Saves in-progress daemon work from M005-m138xe that was sitting uncommitted.
Includes orchestrator expansion, event bridge/formatter enhancements,
message batcher tweaks, and discord bot additions.
Tests cover: provider registration, base URL + API type, reasoning +
context window specs, and non-collision with generated zai models.
Required by CI lint gate (require-tests.sh).
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
GLM-5.1 is the latest Zhipu AI model with 204K context window and
131K max output tokens. It uses the Z.AI Coding Plan endpoint
(OpenAI-compatible) and supports reasoning via enable_thinking.
Not yet tracked by models.dev, so added to models.custom.ts alongside
existing alibaba-coding-plan entries. Merges additively with the
generated Z.AI provider (glm-5, glm-5-turbo, etc.).
Specs from https://docs.z.ai/devpack/using5.1
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
* feat: Migrated headless orchestrator to use execution_complete events,…
- "src/headless.ts"
- "src/headless-ui.ts"
- "src/tests/headless-v2-migration.test.ts"
GSD-Task: S06/T02
* test: Wired pi-coding-agent to re-export JSONL utils from @gsd/rpc-clie…
- "packages/pi-coding-agent/src/modes/rpc/jsonl.ts"
- "packages/pi-coding-agent/package.json"
- "packages/rpc-client/src/index.ts"
- "packages/rpc-client/src/jsonl.ts"
- "packages/rpc-client/src/rpc-client.ts"
- "packages/rpc-client/src/rpc-types.ts"
- "packages/rpc-client/src/rpc-client.test.ts"
- "packages/rpc-client/package.json"
GSD-Task: S06/T03
* feat: Wire --resume flag to resolve session IDs via prefix matching and…
- "src/headless.ts"
- "dist/headless.js"
GSD-Task: S01/T01
* test: Added 5 e2e integration tests proving headless JSON batch, SIGINT…
- "src/tests/integration/e2e-headless.test.ts"
GSD-Task: S01/T02
* test: Updated @gsd/rpc-client and @gsd/mcp-server to 2.52.0 with publis…
- "packages/rpc-client/package.json"
- "packages/mcp-server/package.json"
- "packages/rpc-client/.npmignore"
- "packages/mcp-server/.npmignore"
GSD-Task: S02/T01
* chore: auto-commit after complete-milestone
GSD-Unit: M002-gzq23a
* fix: revert jsonl.ts to inline implementation — @gsd-build/rpc-client not available at source-level test time in CI
The re-export from @gsd-build/rpc-client fails in CI because tests run against
TypeScript source (--experimental-strip-types) before any build step. The npm
dependency resolves to node_modules/ which requires dist/ to exist. Reverting
to the original inline implementation eliminates the cross-package dependency
for source-level imports.
The re-export from @gsd-build/rpc-client fails in CI because tests run against
TypeScript source (--experimental-strip-types) before any build step. The npm
dependency resolves to node_modules/ which requires dist/ to exist. Reverting
to the original inline implementation eliminates the cross-package dependency
for source-level imports.
* refactor(pi-ai): replace model-ID pattern matching with capability metadata
Add ModelCapabilities to Model<TApi> and a CAPABILITY_PATCHES mechanism
so call sites read model.capabilities fields instead of parsing model IDs
or hardcoding provider names.
- types.ts: add ModelCapabilities interface (supportsXhigh, requiresToolCallId,
supportsServiceTier, charsPerToken) and capabilities?: ModelCapabilities to
Model<TApi>
- models.ts: add CAPABILITY_PATCHES table applied at registry init; patches
declare GPT-5.x and Opus 4.6 capabilities once instead of repeating ID
checks at every call site; supportsXhigh() now reads capabilities only
- service-tier.ts: extract SERVICE_TIER_MODEL_PREFIXES constant so the gating
list has a single named home; add path comment pointing to issue #2546 for
the full capability-driven follow-up
No behaviour change. New models and providers can declare capabilities in
their model definitions without touching function logic.
Closes#2546
* fix(pi-ai): apply capability patches to custom/discovered/extension models
Models constructed outside the static pi-ai registry (custom models
from models.json, extension-registered models, discovered models)
bypassed CAPABILITY_PATCHES — causing supportsXhigh() to silently
return false for GPT-5.x or Opus 4.6 variants registered through
those paths.
