author.",
"members": {
"site_name": {
"name": "site_name",
"kind": "attribute",
"path": "docforge.cli.api_utils.OpenAPIMetadata.site_name",
"signature": null,
"docstring": null
},
"site_description": {
"name": "site_description",
"kind": "attribute",
"path": "docforge.cli.api_utils.OpenAPIMetadata.site_description",
"signature": null,
"docstring": null
},
"site_author": {
"name": "site_author",
"kind": "attribute",
"path": "docforge.cli.api_utils.OpenAPIMetadata.site_author",
"signature": null,
"docstring": null
}
}
},
"load_openapi_spec": {
"name": "load_openapi_spec",
"kind": "function",
"path": "docforge.cli.api_utils.load_openapi_spec",
"signature": "<bound method Function.signature of Function('load_openapi_spec', 33, 63)>",
"docstring": "Load and validate an OpenAPI specification from a JSON file.\n\nArgs:\n spec_path: Path to the OpenAPI JSON specification file.\n\nReturns:\n dict:\n The parsed OpenAPI specification.\n\nRaises:\n click.ClickException:\n If the file cannot be read or the ``info`` block is invalid."
},
"derive_metadata": {
"name": "derive_metadata",
"kind": "function",
"path": "docforge.cli.api_utils.derive_metadata",
"signature": "<bound method Function.signature of Function('derive_metadata', 66, 89)>",
"docstring": "Derive MkDocs site metadata from an OpenAPI spec ``info`` block.\n\nArgs:\n spec: Parsed OpenAPI specification.\n\nReturns:\n OpenAPIMetadata:\n Site name, description, and author derived from the spec."
},
"generate_api_sources": {
"name": "generate_api_sources",
"kind": "function",
"path": "docforge.cli.api_utils.generate_api_sources",
"signature": "<bound method Function.signature of Function('generate_api_sources', 92, 114)>",
"docstring": "Generate swagger-enabled Markdown sources and the spec copy.\n\nThe specification is written as ``openapi.json`` inside ``docs_dir`` and\nan ``index.md`` embedding the swagger UI is generated alongside it.\n\nArgs:\n spec: Parsed OpenAPI specification.\n docs_dir: Directory (for example ``docs/api``) where the swagger\n sources are written."
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.cli.api_utils.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
}
}

View File

@@ -0,0 +1,479 @@
{
"module": "docforge.cli.commands",
"content": {
"path": "docforge.cli.commands",
"docstring": "# Summary\n\nCommand definitions for the doc-forge CLI.\n\nProvides the CLI structure using Click, including build, serve, and tree commands.",
"objects": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.commands.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.commands.click",
"signature": "<bound method Alias.signature of Alias('click', 'click')>",
"docstring": null
},
"api_utils": {
"name": "api_utils",
"kind": "module",
"path": "docforge.cli.commands.api_utils",
"signature": "<bound method Alias.signature of Alias('api_utils', 'docforge.cli.api_utils')>",
"docstring": "# Summary\n\nUtilities for building API documentation from an OpenAPI specification.",
"members": {
"json": {
"name": "json",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.json",
"signature": "<bound method Alias.signature of Alias('json', 'docforge.cli.api_utils.json')>",
"docstring": null
},
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'docforge.cli.api_utils.dataclass')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'docforge.cli.api_utils.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'docforge.cli.api_utils.click')>",
"docstring": null
},
"SWAGGER_SPEC_FILENAME": {
"name": "SWAGGER_SPEC_FILENAME",
"kind": "attribute",
"path": "docforge.cli.commands.api_utils.SWAGGER_SPEC_FILENAME",
"signature": "<bound method Alias.signature of Alias('SWAGGER_SPEC_FILENAME', 'docforge.cli.api_utils.SWAGGER_SPEC_FILENAME')>",
"docstring": null
},
"OpenAPIMetadata": {
"name": "OpenAPIMetadata",
"kind": "class",
"path": "docforge.cli.commands.api_utils.OpenAPIMetadata",
"signature": "<bound method Alias.signature of Alias('OpenAPIMetadata', 'docforge.cli.api_utils.OpenAPIMetadata')>",
"docstring": "Metadata derived from the ``info`` block of an OpenAPI specification.\n\nAttributes:\n site_name: Spec title, used as the MkDocs site name.\n site_description: Spec description, used as the site description.\n site_author: Contact name (fallback: contact email), used as the\n site author.",
"members": {
"site_name": {
"name": "site_name",
"kind": "attribute",
"path": "docforge.cli.commands.api_utils.OpenAPIMetadata.site_name",
"signature": "<bound method Alias.signature of Alias('site_name', 'docforge.cli.api_utils.OpenAPIMetadata.site_name')>",
"docstring": null
},
"site_description": {
"name": "site_description",
"kind": "attribute",
"path": "docforge.cli.commands.api_utils.OpenAPIMetadata.site_description",
"signature": "<bound method Alias.signature of Alias('site_description', 'docforge.cli.api_utils.OpenAPIMetadata.site_description')>",
"docstring": null
},
"site_author": {
"name": "site_author",
"kind": "attribute",
"path": "docforge.cli.commands.api_utils.OpenAPIMetadata.site_author",
"signature": "<bound method Alias.signature of Alias('site_author', 'docforge.cli.api_utils.OpenAPIMetadata.site_author')>",
"docstring": null
}
}
},
"load_openapi_spec": {
"name": "load_openapi_spec",
"kind": "function",
"path": "docforge.cli.commands.api_utils.load_openapi_spec",
"signature": "<bound method Alias.signature of Alias('load_openapi_spec', 'docforge.cli.api_utils.load_openapi_spec')>",
"docstring": "Load and validate an OpenAPI specification from a JSON file.\n\nArgs:\n spec_path: Path to the OpenAPI JSON specification file.\n\nReturns:\n dict:\n The parsed OpenAPI specification.\n\nRaises:\n click.ClickException:\n If the file cannot be read or the ``info`` block is invalid."
},
"derive_metadata": {
"name": "derive_metadata",
"kind": "function",
"path": "docforge.cli.commands.api_utils.derive_metadata",
"signature": "<bound method Alias.signature of Alias('derive_metadata', 'docforge.cli.api_utils.derive_metadata')>",
"docstring": "Derive MkDocs site metadata from an OpenAPI spec ``info`` block.\n\nArgs:\n spec: Parsed OpenAPI specification.\n\nReturns:\n OpenAPIMetadata:\n Site name, description, and author derived from the spec."
},
"generate_api_sources": {
"name": "generate_api_sources",
"kind": "function",
"path": "docforge.cli.commands.api_utils.generate_api_sources",
"signature": "<bound method Alias.signature of Alias('generate_api_sources', 'docforge.cli.api_utils.generate_api_sources')>",
"docstring": "Generate swagger-enabled Markdown sources and the spec copy.\n\nThe specification is written as ``openapi.json`` inside ``docs_dir`` and\nan ``index.md`` embedding the swagger UI is generated alongside it.\n\nArgs:\n spec: Parsed OpenAPI specification.\n docs_dir: Directory (for example ``docs/api``) where the swagger\n sources are written."
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'docforge.cli.api_utils.Any')>",
"docstring": null
}
}
},
"mcp_utils": {
"name": "mcp_utils",
"kind": "module",
"path": "docforge.cli.commands.mcp_utils",
"signature": "<bound method Alias.signature of Alias('mcp_utils', 'docforge.cli.mcp_utils')>",
"docstring": "# Summary\n\nUtilities for working with MCP in the doc-forge CLI.",
"members": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.commands.mcp_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'docforge.cli.mcp_utils.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.commands.mcp_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'docforge.cli.mcp_utils.click')>",
"docstring": null
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.commands.mcp_utils.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.cli.mcp_utils.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.cli.mcp_utils.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"MCPRenderer": {
"name": "MCPRenderer",
"kind": "class",
"path": "docforge.cli.commands.mcp_utils.MCPRenderer",
"signature": "<bound method Alias.signature of Alias('MCPRenderer', 'docforge.cli.mcp_utils.MCPRenderer')>",
"docstring": "Renderer that generates MCP-compatible documentation resources.\n\nThis renderer converts doc-forge project models into structured JSON\nresources suitable for consumption by systems implementing the Model\nContext Protocol (MCP).",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.cli.commands.mcp_utils.MCPRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mcp_renderer.MCPRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.MCPRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mcp_renderer.MCPRenderer.generate_sources')>",
"docstring": "Generate MCP documentation resources for a project.\n\nThe renderer serializes each module into a JSON resource and produces\nsupporting metadata files such as `nav.json` and `index.json`.\n\nArgs:\n project (Project):\n Documentation project model to render.\n\n out_dir (Path):\n Directory where MCP resources will be written."
}
}
},
"MCPServer": {
"name": "MCPServer",
"kind": "class",
"path": "docforge.cli.commands.mcp_utils.MCPServer",
"signature": "<bound method Alias.signature of Alias('MCPServer', 'docforge.cli.mcp_utils.MCPServer')>",
"docstring": "MCP server for serving a pre-generated documentation bundle.\n\nThe server exposes documentation resources and diagnostic tools through\nMCP endpoints backed by JSON files generated by the MCP renderer.",
"members": {
"mcp_root": {
"name": "mcp_root",
"kind": "attribute",
"path": "docforge.cli.commands.mcp_utils.MCPServer.mcp_root",
"signature": "<bound method Alias.signature of Alias('mcp_root', 'docforge.servers.mcp_server.MCPServer.mcp_root')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "docforge.cli.commands.mcp_utils.MCPServer.app",
"signature": "<bound method Alias.signature of Alias('app', 'docforge.servers.mcp_server.MCPServer.app')>",
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.MCPServer.run",
"signature": "<bound method Alias.signature of Alias('run', 'docforge.servers.mcp_server.MCPServer.run')>",
"docstring": "Start the MCP server.\n\nArgs:\n transport (Literal[\"stdio\", \"sse\", \"streamable-http\"]):\n Transport mechanism used by the MCP server. Supported options\n include `stdio`, `sse`, and `streamable-http`."
}
}
},
"generate_resources": {
"name": "generate_resources",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.generate_resources",
"signature": "<bound method Alias.signature of Alias('generate_resources', 'docforge.cli.mcp_utils.generate_resources')>",
"docstring": "Generate MCP documentation resources from a Python module.\n\nThe function performs project introspection, builds the internal\ndocumentation model, and renders MCP-compatible JSON resources\nto the specified output directory.\n\nArgs:\n module (str):\n Python module import path used as the entry point for\n documentation generation.\n\n project_name (Optional[str]):\n Optional override for the project name used in generated\n documentation metadata.\n\n out_dir (Path):\n Directory where MCP resources (index.json, nav.json, and module data)\n will be written."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.serve",
"signature": "<bound method Alias.signature of Alias('serve', 'docforge.cli.mcp_utils.serve')>",
"docstring": "Start an MCP server for a pre-generated documentation bundle.\n\nThe server exposes documentation resources such as project metadata,\nnavigation structure, and module documentation through MCP endpoints.\n\nArgs:\n module (str):\n Python module import path used to identify the served\n documentation instance.\n\n mcp_root (Path):\n Path to the directory containing the MCP documentation\n bundle (index.json, nav.json, and modules/).\n\nRaises:\n click.ClickException:\n If the MCP documentation bundle is missing required files or directories."
}
}
},
"mkdocs_utils": {
"name": "mkdocs_utils",
"kind": "module",
"path": "docforge.cli.commands.mkdocs_utils",
"signature": "<bound method Alias.signature of Alias('mkdocs_utils', 'docforge.cli.mkdocs_utils')>",
"docstring": "# Summary\n\nUtilities for working with MkDocs in the doc-forge CLI.",
"members": {
"os": {
"name": "os",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.os",
"signature": "<bound method Alias.signature of Alias('os', 'docforge.cli.mkdocs_utils.os')>",
"docstring": null
},
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'docforge.cli.mkdocs_utils.Iterable')>",
"docstring": null
},
"resources": {
"name": "resources",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.resources",
"signature": "<bound method Alias.signature of Alias('resources', 'docforge.cli.mkdocs_utils.resources')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'docforge.cli.mkdocs_utils.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'docforge.cli.mkdocs_utils.click')>",
"docstring": null
},
"yaml": {
"name": "yaml",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.yaml",
"signature": "<bound method Alias.signature of Alias('yaml', 'docforge.cli.mkdocs_utils.yaml')>",
"docstring": null
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.commands.mkdocs_utils.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.cli.mkdocs_utils.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.cli.mkdocs_utils.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"MkDocsNavEmitter": {
"name": "MkDocsNavEmitter",
"kind": "class",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsNavEmitter",
"signature": "<bound method Alias.signature of Alias('MkDocsNavEmitter', 'docforge.cli.mkdocs_utils.MkDocsNavEmitter')>",
"docstring": "Emit MkDocs navigation structures from resolved navigation data.\n\nThe emitter transforms a ``ResolvedNav`` object into the YAML-compatible\nlist structure expected by the MkDocs ``nav`` configuration field.",
"members": {
"emit": {
"name": "emit",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsNavEmitter.emit",
"signature": "<bound method Alias.signature of Alias('emit', 'docforge.nav.mkdocs.MkDocsNavEmitter.emit')>",
"docstring": "Generate a navigation structure for ``mkdocs.yml``.\n\nArgs:\n nav: Resolved navigation data describing documentation groups\n and their associated Markdown files.\n\nReturns:\n A list of dictionaries representing the MkDocs navigation layout.\n Each dictionary maps a navigation label to a page or a list of\n pages."
}
}
},
"load_nav_spec": {
"name": "load_nav_spec",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.load_nav_spec",
"signature": "<bound method Alias.signature of Alias('load_nav_spec', 'docforge.cli.mkdocs_utils.load_nav_spec')>",
"docstring": "Load a navigation specification file.\n\nThis helper function reads a YAML navigation file and constructs a\ncorresponding ``NavSpec`` instance.\n\nArgs:\n path: Path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed specification.\n\nRaises:\n FileNotFoundError: If the specification file does not exist.\n ValueError: If the YAML structure is invalid."
},
"resolve_nav": {
"name": "resolve_nav",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.resolve_nav",
"signature": "<bound method Alias.signature of Alias('resolve_nav', 'docforge.cli.mkdocs_utils.resolve_nav')>",
"docstring": "Resolve a navigation specification against the filesystem.\n\nThe function expands glob patterns defined in a ``NavSpec`` and verifies\nthat referenced documentation files exist within the documentation root.\n\nArgs:\n spec: Navigation specification describing documentation layout.\n docs_root: Root directory containing documentation Markdown files.\n\nReturns:\n A ``ResolvedNav`` instance containing validated navigation paths.\n\nRaises:\n FileNotFoundError: If the documentation root does not exist or a\n navigation pattern does not match any files."
},
"MkDocsRenderer": {
"name": "MkDocsRenderer",
"kind": "class",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsRenderer",
"signature": "<bound method Alias.signature of Alias('MkDocsRenderer', 'docforge.cli.mkdocs_utils.MkDocsRenderer')>",
"docstring": "Renderer that produces Markdown documentation for MkDocs.\n\nGenerated pages use mkdocstrings directives to reference Python modules,\nallowing MkDocs to render API documentation dynamically.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_sources')>",
"docstring": "Generate Markdown documentation files for a project.\n\nThis method renders a documentation structure from the provided\nproject model and writes the resulting Markdown files to the\nspecified output directory.\n\nArgs:\n project (Project):\n Project model containing modules to document.\n\n out_dir (Path):\n Directory where generated Markdown files will be written.\n\n module_is_source (bool, optional):\n If True, treat the specified module as the documentation root\n rather than nesting it inside a folder."
},
"generate_readme": {
"name": "generate_readme",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsRenderer.generate_readme",
"signature": "<bound method Alias.signature of Alias('generate_readme', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_readme')>",
"docstring": "Generate a `README.md` file from the root module docstring.\n\nBehavior:\n\n- If `module_is_source` is True, `README.md` is written to the project\n root directory.\n- If False, README generation is currently not implemented.\n\nArgs:\n project (Project):\n Project model containing documentation metadata.\n\n docs_dir (Path):\n Directory containing generated documentation sources.\n\n module_is_source (Optional[bool]):\n Whether the module is treated as the project source root.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written.\n Defaults to the parent of `docs_dir`."
}
}
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.cli.mkdocs_utils.generate_sources')>",
"docstring": "Generate MkDocs Markdown sources for a Python module.\n\nThis function introspects the specified module, builds the internal\ndocumentation model, and renders Markdown documentation files for\nuse with MkDocs.\n\nArgs:\n module (str):\n Python module import path used as the entry point for\n documentation generation.\n\n docs_dir (Path):\n Directory where the generated Markdown files will be written.\n\n project_name (Optional[str]):\n Optional override for the project name used in documentation metadata.\n\n module_is_source (Optional[bool]):\n If True, treat the specified module directory as the project root\n rather than a nested module.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written. If not\n provided, defaults to the parent of ``docs_dir``."
},
"generate_config": {
"name": "generate_config",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.generate_config",
"signature": "<bound method Alias.signature of Alias('generate_config', 'docforge.cli.mkdocs_utils.generate_config')>",
"docstring": "Generate an `mkdocs.yml` configuration file.\n\nThe configuration is created by combining a template configuration\nwith a navigation structure derived from the docforge navigation\nspecification.\n\nThe ``docs_dir`` is always written relative to the MkDocs root and is\nexpected to be the shared documentation parent (for example ``docs``),\nwith generated sources nested under ``lib/`` or ``api/`` subdirectories.\n\nArgs:\n docs_dir (Path):\n Shared documentation root used as the MkDocs ``docs_dir``.\n\n nav_file (Path):\n Path to the `docforge.nav.yml` navigation specification.\n\n template (Optional[Path]):\n Optional path to a fully custom MkDocs configuration template.\n If not provided, built-in templates are merged; the provided\n template replaces the built-in templates entirely.\n\n out (Path):\n Destination path where the generated `mkdocs.yml` file will be written.\n\n site_name (str):\n Display name for the generated documentation site.\n\n modes (Optional[Iterable[str]]):\n Documentation modes to enable. Each mode contributes its own\n built-in template fragment (for example ``lib`` or ``api``),\n merged on top of the shared ``mkdocs.common.yml`` template.\n\n site_description (Optional[str]):\n Optional site description written into the configuration.\n\n site_author (Optional[str]):\n Optional site author written into the configuration.\n\nRaises:\n click.FileError:\n If the navigation specification or template file cannot be found."
},
"build": {
"name": "build",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.build",
"signature": "<bound method Alias.signature of Alias('build', 'docforge.cli.mkdocs_utils.build')>",
"docstring": "Build the MkDocs documentation site.\n\nThis function loads the MkDocs configuration and runs the MkDocs\nbuild command to generate the final static documentation site.\n\nArgs:\n mkdocs_yml (Path):\n Path to the `mkdocs.yml` configuration file.\n\nRaises:\n click.ClickException:\n If the configuration file does not exist."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.serve",
"signature": "<bound method Alias.signature of Alias('serve', 'docforge.cli.mkdocs_utils.serve')>",
"docstring": "Start an MkDocs development server with live reload.\n\nThe server watches documentation files and automatically reloads\nthe site when changes are detected.\n\nArgs:\n mkdocs_yml (Path):\n Path to the `mkdocs.yml` configuration file.\n\nRaises:\n click.ClickException:\n If the configuration file does not exist."
}
}
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.commands.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.loaders.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.commands.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.commands.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"cli": {
"name": "cli",
"kind": "attribute",
"path": "docforge.cli.commands.cli",
"signature": null,
"docstring": null
},
"build": {
"name": "build",
"kind": "function",
"path": "docforge.cli.commands.build",
"signature": "<bound method Function.signature of Function('build', 28, 223)>",
"docstring": "Build documentation artifacts.\n\nThis command performs the full documentation build pipeline:\nstyle of the selected platform, generates renderer-specific\ndocumentation sources, and optionally builds the final output.\n\nDepending on the selected options, the build can target:\n\n- MkDocs static documentation sites for library reference docs\n- Swagger-enabled API docs generated from an OpenAPI spec\n- MCP structured documentation resources\n\nArgs:\n mcp (bool):\n Enable MCP documentation generation.\n\n mkdocs (bool):\n Enable MkDocs library documentation generation.\n\n api (bool):\n Enable API documentation generation from an OpenAPI spec.\n\n module_is_source (bool):\n Treat the specified module directory as the project root.\n\n module (Optional[str]):\n Python module import path to document.\n\n openapi_spec (Optional[Path]):\n Path to the OpenAPI JSON specification used for API docs.\n\n project_name (Optional[str]):\n Optional override for the project name.\n\n site_name (Optional[str]):\n Display name for the MkDocs site.\n\n docs_dir (Path):\n Shared documentation root used as the MkDocs ``docs_dir``.\n\n nav_file (Path):\n Path to the navigation specification file.\n\n template (Optional[Path]):\n Optional custom MkDocs configuration template.\n\n mkdocs_yml (Path):\n Output path for the generated MkDocs configuration.\n\n out_dir (Path):\n Output directory for generated MCP resources.\n\nRaises:\n click.UsageError:\n If required options are missing or conflicting."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.commands.serve",
"signature": "<bound method Function.signature of Function('serve', 226, 287)>",
"docstring": "Serve generated documentation locally.\n\nDepending on the selected mode, this command starts either:\n\n- A MkDocs development server for browsing documentation\n- An MCP server exposing structured documentation resources\n\nArgs:\n mcp (bool):\n Serve documentation using the MCP server.\n\n mkdocs (bool):\n Serve the MkDocs development site.\n\n module (Optional[str]):\n Python module import path to serve via MCP.\n\n mkdocs_yml (Path):\n Path to the MkDocs configuration file.\n\n out_dir (Path):\n Root directory containing MCP documentation resources.\n\nRaises:\n click.UsageError:\n If invalid or conflicting options are provided."
},
"tree": {
"name": "tree",
"kind": "function",
"path": "docforge.cli.commands.tree",
"signature": "<bound method Function.signature of Function('tree', 290, 326)>",
"docstring": "Display the documentation object tree for a module.\n\nThis command introspects the specified module and prints a\nhierarchical representation of the discovered documentation\nobjects, including modules, classes, functions, and members.\n\nArgs:\n module (str):\n Python module import path to introspect.\n\n project_name (Optional[str]):\n Optional name to display as the project root."
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.cli.commands.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Group": {
"name": "Group",
"kind": "alias",
"path": "docforge.cli.commands.Group",
"signature": "<bound method Alias.signature of Alias('Group', 'click.core.Group')>",
"docstring": null
}
}
}
}

View File

@@ -0,0 +1,902 @@
{
"module": "docforge.cli",
"content": {
"path": "docforge.cli",
"docstring": "# Summary\n\nCommand line interface entry point for doc-forge.\n\nThis module exposes the primary CLI entry function used by the\n`doc-forge` command. The actual command implementation resides in\n`docforge.cli.main`, while this module provides a stable import path\nfor external tools and the package entry point configuration.\n\nThe CLI is responsible for orchestrating documentation workflows such as\ngenerating renderer sources, building documentation sites, exporting\nmachine-readable documentation bundles, and starting development or MCP\nservers.\n\n---\n\n# Typical usage\n\nThe CLI is normally invoked through the installed command:\n\n```bash\ndoc-forge <command> [options]\n```\n\nProgrammatic invocation is also possible:\n\nExample:\n\n ```python\n from docforge.cli import main\n main()\n ```\n\n---",
"objects": {
"main": {
"name": "main",
"kind": "module",
"path": "docforge.cli.main",
"signature": null,
"docstring": "# Summary\n\nCommand-line entry point for the doc-forge CLI.\n\nThis module exposes the executable entry point that initializes the\nClick command group defined in `docforge.cli.commands`.",
"members": {
"cli": {
"name": "cli",
"kind": "attribute",
"path": "docforge.cli.main.cli",
"signature": "<bound method Alias.signature of Alias('cli', 'docforge.cli.commands.cli')>",
"docstring": null
},
"main": {
"name": "main",
"kind": "function",
"path": "docforge.cli.main.main",
"signature": "<bound method Function.signature of Function('main', 13, 21)>",
"docstring": "Run the doc-forge command-line interface.\n\nThis function initializes and executes the Click CLI application.\nIt is used as the console entry point when invoking `doc-forge`\nfrom the command line."
}
}
},
"api_utils": {
"name": "api_utils",
"kind": "module",
"path": "docforge.cli.api_utils",
"signature": null,
"docstring": "# Summary\n\nUtilities for building API documentation from an OpenAPI specification.",
"members": {
"json": {
"name": "json",
"kind": "alias",
"path": "docforge.cli.api_utils.json",
"signature": "<bound method Alias.signature of Alias('json', 'json')>",
"docstring": null
},
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "docforge.cli.api_utils.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.api_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.api_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'click')>",
"docstring": null
},
"SWAGGER_SPEC_FILENAME": {
"name": "SWAGGER_SPEC_FILENAME",
"kind": "attribute",
"path": "docforge.cli.api_utils.SWAGGER_SPEC_FILENAME",
"signature": null,
"docstring": null
},
"OpenAPIMetadata": {
"name": "OpenAPIMetadata",
"kind": "class",
"path": "docforge.cli.api_utils.OpenAPIMetadata",
"signature": "<bound method Class.signature of Class('OpenAPIMetadata', 16, 30)>",
"docstring": "Metadata derived from the ``info`` block of an OpenAPI specification.\n\nAttributes:\n site_name: Spec title, used as the MkDocs site name.\n site_description: Spec description, used as the site description.\n site_author: Contact name (fallback: contact email), used as the\n site author.",
"members": {
"site_name": {
"name": "site_name",
"kind": "attribute",
"path": "docforge.cli.api_utils.OpenAPIMetadata.site_name",
"signature": null,
"docstring": null
},
"site_description": {
"name": "site_description",
"kind": "attribute",
"path": "docforge.cli.api_utils.OpenAPIMetadata.site_description",
"signature": null,
"docstring": null
},
"site_author": {
"name": "site_author",
"kind": "attribute",
"path": "docforge.cli.api_utils.OpenAPIMetadata.site_author",
"signature": null,
"docstring": null
}
}
},
"load_openapi_spec": {
"name": "load_openapi_spec",
"kind": "function",
"path": "docforge.cli.api_utils.load_openapi_spec",
"signature": "<bound method Function.signature of Function('load_openapi_spec', 33, 63)>",
"docstring": "Load and validate an OpenAPI specification from a JSON file.\n\nArgs:\n spec_path: Path to the OpenAPI JSON specification file.\n\nReturns:\n dict:\n The parsed OpenAPI specification.\n\nRaises:\n click.ClickException:\n If the file cannot be read or the ``info`` block is invalid."
},
"derive_metadata": {
"name": "derive_metadata",
"kind": "function",
"path": "docforge.cli.api_utils.derive_metadata",
"signature": "<bound method Function.signature of Function('derive_metadata', 66, 89)>",
"docstring": "Derive MkDocs site metadata from an OpenAPI spec ``info`` block.\n\nArgs:\n spec: Parsed OpenAPI specification.\n\nReturns:\n OpenAPIMetadata:\n Site name, description, and author derived from the spec."
},
"generate_api_sources": {
"name": "generate_api_sources",
"kind": "function",
"path": "docforge.cli.api_utils.generate_api_sources",
"signature": "<bound method Function.signature of Function('generate_api_sources', 92, 114)>",
"docstring": "Generate swagger-enabled Markdown sources and the spec copy.\n\nThe specification is written as ``openapi.json`` inside ``docs_dir`` and\nan ``index.md`` embedding the swagger UI is generated alongside it.\n\nArgs:\n spec: Parsed OpenAPI specification.\n docs_dir: Directory (for example ``docs/api``) where the swagger\n sources are written."
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.cli.api_utils.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
},
"commands": {
"name": "commands",
"kind": "module",
"path": "docforge.cli.commands",
"signature": null,
"docstring": "# Summary\n\nCommand definitions for the doc-forge CLI.\n\nProvides the CLI structure using Click, including build, serve, and tree commands.",
"members": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.commands.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.commands.click",
"signature": "<bound method Alias.signature of Alias('click', 'click')>",
"docstring": null
},
"api_utils": {
"name": "api_utils",
"kind": "module",
"path": "docforge.cli.commands.api_utils",
"signature": "<bound method Alias.signature of Alias('api_utils', 'docforge.cli.api_utils')>",
"docstring": "# Summary\n\nUtilities for building API documentation from an OpenAPI specification.",
"members": {
"json": {
"name": "json",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.json",
"signature": "<bound method Alias.signature of Alias('json', 'docforge.cli.api_utils.json')>",
"docstring": null
},
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'docforge.cli.api_utils.dataclass')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'docforge.cli.api_utils.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'docforge.cli.api_utils.click')>",
"docstring": null
},
"SWAGGER_SPEC_FILENAME": {
"name": "SWAGGER_SPEC_FILENAME",
"kind": "attribute",
"path": "docforge.cli.commands.api_utils.SWAGGER_SPEC_FILENAME",
"signature": "<bound method Alias.signature of Alias('SWAGGER_SPEC_FILENAME', 'docforge.cli.api_utils.SWAGGER_SPEC_FILENAME')>",
"docstring": null
},
"OpenAPIMetadata": {
"name": "OpenAPIMetadata",
"kind": "class",
"path": "docforge.cli.commands.api_utils.OpenAPIMetadata",
"signature": "<bound method Alias.signature of Alias('OpenAPIMetadata', 'docforge.cli.api_utils.OpenAPIMetadata')>",
"docstring": "Metadata derived from the ``info`` block of an OpenAPI specification.\n\nAttributes:\n site_name: Spec title, used as the MkDocs site name.\n site_description: Spec description, used as the site description.\n site_author: Contact name (fallback: contact email), used as the\n site author.",
"members": {
"site_name": {
"name": "site_name",
"kind": "attribute",
"path": "docforge.cli.commands.api_utils.OpenAPIMetadata.site_name",
"signature": "<bound method Alias.signature of Alias('site_name', 'docforge.cli.api_utils.OpenAPIMetadata.site_name')>",
"docstring": null
},
"site_description": {
"name": "site_description",
"kind": "attribute",
"path": "docforge.cli.commands.api_utils.OpenAPIMetadata.site_description",
"signature": "<bound method Alias.signature of Alias('site_description', 'docforge.cli.api_utils.OpenAPIMetadata.site_description')>",
"docstring": null
},
"site_author": {
"name": "site_author",
"kind": "attribute",
"path": "docforge.cli.commands.api_utils.OpenAPIMetadata.site_author",
"signature": "<bound method Alias.signature of Alias('site_author', 'docforge.cli.api_utils.OpenAPIMetadata.site_author')>",
"docstring": null
}
}
},
"load_openapi_spec": {
"name": "load_openapi_spec",
"kind": "function",
"path": "docforge.cli.commands.api_utils.load_openapi_spec",
"signature": "<bound method Alias.signature of Alias('load_openapi_spec', 'docforge.cli.api_utils.load_openapi_spec')>",
"docstring": "Load and validate an OpenAPI specification from a JSON file.\n\nArgs:\n spec_path: Path to the OpenAPI JSON specification file.\n\nReturns:\n dict:\n The parsed OpenAPI specification.\n\nRaises:\n click.ClickException:\n If the file cannot be read or the ``info`` block is invalid."
},
"derive_metadata": {
"name": "derive_metadata",
"kind": "function",
"path": "docforge.cli.commands.api_utils.derive_metadata",
"signature": "<bound method Alias.signature of Alias('derive_metadata', 'docforge.cli.api_utils.derive_metadata')>",
"docstring": "Derive MkDocs site metadata from an OpenAPI spec ``info`` block.\n\nArgs:\n spec: Parsed OpenAPI specification.\n\nReturns:\n OpenAPIMetadata:\n Site name, description, and author derived from the spec."
},
"generate_api_sources": {
"name": "generate_api_sources",
"kind": "function",
"path": "docforge.cli.commands.api_utils.generate_api_sources",
"signature": "<bound method Alias.signature of Alias('generate_api_sources', 'docforge.cli.api_utils.generate_api_sources')>",
"docstring": "Generate swagger-enabled Markdown sources and the spec copy.\n\nThe specification is written as ``openapi.json`` inside ``docs_dir`` and\nan ``index.md`` embedding the swagger UI is generated alongside it.\n\nArgs:\n spec: Parsed OpenAPI specification.\n docs_dir: Directory (for example ``docs/api``) where the swagger\n sources are written."
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.cli.commands.api_utils.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'docforge.cli.api_utils.Any')>",
"docstring": null
}
}
},
"mcp_utils": {
"name": "mcp_utils",
"kind": "module",
"path": "docforge.cli.commands.mcp_utils",
"signature": "<bound method Alias.signature of Alias('mcp_utils', 'docforge.cli.mcp_utils')>",
"docstring": "# Summary\n\nUtilities for working with MCP in the doc-forge CLI.",
"members": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.commands.mcp_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'docforge.cli.mcp_utils.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.commands.mcp_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'docforge.cli.mcp_utils.click')>",
"docstring": null
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.commands.mcp_utils.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.cli.mcp_utils.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.cli.mcp_utils.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"MCPRenderer": {
"name": "MCPRenderer",
"kind": "class",
"path": "docforge.cli.commands.mcp_utils.MCPRenderer",
"signature": "<bound method Alias.signature of Alias('MCPRenderer', 'docforge.cli.mcp_utils.MCPRenderer')>",
"docstring": "Renderer that generates MCP-compatible documentation resources.\n\nThis renderer converts doc-forge project models into structured JSON\nresources suitable for consumption by systems implementing the Model\nContext Protocol (MCP).",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.cli.commands.mcp_utils.MCPRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mcp_renderer.MCPRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.MCPRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mcp_renderer.MCPRenderer.generate_sources')>",
"docstring": "Generate MCP documentation resources for a project.\n\nThe renderer serializes each module into a JSON resource and produces\nsupporting metadata files such as `nav.json` and `index.json`.\n\nArgs:\n project (Project):\n Documentation project model to render.\n\n out_dir (Path):\n Directory where MCP resources will be written."
}
}
},
"MCPServer": {
"name": "MCPServer",
"kind": "class",
"path": "docforge.cli.commands.mcp_utils.MCPServer",
"signature": "<bound method Alias.signature of Alias('MCPServer', 'docforge.cli.mcp_utils.MCPServer')>",
"docstring": "MCP server for serving a pre-generated documentation bundle.\n\nThe server exposes documentation resources and diagnostic tools through\nMCP endpoints backed by JSON files generated by the MCP renderer.",
"members": {
"mcp_root": {
"name": "mcp_root",
"kind": "attribute",
"path": "docforge.cli.commands.mcp_utils.MCPServer.mcp_root",
"signature": "<bound method Alias.signature of Alias('mcp_root', 'docforge.servers.mcp_server.MCPServer.mcp_root')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "docforge.cli.commands.mcp_utils.MCPServer.app",
"signature": "<bound method Alias.signature of Alias('app', 'docforge.servers.mcp_server.MCPServer.app')>",
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.MCPServer.run",
"signature": "<bound method Alias.signature of Alias('run', 'docforge.servers.mcp_server.MCPServer.run')>",
"docstring": "Start the MCP server.\n\nArgs:\n transport (Literal[\"stdio\", \"sse\", \"streamable-http\"]):\n Transport mechanism used by the MCP server. Supported options\n include `stdio`, `sse`, and `streamable-http`."
}
}
},
"generate_resources": {
"name": "generate_resources",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.generate_resources",
"signature": "<bound method Alias.signature of Alias('generate_resources', 'docforge.cli.mcp_utils.generate_resources')>",
"docstring": "Generate MCP documentation resources from a Python module.\n\nThe function performs project introspection, builds the internal\ndocumentation model, and renders MCP-compatible JSON resources\nto the specified output directory.\n\nArgs:\n module (str):\n Python module import path used as the entry point for\n documentation generation.\n\n project_name (Optional[str]):\n Optional override for the project name used in generated\n documentation metadata.\n\n out_dir (Path):\n Directory where MCP resources (index.json, nav.json, and module data)\n will be written."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.commands.mcp_utils.serve",
"signature": "<bound method Alias.signature of Alias('serve', 'docforge.cli.mcp_utils.serve')>",
"docstring": "Start an MCP server for a pre-generated documentation bundle.\n\nThe server exposes documentation resources such as project metadata,\nnavigation structure, and module documentation through MCP endpoints.\n\nArgs:\n module (str):\n Python module import path used to identify the served\n documentation instance.\n\n mcp_root (Path):\n Path to the directory containing the MCP documentation\n bundle (index.json, nav.json, and modules/).\n\nRaises:\n click.ClickException:\n If the MCP documentation bundle is missing required files or directories."
}
}
},
"mkdocs_utils": {
"name": "mkdocs_utils",
"kind": "module",
"path": "docforge.cli.commands.mkdocs_utils",
"signature": "<bound method Alias.signature of Alias('mkdocs_utils', 'docforge.cli.mkdocs_utils')>",
"docstring": "# Summary\n\nUtilities for working with MkDocs in the doc-forge CLI.",
"members": {
"os": {
"name": "os",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.os",
"signature": "<bound method Alias.signature of Alias('os', 'docforge.cli.mkdocs_utils.os')>",
"docstring": null
},
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'docforge.cli.mkdocs_utils.Iterable')>",
"docstring": null
},
"resources": {
"name": "resources",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.resources",
"signature": "<bound method Alias.signature of Alias('resources', 'docforge.cli.mkdocs_utils.resources')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'docforge.cli.mkdocs_utils.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'docforge.cli.mkdocs_utils.click')>",
"docstring": null
},
"yaml": {
"name": "yaml",
"kind": "alias",
"path": "docforge.cli.commands.mkdocs_utils.yaml",
"signature": "<bound method Alias.signature of Alias('yaml', 'docforge.cli.mkdocs_utils.yaml')>",
"docstring": null
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.commands.mkdocs_utils.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.cli.mkdocs_utils.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.cli.mkdocs_utils.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"MkDocsNavEmitter": {
"name": "MkDocsNavEmitter",
"kind": "class",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsNavEmitter",
"signature": "<bound method Alias.signature of Alias('MkDocsNavEmitter', 'docforge.cli.mkdocs_utils.MkDocsNavEmitter')>",
"docstring": "Emit MkDocs navigation structures from resolved navigation data.\n\nThe emitter transforms a ``ResolvedNav`` object into the YAML-compatible\nlist structure expected by the MkDocs ``nav`` configuration field.",
"members": {
"emit": {
"name": "emit",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsNavEmitter.emit",
"signature": "<bound method Alias.signature of Alias('emit', 'docforge.nav.mkdocs.MkDocsNavEmitter.emit')>",
"docstring": "Generate a navigation structure for ``mkdocs.yml``.\n\nArgs:\n nav: Resolved navigation data describing documentation groups\n and their associated Markdown files.\n\nReturns:\n A list of dictionaries representing the MkDocs navigation layout.\n Each dictionary maps a navigation label to a page or a list of\n pages."
}
}
},
"load_nav_spec": {
"name": "load_nav_spec",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.load_nav_spec",
"signature": "<bound method Alias.signature of Alias('load_nav_spec', 'docforge.cli.mkdocs_utils.load_nav_spec')>",
"docstring": "Load a navigation specification file.\n\nThis helper function reads a YAML navigation file and constructs a\ncorresponding ``NavSpec`` instance.\n\nArgs:\n path: Path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed specification.\n\nRaises:\n FileNotFoundError: If the specification file does not exist.\n ValueError: If the YAML structure is invalid."
},
"resolve_nav": {
"name": "resolve_nav",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.resolve_nav",
"signature": "<bound method Alias.signature of Alias('resolve_nav', 'docforge.cli.mkdocs_utils.resolve_nav')>",
"docstring": "Resolve a navigation specification against the filesystem.\n\nThe function expands glob patterns defined in a ``NavSpec`` and verifies\nthat referenced documentation files exist within the documentation root.\n\nArgs:\n spec: Navigation specification describing documentation layout.\n docs_root: Root directory containing documentation Markdown files.\n\nReturns:\n A ``ResolvedNav`` instance containing validated navigation paths.\n\nRaises:\n FileNotFoundError: If the documentation root does not exist or a\n navigation pattern does not match any files."
},
"MkDocsRenderer": {
"name": "MkDocsRenderer",
"kind": "class",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsRenderer",
"signature": "<bound method Alias.signature of Alias('MkDocsRenderer', 'docforge.cli.mkdocs_utils.MkDocsRenderer')>",
"docstring": "Renderer that produces Markdown documentation for MkDocs.\n\nGenerated pages use mkdocstrings directives to reference Python modules,\nallowing MkDocs to render API documentation dynamically.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_sources')>",
"docstring": "Generate Markdown documentation files for a project.\n\nThis method renders a documentation structure from the provided\nproject model and writes the resulting Markdown files to the\nspecified output directory.\n\nArgs:\n project (Project):\n Project model containing modules to document.\n\n out_dir (Path):\n Directory where generated Markdown files will be written.\n\n module_is_source (bool, optional):\n If True, treat the specified module as the documentation root\n rather than nesting it inside a folder."
},
"generate_readme": {
"name": "generate_readme",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.MkDocsRenderer.generate_readme",
"signature": "<bound method Alias.signature of Alias('generate_readme', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_readme')>",
"docstring": "Generate a `README.md` file from the root module docstring.\n\nBehavior:\n\n- If `module_is_source` is True, `README.md` is written to the project\n root directory.\n- If False, README generation is currently not implemented.\n\nArgs:\n project (Project):\n Project model containing documentation metadata.\n\n docs_dir (Path):\n Directory containing generated documentation sources.\n\n module_is_source (Optional[bool]):\n Whether the module is treated as the project source root.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written.\n Defaults to the parent of `docs_dir`."
}
}
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.cli.mkdocs_utils.generate_sources')>",
"docstring": "Generate MkDocs Markdown sources for a Python module.\n\nThis function introspects the specified module, builds the internal\ndocumentation model, and renders Markdown documentation files for\nuse with MkDocs.\n\nArgs:\n module (str):\n Python module import path used as the entry point for\n documentation generation.\n\n docs_dir (Path):\n Directory where the generated Markdown files will be written.\n\n project_name (Optional[str]):\n Optional override for the project name used in documentation metadata.\n\n module_is_source (Optional[bool]):\n If True, treat the specified module directory as the project root\n rather than a nested module.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written. If not\n provided, defaults to the parent of ``docs_dir``."
},
"generate_config": {
"name": "generate_config",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.generate_config",
"signature": "<bound method Alias.signature of Alias('generate_config', 'docforge.cli.mkdocs_utils.generate_config')>",
"docstring": "Generate an `mkdocs.yml` configuration file.\n\nThe configuration is created by combining a template configuration\nwith a navigation structure derived from the docforge navigation\nspecification.\n\nThe ``docs_dir`` is always written relative to the MkDocs root and is\nexpected to be the shared documentation parent (for example ``docs``),\nwith generated sources nested under ``lib/`` or ``api/`` subdirectories.\n\nArgs:\n docs_dir (Path):\n Shared documentation root used as the MkDocs ``docs_dir``.\n\n nav_file (Path):\n Path to the `docforge.nav.yml` navigation specification.\n\n template (Optional[Path]):\n Optional path to a fully custom MkDocs configuration template.\n If not provided, built-in templates are merged; the provided\n template replaces the built-in templates entirely.\n\n out (Path):\n Destination path where the generated `mkdocs.yml` file will be written.\n\n site_name (str):\n Display name for the generated documentation site.\n\n modes (Optional[Iterable[str]]):\n Documentation modes to enable. Each mode contributes its own\n built-in template fragment (for example ``lib`` or ``api``),\n merged on top of the shared ``mkdocs.common.yml`` template.\n\n site_description (Optional[str]):\n Optional site description written into the configuration.\n\n site_author (Optional[str]):\n Optional site author written into the configuration.\n\nRaises:\n click.FileError:\n If the navigation specification or template file cannot be found."
},
"build": {
"name": "build",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.build",
"signature": "<bound method Alias.signature of Alias('build', 'docforge.cli.mkdocs_utils.build')>",
"docstring": "Build the MkDocs documentation site.\n\nThis function loads the MkDocs configuration and runs the MkDocs\nbuild command to generate the final static documentation site.\n\nArgs:\n mkdocs_yml (Path):\n Path to the `mkdocs.yml` configuration file.\n\nRaises:\n click.ClickException:\n If the configuration file does not exist."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.commands.mkdocs_utils.serve",
"signature": "<bound method Alias.signature of Alias('serve', 'docforge.cli.mkdocs_utils.serve')>",
"docstring": "Start an MkDocs development server with live reload.\n\nThe server watches documentation files and automatically reloads\nthe site when changes are detected.\n\nArgs:\n mkdocs_yml (Path):\n Path to the `mkdocs.yml` configuration file.\n\nRaises:\n click.ClickException:\n If the configuration file does not exist."
}
}
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.commands.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.loaders.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.commands.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.commands.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"cli": {
"name": "cli",
"kind": "attribute",
"path": "docforge.cli.commands.cli",
"signature": null,
"docstring": null
},
"build": {
"name": "build",
"kind": "function",
"path": "docforge.cli.commands.build",
"signature": "<bound method Function.signature of Function('build', 28, 223)>",
"docstring": "Build documentation artifacts.\n\nThis command performs the full documentation build pipeline:\nstyle of the selected platform, generates renderer-specific\ndocumentation sources, and optionally builds the final output.\n\nDepending on the selected options, the build can target:\n\n- MkDocs static documentation sites for library reference docs\n- Swagger-enabled API docs generated from an OpenAPI spec\n- MCP structured documentation resources\n\nArgs:\n mcp (bool):\n Enable MCP documentation generation.\n\n mkdocs (bool):\n Enable MkDocs library documentation generation.\n\n api (bool):\n Enable API documentation generation from an OpenAPI spec.\n\n module_is_source (bool):\n Treat the specified module directory as the project root.\n\n module (Optional[str]):\n Python module import path to document.\n\n openapi_spec (Optional[Path]):\n Path to the OpenAPI JSON specification used for API docs.\n\n project_name (Optional[str]):\n Optional override for the project name.\n\n site_name (Optional[str]):\n Display name for the MkDocs site.\n\n docs_dir (Path):\n Shared documentation root used as the MkDocs ``docs_dir``.\n\n nav_file (Path):\n Path to the navigation specification file.\n\n template (Optional[Path]):\n Optional custom MkDocs configuration template.\n\n mkdocs_yml (Path):\n Output path for the generated MkDocs configuration.\n\n out_dir (Path):\n Output directory for generated MCP resources.\n\nRaises:\n click.UsageError:\n If required options are missing or conflicting."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.commands.serve",
"signature": "<bound method Function.signature of Function('serve', 226, 287)>",
"docstring": "Serve generated documentation locally.\n\nDepending on the selected mode, this command starts either:\n\n- A MkDocs development server for browsing documentation\n- An MCP server exposing structured documentation resources\n\nArgs:\n mcp (bool):\n Serve documentation using the MCP server.\n\n mkdocs (bool):\n Serve the MkDocs development site.\n\n module (Optional[str]):\n Python module import path to serve via MCP.\n\n mkdocs_yml (Path):\n Path to the MkDocs configuration file.\n\n out_dir (Path):\n Root directory containing MCP documentation resources.\n\nRaises:\n click.UsageError:\n If invalid or conflicting options are provided."
},
"tree": {
"name": "tree",
"kind": "function",
"path": "docforge.cli.commands.tree",
"signature": "<bound method Function.signature of Function('tree', 290, 326)>",
"docstring": "Display the documentation object tree for a module.\n\nThis command introspects the specified module and prints a\nhierarchical representation of the discovered documentation\nobjects, including modules, classes, functions, and members.\n\nArgs:\n module (str):\n Python module import path to introspect.\n\n project_name (Optional[str]):\n Optional name to display as the project root."
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.cli.commands.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Group": {
"name": "Group",
"kind": "alias",
"path": "docforge.cli.commands.Group",
"signature": "<bound method Alias.signature of Alias('Group', 'click.core.Group')>",
"docstring": null
}
}
},
"mcp_utils": {
"name": "mcp_utils",
"kind": "module",
"path": "docforge.cli.mcp_utils",
"signature": null,
"docstring": "# Summary\n\nUtilities for working with MCP in the doc-forge CLI.",
"members": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.mcp_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.mcp_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'click')>",
"docstring": null
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.mcp_utils.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.loaders.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.mcp_utils.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.mcp_utils.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.cli.mcp_utils.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.loaders.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"MCPRenderer": {
"name": "MCPRenderer",
"kind": "class",
"path": "docforge.cli.mcp_utils.MCPRenderer",
"signature": "<bound method Alias.signature of Alias('MCPRenderer', 'docforge.renderers.MCPRenderer')>",
"docstring": "Renderer that generates MCP-compatible documentation resources.\n\nThis renderer converts doc-forge project models into structured JSON\nresources suitable for consumption by systems implementing the Model\nContext Protocol (MCP).",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.cli.mcp_utils.MCPRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mcp_renderer.MCPRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.mcp_utils.MCPRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mcp_renderer.MCPRenderer.generate_sources')>",
"docstring": "Generate MCP documentation resources for a project.\n\nThe renderer serializes each module into a JSON resource and produces\nsupporting metadata files such as `nav.json` and `index.json`.\n\nArgs:\n project (Project):\n Documentation project model to render.\n\n out_dir (Path):\n Directory where MCP resources will be written."
}
}
},
"MCPServer": {
"name": "MCPServer",
"kind": "class",
"path": "docforge.cli.mcp_utils.MCPServer",
"signature": "<bound method Alias.signature of Alias('MCPServer', 'docforge.servers.MCPServer')>",
"docstring": "MCP server for serving a pre-generated documentation bundle.\n\nThe server exposes documentation resources and diagnostic tools through\nMCP endpoints backed by JSON files generated by the MCP renderer.",
"members": {
"mcp_root": {
"name": "mcp_root",
"kind": "attribute",
"path": "docforge.cli.mcp_utils.MCPServer.mcp_root",
"signature": "<bound method Alias.signature of Alias('mcp_root', 'docforge.servers.mcp_server.MCPServer.mcp_root')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "docforge.cli.mcp_utils.MCPServer.app",
"signature": "<bound method Alias.signature of Alias('app', 'docforge.servers.mcp_server.MCPServer.app')>",
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "docforge.cli.mcp_utils.MCPServer.run",
"signature": "<bound method Alias.signature of Alias('run', 'docforge.servers.mcp_server.MCPServer.run')>",
"docstring": "Start the MCP server.\n\nArgs:\n transport (Literal[\"stdio\", \"sse\", \"streamable-http\"]):\n Transport mechanism used by the MCP server. Supported options\n include `stdio`, `sse`, and `streamable-http`."
}
}
},
"generate_resources": {
"name": "generate_resources",
"kind": "function",
"path": "docforge.cli.mcp_utils.generate_resources",
"signature": "<bound method Function.signature of Function('generate_resources', 16, 42)>",
"docstring": "Generate MCP documentation resources from a Python module.\n\nThe function performs project introspection, builds the internal\ndocumentation model, and renders MCP-compatible JSON resources\nto the specified output directory.\n\nArgs:\n module (str):\n Python module import path used as the entry point for\n documentation generation.\n\n project_name (Optional[str]):\n Optional override for the project name used in generated\n documentation metadata.\n\n out_dir (Path):\n Directory where MCP resources (index.json, nav.json, and module data)\n will be written."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.mcp_utils.serve",
"signature": "<bound method Function.signature of Function('serve', 45, 82)>",
"docstring": "Start an MCP server for a pre-generated documentation bundle.\n\nThe server exposes documentation resources such as project metadata,\nnavigation structure, and module documentation through MCP endpoints.\n\nArgs:\n module (str):\n Python module import path used to identify the served\n documentation instance.\n\n mcp_root (Path):\n Path to the directory containing the MCP documentation\n bundle (index.json, nav.json, and modules/).\n\nRaises:\n click.ClickException:\n If the MCP documentation bundle is missing required files or directories."
}
}
},
"mkdocs_utils": {
"name": "mkdocs_utils",
"kind": "module",
"path": "docforge.cli.mkdocs_utils",
"signature": null,
"docstring": "# Summary\n\nUtilities for working with MkDocs in the doc-forge CLI.",
"members": {
"os": {
"name": "os",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.os",
"signature": "<bound method Alias.signature of Alias('os', 'os')>",
"docstring": null
},
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"resources": {
"name": "resources",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.resources",
"signature": "<bound method Alias.signature of Alias('resources', 'importlib.resources')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'click')>",
"docstring": null
},
"yaml": {
"name": "yaml",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.yaml",
"signature": "<bound method Alias.signature of Alias('yaml', 'yaml')>",
"docstring": null
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.mkdocs_utils.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.loaders.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.loaders.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"MkDocsNavEmitter": {
"name": "MkDocsNavEmitter",
"kind": "class",
"path": "docforge.cli.mkdocs_utils.MkDocsNavEmitter",
"signature": "<bound method Alias.signature of Alias('MkDocsNavEmitter', 'docforge.nav.MkDocsNavEmitter')>",
"docstring": "Emit MkDocs navigation structures from resolved navigation data.\n\nThe emitter transforms a ``ResolvedNav`` object into the YAML-compatible\nlist structure expected by the MkDocs ``nav`` configuration field.",
"members": {
"emit": {
"name": "emit",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.MkDocsNavEmitter.emit",
"signature": "<bound method Alias.signature of Alias('emit', 'docforge.nav.mkdocs.MkDocsNavEmitter.emit')>",
"docstring": "Generate a navigation structure for ``mkdocs.yml``.\n\nArgs:\n nav: Resolved navigation data describing documentation groups\n and their associated Markdown files.\n\nReturns:\n A list of dictionaries representing the MkDocs navigation layout.\n Each dictionary maps a navigation label to a page or a list of\n pages."
}
}
},
"load_nav_spec": {
"name": "load_nav_spec",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.load_nav_spec",
"signature": "<bound method Alias.signature of Alias('load_nav_spec', 'docforge.nav.load_nav_spec')>",
"docstring": "Load a navigation specification file.\n\nThis helper function reads a YAML navigation file and constructs a\ncorresponding ``NavSpec`` instance.\n\nArgs:\n path: Path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed specification.\n\nRaises:\n FileNotFoundError: If the specification file does not exist.\n ValueError: If the YAML structure is invalid."
},
"resolve_nav": {
"name": "resolve_nav",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.resolve_nav",
"signature": "<bound method Alias.signature of Alias('resolve_nav', 'docforge.nav.resolve_nav')>",
"docstring": "Resolve a navigation specification against the filesystem.\n\nThe function expands glob patterns defined in a ``NavSpec`` and verifies\nthat referenced documentation files exist within the documentation root.\n\nArgs:\n spec: Navigation specification describing documentation layout.\n docs_root: Root directory containing documentation Markdown files.\n\nReturns:\n A ``ResolvedNav`` instance containing validated navigation paths.\n\nRaises:\n FileNotFoundError: If the documentation root does not exist or a\n navigation pattern does not match any files."
},
"MkDocsRenderer": {
"name": "MkDocsRenderer",
"kind": "class",
"path": "docforge.cli.mkdocs_utils.MkDocsRenderer",
"signature": "<bound method Alias.signature of Alias('MkDocsRenderer', 'docforge.renderers.MkDocsRenderer')>",
"docstring": "Renderer that produces Markdown documentation for MkDocs.\n\nGenerated pages use mkdocstrings directives to reference Python modules,\nallowing MkDocs to render API documentation dynamically.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.cli.mkdocs_utils.MkDocsRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.MkDocsRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_sources')>",
"docstring": "Generate Markdown documentation files for a project.\n\nThis method renders a documentation structure from the provided\nproject model and writes the resulting Markdown files to the\nspecified output directory.\n\nArgs:\n project (Project):\n Project model containing modules to document.\n\n out_dir (Path):\n Directory where generated Markdown files will be written.\n\n module_is_source (bool, optional):\n If True, treat the specified module as the documentation root\n rather than nesting it inside a folder."
},
"generate_readme": {
"name": "generate_readme",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.MkDocsRenderer.generate_readme",
"signature": "<bound method Alias.signature of Alias('generate_readme', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_readme')>",
"docstring": "Generate a `README.md` file from the root module docstring.\n\nBehavior:\n\n- If `module_is_source` is True, `README.md` is written to the project\n root directory.\n- If False, README generation is currently not implemented.\n\nArgs:\n project (Project):\n Project model containing documentation metadata.\n\n docs_dir (Path):\n Directory containing generated documentation sources.\n\n module_is_source (Optional[bool]):\n Whether the module is treated as the project source root.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written.\n Defaults to the parent of `docs_dir`."
}
}
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.generate_sources",
"signature": "<bound method Function.signature of Function('generate_sources', 20, 69)>",
"docstring": "Generate MkDocs Markdown sources for a Python module.\n\nThis function introspects the specified module, builds the internal\ndocumentation model, and renders Markdown documentation files for\nuse with MkDocs.\n\nArgs:\n module (str):\n Python module import path used as the entry point for\n documentation generation.\n\n docs_dir (Path):\n Directory where the generated Markdown files will be written.\n\n project_name (Optional[str]):\n Optional override for the project name used in documentation metadata.\n\n module_is_source (Optional[bool]):\n If True, treat the specified module directory as the project root\n rather than a nested module.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written. If not\n provided, defaults to the parent of ``docs_dir``."
},
"generate_config": {
"name": "generate_config",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.generate_config",
"signature": "<bound method Function.signature of Function('generate_config', 72, 150)>",
"docstring": "Generate an `mkdocs.yml` configuration file.\n\nThe configuration is created by combining a template configuration\nwith a navigation structure derived from the docforge navigation\nspecification.\n\nThe ``docs_dir`` is always written relative to the MkDocs root and is\nexpected to be the shared documentation parent (for example ``docs``),\nwith generated sources nested under ``lib/`` or ``api/`` subdirectories.\n\nArgs:\n docs_dir (Path):\n Shared documentation root used as the MkDocs ``docs_dir``.\n\n nav_file (Path):\n Path to the `docforge.nav.yml` navigation specification.\n\n template (Optional[Path]):\n Optional path to a fully custom MkDocs configuration template.\n If not provided, built-in templates are merged; the provided\n template replaces the built-in templates entirely.\n\n out (Path):\n Destination path where the generated `mkdocs.yml` file will be written.\n\n site_name (str):\n Display name for the generated documentation site.\n\n modes (Optional[Iterable[str]]):\n Documentation modes to enable. Each mode contributes its own\n built-in template fragment (for example ``lib`` or ``api``),\n merged on top of the shared ``mkdocs.common.yml`` template.\n\n site_description (Optional[str]):\n Optional site description written into the configuration.\n\n site_author (Optional[str]):\n Optional site author written into the configuration.\n\nRaises:\n click.FileError:\n If the navigation specification or template file cannot be found."
},
"build": {
"name": "build",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.build",
"signature": "<bound method Function.signature of Function('build', 272, 293)>",
"docstring": "Build the MkDocs documentation site.\n\nThis function loads the MkDocs configuration and runs the MkDocs\nbuild command to generate the final static documentation site.\n\nArgs:\n mkdocs_yml (Path):\n Path to the `mkdocs.yml` configuration file.\n\nRaises:\n click.ClickException:\n If the configuration file does not exist."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.serve",
"signature": "<bound method Function.signature of Function('serve', 296, 316)>",
"docstring": "Start an MkDocs development server with live reload.\n\nThe server watches documentation files and automatically reloads\nthe site when changes are detected.\n\nArgs:\n mkdocs_yml (Path):\n Path to the `mkdocs.yml` configuration file.\n\nRaises:\n click.ClickException:\n If the configuration file does not exist."
}
}
}
}
}
}

