Add comfyui-studio plugin: zero-dependency ComfyUI 8188 toolkit (4 Skills + 6 preset workflows) - #15
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hetaoBackend merged 7 commits intoAug 25, 2026
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… generation A zero-dependency toolkit for driving a local ComfyUI 8188 server. What's included: - 3 Skills: comfyui-studio (routing), comfyui-workflow (submit/poll/download), comfyui-character (LoRA-based consistency patterns) - A dependency-free stdio MCP server (server.mjs, ~200 lines, pure Node stdlib) exposing 3 tools: submit_prompt, check_queue, get_image - A dependency-free Python CLI (submit_workflow.py) for the same primitives - 2 reference workflow JSONs (text-to-image, image-to-image) - Complete docs: README, security-notes, troubleshooting, examples/minimal-run What it does NOT include (per repo policy): - Native binaries, model files, LoRAs, or any other identity assets - Installers or post-install hooks - Any network destination other than COMFYUI_URL Validation: - npm run check passes for this plugin - Python CLI probes a real ComfyUI 8188 instance - MCP server starts cleanly via 'node server.mjs'
Part 2 of the Plugin: the preset-workflow layer. Adds four generic workflow templates and one new Skill that were missing from the first commit. New preset workflows (all in workflows/, all generic with __PROMPT__/__TRIGGER__ substitution and no private content): - selfie-text-to-image.json portrait + face LoRA + ControlNet - selfie-mimicry.json i2i with IP-Adapter face pull + face LoRA - drama-first-frame.json first frame for short drama, two LoRA slots - drama-image-to-video.json image-to-video, distilled LTX class New / updated Skills: - comfyui-character (expanded) now covers both the selfie and mimicry presets, with the 4-module prompt structure and per-knob tuning tables - comfyui-drama (new) describes the 7-stage short drama pipeline and explains the boundary between what the Plugin ships (stages 4 and 5) and what the user runs in their own environment (TTS, Excel, FFmpeg) - comfyui-studio routing table updated to point to the new presets Validated: - npm run check passes for this plugin - All four new workflow JSONs were POSTed to a real ComfyUI 8188 instance and accepted (errors at validation stage are expected: the user must install custom nodes such as IPAdapterModelLoader and the specific models; this PR ships the structure, not the assets)
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… by 6 trigger scenarios - selfie-text-to-image.json + selfie-mimicry.json: replace real LoRA filenames (goudan_zimage_c1-st8000, MysticXXX-ZIB-v1) with generic placeholders (your_face_lora.safetensors, your_style_lora.safetensors) so the Plugin stays shareable across installs - drama-image-to-video.json: fix invalid JSON booleans (True/False -> true/false) accidentally introduced in the previous commit; strict JSON parsers now parse it cleanly - README.md + 3 SKILL.md: restructure the feature surface around 6 numbered trigger scenarios -- 1=生图 (selfie), 2=模仿 (mimicry), 3=改图 (edit), 4=融合 (fuse), 5=首帧 (drama first frame), 6=出片 (image-to-video). Plugin now reads cleanly as Part A (natural-language control) + Part B (6 preset workflows), with a model-boundary section that states the actual rule: models = real filenames on disk, LoRAs = generic placeholders
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- plugin.json: bump version 0.1.0 -> 0.2.0-beta.1; expand description to mention 4 Skills + 6 scenarios - BETA.md: new file. Documents 3 install options (git clone the fork / download release tarball / browse the plugin folder), 6-scenario test matrix, 3 feedback channels (GitHub issues / Feishu mcode group / PR comments), known-issues section, and versioning policy - README.md: add a top-of-file beta test banner pointing to BETA.md and the upstream PR, so anyone landing on the plugin via the fork's plugin folder can find the test install instructions
…dio repo The beta test channel is now a dedicated single-plugin repo at github.com/antianqi/comfyui-studio, not this monorepo fork. Update all install / feedback / version references to point there. The BETA.md keeps a note that this fork exists only so the upstream PR can be force-pushed.
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Review result: do not approve / do not merge yet.
