glm-5.1
466b121f77
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.
986 B
986 B
id, name, status, depends_on, scope, risk, impact, level
| id | name | status | depends_on | scope | risk | impact | level | ||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| meta/reactive-layer | Complete reactive execution layer — WorkflowRoot, node-status, maxConcurrency, retries | pending |
|
broad | high | phase | planning |
Description
Meta task that clusters all reactive execution tasks. Once complete, the reactive layer provides signal-backed execution with automatic precondition resolution, failure propagation, and event-log-driven state management.
Acceptance Criteria
- All reactive tasks completed
- WorkflowReactiveRoot implements EventLogProjection correctly
- Preconditions drive automatic state transitions
- Failure follows dependency edges, not structural scope
- dispose() prevents signal leaks
References
- docs/architecture/reactive-execution.md
Notes
To be filled by implementation agent
Summary
To be filled on completion