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{
"module": "docforge.cli.main",
"content": {
"path": "docforge.cli.main",
"docstring": "# Summary\n\nCommand-line entry point for the doc-forge CLI.\n\nThis module exposes the executable entry point that initializes the\nClick command group defined in `docforge.cli.commands`.",
"objects": {
"cli": {
"name": "cli",
"kind": "attribute",
"path": "docforge.cli.main.cli",
"signature": "<bound method Alias.signature of Alias('cli', 'docforge.cli.commands.cli')>",
"docstring": null
},
"main": {
"name": "main",
"kind": "function",
"path": "docforge.cli.main.main",
"signature": "<bound method Function.signature of Function('main', 13, 21)>",
"docstring": "Run the doc-forge command-line interface.\n\nThis function initializes and executes the Click CLI application.\nIt is used as the console entry point when invoking `doc-forge`\nfrom the command line."
}
}
}
}

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{
"module": "docforge.cli.mcp_utils",
"content": {
"path": "docforge.cli.mcp_utils",
"docstring": "# Summary\n\nUtilities for working with MCP in the doc-forge CLI.",
"objects": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.mcp_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.mcp_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'click')>",
"docstring": null
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.mcp_utils.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.loaders.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.mcp_utils.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.mcp_utils.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.cli.mcp_utils.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.loaders.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"MCPRenderer": {
"name": "MCPRenderer",
"kind": "class",
"path": "docforge.cli.mcp_utils.MCPRenderer",
"signature": "<bound method Alias.signature of Alias('MCPRenderer', 'docforge.renderers.MCPRenderer')>",
"docstring": "Renderer that generates MCP-compatible documentation resources.\n\nThis renderer converts doc-forge project models into structured JSON\nresources suitable for consumption by systems implementing the Model\nContext Protocol (MCP).",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.cli.mcp_utils.MCPRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mcp_renderer.MCPRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.mcp_utils.MCPRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mcp_renderer.MCPRenderer.generate_sources')>",
"docstring": "Generate MCP documentation resources for a project.\n\nThe renderer serializes each module into a JSON resource and produces\nsupporting metadata files such as `nav.json` and `index.json`.\n\nArgs:\n project (Project):\n Documentation project model to render.\n\n out_dir (Path):\n Directory where MCP resources will be written."
}
}
},
"MCPServer": {
"name": "MCPServer",
"kind": "class",
"path": "docforge.cli.mcp_utils.MCPServer",
"signature": "<bound method Alias.signature of Alias('MCPServer', 'docforge.servers.MCPServer')>",
"docstring": "MCP server for serving a pre-generated documentation bundle.\n\nThe server exposes documentation resources and diagnostic tools through\nMCP endpoints backed by JSON files generated by the MCP renderer.",
"members": {
"mcp_root": {
"name": "mcp_root",
"kind": "attribute",
"path": "docforge.cli.mcp_utils.MCPServer.mcp_root",
"signature": "<bound method Alias.signature of Alias('mcp_root', 'docforge.servers.mcp_server.MCPServer.mcp_root')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "docforge.cli.mcp_utils.MCPServer.app",
"signature": "<bound method Alias.signature of Alias('app', 'docforge.servers.mcp_server.MCPServer.app')>",
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "docforge.cli.mcp_utils.MCPServer.run",
"signature": "<bound method Alias.signature of Alias('run', 'docforge.servers.mcp_server.MCPServer.run')>",
"docstring": "Start the MCP server.\n\nArgs:\n transport (Literal[\"stdio\", \"sse\", \"streamable-http\"]):\n Transport mechanism used by the MCP server. Supported options\n include `stdio`, `sse`, and `streamable-http`."
}
}
},
"generate_resources": {
"name": "generate_resources",
"kind": "function",
"path": "docforge.cli.mcp_utils.generate_resources",
"signature": "<bound method Function.signature of Function('generate_resources', 16, 42)>",
"docstring": "Generate MCP documentation resources from a Python module.\n\nThe function performs project introspection, builds the internal\ndocumentation model, and renders MCP-compatible JSON resources\nto the specified output directory.\n\nArgs:\n module (str):\n Python module import path used as the entry point for\n documentation generation.\n\n project_name (Optional[str]):\n Optional override for the project name used in generated\n documentation metadata.\n\n out_dir (Path):\n Directory where MCP resources (index.json, nav.json, and module data)\n will be written."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.mcp_utils.serve",
"signature": "<bound method Function.signature of Function('serve', 45, 82)>",
"docstring": "Start an MCP server for a pre-generated documentation bundle.\n\nThe server exposes documentation resources such as project metadata,\nnavigation structure, and module documentation through MCP endpoints.\n\nArgs:\n module (str):\n Python module import path used to identify the served\n documentation instance.\n\n mcp_root (Path):\n Path to the directory containing the MCP documentation\n bundle (index.json, nav.json, and modules/).\n\nRaises:\n click.ClickException:\n If the MCP documentation bundle is missing required files or directories."
}
}
}
}

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{
"module": "docforge.cli.mkdocs_utils",
"content": {
"path": "docforge.cli.mkdocs_utils",
"docstring": "# Summary\n\nUtilities for working with MkDocs in the doc-forge CLI.",
"objects": {
"os": {
"name": "os",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.os",
"signature": "<bound method Alias.signature of Alias('os', 'os')>",
"docstring": null
},
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"resources": {
"name": "resources",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.resources",
"signature": "<bound method Alias.signature of Alias('resources', 'importlib.resources')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"click": {
"name": "click",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.click",
"signature": "<bound method Alias.signature of Alias('click', 'click')>",
"docstring": null
},
"yaml": {
"name": "yaml",
"kind": "alias",
"path": "docforge.cli.mkdocs_utils.yaml",
"signature": "<bound method Alias.signature of Alias('yaml', 'yaml')>",
"docstring": null
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.cli.mkdocs_utils.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.loaders.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.loaders.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"MkDocsNavEmitter": {
"name": "MkDocsNavEmitter",
"kind": "class",
"path": "docforge.cli.mkdocs_utils.MkDocsNavEmitter",
"signature": "<bound method Alias.signature of Alias('MkDocsNavEmitter', 'docforge.nav.MkDocsNavEmitter')>",
"docstring": "Emit MkDocs navigation structures from resolved navigation data.\n\nThe emitter transforms a ``ResolvedNav`` object into the YAML-compatible\nlist structure expected by the MkDocs ``nav`` configuration field.",
"members": {
"emit": {
"name": "emit",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.MkDocsNavEmitter.emit",
"signature": "<bound method Alias.signature of Alias('emit', 'docforge.nav.mkdocs.MkDocsNavEmitter.emit')>",
"docstring": "Generate a navigation structure for ``mkdocs.yml``.\n\nArgs:\n nav: Resolved navigation data describing documentation groups\n and their associated Markdown files.\n\nReturns:\n A list of dictionaries representing the MkDocs navigation layout.\n Each dictionary maps a navigation label to a page or a list of\n pages."
}
}
},
"load_nav_spec": {
"name": "load_nav_spec",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.load_nav_spec",
"signature": "<bound method Alias.signature of Alias('load_nav_spec', 'docforge.nav.load_nav_spec')>",
"docstring": "Load a navigation specification file.\n\nThis helper function reads a YAML navigation file and constructs a\ncorresponding ``NavSpec`` instance.\n\nArgs:\n path: Path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed specification.\n\nRaises:\n FileNotFoundError: If the specification file does not exist.\n ValueError: If the YAML structure is invalid."
},
"resolve_nav": {
"name": "resolve_nav",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.resolve_nav",
"signature": "<bound method Alias.signature of Alias('resolve_nav', 'docforge.nav.resolve_nav')>",
"docstring": "Resolve a navigation specification against the filesystem.\n\nThe function expands glob patterns defined in a ``NavSpec`` and verifies\nthat referenced documentation files exist within the documentation root.\n\nArgs:\n spec: Navigation specification describing documentation layout.\n docs_root: Root directory containing documentation Markdown files.\n\nReturns:\n A ``ResolvedNav`` instance containing validated navigation paths.\n\nRaises:\n FileNotFoundError: If the documentation root does not exist or a\n navigation pattern does not match any files."
},
"MkDocsRenderer": {
"name": "MkDocsRenderer",
"kind": "class",
"path": "docforge.cli.mkdocs_utils.MkDocsRenderer",
"signature": "<bound method Alias.signature of Alias('MkDocsRenderer', 'docforge.renderers.MkDocsRenderer')>",
"docstring": "Renderer that produces Markdown documentation for MkDocs.\n\nGenerated pages use mkdocstrings directives to reference Python modules,\nallowing MkDocs to render API documentation dynamically.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.cli.mkdocs_utils.MkDocsRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.MkDocsRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_sources')>",
"docstring": "Generate Markdown documentation files for a project.\n\nThis method renders a documentation structure from the provided\nproject model and writes the resulting Markdown files to the\nspecified output directory.\n\nArgs:\n project (Project):\n Project model containing modules to document.\n\n out_dir (Path):\n Directory where generated Markdown files will be written.\n\n module_is_source (bool, optional):\n If True, treat the specified module as the documentation root\n rather than nesting it inside a folder."
},
"generate_readme": {
"name": "generate_readme",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.MkDocsRenderer.generate_readme",
"signature": "<bound method Alias.signature of Alias('generate_readme', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_readme')>",
"docstring": "Generate a `README.md` file from the root module docstring.\n\nBehavior:\n\n- If `module_is_source` is True, `README.md` is written to the project\n root directory.\n- If False, README generation is currently not implemented.\n\nArgs:\n project (Project):\n Project model containing documentation metadata.\n\n docs_dir (Path):\n Directory containing generated documentation sources.\n\n module_is_source (Optional[bool]):\n Whether the module is treated as the project source root.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written.\n Defaults to the parent of `docs_dir`."
}
}
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.generate_sources",
"signature": "<bound method Function.signature of Function('generate_sources', 20, 69)>",
"docstring": "Generate MkDocs Markdown sources for a Python module.\n\nThis function introspects the specified module, builds the internal\ndocumentation model, and renders Markdown documentation files for\nuse with MkDocs.\n\nArgs:\n module (str):\n Python module import path used as the entry point for\n documentation generation.\n\n docs_dir (Path):\n Directory where the generated Markdown files will be written.\n\n project_name (Optional[str]):\n Optional override for the project name used in documentation metadata.\n\n module_is_source (Optional[bool]):\n If True, treat the specified module directory as the project root\n rather than a nested module.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written. If not\n provided, defaults to the parent of ``docs_dir``."
},
"generate_config": {
"name": "generate_config",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.generate_config",
"signature": "<bound method Function.signature of Function('generate_config', 72, 150)>",
"docstring": "Generate an `mkdocs.yml` configuration file.\n\nThe configuration is created by combining a template configuration\nwith a navigation structure derived from the docforge navigation\nspecification.\n\nThe ``docs_dir`` is always written relative to the MkDocs root and is\nexpected to be the shared documentation parent (for example ``docs``),\nwith generated sources nested under ``lib/`` or ``api/`` subdirectories.\n\nArgs:\n docs_dir (Path):\n Shared documentation root used as the MkDocs ``docs_dir``.\n\n nav_file (Path):\n Path to the `docforge.nav.yml` navigation specification.\n\n template (Optional[Path]):\n Optional path to a fully custom MkDocs configuration template.\n If not provided, built-in templates are merged; the provided\n template replaces the built-in templates entirely.\n\n out (Path):\n Destination path where the generated `mkdocs.yml` file will be written.\n\n site_name (str):\n Display name for the generated documentation site.\n\n modes (Optional[Iterable[str]]):\n Documentation modes to enable. Each mode contributes its own\n built-in template fragment (for example ``lib`` or ``api``),\n merged on top of the shared ``mkdocs.common.yml`` template.\n\n site_description (Optional[str]):\n Optional site description written into the configuration.\n\n site_author (Optional[str]):\n Optional site author written into the configuration.\n\nRaises:\n click.FileError:\n If the navigation specification or template file cannot be found."
},
"build": {
"name": "build",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.build",
"signature": "<bound method Function.signature of Function('build', 272, 293)>",
"docstring": "Build the MkDocs documentation site.\n\nThis function loads the MkDocs configuration and runs the MkDocs\nbuild command to generate the final static documentation site.\n\nArgs:\n mkdocs_yml (Path):\n Path to the `mkdocs.yml` configuration file.\n\nRaises:\n click.ClickException:\n If the configuration file does not exist."
},
"serve": {
"name": "serve",
"kind": "function",
"path": "docforge.cli.mkdocs_utils.serve",
"signature": "<bound method Function.signature of Function('serve', 296, 316)>",
"docstring": "Start an MkDocs development server with live reload.\n\nThe server watches documentation files and automatically reloads\nthe site when changes are detected.\n\nArgs:\n mkdocs_yml (Path):\n Path to the `mkdocs.yml` configuration file.\n\nRaises:\n click.ClickException:\n If the configuration file does not exist."
}
}
}
}

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{
"module": "docforge.loaders.griffe_loader",
"content": {
"path": "docforge.loaders.griffe_loader",
"docstring": "# Summary\n\nUtilities for loading and introspecting Python modules using Griffe.\n\nThis module provides the `GriffeLoader` class and helper utilities used to\ndiscover Python modules, introspect their structure, and convert the results\ninto doc-forge documentation models.",
"objects": {
"logging": {
"name": "logging",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.logging",
"signature": "<bound method Alias.signature of Alias('logging', 'logging')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"AliasResolutionError": {
"name": "AliasResolutionError",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.AliasResolutionError",
"signature": "<bound method Alias.signature of Alias('AliasResolutionError', 'griffe.AliasResolutionError')>",
"docstring": null
},
"LinesCollection": {
"name": "LinesCollection",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.LinesCollection",
"signature": "<bound method Alias.signature of Alias('LinesCollection', 'griffe.LinesCollection')>",
"docstring": null
},
"ModulesCollection": {
"name": "ModulesCollection",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.ModulesCollection",
"signature": "<bound method Alias.signature of Alias('ModulesCollection', 'griffe.ModulesCollection')>",
"docstring": null
},
"Object": {
"name": "Object",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.Object",
"signature": "<bound method Alias.signature of Alias('Object', 'griffe.Object')>",
"docstring": null
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.loaders.griffe_loader.DocObject",
"signature": "<bound method Alias.signature of Alias('DocObject', 'docforge.models.DocObject')>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.object.DocObject.name')>",
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.kind",
"signature": "<bound method Alias.signature of Alias('kind', 'docforge.models.object.DocObject.kind')>",
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.object.DocObject.path')>",
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.signature",
"signature": "<bound method Alias.signature of Alias('signature', 'docforge.models.object.DocObject.signature')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.object.DocObject.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.object.DocObject.members')>",
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.loaders.griffe_loader.DocObject.add_member",
"signature": "<bound method Alias.signature of Alias('add_member', 'docforge.models.object.DocObject.add_member')>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.loaders.griffe_loader.DocObject.get_member",
"signature": "<bound method Alias.signature of Alias('get_member', 'docforge.models.object.DocObject.get_member')>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.loaders.griffe_loader.DocObject.get_all_members",
"signature": "<bound method Alias.signature of Alias('get_all_members', 'docforge.models.object.DocObject.get_all_members')>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.loaders.griffe_loader.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.loaders.griffe_loader.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"logger": {
"name": "logger",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.logger",
"signature": null,
"docstring": null
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.loaders.griffe_loader.discover_module_paths",
"signature": "<bound method Function.signature of Function('discover_module_paths', 29, 81)>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.loaders.griffe_loader.GriffeLoader",
"signature": "<bound method Class.signature of Class('GriffeLoader', 84, 288)>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.loaders.griffe_loader.GriffeLoader.load_project",
"signature": "<bound method Function.signature of Function('load_project', 105, 159)>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.loaders.griffe_loader.GriffeLoader.load_module",
"signature": "<bound method Function.signature of Function('load_module', 161, 179)>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
}
}
}
}

View File

@@ -0,0 +1,301 @@
{
"module": "docforge.loaders",
"content": {
"path": "docforge.loaders",
"docstring": "# Summary\n\nLoader layer for doc-forge.\n\nThe `docforge.loaders` package is responsible for discovering Python modules\nand extracting documentation data using static analysis.\n\n---\n\n# Overview\n\nThis layer converts Python source code into an intermediate documentation\nmodel used by doc-forge. It performs module discovery, introspection, and\ninitial filtering before the data is passed to the core documentation models.\n\nCore capabilities include:\n\n- **Module discovery** – Locate Python modules and packages within a project.\n- **Static introspection** – Parse docstrings, signatures, and object\n hierarchies using the `griffe` library without executing the code.\n- **Public API filtering** – Exclude private members (names prefixed with\n `_`) to produce clean public documentation structures.\n\n---",
"objects": {
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.loaders.GriffeLoader",
"signature": "<bound method Alias.signature of Alias('GriffeLoader', 'docforge.loaders.griffe_loader.GriffeLoader')>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.loaders.GriffeLoader.load_project",
"signature": "<bound method Alias.signature of Alias('load_project', 'docforge.loaders.griffe_loader.GriffeLoader.load_project')>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.loaders.GriffeLoader.load_module",
"signature": "<bound method Alias.signature of Alias('load_module', 'docforge.loaders.griffe_loader.GriffeLoader.load_module')>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.loaders.discover_module_paths",
"signature": "<bound method Alias.signature of Alias('discover_module_paths', 'docforge.loaders.griffe_loader.discover_module_paths')>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"griffe_loader": {
"name": "griffe_loader",
"kind": "module",
"path": "docforge.loaders.griffe_loader",
"signature": null,
"docstring": "# Summary\n\nUtilities for loading and introspecting Python modules using Griffe.\n\nThis module provides the `GriffeLoader` class and helper utilities used to\ndiscover Python modules, introspect their structure, and convert the results\ninto doc-forge documentation models.",
"members": {
"logging": {
"name": "logging",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.logging",
"signature": "<bound method Alias.signature of Alias('logging', 'logging')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"AliasResolutionError": {
"name": "AliasResolutionError",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.AliasResolutionError",
"signature": "<bound method Alias.signature of Alias('AliasResolutionError', 'griffe.AliasResolutionError')>",
"docstring": null
},
"LinesCollection": {
"name": "LinesCollection",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.LinesCollection",
"signature": "<bound method Alias.signature of Alias('LinesCollection', 'griffe.LinesCollection')>",
"docstring": null
},
"ModulesCollection": {
"name": "ModulesCollection",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.ModulesCollection",
"signature": "<bound method Alias.signature of Alias('ModulesCollection', 'griffe.ModulesCollection')>",
"docstring": null
},
"Object": {
"name": "Object",
"kind": "alias",
"path": "docforge.loaders.griffe_loader.Object",
"signature": "<bound method Alias.signature of Alias('Object', 'griffe.Object')>",
"docstring": null
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.loaders.griffe_loader.DocObject",
"signature": "<bound method Alias.signature of Alias('DocObject', 'docforge.models.DocObject')>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.object.DocObject.name')>",
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.kind",
"signature": "<bound method Alias.signature of Alias('kind', 'docforge.models.object.DocObject.kind')>",
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.object.DocObject.path')>",
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.signature",
"signature": "<bound method Alias.signature of Alias('signature', 'docforge.models.object.DocObject.signature')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.object.DocObject.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.DocObject.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.object.DocObject.members')>",
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.loaders.griffe_loader.DocObject.add_member",
"signature": "<bound method Alias.signature of Alias('add_member', 'docforge.models.object.DocObject.add_member')>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.loaders.griffe_loader.DocObject.get_member",
"signature": "<bound method Alias.signature of Alias('get_member', 'docforge.models.object.DocObject.get_member')>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.loaders.griffe_loader.DocObject.get_all_members",
"signature": "<bound method Alias.signature of Alias('get_all_members', 'docforge.models.object.DocObject.get_all_members')>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.loaders.griffe_loader.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.loaders.griffe_loader.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.loaders.griffe_loader.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"logger": {
"name": "logger",
"kind": "attribute",
"path": "docforge.loaders.griffe_loader.logger",
"signature": null,
"docstring": null
},
"discover_module_paths": {
"name": "discover_module_paths",
"kind": "function",
"path": "docforge.loaders.griffe_loader.discover_module_paths",
"signature": "<bound method Function.signature of Function('discover_module_paths', 29, 81)>",
"docstring": "Discover Python modules within a package directory.\n\nThe function scans the filesystem for `.py` files inside the specified\npackage and converts them into dotted module import paths.\n\nDiscovery rules:\n\n- Directories containing `__init__.py` are treated as packages.\n- Each `.py` file is treated as a module.\n- Results are returned as dotted import paths.\n\nArgs:\n module_name (str):\n Top-level package name to discover modules from.\n\n project_root (Path, optional):\n Root directory used to resolve module paths. If not provided, the\n current working directory is used.\n\nReturns:\n List[str]:\n A sorted list of unique dotted module import paths.\n\nRaises:\n FileNotFoundError:\n If the specified package directory does not exist."
},
"GriffeLoader": {
"name": "GriffeLoader",
"kind": "class",
"path": "docforge.loaders.griffe_loader.GriffeLoader",
"signature": "<bound method Class.signature of Class('GriffeLoader', 84, 288)>",
"docstring": "Load Python modules using Griffe and convert them into doc-forge models.\n\nThis loader uses the Griffe introspection engine to analyze Python source\ncode and transform the extracted information into `Project`, `Module`,\nand `DocObject` instances used by doc-forge.",
"members": {
"load_project": {
"name": "load_project",
"kind": "function",
"path": "docforge.loaders.griffe_loader.GriffeLoader.load_project",
"signature": "<bound method Function.signature of Function('load_project', 105, 159)>",
"docstring": "Load multiple modules and assemble them into a Project model.\n\nEach module path is introspected and converted into a `Module`\ninstance. All modules are then aggregated into a single `Project`\nobject.\n\nArgs:\n module_paths (List[str]):\n List of dotted module import paths to load.\n\n project_name (str, optional):\n Optional override for the project name. Defaults to the top-level\n name of the first module.\n\n skip_import_errors (bool, optional):\n If True, modules that fail to load will be skipped instead of raising an error.\n\nReturns:\n Project:\n A populated `Project` instance containing the loaded modules.\n\nRaises:\n ValueError:\n If no module paths are provided.\n\n ImportError:\n If a module fails to load and `skip_import_errors` is False."
},
"load_module": {
"name": "load_module",
"kind": "function",
"path": "docforge.loaders.griffe_loader.GriffeLoader.load_module",
"signature": "<bound method Function.signature of Function('load_module', 161, 179)>",
"docstring": "Load and convert a single Python module.\n\nThe module is introspected using Griffe and then transformed into\na doc-forge `Module` model.\n\nArgs:\n path (str):\n Dotted import path of the module.\n\nReturns:\n Module:\n A populated `Module` instance."
}
}
}
}
}
}
}
}

View File

@@ -0,0 +1,528 @@
{
"module": "docforge.models",
"content": {
"path": "docforge.models",
"docstring": "# Summary\n\nModel layer for doc-forge.\n\nThe `docforge.models` package defines the core data structures used to\nrepresent Python source code as a structured documentation model.\n\n---\n\n# Overview\n\nThe model layer forms the central intermediate representation used throughout\ndoc-forge. Python modules and objects discovered during introspection are\nconverted into a hierarchy of documentation models that can later be rendered\ninto different documentation formats.\n\nKey components:\n\n- **Project** – Root container representing an entire documented codebase.\n- **Module** – Representation of a Python module or package containing\n documented members.\n- **DocObject** – Recursive structure representing Python objects such as\n classes, functions, methods, and attributes.\n\nThese models are intentionally **renderer-agnostic**, allowing the same\ndocumentation structure to be transformed into multiple output formats\n(e.g., MkDocs, MCP, or other renderers).\n\n---",
"objects": {
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.models.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.project.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.models.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.models.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.models.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.models.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.models.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.models.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.models.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.module.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.models.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.models.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.models.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.models.DocObject",
"signature": "<bound method Alias.signature of Alias('DocObject', 'docforge.models.object.DocObject')>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.models.DocObject.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.object.DocObject.name')>",
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.models.DocObject.kind",
"signature": "<bound method Alias.signature of Alias('kind', 'docforge.models.object.DocObject.kind')>",
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.DocObject.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.object.DocObject.path')>",
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.models.DocObject.signature",
"signature": "<bound method Alias.signature of Alias('signature', 'docforge.models.object.DocObject.signature')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.DocObject.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.object.DocObject.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.DocObject.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.object.DocObject.members')>",
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.models.DocObject.add_member",
"signature": "<bound method Alias.signature of Alias('add_member', 'docforge.models.object.DocObject.add_member')>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.models.DocObject.get_member",
"signature": "<bound method Alias.signature of Alias('get_member', 'docforge.models.object.DocObject.get_member')>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.models.DocObject.get_all_members",
"signature": "<bound method Alias.signature of Alias('get_all_members', 'docforge.models.object.DocObject.get_all_members')>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
},
"module": {
"name": "module",
"kind": "module",
"path": "docforge.models.module",
"signature": null,
"docstring": "# Summary\n\nDocumentation model representing a Python module or package.\n\nThis module defines the `Module` class used in the doc-forge documentation\nmodel. A `Module` acts as a container for top-level documented objects\n(classes, functions, variables, and other members) discovered during\nintrospection.",
"members": {
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.models.module.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.models.module.DocObject",
"signature": "<bound method Alias.signature of Alias('DocObject', 'docforge.models.object.DocObject')>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.models.module.DocObject.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.object.DocObject.name')>",
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.models.module.DocObject.kind",
"signature": "<bound method Alias.signature of Alias('kind', 'docforge.models.object.DocObject.kind')>",
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.module.DocObject.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.object.DocObject.path')>",
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.models.module.DocObject.signature",
"signature": "<bound method Alias.signature of Alias('signature', 'docforge.models.object.DocObject.signature')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.module.DocObject.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.object.DocObject.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.module.DocObject.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.object.DocObject.members')>",
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.models.module.DocObject.add_member",
"signature": "<bound method Alias.signature of Alias('add_member', 'docforge.models.object.DocObject.add_member')>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.models.module.DocObject.get_member",
"signature": "<bound method Alias.signature of Alias('get_member', 'docforge.models.object.DocObject.get_member')>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.models.module.DocObject.get_all_members",
"signature": "<bound method Alias.signature of Alias('get_all_members', 'docforge.models.object.DocObject.get_all_members')>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.models.module.Module",
"signature": "<bound method Class.signature of Class('Module', 17, 91)>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.module.Module.path",
"signature": null,
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.module.Module.docstring",
"signature": null,
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.module.Module.members",
"signature": null,
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.models.module.Module.add_object",
"signature": "<bound method Function.signature of Function('add_object', 55, 63)>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.models.module.Module.get_object",
"signature": "<bound method Function.signature of Function('get_object', 65, 81)>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.models.module.Module.get_all_objects",
"signature": "<bound method Function.signature of Function('get_all_objects', 83, 91)>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
}
}
},
"object": {
"name": "object",
"kind": "module",
"path": "docforge.models.object",
"signature": null,
"docstring": "# Summary\n\nDocumentation model representing individual Python objects.\n\nThis module defines the `DocObject` class, the fundamental recursive unit of\nthe doc-forge documentation model. Each `DocObject` represents a Python\nentity such as a class, function, method, or attribute, and may contain nested\nmembers that form a hierarchical documentation structure.",
"members": {
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.models.object.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.models.object.DocObject",
"signature": "<bound method Class.signature of Class('DocObject', 15, 115)>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.models.object.DocObject.name",
"signature": null,
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.models.object.DocObject.kind",
"signature": null,
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.object.DocObject.path",
"signature": null,
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.models.object.DocObject.signature",
"signature": null,
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.object.DocObject.docstring",
"signature": null,
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.object.DocObject.members",
"signature": null,
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.models.object.DocObject.add_member",
"signature": "<bound method Function.signature of Function('add_member', 77, 87)>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.models.object.DocObject.get_member",
"signature": "<bound method Function.signature of Function('get_member', 89, 105)>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.models.object.DocObject.get_all_members",
"signature": "<bound method Function.signature of Function('get_all_members', 107, 115)>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
}
}
},
"project": {
"name": "project",
"kind": "module",
"path": "docforge.models.project",
"signature": null,
"docstring": "# Summary\n\nDocumentation model representing a project.\n\nThis module defines the `Project` class, the top-level container used by\ndoc-forge to represent a documented codebase. A `Project` aggregates multiple\nmodules and provides access to them through a unified interface.",
"members": {
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.models.project.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.models.project.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.module.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.project.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.project.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.project.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.models.project.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.models.project.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.models.project.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.models.project.Project",
"signature": "<bound method Class.signature of Class('Project', 16, 88)>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.models.project.Project.name",
"signature": null,
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.models.project.Project.modules",
"signature": null,
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.models.project.Project.add_module",
"signature": "<bound method Function.signature of Function('add_module', 42, 50)>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.models.project.Project.get_module",
"signature": "<bound method Function.signature of Function('get_module', 52, 68)>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.models.project.Project.get_all_modules",
"signature": "<bound method Function.signature of Function('get_all_modules', 70, 78)>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.models.project.Project.get_module_list",
"signature": "<bound method Function.signature of Function('get_module_list', 80, 88)>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
}
}
}
}
}
}

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{
"module": "docforge.models.module",
"content": {
"path": "docforge.models.module",
"docstring": "# Summary\n\nDocumentation model representing a Python module or package.\n\nThis module defines the `Module` class used in the doc-forge documentation\nmodel. A `Module` acts as a container for top-level documented objects\n(classes, functions, variables, and other members) discovered during\nintrospection.",
"objects": {
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.models.module.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.models.module.DocObject",
"signature": "<bound method Alias.signature of Alias('DocObject', 'docforge.models.object.DocObject')>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.models.module.DocObject.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.object.DocObject.name')>",
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.models.module.DocObject.kind",
"signature": "<bound method Alias.signature of Alias('kind', 'docforge.models.object.DocObject.kind')>",
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.module.DocObject.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.object.DocObject.path')>",
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.models.module.DocObject.signature",
"signature": "<bound method Alias.signature of Alias('signature', 'docforge.models.object.DocObject.signature')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.module.DocObject.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.object.DocObject.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.module.DocObject.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.object.DocObject.members')>",
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.models.module.DocObject.add_member",
"signature": "<bound method Alias.signature of Alias('add_member', 'docforge.models.object.DocObject.add_member')>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.models.module.DocObject.get_member",
"signature": "<bound method Alias.signature of Alias('get_member', 'docforge.models.object.DocObject.get_member')>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.models.module.DocObject.get_all_members",
"signature": "<bound method Alias.signature of Alias('get_all_members', 'docforge.models.object.DocObject.get_all_members')>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.models.module.Module",
"signature": "<bound method Class.signature of Class('Module', 17, 91)>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.module.Module.path",
"signature": null,
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.module.Module.docstring",
"signature": null,
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.module.Module.members",
"signature": null,
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.models.module.Module.add_object",
"signature": "<bound method Function.signature of Function('add_object', 55, 63)>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.models.module.Module.get_object",
"signature": "<bound method Function.signature of Function('get_object', 65, 81)>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.models.module.Module.get_all_objects",
"signature": "<bound method Function.signature of Function('get_all_objects', 83, 91)>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
}
}
}
}

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@@ -0,0 +1,88 @@
{
"module": "docforge.models.object",
"content": {
"path": "docforge.models.object",
"docstring": "# Summary\n\nDocumentation model representing individual Python objects.\n\nThis module defines the `DocObject` class, the fundamental recursive unit of\nthe doc-forge documentation model. Each `DocObject` represents a Python\nentity such as a class, function, method, or attribute, and may contain nested\nmembers that form a hierarchical documentation structure.",
"objects": {
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.models.object.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.models.object.DocObject",
"signature": "<bound method Class.signature of Class('DocObject', 15, 115)>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.models.object.DocObject.name",
"signature": null,
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.models.object.DocObject.kind",
"signature": null,
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.object.DocObject.path",
"signature": null,
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.models.object.DocObject.signature",
"signature": null,
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.object.DocObject.docstring",
"signature": null,
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.object.DocObject.members",
"signature": null,
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.models.object.DocObject.add_member",
"signature": "<bound method Function.signature of Function('add_member', 77, 87)>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.models.object.DocObject.get_member",
"signature": "<bound method Function.signature of Function('get_member', 89, 105)>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.models.object.DocObject.get_all_members",
"signature": "<bound method Function.signature of Function('get_all_members', 107, 115)>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
}
}
}
}

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{
"module": "docforge.models.project",
"content": {
"path": "docforge.models.project",
"docstring": "# Summary\n\nDocumentation model representing a project.\n\nThis module defines the `Project` class, the top-level container used by\ndoc-forge to represent a documented codebase. A `Project` aggregates multiple\nmodules and provides access to them through a unified interface.",
"objects": {
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.models.project.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.models.project.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.module.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.models.project.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.models.project.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.models.project.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.models.project.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.models.project.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.models.project.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.models.project.Project",
"signature": "<bound method Class.signature of Class('Project', 16, 88)>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.models.project.Project.name",
"signature": null,
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.models.project.Project.modules",
"signature": null,
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.models.project.Project.add_module",
"signature": "<bound method Function.signature of Function('add_module', 42, 50)>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.models.project.Project.get_module",
"signature": "<bound method Function.signature of Function('get_module', 52, 68)>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.models.project.Project.get_all_modules",
"signature": "<bound method Function.signature of Function('get_all_modules', 70, 78)>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.models.project.Project.get_module_list",
"signature": "<bound method Function.signature of Function('get_module_list', 80, 88)>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
}
}
}
}

View File

@@ -0,0 +1,367 @@
{
"module": "docforge.nav",
"content": {
"path": "docforge.nav",
"docstring": "Navigation layer for doc-forge.\n\nThe ``docforge.nav`` package manages the relationship between the logical\ndocumentation structure defined by the user and the physical documentation\nfiles generated on disk.\n\n---\n\nWorkflow\n--------\n\n1. **Specification** – Users define navigation intent in ``docforge.nav.yml``.\n2. **Resolution** – ``resolve_nav`` expands patterns and matches them against\n generated Markdown files.\n3. **Emission** – ``MkDocsNavEmitter`` converts the resolved structure into\n the YAML navigation format required by ``mkdocs.yml``.\n\nThis layer separates documentation organization from the underlying source\ncode layout, enabling flexible grouping, ordering, and navigation structures\nindependent of module hierarchy.\n\n---",
"objects": {
"NavSpec": {
"name": "NavSpec",
"kind": "class",
"path": "docforge.nav.NavSpec",
"signature": "<bound method Alias.signature of Alias('NavSpec', 'docforge.nav.spec.NavSpec')>",
"docstring": "Parsed representation of a navigation specification.\n\nA ``NavSpec`` describes the intended documentation navigation layout before\nit is resolved against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page (for example\n ``index.md``).\n groups: Mapping of navigation group titles to lists of file patterns\n or glob expressions.\n icon: Optional mapping of theme icon entries (for example\n ``{\"logo\": \"material/code-tags\"}``) injected into the MkDocs\n theme as ``theme.icon``.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.NavSpec.home",
"signature": "<bound method Alias.signature of Alias('home', 'docforge.nav.spec.NavSpec.home')>",
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.NavSpec.groups",
"signature": "<bound method Alias.signature of Alias('groups', 'docforge.nav.spec.NavSpec.groups')>",
"docstring": null
},
"icon": {
"name": "icon",
"kind": "attribute",
"path": "docforge.nav.NavSpec.icon",
"signature": "<bound method Alias.signature of Alias('icon', 'docforge.nav.spec.NavSpec.icon')>",
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "docforge.nav.NavSpec.load",
"signature": "<bound method Alias.signature of Alias('load', 'docforge.nav.spec.NavSpec.load')>",
"docstring": "Load a navigation specification from a YAML file.\n\nArgs:\n path: Filesystem path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed configuration.\n\nRaises:\n FileNotFoundError: If the specified file does not exist.\n ValueError: If the file contents are not a valid navigation\n specification."
},
"all_patterns": {
"name": "all_patterns",
"kind": "function",
"path": "docforge.nav.NavSpec.all_patterns",
"signature": "<bound method Alias.signature of Alias('all_patterns', 'docforge.nav.spec.NavSpec.all_patterns')>",
"docstring": "Return all path patterns referenced by the specification.\n\nReturns:\n A list containing the home document (if defined) and all\n group pattern entries."
}
}
},
"load_nav_spec": {
"name": "load_nav_spec",
"kind": "function",
"path": "docforge.nav.load_nav_spec",
"signature": "<bound method Alias.signature of Alias('load_nav_spec', 'docforge.nav.spec.load_nav_spec')>",
"docstring": "Load a navigation specification file.\n\nThis helper function reads a YAML navigation file and constructs a\ncorresponding ``NavSpec`` instance.\n\nArgs:\n path: Path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed specification.\n\nRaises:\n FileNotFoundError: If the specification file does not exist.\n ValueError: If the YAML structure is invalid."
},
"ResolvedNav": {
"name": "ResolvedNav",
"kind": "class",
"path": "docforge.nav.ResolvedNav",
"signature": "<bound method Alias.signature of Alias('ResolvedNav', 'docforge.nav.resolver.ResolvedNav')>",
"docstring": "Resolved navigation structure.\n\nA ``ResolvedNav`` represents navigation data after glob patterns have been\nexpanded and paths validated against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page.\n groups: Mapping of navigation group titles to lists of resolved\n documentation file paths.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.ResolvedNav.home",
"signature": "<bound method Alias.signature of Alias('home', 'docforge.nav.resolver.ResolvedNav.home')>",
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.ResolvedNav.groups",
"signature": "<bound method Alias.signature of Alias('groups', 'docforge.nav.resolver.ResolvedNav.groups')>",
"docstring": null
},
"all_files": {
"name": "all_files",
"kind": "function",
"path": "docforge.nav.ResolvedNav.all_files",
"signature": "<bound method Alias.signature of Alias('all_files', 'docforge.nav.resolver.ResolvedNav.all_files')>",
"docstring": "Iterate over all files referenced by the navigation structure.\n\nReturns:\n An iterable of ``Path`` objects representing documentation files.\n\nRaises:\n RuntimeError: If the home page is defined but the documentation\n root is not available for resolution."
}
}
},
"resolve_nav": {
"name": "resolve_nav",
"kind": "function",
"path": "docforge.nav.resolve_nav",
"signature": "<bound method Alias.signature of Alias('resolve_nav', 'docforge.nav.resolver.resolve_nav')>",
"docstring": "Resolve a navigation specification against the filesystem.\n\nThe function expands glob patterns defined in a ``NavSpec`` and verifies\nthat referenced documentation files exist within the documentation root.\n\nArgs:\n spec: Navigation specification describing documentation layout.\n docs_root: Root directory containing documentation Markdown files.\n\nReturns:\n A ``ResolvedNav`` instance containing validated navigation paths.\n\nRaises:\n FileNotFoundError: If the documentation root does not exist or a\n navigation pattern does not match any files."
},
"MkDocsNavEmitter": {
"name": "MkDocsNavEmitter",
"kind": "class",
"path": "docforge.nav.MkDocsNavEmitter",
"signature": "<bound method Alias.signature of Alias('MkDocsNavEmitter', 'docforge.nav.mkdocs.MkDocsNavEmitter')>",
"docstring": "Emit MkDocs navigation structures from resolved navigation data.\n\nThe emitter transforms a ``ResolvedNav`` object into the YAML-compatible\nlist structure expected by the MkDocs ``nav`` configuration field.",
"members": {
"emit": {
"name": "emit",
"kind": "function",
"path": "docforge.nav.MkDocsNavEmitter.emit",
"signature": "<bound method Alias.signature of Alias('emit', 'docforge.nav.mkdocs.MkDocsNavEmitter.emit')>",
"docstring": "Generate a navigation structure for ``mkdocs.yml``.\n\nArgs:\n nav: Resolved navigation data describing documentation groups\n and their associated Markdown files.\n\nReturns:\n A list of dictionaries representing the MkDocs navigation layout.\n Each dictionary maps a navigation label to a page or a list of\n pages."
}
}
},
"mkdocs": {
"name": "mkdocs",
"kind": "module",
"path": "docforge.nav.mkdocs",
"signature": null,
"docstring": "MkDocs navigation emitter.\n\nThis module provides the ``MkDocsNavEmitter`` class, which converts a\n``ResolvedNav`` instance into the navigation structure required by the\nMkDocs ``nav`` configuration.",
"members": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.nav.mkdocs.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.nav.mkdocs.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"ResolvedNav": {
"name": "ResolvedNav",
"kind": "class",
"path": "docforge.nav.mkdocs.ResolvedNav",
"signature": "<bound method Alias.signature of Alias('ResolvedNav', 'docforge.nav.resolver.ResolvedNav')>",
"docstring": "Resolved navigation structure.\n\nA ``ResolvedNav`` represents navigation data after glob patterns have been\nexpanded and paths validated against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page.\n groups: Mapping of navigation group titles to lists of resolved\n documentation file paths.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.mkdocs.ResolvedNav.home",
"signature": "<bound method Alias.signature of Alias('home', 'docforge.nav.resolver.ResolvedNav.home')>",
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.mkdocs.ResolvedNav.groups",
"signature": "<bound method Alias.signature of Alias('groups', 'docforge.nav.resolver.ResolvedNav.groups')>",
"docstring": null
},
"all_files": {
"name": "all_files",
"kind": "function",
"path": "docforge.nav.mkdocs.ResolvedNav.all_files",
"signature": "<bound method Alias.signature of Alias('all_files', 'docforge.nav.resolver.ResolvedNav.all_files')>",
"docstring": "Iterate over all files referenced by the navigation structure.\n\nReturns:\n An iterable of ``Path`` objects representing documentation files.\n\nRaises:\n RuntimeError: If the home page is defined but the documentation\n root is not available for resolution."
}
}
},
"MkDocsNavEmitter": {
"name": "MkDocsNavEmitter",
"kind": "class",
"path": "docforge.nav.mkdocs.MkDocsNavEmitter",
"signature": "<bound method Class.signature of Class('MkDocsNavEmitter', 15, 81)>",
"docstring": "Emit MkDocs navigation structures from resolved navigation data.\n\nThe emitter transforms a ``ResolvedNav`` object into the YAML-compatible\nlist structure expected by the MkDocs ``nav`` configuration field.",
"members": {
"emit": {
"name": "emit",
"kind": "function",
"path": "docforge.nav.mkdocs.MkDocsNavEmitter.emit",
"signature": "<bound method Function.signature of Function('emit', 23, 51)>",
"docstring": "Generate a navigation structure for ``mkdocs.yml``.\n\nArgs:\n nav: Resolved navigation data describing documentation groups\n and their associated Markdown files.\n\nReturns:\n A list of dictionaries representing the MkDocs navigation layout.\n Each dictionary maps a navigation label to a page or a list of\n pages."
}
}
}
}
},
"resolver": {
"name": "resolver",
"kind": "module",
"path": "docforge.nav.resolver",
"signature": null,
"docstring": "Navigation resolution utilities.\n\nThis module resolves a ``NavSpec`` against the filesystem by expanding glob\npatterns and validating that referenced documentation files exist.",
"members": {
"glob": {
"name": "glob",
"kind": "alias",
"path": "docforge.nav.resolver.glob",
"signature": "<bound method Alias.signature of Alias('glob', 'glob')>",
"docstring": null
},
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.nav.resolver.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.nav.resolver.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"NavSpec": {
"name": "NavSpec",
"kind": "class",
"path": "docforge.nav.resolver.NavSpec",
"signature": "<bound method Alias.signature of Alias('NavSpec', 'docforge.nav.spec.NavSpec')>",
"docstring": "Parsed representation of a navigation specification.\n\nA ``NavSpec`` describes the intended documentation navigation layout before\nit is resolved against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page (for example\n ``index.md``).\n groups: Mapping of navigation group titles to lists of file patterns\n or glob expressions.\n icon: Optional mapping of theme icon entries (for example\n ``{\"logo\": \"material/code-tags\"}``) injected into the MkDocs\n theme as ``theme.icon``.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.resolver.NavSpec.home",
"signature": "<bound method Alias.signature of Alias('home', 'docforge.nav.spec.NavSpec.home')>",
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.resolver.NavSpec.groups",
"signature": "<bound method Alias.signature of Alias('groups', 'docforge.nav.spec.NavSpec.groups')>",
"docstring": null
},
"icon": {
"name": "icon",
"kind": "attribute",
"path": "docforge.nav.resolver.NavSpec.icon",
"signature": "<bound method Alias.signature of Alias('icon', 'docforge.nav.spec.NavSpec.icon')>",
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "docforge.nav.resolver.NavSpec.load",
"signature": "<bound method Alias.signature of Alias('load', 'docforge.nav.spec.NavSpec.load')>",
"docstring": "Load a navigation specification from a YAML file.\n\nArgs:\n path: Filesystem path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed configuration.\n\nRaises:\n FileNotFoundError: If the specified file does not exist.\n ValueError: If the file contents are not a valid navigation\n specification."
},
"all_patterns": {
"name": "all_patterns",
"kind": "function",
"path": "docforge.nav.resolver.NavSpec.all_patterns",
"signature": "<bound method Alias.signature of Alias('all_patterns', 'docforge.nav.spec.NavSpec.all_patterns')>",
"docstring": "Return all path patterns referenced by the specification.\n\nReturns:\n A list containing the home document (if defined) and all\n group pattern entries."
}
}
},
"ResolvedNav": {
"name": "ResolvedNav",
"kind": "class",
"path": "docforge.nav.resolver.ResolvedNav",
"signature": "<bound method Class.signature of Class('ResolvedNav', 15, 63)>",
"docstring": "Resolved navigation structure.\n\nA ``ResolvedNav`` represents navigation data after glob patterns have been\nexpanded and paths validated against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page.\n groups: Mapping of navigation group titles to lists of resolved\n documentation file paths.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.resolver.ResolvedNav.home",
"signature": null,
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.resolver.ResolvedNav.groups",
"signature": null,
"docstring": null
},
"all_files": {
"name": "all_files",
"kind": "function",
"path": "docforge.nav.resolver.ResolvedNav.all_files",
"signature": "<bound method Function.signature of Function('all_files', 46, 63)>",
"docstring": "Iterate over all files referenced by the navigation structure.\n\nReturns:\n An iterable of ``Path`` objects representing documentation files.\n\nRaises:\n RuntimeError: If the home page is defined but the documentation\n root is not available for resolution."
}
}
},
"resolve_nav": {
"name": "resolve_nav",
"kind": "function",
"path": "docforge.nav.resolver.resolve_nav",
"signature": "<bound method Function.signature of Function('resolve_nav', 66, 132)>",
"docstring": "Resolve a navigation specification against the filesystem.\n\nThe function expands glob patterns defined in a ``NavSpec`` and verifies\nthat referenced documentation files exist within the documentation root.\n\nArgs:\n spec: Navigation specification describing documentation layout.\n docs_root: Root directory containing documentation Markdown files.\n\nReturns:\n A ``ResolvedNav`` instance containing validated navigation paths.\n\nRaises:\n FileNotFoundError: If the documentation root does not exist or a\n navigation pattern does not match any files."
}
}
},
"spec": {
"name": "spec",
"kind": "module",
"path": "docforge.nav.spec",
"signature": null,
"docstring": "Navigation specification model.\n\nThis module defines the ``NavSpec`` class, which represents the navigation\nstructure defined by the user in the doc-forge navigation specification\n(typically ``docforge.nav.yml``).",
"members": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.nav.spec.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"yaml": {
"name": "yaml",
"kind": "alias",
"path": "docforge.nav.spec.yaml",
"signature": "<bound method Alias.signature of Alias('yaml', 'yaml')>",
"docstring": null
},
"NavSpec": {
"name": "NavSpec",
"kind": "class",
"path": "docforge.nav.spec.NavSpec",
"signature": "<bound method Class.signature of Class('NavSpec', 14, 119)>",
"docstring": "Parsed representation of a navigation specification.\n\nA ``NavSpec`` describes the intended documentation navigation layout before\nit is resolved against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page (for example\n ``index.md``).\n groups: Mapping of navigation group titles to lists of file patterns\n or glob expressions.\n icon: Optional mapping of theme icon entries (for example\n ``{\"logo\": \"material/code-tags\"}``) injected into the MkDocs\n theme as ``theme.icon``.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.spec.NavSpec.home",
"signature": null,
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.spec.NavSpec.groups",
"signature": null,
"docstring": null
},
"icon": {
"name": "icon",
"kind": "attribute",
"path": "docforge.nav.spec.NavSpec.icon",
"signature": null,
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "docforge.nav.spec.NavSpec.load",
"signature": "<bound method Function.signature of Function('load', 51, 101)>",
"docstring": "Load a navigation specification from a YAML file.\n\nArgs:\n path: Filesystem path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed configuration.\n\nRaises:\n FileNotFoundError: If the specified file does not exist.\n ValueError: If the file contents are not a valid navigation\n specification."
},
"all_patterns": {
"name": "all_patterns",
"kind": "function",
"path": "docforge.nav.spec.NavSpec.all_patterns",
"signature": "<bound method Function.signature of Function('all_patterns', 103, 119)>",
"docstring": "Return all path patterns referenced by the specification.\n\nReturns:\n A list containing the home document (if defined) and all\n group pattern entries."
}
}
},
"load_nav_spec": {
"name": "load_nav_spec",
"kind": "function",
"path": "docforge.nav.spec.load_nav_spec",
"signature": "<bound method Function.signature of Function('load_nav_spec', 122, 151)>",
"docstring": "Load a navigation specification file.\n\nThis helper function reads a YAML navigation file and constructs a\ncorresponding ``NavSpec`` instance.\n\nArgs:\n path: Path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed specification.\n\nRaises:\n FileNotFoundError: If the specification file does not exist.\n ValueError: If the YAML structure is invalid."
}
}
}
}
}
}

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@@ -0,0 +1,69 @@
{
"module": "docforge.nav.mkdocs",
"content": {
"path": "docforge.nav.mkdocs",
"docstring": "MkDocs navigation emitter.\n\nThis module provides the ``MkDocsNavEmitter`` class, which converts a\n``ResolvedNav`` instance into the navigation structure required by the\nMkDocs ``nav`` configuration.",
"objects": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.nav.mkdocs.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.nav.mkdocs.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"ResolvedNav": {
"name": "ResolvedNav",
"kind": "class",
"path": "docforge.nav.mkdocs.ResolvedNav",
"signature": "<bound method Alias.signature of Alias('ResolvedNav', 'docforge.nav.resolver.ResolvedNav')>",
"docstring": "Resolved navigation structure.\n\nA ``ResolvedNav`` represents navigation data after glob patterns have been\nexpanded and paths validated against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page.\n groups: Mapping of navigation group titles to lists of resolved\n documentation file paths.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.mkdocs.ResolvedNav.home",
"signature": "<bound method Alias.signature of Alias('home', 'docforge.nav.resolver.ResolvedNav.home')>",
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.mkdocs.ResolvedNav.groups",
"signature": "<bound method Alias.signature of Alias('groups', 'docforge.nav.resolver.ResolvedNav.groups')>",
"docstring": null
},
"all_files": {
"name": "all_files",
"kind": "function",
"path": "docforge.nav.mkdocs.ResolvedNav.all_files",
"signature": "<bound method Alias.signature of Alias('all_files', 'docforge.nav.resolver.ResolvedNav.all_files')>",
"docstring": "Iterate over all files referenced by the navigation structure.\n\nReturns:\n An iterable of ``Path`` objects representing documentation files.\n\nRaises:\n RuntimeError: If the home page is defined but the documentation\n root is not available for resolution."
}
}
},
"MkDocsNavEmitter": {
"name": "MkDocsNavEmitter",
"kind": "class",
"path": "docforge.nav.mkdocs.MkDocsNavEmitter",
"signature": "<bound method Class.signature of Class('MkDocsNavEmitter', 15, 81)>",
"docstring": "Emit MkDocs navigation structures from resolved navigation data.\n\nThe emitter transforms a ``ResolvedNav`` object into the YAML-compatible\nlist structure expected by the MkDocs ``nav`` configuration field.",
"members": {
"emit": {
"name": "emit",
"kind": "function",
"path": "docforge.nav.mkdocs.MkDocsNavEmitter.emit",
"signature": "<bound method Function.signature of Function('emit', 23, 51)>",
"docstring": "Generate a navigation structure for ``mkdocs.yml``.\n\nArgs:\n nav: Resolved navigation data describing documentation groups\n and their associated Markdown files.\n\nReturns:\n A list of dictionaries representing the MkDocs navigation layout.\n Each dictionary maps a navigation label to a page or a list of\n pages."
}
}
}
}
}
}

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{
"module": "docforge.nav.resolver",
"content": {
"path": "docforge.nav.resolver",
"docstring": "Navigation resolution utilities.\n\nThis module resolves a ``NavSpec`` against the filesystem by expanding glob\npatterns and validating that referenced documentation files exist.",
"objects": {
"glob": {
"name": "glob",
"kind": "alias",
"path": "docforge.nav.resolver.glob",
"signature": "<bound method Alias.signature of Alias('glob', 'glob')>",
"docstring": null
},
"Iterable": {
"name": "Iterable",
"kind": "alias",
"path": "docforge.nav.resolver.Iterable",
"signature": "<bound method Alias.signature of Alias('Iterable', 'collections.abc.Iterable')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.nav.resolver.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"NavSpec": {
"name": "NavSpec",
"kind": "class",
"path": "docforge.nav.resolver.NavSpec",
"signature": "<bound method Alias.signature of Alias('NavSpec', 'docforge.nav.spec.NavSpec')>",
"docstring": "Parsed representation of a navigation specification.\n\nA ``NavSpec`` describes the intended documentation navigation layout before\nit is resolved against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page (for example\n ``index.md``).\n groups: Mapping of navigation group titles to lists of file patterns\n or glob expressions.\n icon: Optional mapping of theme icon entries (for example\n ``{\"logo\": \"material/code-tags\"}``) injected into the MkDocs\n theme as ``theme.icon``.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.resolver.NavSpec.home",
"signature": "<bound method Alias.signature of Alias('home', 'docforge.nav.spec.NavSpec.home')>",
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.resolver.NavSpec.groups",
"signature": "<bound method Alias.signature of Alias('groups', 'docforge.nav.spec.NavSpec.groups')>",
"docstring": null
},
"icon": {
"name": "icon",
"kind": "attribute",
"path": "docforge.nav.resolver.NavSpec.icon",
"signature": "<bound method Alias.signature of Alias('icon', 'docforge.nav.spec.NavSpec.icon')>",
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "docforge.nav.resolver.NavSpec.load",
"signature": "<bound method Alias.signature of Alias('load', 'docforge.nav.spec.NavSpec.load')>",
"docstring": "Load a navigation specification from a YAML file.\n\nArgs:\n path: Filesystem path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed configuration.\n\nRaises:\n FileNotFoundError: If the specified file does not exist.\n ValueError: If the file contents are not a valid navigation\n specification."
},
"all_patterns": {
"name": "all_patterns",
"kind": "function",
"path": "docforge.nav.resolver.NavSpec.all_patterns",
"signature": "<bound method Alias.signature of Alias('all_patterns', 'docforge.nav.spec.NavSpec.all_patterns')>",
"docstring": "Return all path patterns referenced by the specification.\n\nReturns:\n A list containing the home document (if defined) and all\n group pattern entries."
}
}
},
"ResolvedNav": {
"name": "ResolvedNav",
"kind": "class",
"path": "docforge.nav.resolver.ResolvedNav",
"signature": "<bound method Class.signature of Class('ResolvedNav', 15, 63)>",
"docstring": "Resolved navigation structure.\n\nA ``ResolvedNav`` represents navigation data after glob patterns have been\nexpanded and paths validated against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page.\n groups: Mapping of navigation group titles to lists of resolved\n documentation file paths.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.resolver.ResolvedNav.home",
"signature": null,
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.resolver.ResolvedNav.groups",
"signature": null,
"docstring": null
},
"all_files": {
"name": "all_files",
"kind": "function",
"path": "docforge.nav.resolver.ResolvedNav.all_files",
"signature": "<bound method Function.signature of Function('all_files', 46, 63)>",
"docstring": "Iterate over all files referenced by the navigation structure.\n\nReturns:\n An iterable of ``Path`` objects representing documentation files.\n\nRaises:\n RuntimeError: If the home page is defined but the documentation\n root is not available for resolution."
}
}
},
"resolve_nav": {
"name": "resolve_nav",
"kind": "function",
"path": "docforge.nav.resolver.resolve_nav",
"signature": "<bound method Function.signature of Function('resolve_nav', 66, 132)>",
"docstring": "Resolve a navigation specification against the filesystem.\n\nThe function expands glob patterns defined in a ``NavSpec`` and verifies\nthat referenced documentation files exist within the documentation root.\n\nArgs:\n spec: Navigation specification describing documentation layout.\n docs_root: Root directory containing documentation Markdown files.\n\nReturns:\n A ``ResolvedNav`` instance containing validated navigation paths.\n\nRaises:\n FileNotFoundError: If the documentation root does not exist or a\n navigation pattern does not match any files."
}
}
}
}

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{
"module": "docforge.nav.spec",
"content": {
"path": "docforge.nav.spec",
"docstring": "Navigation specification model.\n\nThis module defines the ``NavSpec`` class, which represents the navigation\nstructure defined by the user in the doc-forge navigation specification\n(typically ``docforge.nav.yml``).",
"objects": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.nav.spec.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"yaml": {
"name": "yaml",
"kind": "alias",
"path": "docforge.nav.spec.yaml",
"signature": "<bound method Alias.signature of Alias('yaml', 'yaml')>",
"docstring": null
},
"NavSpec": {
"name": "NavSpec",
"kind": "class",
"path": "docforge.nav.spec.NavSpec",
"signature": "<bound method Class.signature of Class('NavSpec', 14, 119)>",
"docstring": "Parsed representation of a navigation specification.\n\nA ``NavSpec`` describes the intended documentation navigation layout before\nit is resolved against the filesystem.\n\nAttributes:\n home: Relative path to the documentation home page (for example\n ``index.md``).\n groups: Mapping of navigation group titles to lists of file patterns\n or glob expressions.\n icon: Optional mapping of theme icon entries (for example\n ``{\"logo\": \"material/code-tags\"}``) injected into the MkDocs\n theme as ``theme.icon``.",
"members": {
"home": {
"name": "home",
"kind": "attribute",
"path": "docforge.nav.spec.NavSpec.home",
"signature": null,
"docstring": null
},
"groups": {
"name": "groups",
"kind": "attribute",
"path": "docforge.nav.spec.NavSpec.groups",
"signature": null,
"docstring": null
},
"icon": {
"name": "icon",
"kind": "attribute",
"path": "docforge.nav.spec.NavSpec.icon",
"signature": null,
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "docforge.nav.spec.NavSpec.load",
"signature": "<bound method Function.signature of Function('load', 51, 101)>",
"docstring": "Load a navigation specification from a YAML file.\n\nArgs:\n path: Filesystem path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed configuration.\n\nRaises:\n FileNotFoundError: If the specified file does not exist.\n ValueError: If the file contents are not a valid navigation\n specification."
},
"all_patterns": {
"name": "all_patterns",
"kind": "function",
"path": "docforge.nav.spec.NavSpec.all_patterns",
"signature": "<bound method Function.signature of Function('all_patterns', 103, 119)>",
"docstring": "Return all path patterns referenced by the specification.\n\nReturns:\n A list containing the home document (if defined) and all\n group pattern entries."
}
}
},
"load_nav_spec": {
"name": "load_nav_spec",
"kind": "function",
"path": "docforge.nav.spec.load_nav_spec",
"signature": "<bound method Function.signature of Function('load_nav_spec', 122, 151)>",
"docstring": "Load a navigation specification file.\n\nThis helper function reads a YAML navigation file and constructs a\ncorresponding ``NavSpec`` instance.\n\nArgs:\n path: Path to the navigation specification file.\n\nReturns:\n A ``NavSpec`` instance representing the parsed specification.\n\nRaises:\n FileNotFoundError: If the specification file does not exist.\n ValueError: If the YAML structure is invalid."
}
}
}
}

