Preserve the V3 PTC SDK assertion and enable the new human-steering runtime fixture while carrying master’s inbox lifecycle changes. Retain prior deterministic CI repairs and immutable predecessor ownership.
Preserve the V3 PTC scenario while enabling the current subagent human-steering fixture environment. All product changes are inherited from master; no V3 migration semantics are altered.
* feat(subagent): align continuable human inbox controls
* fix: repair rebase documentation and close test persistence
* docs: refresh rebased module dependency graph
Preserve the V3 system-prompt projection while adopting master’s per-agent frozen-message provenance and frontend performance gates. Keep benchmark workload admission and diagnostics fixes intact, and retain both migration and first-open/reopen lifecycle guarantees.
Keep prepared-route in-history append, clear-all, and normalization semantics while adopting named persona prefix/suffix and late environment facts from master. Resolve documentation against the derived system-message history and retain the existing strict migration behavior.
Regenerate current Python Session expectations through the real macOS arm64 SEA executable built from fdd44667b4b496093e765af57d3751dfb917d834. The native writer emits session/title after request/header and request/context. Update only five current V3 logs; result.json, minimal/model-visible.json, and minimal-in-history/prompt-history.json regenerate identically. All five V2 predecessors remain byte-identical to b2b300f9.
Build evidence: LEFTHOOK=0 pnpm install --frozen-lockfile --offline; pnpm exec tsx scripts/build-exe-for-python-sdk.ts --targets node24-macos-arm64 (full build, no skip-build): passed. file dist-exe/deepseek-harness-sdk-runtime-macos-arm64: Mach-O 64-bit executable arm64.
Smoke evidence: export PYTHONDONTWRITEBYTECODE=1 PYTHONPATH=python/sdk/src:python/sdk-runtime/src; PY=/Users/cty/dsh-deploy/.agents/worktrees/sp-kv-sdk-evidence/tmp/py-sdk-venv/bin/python. For each scenario in sdk-snapshot sdk-restart sdk-minimal sdk-minimal-in-history, ran "$PY" scripts/smoke-python-runtime.py --exe dist-exe/deepseek-harness-sdk-runtime-macos-arm64 --scenario "$scenario" --update-snapshots, then the same command without --update-snapshots: all eight passed.
Helpers: PYTHONDONTWRITEBYTECODE=1 PYTHONPATH=python/sdk/src:python/sdk-runtime/src uv run --offline --no-project --python /Users/cty/.local/share/uv/python/cpython-3.14.5-macos-aarch64-none/bin/python3 --with pytest --with "pydantic>=2.12,<3" python -m pytest python/sdk/tests/test_smoke_model.py -q: 28 passed. git diff --quiet b2b300f9 -- "scripts/snapshots/python-sdk-single-exe/**/*.v2.jsonl" and git diff --cached --check passed. No source, migration, test, or launcher changes.
Refresh advanced and restart expectations through the final native packaged runtime. Synchronous request finalization places deferred fallback-title events after header/context in parent and child logs; expected SDK notifications must reflect that actual lifecycle instead of forcing the old incidental scheduling order.
Validation: the advanced mismatch was reproduced against the built macOS ARM64 executable, both owning scenarios refreshed, then the complete keyless --scenario all passed, including the new in-history prompt evidence and independent shell/file effects. No SDK runtime or normalizer behavior changes in this commit.
Copy the current SessionEventMap prompt and route JSDoc into both subsystem references so type-equiv validates the prepared-route and clear-all semantics. Remove the Mermaid statement delimiter from the generated retry note while retaining the same lifecycle meaning; regenerate graph artifacts and confirm both bilingual pairs.
Validation: verify-type-equiv, verify-mermaid, verify-doc-graphs, scoped verify-translation-pairing, and git diff --check.
Cover the missing SDK projections through shipped dsh profiles. TypeScript reuses the headless read-completion composition and records SDK notifications. Python all includes a focused minimal-profile variant with an ordinary prompt section updated after shell completion, unchanged tools, persisted/subscribed append events, and independently checked editor output.
Observed: focused TS refresh and built replay passed (1 test); Python sdk-minimal-in-history and sdk-minimal passed against apps/cli/lib/bin.js using uv; unchanged-prompt negative control failed as expected then restored scenario passed; corpus 3 tests, doc-sync 33 gates, and lint:contracts-ready passed. Host-only build initially left SDK built startup incomplete; build:lib:client completed the prerequisites. Native packaged/wheel and Windows validation remain pending parent integration.
Every same-step attempt resolves its bound route and reconciles the accepted rendered prompt against the current surface before deriving history. Preserve assembly, pre-step admission and entered users exactly once; compaction retries must not resurrect an older surviving prompt.
Normalize a broken request series to the current head plus dormant empty later system nodes, even if later versions survive or the effective text is unchanged. This removes the later-survivor exception without a delete operation and avoids appending instructions after already-admitted users on retry. Capture surface generation after reconciliation so subsequent ordinary retries do not emit phantom series headers.
Tests: both compaction cases fail before the fix (stale head, or stale later survivor), then pass with real loop/MockAdapter, pi-ai conversion and source-event reconstruction. Assert two retries keep one assembly/pre-step/user admission, preserve rendered text across section changes, and log one series boundary. Add unchanged-text explicit/tool series regressions. 391 loop tests with exact agent.ts/runtime-context.ts coverage pass at 100%; final admission spec has 11 passing cases. Source tsc and focused lint pass. Update EN/ZH implementation and owning rationale plus lifecycle retry documentation.
Resolve agent/request and prepareCall inside the accepted open step before committing system and user input. Preserve prompt-assembly model selection, bind capability and dispatch to the same prepared adapter, then log the envelope and derive the request synchronously. Preparation cancellation leaves a balanced empty step with no admitted input.
Normalize incapable-route retained prompt versions with logged per-node empty replacements and a current head, including unchanged rendering and resumed history. Dormant empty tails do not override the effective prompt. No new event or delete operation.
Tests: 389 agent-loop cases pass with exact agent.ts/runtime-context.ts coverage at 100% for all metrics; tsc -b packages/core/agent-loop/tsconfig.json passes. Seven actual-loop MockAdapter cases exercise pi-ai conversion, source-event reconstruction, both route transitions, resume, cancellation barriers, and bound selection. Stale-capability negative control fails all three transition regressions. Update EN/ZH request visibility, lifecycle generator, and owning rationale. Broad catalogs, recorded SDK/GUI and aggregate gates remain parent-owned.
Consolidate the existing in-history capability, loop, UI and artifacts into one baseline. Preserve the reviewed tree so each independently verified correction has a subsequent rationale-rich commit.
Compose the shared release branch PTC rename with the structural system-head migration in the existing V2-to-V3 stage. Audit source payloads and remap local coordinates before renaming dispatch vocabulary and owned plugin attribution; retain original message identities and generation-qualified references. Native V3 validation combines the same system and PTC lifecycle semantics through a private released-validation view.
Reuse the V3 row-admission owner in current JSONL scanning before recoverable-tail suppression, so malformed rows cannot hide retired required PTC tags or header.system. The new corruption-prefix regressions and all173 existing JSONL scanner tests pass. Combined migration/catalog/persistence suite:300 tests; executable V3 migration source has100% coverage. No released generation, prior migration implementation, shared release branch, benchmark or CI workflow is modified by this integration.
Tianyi Cui