Export applyCapabilityPatches() from pi-ai and call it in ModelRegistry
after model assembly in all three construction paths: loadModels(),
applyProviderConfig(), and discoverModels().
Add regression tests covering patching, precedence, idempotency,
and synthetic models that mimic the custom/extension path.
Closes#2546
On Windows, `spawn()` with `detached: true` sets the
CREATE_NEW_PROCESS_GROUP flag in CreateProcess. In certain terminal
contexts — notably VSCode's integrated terminal (ConPTY), Windows
Terminal, and some MSYS2/Git Bash configurations — this flag conflicts
with the parent process group hierarchy and causes a synchronous EINVAL
from libuv, making *every* bash/async_bash/bg_shell command fail
immediately with `spawn EINVAL`.
The bg-shell extension already guards against this with
`detached: process.platform !== "win32"` (process-manager.ts:109),
but three other spawn sites were missed:
- `packages/pi-coding-agent/src/core/tools/bash.ts` (bash tool)
- `packages/pi-coding-agent/src/core/bash-executor.ts` (RPC executor)
- `src/resources/extensions/async-jobs/async-bash-tool.ts` (async_bash)
This commit aligns all spawn sites with the bg-shell pattern.
Additionally fixes two related issues:
1. `killProcessTree()` in shell.ts used `detached: true` on its own
`taskkill` spawn call — unnecessary and potentially problematic
in the same terminal contexts. Removed.
2. `killTree()` in async-bash-tool.ts used Unix-only
`process.kill(-pid)` with no Windows fallback. On Windows, negative
PIDs (process group kill) are not supported, so orphaned child
processes could survive timeout kills. Now uses `taskkill /F /T`
on Windows, matching the bg-shell and shell.ts implementations.
Includes a regression test that statically verifies no spawn site
uses unconditional `detached: true`, plus a smoke test confirming
the platform-guarded pattern works on all platforms.
Reproduction: Run GSD v2.42-v2.51 inside VSCode on Windows 11 with
Git Bash as the shell. Any bash tool call fails with `spawn EINVAL`.
The error is 100% reproducible and affects all shell operations
(bash, async_bash, bg_shell start).
Co-authored-by: Matt Haynes <matt@auroraventures.io>
Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com>
The webSearchResult branch deleted entries from pendingTools after rendering,
which removed the duplicate-prevention guard. Subsequent streaming tokens
re-iterated content blocks, re-created the serverToolUse component, and
re-rendered the search result — producing 18+ duplicate blocks.
The message_end handler already calls pendingTools.clear(), so the explicit
deletes were unnecessary and harmful.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Runs commands in the user's login shell ($SHELL -l -c) so PATH additions
and env vars from shell profiles (.zprofile/.profile) are available.
Shell aliases are intentionally not loaded (requires -i which causes
startup noise and job control side effects).
Implementation spawns $SHELL directly via a loginShell flag threaded
through the bash executor — no double-shell wrapping.
- Registered as builtin slash command with autocomplete
- Reuses existing bash execution pipeline (streaming, session recording)
- Output included in LLM context for agent reference
- Added loginShell option to executeBash and handleBashCommand
- Browser mode rejects /terminal (terminal-only command)
- Updated web-command-parity-contract tests
AI-assisted: This change was authored with Claude (AI pair programming).
* feat: integrate managed RTK across shell workflows
* fix(rtk): unify managed fallback and live savings wiring
* fix(rtk): improve TUI status visibility
* fix(tests): make portability tests independent of pi-coding-agent dist build
The CI portability test runs don't guarantee that
packages/pi-coding-agent has been compiled. Any test that
imported files pulling in @gsd/pi-coding-agent (resource-loader,
preferences-skills, async-bash-tool, etc.) crashed with
ERR_MODULE_NOT_FOUND pointing at dist/index.js.
Two changes to dist-redirect.mjs (the Node ESM loader hook used by
all unit tests):
- Redirect the bare @gsd/pi-coding-agent specifier to the workspace
source entrypoint (src/index.ts) so no dist/ artifact is needed.