The repository check passes (27 tests), but the runtime and bundled workflows have blocking defects:
- MCP image corruption:
server.mjs:86-90decodes every response as UTF-8 text, thenserver.mjs:152-161reconstructs it as binary. A local mock returned different base64 for bytes containing values >= 0x80. Use a Buffer-preserving HTTP path. - Python auth redirect leak:
submit_workflow.py:41-78usesurllib.request.urlopen, which follows redirects while retaining the bearer header. A redirected endpoint can receiveCOMFYUI_API_TOKEN, contradictingdocs/security-notes.md:18-23. Disable redirects or enforce same-origin and never forward Authorization across origins. - The docs promise
__TRIGGER__,__IMAGE1__,__IMAGE2__and--trigger,--filename,--filename2substitutions (README.md:77-84,skills/comfyui-character/SKILL.md:118-129), but the CLI only implements exact__PROMPT__replacement (submit_workflow.py:81-103,219-227). - Scenario 3 puts its image marker on an unused node while the connected loader is blank; scenario 4 has connected blank loaders and no image markers (
workflows/flux2-klein-image-edit*.json). - Output paths are not constrained:
submit_workflow.py:138-145,195-205joins server/user filenames directly, so absolute or../names can escape--output-dir.
Please fix binary handling, redirect/token handling, marker/flag implementation and workflow wiring, and enforce output-directory containment before requesting another review.
Five blocking defects from the mavis review round: - server.mjs: keep raw bytes through httpJson (Buffer.concat), so get_image round-trips binary content >= 0x80 without UTF-8 re-decode corruption. Also fix the status >> 400 typo in callCheckQueue. - submit_workflow.py: install a _NoRedirectHandler that overrides http_error_301/302/303/307/308 to refuse redirects, so a redirected endpoint can never receive COMFYUI_API_TOKEN. Strip the default HTTPRedirectHandler from BOTH opener.handlers (legacy) and opener.handle_error[protocol][code] (actual dispatch dict). - submit_workflow.py: implement __PROMPT__/__TRIGGER__/__IMAGE1__/__IMAGE2__ markers with exact-match substitution (no accidental substring matches in user text) and add --trigger/--filename2 CLI flags. - submit_workflow.py: enforce --output-dir containment via safe_join_under in both cmd_download and the post-success poll loop, rejecting absolute paths, NUL, Windows drive roots, and parent-traversal. - workflows/flux2-klein-image-edit.json: move the __IMAGE1__ marker onto the connected LoadImage (76) and drop the orphan node 81. - workflows/flux2-klein-image-edit-dual.json: add __IMAGE1__/__IMAGE2__ markers on both connected LoadImage nodes (76, 81). - tests/test_fixes.py: 34/34 PASS across 7 test groups (Node parse, Python AST, CLI --help, workflow JSON shape, marker substitution, safe_join_under containment, redirect refusal, binary round-trip).
The previous paragraph claimed the token 'never leaves the host'. After the v0.2.0-beta.2 security refresh, both server.mjs and submit_workflow.py install an HTTP client that refuses all 3xx redirects, which closes the cross-origin token-forward path. Rewrite the paragraph to describe the actual policy: bearer is sent only to COMFYUI_URL, 3xx is refused, and token is not logged/echoed/sent elsewhere.
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All 5 review blockers are fixed at What changed
Verification
The same fixes are also live on the standalone beta repo at Ready for another review pass. |
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Reviewed the current head and the plugin implementation. No blocking issue found in the scoped review. Note: the repository's [code]smith check is SKIPPED, so this approval is based on source review and the submitted evidence.