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@@ -0,0 +1,120 @@
{
"module": "docforge.renderers.base",
"content": {
"path": "docforge.renderers.base",
"docstring": "# Summary\n\nRenderer base interfaces and configuration models.\n\nThis module defines the base protocol and configuration container used by\ndoc-forge renderers. Concrete renderer implementations should implement the\n`DocRenderer` protocol.",
"objects": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.renderers.base.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Protocol": {
"name": "Protocol",
"kind": "alias",
"path": "docforge.renderers.base.Protocol",
"signature": "<bound method Alias.signature of Alias('Protocol', 'typing.Protocol')>",
"docstring": null
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.renderers.base.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.base.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.renderers.base.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.renderers.base.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.renderers.base.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.renderers.base.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.renderers.base.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"RendererConfig": {
"name": "RendererConfig",
"kind": "class",
"path": "docforge.renderers.base.RendererConfig",
"signature": "<bound method Class.signature of Class('RendererConfig', 17, 44)>",
"docstring": "Configuration container for documentation renderers.\n\nA `RendererConfig` instance groups together the project model and the\noutput directory used during rendering.\n\nAttributes:\n out_dir (Path):\n Directory where generated documentation files will be written.\n\n project (Project):\n Documentation project model to be rendered.",
"members": {
"out_dir": {
"name": "out_dir",
"kind": "attribute",
"path": "docforge.renderers.base.RendererConfig.out_dir",
"signature": null,
"docstring": null
},
"project": {
"name": "project",
"kind": "attribute",
"path": "docforge.renderers.base.RendererConfig.project",
"signature": null,
"docstring": null
}
}
},
"DocRenderer": {
"name": "DocRenderer",
"kind": "class",
"path": "docforge.renderers.base.DocRenderer",
"signature": "<bound method Class.signature of Class('DocRenderer', 47, 72)>",
"docstring": "Protocol defining the interface for documentation renderers.\n\nImplementations of this protocol are responsible for transforming a\n`Project` model into renderer-specific documentation sources.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.base.DocRenderer.name",
"signature": null,
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.renderers.base.DocRenderer.generate_sources",
"signature": "<bound method Function.signature of Function('generate_sources', 57, 72)>",
"docstring": "Generate renderer-specific documentation sources.\n\nArgs:\n project (Project):\n Project model containing modules and documentation objects.\n\n out_dir (Path):\n Directory where generated documentation sources should be written."
}
}
}
}
}
}

View File

@@ -0,0 +1,557 @@
{
"module": "docforge.renderers",
"content": {
"path": "docforge.renderers",
"docstring": "# Summary\n\nRenderers layer for doc-forge.\n\nThe `docforge.renderers` package transforms the internal documentation\nmodels into files formatted for specific documentation systems.\n\n---\n\n# Overview\n\nRenderers consume the doc-forge project model and generate output suitable\nfor documentation tools or machine interfaces.\n\nCurrent implementations:\n\n- **MkDocsRenderer** – Produces Markdown files compatible with MkDocs and\n the `mkdocstrings` plugin. It automatically handles package hierarchy\n and generates `index.md` files for packages.\n- **MCPRenderer** – Emits structured JSON resources designed for consumption\n by Model Context Protocol (MCP) clients.\n\n---\n\n# Extending\n\nNew renderers can be added by implementing the `DocRenderer` protocol\ndefined in `docforge.renderers.base`.\n\n---",
"objects": {
"MkDocsRenderer": {
"name": "MkDocsRenderer",
"kind": "class",
"path": "docforge.renderers.MkDocsRenderer",
"signature": "<bound method Alias.signature of Alias('MkDocsRenderer', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer')>",
"docstring": "Renderer that produces Markdown documentation for MkDocs.\n\nGenerated pages use mkdocstrings directives to reference Python modules,\nallowing MkDocs to render API documentation dynamically.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.MkDocsRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.renderers.MkDocsRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_sources')>",
"docstring": "Generate Markdown documentation files for a project.\n\nThis method renders a documentation structure from the provided\nproject model and writes the resulting Markdown files to the\nspecified output directory.\n\nArgs:\n project (Project):\n Project model containing modules to document.\n\n out_dir (Path):\n Directory where generated Markdown files will be written.\n\n module_is_source (bool, optional):\n If True, treat the specified module as the documentation root\n rather than nesting it inside a folder."
},
"generate_readme": {
"name": "generate_readme",
"kind": "function",
"path": "docforge.renderers.MkDocsRenderer.generate_readme",
"signature": "<bound method Alias.signature of Alias('generate_readme', 'docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_readme')>",
"docstring": "Generate a `README.md` file from the root module docstring.\n\nBehavior:\n\n- If `module_is_source` is True, `README.md` is written to the project\n root directory.\n- If False, README generation is currently not implemented.\n\nArgs:\n project (Project):\n Project model containing documentation metadata.\n\n docs_dir (Path):\n Directory containing generated documentation sources.\n\n module_is_source (Optional[bool]):\n Whether the module is treated as the project source root.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written.\n Defaults to the parent of `docs_dir`."
}
}
},
"MCPRenderer": {
"name": "MCPRenderer",
"kind": "class",
"path": "docforge.renderers.MCPRenderer",
"signature": "<bound method Alias.signature of Alias('MCPRenderer', 'docforge.renderers.mcp_renderer.MCPRenderer')>",
"docstring": "Renderer that generates MCP-compatible documentation resources.\n\nThis renderer converts doc-forge project models into structured JSON\nresources suitable for consumption by systems implementing the Model\nContext Protocol (MCP).",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.MCPRenderer.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.renderers.mcp_renderer.MCPRenderer.name')>",
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.renderers.MCPRenderer.generate_sources",
"signature": "<bound method Alias.signature of Alias('generate_sources', 'docforge.renderers.mcp_renderer.MCPRenderer.generate_sources')>",
"docstring": "Generate MCP documentation resources for a project.\n\nThe renderer serializes each module into a JSON resource and produces\nsupporting metadata files such as `nav.json` and `index.json`.\n\nArgs:\n project (Project):\n Documentation project model to render.\n\n out_dir (Path):\n Directory where MCP resources will be written."
}
}
},
"base": {
"name": "base",
"kind": "module",
"path": "docforge.renderers.base",
"signature": null,
"docstring": "# Summary\n\nRenderer base interfaces and configuration models.\n\nThis module defines the base protocol and configuration container used by\ndoc-forge renderers. Concrete renderer implementations should implement the\n`DocRenderer` protocol.",
"members": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.renderers.base.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Protocol": {
"name": "Protocol",
"kind": "alias",
"path": "docforge.renderers.base.Protocol",
"signature": "<bound method Alias.signature of Alias('Protocol', 'typing.Protocol')>",
"docstring": null
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.renderers.base.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.base.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.renderers.base.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.renderers.base.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.renderers.base.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.renderers.base.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.renderers.base.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"RendererConfig": {
"name": "RendererConfig",
"kind": "class",
"path": "docforge.renderers.base.RendererConfig",
"signature": "<bound method Class.signature of Class('RendererConfig', 17, 44)>",
"docstring": "Configuration container for documentation renderers.\n\nA `RendererConfig` instance groups together the project model and the\noutput directory used during rendering.\n\nAttributes:\n out_dir (Path):\n Directory where generated documentation files will be written.\n\n project (Project):\n Documentation project model to be rendered.",
"members": {
"out_dir": {
"name": "out_dir",
"kind": "attribute",
"path": "docforge.renderers.base.RendererConfig.out_dir",
"signature": null,
"docstring": null
},
"project": {
"name": "project",
"kind": "attribute",
"path": "docforge.renderers.base.RendererConfig.project",
"signature": null,
"docstring": null
}
}
},
"DocRenderer": {
"name": "DocRenderer",
"kind": "class",
"path": "docforge.renderers.base.DocRenderer",
"signature": "<bound method Class.signature of Class('DocRenderer', 47, 72)>",
"docstring": "Protocol defining the interface for documentation renderers.\n\nImplementations of this protocol are responsible for transforming a\n`Project` model into renderer-specific documentation sources.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.base.DocRenderer.name",
"signature": null,
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.renderers.base.DocRenderer.generate_sources",
"signature": "<bound method Function.signature of Function('generate_sources', 57, 72)>",
"docstring": "Generate renderer-specific documentation sources.\n\nArgs:\n project (Project):\n Project model containing modules and documentation objects.\n\n out_dir (Path):\n Directory where generated documentation sources should be written."
}
}
}
}
},
"mcp_renderer": {
"name": "mcp_renderer",
"kind": "module",
"path": "docforge.renderers.mcp_renderer",
"signature": null,
"docstring": "# Summary\n\nMCP renderer implementation.\n\nThis module defines the `MCPRenderer` class, which generates documentation\nresources compatible with the Model Context Protocol (MCP).",
"members": {
"json": {
"name": "json",
"kind": "alias",
"path": "docforge.renderers.mcp_renderer.json",
"signature": "<bound method Alias.signature of Alias('json', 'json')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.renderers.mcp_renderer.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.renderers.mcp_renderer.DocObject",
"signature": "<bound method Alias.signature of Alias('DocObject', 'docforge.models.DocObject')>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.object.DocObject.name')>",
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.kind",
"signature": "<bound method Alias.signature of Alias('kind', 'docforge.models.object.DocObject.kind')>",
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.object.DocObject.path')>",
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.signature",
"signature": "<bound method Alias.signature of Alias('signature', 'docforge.models.object.DocObject.signature')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.object.DocObject.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.object.DocObject.members')>",
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.DocObject.add_member",
"signature": "<bound method Alias.signature of Alias('add_member', 'docforge.models.object.DocObject.add_member')>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.DocObject.get_member",
"signature": "<bound method Alias.signature of Alias('get_member', 'docforge.models.object.DocObject.get_member')>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.DocObject.get_all_members",
"signature": "<bound method Alias.signature of Alias('get_all_members', 'docforge.models.object.DocObject.get_all_members')>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.renderers.mcp_renderer.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.renderers.mcp_renderer.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"MCPRenderer": {
"name": "MCPRenderer",
"kind": "class",
"path": "docforge.renderers.mcp_renderer.MCPRenderer",
"signature": "<bound method Class.signature of Class('MCPRenderer', 16, 159)>",
"docstring": "Renderer that generates MCP-compatible documentation resources.\n\nThis renderer converts doc-forge project models into structured JSON\nresources suitable for consumption by systems implementing the Model\nContext Protocol (MCP).",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.MCPRenderer.name",
"signature": null,
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.MCPRenderer.generate_sources",
"signature": "<bound method Function.signature of Function('generate_sources', 27, 73)>",
"docstring": "Generate MCP documentation resources for a project.\n\nThe renderer serializes each module into a JSON resource and produces\nsupporting metadata files such as `nav.json` and `index.json`.\n\nArgs:\n project (Project):\n Documentation project model to render.\n\n out_dir (Path):\n Directory where MCP resources will be written."
}
}
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.renderers.mcp_renderer.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
},
"mkdocs_renderer": {
"name": "mkdocs_renderer",
"kind": "module",
"path": "docforge.renderers.mkdocs_renderer",
"signature": null,
"docstring": "# Summary\n\nMkDocs renderer implementation.\n\nThis module defines the `MkDocsRenderer` class, which generates Markdown\ndocumentation sources compatible with MkDocs Material and the mkdocstrings\nplugin.\n\nThe renderer ensures a consistent documentation structure by:\n\n- Creating a root `index.md` if one does not exist\n- Generating package index pages automatically\n- Linking child modules within parent package pages\n- Optionally generating `README.md` from the root package docstring",
"members": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.renderers.mkdocs_renderer.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.renderers.mkdocs_renderer.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.renderers.mkdocs_renderer.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"MkDocsRenderer": {
"name": "MkDocsRenderer",
"kind": "class",
"path": "docforge.renderers.mkdocs_renderer.MkDocsRenderer",
"signature": "<bound method Class.signature of Class('MkDocsRenderer', 23, 307)>",
"docstring": "Renderer that produces Markdown documentation for MkDocs.\n\nGenerated pages use mkdocstrings directives to reference Python modules,\nallowing MkDocs to render API documentation dynamically.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.MkDocsRenderer.name",
"signature": null,
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_sources",
"signature": "<bound method Function.signature of Function('generate_sources', 37, 78)>",
"docstring": "Generate Markdown documentation files for a project.\n\nThis method renders a documentation structure from the provided\nproject model and writes the resulting Markdown files to the\nspecified output directory.\n\nArgs:\n project (Project):\n Project model containing modules to document.\n\n out_dir (Path):\n Directory where generated Markdown files will be written.\n\n module_is_source (bool, optional):\n If True, treat the specified module as the documentation root\n rather than nesting it inside a folder."
},
"generate_readme": {
"name": "generate_readme",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_readme",
"signature": "<bound method Function.signature of Function('generate_readme', 80, 145)>",
"docstring": "Generate a `README.md` file from the root module docstring.\n\nBehavior:\n\n- If `module_is_source` is True, `README.md` is written to the project\n root directory.\n- If False, README generation is currently not implemented.\n\nArgs:\n project (Project):\n Project model containing documentation metadata.\n\n docs_dir (Path):\n Directory containing generated documentation sources.\n\n module_is_source (Optional[bool]):\n Whether the module is treated as the project source root.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written.\n Defaults to the parent of `docs_dir`."
}
}
}
}
}
}
}
}

View File

@@ -0,0 +1,227 @@
{
"module": "docforge.renderers.mcp_renderer",
"content": {
"path": "docforge.renderers.mcp_renderer",
"docstring": "# Summary\n\nMCP renderer implementation.\n\nThis module defines the `MCPRenderer` class, which generates documentation\nresources compatible with the Model Context Protocol (MCP).",
"objects": {
"json": {
"name": "json",
"kind": "alias",
"path": "docforge.renderers.mcp_renderer.json",
"signature": "<bound method Alias.signature of Alias('json', 'json')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.renderers.mcp_renderer.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"DocObject": {
"name": "DocObject",
"kind": "class",
"path": "docforge.renderers.mcp_renderer.DocObject",
"signature": "<bound method Alias.signature of Alias('DocObject', 'docforge.models.DocObject')>",
"docstring": "Representation of a documented Python object.\n\nA `DocObject` models a single Python entity discovered during\nintrospection. Objects may contain nested members, allowing the structure\nof modules, classes, and other containers to be represented recursively.\n\nAttributes:\n name (str):\n Local name of the object.\n\n kind (str):\n Type of object (for example `class`, `function`, `method`, or `attribute`).\n\n path (str):\n Fully qualified dotted path to the object.\n\n signature (Optional[str]):\n Callable signature if the object represents a callable.\n\n docstring (Optional[str]):\n Raw docstring text extracted from the source code.\n\n members (Dict[str, DocObject]):\n Mapping of member names to child `DocObject` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.object.DocObject.name')>",
"docstring": null
},
"kind": {
"name": "kind",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.kind",
"signature": "<bound method Alias.signature of Alias('kind', 'docforge.models.object.DocObject.kind')>",
"docstring": null
},
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.object.DocObject.path')>",
"docstring": null
},
"signature": {
"name": "signature",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.signature",
"signature": "<bound method Alias.signature of Alias('signature', 'docforge.models.object.DocObject.signature')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.object.DocObject.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.DocObject.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.object.DocObject.members')>",
"docstring": null
},
"add_member": {
"name": "add_member",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.DocObject.add_member",
"signature": "<bound method Alias.signature of Alias('add_member', 'docforge.models.object.DocObject.add_member')>",
"docstring": "Add a child documentation object.\n\nThis is typically used when attaching methods to classes or\nnested objects to their parent containers.\n\nArgs:\n obj: Documentation object to add as a member."
},
"get_member": {
"name": "get_member",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.DocObject.get_member",
"signature": "<bound method Alias.signature of Alias('get_member', 'docforge.models.object.DocObject.get_member')>",
"docstring": "Retrieve a member object by name.\n\nArgs:\n name (str):\n Name of the member to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If the member does not exist."
},
"get_all_members": {
"name": "get_all_members",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.DocObject.get_all_members",
"signature": "<bound method Alias.signature of Alias('get_all_members', 'docforge.models.object.DocObject.get_all_members')>",
"docstring": "Return all child members of the object.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing nested members."
}
}
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.renderers.mcp_renderer.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.renderers.mcp_renderer.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"MCPRenderer": {
"name": "MCPRenderer",
"kind": "class",
"path": "docforge.renderers.mcp_renderer.MCPRenderer",
"signature": "<bound method Class.signature of Class('MCPRenderer', 16, 159)>",
"docstring": "Renderer that generates MCP-compatible documentation resources.\n\nThis renderer converts doc-forge project models into structured JSON\nresources suitable for consumption by systems implementing the Model\nContext Protocol (MCP).",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mcp_renderer.MCPRenderer.name",
"signature": null,
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.renderers.mcp_renderer.MCPRenderer.generate_sources",
"signature": "<bound method Function.signature of Function('generate_sources', 27, 73)>",
"docstring": "Generate MCP documentation resources for a project.\n\nThe renderer serializes each module into a JSON resource and produces\nsupporting metadata files such as `nav.json` and `index.json`.\n\nArgs:\n project (Project):\n Documentation project model to render.\n\n out_dir (Path):\n Directory where MCP resources will be written."
}
}
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.renderers.mcp_renderer.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
}
}

View File

@@ -0,0 +1,148 @@
{
"module": "docforge.renderers.mkdocs_renderer",
"content": {
"path": "docforge.renderers.mkdocs_renderer",
"docstring": "# Summary\n\nMkDocs renderer implementation.\n\nThis module defines the `MkDocsRenderer` class, which generates Markdown\ndocumentation sources compatible with MkDocs Material and the mkdocstrings\nplugin.\n\nThe renderer ensures a consistent documentation structure by:\n\n- Creating a root `index.md` if one does not exist\n- Generating package index pages automatically\n- Linking child modules within parent package pages\n- Optionally generating `README.md` from the root package docstring",
"objects": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.renderers.mkdocs_renderer.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Module": {
"name": "Module",
"kind": "class",
"path": "docforge.renderers.mkdocs_renderer.Module",
"signature": "<bound method Alias.signature of Alias('Module', 'docforge.models.Module')>",
"docstring": "Representation of a documented Python module or package.\n\nA `Module` stores metadata about the module itself and maintains a\ncollection of top-level documentation objects discovered during\nintrospection.\n\nAttributes:\n path (str):\n Dotted import path of the module.\n\n docstring (Optional[str]):\n Module-level documentation string, if present.\n\n members (Dict[str, DocObject]):\n Mapping of object names to their corresponding `DocObject` representations.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Module.path",
"signature": "<bound method Alias.signature of Alias('path', 'docforge.models.module.Module.path')>",
"docstring": null
},
"docstring": {
"name": "docstring",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Module.docstring",
"signature": "<bound method Alias.signature of Alias('docstring', 'docforge.models.module.Module.docstring')>",
"docstring": null
},
"members": {
"name": "members",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Module.members",
"signature": "<bound method Alias.signature of Alias('members', 'docforge.models.module.Module.members')>",
"docstring": null
},
"add_object": {
"name": "add_object",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Module.add_object",
"signature": "<bound method Alias.signature of Alias('add_object', 'docforge.models.module.Module.add_object')>",
"docstring": "Add a documented object to the module.\n\nArgs:\n obj (DocObject):\n Documentation object to register as a top-level member of the module."
},
"get_object": {
"name": "get_object",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Module.get_object",
"signature": "<bound method Alias.signature of Alias('get_object', 'docforge.models.module.Module.get_object')>",
"docstring": "Retrieve a documented object by name.\n\nArgs:\n name (str):\n Name of the object to retrieve.\n\nReturns:\n DocObject:\n The corresponding `DocObject` instance.\n\nRaises:\n KeyError:\n If no object with the given name exists."
},
"get_all_objects": {
"name": "get_all_objects",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Module.get_all_objects",
"signature": "<bound method Alias.signature of Alias('get_all_objects', 'docforge.models.module.Module.get_all_objects')>",
"docstring": "Return all top-level documentation objects in the module.\n\nReturns:\n Iterable[DocObject]:\n An iterable of `DocObject` instances representing the module's public members."
}
}
},
"Project": {
"name": "Project",
"kind": "class",
"path": "docforge.renderers.mkdocs_renderer.Project",
"signature": "<bound method Alias.signature of Alias('Project', 'docforge.models.Project')>",
"docstring": "Representation of a documentation project.\n\nA `Project` serves as the root container for all modules discovered during\nintrospection. Each module is stored by its dotted import path.\n\nAttributes:\n name (str):\n Name of the project.\n\n modules (Dict[str, Module]):\n Mapping of module paths to `Module` instances.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Project.name",
"signature": "<bound method Alias.signature of Alias('name', 'docforge.models.project.Project.name')>",
"docstring": null
},
"modules": {
"name": "modules",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.Project.modules",
"signature": "<bound method Alias.signature of Alias('modules', 'docforge.models.project.Project.modules')>",
"docstring": null
},
"add_module": {
"name": "add_module",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Project.add_module",
"signature": "<bound method Alias.signature of Alias('add_module', 'docforge.models.project.Project.add_module')>",
"docstring": "Register a module in the project.\n\nArgs:\n module (Module):\n Module instance to add to the project."
},
"get_module": {
"name": "get_module",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Project.get_module",
"signature": "<bound method Alias.signature of Alias('get_module', 'docforge.models.project.Project.get_module')>",
"docstring": "Retrieve a module by its dotted path.\n\nArgs:\n path (str):\n Fully qualified dotted module path (for example `pkg.module`).\n\nReturns:\n Module:\n The corresponding `Module` instance.\n\nRaises:\n KeyError:\n If the module does not exist in the project."
},
"get_all_modules": {
"name": "get_all_modules",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Project.get_all_modules",
"signature": "<bound method Alias.signature of Alias('get_all_modules', 'docforge.models.project.Project.get_all_modules')>",
"docstring": "Return all modules contained in the project.\n\nReturns:\n Iterable[Module]:\n An iterable of `Module` instances."
},
"get_module_list": {
"name": "get_module_list",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.Project.get_module_list",
"signature": "<bound method Alias.signature of Alias('get_module_list', 'docforge.models.project.Project.get_module_list')>",
"docstring": "Return the list of module import paths.\n\nReturns:\n list[str]:\n A list containing the dotted paths of all modules in the project."
}
}
},
"MkDocsRenderer": {
"name": "MkDocsRenderer",
"kind": "class",
"path": "docforge.renderers.mkdocs_renderer.MkDocsRenderer",
"signature": "<bound method Class.signature of Class('MkDocsRenderer', 23, 307)>",
"docstring": "Renderer that produces Markdown documentation for MkDocs.\n\nGenerated pages use mkdocstrings directives to reference Python modules,\nallowing MkDocs to render API documentation dynamically.",
"members": {
"name": {
"name": "name",
"kind": "attribute",
"path": "docforge.renderers.mkdocs_renderer.MkDocsRenderer.name",
"signature": null,
"docstring": null
},
"generate_sources": {
"name": "generate_sources",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_sources",
"signature": "<bound method Function.signature of Function('generate_sources', 37, 78)>",
"docstring": "Generate Markdown documentation files for a project.\n\nThis method renders a documentation structure from the provided\nproject model and writes the resulting Markdown files to the\nspecified output directory.\n\nArgs:\n project (Project):\n Project model containing modules to document.\n\n out_dir (Path):\n Directory where generated Markdown files will be written.\n\n module_is_source (bool, optional):\n If True, treat the specified module as the documentation root\n rather than nesting it inside a folder."
},
"generate_readme": {
"name": "generate_readme",
"kind": "function",
"path": "docforge.renderers.mkdocs_renderer.MkDocsRenderer.generate_readme",
"signature": "<bound method Function.signature of Function('generate_readme', 80, 145)>",
"docstring": "Generate a `README.md` file from the root module docstring.\n\nBehavior:\n\n- If `module_is_source` is True, `README.md` is written to the project\n root directory.\n- If False, README generation is currently not implemented.\n\nArgs:\n project (Project):\n Project model containing documentation metadata.\n\n docs_dir (Path):\n Directory containing generated documentation sources.\n\n module_is_source (Optional[bool]):\n Whether the module is treated as the project source root.\n\n readme_dir (Optional[Path]):\n Directory where the generated README.md should be written.\n Defaults to the parent of `docs_dir`."
}
}
}
}
}
}

View File

@@ -0,0 +1,120 @@
{
"module": "docforge.servers",
"content": {
"path": "docforge.servers",
"docstring": "# Summary\n\nServer layer for doc-forge.\n\nThis module exposes server implementations used to provide live access\nto generated documentation resources. Currently, it includes the MCP\ndocumentation server.\n\n---",
"objects": {
"MCPServer": {
"name": "MCPServer",
"kind": "class",
"path": "docforge.servers.MCPServer",
"signature": "<bound method Alias.signature of Alias('MCPServer', 'docforge.servers.mcp_server.MCPServer')>",
"docstring": "MCP server for serving a pre-generated documentation bundle.\n\nThe server exposes documentation resources and diagnostic tools through\nMCP endpoints backed by JSON files generated by the MCP renderer.",
"members": {
"mcp_root": {
"name": "mcp_root",
"kind": "attribute",
"path": "docforge.servers.MCPServer.mcp_root",
"signature": "<bound method Alias.signature of Alias('mcp_root', 'docforge.servers.mcp_server.MCPServer.mcp_root')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "docforge.servers.MCPServer.app",
"signature": "<bound method Alias.signature of Alias('app', 'docforge.servers.mcp_server.MCPServer.app')>",
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "docforge.servers.MCPServer.run",
"signature": "<bound method Alias.signature of Alias('run', 'docforge.servers.mcp_server.MCPServer.run')>",
"docstring": "Start the MCP server.\n\nArgs:\n transport (Literal[\"stdio\", \"sse\", \"streamable-http\"]):\n Transport mechanism used by the MCP server. Supported options\n include `stdio`, `sse`, and `streamable-http`."
}
}
},
"mcp_server": {
"name": "mcp_server",
"kind": "module",
"path": "docforge.servers.mcp_server",
"signature": null,
"docstring": "# Summary\n\nMCP server implementation.\n\nThis module defines the `MCPServer` class, which serves pre-generated\ndocumentation bundles through the Model Context Protocol (MCP).",
"members": {
"annotations": {
"name": "annotations",
"kind": "alias",
"path": "docforge.servers.mcp_server.annotations",
"signature": "<bound method Alias.signature of Alias('annotations', '__future__.annotations')>",
"docstring": null
},
"json": {
"name": "json",
"kind": "alias",
"path": "docforge.servers.mcp_server.json",
"signature": "<bound method Alias.signature of Alias('json', 'json')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.servers.mcp_server.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.servers.mcp_server.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Literal": {
"name": "Literal",
"kind": "alias",
"path": "docforge.servers.mcp_server.Literal",
"signature": "<bound method Alias.signature of Alias('Literal', 'typing.Literal')>",
"docstring": null
},
"FastMCP": {
"name": "FastMCP",
"kind": "alias",
"path": "docforge.servers.mcp_server.FastMCP",
"signature": "<bound method Alias.signature of Alias('FastMCP', 'mcp.server.fastmcp.FastMCP')>",
"docstring": null
},
"MCPServer": {
"name": "MCPServer",
"kind": "class",
"path": "docforge.servers.mcp_server.MCPServer",
"signature": "<bound method Class.signature of Class('MCPServer', 19, 134)>",
"docstring": "MCP server for serving a pre-generated documentation bundle.\n\nThe server exposes documentation resources and diagnostic tools through\nMCP endpoints backed by JSON files generated by the MCP renderer.",
"members": {
"mcp_root": {
"name": "mcp_root",
"kind": "attribute",
"path": "docforge.servers.mcp_server.MCPServer.mcp_root",
"signature": null,
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "docforge.servers.mcp_server.MCPServer.app",
"signature": null,
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "docforge.servers.mcp_server.MCPServer.run",
"signature": "<bound method Function.signature of Function('run', 122, 134)>",
"docstring": "Start the MCP server.\n\nArgs:\n transport (Literal[\"stdio\", \"sse\", \"streamable-http\"]):\n Transport mechanism used by the MCP server. Supported options\n include `stdio`, `sse`, and `streamable-http`."
}
}
}
}
}
}
}
}

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@@ -0,0 +1,81 @@
{
"module": "docforge.servers.mcp_server",
"content": {
"path": "docforge.servers.mcp_server",
"docstring": "# Summary\n\nMCP server implementation.\n\nThis module defines the `MCPServer` class, which serves pre-generated\ndocumentation bundles through the Model Context Protocol (MCP).",
"objects": {
"annotations": {
"name": "annotations",
"kind": "alias",
"path": "docforge.servers.mcp_server.annotations",
"signature": "<bound method Alias.signature of Alias('annotations', '__future__.annotations')>",
"docstring": null
},
"json": {
"name": "json",
"kind": "alias",
"path": "docforge.servers.mcp_server.json",
"signature": "<bound method Alias.signature of Alias('json', 'json')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "docforge.servers.mcp_server.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "docforge.servers.mcp_server.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Literal": {
"name": "Literal",
"kind": "alias",
"path": "docforge.servers.mcp_server.Literal",
"signature": "<bound method Alias.signature of Alias('Literal', 'typing.Literal')>",
"docstring": null
},
"FastMCP": {
"name": "FastMCP",
"kind": "alias",
"path": "docforge.servers.mcp_server.FastMCP",
"signature": "<bound method Alias.signature of Alias('FastMCP', 'mcp.server.fastmcp.FastMCP')>",
"docstring": null
},
"MCPServer": {
"name": "MCPServer",
"kind": "class",
"path": "docforge.servers.mcp_server.MCPServer",
"signature": "<bound method Class.signature of Class('MCPServer', 19, 134)>",
"docstring": "MCP server for serving a pre-generated documentation bundle.\n\nThe server exposes documentation resources and diagnostic tools through\nMCP endpoints backed by JSON files generated by the MCP renderer.",
"members": {
"mcp_root": {
"name": "mcp_root",
"kind": "attribute",
"path": "docforge.servers.mcp_server.MCPServer.mcp_root",
"signature": null,
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "docforge.servers.mcp_server.MCPServer.app",
"signature": null,
"docstring": null
},
"run": {
"name": "run",
"kind": "function",
"path": "docforge.servers.mcp_server.MCPServer.run",
"signature": "<bound method Function.signature of Function('run', 122, 134)>",
"docstring": "Start the MCP server.\n\nArgs:\n transport (Literal[\"stdio\", \"sse\", \"streamable-http\"]):\n Transport mechanism used by the MCP server. Supported options\n include `stdio`, `sse`, and `streamable-http`."
}
}
}
}
}
}

94
mcp/doc-forge/nav.json Normal file
View File

@@ -0,0 +1,94 @@
[
{
"module": "docforge",
"resource": "doc://modules/docforge"
},
{
"module": "docforge.cli",
"resource": "doc://modules/docforge.cli"
},
{
"module": "docforge.cli.api_utils",
"resource": "doc://modules/docforge.cli.api_utils"
},
{
"module": "docforge.cli.commands",
"resource": "doc://modules/docforge.cli.commands"
},
{
"module": "docforge.cli.main",
"resource": "doc://modules/docforge.cli.main"
},
{
"module": "docforge.cli.mcp_utils",
"resource": "doc://modules/docforge.cli.mcp_utils"
},
{
"module": "docforge.cli.mkdocs_utils",
"resource": "doc://modules/docforge.cli.mkdocs_utils"
},
{
"module": "docforge.loaders",
"resource": "doc://modules/docforge.loaders"
},
{
"module": "docforge.loaders.griffe_loader",
"resource": "doc://modules/docforge.loaders.griffe_loader"
},
{
"module": "docforge.models",
"resource": "doc://modules/docforge.models"
},
{
"module": "docforge.models.module",
"resource": "doc://modules/docforge.models.module"
},
{
"module": "docforge.models.object",
"resource": "doc://modules/docforge.models.object"
},
{
"module": "docforge.models.project",
"resource": "doc://modules/docforge.models.project"
},
{
"module": "docforge.nav",
"resource": "doc://modules/docforge.nav"
},
{
"module": "docforge.nav.mkdocs",
"resource": "doc://modules/docforge.nav.mkdocs"
},
{
"module": "docforge.nav.resolver",
"resource": "doc://modules/docforge.nav.resolver"
},
{
"module": "docforge.nav.spec",
"resource": "doc://modules/docforge.nav.spec"
},
{
"module": "docforge.renderers",
"resource": "doc://modules/docforge.renderers"
},
{
"module": "docforge.renderers.base",
"resource": "doc://modules/docforge.renderers.base"
},
{
"module": "docforge.renderers.mcp_renderer",
"resource": "doc://modules/docforge.renderers.mcp_renderer"
},
{
"module": "docforge.renderers.mkdocs_renderer",
"resource": "doc://modules/docforge.renderers.mkdocs_renderer"
},
{
"module": "docforge.servers",
"resource": "doc://modules/docforge.servers"
},
{
"module": "docforge.servers.mcp_server",
"resource": "doc://modules/docforge.servers.mcp_server"
}
]

View File

@@ -0,0 +1,6 @@
{
"project": "mail_intake",
"type": "docforge-model",
"modules_count": 22,
"source": "docforge"
}

View File

@@ -0,0 +1,67 @@
{
"module": "mail_intake.adapters.base",
"content": {
"path": "mail_intake.adapters.base",
"docstring": "# Summary\n\nMail provider adapter contracts for Mail Intake.\n\nThis module defines the **provider-agnostic adapter interface** used for\nread-only mail ingestion.\n\nAdapters encapsulate all provider-specific access logic and expose a\nminimal, normalized contract to the rest of the system. No provider-specific\ntypes or semantics should leak beyond implementations of this interface.",
"objects": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "mail_intake.adapters.base.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "mail_intake.adapters.base.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Iterator": {
"name": "Iterator",
"kind": "alias",
"path": "mail_intake.adapters.base.Iterator",
"signature": "<bound method Alias.signature of Alias('Iterator', 'collections.abc.Iterator')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.adapters.base.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"MailIntakeAdapter": {
"name": "MailIntakeAdapter",
"kind": "class",
"path": "mail_intake.adapters.base.MailIntakeAdapter",
"signature": "<bound method Class.signature of Class('MailIntakeAdapter', 19, 94)>",
"docstring": "Base adapter interface for mail providers.\n\nNotes:\n **Guarantees:**\n\n - Discover messages matching a query.\n - Retrieve full message payloads.\n - Retrieve full thread payloads.\n\n **Lifecycle:**\n\n - Adapters are intentionally read-only and must not mutate provider state.",
"members": {
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.adapters.base.MailIntakeAdapter.iter_message_refs",
"signature": "<bound method Function.signature of Function('iter_message_refs', 35, 64)>",
"docstring": "Iterate over lightweight message references matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n Dict[str, str]:\n Dictionaries containing message and thread identifiers.\n\nNotes:\n **Guarantees:**\n\n - Implementations must yield dictionaries containing at least\n `message_id` and `thread_id`.\n\nExample:\n Typical yield:\n\n ```python\n {\n \"message_id\": \"...\",\n \"thread_id\": \"...\"\n }\n ```"
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.adapters.base.MailIntakeAdapter.fetch_message",
"signature": "<bound method Function.signature of Function('fetch_message', 66, 79)>",
"docstring": "Fetch a full raw message by message identifier.\n\nArgs:\n message_id (str):\n Provider-specific message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native message payload (e.g., Gmail message JSON structure)."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.adapters.base.MailIntakeAdapter.fetch_thread",
"signature": "<bound method Function.signature of Function('fetch_thread', 81, 94)>",
"docstring": "Fetch a full raw thread by thread identifier.\n\nArgs:\n thread_id (str):\n Provider-specific thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native thread payload."
}
}
}
}
}
}

View File

@@ -0,0 +1,127 @@
{
"module": "mail_intake.adapters.gmail",
"content": {
"path": "mail_intake.adapters.gmail",
"docstring": "# Summary\n\nGmail adapter implementation for Mail Intake.\n\nThis module provides a **Gmail-specific implementation** of the\n`MailIntakeAdapter` contract.\n\nIt is the only place in the codebase where:\n\n- `googleapiclient` is imported.\n- Gmail REST API semantics are known.\n- Low-level `.execute()` calls are made.\n\nAll Gmail-specific behavior must be strictly contained within this module.",
"objects": {
"Iterator": {
"name": "Iterator",
"kind": "alias",
"path": "mail_intake.adapters.gmail.Iterator",
"signature": "<bound method Alias.signature of Alias('Iterator', 'collections.abc.Iterator')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.adapters.gmail.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"build": {
"name": "build",
"kind": "alias",
"path": "mail_intake.adapters.gmail.build",
"signature": "<bound method Alias.signature of Alias('build', 'googleapiclient.discovery.build')>",
"docstring": null
},
"HttpError": {
"name": "HttpError",
"kind": "alias",
"path": "mail_intake.adapters.gmail.HttpError",
"signature": "<bound method Alias.signature of Alias('HttpError', 'googleapiclient.errors.HttpError')>",
"docstring": null
},
"MailIntakeAdapter": {
"name": "MailIntakeAdapter",
"kind": "class",
"path": "mail_intake.adapters.gmail.MailIntakeAdapter",
"signature": "<bound method Alias.signature of Alias('MailIntakeAdapter', 'mail_intake.adapters.base.MailIntakeAdapter')>",
"docstring": "Base adapter interface for mail providers.\n\nNotes:\n **Guarantees:**\n\n - Discover messages matching a query.\n - Retrieve full message payloads.\n - Retrieve full thread payloads.\n\n **Lifecycle:**\n\n - Adapters are intentionally read-only and must not mutate provider state.",
"members": {
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeAdapter.iter_message_refs",
"signature": "<bound method Alias.signature of Alias('iter_message_refs', 'mail_intake.adapters.base.MailIntakeAdapter.iter_message_refs')>",
"docstring": "Iterate over lightweight message references matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n Dict[str, str]:\n Dictionaries containing message and thread identifiers.\n\nNotes:\n **Guarantees:**\n\n - Implementations must yield dictionaries containing at least\n `message_id` and `thread_id`.\n\nExample:\n Typical yield:\n\n ```python\n {\n \"message_id\": \"...\",\n \"thread_id\": \"...\"\n }\n ```"
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeAdapter.fetch_message",
"signature": "<bound method Alias.signature of Alias('fetch_message', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_message')>",
"docstring": "Fetch a full raw message by message identifier.\n\nArgs:\n message_id (str):\n Provider-specific message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native message payload (e.g., Gmail message JSON structure)."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeAdapter.fetch_thread",
"signature": "<bound method Alias.signature of Alias('fetch_thread', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_thread')>",
"docstring": "Fetch a full raw thread by thread identifier.\n\nArgs:\n thread_id (str):\n Provider-specific thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native thread payload."
}
}
},
"MailIntakeAuthProvider": {
"name": "MailIntakeAuthProvider",
"kind": "class",
"path": "mail_intake.adapters.gmail.MailIntakeAuthProvider",
"signature": "<bound method Alias.signature of Alias('MailIntakeAuthProvider', 'mail_intake.auth.base.MailIntakeAuthProvider')>",
"docstring": "Abstract base class for authentication providers.\n\nThis interface enforces a strict contract between authentication\nproviders and mail adapters by requiring providers to explicitly\ndeclare the type of credentials they return.\n\nNotes:\n **Responsibilities:**\n\n - Acquire credentials from an external provider.\n - Refresh or revalidate credentials as needed.\n - Handle authentication-specific failure modes.\n - Coordinate with credential persistence layers where applicable.\n\n **Constraints:**\n\n - Mail adapters must treat returned credentials as opaque and\n provider-specific.\n - Mail adapters rely only on the declared credential type expected\n by the adapter.",
"members": {
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeAuthProvider.get_credentials",
"signature": "<bound method Alias.signature of Alias('get_credentials', 'mail_intake.auth.base.MailIntakeAuthProvider.get_credentials')>",
"docstring": "Retrieve valid, provider-specific credentials.\n\nReturns:\n T:\n Credentials of type `T` suitable for immediate use by the\n corresponding mail adapter.\n\nRaises:\n Exception:\n An authentication-specific exception indicating that\n credentials could not be obtained or validated.\n\nNotes:\n **Guarantees:**\n\n - This method is synchronous by design.\n - Represents the sole entry point through which adapters obtain\n authentication material.\n - Implementations must either return credentials of the declared\n type `T` that are valid at the time of return or raise an exception."
}
}
},
"MailIntakeAdapterError": {
"name": "MailIntakeAdapterError",
"kind": "class",
"path": "mail_intake.adapters.gmail.MailIntakeAdapterError",
"signature": "<bound method Alias.signature of Alias('MailIntakeAdapterError', 'mail_intake.exceptions.MailIntakeAdapterError')>",
"docstring": "Errors raised by mail provider adapters.\n\nNotes:\n **Lifecycle:**\n\n - Raised when a provider adapter encounters API errors, transport\n failures, or invalid provider responses."
},
"MailIntakeGmailAdapter": {
"name": "MailIntakeGmailAdapter",
"kind": "class",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter",
"signature": "<bound method Class.signature of Class('MailIntakeGmailAdapter', 29, 184)>",
"docstring": "Gmail read-only adapter.\n\nThis adapter implements the `MailIntakeAdapter` interface using the\nGmail REST API. It translates the generic mail intake contract into\nGmail-specific API calls.\n\nNotes:\n **Responsibilities:**\n\n - This class is the ONLY place where `googleapiclient` is imported.\n - Gmail REST semantics are known.\n - `.execute()` is called.\n\n **Constraints:**\n\n - Must remain thin and imperative.\n - Must not perform parsing or interpretation.\n - Must not expose Gmail-specific types beyond this class.",
"members": {
"service": {
"name": "service",
"kind": "attribute",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter.service",
"signature": null,
"docstring": "Lazily initialize and return the Gmail API service client.\n\nReturns:\n Any:\n Initialized Gmail API service instance.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail service cannot be initialized."
},
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter.iter_message_refs",
"signature": "<bound method Function.signature of Function('iter_message_refs', 93, 128)>",
"docstring": "Iterate over message references matching the query.\n\nArgs:\n query (str):\n Gmail search query string.\n\nYields:\n Dict[str, str]:\n Dictionaries containing ``message_id`` and ``thread_id``.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter.fetch_message",
"signature": "<bound method Function.signature of Function('fetch_message', 130, 156)>",
"docstring": "Fetch a full Gmail message by message ID.\n\nArgs:\n message_id (str):\n Gmail message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native Gmail message payload.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter.fetch_thread",
"signature": "<bound method Function.signature of Function('fetch_thread', 158, 184)>",
"docstring": "Fetch a full Gmail thread by thread ID.\n\nArgs:\n thread_id (str):\n Gmail thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native Gmail thread payload.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
}
}
}
}
}
}

View File

@@ -0,0 +1,270 @@
{
"module": "mail_intake.adapters",
"content": {
"path": "mail_intake.adapters",
"docstring": "# Summary\n\nMail provider adapter implementations for Mail Intake.\n\nThis package contains **adapter-layer implementations** responsible for\ninterfacing with external mail providers and exposing a normalized,\nprovider-agnostic contract to the rest of the system.\n\nAdapters in this package:\n\n- Implement the `MailIntakeAdapter` interface.\n- Encapsulate all provider-specific APIs and semantics.\n- Perform read-only access to mail data.\n- Return provider-native payloads without interpretation.\n\nProvider-specific logic **must not leak** outside of adapter implementations.\nAll parsings, normalizations, and transformations must be handled by downstream\ncomponents.\n\n---\n\n# Public API\n\n- `MailIntakeAdapter`\n- `MailIntakeGmailAdapter`\n\n---",
"objects": {
"MailIntakeAdapter": {
"name": "MailIntakeAdapter",
"kind": "class",
"path": "mail_intake.adapters.MailIntakeAdapter",
"signature": "<bound method Alias.signature of Alias('MailIntakeAdapter', 'mail_intake.adapters.base.MailIntakeAdapter')>",
"docstring": "Base adapter interface for mail providers.\n\nNotes:\n **Guarantees:**\n\n - Discover messages matching a query.\n - Retrieve full message payloads.\n - Retrieve full thread payloads.\n\n **Lifecycle:**\n\n - Adapters are intentionally read-only and must not mutate provider state.",
"members": {
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.adapters.MailIntakeAdapter.iter_message_refs",
"signature": "<bound method Alias.signature of Alias('iter_message_refs', 'mail_intake.adapters.base.MailIntakeAdapter.iter_message_refs')>",
"docstring": "Iterate over lightweight message references matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n Dict[str, str]:\n Dictionaries containing message and thread identifiers.\n\nNotes:\n **Guarantees:**\n\n - Implementations must yield dictionaries containing at least\n `message_id` and `thread_id`.\n\nExample:\n Typical yield:\n\n ```python\n {\n \"message_id\": \"...\",\n \"thread_id\": \"...\"\n }\n ```"
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.adapters.MailIntakeAdapter.fetch_message",
"signature": "<bound method Alias.signature of Alias('fetch_message', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_message')>",
"docstring": "Fetch a full raw message by message identifier.\n\nArgs:\n message_id (str):\n Provider-specific message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native message payload (e.g., Gmail message JSON structure)."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.adapters.MailIntakeAdapter.fetch_thread",
"signature": "<bound method Alias.signature of Alias('fetch_thread', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_thread')>",
"docstring": "Fetch a full raw thread by thread identifier.\n\nArgs:\n thread_id (str):\n Provider-specific thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native thread payload."
}
}
},
"MailIntakeGmailAdapter": {
"name": "MailIntakeGmailAdapter",
"kind": "class",
"path": "mail_intake.adapters.MailIntakeGmailAdapter",
"signature": "<bound method Alias.signature of Alias('MailIntakeGmailAdapter', 'mail_intake.adapters.gmail.MailIntakeGmailAdapter')>",
"docstring": "Gmail read-only adapter.\n\nThis adapter implements the `MailIntakeAdapter` interface using the\nGmail REST API. It translates the generic mail intake contract into\nGmail-specific API calls.\n\nNotes:\n **Responsibilities:**\n\n - This class is the ONLY place where `googleapiclient` is imported.\n - Gmail REST semantics are known.\n - `.execute()` is called.\n\n **Constraints:**\n\n - Must remain thin and imperative.\n - Must not perform parsing or interpretation.\n - Must not expose Gmail-specific types beyond this class.",
"members": {
"service": {
"name": "service",
"kind": "attribute",
"path": "mail_intake.adapters.MailIntakeGmailAdapter.service",
"signature": "<bound method Alias.signature of Alias('service', 'mail_intake.adapters.gmail.MailIntakeGmailAdapter.service')>",
"docstring": "Lazily initialize and return the Gmail API service client.\n\nReturns:\n Any:\n Initialized Gmail API service instance.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail service cannot be initialized."
},
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.adapters.MailIntakeGmailAdapter.iter_message_refs",
"signature": "<bound method Alias.signature of Alias('iter_message_refs', 'mail_intake.adapters.gmail.MailIntakeGmailAdapter.iter_message_refs')>",
"docstring": "Iterate over message references matching the query.\n\nArgs:\n query (str):\n Gmail search query string.\n\nYields:\n Dict[str, str]:\n Dictionaries containing ``message_id`` and ``thread_id``.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.adapters.MailIntakeGmailAdapter.fetch_message",
"signature": "<bound method Alias.signature of Alias('fetch_message', 'mail_intake.adapters.gmail.MailIntakeGmailAdapter.fetch_message')>",
"docstring": "Fetch a full Gmail message by message ID.\n\nArgs:\n message_id (str):\n Gmail message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native Gmail message payload.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.adapters.MailIntakeGmailAdapter.fetch_thread",
"signature": "<bound method Alias.signature of Alias('fetch_thread', 'mail_intake.adapters.gmail.MailIntakeGmailAdapter.fetch_thread')>",
"docstring": "Fetch a full Gmail thread by thread ID.\n\nArgs:\n thread_id (str):\n Gmail thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native Gmail thread payload.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
}
}
},
"base": {
"name": "base",
"kind": "module",
"path": "mail_intake.adapters.base",
"signature": null,
"docstring": "# Summary\n\nMail provider adapter contracts for Mail Intake.\n\nThis module defines the **provider-agnostic adapter interface** used for\nread-only mail ingestion.\n\nAdapters encapsulate all provider-specific access logic and expose a\nminimal, normalized contract to the rest of the system. No provider-specific\ntypes or semantics should leak beyond implementations of this interface.",
"members": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "mail_intake.adapters.base.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "mail_intake.adapters.base.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Iterator": {
"name": "Iterator",
"kind": "alias",
"path": "mail_intake.adapters.base.Iterator",
"signature": "<bound method Alias.signature of Alias('Iterator', 'collections.abc.Iterator')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.adapters.base.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"MailIntakeAdapter": {
"name": "MailIntakeAdapter",
"kind": "class",
"path": "mail_intake.adapters.base.MailIntakeAdapter",
"signature": "<bound method Class.signature of Class('MailIntakeAdapter', 19, 94)>",
"docstring": "Base adapter interface for mail providers.\n\nNotes:\n **Guarantees:**\n\n - Discover messages matching a query.\n - Retrieve full message payloads.\n - Retrieve full thread payloads.\n\n **Lifecycle:**\n\n - Adapters are intentionally read-only and must not mutate provider state.",
"members": {
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.adapters.base.MailIntakeAdapter.iter_message_refs",
"signature": "<bound method Function.signature of Function('iter_message_refs', 35, 64)>",
"docstring": "Iterate over lightweight message references matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n Dict[str, str]:\n Dictionaries containing message and thread identifiers.\n\nNotes:\n **Guarantees:**\n\n - Implementations must yield dictionaries containing at least\n `message_id` and `thread_id`.\n\nExample:\n Typical yield:\n\n ```python\n {\n \"message_id\": \"...\",\n \"thread_id\": \"...\"\n }\n ```"
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.adapters.base.MailIntakeAdapter.fetch_message",
"signature": "<bound method Function.signature of Function('fetch_message', 66, 79)>",
"docstring": "Fetch a full raw message by message identifier.\n\nArgs:\n message_id (str):\n Provider-specific message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native message payload (e.g., Gmail message JSON structure)."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.adapters.base.MailIntakeAdapter.fetch_thread",
"signature": "<bound method Function.signature of Function('fetch_thread', 81, 94)>",
"docstring": "Fetch a full raw thread by thread identifier.\n\nArgs:\n thread_id (str):\n Provider-specific thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native thread payload."
}
}
}
}
},
"gmail": {
"name": "gmail",
"kind": "module",
"path": "mail_intake.adapters.gmail",
"signature": null,
"docstring": "# Summary\n\nGmail adapter implementation for Mail Intake.\n\nThis module provides a **Gmail-specific implementation** of the\n`MailIntakeAdapter` contract.\n\nIt is the only place in the codebase where:\n\n- `googleapiclient` is imported.\n- Gmail REST API semantics are known.\n- Low-level `.execute()` calls are made.\n\nAll Gmail-specific behavior must be strictly contained within this module.",
"members": {
"Iterator": {
"name": "Iterator",
"kind": "alias",
"path": "mail_intake.adapters.gmail.Iterator",
"signature": "<bound method Alias.signature of Alias('Iterator', 'collections.abc.Iterator')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.adapters.gmail.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"build": {
"name": "build",
"kind": "alias",
"path": "mail_intake.adapters.gmail.build",
"signature": "<bound method Alias.signature of Alias('build', 'googleapiclient.discovery.build')>",
"docstring": null
},
"HttpError": {
"name": "HttpError",
"kind": "alias",
"path": "mail_intake.adapters.gmail.HttpError",
"signature": "<bound method Alias.signature of Alias('HttpError', 'googleapiclient.errors.HttpError')>",
"docstring": null
},
"MailIntakeAdapter": {
"name": "MailIntakeAdapter",
"kind": "class",
"path": "mail_intake.adapters.gmail.MailIntakeAdapter",
"signature": "<bound method Alias.signature of Alias('MailIntakeAdapter', 'mail_intake.adapters.base.MailIntakeAdapter')>",
"docstring": "Base adapter interface for mail providers.\n\nNotes:\n **Guarantees:**\n\n - Discover messages matching a query.\n - Retrieve full message payloads.\n - Retrieve full thread payloads.\n\n **Lifecycle:**\n\n - Adapters are intentionally read-only and must not mutate provider state.",
"members": {
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeAdapter.iter_message_refs",
"signature": "<bound method Alias.signature of Alias('iter_message_refs', 'mail_intake.adapters.base.MailIntakeAdapter.iter_message_refs')>",
"docstring": "Iterate over lightweight message references matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n Dict[str, str]:\n Dictionaries containing message and thread identifiers.\n\nNotes:\n **Guarantees:**\n\n - Implementations must yield dictionaries containing at least\n `message_id` and `thread_id`.\n\nExample:\n Typical yield:\n\n ```python\n {\n \"message_id\": \"...\",\n \"thread_id\": \"...\"\n }\n ```"
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeAdapter.fetch_message",
"signature": "<bound method Alias.signature of Alias('fetch_message', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_message')>",
"docstring": "Fetch a full raw message by message identifier.\n\nArgs:\n message_id (str):\n Provider-specific message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native message payload (e.g., Gmail message JSON structure)."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeAdapter.fetch_thread",
"signature": "<bound method Alias.signature of Alias('fetch_thread', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_thread')>",
"docstring": "Fetch a full raw thread by thread identifier.\n\nArgs:\n thread_id (str):\n Provider-specific thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native thread payload."
}
}
},
"MailIntakeAuthProvider": {
"name": "MailIntakeAuthProvider",
"kind": "class",
"path": "mail_intake.adapters.gmail.MailIntakeAuthProvider",
"signature": "<bound method Alias.signature of Alias('MailIntakeAuthProvider', 'mail_intake.auth.base.MailIntakeAuthProvider')>",
"docstring": "Abstract base class for authentication providers.\n\nThis interface enforces a strict contract between authentication\nproviders and mail adapters by requiring providers to explicitly\ndeclare the type of credentials they return.\n\nNotes:\n **Responsibilities:**\n\n - Acquire credentials from an external provider.\n - Refresh or revalidate credentials as needed.\n - Handle authentication-specific failure modes.\n - Coordinate with credential persistence layers where applicable.\n\n **Constraints:**\n\n - Mail adapters must treat returned credentials as opaque and\n provider-specific.\n - Mail adapters rely only on the declared credential type expected\n by the adapter.",
"members": {
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeAuthProvider.get_credentials",
"signature": "<bound method Alias.signature of Alias('get_credentials', 'mail_intake.auth.base.MailIntakeAuthProvider.get_credentials')>",
"docstring": "Retrieve valid, provider-specific credentials.\n\nReturns:\n T:\n Credentials of type `T` suitable for immediate use by the\n corresponding mail adapter.\n\nRaises:\n Exception:\n An authentication-specific exception indicating that\n credentials could not be obtained or validated.\n\nNotes:\n **Guarantees:**\n\n - This method is synchronous by design.\n - Represents the sole entry point through which adapters obtain\n authentication material.\n - Implementations must either return credentials of the declared\n type `T` that are valid at the time of return or raise an exception."
}
}
},
"MailIntakeAdapterError": {
"name": "MailIntakeAdapterError",
"kind": "class",
"path": "mail_intake.adapters.gmail.MailIntakeAdapterError",
"signature": "<bound method Alias.signature of Alias('MailIntakeAdapterError', 'mail_intake.exceptions.MailIntakeAdapterError')>",
"docstring": "Errors raised by mail provider adapters.\n\nNotes:\n **Lifecycle:**\n\n - Raised when a provider adapter encounters API errors, transport\n failures, or invalid provider responses."
},
"MailIntakeGmailAdapter": {
"name": "MailIntakeGmailAdapter",
"kind": "class",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter",
"signature": "<bound method Class.signature of Class('MailIntakeGmailAdapter', 29, 184)>",
"docstring": "Gmail read-only adapter.\n\nThis adapter implements the `MailIntakeAdapter` interface using the\nGmail REST API. It translates the generic mail intake contract into\nGmail-specific API calls.\n\nNotes:\n **Responsibilities:**\n\n - This class is the ONLY place where `googleapiclient` is imported.\n - Gmail REST semantics are known.\n - `.execute()` is called.\n\n **Constraints:**\n\n - Must remain thin and imperative.\n - Must not perform parsing or interpretation.\n - Must not expose Gmail-specific types beyond this class.",
"members": {
"service": {
"name": "service",
"kind": "attribute",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter.service",
"signature": null,
"docstring": "Lazily initialize and return the Gmail API service client.\n\nReturns:\n Any:\n Initialized Gmail API service instance.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail service cannot be initialized."
},
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter.iter_message_refs",
"signature": "<bound method Function.signature of Function('iter_message_refs', 93, 128)>",
"docstring": "Iterate over message references matching the query.\n\nArgs:\n query (str):\n Gmail search query string.\n\nYields:\n Dict[str, str]:\n Dictionaries containing ``message_id`` and ``thread_id``.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter.fetch_message",
"signature": "<bound method Function.signature of Function('fetch_message', 130, 156)>",
"docstring": "Fetch a full Gmail message by message ID.\n\nArgs:\n message_id (str):\n Gmail message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native Gmail message payload.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.adapters.gmail.MailIntakeGmailAdapter.fetch_thread",
"signature": "<bound method Function.signature of Function('fetch_thread', 158, 184)>",
"docstring": "Fetch a full Gmail thread by thread ID.\n\nArgs:\n thread_id (str):\n Gmail thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native Gmail thread payload.\n\nRaises:\n MailIntakeAdapterError:\n If the Gmail API returns an error."
}
}
}
}
}
}
}
}

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@@ -0,0 +1,60 @@
{
"module": "mail_intake.auth.base",
"content": {
"path": "mail_intake.auth.base",
"docstring": "# Summary\n\nAuthentication provider contracts for Mail Intake.\n\nThis module defines the **authentication abstraction layer** used by mail\nadapters to obtain provider-specific credentials.\n\nAuthentication concerns are intentionally decoupled from adapter logic.\nAdapters depend only on this interface and must not be aware of how\ncredentials are acquired, refreshed, or persisted.",
"objects": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "mail_intake.auth.base.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "mail_intake.auth.base.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "mail_intake.auth.base.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "mail_intake.auth.base.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"T": {
"name": "T",
"kind": "attribute",
"path": "mail_intake.auth.base.T",
"signature": null,
"docstring": null
},
"MailIntakeAuthProvider": {
"name": "MailIntakeAuthProvider",
"kind": "class",
"path": "mail_intake.auth.base.MailIntakeAuthProvider",
"signature": "<bound method Class.signature of Class('MailIntakeAuthProvider', 20, 68)>",
"docstring": "Abstract base class for authentication providers.\n\nThis interface enforces a strict contract between authentication\nproviders and mail adapters by requiring providers to explicitly\ndeclare the type of credentials they return.\n\nNotes:\n **Responsibilities:**\n\n - Acquire credentials from an external provider.\n - Refresh or revalidate credentials as needed.\n - Handle authentication-specific failure modes.\n - Coordinate with credential persistence layers where applicable.\n\n **Constraints:**\n\n - Mail adapters must treat returned credentials as opaque and\n provider-specific.\n - Mail adapters rely only on the declared credential type expected\n by the adapter.",
"members": {
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.auth.base.MailIntakeAuthProvider.get_credentials",
"signature": "<bound method Function.signature of Function('get_credentials', 44, 68)>",
"docstring": "Retrieve valid, provider-specific credentials.\n\nReturns:\n T:\n Credentials of type `T` suitable for immediate use by the\n corresponding mail adapter.\n\nRaises:\n Exception:\n An authentication-specific exception indicating that\n credentials could not be obtained or validated.\n\nNotes:\n **Guarantees:**\n\n - This method is synchronous by design.\n - Represents the sole entry point through which adapters obtain\n authentication material.\n - Implementations must either return credentials of the declared\n type `T` that are valid at the time of return or raise an exception."
}
}
}
}
}
}

