refactor: serve MCP bundles under <name>/mcp with nginx guard; rename core->mcp_server
- collect.py: copy repo MCP bundles to ROOT/<name>/mcp (instead of ROOT/mcp/<name>); add nginx location guard to deny /<name>/mcp/ - config.py: bundle roots now point to <repo>/mcp and standards/mcp for static bundles - Rename core.py -> mcp_server.py and update imports in main.py and registry.py - Dockerfile: per-repo MCP COPYs under /app/<name>/mcp, drop blog copy; add ports 8008/8009 in .drone.yml - Restore standards/mcp/libraries.json from git for registry server
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dagpipe/mcp/modules/dagpipe.graph.json
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dagpipe/mcp/modules/dagpipe.graph.json
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{
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"module": "dagpipe.graph",
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"content": {
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"path": "dagpipe.graph",
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"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.",
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"objects": {
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"Node": {
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"name": "Node",
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"kind": "class",
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"path": "dagpipe.graph.Node",
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"signature": null,
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"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.",
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"members": {
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"id": {
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"name": "id",
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"kind": "attribute",
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"path": "dagpipe.graph.Node.id",
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"signature": null,
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"docstring": null
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},
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"name": {
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"name": "name",
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"kind": "attribute",
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"path": "dagpipe.graph.Node.name",
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"signature": null,
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"docstring": null
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},
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"node_id_to_name": {
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"name": "node_id_to_name",
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"kind": "function",
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"path": "dagpipe.graph.Node.node_id_to_name",
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"signature": "node_id_to_name(node_id: str)",
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"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')."
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},
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"clean_id_and_name": {
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"name": "clean_id_and_name",
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"kind": "function",
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"path": "dagpipe.graph.Node.clean_id_and_name",
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"signature": "clean_id_and_name()",
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"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."
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},
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"run": {
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"name": "run",
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"kind": "function",
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"path": "dagpipe.graph.Node.run",
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"signature": "run(state: State)",
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"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."
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},
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"fork": {
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"name": "fork",
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"kind": "function",
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"path": "dagpipe.graph.Node.fork",
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"signature": "fork(state: State, *, payload_update: Any = None, confidence_delta: float = 0.0, metadata_update: Any = None)",
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"docstring": "Create a child `State` attributed to this node.\n\nArgs:\n state (State):\n Parent execution state.\n\n payload_update (Any, optional):\n Dot-path payload updates.\n\n confidence_delta (float, optional):\n Confidence adjustment.\n\n metadata_update (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."
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},
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"resolve": {
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"name": "resolve",
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"kind": "function",
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"path": "dagpipe.graph.Node.resolve",
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"signature": "resolve(state: State)",
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"docstring": "Execute node logic.\n\nArgs:\n state (State):\n Input execution state.\n\nReturns:\n Iterable[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."
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},
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"is_async": {
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"name": "is_async",
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"kind": "function",
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"path": "dagpipe.graph.Node.is_async",
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"signature": "is_async()",
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"docstring": "Return whether this node executes asynchronously.\n\nReturns:\n bool:\n True if the node is an `AsyncNode` instance."
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}
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}
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},
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"Graph": {
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"name": "Graph",
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"kind": "class",
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"path": "dagpipe.graph.Graph",
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"signature": "Graph()",
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"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.",
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"members": {
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"add_edge": {
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"name": "add_edge",
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"kind": "function",
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"path": "dagpipe.graph.Graph.add_edge",
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"signature": "add_edge(src: Node, dst: Node) -> None",
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"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."
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},
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"add_root": {
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"name": "add_root",
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"kind": "function",
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"path": "dagpipe.graph.Graph.add_root",
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"signature": "add_root(node: Node) -> None",
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"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."
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},
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"children": {
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"name": "children",
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"kind": "function",
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"path": "dagpipe.graph.Graph.children",
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"signature": "children(node: Node) -> tuple[Node, ...]",
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"docstring": "Return child nodes of a node.\n\nArgs:\n node (Node):\n Node to query.\n\nReturns:\n tuple[Node, ...]:\n Outgoing neighbors."
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},
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"parents": {
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"name": "parents",
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"kind": "function",
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"path": "dagpipe.graph.Graph.parents",
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"signature": "parents(node: Node) -> tuple[Node, ...]",
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"docstring": "Return parent nodes of a node.\n\nArgs:\n node (Node):\n Node to query.\n\nReturns:\n tuple[Node, ...]:\n Incoming neighbors."
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},
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"roots": {
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"name": "roots",
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"kind": "function",
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"path": "dagpipe.graph.Graph.roots",
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"signature": "roots() -> tuple[Node, ...]",
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"docstring": "Return root nodes (nodes with no incoming edges).\n\nReturns:\n tuple[Node, ...]:\n Entry point nodes."
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},
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"nodes": {
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"name": "nodes",
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"kind": "function",
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"path": "dagpipe.graph.Graph.nodes",
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"signature": "nodes() -> tuple[Node, ...]",
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"docstring": "Return all nodes in the graph.\n\nReturns:\n tuple[Node, ...]:\n All registered nodes."
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}
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}
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}
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}
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}
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}
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