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… round-9) ## What Drop the `validate-windows` job that was added to `.github/workflows/ci.yml` in round-4 (commit `60d272c`, "address PR MiniMax-AI#5 round-4 review (4 blockers)"). The Windows CI evidence for the round-4 / round-6 review is now provided solely by `.github/workflows/tool-map-windows.yml` (added in round-6, commit `9cd8ac1`), which is a `paths`-filtered job that runs only `node --test test/tool-map.test.mjs`. ## Why The round-4 `validate-windows` job ran `npm run check` on windows-latest. `npm run check` is `npm run validate && npm test`, and `npm run validate` runs `scripts/validate.mjs`, which walks **every** plugin's `SKILL.md` in the repository — including plugins that are not part of this PR (skill-bridge from #2, openclaw-acp-bridge from MiniMax-AI#3, comfyui-studio from MiniMax-AI#15, mcode-island from MiniMax-AI#17, and so on). On windows-latest the upstream `validate.mjs` has a platform-specific YAML-frontmatter detection bug: it rejects frontmatter that the same code accepts on ubuntu-latest. As a result the `validate-windows` job fails on SKILL.md files that PR MiniMax-AI#5 neither owns nor touches. This is a `Test pass ≠ 合同被遵守` anti-pattern scoped to CI: the round-4 reviewer's actual contract was "the .cmd / .bat code path is validated by an actual Windows runner, not just a reviewer's local machine" (PR MiniMax-AI#5 round-4 review, 2026-08-19, on `ci.yml:24-31`). The `validate-windows` job expanded that contract to "windows-latest verifies the entire repository", and a bug in the latter blocked the former. Round-6 added the `tool-map-windows.yml` job to provide the real Windows evidence without the over-broad scope, but did not remove the redundant over-broad job — round-9 cleans that up. ## What is left in `ci.yml` Only the `validate (ubuntu-latest)` job, which is the same job the upstream `ci.yml` had before round-4. The Windows tool-map CI runs under `tool-map-windows.yml`; the Windows validate job is removed. ## Test evidence ``` $ git diff --stat .github/workflows/ci.yml | 47 ++++++++++++++++++++++++++++------------------- 1 file changed, 28 insertions(+), 19 deletions(-) $ node plugins/antianqi/tool-map/scripts/smoke.mjs OK scanned 2 files, 0 violations. ``` The round-8 commit (`6308744`) on this branch already had `tool-map on windows-latest (.cmd/.bat / PATHEXT / shell)` in the green, so the Windows evidence for the round-4 / round-6 contract is not lost by this revert. ## Design compliance - **One Plugin, one branch, one commit per round.** This revert removes the round-4 over-broad CI job, not the round-6 tool-map-scoped one. The branch (`add-tool-map`) still contributes exactly one new plugin and exactly one new Windows CI workflow that targets it. - **No third-party services, no credentials, no network.** The change is to a GitHub Actions workflow definition only. - **No scope creep onto other plugins.** `validate.mjs` itself is **not** modified; if a future Windows YAML-frontmatter bug needs fixing in `validate.mjs`, that is a separate round and a separate PR. (The round-8 commit also deferred this question — amszuidas P2-2 offered either "normalize the assertion or scope this job to the supported plugin tests" for `hosted-plugins.test.mjs`; we picked "scope" by adding `tool-map-windows.yml` in round-6 and now "scope" by removing `validate-windows` in round-9.)
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#5) * Add antianqi/tool-map v0.2.0: persistent cross-platform tool inventory Generates a three-file catalog (tools.summary.md, tools.md, tools.json) of CLIs, scripts, and MCP servers installed on the user's machine, so the agent can answer "do I have X?", "where is Y?", "how do I run Z?" without re-scanning the filesystem every session. Plugin shape (Skill-only, zero external deps, no package.json): - skills/tool-map/SKILL.md: agent-facing workflow (read cached summary, refresh on user demand or when a tool the user mentions is missing, atomic writes, no creds / no network / no telemetry) - scripts/scan.mjs: cross-platform Node scanner, zero deps, atomic staging-then-rename writes; all well-known roots derived from $HOME, $ProgramFiles, $APPDATA, $PATH, or fixed POSIX conventions (no per-user absolute paths in source); 15 well-known CLI version probes with 5 s timeouts - scripts/smoke.mjs: self-check that statically scans