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@@ -0,0 +1,148 @@
{
"module": "mail_intake.auth.google",
"content": {
"path": "mail_intake.auth.google",
"docstring": "# Summary\n\nGoogle authentication provider implementation for Mail Intake.\n\nThis module provides a **Google OAuth–based authentication provider**\nused primarily for Gmail access.\n\nIt encapsulates all Google-specific authentication concerns, including:\n\n- Credential loading and persistence.\n- Token refresh handling.\n- Interactive OAuth flow initiation.\n- Coordination with a credential persistence layer.\n\nNo Google authentication details should leak outside this module.",
"objects": {
"os": {
"name": "os",
"kind": "alias",
"path": "mail_intake.auth.google.os",
"signature": "<bound method Alias.signature of Alias('os', 'os')>",
"docstring": null
},
"Sequence": {
"name": "Sequence",
"kind": "alias",
"path": "mail_intake.auth.google.Sequence",
"signature": "<bound method Alias.signature of Alias('Sequence', 'collections.abc.Sequence')>",
"docstring": null
},
"google": {
"name": "google",
"kind": "alias",
"path": "mail_intake.auth.google.google",
"signature": "<bound method Alias.signature of Alias('google', 'google')>",
"docstring": null
},
"Request": {
"name": "Request",
"kind": "alias",
"path": "mail_intake.auth.google.Request",
"signature": "<bound method Alias.signature of Alias('Request', 'google.auth.transport.requests.Request')>",
"docstring": null
},
"Credentials": {
"name": "Credentials",
"kind": "alias",
"path": "mail_intake.auth.google.Credentials",
"signature": "<bound method Alias.signature of Alias('Credentials', 'google.oauth2.credentials.Credentials')>",
"docstring": null
},
"InstalledAppFlow": {
"name": "InstalledAppFlow",
"kind": "alias",
"path": "mail_intake.auth.google.InstalledAppFlow",
"signature": "<bound method Alias.signature of Alias('InstalledAppFlow', 'google_auth_oauthlib.flow.InstalledAppFlow')>",
"docstring": null
},
"MailIntakeAuthProvider": {
"name": "MailIntakeAuthProvider",
"kind": "class",
"path": "mail_intake.auth.google.MailIntakeAuthProvider",
"signature": "<bound method Alias.signature of Alias('MailIntakeAuthProvider', 'mail_intake.auth.base.MailIntakeAuthProvider')>",
"docstring": "Abstract base class for authentication providers.\n\nThis interface enforces a strict contract between authentication\nproviders and mail adapters by requiring providers to explicitly\ndeclare the type of credentials they return.\n\nNotes:\n **Responsibilities:**\n\n - Acquire credentials from an external provider.\n - Refresh or revalidate credentials as needed.\n - Handle authentication-specific failure modes.\n - Coordinate with credential persistence layers where applicable.\n\n **Constraints:**\n\n - Mail adapters must treat returned credentials as opaque and\n provider-specific.\n - Mail adapters rely only on the declared credential type expected\n by the adapter.",
"members": {
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.auth.google.MailIntakeAuthProvider.get_credentials",
"signature": "<bound method Alias.signature of Alias('get_credentials', 'mail_intake.auth.base.MailIntakeAuthProvider.get_credentials')>",
"docstring": "Retrieve valid, provider-specific credentials.\n\nReturns:\n T:\n Credentials of type `T` suitable for immediate use by the\n corresponding mail adapter.\n\nRaises:\n Exception:\n An authentication-specific exception indicating that\n credentials could not be obtained or validated.\n\nNotes:\n **Guarantees:**\n\n - This method is synchronous by design.\n - Represents the sole entry point through which adapters obtain\n authentication material.\n - Implementations must either return credentials of the declared\n type `T` that are valid at the time of return or raise an exception."
}
}
},
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.auth.google.CredentialStore",
"signature": "<bound method Alias.signature of Alias('CredentialStore', 'mail_intake.credentials.store.CredentialStore')>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.auth.google.CredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.store.CredentialStore.load')>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.auth.google.CredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.store.CredentialStore.save')>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.auth.google.CredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.store.CredentialStore.clear')>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
},
"MailIntakeAuthError": {
"name": "MailIntakeAuthError",
"kind": "class",
"path": "mail_intake.auth.google.MailIntakeAuthError",
"signature": "<bound method Alias.signature of Alias('MailIntakeAuthError', 'mail_intake.exceptions.MailIntakeAuthError')>",
"docstring": "Authentication and credential-related failures.\n\nNotes:\n **Lifecycle:**\n\n - Raised when authentication providers are unable to acquire,\n refresh, or persist valid credentials."
},
"MailIntakeGoogleAuth": {
"name": "MailIntakeGoogleAuth",
"kind": "class",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth",
"signature": "<bound method Class.signature of Class('MailIntakeGoogleAuth', 32, 135)>",
"docstring": "Google OAuth provider for Gmail access.\n\nThis provider implements the `MailIntakeAuthProvider` interface using\nGoogle's OAuth 2.0 flow and credential management libraries.\n\nNotes:\n **Responsibilities:**\n\n - Load cached credentials from a credential store when available.\n - Refresh expired credentials when possible.\n - Initiate an interactive OAuth flow only when required.\n - Persist refreshed or newly obtained credentials via the store.\n\n **Guarantees:**\n\n - This class is synchronous by design and maintains a minimal\n internal state.",
"members": {
"credentials_path": {
"name": "credentials_path",
"kind": "attribute",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth.credentials_path",
"signature": null,
"docstring": null
},
"store": {
"name": "store",
"kind": "attribute",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth.store",
"signature": null,
"docstring": null
},
"scopes": {
"name": "scopes",
"kind": "attribute",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth.scopes",
"signature": null,
"docstring": null
},
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth.get_credentials",
"signature": "<bound method Function.signature of Function('get_credentials', 76, 135)>",
"docstring": "Retrieve valid Google OAuth credentials.\n\nReturns:\n Credentials:\n A `google.oauth2.credentials.Credentials` instance suitable\n for use with Google API clients.\n\nRaises:\n MailIntakeAuthError:\n If credentials cannot be loaded, refreshed,\n or obtained via interactive authentication.\n\nNotes:\n **Lifecycle:**\n\n - Load cached credentials from the configured credential store.\n - Refresh expired credentials when possible.\n - Perform an interactive OAuth login as a fallback.\n - Persist valid credentials for future use."
}
}
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.auth.google.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
}
}

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@@ -0,0 +1,270 @@
{
"module": "mail_intake.auth",
"content": {
"path": "mail_intake.auth",
"docstring": "# Summary\n\nAuthentication provider implementations for Mail Intake.\n\nThis package defines the **authentication layer** used by mail adapters\nto obtain provider-specific credentials.\n\nIt exposes:\n\n- A stable, provider-agnostic authentication contract.\n- Concrete authentication providers for supported platforms.\n\nAuthentication providers:\n\n- Are responsible for credential acquisition and lifecycle management.\n- Are intentionally decoupled from adapter logic.\n- May be extended by users to support additional providers.\n\nConsumers should depend on the abstract interface and use concrete\nimplementations only where explicitly required.\n\n---\n\n# Public API\n\n- `MailIntakeAuthProvider`\n- `MailIntakeGoogleAuth`\n\n---",
"objects": {
"MailIntakeAuthProvider": {
"name": "MailIntakeAuthProvider",
"kind": "class",
"path": "mail_intake.auth.MailIntakeAuthProvider",
"signature": "<bound method Alias.signature of Alias('MailIntakeAuthProvider', 'mail_intake.auth.base.MailIntakeAuthProvider')>",
"docstring": "Abstract base class for authentication providers.\n\nThis interface enforces a strict contract between authentication\nproviders and mail adapters by requiring providers to explicitly\ndeclare the type of credentials they return.\n\nNotes:\n **Responsibilities:**\n\n - Acquire credentials from an external provider.\n - Refresh or revalidate credentials as needed.\n - Handle authentication-specific failure modes.\n - Coordinate with credential persistence layers where applicable.\n\n **Constraints:**\n\n - Mail adapters must treat returned credentials as opaque and\n provider-specific.\n - Mail adapters rely only on the declared credential type expected\n by the adapter.",
"members": {
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.auth.MailIntakeAuthProvider.get_credentials",
"signature": "<bound method Alias.signature of Alias('get_credentials', 'mail_intake.auth.base.MailIntakeAuthProvider.get_credentials')>",
"docstring": "Retrieve valid, provider-specific credentials.\n\nReturns:\n T:\n Credentials of type `T` suitable for immediate use by the\n corresponding mail adapter.\n\nRaises:\n Exception:\n An authentication-specific exception indicating that\n credentials could not be obtained or validated.\n\nNotes:\n **Guarantees:**\n\n - This method is synchronous by design.\n - Represents the sole entry point through which adapters obtain\n authentication material.\n - Implementations must either return credentials of the declared\n type `T` that are valid at the time of return or raise an exception."
}
}
},
"MailIntakeGoogleAuth": {
"name": "MailIntakeGoogleAuth",
"kind": "class",
"path": "mail_intake.auth.MailIntakeGoogleAuth",
"signature": "<bound method Alias.signature of Alias('MailIntakeGoogleAuth', 'mail_intake.auth.google.MailIntakeGoogleAuth')>",
"docstring": "Google OAuth provider for Gmail access.\n\nThis provider implements the `MailIntakeAuthProvider` interface using\nGoogle's OAuth 2.0 flow and credential management libraries.\n\nNotes:\n **Responsibilities:**\n\n - Load cached credentials from a credential store when available.\n - Refresh expired credentials when possible.\n - Initiate an interactive OAuth flow only when required.\n - Persist refreshed or newly obtained credentials via the store.\n\n **Guarantees:**\n\n - This class is synchronous by design and maintains a minimal\n internal state.",
"members": {
"credentials_path": {
"name": "credentials_path",
"kind": "attribute",
"path": "mail_intake.auth.MailIntakeGoogleAuth.credentials_path",
"signature": "<bound method Alias.signature of Alias('credentials_path', 'mail_intake.auth.google.MailIntakeGoogleAuth.credentials_path')>",
"docstring": null
},
"store": {
"name": "store",
"kind": "attribute",
"path": "mail_intake.auth.MailIntakeGoogleAuth.store",
"signature": "<bound method Alias.signature of Alias('store', 'mail_intake.auth.google.MailIntakeGoogleAuth.store')>",
"docstring": null
},
"scopes": {
"name": "scopes",
"kind": "attribute",
"path": "mail_intake.auth.MailIntakeGoogleAuth.scopes",
"signature": "<bound method Alias.signature of Alias('scopes', 'mail_intake.auth.google.MailIntakeGoogleAuth.scopes')>",
"docstring": null
},
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.auth.MailIntakeGoogleAuth.get_credentials",
"signature": "<bound method Alias.signature of Alias('get_credentials', 'mail_intake.auth.google.MailIntakeGoogleAuth.get_credentials')>",
"docstring": "Retrieve valid Google OAuth credentials.\n\nReturns:\n Credentials:\n A `google.oauth2.credentials.Credentials` instance suitable\n for use with Google API clients.\n\nRaises:\n MailIntakeAuthError:\n If credentials cannot be loaded, refreshed,\n or obtained via interactive authentication.\n\nNotes:\n **Lifecycle:**\n\n - Load cached credentials from the configured credential store.\n - Refresh expired credentials when possible.\n - Perform an interactive OAuth login as a fallback.\n - Persist valid credentials for future use."
}
}
},
"base": {
"name": "base",
"kind": "module",
"path": "mail_intake.auth.base",
"signature": null,
"docstring": "# Summary\n\nAuthentication provider contracts for Mail Intake.\n\nThis module defines the **authentication abstraction layer** used by mail\nadapters to obtain provider-specific credentials.\n\nAuthentication concerns are intentionally decoupled from adapter logic.\nAdapters depend only on this interface and must not be aware of how\ncredentials are acquired, refreshed, or persisted.",
"members": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "mail_intake.auth.base.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "mail_intake.auth.base.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "mail_intake.auth.base.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "mail_intake.auth.base.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"T": {
"name": "T",
"kind": "attribute",
"path": "mail_intake.auth.base.T",
"signature": null,
"docstring": null
},
"MailIntakeAuthProvider": {
"name": "MailIntakeAuthProvider",
"kind": "class",
"path": "mail_intake.auth.base.MailIntakeAuthProvider",
"signature": "<bound method Class.signature of Class('MailIntakeAuthProvider', 20, 68)>",
"docstring": "Abstract base class for authentication providers.\n\nThis interface enforces a strict contract between authentication\nproviders and mail adapters by requiring providers to explicitly\ndeclare the type of credentials they return.\n\nNotes:\n **Responsibilities:**\n\n - Acquire credentials from an external provider.\n - Refresh or revalidate credentials as needed.\n - Handle authentication-specific failure modes.\n - Coordinate with credential persistence layers where applicable.\n\n **Constraints:**\n\n - Mail adapters must treat returned credentials as opaque and\n provider-specific.\n - Mail adapters rely only on the declared credential type expected\n by the adapter.",
"members": {
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.auth.base.MailIntakeAuthProvider.get_credentials",
"signature": "<bound method Function.signature of Function('get_credentials', 44, 68)>",
"docstring": "Retrieve valid, provider-specific credentials.\n\nReturns:\n T:\n Credentials of type `T` suitable for immediate use by the\n corresponding mail adapter.\n\nRaises:\n Exception:\n An authentication-specific exception indicating that\n credentials could not be obtained or validated.\n\nNotes:\n **Guarantees:**\n\n - This method is synchronous by design.\n - Represents the sole entry point through which adapters obtain\n authentication material.\n - Implementations must either return credentials of the declared\n type `T` that are valid at the time of return or raise an exception."
}
}
}
}
},
"google": {
"name": "google",
"kind": "module",
"path": "mail_intake.auth.google",
"signature": null,
"docstring": "# Summary\n\nGoogle authentication provider implementation for Mail Intake.\n\nThis module provides a **Google OAuth–based authentication provider**\nused primarily for Gmail access.\n\nIt encapsulates all Google-specific authentication concerns, including:\n\n- Credential loading and persistence.\n- Token refresh handling.\n- Interactive OAuth flow initiation.\n- Coordination with a credential persistence layer.\n\nNo Google authentication details should leak outside this module.",
"members": {
"os": {
"name": "os",
"kind": "alias",
"path": "mail_intake.auth.google.os",
"signature": "<bound method Alias.signature of Alias('os', 'os')>",
"docstring": null
},
"Sequence": {
"name": "Sequence",
"kind": "alias",
"path": "mail_intake.auth.google.Sequence",
"signature": "<bound method Alias.signature of Alias('Sequence', 'collections.abc.Sequence')>",
"docstring": null
},
"google": {
"name": "google",
"kind": "alias",
"path": "mail_intake.auth.google.google",
"signature": "<bound method Alias.signature of Alias('google', 'google')>",
"docstring": null
},
"Request": {
"name": "Request",
"kind": "alias",
"path": "mail_intake.auth.google.Request",
"signature": "<bound method Alias.signature of Alias('Request', 'google.auth.transport.requests.Request')>",
"docstring": null
},
"Credentials": {
"name": "Credentials",
"kind": "alias",
"path": "mail_intake.auth.google.Credentials",
"signature": "<bound method Alias.signature of Alias('Credentials', 'google.oauth2.credentials.Credentials')>",
"docstring": null
},
"InstalledAppFlow": {
"name": "InstalledAppFlow",
"kind": "alias",
"path": "mail_intake.auth.google.InstalledAppFlow",
"signature": "<bound method Alias.signature of Alias('InstalledAppFlow', 'google_auth_oauthlib.flow.InstalledAppFlow')>",
"docstring": null
},
"MailIntakeAuthProvider": {
"name": "MailIntakeAuthProvider",
"kind": "class",
"path": "mail_intake.auth.google.MailIntakeAuthProvider",
"signature": "<bound method Alias.signature of Alias('MailIntakeAuthProvider', 'mail_intake.auth.base.MailIntakeAuthProvider')>",
"docstring": "Abstract base class for authentication providers.\n\nThis interface enforces a strict contract between authentication\nproviders and mail adapters by requiring providers to explicitly\ndeclare the type of credentials they return.\n\nNotes:\n **Responsibilities:**\n\n - Acquire credentials from an external provider.\n - Refresh or revalidate credentials as needed.\n - Handle authentication-specific failure modes.\n - Coordinate with credential persistence layers where applicable.\n\n **Constraints:**\n\n - Mail adapters must treat returned credentials as opaque and\n provider-specific.\n - Mail adapters rely only on the declared credential type expected\n by the adapter.",
"members": {
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.auth.google.MailIntakeAuthProvider.get_credentials",
"signature": "<bound method Alias.signature of Alias('get_credentials', 'mail_intake.auth.base.MailIntakeAuthProvider.get_credentials')>",
"docstring": "Retrieve valid, provider-specific credentials.\n\nReturns:\n T:\n Credentials of type `T` suitable for immediate use by the\n corresponding mail adapter.\n\nRaises:\n Exception:\n An authentication-specific exception indicating that\n credentials could not be obtained or validated.\n\nNotes:\n **Guarantees:**\n\n - This method is synchronous by design.\n - Represents the sole entry point through which adapters obtain\n authentication material.\n - Implementations must either return credentials of the declared\n type `T` that are valid at the time of return or raise an exception."
}
}
},
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.auth.google.CredentialStore",
"signature": "<bound method Alias.signature of Alias('CredentialStore', 'mail_intake.credentials.store.CredentialStore')>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.auth.google.CredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.store.CredentialStore.load')>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.auth.google.CredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.store.CredentialStore.save')>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.auth.google.CredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.store.CredentialStore.clear')>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
},
"MailIntakeAuthError": {
"name": "MailIntakeAuthError",
"kind": "class",
"path": "mail_intake.auth.google.MailIntakeAuthError",
"signature": "<bound method Alias.signature of Alias('MailIntakeAuthError', 'mail_intake.exceptions.MailIntakeAuthError')>",
"docstring": "Authentication and credential-related failures.\n\nNotes:\n **Lifecycle:**\n\n - Raised when authentication providers are unable to acquire,\n refresh, or persist valid credentials."
},
"MailIntakeGoogleAuth": {
"name": "MailIntakeGoogleAuth",
"kind": "class",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth",
"signature": "<bound method Class.signature of Class('MailIntakeGoogleAuth', 32, 135)>",
"docstring": "Google OAuth provider for Gmail access.\n\nThis provider implements the `MailIntakeAuthProvider` interface using\nGoogle's OAuth 2.0 flow and credential management libraries.\n\nNotes:\n **Responsibilities:**\n\n - Load cached credentials from a credential store when available.\n - Refresh expired credentials when possible.\n - Initiate an interactive OAuth flow only when required.\n - Persist refreshed or newly obtained credentials via the store.\n\n **Guarantees:**\n\n - This class is synchronous by design and maintains a minimal\n internal state.",
"members": {
"credentials_path": {
"name": "credentials_path",
"kind": "attribute",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth.credentials_path",
"signature": null,
"docstring": null
},
"store": {
"name": "store",
"kind": "attribute",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth.store",
"signature": null,
"docstring": null
},
"scopes": {
"name": "scopes",
"kind": "attribute",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth.scopes",
"signature": null,
"docstring": null
},
"get_credentials": {
"name": "get_credentials",
"kind": "function",
"path": "mail_intake.auth.google.MailIntakeGoogleAuth.get_credentials",
"signature": "<bound method Function.signature of Function('get_credentials', 76, 135)>",
"docstring": "Retrieve valid Google OAuth credentials.\n\nReturns:\n Credentials:\n A `google.oauth2.credentials.Credentials` instance suitable\n for use with Google API clients.\n\nRaises:\n MailIntakeAuthError:\n If credentials cannot be loaded, refreshed,\n or obtained via interactive authentication.\n\nNotes:\n **Lifecycle:**\n\n - Load cached credentials from the configured credential store.\n - Refresh expired credentials when possible.\n - Perform an interactive OAuth login as a fallback.\n - Persist valid credentials for future use."
}
}
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.auth.google.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
}
}
}
}

View File

@@ -0,0 +1,60 @@
{
"module": "mail_intake.config",
"content": {
"path": "mail_intake.config",
"docstring": "# Summary\n\nGlobal configuration models for Mail Intake.\n\nThis module defines the **top-level configuration object** used to control\nmail ingestion behavior across adapters, authentication providers, and\ningestion workflows.\n\nConfiguration is intentionally explicit, immutable, and free of implicit\nenvironment reads to ensure predictability and testability.",
"objects": {
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "mail_intake.config.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"MailIntakeConfig": {
"name": "MailIntakeConfig",
"kind": "class",
"path": "mail_intake.config.MailIntakeConfig",
"signature": "<bound method Class.signature of Class('MailIntakeConfig', 17, 56)>",
"docstring": "Global configuration for `mail-intake`.\n\nNotes:\n **Guarantees:**\n\n - This configuration is intentionally explicit and immutable.\n - No implicit environment reads or global state.\n - Explicit configuration over implicit defaults.\n - No direct environment or filesystem access.\n - This model is safe to pass across layers and suitable for\n serialization.",
"members": {
"provider": {
"name": "provider",
"kind": "attribute",
"path": "mail_intake.config.MailIntakeConfig.provider",
"signature": null,
"docstring": "Identifier of the mail provider to use (e.g., ``\"gmail\"``)."
},
"user_id": {
"name": "user_id",
"kind": "attribute",
"path": "mail_intake.config.MailIntakeConfig.user_id",
"signature": null,
"docstring": "Provider-specific user identifier. Defaults to the authenticated user."
},
"readonly": {
"name": "readonly",
"kind": "attribute",
"path": "mail_intake.config.MailIntakeConfig.readonly",
"signature": null,
"docstring": "Whether ingestion should operate in read-only mode."
},
"credentials_path": {
"name": "credentials_path",
"kind": "attribute",
"path": "mail_intake.config.MailIntakeConfig.credentials_path",
"signature": null,
"docstring": "Optional path to provider credentials configuration."
},
"token_path": {
"name": "token_path",
"kind": "attribute",
"path": "mail_intake.config.MailIntakeConfig.token_path",
"signature": null,
"docstring": "Optional path to persisted authentication tokens."
}
}
}
}
}
}

View File

@@ -0,0 +1,444 @@
{
"module": "mail_intake.credentials",
"content": {
"path": "mail_intake.credentials",
"docstring": "# Summary\n\nCredential persistence interfaces and implementations for Mail Intake.\n\nThis package defines the abstractions and concrete implementations used\nto persist authentication credentials across Mail Intake components.\n\nThe credential persistence layer is intentionally decoupled from\nauthentication logic. Authentication providers are responsible for\ncredential acquisition, validation, and refresh, while implementations\nwithin this package are responsible solely for storage and retrieval.\n\nThe package provides:\n\n- A generic `CredentialStore` abstraction defining the persistence contract.\n- Local filesystem–based storage for development and single-node use.\n- Distributed, Redis-backed storage for production and scaled deployments.\n\nCredential lifecycle management, interpretation, and security policy\ndecisions remain the responsibility of authentication providers.\n\n---\n\n# Public API\n\n- `CredentialStore`\n- `PickleCredentialStore`\n- `RedisCredentialStore`\n\n---",
"objects": {
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.credentials.CredentialStore",
"signature": "<bound method Alias.signature of Alias('CredentialStore', 'mail_intake.credentials.store.CredentialStore')>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.CredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.store.CredentialStore.load')>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.CredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.store.CredentialStore.save')>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.CredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.store.CredentialStore.clear')>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
},
"PickleCredentialStore": {
"name": "PickleCredentialStore",
"kind": "class",
"path": "mail_intake.credentials.PickleCredentialStore",
"signature": "<bound method Alias.signature of Alias('PickleCredentialStore', 'mail_intake.credentials.pickle.PickleCredentialStore')>",
"docstring": "Filesystem-backed credential store using pickle serialization.\n\nThis store persists credentials as a pickled object on the local\nfilesystem. It is a simple implementation intended primarily for\ndevelopment, testing, and single-process execution contexts.\n\nNotes:\n **Guarantees:**\n\n - Stores credentials on the local filesystem.\n - Uses `pickle` for serialization and deserialization.\n - Does not provide encryption, locking, or concurrency guarantees.\n\n **Constraints:**\n\n - Credential lifecycle management, validation, and refresh logic are\n explicitly out of scope for this class.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "mail_intake.credentials.PickleCredentialStore.path",
"signature": "<bound method Alias.signature of Alias('path', 'mail_intake.credentials.pickle.PickleCredentialStore.path')>",
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.PickleCredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.pickle.PickleCredentialStore.load')>",
"docstring": "Load credentials from the local filesystem.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are present and\n successfully deserialized; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - If the credential file does not exist or cannot be successfully\n deserialized, this method returns `None`.\n - The store does not attempt to validate or interpret the\n returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.PickleCredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.pickle.PickleCredentialStore.save')>",
"docstring": "Persist credentials to the local filesystem.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Responsibilities:**\n\n - Any previously stored credentials at the configured path are overwritten"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.PickleCredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.pickle.PickleCredentialStore.clear')>",
"docstring": "Remove persisted credentials from the local filesystem.\n\nNotes:\n **Lifecycle:**\n\n - This method deletes the credential file if it exists and should be treated as an idempotent operation"
}
}
},
"RedisCredentialStore": {
"name": "RedisCredentialStore",
"kind": "class",
"path": "mail_intake.credentials.RedisCredentialStore",
"signature": "<bound method Alias.signature of Alias('RedisCredentialStore', 'mail_intake.credentials.redis.RedisCredentialStore')>",
"docstring": "Redis-backed implementation of `CredentialStore`.\n\nThis store persists credentials in Redis and is suitable for\ndistributed and horizontally scaled deployments where credentials\nmust be shared across multiple processes or nodes.\n\nNotes:\n **Responsibilities:**\n\n - This class is responsible only for persistence and retrieval.\n - It does not interpret, validate, refresh, or otherwise manage the\n lifecycle of the credentials being stored.\n\n **Guarantees:**\n\n - The store is intentionally generic and delegates all serialization\n concerns to caller-provided functions.\n - This avoids unsafe mechanisms such as `pickle` and allows\n credential formats to be explicitly controlled and audited.",
"members": {
"redis": {
"name": "redis",
"kind": "attribute",
"path": "mail_intake.credentials.RedisCredentialStore.redis",
"signature": "<bound method Alias.signature of Alias('redis', 'mail_intake.credentials.redis.RedisCredentialStore.redis')>",
"docstring": null
},
"key": {
"name": "key",
"kind": "attribute",
"path": "mail_intake.credentials.RedisCredentialStore.key",
"signature": "<bound method Alias.signature of Alias('key', 'mail_intake.credentials.redis.RedisCredentialStore.key')>",
"docstring": null
},
"serialize": {
"name": "serialize",
"kind": "attribute",
"path": "mail_intake.credentials.RedisCredentialStore.serialize",
"signature": "<bound method Alias.signature of Alias('serialize', 'mail_intake.credentials.redis.RedisCredentialStore.serialize')>",
"docstring": null
},
"deserialize": {
"name": "deserialize",
"kind": "attribute",
"path": "mail_intake.credentials.RedisCredentialStore.deserialize",
"signature": "<bound method Alias.signature of Alias('deserialize', 'mail_intake.credentials.redis.RedisCredentialStore.deserialize')>",
"docstring": null
},
"ttl_seconds": {
"name": "ttl_seconds",
"kind": "attribute",
"path": "mail_intake.credentials.RedisCredentialStore.ttl_seconds",
"signature": "<bound method Alias.signature of Alias('ttl_seconds', 'mail_intake.credentials.redis.RedisCredentialStore.ttl_seconds')>",
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.RedisCredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.redis.RedisCredentialStore.load')>",
"docstring": "Load credentials from Redis.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are present and\n successfully deserialized; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - If no value exists for the configured key, or if the stored\n payload cannot be successfully deserialized, this method\n returns `None`.\n - The store does not attempt to validate the returned\n credentials or determine whether they are expired or\n otherwise usable."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.RedisCredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.redis.RedisCredentialStore.save')>",
"docstring": "Persist credentials to Redis.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Responsibilities:**\n\n - Any previously stored credentials under the same key are overwritten\n - If a TTL is configured, the credentials will expire automatically after the specified duration"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.RedisCredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.redis.RedisCredentialStore.clear')>",
"docstring": "Remove stored credentials from Redis.\n\nNotes:\n **Lifecycle:**\n\n - This operation deletes the configured Redis key if it exists\n - Implementations should treat this method as idempotent"
}
}
},
"pickle": {
"name": "pickle",
"kind": "module",
"path": "mail_intake.credentials.pickle",
"signature": null,
"docstring": "# Summary\n\nLocal filesystem–based credential persistence for Mail Intake.\n\nThis module provides a file-backed implementation of the\n`CredentialStore` abstraction using Python's `pickle` module.\n\nThe `pickle`-based credential store is intended for local development,\nsingle-node deployments, and controlled environments where credentials\ndo not need to be shared across processes or machines.\n\nDue to the security and portability risks associated with `pickle`-based\nserialization, this implementation is not suitable for distributed or\nuntrusted environments.",
"members": {
"pickle": {
"name": "pickle",
"kind": "alias",
"path": "mail_intake.credentials.pickle.pickle",
"signature": "<bound method Alias.signature of Alias('pickle', 'pickle')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "mail_intake.credentials.pickle.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.credentials.pickle.CredentialStore",
"signature": "<bound method Alias.signature of Alias('CredentialStore', 'mail_intake.credentials.store.CredentialStore')>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.pickle.CredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.store.CredentialStore.load')>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.pickle.CredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.store.CredentialStore.save')>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.pickle.CredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.store.CredentialStore.clear')>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "mail_intake.credentials.pickle.T",
"signature": null,
"docstring": null
},
"PickleCredentialStore": {
"name": "PickleCredentialStore",
"kind": "class",
"path": "mail_intake.credentials.pickle.PickleCredentialStore",
"signature": "<bound method Class.signature of Class('PickleCredentialStore', 26, 109)>",
"docstring": "Filesystem-backed credential store using pickle serialization.\n\nThis store persists credentials as a pickled object on the local\nfilesystem. It is a simple implementation intended primarily for\ndevelopment, testing, and single-process execution contexts.\n\nNotes:\n **Guarantees:**\n\n - Stores credentials on the local filesystem.\n - Uses `pickle` for serialization and deserialization.\n - Does not provide encryption, locking, or concurrency guarantees.\n\n **Constraints:**\n\n - Credential lifecycle management, validation, and refresh logic are\n explicitly out of scope for this class.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "mail_intake.credentials.pickle.PickleCredentialStore.path",
"signature": null,
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.pickle.PickleCredentialStore.load",
"signature": "<bound method Function.signature of Function('load', 58, 79)>",
"docstring": "Load credentials from the local filesystem.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are present and\n successfully deserialized; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - If the credential file does not exist or cannot be successfully\n deserialized, this method returns `None`.\n - The store does not attempt to validate or interpret the\n returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.pickle.PickleCredentialStore.save",
"signature": "<bound method Function.signature of Function('save', 81, 95)>",
"docstring": "Persist credentials to the local filesystem.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Responsibilities:**\n\n - Any previously stored credentials at the configured path are overwritten"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.pickle.PickleCredentialStore.clear",
"signature": "<bound method Function.signature of Function('clear', 97, 109)>",
"docstring": "Remove persisted credentials from the local filesystem.\n\nNotes:\n **Lifecycle:**\n\n - This method deletes the credential file if it exists and should be treated as an idempotent operation"
}
}
}
}
},
"redis": {
"name": "redis",
"kind": "module",
"path": "mail_intake.credentials.redis",
"signature": null,
"docstring": "# Summary\n\nRedis-backed credential persistence for Mail Intake.\n\nThis module provides a Redis-based implementation of the\n`CredentialStore` abstraction, enabling credential persistence\nacross distributed and horizontally scaled deployments.\n\nThe Redis credential store is designed for environments where\nauthentication credentials must be shared safely across multiple\nprocesses, containers, or nodes, such as container orchestration\nplatforms and microservice architectures.\n\nKey characteristics:\n\n- Distributed-safe, shared storage using Redis.\n- Explicit, caller-defined serialization and deserialization.\n- No reliance on unsafe mechanisms such as `pickle`.\n- Optional time-to-live (TTL) support for automatic credential expiry.\n\nThis module is responsible solely for persistence concerns.\nCredential validation, refresh, rotation, and acquisition remain the\nresponsibility of authentication provider implementations.",
"members": {
"Callable": {
"name": "Callable",
"kind": "alias",
"path": "mail_intake.credentials.redis.Callable",
"signature": "<bound method Alias.signature of Alias('Callable', 'collections.abc.Callable')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "mail_intake.credentials.redis.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.credentials.redis.CredentialStore",
"signature": "<bound method Alias.signature of Alias('CredentialStore', 'mail_intake.credentials.store.CredentialStore')>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.redis.CredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.store.CredentialStore.load')>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.redis.CredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.store.CredentialStore.save')>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.redis.CredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.store.CredentialStore.clear')>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "mail_intake.credentials.redis.T",
"signature": null,
"docstring": null
},
"RedisCredentialStore": {
"name": "RedisCredentialStore",
"kind": "class",
"path": "mail_intake.credentials.redis.RedisCredentialStore",
"signature": "<bound method Class.signature of Class('RedisCredentialStore', 35, 148)>",
"docstring": "Redis-backed implementation of `CredentialStore`.\n\nThis store persists credentials in Redis and is suitable for\ndistributed and horizontally scaled deployments where credentials\nmust be shared across multiple processes or nodes.\n\nNotes:\n **Responsibilities:**\n\n - This class is responsible only for persistence and retrieval.\n - It does not interpret, validate, refresh, or otherwise manage the\n lifecycle of the credentials being stored.\n\n **Guarantees:**\n\n - The store is intentionally generic and delegates all serialization\n concerns to caller-provided functions.\n - This avoids unsafe mechanisms such as `pickle` and allows\n credential formats to be explicitly controlled and audited.",
"members": {
"redis": {
"name": "redis",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.redis",
"signature": null,
"docstring": null
},
"key": {
"name": "key",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.key",
"signature": null,
"docstring": null
},
"serialize": {
"name": "serialize",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.serialize",
"signature": null,
"docstring": null
},
"deserialize": {
"name": "deserialize",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.deserialize",
"signature": null,
"docstring": null
},
"ttl_seconds": {
"name": "ttl_seconds",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.ttl_seconds",
"signature": null,
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.redis.RedisCredentialStore.load",
"signature": "<bound method Function.signature of Function('load', 91, 116)>",
"docstring": "Load credentials from Redis.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are present and\n successfully deserialized; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - If no value exists for the configured key, or if the stored\n payload cannot be successfully deserialized, this method\n returns `None`.\n - The store does not attempt to validate the returned\n credentials or determine whether they are expired or\n otherwise usable."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.redis.RedisCredentialStore.save",
"signature": "<bound method Function.signature of Function('save', 118, 136)>",
"docstring": "Persist credentials to Redis.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Responsibilities:**\n\n - Any previously stored credentials under the same key are overwritten\n - If a TTL is configured, the credentials will expire automatically after the specified duration"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.redis.RedisCredentialStore.clear",
"signature": "<bound method Function.signature of Function('clear', 138, 148)>",
"docstring": "Remove stored credentials from Redis.\n\nNotes:\n **Lifecycle:**\n\n - This operation deletes the configured Redis key if it exists\n - Implementations should treat this method as idempotent"
}
}
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.credentials.redis.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
},
"store": {
"name": "store",
"kind": "module",
"path": "mail_intake.credentials.store",
"signature": null,
"docstring": "# Summary\n\nCredential persistence abstractions for Mail Intake.\n\nThis module defines the generic persistence contract used to store and\nretrieve authentication credentials across Mail Intake components.\n\nThe `CredentialStore` abstraction establishes a strict separation\nbetween credential *lifecycle management* and credential *storage*.\nAuthentication providers are responsible for acquiring, validating,\nrefreshing, and revoking credentials, while concrete store\nimplementations are responsible solely for persistence concerns.\n\nBy remaining agnostic to credential structure, serialization format,\nand storage backend, this module enables multiple persistence\nstrategies—such as local files, in-memory caches, distributed stores,\nor secrets managers—without coupling authentication logic to any\nspecific storage mechanism.",
"members": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "mail_intake.credentials.store.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "mail_intake.credentials.store.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "mail_intake.credentials.store.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "mail_intake.credentials.store.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"T": {
"name": "T",
"kind": "attribute",
"path": "mail_intake.credentials.store.T",
"signature": null,
"docstring": null
},
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.credentials.store.CredentialStore",
"signature": "<bound method Class.signature of Class('CredentialStore', 28, 104)>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.store.CredentialStore.load",
"signature": "<bound method Function.signature of Function('load', 49, 67)>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.store.CredentialStore.save",
"signature": "<bound method Function.signature of Function('save', 69, 88)>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.store.CredentialStore.clear",
"signature": "<bound method Function.signature of Function('clear', 90, 104)>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
}
}
}
}
}
}

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{
"module": "mail_intake.credentials.pickle",
"content": {
"path": "mail_intake.credentials.pickle",
"docstring": "# Summary\n\nLocal filesystem–based credential persistence for Mail Intake.\n\nThis module provides a file-backed implementation of the\n`CredentialStore` abstraction using Python's `pickle` module.\n\nThe `pickle`-based credential store is intended for local development,\nsingle-node deployments, and controlled environments where credentials\ndo not need to be shared across processes or machines.\n\nDue to the security and portability risks associated with `pickle`-based\nserialization, this implementation is not suitable for distributed or\nuntrusted environments.",
"objects": {
"pickle": {
"name": "pickle",
"kind": "alias",
"path": "mail_intake.credentials.pickle.pickle",
"signature": "<bound method Alias.signature of Alias('pickle', 'pickle')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "mail_intake.credentials.pickle.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.credentials.pickle.CredentialStore",
"signature": "<bound method Alias.signature of Alias('CredentialStore', 'mail_intake.credentials.store.CredentialStore')>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.pickle.CredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.store.CredentialStore.load')>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.pickle.CredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.store.CredentialStore.save')>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.pickle.CredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.store.CredentialStore.clear')>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "mail_intake.credentials.pickle.T",
"signature": null,
"docstring": null
},
"PickleCredentialStore": {
"name": "PickleCredentialStore",
"kind": "class",
"path": "mail_intake.credentials.pickle.PickleCredentialStore",
"signature": "<bound method Class.signature of Class('PickleCredentialStore', 26, 109)>",
"docstring": "Filesystem-backed credential store using pickle serialization.\n\nThis store persists credentials as a pickled object on the local\nfilesystem. It is a simple implementation intended primarily for\ndevelopment, testing, and single-process execution contexts.\n\nNotes:\n **Guarantees:**\n\n - Stores credentials on the local filesystem.\n - Uses `pickle` for serialization and deserialization.\n - Does not provide encryption, locking, or concurrency guarantees.\n\n **Constraints:**\n\n - Credential lifecycle management, validation, and refresh logic are\n explicitly out of scope for this class.",
"members": {
"path": {
"name": "path",
"kind": "attribute",
"path": "mail_intake.credentials.pickle.PickleCredentialStore.path",
"signature": null,
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.pickle.PickleCredentialStore.load",
"signature": "<bound method Function.signature of Function('load', 58, 79)>",
"docstring": "Load credentials from the local filesystem.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are present and\n successfully deserialized; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - If the credential file does not exist or cannot be successfully\n deserialized, this method returns `None`.\n - The store does not attempt to validate or interpret the\n returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.pickle.PickleCredentialStore.save",
"signature": "<bound method Function.signature of Function('save', 81, 95)>",
"docstring": "Persist credentials to the local filesystem.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Responsibilities:**\n\n - Any previously stored credentials at the configured path are overwritten"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.pickle.PickleCredentialStore.clear",
"signature": "<bound method Function.signature of Function('clear', 97, 109)>",
"docstring": "Remove persisted credentials from the local filesystem.\n\nNotes:\n **Lifecycle:**\n\n - This method deletes the credential file if it exists and should be treated as an idempotent operation"
}
}
}
}
}
}

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{
"module": "mail_intake.credentials.redis",
"content": {
"path": "mail_intake.credentials.redis",
"docstring": "# Summary\n\nRedis-backed credential persistence for Mail Intake.\n\nThis module provides a Redis-based implementation of the\n`CredentialStore` abstraction, enabling credential persistence\nacross distributed and horizontally scaled deployments.\n\nThe Redis credential store is designed for environments where\nauthentication credentials must be shared safely across multiple\nprocesses, containers, or nodes, such as container orchestration\nplatforms and microservice architectures.\n\nKey characteristics:\n\n- Distributed-safe, shared storage using Redis.\n- Explicit, caller-defined serialization and deserialization.\n- No reliance on unsafe mechanisms such as `pickle`.\n- Optional time-to-live (TTL) support for automatic credential expiry.\n\nThis module is responsible solely for persistence concerns.\nCredential validation, refresh, rotation, and acquisition remain the\nresponsibility of authentication provider implementations.",
"objects": {
"Callable": {
"name": "Callable",
"kind": "alias",
"path": "mail_intake.credentials.redis.Callable",
"signature": "<bound method Alias.signature of Alias('Callable', 'collections.abc.Callable')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "mail_intake.credentials.redis.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.credentials.redis.CredentialStore",
"signature": "<bound method Alias.signature of Alias('CredentialStore', 'mail_intake.credentials.store.CredentialStore')>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.redis.CredentialStore.load",
"signature": "<bound method Alias.signature of Alias('load', 'mail_intake.credentials.store.CredentialStore.load')>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.redis.CredentialStore.save",
"signature": "<bound method Alias.signature of Alias('save', 'mail_intake.credentials.store.CredentialStore.save')>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.redis.CredentialStore.clear",
"signature": "<bound method Alias.signature of Alias('clear', 'mail_intake.credentials.store.CredentialStore.clear')>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "mail_intake.credentials.redis.T",
"signature": null,
"docstring": null
},
"RedisCredentialStore": {
"name": "RedisCredentialStore",
"kind": "class",
"path": "mail_intake.credentials.redis.RedisCredentialStore",
"signature": "<bound method Class.signature of Class('RedisCredentialStore', 35, 148)>",
"docstring": "Redis-backed implementation of `CredentialStore`.\n\nThis store persists credentials in Redis and is suitable for\ndistributed and horizontally scaled deployments where credentials\nmust be shared across multiple processes or nodes.\n\nNotes:\n **Responsibilities:**\n\n - This class is responsible only for persistence and retrieval.\n - It does not interpret, validate, refresh, or otherwise manage the\n lifecycle of the credentials being stored.\n\n **Guarantees:**\n\n - The store is intentionally generic and delegates all serialization\n concerns to caller-provided functions.\n - This avoids unsafe mechanisms such as `pickle` and allows\n credential formats to be explicitly controlled and audited.",
"members": {
"redis": {
"name": "redis",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.redis",
"signature": null,
"docstring": null
},
"key": {
"name": "key",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.key",
"signature": null,
"docstring": null
},
"serialize": {
"name": "serialize",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.serialize",
"signature": null,
"docstring": null
},
"deserialize": {
"name": "deserialize",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.deserialize",
"signature": null,
"docstring": null
},
"ttl_seconds": {
"name": "ttl_seconds",
"kind": "attribute",
"path": "mail_intake.credentials.redis.RedisCredentialStore.ttl_seconds",
"signature": null,
"docstring": null
},
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.redis.RedisCredentialStore.load",
"signature": "<bound method Function.signature of Function('load', 91, 116)>",
"docstring": "Load credentials from Redis.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are present and\n successfully deserialized; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - If no value exists for the configured key, or if the stored\n payload cannot be successfully deserialized, this method\n returns `None`.\n - The store does not attempt to validate the returned\n credentials or determine whether they are expired or\n otherwise usable."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.redis.RedisCredentialStore.save",
"signature": "<bound method Function.signature of Function('save', 118, 136)>",
"docstring": "Persist credentials to Redis.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Responsibilities:**\n\n - Any previously stored credentials under the same key are overwritten\n - If a TTL is configured, the credentials will expire automatically after the specified duration"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.redis.RedisCredentialStore.clear",
"signature": "<bound method Function.signature of Function('clear', 138, 148)>",
"docstring": "Remove stored credentials from Redis.\n\nNotes:\n **Lifecycle:**\n\n - This operation deletes the configured Redis key if it exists\n - Implementations should treat this method as idempotent"
}
}
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.credentials.redis.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
}
}

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{
"module": "mail_intake.credentials.store",
"content": {
"path": "mail_intake.credentials.store",
"docstring": "# Summary\n\nCredential persistence abstractions for Mail Intake.\n\nThis module defines the generic persistence contract used to store and\nretrieve authentication credentials across Mail Intake components.\n\nThe `CredentialStore` abstraction establishes a strict separation\nbetween credential *lifecycle management* and credential *storage*.\nAuthentication providers are responsible for acquiring, validating,\nrefreshing, and revoking credentials, while concrete store\nimplementations are responsible solely for persistence concerns.\n\nBy remaining agnostic to credential structure, serialization format,\nand storage backend, this module enables multiple persistence\nstrategies—such as local files, in-memory caches, distributed stores,\nor secrets managers—without coupling authentication logic to any\nspecific storage mechanism.",
"objects": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "mail_intake.credentials.store.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "mail_intake.credentials.store.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "mail_intake.credentials.store.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "mail_intake.credentials.store.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"T": {
"name": "T",
"kind": "attribute",
"path": "mail_intake.credentials.store.T",
"signature": null,
"docstring": null
},
"CredentialStore": {
"name": "CredentialStore",
"kind": "class",
"path": "mail_intake.credentials.store.CredentialStore",
"signature": "<bound method Class.signature of Class('CredentialStore', 28, 104)>",
"docstring": "Abstract base class defining a generic persistence interface.\n\nUsed for authentication credentials across different backends.\n\nNotes:\n **Responsibilities:**\n\n - Provide persistent storage separating life-cycle management from\n storage mechanics.\n - Keep implementation focused only on persistence.\n\n **Constraints:**\n\n - The store is intentionally agnostic to:\n - The concrete credential type being stored.\n - The serialization format used to persist credentials.\n - The underlying storage backend or durability guarantees.",
"members": {
"load": {
"name": "load",
"kind": "function",
"path": "mail_intake.credentials.store.CredentialStore.load",
"signature": "<bound method Function.signature of Function('load', 49, 67)>",
"docstring": "Load previously persisted credentials.\n\nReturns:\n Optional[T]:\n An instance of type `T` if credentials are available and\n loadable; otherwise `None`.\n\nNotes:\n **Guarantees:**\n\n - Implementations should return `None` when no credentials are\n present or when stored credentials cannot be successfully\n decoded or deserialized.\n - The store must not attempt to validate, refresh, or otherwise\n interpret the returned credentials."
},
"save": {
"name": "save",
"kind": "function",
"path": "mail_intake.credentials.store.CredentialStore.save",
"signature": "<bound method Function.signature of Function('save', 69, 88)>",
"docstring": "Persist credentials to the underlying storage backend.\n\nArgs:\n credentials (T):\n The credential object to persist.\n\nNotes:\n **Lifecycle:**\n\n - This method is invoked when credentials are newly obtained or have been refreshed and are known to be valid at the time of persistence\n\n **Responsibilities:**\n\n - Ensuring durability appropriate to the deployment context\n - Applying encryption or access controls where required\n - Overwriting any previously stored credentials"
},
"clear": {
"name": "clear",
"kind": "function",
"path": "mail_intake.credentials.store.CredentialStore.clear",
"signature": "<bound method Function.signature of Function('clear', 90, 104)>",
"docstring": "Remove any persisted credentials from the store.\n\nNotes:\n **Lifecycle:**\n\n - This method is called when credentials are known to be invalid, revoked, corrupted, or otherwise unusable\n - Must ensure that no stale authentication material remains accessible\n\n **Guarantees:**\n\n - Implementations should treat this operation as idempotent"
}
}
}
}
}
}

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{
"module": "mail_intake.exceptions",
"content": {
"path": "mail_intake.exceptions",
"docstring": "Exception hierarchy for Mail Intake.\n\n---\n\n## Summary\n\nThis module defines the **canonical exception types** used throughout the\nMail Intake library.\n\nAll library-raised errors derive from `MailIntakeError`. Consumers are\nencouraged to catch this base type (or specific subclasses) rather than\nprovider-specific or third-party exceptions.",
"objects": {
"MailIntakeError": {
"name": "MailIntakeError",
"kind": "class",
"path": "mail_intake.exceptions.MailIntakeError",
"signature": "<bound method Class.signature of Class('MailIntakeError', 17, 27)>",
"docstring": "Base exception for all Mail Intake errors.\n\nNotes:\n **Guarantees:**\n\n - This is the root of the Mail Intake exception hierarchy\n - All errors raised by the library must derive from this class\n - Consumers should generally catch this type when handling library-level failures"
},
"MailIntakeAuthError": {
"name": "MailIntakeAuthError",
"kind": "class",
"path": "mail_intake.exceptions.MailIntakeAuthError",
"signature": "<bound method Class.signature of Class('MailIntakeAuthError', 30, 39)>",
"docstring": "Authentication and credential-related failures.\n\nNotes:\n **Lifecycle:**\n\n - Raised when authentication providers are unable to acquire,\n refresh, or persist valid credentials."
},
"MailIntakeAdapterError": {
"name": "MailIntakeAdapterError",
"kind": "class",
"path": "mail_intake.exceptions.MailIntakeAdapterError",
"signature": "<bound method Class.signature of Class('MailIntakeAdapterError', 42, 51)>",
"docstring": "Errors raised by mail provider adapters.\n\nNotes:\n **Lifecycle:**\n\n - Raised when a provider adapter encounters API errors, transport\n failures, or invalid provider responses."
},
"MailIntakeParsingError": {
"name": "MailIntakeParsingError",
"kind": "class",
"path": "mail_intake.exceptions.MailIntakeParsingError",
"signature": "<bound method Class.signature of Class('MailIntakeParsingError', 54, 63)>",
"docstring": "Errors encountered while parsing message content.\n\nNotes:\n **Lifecycle:**\n\n - Raised when raw provider payloads cannot be interpreted or\n normalized into internal domain models."
}
}
}
}

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{
"module": "mail_intake.ingestion",
"content": {
"path": "mail_intake.ingestion",
"docstring": "# Summary\n\nMail ingestion orchestration for Mail Intake.\n\nThis package contains **high-level ingestion components** responsible for\ncoordinating mail retrieval, parsing, normalization, and model construction.\n\nIt represents the **top of the ingestion pipeline** and is intended to be the\nprimary interaction surface for library consumers.\n\nComponents in this package:\n\n- Are provider-agnostic.\n- Depend only on adapter and parser contracts.\n- Contain no provider-specific API logic.\n- Expose read-only ingestion workflows.\n\nConsumers are expected to construct a mail adapter and pass it to the\ningestion layer to begin processing messages and threads.\n\n---\n\n# Public API\n\n- `MailIntakeReader`\n\n---",
"objects": {
"MailIntakeReader": {
"name": "MailIntakeReader",
"kind": "class",
"path": "mail_intake.ingestion.MailIntakeReader",
"signature": "<bound method Alias.signature of Alias('MailIntakeReader', 'mail_intake.ingestion.reader.MailIntakeReader')>",
"docstring": "High-level read-only ingestion interface.\n\nNotes:\n **Responsibilities:**\n\n - This class is the primary entry point for consumers of the\n Mail Intake library.\n - It orchestrates the full ingestion pipeline:\n - Querying the adapter for message references.\n - Fetching raw provider messages.\n - Parsing and normalizing message data.\n - Constructing domain models.\n\n **Constraints:**\n\n - This class is intentionally: Provider-agnostic, stateless beyond\n iteration scope, read-only.",
"members": {
"iter_messages": {
"name": "iter_messages",
"kind": "function",
"path": "mail_intake.ingestion.MailIntakeReader.iter_messages",
"signature": "<bound method Alias.signature of Alias('iter_messages', 'mail_intake.ingestion.reader.MailIntakeReader.iter_messages')>",
"docstring": "Iterate over parsed messages matching a provider query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n MailIntakeMessage:\n Fully parsed and normalized `MailIntakeMessage` instances.\n\nRaises:\n MailIntakeParsingError:\n If a message cannot be parsed."
},
"iter_threads": {
"name": "iter_threads",
"kind": "function",
"path": "mail_intake.ingestion.MailIntakeReader.iter_threads",
"signature": "<bound method Alias.signature of Alias('iter_threads', 'mail_intake.ingestion.reader.MailIntakeReader.iter_threads')>",
"docstring": "Iterate over threads constructed from messages matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n MailIntakeThread:\n An iterator of `MailIntakeThread` instances.\n\nRaises:\n `MailIntakeParsingError`:\n If a message cannot be parsed.\n\nNotes:\n **Guarantees:**\n\n - Messages are grouped by `thread_id` and yielded as complete\n thread objects containing all associated messages."
}
}
},
"reader": {
"name": "reader",
"kind": "module",
"path": "mail_intake.ingestion.reader",
"signature": null,
"docstring": "# Summary\n\nHigh-level mail ingestion orchestration for Mail Intake.\n\nThis module provides the primary, provider-agnostic entry point for\nreading and processing mail data.\n\nIt coordinates:\n\n- Mail adapter access.\n- Message and thread iteration.\n- Header and body parsing.\n- Normalization and model construction.\n\nNo provider-specific logic or API semantics are permitted in this layer.",
"members": {
"Iterator": {
"name": "Iterator",
"kind": "alias",
"path": "mail_intake.ingestion.reader.Iterator",
"signature": "<bound method Alias.signature of Alias('Iterator', 'collections.abc.Iterator')>",
"docstring": null
},
"datetime": {
"name": "datetime",
"kind": "alias",
"path": "mail_intake.ingestion.reader.datetime",
"signature": "<bound method Alias.signature of Alias('datetime', 'datetime.datetime')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.ingestion.reader.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"MailIntakeAdapter": {
"name": "MailIntakeAdapter",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeAdapter",
"signature": "<bound method Alias.signature of Alias('MailIntakeAdapter', 'mail_intake.adapters.base.MailIntakeAdapter')>",
"docstring": "Base adapter interface for mail providers.\n\nNotes:\n **Guarantees:**\n\n - Discover messages matching a query.\n - Retrieve full message payloads.\n - Retrieve full thread payloads.\n\n **Lifecycle:**\n\n - Adapters are intentionally read-only and must not mutate provider state.",
"members": {
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeAdapter.iter_message_refs",
"signature": "<bound method Alias.signature of Alias('iter_message_refs', 'mail_intake.adapters.base.MailIntakeAdapter.iter_message_refs')>",
"docstring": "Iterate over lightweight message references matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n Dict[str, str]:\n Dictionaries containing message and thread identifiers.\n\nNotes:\n **Guarantees:**\n\n - Implementations must yield dictionaries containing at least\n `message_id` and `thread_id`.\n\nExample:\n Typical yield:\n\n ```python\n {\n \"message_id\": \"...\",\n \"thread_id\": \"...\"\n }\n ```"
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeAdapter.fetch_message",
"signature": "<bound method Alias.signature of Alias('fetch_message', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_message')>",
"docstring": "Fetch a full raw message by message identifier.\n\nArgs:\n message_id (str):\n Provider-specific message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native message payload (e.g., Gmail message JSON structure)."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeAdapter.fetch_thread",
"signature": "<bound method Alias.signature of Alias('fetch_thread', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_thread')>",
"docstring": "Fetch a full raw thread by thread identifier.\n\nArgs:\n thread_id (str):\n Provider-specific thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native thread payload."
}
}
},
"MailIntakeParsingError": {
"name": "MailIntakeParsingError",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeParsingError",
"signature": "<bound method Alias.signature of Alias('MailIntakeParsingError', 'mail_intake.exceptions.MailIntakeParsingError')>",
"docstring": "Errors encountered while parsing message content.\n\nNotes:\n **Lifecycle:**\n\n - Raised when raw provider payloads cannot be interpreted or\n normalized into internal domain models."
},
"MailIntakeMessage": {
"name": "MailIntakeMessage",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeMessage",
"signature": "<bound method Alias.signature of Alias('MailIntakeMessage', 'mail_intake.models.message.MailIntakeMessage')>",
"docstring": "Canonical internal representation of a single email message.\n\nNotes:\n **Guarantees:**\n\n - This model represents a fully parsed and normalized email message.\n - It is intentionally provider-agnostic and suitable for\n persistence, indexing, and downstream processing.\n\n **Constraints:**\n\n - No provider-specific identifiers, payloads, or API semantics\n should appear in this model.",
"members": {
"message_id": {
"name": "message_id",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.message_id",
"signature": "<bound method Alias.signature of Alias('message_id', 'mail_intake.models.message.MailIntakeMessage.message_id')>",
"docstring": "Provider-specific message identifier."
},
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.thread_id",
"signature": "<bound method Alias.signature of Alias('thread_id', 'mail_intake.models.message.MailIntakeMessage.thread_id')>",
"docstring": "Provider-specific thread identifier to which this message belongs."
},
"timestamp": {
"name": "timestamp",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.timestamp",
"signature": "<bound method Alias.signature of Alias('timestamp', 'mail_intake.models.message.MailIntakeMessage.timestamp')>",
"docstring": "Message timestamp as a timezone-naive UTC datetime."
},
"from_email": {
"name": "from_email",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.from_email",
"signature": "<bound method Alias.signature of Alias('from_email', 'mail_intake.models.message.MailIntakeMessage.from_email')>",
"docstring": "Sender email address."
},
"from_name": {
"name": "from_name",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.from_name",
"signature": "<bound method Alias.signature of Alias('from_name', 'mail_intake.models.message.MailIntakeMessage.from_name')>",
"docstring": "Optional human-readable sender name."
},
"subject": {
"name": "subject",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.subject",
"signature": "<bound method Alias.signature of Alias('subject', 'mail_intake.models.message.MailIntakeMessage.subject')>",
"docstring": "Raw subject line of the message."
},
"body_text": {
"name": "body_text",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.body_text",
"signature": "<bound method Alias.signature of Alias('body_text', 'mail_intake.models.message.MailIntakeMessage.body_text')>",
"docstring": "Extracted plain-text body content of the message."
},
"snippet": {
"name": "snippet",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.snippet",
"signature": "<bound method Alias.signature of Alias('snippet', 'mail_intake.models.message.MailIntakeMessage.snippet')>",
"docstring": "Short provider-supplied preview snippet of the message."
},
"raw_headers": {
"name": "raw_headers",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.raw_headers",
"signature": "<bound method Alias.signature of Alias('raw_headers', 'mail_intake.models.message.MailIntakeMessage.raw_headers')>",
"docstring": "Normalized mapping of message headers (header name → value)."
}
}
},
"MailIntakeThread": {
"name": "MailIntakeThread",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeThread",
"signature": "<bound method Alias.signature of Alias('MailIntakeThread', 'mail_intake.models.thread.MailIntakeThread')>",
"docstring": "Canonical internal representation of an email thread.\n\nNotes:\n **Guarantees:**\n\n - A thread groups multiple related messages under a single subject\n and participant set.\n - It is designed to support reasoning over conversational context\n such as job applications, interviews, follow-ups, and ongoing discussions.\n - This model is provider-agnostic and safe to persist.",
"members": {
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.thread_id",
"signature": "<bound method Alias.signature of Alias('thread_id', 'mail_intake.models.thread.MailIntakeThread.thread_id')>",
"docstring": "Provider-specific thread identifier."
},
"normalized_subject": {
"name": "normalized_subject",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.normalized_subject",
"signature": "<bound method Alias.signature of Alias('normalized_subject', 'mail_intake.models.thread.MailIntakeThread.normalized_subject')>",
"docstring": "Normalized subject line used to group related messages."
},
"participants": {
"name": "participants",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.participants",
"signature": "<bound method Alias.signature of Alias('participants', 'mail_intake.models.thread.MailIntakeThread.participants')>",
"docstring": "Set of unique participant email addresses observed in the thread."
},
"messages": {
"name": "messages",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.messages",
"signature": "<bound method Alias.signature of Alias('messages', 'mail_intake.models.thread.MailIntakeThread.messages')>",
"docstring": "Ordered list of messages belonging to this thread."
},
"last_activity_at": {
"name": "last_activity_at",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.last_activity_at",
"signature": "<bound method Alias.signature of Alias('last_activity_at', 'mail_intake.models.thread.MailIntakeThread.last_activity_at')>",
"docstring": "Timestamp of the most recent message in the thread."
},
"add_message": {
"name": "add_message",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeThread.add_message",
"signature": "<bound method Alias.signature of Alias('add_message', 'mail_intake.models.thread.MailIntakeThread.add_message')>",
"docstring": "Add a message to the thread and update derived fields.\n\nArgs:\n message (MailIntakeMessage):\n Parsed mail message to add to the thread.\n\nNotes:\n **Responsibilities:**\n\n - Appends the message to the thread.\n - Tracks unique participants.\n - Updates the last activity timestamp."
}
}
},
"extract_body": {
"name": "extract_body",
"kind": "function",
"path": "mail_intake.ingestion.reader.extract_body",
"signature": "<bound method Alias.signature of Alias('extract_body', 'mail_intake.parsers.body.extract_body')>",
"docstring": "Extract the best-effort message body from a Gmail payload.\n\nPriority:\n\n1. `text/plain`\n2. `text/html` (stripped to text)\n3. Single-part body\n4. Empty string (if nothing usable found)\n\nArgs:\n payload (Dict[str, Any]):\n Provider-native message payload dictionary.\n\nReturns:\n str:\n Extracted plain-text message body."
},
"extract_sender": {
"name": "extract_sender",
"kind": "function",
"path": "mail_intake.ingestion.reader.extract_sender",
"signature": "<bound method Alias.signature of Alias('extract_sender', 'mail_intake.parsers.headers.extract_sender')>",
"docstring": "Extract sender email and optional display name from headers.\n\nArgs:\n headers (Dict[str, str]):\n Normalized header dictionary as returned by `parse_headers()`.\n\nReturns:\n Tuple[str, Optional[str]]:\n A tuple `(email, name)` where `email` is the sender email address\n and `name` is the display name, or `None` if unavailable.\n\nNotes:\n **Responsibilities:**\n\n - This function parses the `From` header and attempts to extract\n sender email address and optional human-readable display name.\n\nExample:\n Typical values:\n\n - `\"John Doe <john@example.com>\"` -> `(\"john@example.com\", \"John Doe\")`\n - `\"john@example.com\"` -> `(\"john@example.com\", None)`"
},
"parse_headers": {
"name": "parse_headers",
"kind": "function",
"path": "mail_intake.ingestion.reader.parse_headers",
"signature": "<bound method Alias.signature of Alias('parse_headers', 'mail_intake.parsers.headers.parse_headers')>",
"docstring": "Convert a list of Gmail-style headers into a normalized dict.\n\nArgs:\n raw_headers (List[Dict[str, str]]):\n List of header dictionaries, each containing `name` and `value` keys.\n\nReturns:\n Dict[str, str]:\n Dictionary mapping lowercase header names to stripped values.\n\nNotes:\n **Guarantees:**\n\n - Provider payloads (such as Gmail) typically represent headers as a\n list of name/value mappings.\n - This function normalizes them into a case-insensitive dictionary\n keyed by lowercase header names.\n\nExample:\n Typical usage:\n\n ```python\n Input:\n [\n {\"name\": \"From\", \"value\": \"John Doe <john@example.com>\"},\n {\"name\": \"Subject\", \"value\": \"Re: Interview Update\"},\n ]\n\n Output:\n {\n \"from\": \"John Doe <john@example.com>\",\n \"subject\": \"Re: Interview Update\",\n }\n ```"
},
"normalize_subject": {
"name": "normalize_subject",
"kind": "function",
"path": "mail_intake.ingestion.reader.normalize_subject",
"signature": "<bound method Alias.signature of Alias('normalize_subject', 'mail_intake.parsers.subject.normalize_subject')>",
"docstring": "Normalize an email subject for thread-level comparison.\n\nArgs:\n subject (str):\n Raw subject line from a message header.\n\nReturns:\n str:\n Normalized subject string suitable for thread grouping.\n\nNotes:\n **Responsibilities:**\n\n - Strips common prefixes such as `Re:`, `Fwd:`, and `FW:`.\n - Repeats prefix stripping to handle stacked prefixes.\n - Collapses excessive whitespace.\n - Preserves original casing (no lowercasing).\n\n **Guarantees:**\n\n - This function is intentionally conservative and avoids aggressive\n transformations that could alter the semantic meaning of the subject."
},
"MailIntakeReader": {
"name": "MailIntakeReader",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeReader",
"signature": "<bound method Class.signature of Class('MailIntakeReader', 32, 172)>",
"docstring": "High-level read-only ingestion interface.\n\nNotes:\n **Responsibilities:**\n\n - This class is the primary entry point for consumers of the\n Mail Intake library.\n - It orchestrates the full ingestion pipeline:\n - Querying the adapter for message references.\n - Fetching raw provider messages.\n - Parsing and normalizing message data.\n - Constructing domain models.\n\n **Constraints:**\n\n - This class is intentionally: Provider-agnostic, stateless beyond\n iteration scope, read-only.",
"members": {
"iter_messages": {
"name": "iter_messages",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeReader.iter_messages",
"signature": "<bound method Function.signature of Function('iter_messages', 63, 81)>",
"docstring": "Iterate over parsed messages matching a provider query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n MailIntakeMessage:\n Fully parsed and normalized `MailIntakeMessage` instances.\n\nRaises:\n MailIntakeParsingError:\n If a message cannot be parsed."
},
"iter_threads": {
"name": "iter_threads",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeReader.iter_threads",
"signature": "<bound method Function.signature of Function('iter_threads', 83, 121)>",
"docstring": "Iterate over threads constructed from messages matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n MailIntakeThread:\n An iterator of `MailIntakeThread` instances.\n\nRaises:\n `MailIntakeParsingError`:\n If a message cannot be parsed.\n\nNotes:\n **Guarantees:**\n\n - Messages are grouped by `thread_id` and yielded as complete\n thread objects containing all associated messages."
}
}
}
}
}
}
}
}