- Extend the load() hook to transpile *.ts files under
packages/pi-coding-agent/src/ through TypeScript's transpileModule.
Node's --experimental-strip-types can't handle parameter properties
and similar syntax present in that package's source; full transpilation
avoids the ERR_UNSUPPORTED_TYPESCRIPT_SYNTAX crash.
Also fix the dashboard.tsx responsive grid:
- xl:grid-cols-5 → xl:grid-cols-4 2xl:grid-cols-5
(5 metric cards no longer fit at xl without overflow; test contract
expected xl:grid-cols-4)
- Keep loading-skeletons.tsx in sync with the same breakpoints.
Add src/tests/resolve-ts-loader.test.ts to guard the loader behaviour:
- bare @gsd/pi-coding-agent redirect points to workspace source
- direct source-entry rewrite (.js → .ts)
- transpilation removes TS parameter property syntax that strip-only
mode cannot parse
* fix(tests): redirect all workspace package imports to source in portability tests
The previous fix only redirected @gsd/pi-coding-agent to its
source entrypoint. In CI, pi-coding-agent/src itself imports
@gsd/pi-ai (and other workspace packages) which were still pointing
at dist/. Since no workspace dist is built during the portability
test run, any transitive resolution hit the same ERR_MODULE_NOT_FOUND.
Changes to dist-redirect.mjs:
- Redirect @gsd/pi-ai, @gsd/pi-ai/oauth, @gsd/pi-agent-core, and
@gsd/pi-tui bare imports to their workspace src/ entrypoints.
- Broaden the load() transpilation condition from
'/packages/pi-coding-agent/src/' to '/packages/*/src/' so that
all workspace source files are run through TypeScript's
transpileModule, handling parameter properties and other syntax
that Node's strip-only mode rejects.
Verified by hiding all four workspace dist/ directories locally and
running the failing test set — 96/96 pass.
* fix(tests): redirect @gsd/native sub-paths; fix Windows .cmd spawnSync
Two more portability failures after the previous fix:
1. @gsd/native sub-path imports (@gsd/native/fd, @gsd/native/text, etc.)
were not redirected — the loader only handled the bare specifier.
Added a prefix-match redirect for @gsd/native/* → packages/native/src/<sub>/index.ts.
2. Windows RTK tests failed because createFakeRtk produces a .cmd wrapper
on Windows, and spawnSync(binaryPath, [...]) without shell:true silently
returns non-zero when the binary is a .cmd file.
Added shell: /\.(cmd|bat)$/i.test(binaryPath) to the spawnSync calls in:
- src/resources/extensions/shared/rtk.ts (rewriteCommandWithRtk)
- src/resources/extensions/shared/rtk-session-stats.ts (readCurrentRtkGainSummary)
- packages/pi-coding-agent/src/utils/rtk.ts (rewriteCommandForGsd)
Production use of rtk.exe is unaffected; the shell flag is only true for
.cmd/.bat paths.
Verified: all 93 portability tests pass with all workspace dist/ directories
removed (simulating CI portability environment).
* fix(tests): Windows portability fixes — HOME env, managed RTK path, perf threshold
Four Windows-specific failures fixed:
1. app-smoke.test.ts: process.env.HOME is undefined on Windows (uses
USERPROFILE instead). Changed to homedir() from node:os which works
cross-platform.
2. Managed RTK path tests on Windows: tests placed a fake RTK as rtk.exe
(by copying a .cmd script into a .exe filename), which Windows cannot
execute. Two-part fix:
- resolveRtkBinaryPath() in both rtk.ts files now falls back to rtk.cmd
in the managed dir on Windows when rtk.exe is absent.
- withManagedFakeRtk and equivalent patterns in rtk.test.ts,
rtk-session-stats.test.ts, rtk-execution-seams.test.ts changed to
place the fake at rtk.cmd instead of rtk.exe on Windows.
3. bg_shell RTK test on Windows: requires bash (for shell sessions), which
is not available on the blacksmith-4vcpu-windows-2025 runner without
Git Bash installed. Test now skips on win32.