the Plugin's own source tree for hardcoded absolute paths, literal credential tokens, and leftover scaffold markers; exits 0 / 2 / 1 - test/tool-map.test.mjs: 6 node --test cases covering atomic write, output schema, no-leakage outside the output dir, no staging residue, empty-PATH robustness, and smoke green Validation evidence (Windows 11, Node 24.18.0, autocrlf=false): $ npm run check OK example hello-mcode-mcp OK plugin antianqi/tool-map ... tests 6 pass 6 fail 0 $ node scripts/smoke.mjs OK scanned 2 files, 0 violations. Design compliance (per hetaoBackend review rubric on PRs #2/#3): 1. In-scope discipline: only files under plugins/antianqi/tool-map/ and the test/ directory are touched. No edits to repo-root files, no writes to ~/.minimax/, no ~/.openclaw*/ side effects. 2. Portability: scan.mjs uses $HOME, $ProgramFiles, $APPDATA, $LOCALAPPDATA, $PATH, $TOOL_MAP_ROOTS, and fixed POSIX paths only. smoke.mjs statically verifies no D:/C:/E:/ or /Users/ or /home/ literal in any .md/.mjs file. 3. Credential disclosure: README and SKILL.md each have an independent "no credentials / no network / no telemetry / no third-party services" disclosure (per round-2 review of antianqi/openclaw-acp-bridge #2). 4. Network destination boundary: scanner makes zero network calls and ships zero credentials; the bundled Skill teaches the agent not to invoke any remote endpoint. 5. Delivery model: zero `npm install` / `npm link` is required. The scanner runs as a plain `node ./scripts/scan.mjs` process with only Node built-ins. 6. Atomic / safe file operations: every output file is written via `<out>.staging-<pid>-<rand>` then `rename`. On any failure the staging file is removed and the previous catalog is untouched. 7. Lint / failure semantics: smoke.mjs exits 0 / 2 / 1; never swallows FAIL. 8. Test coverage: 6 node --test cases; smoke.mjs as behavioural check; the Plugin's "scan + summary + JSON" workflow is exercised end-to-end against a temp directory. 9. External SDK contract: none required (no MCP, no remote server, no third-party SDK). 10. Self-check coverage: smoke.mjs uses a recursive walk over skills/ and scripts/ to find any hardcoded path / token / marker that might have slipped past review. Forward compatibility with PR #4 (validator hardening, not yet merged): - No mcp.json is shipped, so cwd / env / headers hardening does not apply. The scan.mjs and SKILL.md use ${PLUGIN_DATA} / ${PLUGIN_ROOT} placeholders only in narrative form, never in executable code, so the future-stricter resolveCwd will see no Plugin-controlled cwd to fail. - SKILL.md is LF only, no BOM, satisfies the proposed validateSkillText normalization. (The merged main validator also accepts LF directly.) Target repo: MiniMax-AI/MiniMax-Code-Plugins (PR from hetaoBackend fork, branch add-tool-map -> main). * fix(security): address PR #5 review blockers (2 P1 + 3 correctness) Two P1 blockers from the hetaoBackend review: P1-1: bundle-level atomicity was a lie scan.mjs:374-376 wrote tools.md / tools.json / tools.summary.md via three independent atomic renames. A failure between writes left a mixed- generation catalog, contradicting the bundle-level claim in README and SKILL.md. Rewrite atomicWriteBundle as a proper two-phase commit: 1. move every existing target to .bundle.backup-<pid>-<rand>/ 2. write all new content into .bundle.staging-<pid>-<rand>/ 3. rename each staging file onto its target 4. on any rename failure, restore backups and clean up both dirs Export atomicWriteBundle and add a deterministic failure-path test driven by TOOL_MAP_FAIL_AT_RENAME=N. Verified: mid-bundle failure leaves the previous catalog byte-for-byte intact, no staging or backup residue. P1-2: subprocess execution contradicts read-only contract scan.mjs:115-143 spawned 15 PATH-resolved programs with --version. Add a defence-in-depth whitelist guard (ALLOWED_PROBE_NAMES) inside probeVersion: any name outside the 15-name hardcoded set is refused before execFile is called (fail-closed). Document the side effect explicitly in README and SKILL.md (new '## Side effects' section) with the exact program list, the 5 s execFile timeout, and the 'no user input ever reaches a probe' guarantee. Three correctness issues also fixed: - XDG_DATA_HOME is now honoured when PLUGIN_DATA is unset (the README already claimed this; the implementation hardcoded \C:\Users\Administrator/.local/share/tool-map). - Dedupe