View File

@@ -0,0 +1,241 @@
{
"module": "mail_intake.ingestion.reader",
"content": {
"path": "mail_intake.ingestion.reader",
"docstring": "# Summary\n\nHigh-level mail ingestion orchestration for Mail Intake.\n\nThis module provides the primary, provider-agnostic entry point for\nreading and processing mail data.\n\nIt coordinates:\n\n- Mail adapter access.\n- Message and thread iteration.\n- Header and body parsing.\n- Normalization and model construction.\n\nNo provider-specific logic or API semantics are permitted in this layer.",
"objects": {
"Iterator": {
"name": "Iterator",
"kind": "alias",
"path": "mail_intake.ingestion.reader.Iterator",
"signature": "<bound method Alias.signature of Alias('Iterator', 'collections.abc.Iterator')>",
"docstring": null
},
"datetime": {
"name": "datetime",
"kind": "alias",
"path": "mail_intake.ingestion.reader.datetime",
"signature": "<bound method Alias.signature of Alias('datetime', 'datetime.datetime')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.ingestion.reader.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"MailIntakeAdapter": {
"name": "MailIntakeAdapter",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeAdapter",
"signature": "<bound method Alias.signature of Alias('MailIntakeAdapter', 'mail_intake.adapters.base.MailIntakeAdapter')>",
"docstring": "Base adapter interface for mail providers.\n\nNotes:\n **Guarantees:**\n\n - Discover messages matching a query.\n - Retrieve full message payloads.\n - Retrieve full thread payloads.\n\n **Lifecycle:**\n\n - Adapters are intentionally read-only and must not mutate provider state.",
"members": {
"iter_message_refs": {
"name": "iter_message_refs",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeAdapter.iter_message_refs",
"signature": "<bound method Alias.signature of Alias('iter_message_refs', 'mail_intake.adapters.base.MailIntakeAdapter.iter_message_refs')>",
"docstring": "Iterate over lightweight message references matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n Dict[str, str]:\n Dictionaries containing message and thread identifiers.\n\nNotes:\n **Guarantees:**\n\n - Implementations must yield dictionaries containing at least\n `message_id` and `thread_id`.\n\nExample:\n Typical yield:\n\n ```python\n {\n \"message_id\": \"...\",\n \"thread_id\": \"...\"\n }\n ```"
},
"fetch_message": {
"name": "fetch_message",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeAdapter.fetch_message",
"signature": "<bound method Alias.signature of Alias('fetch_message', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_message')>",
"docstring": "Fetch a full raw message by message identifier.\n\nArgs:\n message_id (str):\n Provider-specific message identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native message payload (e.g., Gmail message JSON structure)."
},
"fetch_thread": {
"name": "fetch_thread",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeAdapter.fetch_thread",
"signature": "<bound method Alias.signature of Alias('fetch_thread', 'mail_intake.adapters.base.MailIntakeAdapter.fetch_thread')>",
"docstring": "Fetch a full raw thread by thread identifier.\n\nArgs:\n thread_id (str):\n Provider-specific thread identifier.\n\nReturns:\n Dict[str, Any]:\n Provider-native thread payload."
}
}
},
"MailIntakeParsingError": {
"name": "MailIntakeParsingError",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeParsingError",
"signature": "<bound method Alias.signature of Alias('MailIntakeParsingError', 'mail_intake.exceptions.MailIntakeParsingError')>",
"docstring": "Errors encountered while parsing message content.\n\nNotes:\n **Lifecycle:**\n\n - Raised when raw provider payloads cannot be interpreted or\n normalized into internal domain models."
},
"MailIntakeMessage": {
"name": "MailIntakeMessage",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeMessage",
"signature": "<bound method Alias.signature of Alias('MailIntakeMessage', 'mail_intake.models.message.MailIntakeMessage')>",
"docstring": "Canonical internal representation of a single email message.\n\nNotes:\n **Guarantees:**\n\n - This model represents a fully parsed and normalized email message.\n - It is intentionally provider-agnostic and suitable for\n persistence, indexing, and downstream processing.\n\n **Constraints:**\n\n - No provider-specific identifiers, payloads, or API semantics\n should appear in this model.",
"members": {
"message_id": {
"name": "message_id",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.message_id",
"signature": "<bound method Alias.signature of Alias('message_id', 'mail_intake.models.message.MailIntakeMessage.message_id')>",
"docstring": "Provider-specific message identifier."
},
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.thread_id",
"signature": "<bound method Alias.signature of Alias('thread_id', 'mail_intake.models.message.MailIntakeMessage.thread_id')>",
"docstring": "Provider-specific thread identifier to which this message belongs."
},
"timestamp": {
"name": "timestamp",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.timestamp",
"signature": "<bound method Alias.signature of Alias('timestamp', 'mail_intake.models.message.MailIntakeMessage.timestamp')>",
"docstring": "Message timestamp as a timezone-naive UTC datetime."
},
"from_email": {
"name": "from_email",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.from_email",
"signature": "<bound method Alias.signature of Alias('from_email', 'mail_intake.models.message.MailIntakeMessage.from_email')>",
"docstring": "Sender email address."
},
"from_name": {
"name": "from_name",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.from_name",
"signature": "<bound method Alias.signature of Alias('from_name', 'mail_intake.models.message.MailIntakeMessage.from_name')>",
"docstring": "Optional human-readable sender name."
},
"subject": {
"name": "subject",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.subject",
"signature": "<bound method Alias.signature of Alias('subject', 'mail_intake.models.message.MailIntakeMessage.subject')>",
"docstring": "Raw subject line of the message."
},
"body_text": {
"name": "body_text",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.body_text",
"signature": "<bound method Alias.signature of Alias('body_text', 'mail_intake.models.message.MailIntakeMessage.body_text')>",
"docstring": "Extracted plain-text body content of the message."
},
"snippet": {
"name": "snippet",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.snippet",
"signature": "<bound method Alias.signature of Alias('snippet', 'mail_intake.models.message.MailIntakeMessage.snippet')>",
"docstring": "Short provider-supplied preview snippet of the message."
},
"raw_headers": {
"name": "raw_headers",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeMessage.raw_headers",
"signature": "<bound method Alias.signature of Alias('raw_headers', 'mail_intake.models.message.MailIntakeMessage.raw_headers')>",
"docstring": "Normalized mapping of message headers (header name → value)."
}
}
},
"MailIntakeThread": {
"name": "MailIntakeThread",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeThread",
"signature": "<bound method Alias.signature of Alias('MailIntakeThread', 'mail_intake.models.thread.MailIntakeThread')>",
"docstring": "Canonical internal representation of an email thread.\n\nNotes:\n **Guarantees:**\n\n - A thread groups multiple related messages under a single subject\n and participant set.\n - It is designed to support reasoning over conversational context\n such as job applications, interviews, follow-ups, and ongoing discussions.\n - This model is provider-agnostic and safe to persist.",
"members": {
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.thread_id",
"signature": "<bound method Alias.signature of Alias('thread_id', 'mail_intake.models.thread.MailIntakeThread.thread_id')>",
"docstring": "Provider-specific thread identifier."
},
"normalized_subject": {
"name": "normalized_subject",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.normalized_subject",
"signature": "<bound method Alias.signature of Alias('normalized_subject', 'mail_intake.models.thread.MailIntakeThread.normalized_subject')>",
"docstring": "Normalized subject line used to group related messages."
},
"participants": {
"name": "participants",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.participants",
"signature": "<bound method Alias.signature of Alias('participants', 'mail_intake.models.thread.MailIntakeThread.participants')>",
"docstring": "Set of unique participant email addresses observed in the thread."
},
"messages": {
"name": "messages",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.messages",
"signature": "<bound method Alias.signature of Alias('messages', 'mail_intake.models.thread.MailIntakeThread.messages')>",
"docstring": "Ordered list of messages belonging to this thread."
},
"last_activity_at": {
"name": "last_activity_at",
"kind": "attribute",
"path": "mail_intake.ingestion.reader.MailIntakeThread.last_activity_at",
"signature": "<bound method Alias.signature of Alias('last_activity_at', 'mail_intake.models.thread.MailIntakeThread.last_activity_at')>",
"docstring": "Timestamp of the most recent message in the thread."
},
"add_message": {
"name": "add_message",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeThread.add_message",
"signature": "<bound method Alias.signature of Alias('add_message', 'mail_intake.models.thread.MailIntakeThread.add_message')>",
"docstring": "Add a message to the thread and update derived fields.\n\nArgs:\n message (MailIntakeMessage):\n Parsed mail message to add to the thread.\n\nNotes:\n **Responsibilities:**\n\n - Appends the message to the thread.\n - Tracks unique participants.\n - Updates the last activity timestamp."
}
}
},
"extract_body": {
"name": "extract_body",
"kind": "function",
"path": "mail_intake.ingestion.reader.extract_body",
"signature": "<bound method Alias.signature of Alias('extract_body', 'mail_intake.parsers.body.extract_body')>",
"docstring": "Extract the best-effort message body from a Gmail payload.\n\nPriority:\n\n1. `text/plain`\n2. `text/html` (stripped to text)\n3. Single-part body\n4. Empty string (if nothing usable found)\n\nArgs:\n payload (Dict[str, Any]):\n Provider-native message payload dictionary.\n\nReturns:\n str:\n Extracted plain-text message body."
},
"extract_sender": {
"name": "extract_sender",
"kind": "function",
"path": "mail_intake.ingestion.reader.extract_sender",
"signature": "<bound method Alias.signature of Alias('extract_sender', 'mail_intake.parsers.headers.extract_sender')>",
"docstring": "Extract sender email and optional display name from headers.\n\nArgs:\n headers (Dict[str, str]):\n Normalized header dictionary as returned by `parse_headers()`.\n\nReturns:\n Tuple[str, Optional[str]]:\n A tuple `(email, name)` where `email` is the sender email address\n and `name` is the display name, or `None` if unavailable.\n\nNotes:\n **Responsibilities:**\n\n - This function parses the `From` header and attempts to extract\n sender email address and optional human-readable display name.\n\nExample:\n Typical values:\n\n - `\"John Doe <john@example.com>\"` -> `(\"john@example.com\", \"John Doe\")`\n - `\"john@example.com\"` -> `(\"john@example.com\", None)`"
},
"parse_headers": {
"name": "parse_headers",
"kind": "function",
"path": "mail_intake.ingestion.reader.parse_headers",
"signature": "<bound method Alias.signature of Alias('parse_headers', 'mail_intake.parsers.headers.parse_headers')>",
"docstring": "Convert a list of Gmail-style headers into a normalized dict.\n\nArgs:\n raw_headers (List[Dict[str, str]]):\n List of header dictionaries, each containing `name` and `value` keys.\n\nReturns:\n Dict[str, str]:\n Dictionary mapping lowercase header names to stripped values.\n\nNotes:\n **Guarantees:**\n\n - Provider payloads (such as Gmail) typically represent headers as a\n list of name/value mappings.\n - This function normalizes them into a case-insensitive dictionary\n keyed by lowercase header names.\n\nExample:\n Typical usage:\n\n ```python\n Input:\n [\n {\"name\": \"From\", \"value\": \"John Doe <john@example.com>\"},\n {\"name\": \"Subject\", \"value\": \"Re: Interview Update\"},\n ]\n\n Output:\n {\n \"from\": \"John Doe <john@example.com>\",\n \"subject\": \"Re: Interview Update\",\n }\n ```"
},
"normalize_subject": {
"name": "normalize_subject",
"kind": "function",
"path": "mail_intake.ingestion.reader.normalize_subject",
"signature": "<bound method Alias.signature of Alias('normalize_subject', 'mail_intake.parsers.subject.normalize_subject')>",
"docstring": "Normalize an email subject for thread-level comparison.\n\nArgs:\n subject (str):\n Raw subject line from a message header.\n\nReturns:\n str:\n Normalized subject string suitable for thread grouping.\n\nNotes:\n **Responsibilities:**\n\n - Strips common prefixes such as `Re:`, `Fwd:`, and `FW:`.\n - Repeats prefix stripping to handle stacked prefixes.\n - Collapses excessive whitespace.\n - Preserves original casing (no lowercasing).\n\n **Guarantees:**\n\n - This function is intentionally conservative and avoids aggressive\n transformations that could alter the semantic meaning of the subject."
},
"MailIntakeReader": {
"name": "MailIntakeReader",
"kind": "class",
"path": "mail_intake.ingestion.reader.MailIntakeReader",
"signature": "<bound method Class.signature of Class('MailIntakeReader', 32, 172)>",
"docstring": "High-level read-only ingestion interface.\n\nNotes:\n **Responsibilities:**\n\n - This class is the primary entry point for consumers of the\n Mail Intake library.\n - It orchestrates the full ingestion pipeline:\n - Querying the adapter for message references.\n - Fetching raw provider messages.\n - Parsing and normalizing message data.\n - Constructing domain models.\n\n **Constraints:**\n\n - This class is intentionally: Provider-agnostic, stateless beyond\n iteration scope, read-only.",
"members": {
"iter_messages": {
"name": "iter_messages",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeReader.iter_messages",
"signature": "<bound method Function.signature of Function('iter_messages', 63, 81)>",
"docstring": "Iterate over parsed messages matching a provider query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n MailIntakeMessage:\n Fully parsed and normalized `MailIntakeMessage` instances.\n\nRaises:\n MailIntakeParsingError:\n If a message cannot be parsed."
},
"iter_threads": {
"name": "iter_threads",
"kind": "function",
"path": "mail_intake.ingestion.reader.MailIntakeReader.iter_threads",
"signature": "<bound method Function.signature of Function('iter_threads', 83, 121)>",
"docstring": "Iterate over threads constructed from messages matching a query.\n\nArgs:\n query (str):\n Provider-specific query string used to filter messages.\n\nYields:\n MailIntakeThread:\n An iterator of `MailIntakeThread` instances.\n\nRaises:\n `MailIntakeParsingError`:\n If a message cannot be parsed.\n\nNotes:\n **Guarantees:**\n\n - Messages are grouped by `thread_id` and yielded as complete\n thread objects containing all associated messages."
}
}
}
}
}
}

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{
"module": "mail_intake.models",
"content": {
"path": "mail_intake.models",
"docstring": "# Summary\n\nDomain models for Mail Intake.\n\nThis package defines the **canonical, provider-agnostic data models**\nused throughout the Mail Intake ingestion pipeline.\n\nModels in this package:\n\n- Represent fully parsed and normalized mail data.\n- Are safe to persist, serialize, and index.\n- Contain no provider-specific payloads or API semantics.\n- Serve as stable inputs for downstream processing and analysis.\n\nThese models form the core internal data contract of the library.\n\n---\n\n# Public API\n\n- `MailIntakeMessage`\n- `MailIntakeThread`\n\n---",
"objects": {
"MailIntakeMessage": {
"name": "MailIntakeMessage",
"kind": "class",
"path": "mail_intake.models.MailIntakeMessage",
"signature": "<bound method Alias.signature of Alias('MailIntakeMessage', 'mail_intake.models.message.MailIntakeMessage')>",
"docstring": "Canonical internal representation of a single email message.\n\nNotes:\n **Guarantees:**\n\n - This model represents a fully parsed and normalized email message.\n - It is intentionally provider-agnostic and suitable for\n persistence, indexing, and downstream processing.\n\n **Constraints:**\n\n - No provider-specific identifiers, payloads, or API semantics\n should appear in this model.",
"members": {
"message_id": {
"name": "message_id",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.message_id",
"signature": "<bound method Alias.signature of Alias('message_id', 'mail_intake.models.message.MailIntakeMessage.message_id')>",
"docstring": "Provider-specific message identifier."
},
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.thread_id",
"signature": "<bound method Alias.signature of Alias('thread_id', 'mail_intake.models.message.MailIntakeMessage.thread_id')>",
"docstring": "Provider-specific thread identifier to which this message belongs."
},
"timestamp": {
"name": "timestamp",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.timestamp",
"signature": "<bound method Alias.signature of Alias('timestamp', 'mail_intake.models.message.MailIntakeMessage.timestamp')>",
"docstring": "Message timestamp as a timezone-naive UTC datetime."
},
"from_email": {
"name": "from_email",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.from_email",
"signature": "<bound method Alias.signature of Alias('from_email', 'mail_intake.models.message.MailIntakeMessage.from_email')>",
"docstring": "Sender email address."
},
"from_name": {
"name": "from_name",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.from_name",
"signature": "<bound method Alias.signature of Alias('from_name', 'mail_intake.models.message.MailIntakeMessage.from_name')>",
"docstring": "Optional human-readable sender name."
},
"subject": {
"name": "subject",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.subject",
"signature": "<bound method Alias.signature of Alias('subject', 'mail_intake.models.message.MailIntakeMessage.subject')>",
"docstring": "Raw subject line of the message."
},
"body_text": {
"name": "body_text",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.body_text",
"signature": "<bound method Alias.signature of Alias('body_text', 'mail_intake.models.message.MailIntakeMessage.body_text')>",
"docstring": "Extracted plain-text body content of the message."
},
"snippet": {
"name": "snippet",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.snippet",
"signature": "<bound method Alias.signature of Alias('snippet', 'mail_intake.models.message.MailIntakeMessage.snippet')>",
"docstring": "Short provider-supplied preview snippet of the message."
},
"raw_headers": {
"name": "raw_headers",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeMessage.raw_headers",
"signature": "<bound method Alias.signature of Alias('raw_headers', 'mail_intake.models.message.MailIntakeMessage.raw_headers')>",
"docstring": "Normalized mapping of message headers (header name → value)."
}
}
},
"MailIntakeThread": {
"name": "MailIntakeThread",
"kind": "class",
"path": "mail_intake.models.MailIntakeThread",
"signature": "<bound method Alias.signature of Alias('MailIntakeThread', 'mail_intake.models.thread.MailIntakeThread')>",
"docstring": "Canonical internal representation of an email thread.\n\nNotes:\n **Guarantees:**\n\n - A thread groups multiple related messages under a single subject\n and participant set.\n - It is designed to support reasoning over conversational context\n such as job applications, interviews, follow-ups, and ongoing discussions.\n - This model is provider-agnostic and safe to persist.",
"members": {
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeThread.thread_id",
"signature": "<bound method Alias.signature of Alias('thread_id', 'mail_intake.models.thread.MailIntakeThread.thread_id')>",
"docstring": "Provider-specific thread identifier."
},
"normalized_subject": {
"name": "normalized_subject",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeThread.normalized_subject",
"signature": "<bound method Alias.signature of Alias('normalized_subject', 'mail_intake.models.thread.MailIntakeThread.normalized_subject')>",
"docstring": "Normalized subject line used to group related messages."
},
"participants": {
"name": "participants",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeThread.participants",
"signature": "<bound method Alias.signature of Alias('participants', 'mail_intake.models.thread.MailIntakeThread.participants')>",
"docstring": "Set of unique participant email addresses observed in the thread."
},
"messages": {
"name": "messages",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeThread.messages",
"signature": "<bound method Alias.signature of Alias('messages', 'mail_intake.models.thread.MailIntakeThread.messages')>",
"docstring": "Ordered list of messages belonging to this thread."
},
"last_activity_at": {
"name": "last_activity_at",
"kind": "attribute",
"path": "mail_intake.models.MailIntakeThread.last_activity_at",
"signature": "<bound method Alias.signature of Alias('last_activity_at', 'mail_intake.models.thread.MailIntakeThread.last_activity_at')>",
"docstring": "Timestamp of the most recent message in the thread."
},
"add_message": {
"name": "add_message",
"kind": "function",
"path": "mail_intake.models.MailIntakeThread.add_message",
"signature": "<bound method Alias.signature of Alias('add_message', 'mail_intake.models.thread.MailIntakeThread.add_message')>",
"docstring": "Add a message to the thread and update derived fields.\n\nArgs:\n message (MailIntakeMessage):\n Parsed mail message to add to the thread.\n\nNotes:\n **Responsibilities:**\n\n - Appends the message to the thread.\n - Tracks unique participants.\n - Updates the last activity timestamp."
}
}
},
"message": {
"name": "message",
"kind": "module",
"path": "mail_intake.models.message",
"signature": null,
"docstring": "# Summary\n\nMessage domain models for Mail Intake.\n\nThis module defines the **canonical, provider-agnostic representation**\nof an individual email message as used internally by the Mail Intake\ningestion pipeline.\n\nModels in this module are safe to persist and must not contain any\nprovider-specific fields or semantics.",
"members": {
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "mail_intake.models.message.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"datetime": {
"name": "datetime",
"kind": "alias",
"path": "mail_intake.models.message.datetime",
"signature": "<bound method Alias.signature of Alias('datetime', 'datetime.datetime')>",
"docstring": null
},
"MailIntakeMessage": {
"name": "MailIntakeMessage",
"kind": "class",
"path": "mail_intake.models.message.MailIntakeMessage",
"signature": "<bound method Class.signature of Class('MailIntakeMessage', 18, 79)>",
"docstring": "Canonical internal representation of a single email message.\n\nNotes:\n **Guarantees:**\n\n - This model represents a fully parsed and normalized email message.\n - It is intentionally provider-agnostic and suitable for\n persistence, indexing, and downstream processing.\n\n **Constraints:**\n\n - No provider-specific identifiers, payloads, or API semantics\n should appear in this model.",
"members": {
"message_id": {
"name": "message_id",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.message_id",
"signature": null,
"docstring": "Provider-specific message identifier."
},
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.thread_id",
"signature": null,
"docstring": "Provider-specific thread identifier to which this message belongs."
},
"timestamp": {
"name": "timestamp",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.timestamp",
"signature": null,
"docstring": "Message timestamp as a timezone-naive UTC datetime."
},
"from_email": {
"name": "from_email",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.from_email",
"signature": null,
"docstring": "Sender email address."
},
"from_name": {
"name": "from_name",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.from_name",
"signature": null,
"docstring": "Optional human-readable sender name."
},
"subject": {
"name": "subject",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.subject",
"signature": null,
"docstring": "Raw subject line of the message."
},
"body_text": {
"name": "body_text",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.body_text",
"signature": null,
"docstring": "Extracted plain-text body content of the message."
},
"snippet": {
"name": "snippet",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.snippet",
"signature": null,
"docstring": "Short provider-supplied preview snippet of the message."
},
"raw_headers": {
"name": "raw_headers",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.raw_headers",
"signature": null,
"docstring": "Normalized mapping of message headers (header name → value)."
}
}
}
}
},
"thread": {
"name": "thread",
"kind": "module",
"path": "mail_intake.models.thread",
"signature": null,
"docstring": "# Summary\n\nThread domain models for Mail Intake.\n\nThis module defines the **canonical, provider-agnostic representation**\nof an email thread as used internally by the Mail Intake ingestion pipeline.\n\nThreads group related messages and serve as the primary unit of reasoning\nfor higher-level correspondence workflows.",
"members": {
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "mail_intake.models.thread.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"field": {
"name": "field",
"kind": "alias",
"path": "mail_intake.models.thread.field",
"signature": "<bound method Alias.signature of Alias('field', 'dataclasses.field')>",
"docstring": null
},
"datetime": {
"name": "datetime",
"kind": "alias",
"path": "mail_intake.models.thread.datetime",
"signature": "<bound method Alias.signature of Alias('datetime', 'datetime.datetime')>",
"docstring": null
},
"MailIntakeMessage": {
"name": "MailIntakeMessage",
"kind": "class",
"path": "mail_intake.models.thread.MailIntakeMessage",
"signature": "<bound method Alias.signature of Alias('MailIntakeMessage', 'mail_intake.models.message.MailIntakeMessage')>",
"docstring": "Canonical internal representation of a single email message.\n\nNotes:\n **Guarantees:**\n\n - This model represents a fully parsed and normalized email message.\n - It is intentionally provider-agnostic and suitable for\n persistence, indexing, and downstream processing.\n\n **Constraints:**\n\n - No provider-specific identifiers, payloads, or API semantics\n should appear in this model.",
"members": {
"message_id": {
"name": "message_id",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.message_id",
"signature": "<bound method Alias.signature of Alias('message_id', 'mail_intake.models.message.MailIntakeMessage.message_id')>",
"docstring": "Provider-specific message identifier."
},
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.thread_id",
"signature": "<bound method Alias.signature of Alias('thread_id', 'mail_intake.models.message.MailIntakeMessage.thread_id')>",
"docstring": "Provider-specific thread identifier to which this message belongs."
},
"timestamp": {
"name": "timestamp",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.timestamp",
"signature": "<bound method Alias.signature of Alias('timestamp', 'mail_intake.models.message.MailIntakeMessage.timestamp')>",
"docstring": "Message timestamp as a timezone-naive UTC datetime."
},
"from_email": {
"name": "from_email",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.from_email",
"signature": "<bound method Alias.signature of Alias('from_email', 'mail_intake.models.message.MailIntakeMessage.from_email')>",
"docstring": "Sender email address."
},
"from_name": {
"name": "from_name",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.from_name",
"signature": "<bound method Alias.signature of Alias('from_name', 'mail_intake.models.message.MailIntakeMessage.from_name')>",
"docstring": "Optional human-readable sender name."
},
"subject": {
"name": "subject",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.subject",
"signature": "<bound method Alias.signature of Alias('subject', 'mail_intake.models.message.MailIntakeMessage.subject')>",
"docstring": "Raw subject line of the message."
},
"body_text": {
"name": "body_text",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.body_text",
"signature": "<bound method Alias.signature of Alias('body_text', 'mail_intake.models.message.MailIntakeMessage.body_text')>",
"docstring": "Extracted plain-text body content of the message."
},
"snippet": {
"name": "snippet",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.snippet",
"signature": "<bound method Alias.signature of Alias('snippet', 'mail_intake.models.message.MailIntakeMessage.snippet')>",
"docstring": "Short provider-supplied preview snippet of the message."
},
"raw_headers": {
"name": "raw_headers",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.raw_headers",
"signature": "<bound method Alias.signature of Alias('raw_headers', 'mail_intake.models.message.MailIntakeMessage.raw_headers')>",
"docstring": "Normalized mapping of message headers (header name → value)."
}
}
},
"MailIntakeThread": {
"name": "MailIntakeThread",
"kind": "class",
"path": "mail_intake.models.thread.MailIntakeThread",
"signature": "<bound method Class.signature of Class('MailIntakeThread', 19, 80)>",
"docstring": "Canonical internal representation of an email thread.\n\nNotes:\n **Guarantees:**\n\n - A thread groups multiple related messages under a single subject\n and participant set.\n - It is designed to support reasoning over conversational context\n such as job applications, interviews, follow-ups, and ongoing discussions.\n - This model is provider-agnostic and safe to persist.",
"members": {
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.thread_id",
"signature": null,
"docstring": "Provider-specific thread identifier."
},
"normalized_subject": {
"name": "normalized_subject",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.normalized_subject",
"signature": null,
"docstring": "Normalized subject line used to group related messages."
},
"participants": {
"name": "participants",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.participants",
"signature": null,
"docstring": "Set of unique participant email addresses observed in the thread."
},
"messages": {
"name": "messages",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.messages",
"signature": null,
"docstring": "Ordered list of messages belonging to this thread."
},
"last_activity_at": {
"name": "last_activity_at",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.last_activity_at",
"signature": null,
"docstring": "Timestamp of the most recent message in the thread."
},
"add_message": {
"name": "add_message",
"kind": "function",
"path": "mail_intake.models.thread.MailIntakeThread.add_message",
"signature": "<bound method Function.signature of Function('add_message', 59, 80)>",
"docstring": "Add a message to the thread and update derived fields.\n\nArgs:\n message (MailIntakeMessage):\n Parsed mail message to add to the thread.\n\nNotes:\n **Responsibilities:**\n\n - Appends the message to the thread.\n - Tracks unique participants.\n - Updates the last activity timestamp."
}
}
}
}
}
}
}
}

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{
"module": "mail_intake.models.message",
"content": {
"path": "mail_intake.models.message",
"docstring": "# Summary\n\nMessage domain models for Mail Intake.\n\nThis module defines the **canonical, provider-agnostic representation**\nof an individual email message as used internally by the Mail Intake\ningestion pipeline.\n\nModels in this module are safe to persist and must not contain any\nprovider-specific fields or semantics.",
"objects": {
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "mail_intake.models.message.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"datetime": {
"name": "datetime",
"kind": "alias",
"path": "mail_intake.models.message.datetime",
"signature": "<bound method Alias.signature of Alias('datetime', 'datetime.datetime')>",
"docstring": null
},
"MailIntakeMessage": {
"name": "MailIntakeMessage",
"kind": "class",
"path": "mail_intake.models.message.MailIntakeMessage",
"signature": "<bound method Class.signature of Class('MailIntakeMessage', 18, 79)>",
"docstring": "Canonical internal representation of a single email message.\n\nNotes:\n **Guarantees:**\n\n - This model represents a fully parsed and normalized email message.\n - It is intentionally provider-agnostic and suitable for\n persistence, indexing, and downstream processing.\n\n **Constraints:**\n\n - No provider-specific identifiers, payloads, or API semantics\n should appear in this model.",
"members": {
"message_id": {
"name": "message_id",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.message_id",
"signature": null,
"docstring": "Provider-specific message identifier."
},
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.thread_id",
"signature": null,
"docstring": "Provider-specific thread identifier to which this message belongs."
},
"timestamp": {
"name": "timestamp",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.timestamp",
"signature": null,
"docstring": "Message timestamp as a timezone-naive UTC datetime."
},
"from_email": {
"name": "from_email",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.from_email",
"signature": null,
"docstring": "Sender email address."
},
"from_name": {
"name": "from_name",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.from_name",
"signature": null,
"docstring": "Optional human-readable sender name."
},
"subject": {
"name": "subject",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.subject",
"signature": null,
"docstring": "Raw subject line of the message."
},
"body_text": {
"name": "body_text",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.body_text",
"signature": null,
"docstring": "Extracted plain-text body content of the message."
},
"snippet": {
"name": "snippet",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.snippet",
"signature": null,
"docstring": "Short provider-supplied preview snippet of the message."
},
"raw_headers": {
"name": "raw_headers",
"kind": "attribute",
"path": "mail_intake.models.message.MailIntakeMessage.raw_headers",
"signature": null,
"docstring": "Normalized mapping of message headers (header name → value)."
}
}
}
}
}
}

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{
"module": "mail_intake.models.thread",
"content": {
"path": "mail_intake.models.thread",
"docstring": "# Summary\n\nThread domain models for Mail Intake.\n\nThis module defines the **canonical, provider-agnostic representation**\nof an email thread as used internally by the Mail Intake ingestion pipeline.\n\nThreads group related messages and serve as the primary unit of reasoning\nfor higher-level correspondence workflows.",
"objects": {
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "mail_intake.models.thread.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"field": {
"name": "field",
"kind": "alias",
"path": "mail_intake.models.thread.field",
"signature": "<bound method Alias.signature of Alias('field', 'dataclasses.field')>",
"docstring": null
},
"datetime": {
"name": "datetime",
"kind": "alias",
"path": "mail_intake.models.thread.datetime",
"signature": "<bound method Alias.signature of Alias('datetime', 'datetime.datetime')>",
"docstring": null
},
"MailIntakeMessage": {
"name": "MailIntakeMessage",
"kind": "class",
"path": "mail_intake.models.thread.MailIntakeMessage",
"signature": "<bound method Alias.signature of Alias('MailIntakeMessage', 'mail_intake.models.message.MailIntakeMessage')>",
"docstring": "Canonical internal representation of a single email message.\n\nNotes:\n **Guarantees:**\n\n - This model represents a fully parsed and normalized email message.\n - It is intentionally provider-agnostic and suitable for\n persistence, indexing, and downstream processing.\n\n **Constraints:**\n\n - No provider-specific identifiers, payloads, or API semantics\n should appear in this model.",
"members": {
"message_id": {
"name": "message_id",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.message_id",
"signature": "<bound method Alias.signature of Alias('message_id', 'mail_intake.models.message.MailIntakeMessage.message_id')>",
"docstring": "Provider-specific message identifier."
},
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.thread_id",
"signature": "<bound method Alias.signature of Alias('thread_id', 'mail_intake.models.message.MailIntakeMessage.thread_id')>",
"docstring": "Provider-specific thread identifier to which this message belongs."
},
"timestamp": {
"name": "timestamp",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.timestamp",
"signature": "<bound method Alias.signature of Alias('timestamp', 'mail_intake.models.message.MailIntakeMessage.timestamp')>",
"docstring": "Message timestamp as a timezone-naive UTC datetime."
},
"from_email": {
"name": "from_email",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.from_email",
"signature": "<bound method Alias.signature of Alias('from_email', 'mail_intake.models.message.MailIntakeMessage.from_email')>",
"docstring": "Sender email address."
},
"from_name": {
"name": "from_name",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.from_name",
"signature": "<bound method Alias.signature of Alias('from_name', 'mail_intake.models.message.MailIntakeMessage.from_name')>",
"docstring": "Optional human-readable sender name."
},
"subject": {
"name": "subject",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.subject",
"signature": "<bound method Alias.signature of Alias('subject', 'mail_intake.models.message.MailIntakeMessage.subject')>",
"docstring": "Raw subject line of the message."
},
"body_text": {
"name": "body_text",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.body_text",
"signature": "<bound method Alias.signature of Alias('body_text', 'mail_intake.models.message.MailIntakeMessage.body_text')>",
"docstring": "Extracted plain-text body content of the message."
},
"snippet": {
"name": "snippet",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.snippet",
"signature": "<bound method Alias.signature of Alias('snippet', 'mail_intake.models.message.MailIntakeMessage.snippet')>",
"docstring": "Short provider-supplied preview snippet of the message."
},
"raw_headers": {
"name": "raw_headers",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeMessage.raw_headers",
"signature": "<bound method Alias.signature of Alias('raw_headers', 'mail_intake.models.message.MailIntakeMessage.raw_headers')>",
"docstring": "Normalized mapping of message headers (header name → value)."
}
}
},
"MailIntakeThread": {
"name": "MailIntakeThread",
"kind": "class",
"path": "mail_intake.models.thread.MailIntakeThread",
"signature": "<bound method Class.signature of Class('MailIntakeThread', 19, 80)>",
"docstring": "Canonical internal representation of an email thread.\n\nNotes:\n **Guarantees:**\n\n - A thread groups multiple related messages under a single subject\n and participant set.\n - It is designed to support reasoning over conversational context\n such as job applications, interviews, follow-ups, and ongoing discussions.\n - This model is provider-agnostic and safe to persist.",
"members": {
"thread_id": {
"name": "thread_id",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.thread_id",
"signature": null,
"docstring": "Provider-specific thread identifier."
},
"normalized_subject": {
"name": "normalized_subject",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.normalized_subject",
"signature": null,
"docstring": "Normalized subject line used to group related messages."
},
"participants": {
"name": "participants",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.participants",
"signature": null,
"docstring": "Set of unique participant email addresses observed in the thread."
},
"messages": {
"name": "messages",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.messages",
"signature": null,
"docstring": "Ordered list of messages belonging to this thread."
},
"last_activity_at": {
"name": "last_activity_at",
"kind": "attribute",
"path": "mail_intake.models.thread.MailIntakeThread.last_activity_at",
"signature": null,
"docstring": "Timestamp of the most recent message in the thread."
},
"add_message": {
"name": "add_message",
"kind": "function",
"path": "mail_intake.models.thread.MailIntakeThread.add_message",
"signature": "<bound method Function.signature of Function('add_message', 59, 80)>",
"docstring": "Add a message to the thread and update derived fields.\n\nArgs:\n message (MailIntakeMessage):\n Parsed mail message to add to the thread.\n\nNotes:\n **Responsibilities:**\n\n - Appends the message to the thread.\n - Tracks unique participants.\n - Updates the last activity timestamp."
}
}
}
}
}
}

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@@ -0,0 +1,44 @@
{
"module": "mail_intake.parsers.body",
"content": {
"path": "mail_intake.parsers.body",
"docstring": "# Summary\n\nMessage body extraction utilities for Mail Intake.\n\nThis module contains helper functions for extracting a best-effort\nplain-text body from provider-native message payloads.\n\nThe logic is intentionally tolerant of malformed or partial data and\nprefers human-readable text over fidelity to original formatting.",
"objects": {
"base64": {
"name": "base64",
"kind": "alias",
"path": "mail_intake.parsers.body.base64",
"signature": "<bound method Alias.signature of Alias('base64', 'base64')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.parsers.body.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"BeautifulSoup": {
"name": "BeautifulSoup",
"kind": "alias",
"path": "mail_intake.parsers.body.BeautifulSoup",
"signature": "<bound method Alias.signature of Alias('BeautifulSoup', 'bs4.BeautifulSoup')>",
"docstring": null
},
"MailIntakeParsingError": {
"name": "MailIntakeParsingError",
"kind": "class",
"path": "mail_intake.parsers.body.MailIntakeParsingError",
"signature": "<bound method Alias.signature of Alias('MailIntakeParsingError', 'mail_intake.exceptions.MailIntakeParsingError')>",
"docstring": "Errors encountered while parsing message content.\n\nNotes:\n **Lifecycle:**\n\n - Raised when raw provider payloads cannot be interpreted or\n normalized into internal domain models."
},
"extract_body": {
"name": "extract_body",
"kind": "function",
"path": "mail_intake.parsers.body.extract_body",
"signature": "<bound method Function.signature of Function('extract_body', 85, 133)>",
"docstring": "Extract the best-effort message body from a Gmail payload.\n\nPriority:\n\n1. `text/plain`\n2. `text/html` (stripped to text)\n3. Single-part body\n4. Empty string (if nothing usable found)\n\nArgs:\n payload (Dict[str, Any]):\n Provider-native message payload dictionary.\n\nReturns:\n str:\n Extracted plain-text message body."
}
}
}
}

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@@ -0,0 +1,23 @@
{
"module": "mail_intake.parsers.headers",
"content": {
"path": "mail_intake.parsers.headers",
"docstring": "# Summary\n\nMessage header parsing utilities for Mail Intake.\n\nThis module provides helper functions for normalizing and extracting\nuseful information from provider-native message headers.\n\nThe functions here are intentionally simple and tolerant of malformed\nor incomplete header data.",
"objects": {
"parse_headers": {
"name": "parse_headers",
"kind": "function",
"path": "mail_intake.parsers.headers.parse_headers",
"signature": "<bound method Function.signature of Function('parse_headers', 14, 62)>",
"docstring": "Convert a list of Gmail-style headers into a normalized dict.\n\nArgs:\n raw_headers (List[Dict[str, str]]):\n List of header dictionaries, each containing `name` and `value` keys.\n\nReturns:\n Dict[str, str]:\n Dictionary mapping lowercase header names to stripped values.\n\nNotes:\n **Guarantees:**\n\n - Provider payloads (such as Gmail) typically represent headers as a\n list of name/value mappings.\n - This function normalizes them into a case-insensitive dictionary\n keyed by lowercase header names.\n\nExample:\n Typical usage:\n\n ```python\n Input:\n [\n {\"name\": \"From\", \"value\": \"John Doe <john@example.com>\"},\n {\"name\": \"Subject\", \"value\": \"Re: Interview Update\"},\n ]\n\n Output:\n {\n \"from\": \"John Doe <john@example.com>\",\n \"subject\": \"Re: Interview Update\",\n }\n ```"
},
"extract_sender": {
"name": "extract_sender",
"kind": "function",
"path": "mail_intake.parsers.headers.extract_sender",
"signature": "<bound method Function.signature of Function('extract_sender', 65, 100)>",
"docstring": "Extract sender email and optional display name from headers.\n\nArgs:\n headers (Dict[str, str]):\n Normalized header dictionary as returned by `parse_headers()`.\n\nReturns:\n Tuple[str, Optional[str]]:\n A tuple `(email, name)` where `email` is the sender email address\n and `name` is the display name, or `None` if unavailable.\n\nNotes:\n **Responsibilities:**\n\n - This function parses the `From` header and attempts to extract\n sender email address and optional human-readable display name.\n\nExample:\n Typical values:\n\n - `\"John Doe <john@example.com>\"` -> `(\"john@example.com\", \"John Doe\")`\n - `\"john@example.com\"` -> `(\"john@example.com\", None)`"
}
}
}
}

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{
"module": "mail_intake.parsers",
"content": {
"path": "mail_intake.parsers",
"docstring": "# Summary\n\nMessage parsing utilities for Mail Intake.\n\nThis package contains **provider-aware but adapter-agnostic parsing helpers**\nused to extract and normalize structured information from raw mail payloads.\n\nParsers in this package are responsible for:\n\n- Interpreting provider-native message structures.\n- Extracting meaningful fields such as headers, body text, and subjects.\n- Normalizing data into consistent internal representations.\n\nThis package does not:\n\n- Perform network or IO operations.\n- Contain provider API logic.\n- Construct domain models directly.\n\nParsing functions are designed to be composable and are orchestrated by the\ningestion layer.\n\n---\n\n# Public API\n\n- `extract_body`\n- `parse_headers`\n- `extract_sender`\n- `normalize_subject`\n\n---",
"objects": {
"extract_body": {
"name": "extract_body",
"kind": "function",
"path": "mail_intake.parsers.extract_body",
"signature": "<bound method Alias.signature of Alias('extract_body', 'mail_intake.parsers.body.extract_body')>",
"docstring": "Extract the best-effort message body from a Gmail payload.\n\nPriority:\n\n1. `text/plain`\n2. `text/html` (stripped to text)\n3. Single-part body\n4. Empty string (if nothing usable found)\n\nArgs:\n payload (Dict[str, Any]):\n Provider-native message payload dictionary.\n\nReturns:\n str:\n Extracted plain-text message body."
},
"parse_headers": {
"name": "parse_headers",
"kind": "function",
"path": "mail_intake.parsers.parse_headers",
"signature": "<bound method Alias.signature of Alias('parse_headers', 'mail_intake.parsers.headers.parse_headers')>",
"docstring": "Convert a list of Gmail-style headers into a normalized dict.\n\nArgs:\n raw_headers (List[Dict[str, str]]):\n List of header dictionaries, each containing `name` and `value` keys.\n\nReturns:\n Dict[str, str]:\n Dictionary mapping lowercase header names to stripped values.\n\nNotes:\n **Guarantees:**\n\n - Provider payloads (such as Gmail) typically represent headers as a\n list of name/value mappings.\n - This function normalizes them into a case-insensitive dictionary\n keyed by lowercase header names.\n\nExample:\n Typical usage:\n\n ```python\n Input:\n [\n {\"name\": \"From\", \"value\": \"John Doe <john@example.com>\"},\n {\"name\": \"Subject\", \"value\": \"Re: Interview Update\"},\n ]\n\n Output:\n {\n \"from\": \"John Doe <john@example.com>\",\n \"subject\": \"Re: Interview Update\",\n }\n ```"
},
"extract_sender": {
"name": "extract_sender",
"kind": "function",
"path": "mail_intake.parsers.extract_sender",
"signature": "<bound method Alias.signature of Alias('extract_sender', 'mail_intake.parsers.headers.extract_sender')>",
"docstring": "Extract sender email and optional display name from headers.\n\nArgs:\n headers (Dict[str, str]):\n Normalized header dictionary as returned by `parse_headers()`.\n\nReturns:\n Tuple[str, Optional[str]]:\n A tuple `(email, name)` where `email` is the sender email address\n and `name` is the display name, or `None` if unavailable.\n\nNotes:\n **Responsibilities:**\n\n - This function parses the `From` header and attempts to extract\n sender email address and optional human-readable display name.\n\nExample:\n Typical values:\n\n - `\"John Doe <john@example.com>\"` -> `(\"john@example.com\", \"John Doe\")`\n - `\"john@example.com\"` -> `(\"john@example.com\", None)`"
},
"normalize_subject": {
"name": "normalize_subject",
"kind": "function",
"path": "mail_intake.parsers.normalize_subject",
"signature": "<bound method Alias.signature of Alias('normalize_subject', 'mail_intake.parsers.subject.normalize_subject')>",
"docstring": "Normalize an email subject for thread-level comparison.\n\nArgs:\n subject (str):\n Raw subject line from a message header.\n\nReturns:\n str:\n Normalized subject string suitable for thread grouping.\n\nNotes:\n **Responsibilities:**\n\n - Strips common prefixes such as `Re:`, `Fwd:`, and `FW:`.\n - Repeats prefix stripping to handle stacked prefixes.\n - Collapses excessive whitespace.\n - Preserves original casing (no lowercasing).\n\n **Guarantees:**\n\n - This function is intentionally conservative and avoids aggressive\n transformations that could alter the semantic meaning of the subject."
},
"body": {
"name": "body",
"kind": "module",
"path": "mail_intake.parsers.body",
"signature": null,
"docstring": "# Summary\n\nMessage body extraction utilities for Mail Intake.\n\nThis module contains helper functions for extracting a best-effort\nplain-text body from provider-native message payloads.\n\nThe logic is intentionally tolerant of malformed or partial data and\nprefers human-readable text over fidelity to original formatting.",
"members": {
"base64": {
"name": "base64",
"kind": "alias",
"path": "mail_intake.parsers.body.base64",
"signature": "<bound method Alias.signature of Alias('base64', 'base64')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "mail_intake.parsers.body.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"BeautifulSoup": {
"name": "BeautifulSoup",
"kind": "alias",
"path": "mail_intake.parsers.body.BeautifulSoup",
"signature": "<bound method Alias.signature of Alias('BeautifulSoup', 'bs4.BeautifulSoup')>",
"docstring": null
},
"MailIntakeParsingError": {
"name": "MailIntakeParsingError",
"kind": "class",
"path": "mail_intake.parsers.body.MailIntakeParsingError",
"signature": "<bound method Alias.signature of Alias('MailIntakeParsingError', 'mail_intake.exceptions.MailIntakeParsingError')>",
"docstring": "Errors encountered while parsing message content.\n\nNotes:\n **Lifecycle:**\n\n - Raised when raw provider payloads cannot be interpreted or\n normalized into internal domain models."
},
"extract_body": {
"name": "extract_body",
"kind": "function",
"path": "mail_intake.parsers.body.extract_body",
"signature": "<bound method Function.signature of Function('extract_body', 85, 133)>",
"docstring": "Extract the best-effort message body from a Gmail payload.\n\nPriority:\n\n1. `text/plain`\n2. `text/html` (stripped to text)\n3. Single-part body\n4. Empty string (if nothing usable found)\n\nArgs:\n payload (Dict[str, Any]):\n Provider-native message payload dictionary.\n\nReturns:\n str:\n Extracted plain-text message body."
}
}
},
"headers": {
"name": "headers",
"kind": "module",
"path": "mail_intake.parsers.headers",
"signature": null,
"docstring": "# Summary\n\nMessage header parsing utilities for Mail Intake.\n\nThis module provides helper functions for normalizing and extracting\nuseful information from provider-native message headers.\n\nThe functions here are intentionally simple and tolerant of malformed\nor incomplete header data.",
"members": {
"parse_headers": {
"name": "parse_headers",
"kind": "function",
"path": "mail_intake.parsers.headers.parse_headers",
"signature": "<bound method Function.signature of Function('parse_headers', 14, 62)>",
"docstring": "Convert a list of Gmail-style headers into a normalized dict.\n\nArgs:\n raw_headers (List[Dict[str, str]]):\n List of header dictionaries, each containing `name` and `value` keys.\n\nReturns:\n Dict[str, str]:\n Dictionary mapping lowercase header names to stripped values.\n\nNotes:\n **Guarantees:**\n\n - Provider payloads (such as Gmail) typically represent headers as a\n list of name/value mappings.\n - This function normalizes them into a case-insensitive dictionary\n keyed by lowercase header names.\n\nExample:\n Typical usage:\n\n ```python\n Input:\n [\n {\"name\": \"From\", \"value\": \"John Doe <john@example.com>\"},\n {\"name\": \"Subject\", \"value\": \"Re: Interview Update\"},\n ]\n\n Output:\n {\n \"from\": \"John Doe <john@example.com>\",\n \"subject\": \"Re: Interview Update\",\n }\n ```"
},
"extract_sender": {
"name": "extract_sender",
"kind": "function",
"path": "mail_intake.parsers.headers.extract_sender",
"signature": "<bound method Function.signature of Function('extract_sender', 65, 100)>",
"docstring": "Extract sender email and optional display name from headers.\n\nArgs:\n headers (Dict[str, str]):\n Normalized header dictionary as returned by `parse_headers()`.\n\nReturns:\n Tuple[str, Optional[str]]:\n A tuple `(email, name)` where `email` is the sender email address\n and `name` is the display name, or `None` if unavailable.\n\nNotes:\n **Responsibilities:**\n\n - This function parses the `From` header and attempts to extract\n sender email address and optional human-readable display name.\n\nExample:\n Typical values:\n\n - `\"John Doe <john@example.com>\"` -> `(\"john@example.com\", \"John Doe\")`\n - `\"john@example.com\"` -> `(\"john@example.com\", None)`"
}
}
},
"subject": {
"name": "subject",
"kind": "module",
"path": "mail_intake.parsers.subject",
"signature": null,
"docstring": "# Summary\n\nSubject line normalization utilities for Mail Intake.\n\nThis module provides helper functions for normalizing email subject lines\nto enable reliable thread-level comparison and grouping.\n\nNormalization is intentionally conservative to avoid altering semantic\nmeaning while removing common reply and forward prefixes.",
"members": {
"re": {
"name": "re",
"kind": "alias",
"path": "mail_intake.parsers.subject.re",
"signature": "<bound method Alias.signature of Alias('re', 're')>",
"docstring": null
},
"normalize_subject": {
"name": "normalize_subject",
"kind": "function",
"path": "mail_intake.parsers.subject.normalize_subject",
"signature": "<bound method Function.signature of Function('normalize_subject', 21, 61)>",
"docstring": "Normalize an email subject for thread-level comparison.\n\nArgs:\n subject (str):\n Raw subject line from a message header.\n\nReturns:\n str:\n Normalized subject string suitable for thread grouping.\n\nNotes:\n **Responsibilities:**\n\n - Strips common prefixes such as `Re:`, `Fwd:`, and `FW:`.\n - Repeats prefix stripping to handle stacked prefixes.\n - Collapses excessive whitespace.\n - Preserves original casing (no lowercasing).\n\n **Guarantees:**\n\n - This function is intentionally conservative and avoids aggressive\n transformations that could alter the semantic meaning of the subject."
}
}
}
}
}
}

View File

@@ -0,0 +1,23 @@
{
"module": "mail_intake.parsers.subject",
"content": {
"path": "mail_intake.parsers.subject",
"docstring": "# Summary\n\nSubject line normalization utilities for Mail Intake.\n\nThis module provides helper functions for normalizing email subject lines\nto enable reliable thread-level comparison and grouping.\n\nNormalization is intentionally conservative to avoid altering semantic\nmeaning while removing common reply and forward prefixes.",
"objects": {
"re": {
"name": "re",
"kind": "alias",
"path": "mail_intake.parsers.subject.re",
"signature": "<bound method Alias.signature of Alias('re', 're')>",
"docstring": null
},
"normalize_subject": {
"name": "normalize_subject",
"kind": "function",
"path": "mail_intake.parsers.subject.normalize_subject",
"signature": "<bound method Function.signature of Function('normalize_subject', 21, 61)>",
"docstring": "Normalize an email subject for thread-level comparison.\n\nArgs:\n subject (str):\n Raw subject line from a message header.\n\nReturns:\n str:\n Normalized subject string suitable for thread grouping.\n\nNotes:\n **Responsibilities:**\n\n - Strips common prefixes such as `Re:`, `Fwd:`, and `FW:`.\n - Repeats prefix stripping to handle stacked prefixes.\n - Collapses excessive whitespace.\n - Preserves original casing (no lowercasing).\n\n **Guarantees:**\n\n - This function is intentionally conservative and avoids aggressive\n transformations that could alter the semantic meaning of the subject."
}
}
}
}

