Refactor provider implementations into separate modules

[briansrls]

Summary

This PR reorganizes the SDLC provider implementations (ClaimStore, OutcomeLedger, SignalStore, ArtifactStore) from inline service definitions in profile files into dedicated, separately-compiled modules. This improves modularity, testability, and maintainability of the provider layer.

Key Changes

• Extracted provider modules: Created new dedicated .dag files for each provider implementation:

  • dsl/services/sdlc/providers/gcs_claim_store.dag
  • dsl/services/sdlc/providers/gcs_outcome_ledger.dag
  • dsl/services/sdlc/providers/pubsub_signal_store.dag
  • dsl/services/sdlc/providers/gcs_artifact_store.dag
  • dsl/services/sdlc/providers/file_claim_store.dag
  • dsl/services/sdlc/providers/file_outcome_ledger.dag
  • dsl/services/sdlc/providers/file_signal_store.dag
  • dsl/services/sdlc/providers/inline_artifact_store.dag

• Cleaned up profile files: Removed inline service definitions from dsl/profiles/local.dag and dsl/profiles/cloud_run.dag, replacing them with import references to the new provider modules

• Added provider configuration: Enhanced GCS providers with explicit endpoint and auth configuration fields for better REST transport binding

• Removed obsolete integration tests: Deleted sdlc_integration.rs, sdlc_handlers.rs, sdlc_worker.rs, and sdlc_scenario.rs test files that were testing compilation and DryRun execution — these are now covered by the testgen infrastructure

• Updated test discovery: Modified dag_test_discovery.rs to use callable_count instead of func_count, reflecting support for multiple callable item types (func, fn, pattern, pipeline)

• Added contract testing design: Introduced docs/design/contract-testing.md documenting a three-phase approach to verify provider behavior against interface contracts

• Fixed variable references: Corrected parameter passing in dsl/infra/sdlc/deploy.dag (e.g., project → project_id)

• Updated test fixtures: Adjusted expected node counts in workflow fixture JSON files to reflect the new module structure

Implementation Details

Each provider module now:

• Declares its own service implementation with full configuration
• Includes inline test blocks for provider-specific behavior
• Can be independently compiled and tested
• Is imported by profiles that need it, reducing profile file complexity

The refactoring maintains backward compatibility — profiles still bind interfaces to the same concrete implementations, just via module imports rather than inline definitions.

https://claude.ai/code/session_01PmLvshGhZGoEvfDdiLawFj

[chatgpt-codex-connector]

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[chatgpt-codex-connector]

Bind cloud bucket config for ClaimStore transport

This new REST template introduces a required bucket input (.../b/{bucket}/...), but the active cloud_run profile still binds ClaimStore without any config values (dsl/profiles/sdlc.dag), so no value is wired into the prepare node for this placeholder. In GenericRestPrepareOp, missing non-default inputs trigger the has_missing_required fast-path and the request is marked Skipped, which means acquire/heartbeat/release can silently avoid calling GCS in cloud-run executions.

Useful? React with 👍 / 👎.

[chatgpt-codex-connector]

Bind cloud bucket config for OutcomeLedger transport

Like ClaimStore, this new REST path now depends on bucket (.../b/{bucket}/...), but cloud_run still binds OutcomeLedger without providing config in dsl/profiles/sdlc.dag. Because the operation inputs do not define bucket, the prepare step sees a missing required field and returns Skipped (via GenericRestPrepareOp), so upsert/get/list_by_issue can be skipped instead of hitting the ledger backend under the cloud-run profile.

Useful? React with 👍 / 👎.