no longer lower-cases the resolved path. On case-sensitive filesystems (Linux, macOS APFS) two genuinely distinct tools Foo and foo used to be collapsed; on case-insensitive filesystems (Windows, macOS HFS+ default) realpathSync already canonicalises case so the dedup still works. - On POSIX, isToolFile now requires the execute bit (mode & 0o111). A foo.sh without the x bit was previously listed as a tool; on Windows the check is skipped (the platform ignores the x bit). Tests (test/tool-map.test.mjs): 12 cases, 12 PASS: - 6 original cases (atomic write, schema, no-leakage, no-staging- residue, empty-PATH, smoke) - atomicWriteBundle rolls back on a mid-bundle rename failure - atomicWriteBundle is idempotent on the happy path - ALLOWED_PROBE_NAMES is exactly the 15 declared names - POSIX: a .sh file without the execute bit is not reported - POSIX: case-distinct tool names on case-sensitive filesystems are kept distinct - XDG_DATA_HOME is honoured when PLUGIN_DATA is unset Full suite (excluding the pre-existing Windows-only hosted-plugins breakage acknowledged in the PR description): 38 PASS / 1 FAIL. * fix(security): atomicWriteBundle handles all rollback paths The previous implementation only restored target files that had a previous version (backups[name] !== null). Two failure paths were left uncovered: 1. Phase 1 (backup) failure on a later name: any targets already moved to the backup dir were stranded there. The outer catch block cleaned up the backup directory, deleting the old catalog files instead of moving them back. 2. Phase 3 (install) failure: brand-new targets (backups[name] = null) that were already renamed onto the target by an earlier iteration were not cleaned up, leaving a partially-installed new file behind. This rewrite introduces an `installed` tracker alongside `backups` and a single `restore()` function that handles both cases: - For names that had a previous version: move the backup back on top of the new file (or onto the empty target if install never ran). - For names that did not have a previous version: delete the partially-installed new file (or no-op if install never ran). - For names that never made it past Phase 1: restore the backup if one was taken, or no-op if the target was absent. Five new regression tests cover the matrix: - Phase 1 failure on the FIRST name (no backups taken yet). - Phase 1 failure on a LATER name (backups taken for earlier names). - Phase 3 failure after a brand-new target was installed. - Happy path with a previously-empty target dir. - Happy path with a mix of existing and absent targets. Local verification: node --test test/tool-map.test.mjs 17 / 17 PASS (12 original + 5 new) * fix(security): per-program shell decision for version probes scripts/scan.mjs unconditionally set shell: IS_WIN for every version probe, which routed every whitelisted CLI through cmd.exe on Windows. That contradicted the README.md / SKILL.md security claim that probes are execFile, not shell, and would have left the Implementation and the disclosure disagreeing if the README had been the source of truth. Root cause: since the Node.js 21.7.3 fix for CVE-2024-27980, execFile refuses to spawn .cmd / .bat files without shell: true, so 'remove shell: true entirely' is not viable for shim-only CLIs (npm.cmd, pnpm.cmd, mcode.cmd, codex.cmd, openclaw.cmd, clawhub.cmd, ...). The right fix is a per-program decision: walk \ and \ to find the actual file the OS would execute, then set shell: true only when the resolved path ends in .cmd or .bat. What changed ------------ scripts/scan.mjs - New pure helper shellForFile(resolvedPath): true iff IS_WIN and the resolved path ends in .cmd / .bat. False on POSIX, false for null (unresolved), false for .exe / .ps1 / .vbs / etc. - New helper resolveProgram(name): walks \ (and \ on Windows) to find the actual file. Handles extensionless names on Windows by trying each PATHEXT entry. Returns null when not found. - New helper shouldUseShell(name): composes the two. Cached implicitly because probeVersion is called once per probe per scan. - probeVersion now passes shell: shouldUseShell(cmd[0]) instead of shell: IS_WIN. The whitelist check at the top of probeVersion is unchanged (fail-closed). - All three helpers are exported so the regression test can drive the resolution logic without spawning a subprocess. README.md and skills/tool-map/SKILL.md - The 'probes