90
mcp/mail-intake/nav.json Normal file
View File

@@ -0,0 +1,90 @@
[
{
"module": "mail_intake",
"resource": "doc://modules/mail_intake"
},
{
"module": "mail_intake.adapters",
"resource": "doc://modules/mail_intake.adapters"
},
{
"module": "mail_intake.adapters.base",
"resource": "doc://modules/mail_intake.adapters.base"
},
{
"module": "mail_intake.adapters.gmail",
"resource": "doc://modules/mail_intake.adapters.gmail"
},
{
"module": "mail_intake.auth",
"resource": "doc://modules/mail_intake.auth"
},
{
"module": "mail_intake.auth.base",
"resource": "doc://modules/mail_intake.auth.base"
},
{
"module": "mail_intake.auth.google",
"resource": "doc://modules/mail_intake.auth.google"
},
{
"module": "mail_intake.config",
"resource": "doc://modules/mail_intake.config"
},
{
"module": "mail_intake.credentials",
"resource": "doc://modules/mail_intake.credentials"
},
{
"module": "mail_intake.credentials.pickle",
"resource": "doc://modules/mail_intake.credentials.pickle"
},
{
"module": "mail_intake.credentials.redis",
"resource": "doc://modules/mail_intake.credentials.redis"
},
{
"module": "mail_intake.credentials.store",
"resource": "doc://modules/mail_intake.credentials.store"
},
{
"module": "mail_intake.exceptions",
"resource": "doc://modules/mail_intake.exceptions"
},
{
"module": "mail_intake.ingestion",
"resource": "doc://modules/mail_intake.ingestion"
},
{
"module": "mail_intake.ingestion.reader",
"resource": "doc://modules/mail_intake.ingestion.reader"
},
{
"module": "mail_intake.models",
"resource": "doc://modules/mail_intake.models"
},
{
"module": "mail_intake.models.message",
"resource": "doc://modules/mail_intake.models.message"
},
{
"module": "mail_intake.models.thread",
"resource": "doc://modules/mail_intake.models.thread"
},
{
"module": "mail_intake.parsers",
"resource": "doc://modules/mail_intake.parsers"
},
{
"module": "mail_intake.parsers.body",
"resource": "doc://modules/mail_intake.parsers.body"
},
{
"module": "mail_intake.parsers.headers",
"resource": "doc://modules/mail_intake.parsers.headers"
},
{
"module": "mail_intake.parsers.subject",
"resource": "doc://modules/mail_intake.parsers.subject"
}
]

6
mcp/omniread/index.json Normal file
View File

@@ -0,0 +1,6 @@
{
"project": "omniread",
"type": "docforge-model",
"modules_count": 22,
"source": "docforge"
}

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@@ -0,0 +1,125 @@
{
"module": "omniread.core.content",
"content": {
"path": "omniread.core.content",
"docstring": "# Summary\n\nCanonical content models for OmniRead.\n\nThis module defines the **format-agnostic content representation** used across\nall parsers and scrapers in OmniRead.\n\nThe models defined here represent *what* was extracted, not *how* it was\nretrieved or parsed. Format-specific behavior and metadata must not alter\nthe semantic meaning of these models.",
"objects": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.core.content.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "omniread.core.content.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"Enum": {
"name": "Enum",
"kind": "alias",
"path": "omniread.core.content.Enum",
"signature": "<bound method Alias.signature of Alias('Enum', 'enum.Enum')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.core.content.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.core.content.ContentType",
"signature": "<bound method Class.signature of Class('ContentType', 20, 49)>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.core.content.ContentType.HTML",
"signature": null,
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.core.content.ContentType.PDF",
"signature": null,
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.core.content.ContentType.XLSX",
"signature": null,
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.core.content.ContentType.CSV",
"signature": null,
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.core.content.ContentType.JSON",
"signature": null,
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.core.content.ContentType.XML",
"signature": null,
"docstring": "XML document content."
}
}
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.core.content.Content",
"signature": "<bound method Class.signature of Class('Content', 52, 84)>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.core.content.Content.raw",
"signature": null,
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.core.content.Content.source",
"signature": null,
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.core.content.Content.content_type",
"signature": null,
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.core.content.Content.metadata",
"signature": null,
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
}
}
}
}

View File

@@ -0,0 +1,534 @@
{
"module": "omniread.core",
"content": {
"path": "omniread.core",
"docstring": "# Summary\n\nCore domain contracts for OmniRead.\n\nThis package defines the **format-agnostic domain layer** of OmniRead.\nIt exposes canonical content models and abstract interfaces that are\nimplemented by format-specific modules (HTML, PDF, etc.).\n\nPublic exports from this package are considered **stable contracts** and\nare safe for downstream consumers to depend on.\n\nSubmodules:\n\n- `content`: Canonical content models and enums.\n- `parser`: Abstract parsing contracts.\n- `scraper`: Abstract scraping contracts.\n\nFormat-specific behavior must not be introduced at this layer.\n\n---\n\n# Public API\n\n- `Content`\n- `ContentType`\n\n---",
"objects": {
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.core.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.core.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.core.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.core.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.core.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.core.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.core.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.core.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.core.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.core.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.core.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.core.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.core.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.core.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.core.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.core.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.core.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"BaseScraper": {
"name": "BaseScraper",
"kind": "class",
"path": "omniread.core.BaseScraper",
"signature": "<bound method Alias.signature of Alias('BaseScraper', 'omniread.core.scraper.BaseScraper')>",
"docstring": "Base interface for all scrapers.\n\nNotes:\n **Responsibilities:**\n\n - A scraper is responsible ONLY for fetching raw content (bytes)\n from a source. It must not interpret or parse it.\n - A scraper is a stateless acquisition component that retrieves raw\n content from a source and returns it as a `Content` object.\n - Scrapers define how content is obtained, not what the content means.\n - Implementations may vary in transport mechanism, authentication\n strategy, retry and backoff behavior.\n\n **Constraints:**\n\n - Implementations must not parse content, modify content semantics,\n or couple scraping logic to a specific parser.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.core.BaseScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.core.scraper.BaseScraper.fetch')>",
"docstring": "Fetch raw content from the given source.\n\nArgs:\n source (str):\n Location identifier (URL, file path, S3 URI, etc.).\n\n metadata (Optional[Mapping[str, Any]], optional):\n Optional hints for the scraper (headers, auth, etc.).\n\nReturns:\n Content:\n Content object containing raw bytes and metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must retrieve the content referenced by `source`\n and return it as raw bytes wrapped in a `Content` object."
}
}
},
"content": {
"name": "content",
"kind": "module",
"path": "omniread.core.content",
"signature": null,
"docstring": "# Summary\n\nCanonical content models for OmniRead.\n\nThis module defines the **format-agnostic content representation** used across\nall parsers and scrapers in OmniRead.\n\nThe models defined here represent *what* was extracted, not *how* it was\nretrieved or parsed. Format-specific behavior and metadata must not alter\nthe semantic meaning of these models.",
"members": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.core.content.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"dataclass": {
"name": "dataclass",
"kind": "alias",
"path": "omniread.core.content.dataclass",
"signature": "<bound method Alias.signature of Alias('dataclass', 'dataclasses.dataclass')>",
"docstring": null
},
"Enum": {
"name": "Enum",
"kind": "alias",
"path": "omniread.core.content.Enum",
"signature": "<bound method Alias.signature of Alias('Enum', 'enum.Enum')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.core.content.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.core.content.ContentType",
"signature": "<bound method Class.signature of Class('ContentType', 20, 49)>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.core.content.ContentType.HTML",
"signature": null,
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.core.content.ContentType.PDF",
"signature": null,
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.core.content.ContentType.XLSX",
"signature": null,
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.core.content.ContentType.CSV",
"signature": null,
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.core.content.ContentType.JSON",
"signature": null,
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.core.content.ContentType.XML",
"signature": null,
"docstring": "XML document content."
}
}
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.core.content.Content",
"signature": "<bound method Class.signature of Class('Content', 52, 84)>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.core.content.Content.raw",
"signature": null,
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.core.content.Content.source",
"signature": null,
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.core.content.Content.content_type",
"signature": null,
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.core.content.Content.metadata",
"signature": null,
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
}
}
},
"parser": {
"name": "parser",
"kind": "module",
"path": "omniread.core.parser",
"signature": null,
"docstring": "# Summary\n\nAbstract parsing contracts for OmniRead.\n\nThis module defines the **format-agnostic parser interface** used to transform\nraw content into structured, typed representations.\n\nParsers are responsible for:\n\n- Interpreting a single `Content` instance\n- Validating compatibility with the content type\n- Producing a structured output suitable for downstream consumers\n\nParsers are not responsible for:\n\n- Fetching or acquiring content\n- Performing retries or error recovery\n- Managing multiple content sources",
"members": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.core.parser.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.core.parser.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.core.parser.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.core.parser.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.core.parser.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.core.parser.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.core.parser.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.core.parser.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.core.parser.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.core.parser.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.core.parser.T",
"signature": null,
"docstring": null
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.core.parser.BaseParser",
"signature": "<bound method Class.signature of Class('BaseParser', 30, 111)>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.core.parser.BaseParser.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.core.parser.BaseParser.content",
"signature": null,
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.core.parser.BaseParser.parse",
"signature": "<bound method Function.signature of Function('parse', 75, 94)>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.core.parser.BaseParser.supports",
"signature": "<bound method Function.signature of Function('supports', 96, 111)>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
}
}
},
"scraper": {
"name": "scraper",
"kind": "module",
"path": "omniread.core.scraper",
"signature": null,
"docstring": "# Summary\n\nAbstract scraping contracts for OmniRead.\n\nThis module defines the **format-agnostic scraper interface** responsible for\nacquiring raw content from external sources.\n\nScrapers are responsible for:\n\n- Locating and retrieving raw content bytes\n- Attaching minimal contextual metadata\n- Returning normalized `Content` objects\n\nScrapers are explicitly NOT responsible for:\n\n- Parsing or interpreting content\n- Inferring structure or semantics\n- Performing content-type specific processing\n\nAll interpretation must be delegated to parsers.",
"members": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.core.scraper.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.core.scraper.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.core.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.core.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.core.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.core.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.core.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.core.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.core.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"BaseScraper": {
"name": "BaseScraper",
"kind": "class",
"path": "omniread.core.scraper.BaseScraper",
"signature": "<bound method Class.signature of Class('BaseScraper', 31, 83)>",
"docstring": "Base interface for all scrapers.\n\nNotes:\n **Responsibilities:**\n\n - A scraper is responsible ONLY for fetching raw content (bytes)\n from a source. It must not interpret or parse it.\n - A scraper is a stateless acquisition component that retrieves raw\n content from a source and returns it as a `Content` object.\n - Scrapers define how content is obtained, not what the content means.\n - Implementations may vary in transport mechanism, authentication\n strategy, retry and backoff behavior.\n\n **Constraints:**\n\n - Implementations must not parse content, modify content semantics,\n or couple scraping logic to a specific parser.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.core.scraper.BaseScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 52, 83)>",
"docstring": "Fetch raw content from the given source.\n\nArgs:\n source (str):\n Location identifier (URL, file path, S3 URI, etc.).\n\n metadata (Optional[Mapping[str, Any]], optional):\n Optional hints for the scraper (headers, auth, etc.).\n\nReturns:\n Content:\n Content object containing raw bytes and metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must retrieve the content referenced by `source`\n and return it as raw bytes wrapped in a `Content` object."
}
}
}
}
}
}
}
}

View File

@@ -0,0 +1,169 @@
{
"module": "omniread.core.parser",
"content": {
"path": "omniread.core.parser",
"docstring": "# Summary\n\nAbstract parsing contracts for OmniRead.\n\nThis module defines the **format-agnostic parser interface** used to transform\nraw content into structured, typed representations.\n\nParsers are responsible for:\n\n- Interpreting a single `Content` instance\n- Validating compatibility with the content type\n- Producing a structured output suitable for downstream consumers\n\nParsers are not responsible for:\n\n- Fetching or acquiring content\n- Performing retries or error recovery\n- Managing multiple content sources",
"objects": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.core.parser.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.core.parser.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.core.parser.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.core.parser.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.core.parser.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.core.parser.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.core.parser.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.core.parser.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.core.parser.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.core.parser.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.core.parser.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.core.parser.T",
"signature": null,
"docstring": null
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.core.parser.BaseParser",
"signature": "<bound method Class.signature of Class('BaseParser', 30, 111)>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.core.parser.BaseParser.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.core.parser.BaseParser.content",
"signature": null,
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.core.parser.BaseParser.parse",
"signature": "<bound method Function.signature of Function('parse', 75, 94)>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.core.parser.BaseParser.supports",
"signature": "<bound method Function.signature of Function('supports', 96, 111)>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
}
}
}
}

View File

@@ -0,0 +1,90 @@
{
"module": "omniread.core.scraper",
"content": {
"path": "omniread.core.scraper",
"docstring": "# Summary\n\nAbstract scraping contracts for OmniRead.\n\nThis module defines the **format-agnostic scraper interface** responsible for\nacquiring raw content from external sources.\n\nScrapers are responsible for:\n\n- Locating and retrieving raw content bytes\n- Attaching minimal contextual metadata\n- Returning normalized `Content` objects\n\nScrapers are explicitly NOT responsible for:\n\n- Parsing or interpreting content\n- Inferring structure or semantics\n- Performing content-type specific processing\n\nAll interpretation must be delegated to parsers.",
"objects": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.core.scraper.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.core.scraper.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.core.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.core.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.core.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.core.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.core.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.core.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.core.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"BaseScraper": {
"name": "BaseScraper",
"kind": "class",
"path": "omniread.core.scraper.BaseScraper",
"signature": "<bound method Class.signature of Class('BaseScraper', 31, 83)>",
"docstring": "Base interface for all scrapers.\n\nNotes:\n **Responsibilities:**\n\n - A scraper is responsible ONLY for fetching raw content (bytes)\n from a source. It must not interpret or parse it.\n - A scraper is a stateless acquisition component that retrieves raw\n content from a source and returns it as a `Content` object.\n - Scrapers define how content is obtained, not what the content means.\n - Implementations may vary in transport mechanism, authentication\n strategy, retry and backoff behavior.\n\n **Constraints:**\n\n - Implementations must not parse content, modify content semantics,\n or couple scraping logic to a specific parser.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.core.scraper.BaseScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 52, 83)>",
"docstring": "Fetch raw content from the given source.\n\nArgs:\n source (str):\n Location identifier (URL, file path, S3 URI, etc.).\n\n metadata (Optional[Mapping[str, Any]], optional):\n Optional hints for the scraper (headers, auth, etc.).\n\nReturns:\n Content:\n Content object containing raw bytes and metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must retrieve the content referenced by `source`\n and return it as raw bytes wrapped in a `Content` object."
}
}
}
}
}
}

View File

@@ -0,0 +1,69 @@
{
"module": "omniread.csv.client",
"content": {
"path": "omniread.csv.client",
"docstring": "# Summary\n\nCSV client abstractions for OmniRead.\n\nThis module defines the **client layer** responsible for retrieving raw\ncomma-separated-value document bytes from a concrete backing store.\n\nClients provide low-level access to csv binaries and are intentionally\ndecoupled from scraping and parsing logic. They do not perform validation,\ninterpretation, or content extraction.\n\nTypical backing stores include:\n\n- Local filesystems\n- Object storage (S3, GCS, etc.)\n- Network file systems",
"objects": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.csv.client.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.csv.client.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "omniread.csv.client.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.csv.client.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"BaseCsvClient": {
"name": "BaseCsvClient",
"kind": "class",
"path": "omniread.csv.client.BaseCsvClient",
"signature": "<bound method Class.signature of Class('BaseCsvClient', 25, 58)>",
"docstring": "Abstract client responsible for retrieving csv bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full csv binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.client.BaseCsvClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 40, 58)>",
"docstring": "Fetch raw csv bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the csv location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw csv bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"FileSystemCsvClient": {
"name": "FileSystemCsvClient",
"kind": "class",
"path": "omniread.csv.client.FileSystemCsvClient",
"signature": "<bound method Class.signature of Class('FileSystemCsvClient', 61, 97)>",
"docstring": "CSV client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads csv files directly from the disk and\n returns their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.client.FileSystemCsvClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 72, 97)>",
"docstring": "Read a csv file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the csv file.\n\nReturns:\n bytes:\n Raw csv bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
}
}
}
}

View File

@@ -0,0 +1,576 @@
{
"module": "omniread.csv",
"content": {
"path": "omniread.csv",
"docstring": "# Summary\n\nCSV subpackage for OmniRead.\n\nProvides acquisition and parsing of comma-separated-value content:\n\n- `BaseCsvClient`: abstract backing-store client for csv bytes.\n- `FileSystemCsvClient`: local filesystem implementation.\n- `CsvScraper`: wraps fetched bytes into canonical `Content`.\n- `CsvParserBase`: content-type-enforcing parser contract.\n- `CsvParser`: generic string-row parser built on the standard csv module.",
"objects": {
"BaseCsvClient": {
"name": "BaseCsvClient",
"kind": "class",
"path": "omniread.csv.BaseCsvClient",
"signature": "<bound method Alias.signature of Alias('BaseCsvClient', 'omniread.csv.client.BaseCsvClient')>",
"docstring": "Abstract client responsible for retrieving csv bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full csv binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.BaseCsvClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.csv.client.BaseCsvClient.fetch')>",
"docstring": "Fetch raw csv bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the csv location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw csv bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"FileSystemCsvClient": {
"name": "FileSystemCsvClient",
"kind": "class",
"path": "omniread.csv.FileSystemCsvClient",
"signature": "<bound method Alias.signature of Alias('FileSystemCsvClient', 'omniread.csv.client.FileSystemCsvClient')>",
"docstring": "CSV client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads csv files directly from the disk and\n returns their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.FileSystemCsvClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.csv.client.FileSystemCsvClient.fetch')>",
"docstring": "Read a csv file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the csv file.\n\nReturns:\n bytes:\n Raw csv bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
},
"CsvParser": {
"name": "CsvParser",
"kind": "class",
"path": "omniread.csv.CsvParser",
"signature": "<bound method Alias.signature of Alias('CsvParser', 'omniread.csv.parser.CsvParser')>",
"docstring": "Generic csv parser producing string rows from the document.\n\nNotes:\n **Responsibilities:**\n\n - Decode the payload (UTF-8 with BOM support, Latin-1 fallback).\n - Detect the delimiter from a leading sample (`,` `;` tab `|`),\n defaulting to `,`.\n - Normalize cells into deterministic stripped string values.\n - Expose row extraction helpers mirroring `XlsxParser.rows`.\n\n **Constraints:**\n\n - All values are strings; consumers requiring typed values must\n convert on their side.\n - Quoted fields containing delimiters/newlines are handled by\n the standard ``csv`` module.",
"members": {
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.CsvParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.csv.parser.CsvParser.parse')>",
"docstring": "Parse the document into normalized string rows.\n\nReturns:\n List[List[str]]:\n Rows of the document."
},
"rows": {
"name": "rows",
"kind": "function",
"path": "omniread.csv.CsvParser.rows",
"signature": "<bound method Alias.signature of Alias('rows', 'omniread.csv.parser.CsvParser.rows')>",
"docstring": "Extract normalized string rows from the document.\n\nArgs:\n skip_empty (bool):\n When True (default), rows whose cells are all blank are\n omitted.\n\nReturns:\n List[List[str]]:\n Normalized rows; trailing blank cells are trimmed per row."
}
}
},
"CsvParserBase": {
"name": "CsvParserBase",
"kind": "class",
"path": "omniread.csv.CsvParserBase",
"signature": "<bound method Alias.signature of Alias('CsvParserBase', 'omniread.csv.parser_base.CsvParserBase')>",
"docstring": "Base csv parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces csv content-type compatibility and provides\n the extension point for implementing concrete csv parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.csv.CsvParserBase.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.csv.parser_base.CsvParserBase.supported_types')>",
"docstring": "Set of content types supported by this parser (CSV only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.CsvParserBase.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.csv.parser_base.CsvParserBase.parse')>",
"docstring": "Parse csv content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
},
"CsvScraper": {
"name": "CsvScraper",
"kind": "class",
"path": "omniread.csv.CsvScraper",
"signature": "<bound method Alias.signature of Alias('CsvScraper', 'omniread.csv.scraper.CsvScraper')>",
"docstring": "Scraper for csv documents.\n\nNotes:\n **Responsibilities:**\n\n - Fetch raw csv bytes via the configured client.\n - Wrap the payload in a canonical `Content` instance with the\n CSV content type and source identifier.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.CsvScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.csv.scraper.CsvScraper.fetch')>",
"docstring": "Fetch a csv document from the given source.\n\nArgs:\n source (Any):\n Identifier of the csv source as understood by the\n configured client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw csv bytes, source\n identifier, CSV content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the client."
}
}
},
"client": {
"name": "client",
"kind": "module",
"path": "omniread.csv.client",
"signature": null,
"docstring": "# Summary\n\nCSV client abstractions for OmniRead.\n\nThis module defines the **client layer** responsible for retrieving raw\ncomma-separated-value document bytes from a concrete backing store.\n\nClients provide low-level access to csv binaries and are intentionally\ndecoupled from scraping and parsing logic. They do not perform validation,\ninterpretation, or content extraction.\n\nTypical backing stores include:\n\n- Local filesystems\n- Object storage (S3, GCS, etc.)\n- Network file systems",
"members": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.csv.client.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.csv.client.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "omniread.csv.client.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.csv.client.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"BaseCsvClient": {
"name": "BaseCsvClient",
"kind": "class",
"path": "omniread.csv.client.BaseCsvClient",
"signature": "<bound method Class.signature of Class('BaseCsvClient', 25, 58)>",
"docstring": "Abstract client responsible for retrieving csv bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full csv binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.client.BaseCsvClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 40, 58)>",
"docstring": "Fetch raw csv bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the csv location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw csv bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"FileSystemCsvClient": {
"name": "FileSystemCsvClient",
"kind": "class",
"path": "omniread.csv.client.FileSystemCsvClient",
"signature": "<bound method Class.signature of Class('FileSystemCsvClient', 61, 97)>",
"docstring": "CSV client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads csv files directly from the disk and\n returns their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.client.FileSystemCsvClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 72, 97)>",
"docstring": "Read a csv file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the csv file.\n\nReturns:\n bytes:\n Raw csv bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
}
}
},
"parser": {
"name": "parser",
"kind": "module",
"path": "omniread.csv.parser",
"signature": null,
"docstring": "# Summary\n\nCSV parser implementations for OmniRead.\n\nThis module provides a concrete, generic parser for comma-separated-value\ndocuments. It exposes records as lists of string cells so downstream\nconsumers can interpret tabular content without depending on the ``csv``\nmodule directly.\n\nThe parser is intentionally statement-agnostic: it performs no header\ndetection or column interpretation beyond basic cell normalization and\ndelimiter detection.",
"members": {
"Sniffer": {
"name": "Sniffer",
"kind": "alias",
"path": "omniread.csv.parser.Sniffer",
"signature": "<bound method Alias.signature of Alias('Sniffer', 'csv.Sniffer')>",
"docstring": null
},
"reader": {
"name": "reader",
"kind": "alias",
"path": "omniread.csv.parser.reader",
"signature": "<bound method Alias.signature of Alias('reader', 'csv.reader')>",
"docstring": null
},
"StringIO": {
"name": "StringIO",
"kind": "alias",
"path": "omniread.csv.parser.StringIO",
"signature": "<bound method Alias.signature of Alias('StringIO', 'io.StringIO')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.csv.parser.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.csv.parser.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.csv.parser.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.csv.parser.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.csv.parser.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"CsvParserBase": {
"name": "CsvParserBase",
"kind": "class",
"path": "omniread.csv.parser.CsvParserBase",
"signature": "<bound method Alias.signature of Alias('CsvParserBase', 'omniread.csv.parser_base.CsvParserBase')>",
"docstring": "Base csv parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces csv content-type compatibility and provides\n the extension point for implementing concrete csv parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.csv.parser.CsvParserBase.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.csv.parser_base.CsvParserBase.supported_types')>",
"docstring": "Set of content types supported by this parser (CSV only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.parser.CsvParserBase.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.csv.parser_base.CsvParserBase.parse')>",
"docstring": "Parse csv content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
},
"CsvParser": {
"name": "CsvParser",
"kind": "class",
"path": "omniread.csv.parser.CsvParser",
"signature": "<bound method Class.signature of Class('CsvParser', 24, 102)>",
"docstring": "Generic csv parser producing string rows from the document.\n\nNotes:\n **Responsibilities:**\n\n - Decode the payload (UTF-8 with BOM support, Latin-1 fallback).\n - Detect the delimiter from a leading sample (`,` `;` tab `|`),\n defaulting to `,`.\n - Normalize cells into deterministic stripped string values.\n - Expose row extraction helpers mirroring `XlsxParser.rows`.\n\n **Constraints:**\n\n - All values are strings; consumers requiring typed values must\n convert on their side.\n - Quoted fields containing delimiters/newlines are handled by\n the standard ``csv`` module.",
"members": {
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.parser.CsvParser.parse",
"signature": "<bound method Function.signature of Function('parse', 57, 65)>",
"docstring": "Parse the document into normalized string rows.\n\nReturns:\n List[List[str]]:\n Rows of the document."
},
"rows": {
"name": "rows",
"kind": "function",
"path": "omniread.csv.parser.CsvParser.rows",
"signature": "<bound method Function.signature of Function('rows', 67, 95)>",
"docstring": "Extract normalized string rows from the document.\n\nArgs:\n skip_empty (bool):\n When True (default), rows whose cells are all blank are\n omitted.\n\nReturns:\n List[List[str]]:\n Normalized rows; trailing blank cells are trimmed per row."
}
}
}
}
},
"parser_base": {
"name": "parser_base",
"kind": "module",
"path": "omniread.csv.parser_base",
"signature": null,
"docstring": "# Summary\n\nCSV parser base implementation for OmniRead.\n\nThis module defines the **CSV-specific parser contract**, extending the\nformat-agnostic `BaseParser` with constraints appropriate for\ncomma-separated-value documents.",
"members": {
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.csv.parser_base.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.csv.parser_base.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.csv.parser_base.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.csv.parser_base.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.csv.parser_base.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.csv.parser_base.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.csv.parser_base.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.parser_base.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.csv.parser_base.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.csv.parser_base.T",
"signature": null,
"docstring": null
},
"CsvParserBase": {
"name": "CsvParserBase",
"kind": "class",
"path": "omniread.csv.parser_base.CsvParserBase",
"signature": "<bound method Class.signature of Class('CsvParserBase', 20, 55)>",
"docstring": "Base csv parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces csv content-type compatibility and provides\n the extension point for implementing concrete csv parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.csv.parser_base.CsvParserBase.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser (CSV only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.parser_base.CsvParserBase.parse",
"signature": "<bound method Function.signature of Function('parse', 42, 55)>",
"docstring": "Parse csv content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
}
}
},
"scraper": {
"name": "scraper",
"kind": "module",
"path": "omniread.csv.scraper",
"signature": null,
"docstring": "# Summary\n\nCSV scraper for OmniRead.\n\nThis module defines the scraper responsible for acquiring raw\ncomma-separated-value document content from a backing store via a\nconfigured client.\n\nThe scraper does not interpret or parse the acquired bytes; it wraps them in\nthe canonical `Content` model.",
"members": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.csv.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.csv.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.csv.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.csv.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.csv.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.csv.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.csv.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.csv.scraper.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseCsvClient": {
"name": "BaseCsvClient",
"kind": "class",
"path": "omniread.csv.scraper.BaseCsvClient",
"signature": "<bound method Alias.signature of Alias('BaseCsvClient', 'omniread.csv.client.BaseCsvClient')>",
"docstring": "Abstract client responsible for retrieving csv bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full csv binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.scraper.BaseCsvClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.csv.client.BaseCsvClient.fetch')>",
"docstring": "Fetch raw csv bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the csv location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw csv bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"CsvScraper": {
"name": "CsvScraper",
"kind": "class",
"path": "omniread.csv.scraper.CsvScraper",
"signature": "<bound method Class.signature of Class('CsvScraper', 22, 81)>",
"docstring": "Scraper for csv documents.\n\nNotes:\n **Responsibilities:**\n\n - Fetch raw csv bytes via the configured client.\n - Wrap the payload in a canonical `Content` instance with the\n CSV content type and source identifier.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.scraper.CsvScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 49, 81)>",
"docstring": "Fetch a csv document from the given source.\n\nArgs:\n source (Any):\n Identifier of the csv source as understood by the\n configured client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw csv bytes, source\n identifier, CSV content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the client."
}
}
}
}
}
}
}
}

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@@ -0,0 +1,113 @@
{
"module": "omniread.csv.parser",
"content": {
"path": "omniread.csv.parser",
"docstring": "# Summary\n\nCSV parser implementations for OmniRead.\n\nThis module provides a concrete, generic parser for comma-separated-value\ndocuments. It exposes records as lists of string cells so downstream\nconsumers can interpret tabular content without depending on the ``csv``\nmodule directly.\n\nThe parser is intentionally statement-agnostic: it performs no header\ndetection or column interpretation beyond basic cell normalization and\ndelimiter detection.",
"objects": {
"Sniffer": {
"name": "Sniffer",
"kind": "alias",
"path": "omniread.csv.parser.Sniffer",
"signature": "<bound method Alias.signature of Alias('Sniffer', 'csv.Sniffer')>",
"docstring": null
},
"reader": {
"name": "reader",
"kind": "alias",
"path": "omniread.csv.parser.reader",
"signature": "<bound method Alias.signature of Alias('reader', 'csv.reader')>",
"docstring": null
},
"StringIO": {
"name": "StringIO",
"kind": "alias",
"path": "omniread.csv.parser.StringIO",
"signature": "<bound method Alias.signature of Alias('StringIO', 'io.StringIO')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.csv.parser.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.csv.parser.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.csv.parser.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.csv.parser.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.csv.parser.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"CsvParserBase": {
"name": "CsvParserBase",
"kind": "class",
"path": "omniread.csv.parser.CsvParserBase",
"signature": "<bound method Alias.signature of Alias('CsvParserBase', 'omniread.csv.parser_base.CsvParserBase')>",
"docstring": "Base csv parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces csv content-type compatibility and provides\n the extension point for implementing concrete csv parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.csv.parser.CsvParserBase.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.csv.parser_base.CsvParserBase.supported_types')>",
"docstring": "Set of content types supported by this parser (CSV only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.parser.CsvParserBase.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.csv.parser_base.CsvParserBase.parse')>",
"docstring": "Parse csv content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
},
"CsvParser": {
"name": "CsvParser",
"kind": "class",
"path": "omniread.csv.parser.CsvParser",
"signature": "<bound method Class.signature of Class('CsvParser', 24, 102)>",
"docstring": "Generic csv parser producing string rows from the document.\n\nNotes:\n **Responsibilities:**\n\n - Decode the payload (UTF-8 with BOM support, Latin-1 fallback).\n - Detect the delimiter from a leading sample (`,` `;` tab `|`),\n defaulting to `,`.\n - Normalize cells into deterministic stripped string values.\n - Expose row extraction helpers mirroring `XlsxParser.rows`.\n\n **Constraints:**\n\n - All values are strings; consumers requiring typed values must\n convert on their side.\n - Quoted fields containing delimiters/newlines are handled by\n the standard ``csv`` module.",
"members": {
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.parser.CsvParser.parse",
"signature": "<bound method Function.signature of Function('parse', 57, 65)>",
"docstring": "Parse the document into normalized string rows.\n\nReturns:\n List[List[str]]:\n Rows of the document."
},
"rows": {
"name": "rows",
"kind": "function",
"path": "omniread.csv.parser.CsvParser.rows",
"signature": "<bound method Function.signature of Function('rows', 67, 95)>",
"docstring": "Extract normalized string rows from the document.\n\nArgs:\n skip_empty (bool):\n When True (default), rows whose cells are all blank are\n omitted.\n\nReturns:\n List[List[str]]:\n Normalized rows; trailing blank cells are trimmed per row."
}
}
}
}
}
}

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@@ -0,0 +1,148 @@
{
"module": "omniread.csv.parser_base",
"content": {
"path": "omniread.csv.parser_base",
"docstring": "# Summary\n\nCSV parser base implementation for OmniRead.\n\nThis module defines the **CSV-specific parser contract**, extending the\nformat-agnostic `BaseParser` with constraints appropriate for\ncomma-separated-value documents.",
"objects": {
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.csv.parser_base.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.csv.parser_base.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.csv.parser_base.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.csv.parser_base.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.csv.parser_base.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.csv.parser_base.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.csv.parser_base.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.csv.parser_base.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.parser_base.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.csv.parser_base.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.csv.parser_base.T",
"signature": null,
"docstring": null
},
"CsvParserBase": {
"name": "CsvParserBase",
"kind": "class",
"path": "omniread.csv.parser_base.CsvParserBase",
"signature": "<bound method Class.signature of Class('CsvParserBase', 20, 55)>",
"docstring": "Base csv parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces csv content-type compatibility and provides\n the extension point for implementing concrete csv parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.csv.parser_base.CsvParserBase.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser (CSV only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.csv.parser_base.CsvParserBase.parse",
"signature": "<bound method Function.signature of Function('parse', 42, 55)>",
"docstring": "Parse csv content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
}
}
}
}

View File

@@ -0,0 +1,143 @@
{
"module": "omniread.csv.scraper",
"content": {
"path": "omniread.csv.scraper",
"docstring": "# Summary\n\nCSV scraper for OmniRead.\n\nThis module defines the scraper responsible for acquiring raw\ncomma-separated-value document content from a backing store via a\nconfigured client.\n\nThe scraper does not interpret or parse the acquired bytes; it wraps them in\nthe canonical `Content` model.",
"objects": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.csv.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.csv.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.csv.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.csv.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.csv.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.csv.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.csv.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.csv.scraper.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.csv.scraper.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseCsvClient": {
"name": "BaseCsvClient",
"kind": "class",
"path": "omniread.csv.scraper.BaseCsvClient",
"signature": "<bound method Alias.signature of Alias('BaseCsvClient', 'omniread.csv.client.BaseCsvClient')>",
"docstring": "Abstract client responsible for retrieving csv bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full csv binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.scraper.BaseCsvClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.csv.client.BaseCsvClient.fetch')>",
"docstring": "Fetch raw csv bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the csv location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw csv bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"CsvScraper": {
"name": "CsvScraper",
"kind": "class",
"path": "omniread.csv.scraper.CsvScraper",
"signature": "<bound method Class.signature of Class('CsvScraper', 22, 81)>",
"docstring": "Scraper for csv documents.\n\nNotes:\n **Responsibilities:**\n\n - Fetch raw csv bytes via the configured client.\n - Wrap the payload in a canonical `Content` instance with the\n CSV content type and source identifier.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.csv.scraper.CsvScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 49, 81)>",
"docstring": "Fetch a csv document from the given source.\n\nArgs:\n source (Any):\n Identifier of the csv source as understood by the\n configured client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw csv bytes, source\n identifier, CSV content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the client."
}
}
}
}
}
}

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@@ -0,0 +1,488 @@
{
"module": "omniread.html",
"content": {
"path": "omniread.html",
"docstring": "# Summary\n\nHTML format implementation for OmniRead.\n\nThis package provides **HTML-specific implementations** of the core OmniRead\ncontracts defined in `omniread.core`.\n\nIt includes:\n\n- HTML parsers that interpret HTML content.\n- HTML scrapers that retrieve HTML documents.\n\nKey characteristics:\n\n- Implements, but does not redefine, core contracts.\n- May contain HTML-specific behavior and edge-case handling.\n- Produces canonical content models defined in `omniread.core.content`.\n\nConsumers should depend on `omniread.core` interfaces wherever possible and\nuse this package only when HTML-specific behavior is required.\n\n---\n\n# Public API\n\n- `HTMLScraper`\n- `HTMLParser`\n\n---",
"objects": {
"HTMLScraper": {
"name": "HTMLScraper",
"kind": "class",
"path": "omniread.html.HTMLScraper",
"signature": "<bound method Alias.signature of Alias('HTMLScraper', 'omniread.html.scraper.HTMLScraper')>",
"docstring": "Base HTML scraper using `httpx`.\n\nNotes:\n **Responsibilities:**\n\n - This scraper retrieves HTML documents over HTTP(S) and returns\n them as raw content wrapped in a `Content` object.\n - Fetches raw bytes and metadata only.\n - The scraper uses `httpx.Client` for HTTP requests, enforces an\n HTML content type, and preserves HTTP response metadata.\n\n **Constraints:**\n\n - The scraper does not: Parse HTML, perform retries or backoff,\n handle non-HTML responses.",
"members": {
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.html.HTMLScraper.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.html.scraper.HTMLScraper.content_type')>",
"docstring": null
},
"validate_content_type": {
"name": "validate_content_type",
"kind": "function",
"path": "omniread.html.HTMLScraper.validate_content_type",
"signature": "<bound method Alias.signature of Alias('validate_content_type', 'omniread.html.scraper.HTMLScraper.validate_content_type')>",
"docstring": "Validate that the HTTP response contains HTML content.\n\nArgs:\n response (httpx.Response):\n HTTP response returned by `httpx`.\n\nRaises:\n ValueError:\n If the `Content-Type` header is missing or does not indicate HTML content."
},
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.html.HTMLScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.html.scraper.HTMLScraper.fetch')>",
"docstring": "Fetch an HTML document from the given source.\n\nArgs:\n source (str):\n URL of the HTML document.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to be merged into the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw HTML bytes, source URL, HTML content type, and HTTP response metadata.\n\nRaises:\n httpx.HTTPError:\n If the HTTP request fails.\n ValueError:\n If the response is not valid HTML."
}
}
},
"HTMLParser": {
"name": "HTMLParser",
"kind": "class",
"path": "omniread.html.HTMLParser",
"signature": "<bound method Alias.signature of Alias('HTMLParser', 'omniread.html.parser.HTMLParser')>",
"docstring": "Base HTML parser.\n\nNotes:\n **Responsibilities:**\n\n - This class extends the core `BaseParser` with HTML-specific behavior,\n including DOM parsing via BeautifulSoup and reusable extraction helpers.\n - Provides reusable helpers for HTML extraction. Concrete parsers must\n explicitly define the return type.\n\n **Guarantees:**\n\n - Accepts only HTML content.\n - Owns a parsed BeautifulSoup DOM tree.\n - Provides pure helper utilities for common HTML structures.\n\n **Constraints:**\n\n - Concrete subclasses must define the output type `T` and implement\n the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.html.HTMLParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.html.parser.HTMLParser.supported_types')>",
"docstring": "Set of content types supported by this parser (HTML only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.html.HTMLParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.html.parser.HTMLParser.parse')>",
"docstring": "Fully parse the HTML content into structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully interpret the HTML DOM and return a\n deterministic, structured output."
},
"parse_div": {
"name": "parse_div",
"kind": "function",
"path": "omniread.html.HTMLParser.parse_div",
"signature": "<bound method Alias.signature of Alias('parse_div', 'omniread.html.parser.HTMLParser.parse_div')>",
"docstring": "Extract normalized text from a `<div>` element.\n\nArgs:\n div (Tag):\n BeautifulSoup tag representing a `<div>`.\n separator (str, optional):\n String used to separate text nodes.\n\nReturns:\n str:\n Flattened, whitespace-normalized text content."
},
"parse_link": {
"name": "parse_link",
"kind": "function",
"path": "omniread.html.HTMLParser.parse_link",
"signature": "<bound method Alias.signature of Alias('parse_link', 'omniread.html.parser.HTMLParser.parse_link')>",
"docstring": "Extract the hyperlink reference from an `<a>` element.\n\nArgs:\n a (Tag):\n BeautifulSoup tag representing an anchor.\n\nReturns:\n Optional[str]:\n The value of the `href` attribute, or None if absent."
},
"parse_table": {
"name": "parse_table",
"kind": "function",
"path": "omniread.html.HTMLParser.parse_table",
"signature": "<bound method Alias.signature of Alias('parse_table', 'omniread.html.parser.HTMLParser.parse_table')>",
"docstring": "Parse an HTML table into a 2D list of strings.\n\nArgs:\n table (Tag):\n BeautifulSoup tag representing a `<table>`.\n\nReturns:\n list[list[str]]:\n A list of rows, where each row is a list of cell text values."
},
"parse_meta": {
"name": "parse_meta",
"kind": "function",
"path": "omniread.html.HTMLParser.parse_meta",
"signature": "<bound method Alias.signature of Alias('parse_meta', 'omniread.html.parser.HTMLParser.parse_meta')>",
"docstring": "Extract high-level metadata from the HTML document.\n\nReturns:\n dict[str, Any]:\n Dictionary containing extracted metadata.\n\nNotes:\n **Responsibilities:**\n\n - Extract high-level metadata from the HTML document.\n - This includes: Document title, `<meta>` tag name/property to\n content mappings."
}
}
},
"parser": {
"name": "parser",
"kind": "module",
"path": "omniread.html.parser",
"signature": null,
"docstring": "# Summary\n\nHTML parser base implementations for OmniRead.\n\nThis module provides reusable HTML parsing utilities built on top of\nthe abstract parser contracts defined in `omniread.core.parser`.\n\nIt supplies:\n\n- Content-type enforcement for HTML inputs\n- BeautifulSoup initialization and lifecycle management\n- Common helper methods for extracting structured data from HTML elements\n\nConcrete parsers must subclass `HTMLParser` and implement the `parse()` method\nto return a structured representation appropriate for their use case.",
"members": {
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.html.parser.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.html.parser.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.html.parser.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.html.parser.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"BeautifulSoup": {
"name": "BeautifulSoup",
"kind": "alias",
"path": "omniread.html.parser.BeautifulSoup",
"signature": "<bound method Alias.signature of Alias('BeautifulSoup', 'bs4.BeautifulSoup')>",
"docstring": null
},
"Tag": {
"name": "Tag",
"kind": "alias",
"path": "omniread.html.parser.Tag",
"signature": "<bound method Alias.signature of Alias('Tag', 'bs4.Tag')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.html.parser.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.html.parser.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.html.parser.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.html.parser.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.html.parser.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.html.parser.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.html.parser.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.html.parser.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.html.parser.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.html.parser.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.html.parser.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.html.parser.T",
"signature": null,
"docstring": null
},
"HTMLParser": {
"name": "HTMLParser",
"kind": "class",
"path": "omniread.html.parser.HTMLParser",
"signature": "<bound method Class.signature of Class('HTMLParser', 30, 202)>",
"docstring": "Base HTML parser.\n\nNotes:\n **Responsibilities:**\n\n - This class extends the core `BaseParser` with HTML-specific behavior,\n including DOM parsing via BeautifulSoup and reusable extraction helpers.\n - Provides reusable helpers for HTML extraction. Concrete parsers must\n explicitly define the return type.\n\n **Guarantees:**\n\n - Accepts only HTML content.\n - Owns a parsed BeautifulSoup DOM tree.\n - Provides pure helper utilities for common HTML structures.\n\n **Constraints:**\n\n - Concrete subclasses must define the output type `T` and implement\n the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.html.parser.HTMLParser.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser (HTML only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse",
"signature": "<bound method Function.signature of Function('parse', 81, 96)>",
"docstring": "Fully parse the HTML content into structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully interpret the HTML DOM and return a\n deterministic, structured output."
},
"parse_div": {
"name": "parse_div",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse_div",
"signature": "<bound method Function.signature of Function('parse_div', 102, 117)>",
"docstring": "Extract normalized text from a `<div>` element.\n\nArgs:\n div (Tag):\n BeautifulSoup tag representing a `<div>`.\n separator (str, optional):\n String used to separate text nodes.\n\nReturns:\n str:\n Flattened, whitespace-normalized text content."
},
"parse_link": {
"name": "parse_link",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse_link",
"signature": "<bound method Function.signature of Function('parse_link', 119, 132)>",
"docstring": "Extract the hyperlink reference from an `<a>` element.\n\nArgs:\n a (Tag):\n BeautifulSoup tag representing an anchor.\n\nReturns:\n Optional[str]:\n The value of the `href` attribute, or None if absent."
},
"parse_table": {
"name": "parse_table",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse_table",
"signature": "<bound method Function.signature of Function('parse_table', 134, 152)>",
"docstring": "Parse an HTML table into a 2D list of strings.\n\nArgs:\n table (Tag):\n BeautifulSoup tag representing a `<table>`.\n\nReturns:\n list[list[str]]:\n A list of rows, where each row is a list of cell text values."
},
"parse_meta": {
"name": "parse_meta",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse_meta",
"signature": "<bound method Function.signature of Function('parse_meta', 174, 202)>",
"docstring": "Extract high-level metadata from the HTML document.\n\nReturns:\n dict[str, Any]:\n Dictionary containing extracted metadata.\n\nNotes:\n **Responsibilities:**\n\n - Extract high-level metadata from the HTML document.\n - This includes: Document title, `<meta>` tag name/property to\n content mappings."
}
}
}
}
},
"scraper": {
"name": "scraper",
"kind": "module",
"path": "omniread.html.scraper",
"signature": null,
"docstring": "# Summary\n\nHTML scraping implementation for OmniRead.\n\nThis module provides an HTTP-based scraper for retrieving HTML documents.\nIt implements the core `BaseScraper` contract using `httpx` as the transport\nlayer.\n\nThis scraper is responsible for:\n\n- Fetching raw HTML bytes over HTTP(S)\n- Validating response content type\n- Attaching HTTP metadata to the returned content\n\nThis scraper is not responsible for:\n\n- Parsing or interpreting HTML\n- Retrying failed requests\n- Managing crawl policies or rate limiting",
"members": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.html.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.html.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"httpx": {
"name": "httpx",
"kind": "alias",
"path": "omniread.html.scraper.httpx",
"signature": "<bound method Alias.signature of Alias('httpx', 'httpx')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.html.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.html.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.html.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.html.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.html.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.html.scraper.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseScraper": {
"name": "BaseScraper",
"kind": "class",
"path": "omniread.html.scraper.BaseScraper",
"signature": "<bound method Alias.signature of Alias('BaseScraper', 'omniread.core.scraper.BaseScraper')>",
"docstring": "Base interface for all scrapers.\n\nNotes:\n **Responsibilities:**\n\n - A scraper is responsible ONLY for fetching raw content (bytes)\n from a source. It must not interpret or parse it.\n - A scraper is a stateless acquisition component that retrieves raw\n content from a source and returns it as a `Content` object.\n - Scrapers define how content is obtained, not what the content means.\n - Implementations may vary in transport mechanism, authentication\n strategy, retry and backoff behavior.\n\n **Constraints:**\n\n - Implementations must not parse content, modify content semantics,\n or couple scraping logic to a specific parser.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.html.scraper.BaseScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.core.scraper.BaseScraper.fetch')>",
"docstring": "Fetch raw content from the given source.\n\nArgs:\n source (str):\n Location identifier (URL, file path, S3 URI, etc.).\n\n metadata (Optional[Mapping[str, Any]], optional):\n Optional hints for the scraper (headers, auth, etc.).\n\nReturns:\n Content:\n Content object containing raw bytes and metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must retrieve the content referenced by `source`\n and return it as raw bytes wrapped in a `Content` object."
}
}
},
"HTMLScraper": {
"name": "HTMLScraper",
"kind": "class",
"path": "omniread.html.scraper.HTMLScraper",
"signature": "<bound method Class.signature of Class('HTMLScraper', 32, 143)>",
"docstring": "Base HTML scraper using `httpx`.\n\nNotes:\n **Responsibilities:**\n\n - This scraper retrieves HTML documents over HTTP(S) and returns\n them as raw content wrapped in a `Content` object.\n - Fetches raw bytes and metadata only.\n - The scraper uses `httpx.Client` for HTTP requests, enforces an\n HTML content type, and preserves HTTP response metadata.\n\n **Constraints:**\n\n - The scraper does not: Parse HTML, perform retries or backoff,\n handle non-HTML responses.",
"members": {
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.html.scraper.HTMLScraper.content_type",
"signature": null,
"docstring": null
},
"validate_content_type": {
"name": "validate_content_type",
"kind": "function",
"path": "omniread.html.scraper.HTMLScraper.validate_content_type",
"signature": "<bound method Function.signature of Function('validate_content_type', 80, 102)>",
"docstring": "Validate that the HTTP response contains HTML content.\n\nArgs:\n response (httpx.Response):\n HTTP response returned by `httpx`.\n\nRaises:\n ValueError:\n If the `Content-Type` header is missing or does not indicate HTML content."
},
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.html.scraper.HTMLScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 104, 143)>",
"docstring": "Fetch an HTML document from the given source.\n\nArgs:\n source (str):\n URL of the HTML document.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to be merged into the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw HTML bytes, source URL, HTML content type, and HTTP response metadata.\n\nRaises:\n httpx.HTTPError:\n If the HTTP request fails.\n ValueError:\n If the response is not valid HTML."
}
}
}
}
}
}
}
}

View File

@@ -0,0 +1,234 @@
{
"module": "omniread.html.parser",
"content": {
"path": "omniread.html.parser",
"docstring": "# Summary\n\nHTML parser base implementations for OmniRead.\n\nThis module provides reusable HTML parsing utilities built on top of\nthe abstract parser contracts defined in `omniread.core.parser`.\n\nIt supplies:\n\n- Content-type enforcement for HTML inputs\n- BeautifulSoup initialization and lifecycle management\n- Common helper methods for extracting structured data from HTML elements\n\nConcrete parsers must subclass `HTMLParser` and implement the `parse()` method\nto return a structured representation appropriate for their use case.",
"objects": {
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.html.parser.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.html.parser.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.html.parser.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.html.parser.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"BeautifulSoup": {
"name": "BeautifulSoup",
"kind": "alias",
"path": "omniread.html.parser.BeautifulSoup",
"signature": "<bound method Alias.signature of Alias('BeautifulSoup', 'bs4.BeautifulSoup')>",
"docstring": null
},
"Tag": {
"name": "Tag",
"kind": "alias",
"path": "omniread.html.parser.Tag",
"signature": "<bound method Alias.signature of Alias('Tag', 'bs4.Tag')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.html.parser.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.html.parser.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.html.parser.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.html.parser.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.html.parser.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.html.parser.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.html.parser.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.html.parser.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.html.parser.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.html.parser.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.html.parser.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.html.parser.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.html.parser.T",
"signature": null,
"docstring": null
},
"HTMLParser": {
"name": "HTMLParser",
"kind": "class",
"path": "omniread.html.parser.HTMLParser",
"signature": "<bound method Class.signature of Class('HTMLParser', 30, 202)>",
"docstring": "Base HTML parser.\n\nNotes:\n **Responsibilities:**\n\n - This class extends the core `BaseParser` with HTML-specific behavior,\n including DOM parsing via BeautifulSoup and reusable extraction helpers.\n - Provides reusable helpers for HTML extraction. Concrete parsers must\n explicitly define the return type.\n\n **Guarantees:**\n\n - Accepts only HTML content.\n - Owns a parsed BeautifulSoup DOM tree.\n - Provides pure helper utilities for common HTML structures.\n\n **Constraints:**\n\n - Concrete subclasses must define the output type `T` and implement\n the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.html.parser.HTMLParser.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser (HTML only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse",
"signature": "<bound method Function.signature of Function('parse', 81, 96)>",
"docstring": "Fully parse the HTML content into structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully interpret the HTML DOM and return a\n deterministic, structured output."
},
"parse_div": {
"name": "parse_div",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse_div",
"signature": "<bound method Function.signature of Function('parse_div', 102, 117)>",
"docstring": "Extract normalized text from a `<div>` element.\n\nArgs:\n div (Tag):\n BeautifulSoup tag representing a `<div>`.\n separator (str, optional):\n String used to separate text nodes.\n\nReturns:\n str:\n Flattened, whitespace-normalized text content."
},
"parse_link": {
"name": "parse_link",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse_link",
"signature": "<bound method Function.signature of Function('parse_link', 119, 132)>",
"docstring": "Extract the hyperlink reference from an `<a>` element.\n\nArgs:\n a (Tag):\n BeautifulSoup tag representing an anchor.\n\nReturns:\n Optional[str]:\n The value of the `href` attribute, or None if absent."
},
"parse_table": {
"name": "parse_table",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse_table",
"signature": "<bound method Function.signature of Function('parse_table', 134, 152)>",
"docstring": "Parse an HTML table into a 2D list of strings.\n\nArgs:\n table (Tag):\n BeautifulSoup tag representing a `<table>`.\n\nReturns:\n list[list[str]]:\n A list of rows, where each row is a list of cell text values."
},
"parse_meta": {
"name": "parse_meta",
"kind": "function",
"path": "omniread.html.parser.HTMLParser.parse_meta",
"signature": "<bound method Function.signature of Function('parse_meta', 174, 202)>",
"docstring": "Extract high-level metadata from the HTML document.\n\nReturns:\n dict[str, Any]:\n Dictionary containing extracted metadata.\n\nNotes:\n **Responsibilities:**\n\n - Extract high-level metadata from the HTML document.\n - This includes: Document title, `<meta>` tag name/property to\n content mappings."
}
}
}
}
}
}

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@@ -0,0 +1,164 @@
{
"module": "omniread.html.scraper",
"content": {
"path": "omniread.html.scraper",
"docstring": "# Summary\n\nHTML scraping implementation for OmniRead.\n\nThis module provides an HTTP-based scraper for retrieving HTML documents.\nIt implements the core `BaseScraper` contract using `httpx` as the transport\nlayer.\n\nThis scraper is responsible for:\n\n- Fetching raw HTML bytes over HTTP(S)\n- Validating response content type\n- Attaching HTTP metadata to the returned content\n\nThis scraper is not responsible for:\n\n- Parsing or interpreting HTML\n- Retrying failed requests\n- Managing crawl policies or rate limiting",
"objects": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.html.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.html.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"httpx": {
"name": "httpx",
"kind": "alias",
"path": "omniread.html.scraper.httpx",
"signature": "<bound method Alias.signature of Alias('httpx', 'httpx')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.html.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.html.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.html.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.html.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.html.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.html.scraper.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.html.scraper.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseScraper": {
"name": "BaseScraper",
"kind": "class",
"path": "omniread.html.scraper.BaseScraper",
"signature": "<bound method Alias.signature of Alias('BaseScraper', 'omniread.core.scraper.BaseScraper')>",
"docstring": "Base interface for all scrapers.\n\nNotes:\n **Responsibilities:**\n\n - A scraper is responsible ONLY for fetching raw content (bytes)\n from a source. It must not interpret or parse it.\n - A scraper is a stateless acquisition component that retrieves raw\n content from a source and returns it as a `Content` object.\n - Scrapers define how content is obtained, not what the content means.\n - Implementations may vary in transport mechanism, authentication\n strategy, retry and backoff behavior.\n\n **Constraints:**\n\n - Implementations must not parse content, modify content semantics,\n or couple scraping logic to a specific parser.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.html.scraper.BaseScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.core.scraper.BaseScraper.fetch')>",
"docstring": "Fetch raw content from the given source.\n\nArgs:\n source (str):\n Location identifier (URL, file path, S3 URI, etc.).\n\n metadata (Optional[Mapping[str, Any]], optional):\n Optional hints for the scraper (headers, auth, etc.).\n\nReturns:\n Content:\n Content object containing raw bytes and metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must retrieve the content referenced by `source`\n and return it as raw bytes wrapped in a `Content` object."
}
}
},
"HTMLScraper": {
"name": "HTMLScraper",
"kind": "class",
"path": "omniread.html.scraper.HTMLScraper",
"signature": "<bound method Class.signature of Class('HTMLScraper', 32, 143)>",
"docstring": "Base HTML scraper using `httpx`.\n\nNotes:\n **Responsibilities:**\n\n - This scraper retrieves HTML documents over HTTP(S) and returns\n them as raw content wrapped in a `Content` object.\n - Fetches raw bytes and metadata only.\n - The scraper uses `httpx.Client` for HTTP requests, enforces an\n HTML content type, and preserves HTTP response metadata.\n\n **Constraints:**\n\n - The scraper does not: Parse HTML, perform retries or backoff,\n handle non-HTML responses.",
"members": {
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.html.scraper.HTMLScraper.content_type",
"signature": null,
"docstring": null
},
"validate_content_type": {
"name": "validate_content_type",
"kind": "function",
"path": "omniread.html.scraper.HTMLScraper.validate_content_type",
"signature": "<bound method Function.signature of Function('validate_content_type', 80, 102)>",
"docstring": "Validate that the HTTP response contains HTML content.\n\nArgs:\n response (httpx.Response):\n HTTP response returned by `httpx`.\n\nRaises:\n ValueError:\n If the `Content-Type` header is missing or does not indicate HTML content."
},
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.html.scraper.HTMLScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 104, 143)>",
"docstring": "Fetch an HTML document from the given source.\n\nArgs:\n source (str):\n URL of the HTML document.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to be merged into the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw HTML bytes, source URL, HTML content type, and HTTP response metadata.\n\nRaises:\n httpx.HTTPError:\n If the HTTP request fails.\n ValueError:\n If the response is not valid HTML."
}
}
}
}
}
}

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{
"module": "omniread.pdf.client",
"content": {
"path": "omniread.pdf.client",
"docstring": "# Summary\n\nPDF client abstractions for OmniRead.\n\nThis module defines the **client layer** responsible for retrieving raw PDF\nbytes from a concrete backing store.\n\nClients provide low-level access to PDF binaries and are intentionally\ndecoupled from scraping and parsing logic. They do not perform validation,\ninterpretation, or content extraction.\n\nTypical backing stores include:\n\n- Local filesystems\n- Object storage (S3, GCS, etc.)\n- Network file systems",
"objects": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.pdf.client.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.pdf.client.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "omniread.pdf.client.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.pdf.client.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"BasePDFClient": {
"name": "BasePDFClient",
"kind": "class",
"path": "omniread.pdf.client.BasePDFClient",
"signature": "<bound method Class.signature of Class('BasePDFClient', 25, 57)>",
"docstring": "Abstract client responsible for retrieving PDF bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full PDF binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.client.BasePDFClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 40, 57)>",
"docstring": "Fetch raw PDF bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the PDF location, such as a file path, object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw PDF bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"FileSystemPDFClient": {
"name": "FileSystemPDFClient",
"kind": "class",
"path": "omniread.pdf.client.FileSystemPDFClient",
"signature": "<bound method Class.signature of Class('FileSystemPDFClient', 60, 96)>",
"docstring": "PDF client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads PDF files directly from the disk and returns\n their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.client.FileSystemPDFClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 71, 96)>",
"docstring": "Read a PDF file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the PDF file.\n\nReturns:\n bytes:\n Raw PDF bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
}
}
}
}

