kami
d26f20c316
Root Child DOX Index assembled, plus a per-module AGENTS.md across the tree (core/*, infrastructure/*, apps/*, testing/*, and docs/examples/frontend/etc), each following the DOX section shape: Purpose, Ownership, Local Contracts, Work Guidance, Verification, Child DOX Index.
75 lines
4.7 KiB
Markdown
75 lines
4.7 KiB
Markdown
# core/ — AGENTS.md
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## Purpose
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Pure domain logic for CORREX: event sourcing primitives, session orchestration, inference routing, tool management, workflow graph execution, and all supporting domain services. No I/O, no external adapters.
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## Ownership
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All modules under `core/` are owned by the CORREX kernel team. Changes to shared event types (in `core:events`) require review for downstream impact across all modules.
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## Local Contracts
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- Dependency direction: `apps → core → infrastructure`. No cross-core imports. No sibling module dependencies within `core/`.
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- Shared vocabulary types belong in `core:events` only.
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- Constructor parameters use interfaces wherever an interface exists. Concrete classes are never instantiated inside another class.
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- All state is rebuilt from events. State is never persisted independently.
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- Every new `EventPayload` subclass must be registered in `core/events/.../serialization/Serialization.kt` inside the `eventModule` polymorphic block. Missing registration causes silent runtime deserialization failure.
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## Work Guidance
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Follow the standard domain module pattern for every module in this subtree:
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1. **Events** — `@Serializable data class` implementing `EventPayload`, defined in `core:events`.
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2. **State** — module-local `@Serializable data class` with sensible empty defaults. Always rebuilt from events.
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3. **Reducer** — `interface ThingReducer` + `DefaultThingReducer`. Only `state.copy(...)` logic, no domain decisions.
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4. **Projector** — `class ThingProjector(reducer)` implementing `Projection<ThingState>`.
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5. **Repository** — `DefaultThingRepository(replayer: EventReplayer<ThingState>)`. Wired as `DefaultEventReplayer(store, ThingProjector(DefaultThingReducer()))`.
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**Hard Invariants (all apply here):**
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1. Event log is the only source of truth.
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2. Projections are bounded-context owned — no shared global state, no cross-projection mutation.
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3. LLMs propose; core decides. LLM outputs are untrusted until validated.
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4. Policy layer is absolute — approvals cannot override policy denial.
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5. All tools declare execution tier. All tool side effects captured in events.
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6. Compression is non-authoritative — derived representations must not replace original events.
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7. Replay is environment-independent — no external service calls, no live LLM required.
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8. Environment observations are recorded as events at the moment they occur, never re-queried during replay.
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**Kotlin rules:**
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- `runCatching { }` over bare try/catch.
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- Scope functions (`?.let`, `?:`) over null-branching `if/else`.
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- `suspend` + `delay()`, never `Thread.sleep()`. Blocking I/O in `withContext(Dispatchers.IO)`.
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- Never swallow `CancellationException`.
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- Verify all imports are used before finalizing any file.
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## Verification
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```bash
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./gradlew check # full suite: tests + detekt + koverVerify
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./gradlew :core:<module>:test --rerun-tasks # single module, bypass cache
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```
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Many tests live in `testing/` submodules (approvals, contracts, deterministic, kernel, projections, replay, transitions) — check there before concluding a module has no tests.
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## Child DOX Index
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- [approvals/](approvals/AGENTS.md) — approval gate engine: grants, modes, policy enforcement
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- [artifacts/](artifacts/AGENTS.md) — structured output model: artifact kinds, lineage, relationships
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- [artifacts-store/](artifacts-store/AGENTS.md) — artifact persistence interface
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- [config/](config/AGENTS.md) — TOML config loading, operator/project profile, agent instructions
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- [context/](context/AGENTS.md) — context synthesis, compression, token budgeting
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- [critique/](critique/AGENTS.md) — critic calibration state and projector
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- [events/](events/AGENTS.md) — event primitives, serialization registry, replay infrastructure
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- [inference/](inference/AGENTS.md) — provider abstraction, routing, prompt rendering, embedder
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- [journal/](journal/AGENTS.md) — decision journal projection and memory distillation
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- [kernel/](kernel/AGENTS.md) — top-level orchestration: SessionOrchestrator, retry, replay
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- [risk/](risk/AGENTS.md) — risk assessment and tier mapping
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- [router/](router/AGENTS.md) — router facade, context building, L3 memory, idea capture
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- [sessions/](sessions/AGENTS.md) — session lifecycle, state, approval mode binding
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- [tasks/](tasks/AGENTS.md) — task graph, board, markdown, git sync, context assembly
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- [toolintent/](toolintent/AGENTS.md) — plane-2 tool-call intent validation and workspace policy
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- [tools/](tools/AGENTS.md) — tool contract, registry, executor, output compression
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- [transitions/](transitions/AGENTS.md) — FSM/workflow graph, stage execution, cycle detection
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- [validation/](validation/AGENTS.md) — layered validation pipeline: graph, semantic, session, JSON schema
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