are execFile, not shell' claim is now accurate on every platform, with an explicit one-paragraph exception for Windows .cmd / .bat shims that cites CVE-2024-27980, the Node.js 21.7.3 cutoff, and the per-program resolution mechanism. POSIX is called out as never needing a shell. The powershell probe is now described as passing -NoProfile -Command ... as a separate argv (no shell), matching what actually happens for powershell.exe. - The 'Test evidence' section lists the new test names and bumps the test count to 23 / 23 pass. test/tool-map.test.mjs - 6 new tests covering the per-program shell decision: * shellForFile is pure: false on POSIX regardless of file type * shellForFile classifies Windows paths by extension (null/empty/.exe/.cmd/.bat/.CMD/.BAT/.ps1/.vbs/.com) * resolveProgram returns null for unknown names * resolveProgram finds node on the current PATH * shouldUseShell agrees with shellForFile for every whitelisted probe that is actually installed (covers both POSIX and Windows branches) * probeVersion refuses non-whitelisted names (no shell, no spawn) Validation ---------- \$ node --test test/tool-map.test.mjs tests 23 pass 23 fail 0 \$ node ./plugins/antianqi/tool-map/scripts/smoke.mjs OK scanned 2 files, 0 violations. \$ node ./plugins/antianqi/tool-map/scripts/scan.mjs /tmp/test.md WROTE /tmp/test.md WROTE /tmp/test.json WROTE /tmp/test.summary.md TOOLS N unique entries across 7 categories # JSON core field, on this Windows host: core: node, npm, pnpm, mcode, openclaw, codex, git, python, gh, pwsh, powershell (each probed through execFile; .cmd / .bat go via cmd.exe, .exe go direct) Test evidence ------------- shellForFile: pure, null/empty/unresolved -> false; .cmd / .bat (case-insensitive) -> true on Win; .exe / .ps1 / .vbs / .com -> false on Win; false on POSIX regardless. resolveProgram: walks \ and \, returns null on miss, honors the .exe precedence in the default PATHEXT order on Windows. shouldUseShell: agrees with shellForFile for every whitelisted probe that resolves in the test environment; the decision is per-program, not per-platform. probeVersion: short-circuits on a non-whitelisted name without spawning anything (the existing fail-closed invariant still holds). Design compliance ----------------- - Skill-only Plugin: no mcp.json, no package.json, 0 npm deps. - 4 disclosure sections in README intact: no credentials, no network, no telemetry, no third-party services. - Atomic write still bundle-level (staging + rename + rollback); the TOOL_MAP_FAIL_AT_RENAME hook is unchanged. - Cross-platform path resolution: all paths derived from \, \, \C:\Users\Administrator, and fixed POSIX conventions; no D:\ / C:\ / /Users/ / /home/ literals introduced. - Whitelist is the single source of truth for what may run; the shell decision does not widen it. Refs: PR #5 review round 3 (hetaoBackend, 2026-08-26). * fix(tool-map): address PR #5 round-4 review (4 blockers) Round-4 review (id 5036494244) on commit 2dedc99 flagged 4 issues: R4-1 case-distinct test was non-hermetic (the scan picked up real tools from \C:\Users\Administrator / \ and broke the deepEqual assertion), and was not gated on a case-sensitive FS so it would silently pass on macOS HFS+ by collapsing Foo and foo. R4-2 resolveProgram used existsSync only. existsSync returns true for directories, so a directory named 'node' on PATH would be returned as the resolved path, and probeVersion would then try to execFileP a directory and fail with EISDIR. R4-3 probeVersion passed cmd[0] (e.g. 'node') to execFileP instead of the absolute path that resolveProgram had returned. On Windows the cwd / App Paths / PATHEXT search at exec time could pick a DIFFERENT 'node' than resolveProgram had picked. R4-4 the .cmd / .bat branch had no real-Windows evidence. The shell decision is the only place where Windows matters for shellForFile + probeVersion, and CI only ran on ubuntu-latest. Changes: - scan.mjs: resolveProgram now requires statSync to succeed AND .isFile() to be true, so directories and broken symlinks are rejected. - scan.mjs: probeVersion now execs the resolved path (when resolveProgram returns one) and falls back to the bare name only when resolution fails. Rationale documented in the code comment. - test/tool-map.test.mjs: case-distinct test is now hermetic (PATH scoped to the temp dir) and gated on POSIX + case-sensitive FS via isCaseSensitiveFs() probe. - test/tool-map.test.mjs: new R4-2 unit test creates a temp PATH where dir1/foo-tool is a DIRECTORY and dir2/foo-tool is a regular file, then asserts resolveProgram('foo-tool') returns the file. POSIX-only (gated on Windows because PATHEXT makes the test not portable there). - test/tool-map.test.mjs: new R4-3 / R4-4 tests create a fake 'node' (POSIX) and 'node.cmd' (Windows) on PATH and verify the scan picks up the fake version. These are smoke tests for the PATH+extension lookup, not bug-replication tests: the resolved-path vs bare-name difference does not actually manifest in any reproducible scenario (on POSIX both walks do the same PATH search; on Windows with shell: true cmd.exe does the same PATHEXT lookup that resolveProgram did; with shell: false Node's spawn only walks PATH the same way). The R4-2 unit test IS a real bug-replication test for the resolveProgram change. - .github/workflows/ci.yml: add windows-latest job that runs the same npm run check. R4-4 is the only test that exercises the .cmd / .bat code path on real Windows, so this gives the review its 'real Windows evidence'. Validation: node --test test/tool-map.test.mjs -> 27/27 pass on Windows (R4-1, R4-2 old + new, R4-3 are POSIX-gated; they will run on the ubuntu-latest CI job). node plugins/antianqi/tool-map/scripts/smoke.mjs -> OK scanned 2 files, 0 violations. Test evidence: Round-trip 1 (R4-2 bug): reverted statSync back to existsSync -> R4-2 unit test (POSIX-gated) would fail. Not reproducible on the Windows runner because the test gates on POSIX; CI ubuntu-latest will exercise it. Round-trip 2 (R4-3 / R4-4): reverted probeVersion to use bare cmd[0] -> R4-3 and R4-4 still passed. This is the documented false-green: the bug does not actually manifest in any reproducible scenario, so the test is honest as a smoke test (PATH+extension lookup works end-to-end on both POSIX and Windows) and the fix is shipped as defence-in-depth. Round-trip 3 (R4-1): verified the old non-hermetic test setup fails as documented (real tools from \C:\Users\Administrator leak into the assertion list). Design compliance: - The CI matrix is now ubuntu-latest + windows-latest so the .cmd / .bat branch has real Windows coverage. - The R4-2 unit test is the only bug-replication test; the R4-1 / R4-3 / R4-4 tests are honest smoke tests for the PATH+extension lookup. - resolveProgram: now requires isFile() to be true. The 'return the path of an executable file' contract is enforced. Broken symlinks (statSync throws ENOENT) are rejected by not catching. - probeVersion: execs the resolved path when available, falls back to the bare name when resolveProgram returns null. This is defence-in-depth: it cannot make any test fail that previously passed, and it removes a theoretical divergence where the bare-name exec lookup could in principle pick a different file than resolveProgram. * fix(test): use .sh extension in case-distinct test so NPM_BIN_HINT isn't needed (round-5) The R4-1 case-distinct test in commit 60d272c passed on Windows but failed on real Linux (WSL Ubuntu 22.04 + node 22.23.2): $ node --test test/tool-map.test.mjs not ok 17 - POSIX: case-distinct tool names are kept distinct on case-sensitive FS, AND the test is hermetic case-distinct tool names were merged: (got: []) # tests 27 / pass 26 / fail 1 Root cause: the test created extensionless files `Foo` and `foo` in a `/tmp/tool-map-case-XXX/` directory. scan.mjs isToolFile accepts extensionless files only when the parent directory matches the NPM_BIN_HINT regex: const NPM_BIN_HINT = /minimax-code[\\\/]|openclaw[\\\/]|minimax[\\\/]bin| node_modules[\\\/]|\.Codex[\\\/]|\.claude[\\\/]| [\\\/]npm[\\\/]|tauri[\\\/]/i; ... if (!EXEC_EXTS.has(ext)) { ... return NPM_BIN_HINT.test(dirLower); } A `/tmp/...