4. derive-state-db perf assertion: 10ms threshold was too tight for Windows
CI runners (measured 12ms under load). Raised to 25ms — still catches
real regressions (baseline is 3ms locally and ~12ms on stressed runners).
* fix(tests): fix managed RTK path fallback on Windows in src/rtk.ts + fix copyable fake
Two remaining Windows failures:
1. src/rtk.ts was never patched with the rtk.cmd managed-dir fallback
(only the shared/rtk.ts and pi-coding-agent/src/utils/rtk.ts were updated).
Added the same rtk.cmd fallback and shell:.cmd detection to src/rtk.ts,
which is what rtk.test.ts imports from.
2. createFakeRtk on Windows wrote '%~dp0\fake-rtk.js' in the .cmd content —
this resolves relative to the .cmd file's own directory. When the test
copies rtk.cmd to a different managed dir, %~dp0 resolves to the copy
destination where fake-rtk.js does not exist. Fixed by embedding the
absolute path to fake-rtk.js directly in the .cmd content so the fake
works correctly regardless of where the .cmd is copied.
* feat(experimental): add RTK opt-in preference with web UI toggle
- Add `experimental` category to GSDPreferences with `rtk: boolean` (default: false)
- RTK is now opt-in: disabled by default for all projects unless explicitly enabled
- Validate experimental.* keys; unknown experimental keys produce warnings
Web UI:
- Add ExperimentalPanel component with animated toggle switch per flag
- Add /api/experimental route (GET/PATCH) to read/write flags in preferences.md
- Add 'Experimental' tab to settings dialog sidebar nav (FlaskConical icon)
- Include ExperimentalPanel at bottom of gsd-prefs mega-scroll
- Fix toggle disabled state: trigger loadSettingsData for 'experimental' section
and self-fetch on mount when data is absent
Dashboard:
- Gate RTK Saved metric card on rtkEnabled from live auto state (web)
- Gate TUI dashboard RTK savings row on rtkEnabled
- Gate TUI footer RTK status updates on experimental.rtk preference
- Propagate rtkEnabled through AutoDashboardData → bridge-service → store
Build:
- Add scripts/build-if-stale.cjs: incremental build driver that skips each
step (packages, root tsc, copy-resources, web) when output is newer than
source; replaces full rebuild chain in gsd:web
- Add scripts/web-stop.cjs: robust stop with registry + legacy PID + orphan
sweep via pgrep; handles crash/restart orphaned next-server processes
- gsd:web now uses build-if-stale.cjs (fast cold starts, instant when unchanged)
- gsd:web:stop / gsd:web:stop:all use web-stop.cjs directly
Fix: correct import path in rtk-status.ts (./preferences.js not ../preferences.js)
* fix: restore em-dash encoding in package.json to match upstream
* refactor(rtk): move command rewrite out of pi-coding-agent into GSD extension
Per review feedback from igouss: pi-coding-agent should not be modified to add
GSD-specific logic. Instead, add a proper extension point and wire RTK through it.
Changes to packages/pi-coding-agent (extension API only — no RTK logic):
- Add BashTransformEvent + BashTransformEventResult types to extension API
- Add on('bash_transform') overload to ExtensionAPI interface
- Add emitBashTransform() to ExtensionRunner (chains all handlers in order)
- Call emitBashTransform() in wrapToolWithExtensions before bash tool execution
- Export new types from extensions/index.ts and package index.ts
- Revert all RTK-specific changes from bash-executor.ts, tools/bash.ts
- Remove packages/pi-coding-agent/src/utils/rtk.ts entirely
Changes to GSD extension:
- Register bash_transform handler in register-hooks.ts that calls
rewriteCommandWithRtk() from the existing shared/rtk.ts module
- Handler is a no-op when RTK is disabled or not installed
* fix: correct import path for shared/rtk.js in register-hooks
* fix(tests): remove deleted pi-coding-agent/utils/rtk imports from execution seams test
The RTK rewrite logic was moved out of pi-coding-agent into the GSD
extension (bash_transform hook). Tests that directly imported the
deleted utils/rtk.ts are removed; remaining tests verify the shared
RTK module and GSD-layer surfaces that still call rewriteCommandWithRtk.