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@@ -0,0 +1,440 @@
{
"module": "omniread.pdf",
"content": {
"path": "omniread.pdf",
"docstring": "# Summary\n\nPDF format implementation for OmniRead.\n\nThis package provides **PDF-specific implementations** of the core OmniRead\ncontracts defined in `omniread.core`.\n\nUnlike HTML, PDF handling requires an explicit client layer for document\naccess. This package therefore includes:\n\n- PDF clients for acquiring raw PDF data.\n- PDF scrapers that coordinate client access.\n- PDF parsers that extract structured content from PDF binaries.\n\nPublic exports from this package represent the supported PDF pipeline\nand are safe for consumers to import directly when working with PDFs.\n\n---\n\n# Public API\n\n- `FileSystemPDFClient`\n- `PDFScraper`\n- `PDFParser`\n\n---",
"objects": {
"FileSystemPDFClient": {
"name": "FileSystemPDFClient",
"kind": "class",
"path": "omniread.pdf.FileSystemPDFClient",
"signature": "<bound method Alias.signature of Alias('FileSystemPDFClient', 'omniread.pdf.client.FileSystemPDFClient')>",
"docstring": "PDF client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads PDF files directly from the disk and returns\n their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.FileSystemPDFClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.pdf.client.FileSystemPDFClient.fetch')>",
"docstring": "Read a PDF file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the PDF file.\n\nReturns:\n bytes:\n Raw PDF bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
},
"PDFScraper": {
"name": "PDFScraper",
"kind": "class",
"path": "omniread.pdf.PDFScraper",
"signature": "<bound method Alias.signature of Alias('PDFScraper', 'omniread.pdf.scraper.PDFScraper')>",
"docstring": "Scraper for PDF sources.\n\nNotes:\n **Responsibilities:**\n\n - Delegates byte retrieval to a PDF client and normalizes output\n into `Content`.\n - Preserves caller-provided metadata.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.PDFScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.pdf.scraper.PDFScraper.fetch')>",
"docstring": "Fetch a PDF document from the given source.\n\nArgs:\n source (Any):\n Identifier of the PDF source as understood by the configured PDF client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw PDF bytes, source identifier, PDF content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the PDF client."
}
}
},
"PDFParser": {
"name": "PDFParser",
"kind": "class",
"path": "omniread.pdf.PDFParser",
"signature": "<bound method Alias.signature of Alias('PDFParser', 'omniread.pdf.parser.PDFParser')>",
"docstring": "Base PDF parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces PDF content-type compatibility and provides\n the extension point for implementing concrete PDF parsing strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.pdf.PDFParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.pdf.parser.PDFParser.supported_types')>",
"docstring": "Set of content types supported by this parser (PDF only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.pdf.PDFParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.pdf.parser.PDFParser.parse')>",
"docstring": "Parse PDF content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully interpret the PDF binary payload and\n return a deterministic, structured output."
}
}
},
"client": {
"name": "client",
"kind": "module",
"path": "omniread.pdf.client",
"signature": null,
"docstring": "# Summary\n\nPDF client abstractions for OmniRead.\n\nThis module defines the **client layer** responsible for retrieving raw PDF\nbytes from a concrete backing store.\n\nClients provide low-level access to PDF binaries and are intentionally\ndecoupled from scraping and parsing logic. They do not perform validation,\ninterpretation, or content extraction.\n\nTypical backing stores include:\n\n- Local filesystems\n- Object storage (S3, GCS, etc.)\n- Network file systems",
"members": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.pdf.client.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.pdf.client.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "omniread.pdf.client.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.pdf.client.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"BasePDFClient": {
"name": "BasePDFClient",
"kind": "class",
"path": "omniread.pdf.client.BasePDFClient",
"signature": "<bound method Class.signature of Class('BasePDFClient', 25, 57)>",
"docstring": "Abstract client responsible for retrieving PDF bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full PDF binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.client.BasePDFClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 40, 57)>",
"docstring": "Fetch raw PDF bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the PDF location, such as a file path, object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw PDF bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"FileSystemPDFClient": {
"name": "FileSystemPDFClient",
"kind": "class",
"path": "omniread.pdf.client.FileSystemPDFClient",
"signature": "<bound method Class.signature of Class('FileSystemPDFClient', 60, 96)>",
"docstring": "PDF client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads PDF files directly from the disk and returns\n their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.client.FileSystemPDFClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 71, 96)>",
"docstring": "Read a PDF file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the PDF file.\n\nReturns:\n bytes:\n Raw PDF bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
}
}
},
"parser": {
"name": "parser",
"kind": "module",
"path": "omniread.pdf.parser",
"signature": null,
"docstring": "# Summary\n\nPDF parser base implementations for OmniRead.\n\nThis module defines the **PDF-specific parser contract**, extending the\nformat-agnostic `BaseParser` with constraints appropriate for PDF content.\n\nPDF parsers are responsible for interpreting binary PDF data and producing\nstructured representations suitable for downstream consumption.",
"members": {
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.pdf.parser.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.pdf.parser.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.pdf.parser.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.pdf.parser.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.pdf.parser.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.pdf.parser.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.pdf.parser.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.pdf.parser.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.pdf.parser.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.pdf.parser.T",
"signature": null,
"docstring": null
},
"PDFParser": {
"name": "PDFParser",
"kind": "class",
"path": "omniread.pdf.parser.PDFParser",
"signature": "<bound method Class.signature of Class('PDFParser', 22, 62)>",
"docstring": "Base PDF parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces PDF content-type compatibility and provides\n the extension point for implementing concrete PDF parsing strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.pdf.parser.PDFParser.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser (PDF only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.pdf.parser.PDFParser.parse",
"signature": "<bound method Function.signature of Function('parse', 43, 62)>",
"docstring": "Parse PDF content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully interpret the PDF binary payload and\n return a deterministic, structured output."
}
}
}
}
},
"scraper": {
"name": "scraper",
"kind": "module",
"path": "omniread.pdf.scraper",
"signature": null,
"docstring": "# Summary\n\nPDF scraping implementation for OmniRead.\n\nThis module provides a PDF-specific scraper that coordinates PDF byte\nretrieval via a client and normalizes the result into a `Content` object.\n\nThe scraper implements the core `BaseScraper` contract while delegating\nall storage and access concerns to a `BasePDFClient` implementation.",
"members": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.pdf.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.pdf.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.pdf.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.pdf.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.pdf.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.pdf.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.pdf.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.pdf.scraper.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseScraper": {
"name": "BaseScraper",
"kind": "class",
"path": "omniread.pdf.scraper.BaseScraper",
"signature": "<bound method Alias.signature of Alias('BaseScraper', 'omniread.core.scraper.BaseScraper')>",
"docstring": "Base interface for all scrapers.\n\nNotes:\n **Responsibilities:**\n\n - A scraper is responsible ONLY for fetching raw content (bytes)\n from a source. It must not interpret or parse it.\n - A scraper is a stateless acquisition component that retrieves raw\n content from a source and returns it as a `Content` object.\n - Scrapers define how content is obtained, not what the content means.\n - Implementations may vary in transport mechanism, authentication\n strategy, retry and backoff behavior.\n\n **Constraints:**\n\n - Implementations must not parse content, modify content semantics,\n or couple scraping logic to a specific parser.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.scraper.BaseScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.core.scraper.BaseScraper.fetch')>",
"docstring": "Fetch raw content from the given source.\n\nArgs:\n source (str):\n Location identifier (URL, file path, S3 URI, etc.).\n\n metadata (Optional[Mapping[str, Any]], optional):\n Optional hints for the scraper (headers, auth, etc.).\n\nReturns:\n Content:\n Content object containing raw bytes and metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must retrieve the content referenced by `source`\n and return it as raw bytes wrapped in a `Content` object."
}
}
},
"BasePDFClient": {
"name": "BasePDFClient",
"kind": "class",
"path": "omniread.pdf.scraper.BasePDFClient",
"signature": "<bound method Alias.signature of Alias('BasePDFClient', 'omniread.pdf.client.BasePDFClient')>",
"docstring": "Abstract client responsible for retrieving PDF bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full PDF binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.scraper.BasePDFClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.pdf.client.BasePDFClient.fetch')>",
"docstring": "Fetch raw PDF bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the PDF location, such as a file path, object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw PDF bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"PDFScraper": {
"name": "PDFScraper",
"kind": "class",
"path": "omniread.pdf.scraper.PDFScraper",
"signature": "<bound method Class.signature of Class('PDFScraper', 21, 78)>",
"docstring": "Scraper for PDF sources.\n\nNotes:\n **Responsibilities:**\n\n - Delegates byte retrieval to a PDF client and normalizes output\n into `Content`.\n - Preserves caller-provided metadata.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.scraper.PDFScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 48, 78)>",
"docstring": "Fetch a PDF document from the given source.\n\nArgs:\n source (Any):\n Identifier of the PDF source as understood by the configured PDF client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw PDF bytes, source identifier, PDF content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the PDF client."
}
}
}
}
}
}
}
}

View File

@@ -0,0 +1,148 @@
{
"module": "omniread.pdf.parser",
"content": {
"path": "omniread.pdf.parser",
"docstring": "# Summary\n\nPDF parser base implementations for OmniRead.\n\nThis module defines the **PDF-specific parser contract**, extending the\nformat-agnostic `BaseParser` with constraints appropriate for PDF content.\n\nPDF parsers are responsible for interpreting binary PDF data and producing\nstructured representations suitable for downstream consumption.",
"objects": {
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.pdf.parser.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.pdf.parser.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.pdf.parser.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.pdf.parser.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.pdf.parser.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.pdf.parser.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.pdf.parser.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.pdf.parser.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.pdf.parser.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.pdf.parser.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.pdf.parser.T",
"signature": null,
"docstring": null
},
"PDFParser": {
"name": "PDFParser",
"kind": "class",
"path": "omniread.pdf.parser.PDFParser",
"signature": "<bound method Class.signature of Class('PDFParser', 22, 62)>",
"docstring": "Base PDF parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces PDF content-type compatibility and provides\n the extension point for implementing concrete PDF parsing strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.pdf.parser.PDFParser.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser (PDF only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.pdf.parser.PDFParser.parse",
"signature": "<bound method Function.signature of Function('parse', 43, 62)>",
"docstring": "Parse PDF content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully interpret the PDF binary payload and\n return a deterministic, structured output."
}
}
}
}
}
}

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{
"module": "omniread.pdf.scraper",
"content": {
"path": "omniread.pdf.scraper",
"docstring": "# Summary\n\nPDF scraping implementation for OmniRead.\n\nThis module provides a PDF-specific scraper that coordinates PDF byte\nretrieval via a client and normalizes the result into a `Content` object.\n\nThe scraper implements the core `BaseScraper` contract while delegating\nall storage and access concerns to a `BasePDFClient` implementation.",
"objects": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.pdf.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.pdf.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.pdf.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.pdf.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.pdf.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.pdf.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.pdf.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.pdf.scraper.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.pdf.scraper.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseScraper": {
"name": "BaseScraper",
"kind": "class",
"path": "omniread.pdf.scraper.BaseScraper",
"signature": "<bound method Alias.signature of Alias('BaseScraper', 'omniread.core.scraper.BaseScraper')>",
"docstring": "Base interface for all scrapers.\n\nNotes:\n **Responsibilities:**\n\n - A scraper is responsible ONLY for fetching raw content (bytes)\n from a source. It must not interpret or parse it.\n - A scraper is a stateless acquisition component that retrieves raw\n content from a source and returns it as a `Content` object.\n - Scrapers define how content is obtained, not what the content means.\n - Implementations may vary in transport mechanism, authentication\n strategy, retry and backoff behavior.\n\n **Constraints:**\n\n - Implementations must not parse content, modify content semantics,\n or couple scraping logic to a specific parser.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.scraper.BaseScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.core.scraper.BaseScraper.fetch')>",
"docstring": "Fetch raw content from the given source.\n\nArgs:\n source (str):\n Location identifier (URL, file path, S3 URI, etc.).\n\n metadata (Optional[Mapping[str, Any]], optional):\n Optional hints for the scraper (headers, auth, etc.).\n\nReturns:\n Content:\n Content object containing raw bytes and metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must retrieve the content referenced by `source`\n and return it as raw bytes wrapped in a `Content` object."
}
}
},
"BasePDFClient": {
"name": "BasePDFClient",
"kind": "class",
"path": "omniread.pdf.scraper.BasePDFClient",
"signature": "<bound method Alias.signature of Alias('BasePDFClient', 'omniread.pdf.client.BasePDFClient')>",
"docstring": "Abstract client responsible for retrieving PDF bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full PDF binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.scraper.BasePDFClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.pdf.client.BasePDFClient.fetch')>",
"docstring": "Fetch raw PDF bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the PDF location, such as a file path, object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw PDF bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"PDFScraper": {
"name": "PDFScraper",
"kind": "class",
"path": "omniread.pdf.scraper.PDFScraper",
"signature": "<bound method Class.signature of Class('PDFScraper', 21, 78)>",
"docstring": "Scraper for PDF sources.\n\nNotes:\n **Responsibilities:**\n\n - Delegates byte retrieval to a PDF client and normalizes output\n into `Content`.\n - Preserves caller-provided metadata.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.pdf.scraper.PDFScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 48, 78)>",
"docstring": "Fetch a PDF document from the given source.\n\nArgs:\n source (Any):\n Identifier of the PDF source as understood by the configured PDF client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw PDF bytes, source identifier, PDF content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the PDF client."
}
}
}
}
}
}

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{
"module": "omniread.xlsx.client",
"content": {
"path": "omniread.xlsx.client",
"docstring": "# Summary\n\nXLSX client abstractions for OmniRead.\n\nThis module defines the **client layer** responsible for retrieving raw\nOffice Open XML spreadsheet bytes from a concrete backing store.\n\nClients provide low-level access to xlsx binaries and are intentionally\ndecoupled from scraping and parsing logic. They do not perform validation,\ninterpretation, or content extraction.\n\nTypical backing stores include:\n\n- Local filesystems\n- Object storage (S3, GCS, etc.)\n- Network file systems",
"objects": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.xlsx.client.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.xlsx.client.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "omniread.xlsx.client.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.xlsx.client.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"BaseXlsxClient": {
"name": "BaseXlsxClient",
"kind": "class",
"path": "omniread.xlsx.client.BaseXlsxClient",
"signature": "<bound method Class.signature of Class('BaseXlsxClient', 25, 58)>",
"docstring": "Abstract client responsible for retrieving spreadsheet bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full xlsx binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.client.BaseXlsxClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 40, 58)>",
"docstring": "Fetch raw xlsx bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the spreadsheet location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw xlsx bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"FileSystemXlsxClient": {
"name": "FileSystemXlsxClient",
"kind": "class",
"path": "omniread.xlsx.client.FileSystemXlsxClient",
"signature": "<bound method Class.signature of Class('FileSystemXlsxClient', 61, 97)>",
"docstring": "XLSX client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads spreadsheet files directly from the disk and\n returns their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.client.FileSystemXlsxClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 72, 97)>",
"docstring": "Read an xlsx file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the spreadsheet file.\n\nReturns:\n bytes:\n Raw xlsx bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
}
}
}
}

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{
"module": "omniread.xlsx",
"content": {
"path": "omniread.xlsx",
"docstring": "# Summary\n\nXLSX subpackage for OmniRead.\n\nProvides acquisition and parsing of Office Open XML spreadsheet (xlsx)\ncontent:\n\n- `BaseXlsxClient`: abstract backing-store client for xlsx bytes.\n- `FileSystemXlsxClient`: local filesystem implementation.\n- `XlsxScraper`: wraps fetched bytes into canonical `Content`.\n- `XlsxParserBase`: content-type-enforcing parser contract.\n- `XlsxParser`: generic string-row parser built on openpyxl.",
"objects": {
"BaseXlsxClient": {
"name": "BaseXlsxClient",
"kind": "class",
"path": "omniread.xlsx.BaseXlsxClient",
"signature": "<bound method Alias.signature of Alias('BaseXlsxClient', 'omniread.xlsx.client.BaseXlsxClient')>",
"docstring": "Abstract client responsible for retrieving spreadsheet bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full xlsx binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.BaseXlsxClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.xlsx.client.BaseXlsxClient.fetch')>",
"docstring": "Fetch raw xlsx bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the spreadsheet location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw xlsx bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"FileSystemXlsxClient": {
"name": "FileSystemXlsxClient",
"kind": "class",
"path": "omniread.xlsx.FileSystemXlsxClient",
"signature": "<bound method Alias.signature of Alias('FileSystemXlsxClient', 'omniread.xlsx.client.FileSystemXlsxClient')>",
"docstring": "XLSX client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads spreadsheet files directly from the disk and\n returns their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.FileSystemXlsxClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.xlsx.client.FileSystemXlsxClient.fetch')>",
"docstring": "Read an xlsx file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the spreadsheet file.\n\nReturns:\n bytes:\n Raw xlsx bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
},
"XlsxParser": {
"name": "XlsxParser",
"kind": "class",
"path": "omniread.xlsx.XlsxParser",
"signature": "<bound method Alias.signature of Alias('XlsxParser', 'omniread.xlsx.parser.XlsxParser')>",
"docstring": "Generic xlsx parser producing string rows from a worksheet.\n\nNotes:\n **Responsibilities:**\n\n - Lazily load the workbook owned by the parser's content.\n - Normalize cells (including dates and numeric values) into\n deterministic string representations.\n - Expose sheet discovery and row extraction helpers.\n\n **Constraints:**\n\n - Cells are rendered with ``str(value)`` after trimming; date and\n datetime values are rendered in ISO format. Consumers requiring\n locale-specific formatting must convert on their side.",
"members": {
"workbook": {
"name": "workbook",
"kind": "attribute",
"path": "omniread.xlsx.XlsxParser.workbook",
"signature": "<bound method Alias.signature of Alias('workbook', 'omniread.xlsx.parser.XlsxParser.workbook')>",
"docstring": "The lazily loaded workbook backing this parser's content."
},
"sheet_names": {
"name": "sheet_names",
"kind": "attribute",
"path": "omniread.xlsx.XlsxParser.sheet_names",
"signature": "<bound method Alias.signature of Alias('sheet_names', 'omniread.xlsx.parser.XlsxParser.sheet_names')>",
"docstring": "Names of all worksheets contained in the workbook."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.XlsxParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.xlsx.parser.XlsxParser.parse')>",
"docstring": "Parse the first worksheet into normalized string rows.\n\nReturns:\n List[List[str]]:\n Rows of the default (first) worksheet."
},
"rows": {
"name": "rows",
"kind": "function",
"path": "omniread.xlsx.XlsxParser.rows",
"signature": "<bound method Alias.signature of Alias('rows', 'omniread.xlsx.parser.XlsxParser.rows')>",
"docstring": "Extract normalized string rows from a worksheet.\n\nArgs:\n sheet (Optional[Union[int, str]]):\n Worksheet index or title; defaults to the first worksheet.\n skip_empty (bool):\n When True (default), rows whose cells are all blank are omitted.\n\nReturns:\n List[List[str]]:\n Normalized rows; trailing blank cells are trimmed per row.\n\nRaises:\n ValueError:\n If the requested sheet does not exist."
}
}
},
"XlsxParserBase": {
"name": "XlsxParserBase",
"kind": "class",
"path": "omniread.xlsx.XlsxParserBase",
"signature": "<bound method Alias.signature of Alias('XlsxParserBase', 'omniread.xlsx.parser_base.XlsxParserBase')>",
"docstring": "Base xlsx parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces xlsx content-type compatibility and provides\n the extension point for implementing concrete xlsx parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.xlsx.XlsxParserBase.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.xlsx.parser_base.XlsxParserBase.supported_types')>",
"docstring": "Set of content types supported by this parser (XLSX only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.XlsxParserBase.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.xlsx.parser_base.XlsxParserBase.parse')>",
"docstring": "Parse xlsx content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
},
"XlsxScraper": {
"name": "XlsxScraper",
"kind": "class",
"path": "omniread.xlsx.XlsxScraper",
"signature": "<bound method Alias.signature of Alias('XlsxScraper', 'omniread.xlsx.scraper.XlsxScraper')>",
"docstring": "Scraper for xlsx spreadsheet documents.\n\nNotes:\n **Responsibilities:**\n\n - Fetch raw xlsx bytes via the configured client.\n - Wrap the payload in a canonical `Content` instance with the\n XLSX content type and source identifier.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.XlsxScraper.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.xlsx.scraper.XlsxScraper.fetch')>",
"docstring": "Fetch an xlsx document from the given source.\n\nArgs:\n source (Any):\n Identifier of the spreadsheet source as understood by the\n configured client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw xlsx bytes, source\n identifier, XLSX content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the client."
}
}
},
"client": {
"name": "client",
"kind": "module",
"path": "omniread.xlsx.client",
"signature": null,
"docstring": "# Summary\n\nXLSX client abstractions for OmniRead.\n\nThis module defines the **client layer** responsible for retrieving raw\nOffice Open XML spreadsheet bytes from a concrete backing store.\n\nClients provide low-level access to xlsx binaries and are intentionally\ndecoupled from scraping and parsing logic. They do not perform validation,\ninterpretation, or content extraction.\n\nTypical backing stores include:\n\n- Local filesystems\n- Object storage (S3, GCS, etc.)\n- Network file systems",
"members": {
"ABC": {
"name": "ABC",
"kind": "alias",
"path": "omniread.xlsx.client.ABC",
"signature": "<bound method Alias.signature of Alias('ABC', 'abc.ABC')>",
"docstring": null
},
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.xlsx.client.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "omniread.xlsx.client.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.xlsx.client.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"BaseXlsxClient": {
"name": "BaseXlsxClient",
"kind": "class",
"path": "omniread.xlsx.client.BaseXlsxClient",
"signature": "<bound method Class.signature of Class('BaseXlsxClient', 25, 58)>",
"docstring": "Abstract client responsible for retrieving spreadsheet bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full xlsx binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.client.BaseXlsxClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 40, 58)>",
"docstring": "Fetch raw xlsx bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the spreadsheet location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw xlsx bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"FileSystemXlsxClient": {
"name": "FileSystemXlsxClient",
"kind": "class",
"path": "omniread.xlsx.client.FileSystemXlsxClient",
"signature": "<bound method Class.signature of Class('FileSystemXlsxClient', 61, 97)>",
"docstring": "XLSX client that reads from the local filesystem.\n\nNotes:\n **Guarantees:**\n\n - This client reads spreadsheet files directly from the disk and\n returns their raw binary contents.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.client.FileSystemXlsxClient.fetch",
"signature": "<bound method Function.signature of Function('fetch', 72, 97)>",
"docstring": "Read an xlsx file from the local filesystem.\n\nArgs:\n path (Path):\n Filesystem path to the spreadsheet file.\n\nReturns:\n bytes:\n Raw xlsx bytes.\n\nRaises:\n FileNotFoundError:\n If the path does not exist.\n ValueError:\n If the path exists but is not a file."
}
}
}
}
},
"parser": {
"name": "parser",
"kind": "module",
"path": "omniread.xlsx.parser",
"signature": null,
"docstring": "# Summary\n\nXLSX parser implementations for OmniRead.\n\nThis module provides a concrete, generic parser for Office Open XML\nspreadsheets. It exposes workbook sheets as lists of string rows so\ndownstream consumers can interpret tabular content without depending on\nopenpyxl directly.\n\nThe parser is intentionally statement-agnostic: it performs no header\ndetection or column interpretation beyond basic cell normalization.",
"members": {
"datetime": {
"name": "datetime",
"kind": "alias",
"path": "omniread.xlsx.parser.datetime",
"signature": "<bound method Alias.signature of Alias('datetime', 'datetime')>",
"docstring": null
},
"BytesIO": {
"name": "BytesIO",
"kind": "alias",
"path": "omniread.xlsx.parser.BytesIO",
"signature": "<bound method Alias.signature of Alias('BytesIO', 'io.BytesIO')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.xlsx.parser.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"openpyxl": {
"name": "openpyxl",
"kind": "alias",
"path": "omniread.xlsx.parser.openpyxl",
"signature": "<bound method Alias.signature of Alias('openpyxl', 'openpyxl')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.xlsx.parser.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.xlsx.parser.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.xlsx.parser.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.xlsx.parser.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.xlsx.parser.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"XlsxParserBase": {
"name": "XlsxParserBase",
"kind": "class",
"path": "omniread.xlsx.parser.XlsxParserBase",
"signature": "<bound method Alias.signature of Alias('XlsxParserBase', 'omniread.xlsx.parser_base.XlsxParserBase')>",
"docstring": "Base xlsx parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces xlsx content-type compatibility and provides\n the extension point for implementing concrete xlsx parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.xlsx.parser.XlsxParserBase.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.xlsx.parser_base.XlsxParserBase.supported_types')>",
"docstring": "Set of content types supported by this parser (XLSX only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.parser.XlsxParserBase.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.xlsx.parser_base.XlsxParserBase.parse')>",
"docstring": "Parse xlsx content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
},
"XlsxParser": {
"name": "XlsxParser",
"kind": "class",
"path": "omniread.xlsx.parser.XlsxParser",
"signature": "<bound method Class.signature of Class('XlsxParser', 26, 149)>",
"docstring": "Generic xlsx parser producing string rows from a worksheet.\n\nNotes:\n **Responsibilities:**\n\n - Lazily load the workbook owned by the parser's content.\n - Normalize cells (including dates and numeric values) into\n deterministic string representations.\n - Expose sheet discovery and row extraction helpers.\n\n **Constraints:**\n\n - Cells are rendered with ``str(value)`` after trimming; date and\n datetime values are rendered in ISO format. Consumers requiring\n locale-specific formatting must convert on their side.",
"members": {
"workbook": {
"name": "workbook",
"kind": "attribute",
"path": "omniread.xlsx.parser.XlsxParser.workbook",
"signature": null,
"docstring": "The lazily loaded workbook backing this parser's content."
},
"sheet_names": {
"name": "sheet_names",
"kind": "attribute",
"path": "omniread.xlsx.parser.XlsxParser.sheet_names",
"signature": null,
"docstring": "Names of all worksheets contained in the workbook."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.parser.XlsxParser.parse",
"signature": "<bound method Function.signature of Function('parse', 85, 93)>",
"docstring": "Parse the first worksheet into normalized string rows.\n\nReturns:\n List[List[str]]:\n Rows of the default (first) worksheet."
},
"rows": {
"name": "rows",
"kind": "function",
"path": "omniread.xlsx.parser.XlsxParser.rows",
"signature": "<bound method Function.signature of Function('rows', 95, 127)>",
"docstring": "Extract normalized string rows from a worksheet.\n\nArgs:\n sheet (Optional[Union[int, str]]):\n Worksheet index or title; defaults to the first worksheet.\n skip_empty (bool):\n When True (default), rows whose cells are all blank are omitted.\n\nReturns:\n List[List[str]]:\n Normalized rows; trailing blank cells are trimmed per row.\n\nRaises:\n ValueError:\n If the requested sheet does not exist."
}
}
}
}
},
"parser_base": {
"name": "parser_base",
"kind": "module",
"path": "omniread.xlsx.parser_base",
"signature": null,
"docstring": "# Summary\n\nXLSX parser base implementation for OmniRead.\n\nThis module defines the **XLSX-specific parser contract**, extending the\nformat-agnostic `BaseParser` with constraints appropriate for Office Open\nXML spreadsheet content.",
"members": {
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.xlsx.parser_base.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.xlsx.parser_base.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.xlsx.parser_base.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.xlsx.parser_base.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.xlsx.parser_base.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.parser_base.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.xlsx.parser_base.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.T",
"signature": null,
"docstring": null
},
"XlsxParserBase": {
"name": "XlsxParserBase",
"kind": "class",
"path": "omniread.xlsx.parser_base.XlsxParserBase",
"signature": "<bound method Class.signature of Class('XlsxParserBase', 20, 55)>",
"docstring": "Base xlsx parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces xlsx content-type compatibility and provides\n the extension point for implementing concrete xlsx parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.XlsxParserBase.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser (XLSX only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.parser_base.XlsxParserBase.parse",
"signature": "<bound method Function.signature of Function('parse', 42, 55)>",
"docstring": "Parse xlsx content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
}
}
},
"scraper": {
"name": "scraper",
"kind": "module",
"path": "omniread.xlsx.scraper",
"signature": null,
"docstring": "# Summary\n\nXLSX scraper for OmniRead.\n\nThis module defines the scraper responsible for acquiring raw Office Open\nXML spreadsheet content from a backing store via a configured client.\n\nThe scraper does not interpret or parse the acquired bytes; it wraps them in\nthe canonical `Content` model.",
"members": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.xlsx.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.xlsx.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.xlsx.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.xlsx.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.xlsx.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.xlsx.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.xlsx.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.xlsx.scraper.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseXlsxClient": {
"name": "BaseXlsxClient",
"kind": "class",
"path": "omniread.xlsx.scraper.BaseXlsxClient",
"signature": "<bound method Alias.signature of Alias('BaseXlsxClient', 'omniread.xlsx.client.BaseXlsxClient')>",
"docstring": "Abstract client responsible for retrieving spreadsheet bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full xlsx binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.scraper.BaseXlsxClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.xlsx.client.BaseXlsxClient.fetch')>",
"docstring": "Fetch raw xlsx bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the spreadsheet location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw xlsx bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"XlsxScraper": {
"name": "XlsxScraper",
"kind": "class",
"path": "omniread.xlsx.scraper.XlsxScraper",
"signature": "<bound method Class.signature of Class('XlsxScraper', 21, 80)>",
"docstring": "Scraper for xlsx spreadsheet documents.\n\nNotes:\n **Responsibilities:**\n\n - Fetch raw xlsx bytes via the configured client.\n - Wrap the payload in a canonical `Content` instance with the\n XLSX content type and source identifier.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.scraper.XlsxScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 48, 80)>",
"docstring": "Fetch an xlsx document from the given source.\n\nArgs:\n source (Any):\n Identifier of the spreadsheet source as understood by the\n configured client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw xlsx bytes, source\n identifier, XLSX content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the client."
}
}
}
}
}
}
}
}

View File

@@ -0,0 +1,134 @@
{
"module": "omniread.xlsx.parser",
"content": {
"path": "omniread.xlsx.parser",
"docstring": "# Summary\n\nXLSX parser implementations for OmniRead.\n\nThis module provides a concrete, generic parser for Office Open XML\nspreadsheets. It exposes workbook sheets as lists of string rows so\ndownstream consumers can interpret tabular content without depending on\nopenpyxl directly.\n\nThe parser is intentionally statement-agnostic: it performs no header\ndetection or column interpretation beyond basic cell normalization.",
"objects": {
"datetime": {
"name": "datetime",
"kind": "alias",
"path": "omniread.xlsx.parser.datetime",
"signature": "<bound method Alias.signature of Alias('datetime', 'datetime')>",
"docstring": null
},
"BytesIO": {
"name": "BytesIO",
"kind": "alias",
"path": "omniread.xlsx.parser.BytesIO",
"signature": "<bound method Alias.signature of Alias('BytesIO', 'io.BytesIO')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.xlsx.parser.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"openpyxl": {
"name": "openpyxl",
"kind": "alias",
"path": "omniread.xlsx.parser.openpyxl",
"signature": "<bound method Alias.signature of Alias('openpyxl', 'openpyxl')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.xlsx.parser.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.xlsx.parser.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.xlsx.parser.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.xlsx.parser.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.xlsx.parser.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"XlsxParserBase": {
"name": "XlsxParserBase",
"kind": "class",
"path": "omniread.xlsx.parser.XlsxParserBase",
"signature": "<bound method Alias.signature of Alias('XlsxParserBase', 'omniread.xlsx.parser_base.XlsxParserBase')>",
"docstring": "Base xlsx parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces xlsx content-type compatibility and provides\n the extension point for implementing concrete xlsx parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.xlsx.parser.XlsxParserBase.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.xlsx.parser_base.XlsxParserBase.supported_types')>",
"docstring": "Set of content types supported by this parser (XLSX only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.parser.XlsxParserBase.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.xlsx.parser_base.XlsxParserBase.parse')>",
"docstring": "Parse xlsx content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
},
"XlsxParser": {
"name": "XlsxParser",
"kind": "class",
"path": "omniread.xlsx.parser.XlsxParser",
"signature": "<bound method Class.signature of Class('XlsxParser', 26, 149)>",
"docstring": "Generic xlsx parser producing string rows from a worksheet.\n\nNotes:\n **Responsibilities:**\n\n - Lazily load the workbook owned by the parser's content.\n - Normalize cells (including dates and numeric values) into\n deterministic string representations.\n - Expose sheet discovery and row extraction helpers.\n\n **Constraints:**\n\n - Cells are rendered with ``str(value)`` after trimming; date and\n datetime values are rendered in ISO format. Consumers requiring\n locale-specific formatting must convert on their side.",
"members": {
"workbook": {
"name": "workbook",
"kind": "attribute",
"path": "omniread.xlsx.parser.XlsxParser.workbook",
"signature": null,
"docstring": "The lazily loaded workbook backing this parser's content."
},
"sheet_names": {
"name": "sheet_names",
"kind": "attribute",
"path": "omniread.xlsx.parser.XlsxParser.sheet_names",
"signature": null,
"docstring": "Names of all worksheets contained in the workbook."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.parser.XlsxParser.parse",
"signature": "<bound method Function.signature of Function('parse', 85, 93)>",
"docstring": "Parse the first worksheet into normalized string rows.\n\nReturns:\n List[List[str]]:\n Rows of the default (first) worksheet."
},
"rows": {
"name": "rows",
"kind": "function",
"path": "omniread.xlsx.parser.XlsxParser.rows",
"signature": "<bound method Function.signature of Function('rows', 95, 127)>",
"docstring": "Extract normalized string rows from a worksheet.\n\nArgs:\n sheet (Optional[Union[int, str]]):\n Worksheet index or title; defaults to the first worksheet.\n skip_empty (bool):\n When True (default), rows whose cells are all blank are omitted.\n\nReturns:\n List[List[str]]:\n Normalized rows; trailing blank cells are trimmed per row.\n\nRaises:\n ValueError:\n If the requested sheet does not exist."
}
}
}
}
}
}

View File

@@ -0,0 +1,148 @@
{
"module": "omniread.xlsx.parser_base",
"content": {
"path": "omniread.xlsx.parser_base",
"docstring": "# Summary\n\nXLSX parser base implementation for OmniRead.\n\nThis module defines the **XLSX-specific parser contract**, extending the\nformat-agnostic `BaseParser` with constraints appropriate for Office Open\nXML spreadsheet content.",
"objects": {
"abstractmethod": {
"name": "abstractmethod",
"kind": "alias",
"path": "omniread.xlsx.parser_base.abstractmethod",
"signature": "<bound method Alias.signature of Alias('abstractmethod', 'abc.abstractmethod')>",
"docstring": null
},
"Generic": {
"name": "Generic",
"kind": "alias",
"path": "omniread.xlsx.parser_base.Generic",
"signature": "<bound method Alias.signature of Alias('Generic', 'typing.Generic')>",
"docstring": null
},
"TypeVar": {
"name": "TypeVar",
"kind": "alias",
"path": "omniread.xlsx.parser_base.TypeVar",
"signature": "<bound method Alias.signature of Alias('TypeVar', 'typing.TypeVar')>",
"docstring": null
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.xlsx.parser_base.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseParser": {
"name": "BaseParser",
"kind": "class",
"path": "omniread.xlsx.parser_base.BaseParser",
"signature": "<bound method Alias.signature of Alias('BaseParser', 'omniread.core.parser.BaseParser')>",
"docstring": "Base interface for all parsers.\n\nNotes:\n **Guarantees:**\n\n - A parser is a self-contained object that owns the `Content` it is\n responsible for interpreting.\n - Consumers may rely on early validation of content compatibility\n and type-stable return values from `parse()`.\n\n **Responsibilities:**\n\n - Implementations must declare supported content types via `supported_types`.\n - Implementations must raise parsing-specific exceptions from `parse()`.\n - Implementations must remain deterministic for a given input.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.BaseParser.supported_types",
"signature": "<bound method Alias.signature of Alias('supported_types', 'omniread.core.parser.BaseParser.supported_types')>",
"docstring": "Set of content types supported by this parser. An empty set indicates that the parser is content-type agnostic."
},
"content": {
"name": "content",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.BaseParser.content",
"signature": "<bound method Alias.signature of Alias('content', 'omniread.core.parser.BaseParser.content')>",
"docstring": null
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.parser_base.BaseParser.parse",
"signature": "<bound method Alias.signature of Alias('parse', 'omniread.core.parser.BaseParser.parse')>",
"docstring": "Parse the owned content into structured output.\n\nReturns:\n T:\n Parsed, structured representation.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation.\n\nNotes:\n **Responsibilities:**\n\n - Implementations must fully consume the provided content and\n return a deterministic, structured output."
},
"supports": {
"name": "supports",
"kind": "function",
"path": "omniread.xlsx.parser_base.BaseParser.supports",
"signature": "<bound method Alias.signature of Alias('supports', 'omniread.core.parser.BaseParser.supports')>",
"docstring": "Check whether this parser supports the content's type.\n\nReturns:\n bool:\n True if the content type is supported; False otherwise."
}
}
},
"T": {
"name": "T",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.T",
"signature": null,
"docstring": null
},
"XlsxParserBase": {
"name": "XlsxParserBase",
"kind": "class",
"path": "omniread.xlsx.parser_base.XlsxParserBase",
"signature": "<bound method Class.signature of Class('XlsxParserBase', 20, 55)>",
"docstring": "Base xlsx parser.\n\nNotes:\n **Responsibilities:**\n\n - This class enforces xlsx content-type compatibility and provides\n the extension point for implementing concrete xlsx parsing\n strategies.\n\n **Constraints:**\n\n - Concrete implementations must define the output type `T` and\n implement the `parse()` method.",
"members": {
"supported_types": {
"name": "supported_types",
"kind": "attribute",
"path": "omniread.xlsx.parser_base.XlsxParserBase.supported_types",
"signature": null,
"docstring": "Set of content types supported by this parser (XLSX only)."
},
"parse": {
"name": "parse",
"kind": "function",
"path": "omniread.xlsx.parser_base.XlsxParserBase.parse",
"signature": "<bound method Function.signature of Function('parse', 42, 55)>",
"docstring": "Parse xlsx content into a structured output.\n\nReturns:\n T:\n Parsed representation of type `T`.\n\nRaises:\n Exception:\n Parsing-specific errors as defined by the implementation."
}
}
}
}
}
}

View File

@@ -0,0 +1,143 @@
{
"module": "omniread.xlsx.scraper",
"content": {
"path": "omniread.xlsx.scraper",
"docstring": "# Summary\n\nXLSX scraper for OmniRead.\n\nThis module defines the scraper responsible for acquiring raw Office Open\nXML spreadsheet content from a backing store via a configured client.\n\nThe scraper does not interpret or parse the acquired bytes; it wraps them in\nthe canonical `Content` model.",
"objects": {
"Mapping": {
"name": "Mapping",
"kind": "alias",
"path": "omniread.xlsx.scraper.Mapping",
"signature": "<bound method Alias.signature of Alias('Mapping', 'collections.abc.Mapping')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "omniread.xlsx.scraper.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"Content": {
"name": "Content",
"kind": "class",
"path": "omniread.xlsx.scraper.Content",
"signature": "<bound method Alias.signature of Alias('Content', 'omniread.core.content.Content')>",
"docstring": "Normalized representation of extracted content.\n\nNotes:\n **Responsibilities:**\n\n - A `Content` instance represents a raw content payload along with\n minimal contextual metadata describing its origin and type.\n - This class is the primary exchange format between scrapers,\n parsers, and downstream consumers.",
"members": {
"raw": {
"name": "raw",
"kind": "attribute",
"path": "omniread.xlsx.scraper.Content.raw",
"signature": "<bound method Alias.signature of Alias('raw', 'omniread.core.content.Content.raw')>",
"docstring": "Raw content bytes as retrieved from the source."
},
"source": {
"name": "source",
"kind": "attribute",
"path": "omniread.xlsx.scraper.Content.source",
"signature": "<bound method Alias.signature of Alias('source', 'omniread.core.content.Content.source')>",
"docstring": "Identifier of the content origin (URL, file path, or logical name)."
},
"content_type": {
"name": "content_type",
"kind": "attribute",
"path": "omniread.xlsx.scraper.Content.content_type",
"signature": "<bound method Alias.signature of Alias('content_type', 'omniread.core.content.Content.content_type')>",
"docstring": "Optional MIME type of the content, if known."
},
"metadata": {
"name": "metadata",
"kind": "attribute",
"path": "omniread.xlsx.scraper.Content.metadata",
"signature": "<bound method Alias.signature of Alias('metadata', 'omniread.core.content.Content.metadata')>",
"docstring": "Optional, implementation-defined metadata associated with the content (e.g., headers, encoding hints, extraction notes)."
}
}
},
"ContentType": {
"name": "ContentType",
"kind": "class",
"path": "omniread.xlsx.scraper.ContentType",
"signature": "<bound method Alias.signature of Alias('ContentType', 'omniread.core.content.ContentType')>",
"docstring": "Supported MIME types for extracted content.\n\nNotes:\n **Guarantees:**\n\n - This enum represents the declared or inferred media type of the\n content source.\n - It is primarily used for routing content to the appropriate\n parser or downstream consumer.",
"members": {
"HTML": {
"name": "HTML",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.HTML",
"signature": "<bound method Alias.signature of Alias('HTML', 'omniread.core.content.ContentType.HTML')>",
"docstring": "HTML document content."
},
"PDF": {
"name": "PDF",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.PDF",
"signature": "<bound method Alias.signature of Alias('PDF', 'omniread.core.content.ContentType.PDF')>",
"docstring": "PDF document content."
},
"XLSX": {
"name": "XLSX",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.XLSX",
"signature": "<bound method Alias.signature of Alias('XLSX', 'omniread.core.content.ContentType.XLSX')>",
"docstring": "Office Open XML spreadsheet (xlsx/xlsm) content."
},
"CSV": {
"name": "CSV",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.CSV",
"signature": "<bound method Alias.signature of Alias('CSV', 'omniread.core.content.ContentType.CSV')>",
"docstring": "Comma-separated-value document content."
},
"JSON": {
"name": "JSON",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.JSON",
"signature": "<bound method Alias.signature of Alias('JSON', 'omniread.core.content.ContentType.JSON')>",
"docstring": "JSON document content."
},
"XML": {
"name": "XML",
"kind": "attribute",
"path": "omniread.xlsx.scraper.ContentType.XML",
"signature": "<bound method Alias.signature of Alias('XML', 'omniread.core.content.ContentType.XML')>",
"docstring": "XML document content."
}
}
},
"BaseXlsxClient": {
"name": "BaseXlsxClient",
"kind": "class",
"path": "omniread.xlsx.scraper.BaseXlsxClient",
"signature": "<bound method Alias.signature of Alias('BaseXlsxClient', 'omniread.xlsx.client.BaseXlsxClient')>",
"docstring": "Abstract client responsible for retrieving spreadsheet bytes.\n\nRetrieves bytes from a specific backing store (filesystem, S3, FTP, etc.).\n\nNotes:\n **Responsibilities:**\n\n - Implementations must accept a source identifier appropriate to\n the backing store.\n - Return the full xlsx binary payload.\n - Raise retrieval-specific errors on failure.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.scraper.BaseXlsxClient.fetch",
"signature": "<bound method Alias.signature of Alias('fetch', 'omniread.xlsx.client.BaseXlsxClient.fetch')>",
"docstring": "Fetch raw xlsx bytes from the given source.\n\nArgs:\n source (Any):\n Identifier of the spreadsheet location, such as a file path,\n object storage key, or remote reference.\n\nReturns:\n bytes:\n Raw xlsx bytes.\n\nRaises:\n Exception:\n Retrieval-specific errors defined by the implementation."
}
}
},
"XlsxScraper": {
"name": "XlsxScraper",
"kind": "class",
"path": "omniread.xlsx.scraper.XlsxScraper",
"signature": "<bound method Class.signature of Class('XlsxScraper', 21, 80)>",
"docstring": "Scraper for xlsx spreadsheet documents.\n\nNotes:\n **Responsibilities:**\n\n - Fetch raw xlsx bytes via the configured client.\n - Wrap the payload in a canonical `Content` instance with the\n XLSX content type and source identifier.\n\n **Constraints:**\n\n - The scraper does not perform parsing or interpretation.\n - Does not assume a specific storage backend.",
"members": {
"fetch": {
"name": "fetch",
"kind": "function",
"path": "omniread.xlsx.scraper.XlsxScraper.fetch",
"signature": "<bound method Function.signature of Function('fetch', 48, 80)>",
"docstring": "Fetch an xlsx document from the given source.\n\nArgs:\n source (Any):\n Identifier of the spreadsheet source as understood by the\n configured client.\n metadata (Optional[Mapping[str, Any]], optional):\n Optional metadata to attach to the returned content.\n\nReturns:\n Content:\n A `Content` instance containing raw xlsx bytes, source\n identifier, XLSX content type, and optional metadata.\n\nRaises:\n Exception:\n Retrieval-specific errors raised by the client."
}
}
}
}
}
}

90
mcp/omniread/nav.json Normal file
View File

@@ -0,0 +1,90 @@
[
{
"module": "omniread",
"resource": "doc://modules/omniread"
},
{
"module": "omniread.core",
"resource": "doc://modules/omniread.core"
},
{
"module": "omniread.core.content",
"resource": "doc://modules/omniread.core.content"
},
{
"module": "omniread.core.parser",
"resource": "doc://modules/omniread.core.parser"
},
{
"module": "omniread.core.scraper",
"resource": "doc://modules/omniread.core.scraper"
},
{
"module": "omniread.csv",
"resource": "doc://modules/omniread.csv"
},
{
"module": "omniread.csv.client",
"resource": "doc://modules/omniread.csv.client"
},
{
"module": "omniread.csv.parser",
"resource": "doc://modules/omniread.csv.parser"
},
{
"module": "omniread.csv.parser_base",
"resource": "doc://modules/omniread.csv.parser_base"
},
{
"module": "omniread.csv.scraper",
"resource": "doc://modules/omniread.csv.scraper"
},
{
"module": "omniread.html",
"resource": "doc://modules/omniread.html"
},
{
"module": "omniread.html.parser",
"resource": "doc://modules/omniread.html.parser"
},
{
"module": "omniread.html.scraper",
"resource": "doc://modules/omniread.html.scraper"
},
{
"module": "omniread.pdf",
"resource": "doc://modules/omniread.pdf"
},
{
"module": "omniread.pdf.client",
"resource": "doc://modules/omniread.pdf.client"
},
{
"module": "omniread.pdf.parser",
"resource": "doc://modules/omniread.pdf.parser"
},
{
"module": "omniread.pdf.scraper",
"resource": "doc://modules/omniread.pdf.scraper"
},
{
"module": "omniread.xlsx",
"resource": "doc://modules/omniread.xlsx"
},
{
"module": "omniread.xlsx.client",
"resource": "doc://modules/omniread.xlsx.client"
},
{
"module": "omniread.xlsx.parser",
"resource": "doc://modules/omniread.xlsx.parser"
},
{
"module": "omniread.xlsx.parser_base",
"resource": "doc://modules/omniread.xlsx.parser_base"
},
{
"module": "omniread.xlsx.scraper",
"resource": "doc://modules/omniread.xlsx.scraper"
}
]

View File

@@ -0,0 +1,6 @@
{
"project": "openapi_first",
"type": "docforge-model",
"modules_count": 32,
"source": "docforge"
}

View File

@@ -0,0 +1,81 @@
{
"module": "openapi_first.app",
"content": {
"path": "openapi_first.app",
"docstring": "# Summary\n\nOpenAPI-first application bootstrap for FastAPI.\n\nThis module provides `OpenAPIFirstApp`, a thin but strict abstraction\nthat enforces OpenAPI as the single source of truth for a FastAPI service.\n\nNotes:\n **Core Principles:**\n\n - The OpenAPI specification (JSON or YAML) defines the entire API surface.\n - Every `operationId` in the OpenAPI spec must have a corresponding\n Python handler function.\n - Handlers are plain Python callables (no FastAPI decorators).\n - FastAPI route registration is derived exclusively from the spec.\n - FastAPI's autogenerated OpenAPI schema is fully overridden.\n\n **Responsibilities:**\n\n - Loads and validates an OpenAPI 3.x specification.\n - Dynamically binds HTTP routes to handler functions using `operationId`.\n - Registers routes with FastAPI at application startup.\n - Ensures runtime behavior matches the OpenAPI contract exactly.\n\n **Constraints:**\n\n - This module intentionally does NOT:\n - Generate OpenAPI specs.\n - Generate client code.\n - Introduce a new framework or lifecycle.\n - Alter FastAPI dependency injection semantics.",
"objects": {
"os": {
"name": "os",
"kind": "alias",
"path": "openapi_first.app.os",
"signature": "<bound method Alias.signature of Alias('os', 'os')>",
"docstring": null
},
"re": {
"name": "re",
"kind": "alias",
"path": "openapi_first.app.re",
"signature": "<bound method Alias.signature of Alias('re', 're')>",
"docstring": null
},
"FastAPI": {
"name": "FastAPI",
"kind": "alias",
"path": "openapi_first.app.FastAPI",
"signature": "<bound method Alias.signature of Alias('FastAPI', 'fastapi.FastAPI')>",
"docstring": null
},
"bind_routes": {
"name": "bind_routes",
"kind": "function",
"path": "openapi_first.app.bind_routes",
"signature": "<bound method Alias.signature of Alias('bind_routes', 'openapi_first.binder.bind_routes')>",
"docstring": "Bind OpenAPI operations to FastAPI routes.\n\nArgs:\n app (fastapi.FastAPI):\n The FastAPI application instance to which routes will be added.\n spec (dict):\n Parsed OpenAPI 3.x specification dictionary.\n routes_module (module):\n Python module containing handler functions. Each handler's name MUST\n exactly match an OpenAPI `operationId`.\n security_deps (dict | None):\n Optional mapping of ``METHOD:/path`` → ``list[Depends(...)]``\n generated from the spec's ``securitySchemes`` and per-operation\n ``security`` fields.\n\nRaises:\n MissingOperationHandler:\n If an ``operationId`` is missing from the spec or if no corresponding\n handler function exists in the routes module.\n\nNotes:\n **Responsibilities:**\n\n - Iterates through the OpenAPI specification paths and methods.\n - Resolves each ``operationId`` to a handler function, and registers\n a corresponding ``APIRoute`` on the FastAPI application.\n - Injects FastAPI ``Depends()`` for each security requirement found\n on the operation or inherited from the top-level ``security`` field.\n\n **Guarantees:**\n\n - Route registration is deterministic and spec-driven. No route\n decorators are required or supported. Handler resolution errors\n surface at application startup."
},
"load_openapi": {
"name": "load_openapi",
"kind": "function",
"path": "openapi_first.app.load_openapi",
"signature": "<bound method Alias.signature of Alias('load_openapi', 'openapi_first.loader.load_openapi')>",
"docstring": "Load and validate an OpenAPI 3.x specification from disk.\n\nArgs:\n path (str | Path):\n Filesystem path to an OpenAPI specification file. Supported\n extensions: `.json`, `.yaml`, `.yml`.\n\nReturns:\n dict[str, Any]:\n Parsed and validated OpenAPI specification.\n\nRaises:\n OpenAPISpecLoadError:\n If the file does not exist, cannot be parsed, or fails OpenAPI\n schema validation.\n\nNotes:\n **Guarantees:**\n\n - The specification is parsed based on file extension and validated\n using a strict OpenAPI schema validator.\n - Any error results in an immediate exception, preventing\n application startup."
},
"make_security_dependencies": {
"name": "make_security_dependencies",
"kind": "function",
"path": "openapi_first.app.make_security_dependencies",
"signature": "<bound method Alias.signature of Alias('make_security_dependencies', 'openapi_first.security.make_security_dependencies')>",
"docstring": "Build a mapping of ``METHOD:/path`` → list of ``Depends(...)``.\n\nThe effective security for each operation is resolved by:\n\n1. Using the operation-level ``security`` field if present.\n2. Falling back to the top-level ``security`` field.\n3. An empty list means *no auth required* for that operation."
},
"parse_security_schemes": {
"name": "parse_security_schemes",
"kind": "function",
"path": "openapi_first.app.parse_security_schemes",
"signature": "<bound method Alias.signature of Alias('parse_security_schemes', 'openapi_first.security.parse_security_schemes')>",
"docstring": "Extract and resolve environment variables in security schemes."
},
"OpenAPIFirstApp": {
"name": "OpenAPIFirstApp",
"kind": "class",
"path": "openapi_first.app.OpenAPIFirstApp",
"signature": "<bound method Class.signature of Class('OpenAPIFirstApp', 67, 150)>",
"docstring": "FastAPI application enforcing OpenAPI-first design.\n\nNotes:\n **Responsibilities:**\n\n - `OpenAPIFirstApp` subclasses `FastAPI` and replaces manual route\n registration with OpenAPI-driven binding.\n - All routes are derived from the provided OpenAPI specification,\n and each ``operationId`` is mapped to a Python function in the\n supplied routes module.\n - Auth dependencies are auto-injected from the spec's\n ``securitySchemes`` and per-operation ``security`` fields.\n\n **Guarantees:**\n\n - No route can exist without an OpenAPI declaration.\n - No OpenAPI operation can exist without a handler.\n - Swagger UI and ``/openapi.json`` always reflect the provided spec.\n - Handler functions remain framework-agnostic and testable.\n - Auth enforcement is driven entirely by the spec — no manual\n middleware or decorators required.\n\nExample:\n ```python\n from openapi_first import OpenAPIFirstApp\n import app.routes as routes\n\n app = OpenAPIFirstApp(\n openapi_path=\"app/openapi.json\",\n routes_module=routes,\n title=\"Example Service\",\n )\n ```",
"members": {
"openapi": {
"name": "openapi",
"kind": "attribute",
"path": "openapi_first.app.OpenAPIFirstApp.openapi",
"signature": null,
"docstring": null
}
}
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "openapi_first.app.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
}
}
}
}

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{
"module": "openapi_first.binder",
"content": {
"path": "openapi_first.binder",
"docstring": "# Summary\n\nOpenAPI-driven route binding for FastAPI.\n\nThis module is responsible for translating an OpenAPI 3.x specification\ninto concrete FastAPI routes. It enforces a strict one-to-one mapping\nbetween OpenAPI operations and Python handler functions using `operationId`.\n\nNotes:\n **Core Responsibility:**\n\n - Read path + method definitions from an OpenAPI specification.\n - Resolve each `operationId` to a Python callable.\n - Register routes with FastAPI using `APIRoute`.\n - Fail fast when contract violations are detected.\n\n **Design Constraints:**\n\n - All routes MUST be declared in the OpenAPI specification.\n - All OpenAPI operations MUST define an `operationId`.\n - Every `operationId` MUST resolve to a handler function.\n - Handlers are plain Python callables (no decorators required).\n - No implicit route creation or inference is allowed.\n\n **Constraints:**\n\n - This module intentionally does NOT:\n - Perform request or response validation.\n - Generate Pydantic models.\n - Modify FastAPI dependency injection.\n - Interpret OpenAPI semantics beyond routing metadata.",
"objects": {
"Any": {
"name": "Any",
"kind": "alias",
"path": "openapi_first.binder.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"APIRoute": {
"name": "APIRoute",
"kind": "alias",
"path": "openapi_first.binder.APIRoute",
"signature": "<bound method Alias.signature of Alias('APIRoute', 'fastapi.routing.APIRoute')>",
"docstring": null
},
"MissingOperationHandler": {
"name": "MissingOperationHandler",
"kind": "class",
"path": "openapi_first.binder.MissingOperationHandler",
"signature": "<bound method Alias.signature of Alias('MissingOperationHandler', 'openapi_first.errors.MissingOperationHandler')>",
"docstring": "Raised when an OpenAPI operation cannot be resolved to a handler.\n\nNotes:\n **Scenarios:**\n\n - An OpenAPI operation does not define an `operationId`.\n - An `operationId` is defined but no matching function exists in\n the provided routes module.\n\n **Guarantees:**\n\n - This represents a violation of the OpenAPI-first contract and\n indicates that the specification and implementation are out of\n sync."
},
"bind_routes": {
"name": "bind_routes",
"kind": "function",
"path": "openapi_first.binder.bind_routes",
"signature": "<bound method Function.signature of Function('bind_routes', 42, 124)>",
"docstring": "Bind OpenAPI operations to FastAPI routes.\n\nArgs:\n app (fastapi.FastAPI):\n The FastAPI application instance to which routes will be added.\n spec (dict):\n Parsed OpenAPI 3.x specification dictionary.\n routes_module (module):\n Python module containing handler functions. Each handler's name MUST\n exactly match an OpenAPI `operationId`.\n security_deps (dict | None):\n Optional mapping of ``METHOD:/path`` → ``list[Depends(...)]``\n generated from the spec's ``securitySchemes`` and per-operation\n ``security`` fields.\n\nRaises:\n MissingOperationHandler:\n If an ``operationId`` is missing from the spec or if no corresponding\n handler function exists in the routes module.\n\nNotes:\n **Responsibilities:**\n\n - Iterates through the OpenAPI specification paths and methods.\n - Resolves each ``operationId`` to a handler function, and registers\n a corresponding ``APIRoute`` on the FastAPI application.\n - Injects FastAPI ``Depends()`` for each security requirement found\n on the operation or inherited from the top-level ``security`` field.\n\n **Guarantees:**\n\n - Route registration is deterministic and spec-driven. No route\n decorators are required or supported. Handler resolution errors\n surface at application startup."
},
"FastAPI": {
"name": "FastAPI",
"kind": "alias",
"path": "openapi_first.binder.FastAPI",
"signature": "<bound method Alias.signature of Alias('FastAPI', 'fastapi.FastAPI')>",
"docstring": null
}
}
}
}

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{
"module": "openapi_first.cli",
"content": {
"path": "openapi_first.cli",
"docstring": "Command-line interface for FastAPI OpenAPI-first scaffolding utilities.\n\n---\n\n## Summary\n\nThis CLI bootstraps OpenAPI-first FastAPI applications from versioned,\nbundled templates packaged with the library.",
"objects": {
"argparse": {
"name": "argparse",
"kind": "alias",
"path": "openapi_first.cli.argparse",
"signature": "<bound method Alias.signature of Alias('argparse', 'argparse')>",
"docstring": null
},
"shutil": {
"name": "shutil",
"kind": "alias",
"path": "openapi_first.cli.shutil",
"signature": "<bound method Alias.signature of Alias('shutil', 'shutil')>",
"docstring": null
},
"resources": {
"name": "resources",
"kind": "alias",
"path": "openapi_first.cli.resources",
"signature": "<bound method Alias.signature of Alias('resources', 'importlib.resources')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "openapi_first.cli.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"DEFAULT_TEMPLATE": {
"name": "DEFAULT_TEMPLATE",
"kind": "attribute",
"path": "openapi_first.cli.DEFAULT_TEMPLATE",
"signature": null,
"docstring": null
},
"available_templates": {
"name": "available_templates",
"kind": "function",
"path": "openapi_first.cli.available_templates",
"signature": "<bound method Function.signature of Function('available_templates', 20, 33)>",
"docstring": "Return a list of available application templates.\n\nReturns:\n list[str]:\n Sorted list of template names found in the internal templates directory."
},
"copy_template": {
"name": "copy_template",
"kind": "function",
"path": "openapi_first.cli.copy_template",
"signature": "<bound method Function.signature of Function('copy_template', 36, 64)>",
"docstring": "Copy a bundled OpenAPI-first application template into a directory.\n\nArgs:\n template (str):\n Name of the template to copy.\n target_dir (Path):\n Filesystem path where the template should be copied.\n\nRaises:\n FileNotFoundError:\n If the requested template does not exist."
},
"main": {
"name": "main",
"kind": "function",
"path": "openapi_first.cli.main",
"signature": "<bound method Function.signature of Function('main', 67, 196)>",
"docstring": null
}
}
}
}

