flowgraph/tasks/host-graphology.md at 0d6657657eb6cb805cb74bcf77a74f6c0f657539

Files

glm-5.1 466b121f77 decompose architecture into 38 atomic tasks across 12 parallel generations

Decompose the reviewed architecture specs into taskgraph-managed tasks:
- 2 setup tasks (project init, test infrastructure)
- 4 schema tasks (enums, node attrs, edge attrs, graph schemas)
- 1 error hierarchy task
- 6 graph tasks (FlowGraph class, 3 construction paths, queries, validation)
- 5 analysis tasks (type-compat, build-type-edges, ordering, template-validation, defaults)
- 5 component tasks (Operation, Sequential, Parallel, Conditional, Map)
- 2 host config tasks (GraphologyHostConfig, ReactiveHostConfig)
- 4 reactive tasks (WorkflowRoot, node-status, max-concurrency, retry-semantics)
- 3 review tasks (foundation, reactive-and-hosts, complete-library)
- 5 meta cluster tasks (schema, graph, component, reactive, analysis layers)
- 1 API exports task

Validated with taskgraph: zero cycles, 38 tasks, 12 parallel generations.
Critical path: 12 tasks through reactive execution layer.

2026-05-21 20:24:44 +00:00

2.9 KiB

Raw Blame History

id, name, status, depends_on, scope, risk, impact, level

name

status

depends_on

scope

risk

impact

level

host/graphology

Implement GraphologyHostConfig — render ujsx template to graphology DAG

pending

component/operation

component/sequential

component/parallel

component/conditional

component/map

graph/flowgraph-class

schema/edge-attrs

broad

high

phase

implementation

Description

Implement the GraphologyHostConfig that renders a ujsx workflow template (UNode tree) into a graphology DirectedGraph DAG. This is the structural analysis rendering path — it validates templates by producing a DAG that can be checked for cycles, type compatibility, and topological ordering.

Acceptance Criteria

src/host/graphology.ts exports GraphologyHostConfig implementing ujsx HostConfig<WorkflowTag, GraphNode, GraphContext>
WorkflowTag: "operation" | "sequential" | "parallel" | "conditional" | "map"
GraphNode: { key: string; attributes: OperationNodeAttrs | TemplateNodeAttrs }
GraphContext: { graph: DirectedGraph; parentStack: string[]; operationRegistry?: OperationRegistry }
createRootContext: creates fresh DirectedGraph with DAG constraints, empty parentStack
createInstance("operation", props, ctx): adds graph node with OperationNodeAttrs, returns GraphNode
createInstance for structural containers: returns GraphNode with synthetic key __${tag}_${counter++}, no graph node created (containers are transparent)
appendChild for Sequential children: creates sequential edges between consecutive siblings (manages parentStack)
appendChild for Parallel children: no inter-child edges, pushes parallel group marker for successor connections
appendChild for Conditional: creates conditional edge with dataFlow: true
Edge attributes include edgeType and dataFlow inference (conservative strategy: conditional always dataFlow: true, sequential with result references → dataFlow: true, otherwise dataFlow: false)
finalizeInstance: cleans up parentStack after container children are rendered
removeChild: removes edge between parent and child (structural containers are transparent)
removeChildFromHost: removes child node from graph and all attached edges
Cycle detection after rendering: if hasCycle() returns true, throw CycleError
Re-exported from src/host/index.ts
Integration tests: render Sequential → assert node/edge structure, render Parallel → assert no inter-child edges, render Conditional → assert conditional edges with dataFlow, nested compositions, cycle detection

References

docs/architecture/host-configs.md — GraphologyHostConfig full specification
docs/architecture/workflow-templates.md — edge creation rules, root node handling, template→DAG conversion
docs/architecture/schema.md — TemplateEdgeAttrs, dataFlow inference

Notes

To be filled by implementation agent

Summary

To be filled on completion

2.9 KiB Raw Blame History