The plain-to-capable transition emits the model-selection notice inherited from master. Preserve the exact in-history system ordering and assert both the admitted user input and the single durable notice instead of expecting the obsolete five-message request. Reproduces the identical Linux and Windows CI failure; all 57 adjacent admission, projection, reconstruction and selection tests pass.
Include the root merge from #3678 without altering the previously validated implementation tree. Preserve structural V3 system messages and the current native-runtime recordings.
Preserve both sdk-minimal-in-history and native runner smoke scenarios. Record the current Cordis inspection through the actual upper headless owner while retaining upstream V2 bytes and strict prompt admission semantics.
Preserve strict live-smoke challenges and structural system messages while adopting the native subprocess runtime. Regenerate only the current Cordis inspection recording from the upstream V2 source to retain its no-ordinary-PID coverage; predecessor bytes match master.
Preserve the root V3 current-writer, PTC dispatch identity, and reliability fixes while incorporating provider-owned native ranges and the private packaged runner bootstrap.
Refresh only the current cordis-inspect-jsdoc V3 owner through the built headless profile so upstream subprocess API coverage is exercised. Preserve incoming master V2 bytes and all other fixtures and benchmark thresholds.
Preserve prepared-route admission and V3 prompt semantics while adopting latest master. Regenerate the new model-switch recording at its actual upper-layer title ordering, retain the V2 predecessor, and keep queued-image and publint lifetime assertions strict.
Adopt current model-switch notices, lazy observation, and open-in-app integration while preserving structural V3 admission. Regenerate only the new model-switch owner’s native V3 recording, prompt-count manifest and expected delimiter; keep the master V2 predecessor byte-exact.
Bring model-switch notices, lazy observations, and open-in-app into the root V3 integration without importing the child structural header changes. Preserve V3 migration, PTC, and all predecessor fixtures.
Refresh only the model-switch-notice owner through dsh --profile headless to harvest native current-writer session.v3.jsonl. Keep the master session.v2.jsonl byte-exact; existing header pin and versioned writer helpers require no changes.
Add the first-party open-in-app host and client packages with a localized Open In menu in the Web Session header.
Resolve installed applications on macOS, Windows, and Linux, launch workspace directories through platform-specific adapters, and remember the selected application.
Closes#1500.
Co-authored-by: ihsiang <ihsiang@deepseek.com>
Include the root merge ancestry from #3669. Preserve the already validated system-message child recording rather than restoring the root’s header-system representation. The resulting tree is unchanged from the preceding representation head.
Observe actual shared-preparation waiter admission and settle both callers before cleanup, preserving current V3 migration expectations. Adopt master’s cross-platform teardown regressions without changing budgets or Session data.
Observe actual shared-preparation waiter admission and settle both callers before cleanup, preserving current V3 migration expectations. Adopt master’s cross-platform teardown regressions without changing budgets or Session data.
Preserve in-history request ordering and native V3 system heads while incorporating master’s human inbox controls. Regenerate only the current SDK child recording through its actual owner; retained V2 predecessor bytes match master.
Record current V3 output from master’s human inbox control scenario while retaining the V2 predecessor unchanged. No additional product behavior or validation change.
Refresh the current V3 child recording through the actual SDK scenario after master’s inbox-control change. Preserve the V2 predecessor inherited from master and retain system-message admission and current references.
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
Tianyi Cui