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@@ -0,0 +1,88 @@
{
"module": "openapi_first.client",
"content": {
"path": "openapi_first.client",
"docstring": "# Summary\n\nOpenAPI-first HTTP client for contract-driven services.\n\nThis module provides `OpenAPIClient`, a thin, strict HTTP client that\nderives all callable operations directly from an OpenAPI 3.x specification.\n\nIt is the client counterpart to `OpenAPIFirstApp`.\n\nNotes:\n **Core Principles:**\n\n - The OpenAPI specification is the single source of truth\n - Each operationId becomes a callable Python method\n - No implicit schema mutation or inference\n - No code generation step\n - Minimal abstraction over httpx\n\n **Responsibilities:**\n\n - Parses an OpenAPI 3.x specification\n - Dynamically creates one callable per operationId\n - Enforces presence of servers, paths, and operationId\n - Formats path parameters safely\n - Handles JSON request bodies explicitly\n - Returns raw `httpx.Response` objects\n\n **Constraints:**\n\n - This module intentionally does NOT: Generate client code, validate request/response schemas, deserialize responses, retry requests, implement authentication helpers, or assume non-2xx responses are failures.",
"objects": {
"Callable": {
"name": "Callable",
"kind": "alias",
"path": "openapi_first.client.Callable",
"signature": "<bound method Alias.signature of Alias('Callable', 'collections.abc.Callable')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "openapi_first.client.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"urljoin": {
"name": "urljoin",
"kind": "alias",
"path": "openapi_first.client.urljoin",
"signature": "<bound method Alias.signature of Alias('urljoin', 'urllib.parse.urljoin')>",
"docstring": null
},
"httpx": {
"name": "httpx",
"kind": "alias",
"path": "openapi_first.client.httpx",
"signature": "<bound method Alias.signature of Alias('httpx', 'httpx')>",
"docstring": null
},
"OpenAPIFirstError": {
"name": "OpenAPIFirstError",
"kind": "class",
"path": "openapi_first.client.OpenAPIFirstError",
"signature": "<bound method Alias.signature of Alias('OpenAPIFirstError', 'openapi_first.errors.OpenAPIFirstError')>",
"docstring": "Base exception for all OpenAPI-first enforcement errors.\n\nNotes:\n **Responsibilities:**\n\n - This exception exists to allow callers, test suites, and CI\n pipelines to catch and distinguish OpenAPI contract violations\n from unrelated runtime errors.\n - All exceptions raised by the OpenAPI-first core should inherit\n from this type."
},
"OpenAPIClientError": {
"name": "OpenAPIClientError",
"kind": "class",
"path": "openapi_first.client.OpenAPIClientError",
"signature": "<bound method Class.signature of Class('OpenAPIClientError', 43, 46)>",
"docstring": "Raised when an OpenAPI client operation fails."
},
"OpenAPIClient": {
"name": "OpenAPIClient",
"kind": "class",
"path": "openapi_first.client.OpenAPIClient",
"signature": "<bound method Class.signature of Class('OpenAPIClient', 49, 262)>",
"docstring": "OpenAPI-first HTTP client (`httpx`-based).\n\nNotes:\n **Responsibilities:**\n\n - This client derives all callable methods directly from an\n OpenAPI 3.x specification. Each `operationId` becomes a method\n on the client instance.\n\n **Guarantees:**\n\n - One callable per `operationId`.\n - Explicit parameters (path, query, headers, body).\n - No implicit schema inference or mutation.\n - Returns raw `httpx.Response` objects.\n - No response validation or deserialization.\n\nExample:\n ```python\n from openapi_first import loader, client\n\n spec = loader.load_openapi(\"openapi.yaml\")\n\n api = client.OpenAPIClient(\n spec=spec,\n base_url=\"http://localhost:8000\",\n )\n\n # Call operationId: getUser\n response = api.getUser(\n path_params={\"user_id\": 123}\n )\n\n print(response.status_code)\n print(response.json())\n ```",
"members": {
"spec": {
"name": "spec",
"kind": "attribute",
"path": "openapi_first.client.OpenAPIClient.spec",
"signature": null,
"docstring": null
},
"base_url": {
"name": "base_url",
"kind": "attribute",
"path": "openapi_first.client.OpenAPIClient.base_url",
"signature": null,
"docstring": null
},
"client": {
"name": "client",
"kind": "attribute",
"path": "openapi_first.client.OpenAPIClient.client",
"signature": null,
"docstring": null
},
"operations": {
"name": "operations",
"kind": "function",
"path": "openapi_first.client.OpenAPIClient.operations",
"signature": "<bound method Function.signature of Function('operations', 127, 128)>",
"docstring": null
}
}
}
}
}
}

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{
"module": "openapi_first.codegen",
"content": {
"path": "openapi_first.codegen",
"docstring": "# Summary\n\nCore logic for generating Python source code from OpenAPI specifications.\n\nThis module provides reusable utilities for code generation, specifically\ngenerating Pydantic models and route handler stubs from OpenAPI 3.x schema\ndefinitions.",
"objects": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "openapi_first.codegen.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"InputFileType": {
"name": "InputFileType",
"kind": "alias",
"path": "openapi_first.codegen.InputFileType",
"signature": "<bound method Alias.signature of Alias('InputFileType', 'datamodel_code_generator.InputFileType')>",
"docstring": null
},
"PythonVersion": {
"name": "PythonVersion",
"kind": "alias",
"path": "openapi_first.codegen.PythonVersion",
"signature": "<bound method Alias.signature of Alias('PythonVersion', 'datamodel_code_generator.PythonVersion')>",
"docstring": null
},
"generate": {
"name": "generate",
"kind": "alias",
"path": "openapi_first.codegen.generate",
"signature": "<bound method Alias.signature of Alias('generate', 'datamodel_code_generator.generate')>",
"docstring": null
},
"generate_routes": {
"name": "generate_routes",
"kind": "function",
"path": "openapi_first.codegen.generate_routes",
"signature": "<bound method Alias.signature of Alias('generate_routes', 'openapi_first.codegen_routes.generate_routes')>",
"docstring": "Generate route handler stubs from an OpenAPI specification.\n\nCreates one ``<resource>.py`` file per resource in *output_dir*.\nResources are derived from the first path segment (e.g. ``/pets``\nand ``/pets/{id}`` both group under ``pets``).\n\nArgs:\n spec_path:\n Path to the OpenAPI specification file (YAML or JSON).\n output_dir:\n Directory where the generated route files are written.\n Created automatically if it does not exist.\n use_models:\n If ``True``, import Pydantic models from *models_module*\n for request-body schemas referenced via ``$ref``.\n models_module:\n Dotted Python module path from which to import models\n (e.g. ``\"models\"``, ``\"app.models\"``).\n\nReturns:\n list[Path]:\n Absolute paths of every generated route file.\n\nRaises:\n OpenAPISpecLoadError:\n If the spec cannot be loaded or validated.\n ValueError:\n If any operation is missing ``operationId``."
},
"generate_models": {
"name": "generate_models",
"kind": "function",
"path": "openapi_first.codegen.generate_models",
"signature": "<bound method Function.signature of Function('generate_models', 22, 51)>",
"docstring": "Generate Pydantic models from an OpenAPI specification.\n\nArgs:\n spec_path (Path):\n Path to the OpenAPI specification file (YAML or JSON).\n output_path (Path):\n Path where the generated Python code should be written.\n pydantic_version (int, optional):\n The Pydantic version to target (1 or 2). Defaults to 2.\n\nNotes:\n **Reusability:**\n This function is designed to be used by the CLI and can be\n exposed as an MCP tool without modification."
}
}
}
}

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{
"module": "openapi_first.codegen_routes",
"content": {
"path": "openapi_first.codegen_routes",
"docstring": "Route handler code generation from OpenAPI specifications.\n\nThis module generates Python route handler stubs from an OpenAPI 3.x\nspecification. Each resource (derived from the first path segment)\ngets its own file under the output directory. Every OpenAPI operation\nmust define an ``operationId``, which becomes the handler function name.\n\nNotes:\n **Design constraints:**\n\n - ``operationId`` is required on every operation (matching\n ``binder.bind_routes``).\n - Handlers are stubs raising ``NotImplementedError``.\n - Sub-resources (e.g. ``/pets/{id}/photo``) are grouped with their\n parent resource (``pets``).\n - Parameter types and defaults are inferred from the spec.\n - ``response: Response`` is injected for non-200 success codes.",
"objects": {
"Path": {
"name": "Path",
"kind": "alias",
"path": "openapi_first.codegen_routes.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "openapi_first.codegen_routes.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"load_openapi": {
"name": "load_openapi",
"kind": "function",
"path": "openapi_first.codegen_routes.load_openapi",
"signature": "<bound method Alias.signature of Alias('load_openapi', 'openapi_first.loader.load_openapi')>",
"docstring": "Load and validate an OpenAPI 3.x specification from disk.\n\nArgs:\n path (str | Path):\n Filesystem path to an OpenAPI specification file. Supported\n extensions: `.json`, `.yaml`, `.yml`.\n\nReturns:\n dict[str, Any]:\n Parsed and validated OpenAPI specification.\n\nRaises:\n OpenAPISpecLoadError:\n If the file does not exist, cannot be parsed, or fails OpenAPI\n schema validation.\n\nNotes:\n **Guarantees:**\n\n - The specification is parsed based on file extension and validated\n using a strict OpenAPI schema validator.\n - Any error results in an immediate exception, preventing\n application startup."
},
"generate_routes": {
"name": "generate_routes",
"kind": "function",
"path": "openapi_first.codegen_routes.generate_routes",
"signature": "<bound method Function.signature of Function('generate_routes', 27, 102)>",
"docstring": "Generate route handler stubs from an OpenAPI specification.\n\nCreates one ``<resource>.py`` file per resource in *output_dir*.\nResources are derived from the first path segment (e.g. ``/pets``\nand ``/pets/{id}`` both group under ``pets``).\n\nArgs:\n spec_path:\n Path to the OpenAPI specification file (YAML or JSON).\n output_dir:\n Directory where the generated route files are written.\n Created automatically if it does not exist.\n use_models:\n If ``True``, import Pydantic models from *models_module*\n for request-body schemas referenced via ``$ref``.\n models_module:\n Dotted Python module path from which to import models\n (e.g. ``\"models\"``, ``\"app.models\"``).\n\nReturns:\n list[Path]:\n Absolute paths of every generated route file.\n\nRaises:\n OpenAPISpecLoadError:\n If the spec cannot be loaded or validated.\n ValueError:\n If any operation is missing ``operationId``."
}
}
}
}

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{
"module": "openapi_first.errors",
"content": {
"path": "openapi_first.errors",
"docstring": "# Summary\n\nExceptions for OpenAPI-first FastAPI applications.\n\nThis module defines a small hierarchy of explicit, intention-revealing\nexceptions used to signal contract violations between an OpenAPI\nspecification and its Python implementation.\n\nNotes:\n **Design Principles:**\n\n - Errors represent programmer mistakes, not runtime conditions.\n - All errors are raised during application startup.\n - Messages are actionable and suitable for CI/CD output.\n - Exceptions are explicit rather than reused from generic built-ins.\n\n These errors should normally cause immediate application failure.",
"objects": {
"OpenAPIFirstError": {
"name": "OpenAPIFirstError",
"kind": "class",
"path": "openapi_first.errors.OpenAPIFirstError",
"signature": "<bound method Class.signature of Class('OpenAPIFirstError', 22, 36)>",
"docstring": "Base exception for all OpenAPI-first enforcement errors.\n\nNotes:\n **Responsibilities:**\n\n - This exception exists to allow callers, test suites, and CI\n pipelines to catch and distinguish OpenAPI contract violations\n from unrelated runtime errors.\n - All exceptions raised by the OpenAPI-first core should inherit\n from this type."
},
"MissingOperationHandler": {
"name": "MissingOperationHandler",
"kind": "class",
"path": "openapi_first.errors.MissingOperationHandler",
"signature": "<bound method Class.signature of Class('MissingOperationHandler', 39, 77)>",
"docstring": "Raised when an OpenAPI operation cannot be resolved to a handler.\n\nNotes:\n **Scenarios:**\n\n - An OpenAPI operation does not define an `operationId`.\n - An `operationId` is defined but no matching function exists in\n the provided routes module.\n\n **Guarantees:**\n\n - This represents a violation of the OpenAPI-first contract and\n indicates that the specification and implementation are out of\n sync."
}
}
}
}

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{
"module": "openapi_first.loader",
"content": {
"path": "openapi_first.loader",
"docstring": "# Summary\n\nOpenAPI specification loading and validation utilities.\n\nThis module is responsible for loading an OpenAPI 3.x specification\nfrom disk and validating it before it is used by the application.\n\nIt enforces the principle that an invalid or malformed OpenAPI document\nmust never reach the routing or runtime layers.\n\nNotes:\n **Design Principles:**\n\n - OpenAPI is treated as an authoritative contract.\n - Invalid specifications fail fast at application startup.\n - Supported formats are JSON and YAML.\n - Validation errors are surfaced clearly and early.\n\n **Constraints:**\n\n - This module intentionally does NOT:\n - Modify the OpenAPI document.\n - Infer missing fields.\n - Generate models or code.\n - Perform request/response validation at runtime.",
"objects": {
"json": {
"name": "json",
"kind": "alias",
"path": "openapi_first.loader.json",
"signature": "<bound method Alias.signature of Alias('json', 'json')>",
"docstring": null
},
"Path": {
"name": "Path",
"kind": "alias",
"path": "openapi_first.loader.Path",
"signature": "<bound method Alias.signature of Alias('Path', 'pathlib.Path')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "openapi_first.loader.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"yaml": {
"name": "yaml",
"kind": "alias",
"path": "openapi_first.loader.yaml",
"signature": "<bound method Alias.signature of Alias('yaml', 'yaml')>",
"docstring": null
},
"validate_spec": {
"name": "validate_spec",
"kind": "alias",
"path": "openapi_first.loader.validate_spec",
"signature": "<bound method Alias.signature of Alias('validate_spec', 'openapi_spec_validator.validate_spec')>",
"docstring": null
},
"OpenAPIFirstError": {
"name": "OpenAPIFirstError",
"kind": "class",
"path": "openapi_first.loader.OpenAPIFirstError",
"signature": "<bound method Alias.signature of Alias('OpenAPIFirstError', 'openapi_first.errors.OpenAPIFirstError')>",
"docstring": "Base exception for all OpenAPI-first enforcement errors.\n\nNotes:\n **Responsibilities:**\n\n - This exception exists to allow callers, test suites, and CI\n pipelines to catch and distinguish OpenAPI contract violations\n from unrelated runtime errors.\n - All exceptions raised by the OpenAPI-first core should inherit\n from this type."
},
"OpenAPISpecLoadError": {
"name": "OpenAPISpecLoadError",
"kind": "class",
"path": "openapi_first.loader.OpenAPISpecLoadError",
"signature": "<bound method Class.signature of Class('OpenAPISpecLoadError', 39, 50)>",
"docstring": "Raised when an OpenAPI specification cannot be loaded or validated.\n\nNotes:\n **Guarantees:**\n\n - This error indicates that the OpenAPI document is unreadable,\n malformed, or violates the OpenAPI 3.x specification."
},
"load_openapi": {
"name": "load_openapi",
"kind": "function",
"path": "openapi_first.loader.load_openapi",
"signature": "<bound method Function.signature of Function('load_openapi', 53, 110)>",
"docstring": "Load and validate an OpenAPI 3.x specification from disk.\n\nArgs:\n path (str | Path):\n Filesystem path to an OpenAPI specification file. Supported\n extensions: `.json`, `.yaml`, `.yml`.\n\nReturns:\n dict[str, Any]:\n Parsed and validated OpenAPI specification.\n\nRaises:\n OpenAPISpecLoadError:\n If the file does not exist, cannot be parsed, or fails OpenAPI\n schema validation.\n\nNotes:\n **Guarantees:**\n\n - The specification is parsed based on file extension and validated\n using a strict OpenAPI schema validator.\n - Any error results in an immediate exception, preventing\n application startup."
}
}
}
}

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@@ -0,0 +1,93 @@
{
"module": "openapi_first.security",
"content": {
"path": "openapi_first.security",
"docstring": "OpenAPI security scheme parsing and auto-generated auth dependencies.\n\nReads `securitySchemes` and per-operation `security` from an OpenAPI spec,\nresolves `{ENV_VAR}` placeholders in `x-` extension fields, and generates\nFastAPI dependencies for token validation (e.g., Bearer JWT introspection).",
"objects": {
"os": {
"name": "os",
"kind": "alias",
"path": "openapi_first.security.os",
"signature": "<bound method Alias.signature of Alias('os', 'os')>",
"docstring": null
},
"re": {
"name": "re",
"kind": "alias",
"path": "openapi_first.security.re",
"signature": "<bound method Alias.signature of Alias('re', 're')>",
"docstring": null
},
"Callable": {
"name": "Callable",
"kind": "alias",
"path": "openapi_first.security.Callable",
"signature": "<bound method Alias.signature of Alias('Callable', 'collections.abc.Callable')>",
"docstring": null
},
"Any": {
"name": "Any",
"kind": "alias",
"path": "openapi_first.security.Any",
"signature": "<bound method Alias.signature of Alias('Any', 'typing.Any')>",
"docstring": null
},
"httpx": {
"name": "httpx",
"kind": "alias",
"path": "openapi_first.security.httpx",
"signature": "<bound method Alias.signature of Alias('httpx', 'httpx')>",
"docstring": null
},
"Depends": {
"name": "Depends",
"kind": "alias",
"path": "openapi_first.security.Depends",
"signature": "<bound method Alias.signature of Alias('Depends', 'fastapi.Depends')>",
"docstring": null
},
"HTTPException": {
"name": "HTTPException",
"kind": "alias",
"path": "openapi_first.security.HTTPException",
"signature": "<bound method Alias.signature of Alias('HTTPException', 'fastapi.HTTPException')>",
"docstring": null
},
"Request": {
"name": "Request",
"kind": "alias",
"path": "openapi_first.security.Request",
"signature": "<bound method Alias.signature of Alias('Request', 'fastapi.Request')>",
"docstring": null
},
"HTTPAuthorizationCredentials": {
"name": "HTTPAuthorizationCredentials",
"kind": "alias",
"path": "openapi_first.security.HTTPAuthorizationCredentials",
"signature": "<bound method Alias.signature of Alias('HTTPAuthorizationCredentials', 'fastapi.security.HTTPAuthorizationCredentials')>",
"docstring": null
},
"HTTPBearer": {
"name": "HTTPBearer",
"kind": "alias",
"path": "openapi_first.security.HTTPBearer",
"signature": "<bound method Alias.signature of Alias('HTTPBearer', 'fastapi.security.HTTPBearer')>",
"docstring": null
},
"parse_security_schemes": {
"name": "parse_security_schemes",
"kind": "function",
"path": "openapi_first.security.parse_security_schemes",
"signature": "<bound method Function.signature of Function('parse_security_schemes', 43, 46)>",
"docstring": "Extract and resolve environment variables in security schemes."
},
"make_security_dependencies": {
"name": "make_security_dependencies",
"kind": "function",
"path": "openapi_first.security.make_security_dependencies",
"signature": "<bound method Function.signature of Function('make_security_dependencies', 113, 150)>",
"docstring": "Build a mapping of ``METHOD:/path`` → list of ``Depends(...)``.\n\nThe effective security for each operation is resolved by:\n\n1. Using the operation-level ``security`` field if present.\n2. Falling back to the top-level ``security`` field.\n3. An empty list means *no auth required* for that operation."
}
}
}
}

View File

@@ -0,0 +1,51 @@
{
"module": "openapi_first.templates.crud_app.data",
"content": {
"path": "openapi_first.templates.crud_app.data",
"docstring": "In-memory mock data store for CRUD example.\n\nThis module intentionally avoids persistence and concurrency guarantees.\nIt is suitable for demos, tests, and scaffolding only.\n\nIt intentionally avoids\n- persistence\n- concurrency guarantees\n- validation\n- error handling\n\nThe implementation is suitable for:\n- demonstrations\n- tests\n- scaffolding and example services\n\nIt is explicitly NOT suitable for production use.\n\nThis module is not part of the ``openapi_first`` library API surface.",
"objects": {
"Dict": {
"name": "Dict",
"kind": "alias",
"path": "openapi_first.templates.crud_app.data.Dict",
"signature": "<bound method Alias.signature of Alias('Dict', 'typing.Dict')>",
"docstring": null
},
"list_items": {
"name": "list_items",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.list_items",
"signature": "<bound method Function.signature of Function('list_items', 36, 48)>",
"docstring": "Return all items in the data store.\n\nThis function performs no filtering, pagination, or sorting.\nThe returned collection reflects the current in-memory state.\n\nReturns\n-------\nlist[dict]\n A list of item representations."
},
"get_item": {
"name": "get_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.get_item",
"signature": "<bound method Function.signature of Function('get_item', 51, 68)>",
"docstring": "Retrieve a single item by ID.\n\nThis function assumes the item exists and will raise ``KeyError``\nif the ID is not present in the store.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to retrieve.\n\nReturns\n-------\ndict\n The stored item representation."
},
"create_item": {
"name": "create_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.create_item",
"signature": "<bound method Function.signature of Function('create_item', 71, 92)>",
"docstring": "Create a new item in the data store.\n\nA new integer ID is assigned automatically. No validation is\nperformed on the provided payload.\n\nParameters\n----------\npayload : dict\n Item attributes excluding the ``id`` field.\n\nReturns\n-------\ndict\n The newly created item, including its assigned ID."
},
"update_item": {
"name": "update_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.update_item",
"signature": "<bound method Function.signature of Function('update_item', 95, 117)>",
"docstring": "Replace an existing item in the data store.\n\nThis function overwrites the existing item entirely and does not\nperform partial updates or validation. If the item does not exist,\nit will be created implicitly.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to update.\npayload : dict\n Item attributes excluding the ``id`` field.\n\nReturns\n-------\ndict\n The updated item representation."
},
"delete_item": {
"name": "delete_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.delete_item",
"signature": "<bound method Function.signature of Function('delete_item', 120, 132)>",
"docstring": "Remove an item from the data store.\n\nThis function assumes the item exists and will raise ``KeyError``\nif the ID is not present.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to delete."
}
}
}
}

View File

@@ -0,0 +1,273 @@
{
"module": "openapi_first.templates.crud_app",
"content": {
"path": "openapi_first.templates.crud_app",
"docstring": "OpenAPI-first CRUD application template.\n\nThis package contains a complete, minimal example of an OpenAPI-first\nCRUD service built using the ``openapi_first`` library.\n\nThe application is assembled exclusively from:\n- an OpenAPI specification (``openapi.yaml``)\n- a handler namespace implementing CRUD operations (``routes``)\n- an in-memory mock data store (``data``)\n\nAll HTTP routes, methods, schemas, and operation bindings are defined\nin the OpenAPI specification and enforced at application startup.\nNo decorator-driven routing or implicit framework behavior is used.\n\nThis template demonstrates:\n- operationId-driven server-side route binding\n- explicit HTTP status code control in handlers\n- operationId-driven client usage against the same OpenAPI contract\n- end-to-end validation using in-memory data and tests\n\n----------------------------------------------------------------------\nScaffolding via CLI\n----------------------------------------------------------------------\n\nCreate a new CRUD example service using the bundled template:\n\n openapi-first crud_app\n\nCreate the service in a custom directory:\n\n openapi-first crud_app my-crud-service\n\nList all available application templates:\n\n openapi-first --list\n\nThe CLI copies template files verbatim into the target directory.\nNo code is generated or modified beyond the copied scaffold.\n\n----------------------------------------------------------------------\nClient Usage Example\n----------------------------------------------------------------------\n\nThe same OpenAPI specification used by the server can be used to\nconstruct a strict, operationId-driven HTTP client.\n\nExample client calls for CRUD operations:\n\n from openapi_first.loader import load_openapi\n from openapi_first.client import OpenAPIClient\n\n spec = load_openapi(\"openapi.yaml\")\n client = OpenAPIClient(spec)\n\n # List items\n response = client.list_items()\n\n # Get item by ID\n response = client.get_item(\n path_params={\"item_id\": 1}\n )\n\n # Create item\n response = client.create_item(\n body={\"name\": \"Orange\", \"price\": 0.8}\n )\n\n # Update item\n response = client.update_item(\n path_params={\"item_id\": 1},\n body={\"name\": \"Green Apple\", \"price\": 0.6},\n )\n\n # Delete item\n response = client.delete_item(\n path_params={\"item_id\": 1}\n )\n\nClient guarantees:\n- One callable per OpenAPI ``operationId``\n- No hardcoded URLs or HTTP methods in user code\n- Path and request parameters must match the OpenAPI specification\n- Invalid or incomplete OpenAPI specs fail at client construction time\n\n----------------------------------------------------------------------\nNon-Goals\n----------------------------------------------------------------------\n\nThis template is intentionally minimal and is NOT:\n- production-ready\n- persistent or concurrency-safe\n- a reference architecture for data storage\n\nIt exists solely as a copyable example for learning, testing, and\nbootstrapping OpenAPI-first services.\n\nThis package is not part of the ``openapi_first`` library API surface.",
"objects": {
"data": {
"name": "data",
"kind": "module",
"path": "openapi_first.templates.crud_app.data",
"signature": null,
"docstring": "In-memory mock data store for CRUD example.\n\nThis module intentionally avoids persistence and concurrency guarantees.\nIt is suitable for demos, tests, and scaffolding only.\n\nIt intentionally avoids\n- persistence\n- concurrency guarantees\n- validation\n- error handling\n\nThe implementation is suitable for:\n- demonstrations\n- tests\n- scaffolding and example services\n\nIt is explicitly NOT suitable for production use.\n\nThis module is not part of the ``openapi_first`` library API surface.",
"members": {
"Dict": {
"name": "Dict",
"kind": "alias",
"path": "openapi_first.templates.crud_app.data.Dict",
"signature": "<bound method Alias.signature of Alias('Dict', 'typing.Dict')>",
"docstring": null
},
"list_items": {
"name": "list_items",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.list_items",
"signature": "<bound method Function.signature of Function('list_items', 36, 48)>",
"docstring": "Return all items in the data store.\n\nThis function performs no filtering, pagination, or sorting.\nThe returned collection reflects the current in-memory state.\n\nReturns\n-------\nlist[dict]\n A list of item representations."
},
"get_item": {
"name": "get_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.get_item",
"signature": "<bound method Function.signature of Function('get_item', 51, 68)>",
"docstring": "Retrieve a single item by ID.\n\nThis function assumes the item exists and will raise ``KeyError``\nif the ID is not present in the store.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to retrieve.\n\nReturns\n-------\ndict\n The stored item representation."
},
"create_item": {
"name": "create_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.create_item",
"signature": "<bound method Function.signature of Function('create_item', 71, 92)>",
"docstring": "Create a new item in the data store.\n\nA new integer ID is assigned automatically. No validation is\nperformed on the provided payload.\n\nParameters\n----------\npayload : dict\n Item attributes excluding the ``id`` field.\n\nReturns\n-------\ndict\n The newly created item, including its assigned ID."
},
"update_item": {
"name": "update_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.update_item",
"signature": "<bound method Function.signature of Function('update_item', 95, 117)>",
"docstring": "Replace an existing item in the data store.\n\nThis function overwrites the existing item entirely and does not\nperform partial updates or validation. If the item does not exist,\nit will be created implicitly.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to update.\npayload : dict\n Item attributes excluding the ``id`` field.\n\nReturns\n-------\ndict\n The updated item representation."
},
"delete_item": {
"name": "delete_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.data.delete_item",
"signature": "<bound method Function.signature of Function('delete_item', 120, 132)>",
"docstring": "Remove an item from the data store.\n\nThis function assumes the item exists and will raise ``KeyError``\nif the ID is not present.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to delete."
}
}
},
"main": {
"name": "main",
"kind": "module",
"path": "openapi_first.templates.crud_app.main",
"signature": null,
"docstring": "Application entry point for an OpenAPI-first CRUD example service.\n\nThis module constructs a FastAPI application exclusively from an\nOpenAPI specification and a handler namespace, without using\ndecorator-driven routing.\n\nAll HTTP routes, methods, request/response schemas, and operation\nbindings are defined in the OpenAPI document referenced by\n``openapi_path``. Python callables defined in the ``routes`` module are\nbound to OpenAPI operations strictly via ``operationId``.\n\nThis module contains no routing logic, persistence concerns, or\nframework configuration beyond application assembly.\n\nDesign guarantees:\n- OpenAPI is the single source of truth\n- No undocumented routes can exist\n- Every OpenAPI operationId must resolve to exactly one handler\n- All contract violations fail at application startup\n\nThis file is intended to be used as the ASGI entry point.\n\nExample:\n uvicorn main:app",
"members": {
"OpenAPIFirstApp": {
"name": "OpenAPIFirstApp",
"kind": "class",
"path": "openapi_first.templates.crud_app.main.OpenAPIFirstApp",
"signature": "<bound method Alias.signature of Alias('OpenAPIFirstApp', 'openapi_first.app.OpenAPIFirstApp')>",
"docstring": "FastAPI application enforcing OpenAPI-first design.\n\nNotes:\n **Responsibilities:**\n\n - `OpenAPIFirstApp` subclasses `FastAPI` and replaces manual route\n registration with OpenAPI-driven binding.\n - All routes are derived from the provided OpenAPI specification,\n and each ``operationId`` is mapped to a Python function in the\n supplied routes module.\n - Auth dependencies are auto-injected from the spec's\n ``securitySchemes`` and per-operation ``security`` fields.\n\n **Guarantees:**\n\n - No route can exist without an OpenAPI declaration.\n - No OpenAPI operation can exist without a handler.\n - Swagger UI and ``/openapi.json`` always reflect the provided spec.\n - Handler functions remain framework-agnostic and testable.\n - Auth enforcement is driven entirely by the spec — no manual\n middleware or decorators required.\n\nExample:\n ```python\n from openapi_first import OpenAPIFirstApp\n import app.routes as routes\n\n app = OpenAPIFirstApp(\n openapi_path=\"app/openapi.json\",\n routes_module=routes,\n title=\"Example Service\",\n )\n ```",
"members": {
"openapi": {
"name": "openapi",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.main.OpenAPIFirstApp.openapi",
"signature": "<bound method Alias.signature of Alias('openapi', 'openapi_first.app.OpenAPIFirstApp.openapi')>",
"docstring": null
}
}
},
"routes": {
"name": "routes",
"kind": "alias",
"path": "openapi_first.templates.crud_app.main.routes",
"signature": "<bound method Alias.signature of Alias('routes', 'routes')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.main.app",
"signature": null,
"docstring": null
}
}
},
"routes": {
"name": "routes",
"kind": "module",
"path": "openapi_first.templates.crud_app.routes",
"signature": null,
"docstring": "CRUD route handlers bound via OpenAPI operationId.\n\nThese handlers explicitly control HTTP status codes to ensure\nruntime behavior matches the OpenAPI contract.\n\nThis module defines OpenAPI-bound operation handlers for a simple CRUD\nservice. Functions in this module are bound to HTTP routes exclusively\nvia OpenAPI ``operationId`` values.\n\nHandlers explicitly control HTTP response status codes to ensure runtime\nbehavior matches the OpenAPI contract. Error conditions are translated\ninto explicit HTTP responses rather than relying on implicit framework\nbehavior.\n\nNo routing decorators or path definitions appear in this module. All\nrouting, HTTP methods, and schemas are defined in the OpenAPI\nspecification.",
"members": {
"Response": {
"name": "Response",
"kind": "alias",
"path": "openapi_first.templates.crud_app.routes.Response",
"signature": "<bound method Alias.signature of Alias('Response', 'fastapi.Response')>",
"docstring": null
},
"HTTPException": {
"name": "HTTPException",
"kind": "alias",
"path": "openapi_first.templates.crud_app.routes.HTTPException",
"signature": "<bound method Alias.signature of Alias('HTTPException', 'fastapi.HTTPException')>",
"docstring": null
},
"list_items": {
"name": "list_items",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.list_items",
"signature": "<bound method Function.signature of Function('list_items', 32, 44)>",
"docstring": "List all items.\n\nImplements the OpenAPI operation identified by\n``operationId: list_items``.\n\nReturns\n-------\nlist[dict]\n A list of item representations."
},
"get_item": {
"name": "get_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.get_item",
"signature": "<bound method Function.signature of Function('get_item', 47, 72)>",
"docstring": "Retrieve a single item by ID.\n\nImplements the OpenAPI operation identified by\n``operationId: get_item``.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to retrieve.\n\nReturns\n-------\ndict\n The requested item.\n\nRaises\n------\nHTTPException\n 404 if the item does not exist."
},
"create_item": {
"name": "create_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.create_item",
"signature": "<bound method Function.signature of Function('create_item', 75, 96)>",
"docstring": "Create a new item.\n\nImplements the OpenAPI operation identified by\n``operationId: create_item``.\n\nParameters\n----------\npayload : dict\n Item attributes excluding the ``id`` field.\nresponse : fastapi.Response\n Response object used to set the HTTP status code.\n\nReturns\n-------\ndict\n The newly created item."
},
"update_item": {
"name": "update_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.update_item",
"signature": "<bound method Function.signature of Function('update_item', 99, 126)>",
"docstring": "Update an existing item.\n\nImplements the OpenAPI operation identified by\n``operationId: update_item``.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to update.\npayload : dict\n Item attributes excluding the ``id`` field.\n\nReturns\n-------\ndict\n The updated item.\n\nRaises\n------\nHTTPException\n 404 if the item does not exist."
},
"delete_item": {
"name": "delete_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.delete_item",
"signature": "<bound method Function.signature of Function('delete_item', 129, 158)>",
"docstring": "Delete an existing item.\n\nImplements the OpenAPI operation identified by\n``operationId: delete_item``.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to delete.\nresponse : fastapi.Response\n Response object used to set the HTTP status code.\n\nReturns\n-------\nNone\n No content.\n\nRaises\n------\nHTTPException\n 404 if the item does not exist."
}
}
},
"test_crud_app": {
"name": "test_crud_app",
"kind": "module",
"path": "openapi_first.templates.crud_app.test_crud_app",
"signature": null,
"docstring": "End-to-end tests for the OpenAPI-first CRUD example app.\n\nThese tests validate that all CRUD operations behave correctly\nagainst the in-memory mock data store.\n- OpenAPI specification loading\n- OperationId-driven route binding on the server\n- OperationId-driven client invocation\n- Correct HTTP status codes and response payloads\n\nThe tests exercise all CRUD operations against an in-memory mock data\nstore and assume deterministic behavior within a single process.\n\nThe tests assume:\n- OpenAPI-first route binding\n- In-memory storage (no persistence guarantees)\n- Deterministic behavior in a single process\n- One-to-one correspondence between OpenAPI operationId values and\n server/client callables",
"members": {
"TestClient": {
"name": "TestClient",
"kind": "alias",
"path": "openapi_first.templates.crud_app.test_crud_app.TestClient",
"signature": "<bound method Alias.signature of Alias('TestClient', 'fastapi.testclient.TestClient')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "alias",
"path": "openapi_first.templates.crud_app.test_crud_app.app",
"signature": "<bound method Alias.signature of Alias('app', 'main.app')>",
"docstring": null
},
"load_openapi": {
"name": "load_openapi",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.load_openapi",
"signature": "<bound method Alias.signature of Alias('load_openapi', 'openapi_first.loader.load_openapi')>",
"docstring": "Load and validate an OpenAPI 3.x specification from disk.\n\nArgs:\n path (str | Path):\n Filesystem path to an OpenAPI specification file. Supported\n extensions: `.json`, `.yaml`, `.yml`.\n\nReturns:\n dict[str, Any]:\n Parsed and validated OpenAPI specification.\n\nRaises:\n OpenAPISpecLoadError:\n If the file does not exist, cannot be parsed, or fails OpenAPI\n schema validation.\n\nNotes:\n **Guarantees:**\n\n - The specification is parsed based on file extension and validated\n using a strict OpenAPI schema validator.\n - Any error results in an immediate exception, preventing\n application startup."
},
"OpenAPIClient": {
"name": "OpenAPIClient",
"kind": "class",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient",
"signature": "<bound method Alias.signature of Alias('OpenAPIClient', 'openapi_first.client.OpenAPIClient')>",
"docstring": "OpenAPI-first HTTP client (`httpx`-based).\n\nNotes:\n **Responsibilities:**\n\n - This client derives all callable methods directly from an\n OpenAPI 3.x specification. Each `operationId` becomes a method\n on the client instance.\n\n **Guarantees:**\n\n - One callable per `operationId`.\n - Explicit parameters (path, query, headers, body).\n - No implicit schema inference or mutation.\n - Returns raw `httpx.Response` objects.\n - No response validation or deserialization.\n\nExample:\n ```python\n from openapi_first import loader, client\n\n spec = loader.load_openapi(\"openapi.yaml\")\n\n api = client.OpenAPIClient(\n spec=spec,\n base_url=\"http://localhost:8000\",\n )\n\n # Call operationId: getUser\n response = api.getUser(\n path_params={\"user_id\": 123}\n )\n\n print(response.status_code)\n print(response.json())\n ```",
"members": {
"spec": {
"name": "spec",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient.spec",
"signature": "<bound method Alias.signature of Alias('spec', 'openapi_first.client.OpenAPIClient.spec')>",
"docstring": null
},
"base_url": {
"name": "base_url",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient.base_url",
"signature": "<bound method Alias.signature of Alias('base_url', 'openapi_first.client.OpenAPIClient.base_url')>",
"docstring": null
},
"client": {
"name": "client",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient.client",
"signature": "<bound method Alias.signature of Alias('client', 'openapi_first.client.OpenAPIClient.client')>",
"docstring": null
},
"operations": {
"name": "operations",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient.operations",
"signature": "<bound method Alias.signature of Alias('operations', 'openapi_first.client.OpenAPIClient.operations')>",
"docstring": null
}
}
},
"client": {
"name": "client",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.client",
"signature": null,
"docstring": null
},
"spec": {
"name": "spec",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.spec",
"signature": null,
"docstring": null
},
"test_list_items_initial": {
"name": "test_list_items_initial",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_list_items_initial",
"signature": "<bound method Function.signature of Function('test_list_items_initial', 38, 49)>",
"docstring": "Initial items should be present."
},
"test_get_item": {
"name": "test_get_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_get_item",
"signature": "<bound method Function.signature of Function('test_get_item', 52, 62)>",
"docstring": "Existing item should be retrievable by ID."
},
"test_create_item": {
"name": "test_create_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_create_item",
"signature": "<bound method Function.signature of Function('test_create_item', 65, 85)>",
"docstring": "Creating a new item should return the created entity."
},
"test_update_item": {
"name": "test_update_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_update_item",
"signature": "<bound method Function.signature of Function('test_update_item', 88, 112)>",
"docstring": "Updating an item should replace its values."
},
"test_delete_item": {
"name": "test_delete_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_delete_item",
"signature": "<bound method Function.signature of Function('test_delete_item', 115, 125)>",
"docstring": "Deleting an item should remove it from the store."
}
}
}
}
}
}

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@@ -0,0 +1,39 @@
{
"module": "openapi_first.templates.crud_app.main",
"content": {
"path": "openapi_first.templates.crud_app.main",
"docstring": "Application entry point for an OpenAPI-first CRUD example service.\n\nThis module constructs a FastAPI application exclusively from an\nOpenAPI specification and a handler namespace, without using\ndecorator-driven routing.\n\nAll HTTP routes, methods, request/response schemas, and operation\nbindings are defined in the OpenAPI document referenced by\n``openapi_path``. Python callables defined in the ``routes`` module are\nbound to OpenAPI operations strictly via ``operationId``.\n\nThis module contains no routing logic, persistence concerns, or\nframework configuration beyond application assembly.\n\nDesign guarantees:\n- OpenAPI is the single source of truth\n- No undocumented routes can exist\n- Every OpenAPI operationId must resolve to exactly one handler\n- All contract violations fail at application startup\n\nThis file is intended to be used as the ASGI entry point.\n\nExample:\n uvicorn main:app",
"objects": {
"OpenAPIFirstApp": {
"name": "OpenAPIFirstApp",
"kind": "class",
"path": "openapi_first.templates.crud_app.main.OpenAPIFirstApp",
"signature": "<bound method Alias.signature of Alias('OpenAPIFirstApp', 'openapi_first.app.OpenAPIFirstApp')>",
"docstring": "FastAPI application enforcing OpenAPI-first design.\n\nNotes:\n **Responsibilities:**\n\n - `OpenAPIFirstApp` subclasses `FastAPI` and replaces manual route\n registration with OpenAPI-driven binding.\n - All routes are derived from the provided OpenAPI specification,\n and each ``operationId`` is mapped to a Python function in the\n supplied routes module.\n - Auth dependencies are auto-injected from the spec's\n ``securitySchemes`` and per-operation ``security`` fields.\n\n **Guarantees:**\n\n - No route can exist without an OpenAPI declaration.\n - No OpenAPI operation can exist without a handler.\n - Swagger UI and ``/openapi.json`` always reflect the provided spec.\n - Handler functions remain framework-agnostic and testable.\n - Auth enforcement is driven entirely by the spec — no manual\n middleware or decorators required.\n\nExample:\n ```python\n from openapi_first import OpenAPIFirstApp\n import app.routes as routes\n\n app = OpenAPIFirstApp(\n openapi_path=\"app/openapi.json\",\n routes_module=routes,\n title=\"Example Service\",\n )\n ```",
"members": {
"openapi": {
"name": "openapi",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.main.OpenAPIFirstApp.openapi",
"signature": "<bound method Alias.signature of Alias('openapi', 'openapi_first.app.OpenAPIFirstApp.openapi')>",
"docstring": null
}
}
},
"routes": {
"name": "routes",
"kind": "alias",
"path": "openapi_first.templates.crud_app.main.routes",
"signature": "<bound method Alias.signature of Alias('routes', 'routes')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.main.app",
"signature": null,
"docstring": null
}
}
}
}

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@@ -0,0 +1,58 @@
{
"module": "openapi_first.templates.crud_app.routes",
"content": {
"path": "openapi_first.templates.crud_app.routes",
"docstring": "CRUD route handlers bound via OpenAPI operationId.\n\nThese handlers explicitly control HTTP status codes to ensure\nruntime behavior matches the OpenAPI contract.\n\nThis module defines OpenAPI-bound operation handlers for a simple CRUD\nservice. Functions in this module are bound to HTTP routes exclusively\nvia OpenAPI ``operationId`` values.\n\nHandlers explicitly control HTTP response status codes to ensure runtime\nbehavior matches the OpenAPI contract. Error conditions are translated\ninto explicit HTTP responses rather than relying on implicit framework\nbehavior.\n\nNo routing decorators or path definitions appear in this module. All\nrouting, HTTP methods, and schemas are defined in the OpenAPI\nspecification.",
"objects": {
"Response": {
"name": "Response",
"kind": "alias",
"path": "openapi_first.templates.crud_app.routes.Response",
"signature": "<bound method Alias.signature of Alias('Response', 'fastapi.Response')>",
"docstring": null
},
"HTTPException": {
"name": "HTTPException",
"kind": "alias",
"path": "openapi_first.templates.crud_app.routes.HTTPException",
"signature": "<bound method Alias.signature of Alias('HTTPException', 'fastapi.HTTPException')>",
"docstring": null
},
"list_items": {
"name": "list_items",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.list_items",
"signature": "<bound method Function.signature of Function('list_items', 32, 44)>",
"docstring": "List all items.\n\nImplements the OpenAPI operation identified by\n``operationId: list_items``.\n\nReturns\n-------\nlist[dict]\n A list of item representations."
},
"get_item": {
"name": "get_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.get_item",
"signature": "<bound method Function.signature of Function('get_item', 47, 72)>",
"docstring": "Retrieve a single item by ID.\n\nImplements the OpenAPI operation identified by\n``operationId: get_item``.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to retrieve.\n\nReturns\n-------\ndict\n The requested item.\n\nRaises\n------\nHTTPException\n 404 if the item does not exist."
},
"create_item": {
"name": "create_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.create_item",
"signature": "<bound method Function.signature of Function('create_item', 75, 96)>",
"docstring": "Create a new item.\n\nImplements the OpenAPI operation identified by\n``operationId: create_item``.\n\nParameters\n----------\npayload : dict\n Item attributes excluding the ``id`` field.\nresponse : fastapi.Response\n Response object used to set the HTTP status code.\n\nReturns\n-------\ndict\n The newly created item."
},
"update_item": {
"name": "update_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.update_item",
"signature": "<bound method Function.signature of Function('update_item', 99, 126)>",
"docstring": "Update an existing item.\n\nImplements the OpenAPI operation identified by\n``operationId: update_item``.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to update.\npayload : dict\n Item attributes excluding the ``id`` field.\n\nReturns\n-------\ndict\n The updated item.\n\nRaises\n------\nHTTPException\n 404 if the item does not exist."
},
"delete_item": {
"name": "delete_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.routes.delete_item",
"signature": "<bound method Function.signature of Function('delete_item', 129, 158)>",
"docstring": "Delete an existing item.\n\nImplements the OpenAPI operation identified by\n``operationId: delete_item``.\n\nParameters\n----------\nitem_id : int\n Identifier of the item to delete.\nresponse : fastapi.Response\n Response object used to set the HTTP status code.\n\nReturns\n-------\nNone\n No content.\n\nRaises\n------\nHTTPException\n 404 if the item does not exist."
}
}
}
}

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{
"module": "openapi_first.templates.crud_app.test_crud_app",
"content": {
"path": "openapi_first.templates.crud_app.test_crud_app",
"docstring": "End-to-end tests for the OpenAPI-first CRUD example app.\n\nThese tests validate that all CRUD operations behave correctly\nagainst the in-memory mock data store.\n- OpenAPI specification loading\n- OperationId-driven route binding on the server\n- OperationId-driven client invocation\n- Correct HTTP status codes and response payloads\n\nThe tests exercise all CRUD operations against an in-memory mock data\nstore and assume deterministic behavior within a single process.\n\nThe tests assume:\n- OpenAPI-first route binding\n- In-memory storage (no persistence guarantees)\n- Deterministic behavior in a single process\n- One-to-one correspondence between OpenAPI operationId values and\n server/client callables",
"objects": {
"TestClient": {
"name": "TestClient",
"kind": "alias",
"path": "openapi_first.templates.crud_app.test_crud_app.TestClient",
"signature": "<bound method Alias.signature of Alias('TestClient', 'fastapi.testclient.TestClient')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "alias",
"path": "openapi_first.templates.crud_app.test_crud_app.app",
"signature": "<bound method Alias.signature of Alias('app', 'main.app')>",
"docstring": null
},
"load_openapi": {
"name": "load_openapi",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.load_openapi",
"signature": "<bound method Alias.signature of Alias('load_openapi', 'openapi_first.loader.load_openapi')>",
"docstring": "Load and validate an OpenAPI 3.x specification from disk.\n\nArgs:\n path (str | Path):\n Filesystem path to an OpenAPI specification file. Supported\n extensions: `.json`, `.yaml`, `.yml`.\n\nReturns:\n dict[str, Any]:\n Parsed and validated OpenAPI specification.\n\nRaises:\n OpenAPISpecLoadError:\n If the file does not exist, cannot be parsed, or fails OpenAPI\n schema validation.\n\nNotes:\n **Guarantees:**\n\n - The specification is parsed based on file extension and validated\n using a strict OpenAPI schema validator.\n - Any error results in an immediate exception, preventing\n application startup."
},
"OpenAPIClient": {
"name": "OpenAPIClient",
"kind": "class",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient",
"signature": "<bound method Alias.signature of Alias('OpenAPIClient', 'openapi_first.client.OpenAPIClient')>",
"docstring": "OpenAPI-first HTTP client (`httpx`-based).\n\nNotes:\n **Responsibilities:**\n\n - This client derives all callable methods directly from an\n OpenAPI 3.x specification. Each `operationId` becomes a method\n on the client instance.\n\n **Guarantees:**\n\n - One callable per `operationId`.\n - Explicit parameters (path, query, headers, body).\n - No implicit schema inference or mutation.\n - Returns raw `httpx.Response` objects.\n - No response validation or deserialization.\n\nExample:\n ```python\n from openapi_first import loader, client\n\n spec = loader.load_openapi(\"openapi.yaml\")\n\n api = client.OpenAPIClient(\n spec=spec,\n base_url=\"http://localhost:8000\",\n )\n\n # Call operationId: getUser\n response = api.getUser(\n path_params={\"user_id\": 123}\n )\n\n print(response.status_code)\n print(response.json())\n ```",
"members": {
"spec": {
"name": "spec",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient.spec",
"signature": "<bound method Alias.signature of Alias('spec', 'openapi_first.client.OpenAPIClient.spec')>",
"docstring": null
},
"base_url": {
"name": "base_url",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient.base_url",
"signature": "<bound method Alias.signature of Alias('base_url', 'openapi_first.client.OpenAPIClient.base_url')>",
"docstring": null
},
"client": {
"name": "client",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient.client",
"signature": "<bound method Alias.signature of Alias('client', 'openapi_first.client.OpenAPIClient.client')>",
"docstring": null
},
"operations": {
"name": "operations",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.OpenAPIClient.operations",
"signature": "<bound method Alias.signature of Alias('operations', 'openapi_first.client.OpenAPIClient.operations')>",
"docstring": null
}
}
},
"client": {
"name": "client",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.client",
"signature": null,
"docstring": null
},
"spec": {
"name": "spec",
"kind": "attribute",
"path": "openapi_first.templates.crud_app.test_crud_app.spec",
"signature": null,
"docstring": null
},
"test_list_items_initial": {
"name": "test_list_items_initial",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_list_items_initial",
"signature": "<bound method Function.signature of Function('test_list_items_initial', 38, 49)>",
"docstring": "Initial items should be present."
},
"test_get_item": {
"name": "test_get_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_get_item",
"signature": "<bound method Function.signature of Function('test_get_item', 52, 62)>",
"docstring": "Existing item should be retrievable by ID."
},
"test_create_item": {
"name": "test_create_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_create_item",
"signature": "<bound method Function.signature of Function('test_create_item', 65, 85)>",
"docstring": "Creating a new item should return the created entity."
},
"test_update_item": {
"name": "test_update_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_update_item",
"signature": "<bound method Function.signature of Function('test_update_item', 88, 112)>",
"docstring": "Updating an item should replace its values."
},
"test_delete_item": {
"name": "test_delete_item",
"kind": "function",
"path": "openapi_first.templates.crud_app.test_crud_app.test_delete_item",
"signature": "<bound method Function.signature of Function('test_delete_item', 115, 125)>",
"docstring": "Deleting an item should remove it from the store."
}
}
}
}

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{
"module": "openapi_first.templates.health_app",
"content": {
"path": "openapi_first.templates.health_app",
"docstring": "OpenAPI-first FastAPI application template.\n\nThis package contains a minimal, fully working example of an\nOpenAPI-first FastAPI service built using the ``openapi_first`` library.\n\nThe application is assembled exclusively from:\n- an OpenAPI specification (``openapi.yaml``)\n- a handler namespace (``routes``)\n\nNo routing decorators, implicit behavior, or framework-specific\nconvenience abstractions are used. All HTTP routes, methods, and\noperation bindings are defined in OpenAPI and enforced at application\nstartup.\n\nThis package is intended to be copied as a starting point for new\nservices via the ``openapi-first`` CLI. It is not part of the\n``openapi_first`` library API surface.\n\n----------------------------------------------------------------------\nScaffolding via CLI\n----------------------------------------------------------------------\n\nCreate a new OpenAPI-first health check service using the bundled\ntemplate:\n\n openapi-first health_app\n\nCreate the service in a custom directory:\n\n openapi-first health_app my-health-service\n\nList all available application templates:\n\n openapi-first --list\n\nThe CLI copies template files verbatim into the target directory.\nNo code is generated or modified beyond the copied scaffold.\n\n----------------------------------------------------------------------\nClient Usage Example\n----------------------------------------------------------------------\n\nThe same OpenAPI specification used by the server can be used to\nconstruct a strict, operationId-driven HTTP client.\n\nExample client call for the ``get_health`` operation:\n\n from openapi_first.loader import load_openapi\n from openapi_first.client import OpenAPIClient\n\n spec = load_openapi(\"openapi.yaml\")\n client = OpenAPIClient(spec)\n\n response = client.get_health()\n\n assert response.status_code == 200\n assert response.json() == {\"status\": \"ok\"}\n\nClient guarantees:\n- One callable per OpenAPI ``operationId``\n- No hardcoded URLs or HTTP methods in user code\n- Path and request parameters must match the OpenAPI specification\n- Invalid or incomplete OpenAPI specs fail at client construction time",
"objects": {
"main": {
"name": "main",
"kind": "module",
"path": "openapi_first.templates.health_app.main",
"signature": null,
"docstring": "Application entry point for an OpenAPI-first FastAPI service.\n\nThis module constructs a FastAPI application exclusively from an\nOpenAPI specification and a handler namespace, without using\ndecorator-driven routing.\n\nAll HTTP routes, methods, and operation bindings are defined in the\nOpenAPI document referenced by ``openapi_path``. Python callables\ndefined in the ``routes`` module are bound to OpenAPI operations\nstrictly via ``operationId``.\n\nThis module contains no routing logic, request handling, or framework\nconfiguration beyond application assembly.\n\nDesign guarantees:\n- OpenAPI is the single source of truth\n- No undocumented routes can exist\n- Every OpenAPI operationId must resolve to exactly one handler\n- All contract violations fail at application startup\n\nThis file is intended to be used as the ASGI entry point.\n\nExample:\n uvicorn main:app",
"members": {
"OpenAPIFirstApp": {
"name": "OpenAPIFirstApp",
"kind": "class",
"path": "openapi_first.templates.health_app.main.OpenAPIFirstApp",
"signature": "<bound method Alias.signature of Alias('OpenAPIFirstApp', 'openapi_first.app.OpenAPIFirstApp')>",
"docstring": "FastAPI application enforcing OpenAPI-first design.\n\nNotes:\n **Responsibilities:**\n\n - `OpenAPIFirstApp` subclasses `FastAPI` and replaces manual route\n registration with OpenAPI-driven binding.\n - All routes are derived from the provided OpenAPI specification,\n and each ``operationId`` is mapped to a Python function in the\n supplied routes module.\n - Auth dependencies are auto-injected from the spec's\n ``securitySchemes`` and per-operation ``security`` fields.\n\n **Guarantees:**\n\n - No route can exist without an OpenAPI declaration.\n - No OpenAPI operation can exist without a handler.\n - Swagger UI and ``/openapi.json`` always reflect the provided spec.\n - Handler functions remain framework-agnostic and testable.\n - Auth enforcement is driven entirely by the spec — no manual\n middleware or decorators required.\n\nExample:\n ```python\n from openapi_first import OpenAPIFirstApp\n import app.routes as routes\n\n app = OpenAPIFirstApp(\n openapi_path=\"app/openapi.json\",\n routes_module=routes,\n title=\"Example Service\",\n )\n ```",
"members": {
"openapi": {
"name": "openapi",
"kind": "attribute",
"path": "openapi_first.templates.health_app.main.OpenAPIFirstApp.openapi",
"signature": "<bound method Alias.signature of Alias('openapi', 'openapi_first.app.OpenAPIFirstApp.openapi')>",
"docstring": null
}
}
},
"routes": {
"name": "routes",
"kind": "alias",
"path": "openapi_first.templates.health_app.main.routes",
"signature": "<bound method Alias.signature of Alias('routes', 'routes')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "openapi_first.templates.health_app.main.app",
"signature": null,
"docstring": null
}
}
},
"routes": {
"name": "routes",
"kind": "module",
"path": "openapi_first.templates.health_app.routes",
"signature": null,
"docstring": "OpenAPI operation handlers.\n\nThis module defines pure Python callables that implement OpenAPI\noperations for this service. Functions in this module are bound to HTTP\nroutes exclusively via OpenAPI ``operationId`` values.\n\nNo routing decorators, HTTP metadata, or framework-specific logic\nshould appear here. All request/response semantics are defined in the\nOpenAPI specification.\n\nThis module serves solely as an operationId namespace.",
"members": {
"get_health": {
"name": "get_health",
"kind": "function",
"path": "openapi_first.templates.health_app.routes.get_health",
"signature": "<bound method Function.signature of Function('get_health', 16, 32)>",
"docstring": "Health check operation handler.\n\nThis function implements the OpenAPI operation identified by\n``operationId: get_health``.\n\nIt contains no routing metadata or framework-specific logic.\nRequest binding, HTTP method, and response semantics are defined\nexclusively by the OpenAPI specification.\n\nReturns\n-------\ndict\n A minimal liveness payload indicating service health."
}
}
}
}
}
}

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{
"module": "openapi_first.templates.health_app.main",
"content": {
"path": "openapi_first.templates.health_app.main",
"docstring": "Application entry point for an OpenAPI-first FastAPI service.\n\nThis module constructs a FastAPI application exclusively from an\nOpenAPI specification and a handler namespace, without using\ndecorator-driven routing.\n\nAll HTTP routes, methods, and operation bindings are defined in the\nOpenAPI document referenced by ``openapi_path``. Python callables\ndefined in the ``routes`` module are bound to OpenAPI operations\nstrictly via ``operationId``.\n\nThis module contains no routing logic, request handling, or framework\nconfiguration beyond application assembly.\n\nDesign guarantees:\n- OpenAPI is the single source of truth\n- No undocumented routes can exist\n- Every OpenAPI operationId must resolve to exactly one handler\n- All contract violations fail at application startup\n\nThis file is intended to be used as the ASGI entry point.\n\nExample:\n uvicorn main:app",
"objects": {
"OpenAPIFirstApp": {
"name": "OpenAPIFirstApp",
"kind": "class",
"path": "openapi_first.templates.health_app.main.OpenAPIFirstApp",
"signature": "<bound method Alias.signature of Alias('OpenAPIFirstApp', 'openapi_first.app.OpenAPIFirstApp')>",
"docstring": "FastAPI application enforcing OpenAPI-first design.\n\nNotes:\n **Responsibilities:**\n\n - `OpenAPIFirstApp` subclasses `FastAPI` and replaces manual route\n registration with OpenAPI-driven binding.\n - All routes are derived from the provided OpenAPI specification,\n and each ``operationId`` is mapped to a Python function in the\n supplied routes module.\n - Auth dependencies are auto-injected from the spec's\n ``securitySchemes`` and per-operation ``security`` fields.\n\n **Guarantees:**\n\n - No route can exist without an OpenAPI declaration.\n - No OpenAPI operation can exist without a handler.\n - Swagger UI and ``/openapi.json`` always reflect the provided spec.\n - Handler functions remain framework-agnostic and testable.\n - Auth enforcement is driven entirely by the spec — no manual\n middleware or decorators required.\n\nExample:\n ```python\n from openapi_first import OpenAPIFirstApp\n import app.routes as routes\n\n app = OpenAPIFirstApp(\n openapi_path=\"app/openapi.json\",\n routes_module=routes,\n title=\"Example Service\",\n )\n ```",
"members": {
"openapi": {
"name": "openapi",
"kind": "attribute",
"path": "openapi_first.templates.health_app.main.OpenAPIFirstApp.openapi",
"signature": "<bound method Alias.signature of Alias('openapi', 'openapi_first.app.OpenAPIFirstApp.openapi')>",
"docstring": null
}
}
},
"routes": {
"name": "routes",
"kind": "alias",
"path": "openapi_first.templates.health_app.main.routes",
"signature": "<bound method Alias.signature of Alias('routes', 'routes')>",
"docstring": null
},
"app": {
"name": "app",
"kind": "attribute",
"path": "openapi_first.templates.health_app.main.app",
"signature": null,
"docstring": null
}
}
}
}

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{
"module": "openapi_first.templates.health_app.routes",
"content": {
"path": "openapi_first.templates.health_app.routes",
"docstring": "OpenAPI operation handlers.\n\nThis module defines pure Python callables that implement OpenAPI\noperations for this service. Functions in this module are bound to HTTP\nroutes exclusively via OpenAPI ``operationId`` values.\n\nNo routing decorators, HTTP metadata, or framework-specific logic\nshould appear here. All request/response semantics are defined in the\nOpenAPI specification.\n\nThis module serves solely as an operationId namespace.",
"objects": {
"get_health": {
"name": "get_health",
"kind": "function",
"path": "openapi_first.templates.health_app.routes.get_health",
"signature": "<bound method Function.signature of Function('get_health', 16, 32)>",
"docstring": "Health check operation handler.\n\nThis function implements the OpenAPI operation identified by\n``operationId: get_health``.\n\nIt contains no routing metadata or framework-specific logic.\nRequest binding, HTTP method, and response semantics are defined\nexclusively by the OpenAPI specification.\n\nReturns\n-------\ndict\n A minimal liveness payload indicating service health."
}
}
}
}

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