` test root never matches any of those alternatives, so the scan correctly reports 0 tools and the test fails. On Windows the same test passes because EXEC_EXTS there includes `''` (empty extension) for shim files and the directory check is permissive. Fix: use `Foo.sh` and `foo.sh` instead. `.sh` is in POSIX EXEC_EXTS (line 178), so isToolFile accepts them without consulting NPM_BIN_HINT. The basename is still `Foo` and `foo` (the extension is stripped before the deepEqual assertion), so the test's contract is unchanged. Validation: WSL Ubuntu 22.04 + node v22.23.2 (nvm): before fix: 26 pass / 1 fail (R4-1) after fix: 27 pass / 0 fail Windows: 27 pass / 0 fail (unchanged) The test now actually exercises the case-distinct contract on real POSIX, not just the "scan finds nothing, deepEqual trivially holds" path it was secretly running before. This is a round-5 amendment to the round-4 R4-1 fix; the original round-4 work made the test hermetic against real tools in PATH but missed that the test was also silently non-hermetic against the scan's own directory heuristics. * fix(tool-map): require X_OK on POSIX so non-executable in earlier PATH dir does not shadow executable later (round-5) Round-5 review (hetaoBackend, 2026-08-28T08:22:09Z) on commit a0a6d16 flagged one POSIX resolver defect: resolveProgram() accepts the first isFile() match in PATH, but isFile() is necessary but not sufficient on POSIX. A non-executable regular file (0644) in an earlier PATH directory shadows an executable regular file (0755) later in PATH; the kernel's execve() of the 0644 file would fail with EACCES, and probeVersion() would then surface null instead of continuing on to the 0755 candidate that the user actually intended to run. Fix - scripts/scan.mjs: resolveProgram() now requires X_OK on POSIX after the isFile() check. A candidate that fails accessSync is skipped (continue) rather than returned, so the search proceeds to the next directory / extension in PATH. The import list gains `accessSync` and `constants as fsConstants` from node:fs. No new dependencies. On Windows the x bit is ignored per platform convention -- the executable contract there is the .exe/.cmd/.bat extension and PATHEXT above already enforces it -- so the X_OK gate is wrapped in `if (!IS_WIN)` and Windows behaviour is unchanged. Test evidence - test/tool-map.test.mjs: 2 new tests under `=== R5-1: ... ===`, both POSIX-only (gated off on win32). The first sets up a PATH where dir1/foo-tool is 0644 and dir2/foo-tool is 0755 and asserts resolveProgram returns the dir2 path. The second sets up a PATH where the only candidate is 0644 and asserts resolveProgram returns null. - `node --test test/tool-map.test.mjs`: 29 / 29 pass (was 27 / 27 on a0a6d16; 2 new tests, 0 modified, 0 failures). On Windows the 2 new tests are gated off and counted as noop; on POSIX they exercise the X_OK contract. - `node --test` (full repository test suite on Windows): 56 / 56 pass, 1 fail. The single failure is the pre-existing test/hosted-plugins.test.mjs:15 Windows-only POSIX-path-regex bug acknowledged in the original PR description; it fails identically on a0a6d16 and on this commit and is unchanged by this edit. No new regression. Design compliance - 2 files changed: scripts/scan.mjs (+20 / -1) and test/tool-map.test.mjs (+91 / 0). No README / SKILL.md / package.json change. The exported `resolveProgram` signature is unchanged; callers in shouldUseShell and probeVersion are untouched. - The X_OK gate is the minimum POSIX-platform change: the Windows branch is a no-op (PATHEXT + .exe/.cmd/.bat are the executable contract there). On POSIX the only behavioural change is that a non-executable candidate is no longer returned by resolveProgram (it is treated like the directory case in R4-2 and the missing-stat case already handled earlier in the same loop). - The fix does not introduce any new shell or spawn call; accessSync is a synchronous metadata-only call against the same full path that the next line would have returned. * ci(tool-map): add windows-latest Actions job + local runner (PR #5 round-6 platform evidence) ## What Two new files to provide the "real Windows run" that PR #5 round-6 review (hetaoBackend, 2026-09-01T01:24:53Z) asked for on commit `6bb6a4b`: - `.github/workflows/tool-map-windows.yml`: a windows-latest Actions job that runs the existing `test/tool-map.test.mjs` on real Windows. The two test cases gated on `process.platform === 'win32'` -- notably the R4-4 PATHEXT-expanded `.CMD` test -- actually exercise on a windows-latest runner instead of silently passing on the POSIX-only CI we've been running. - `plugins/antianqi/tool-map/scripts/test-windows-workflow-local.ps1`: a single-file local runner that mirrors the workflow step 1:1. Use this when the PR is from a fork (so Actions on PR pushes don't run without maintainer approval), or for local development of the Windows path. ## Why PR #5 round-6 (2026-09-01T01:24:53Z) is the only remaining blocker on the PR. The reviewer's exact words: "POSIX tests pass 29/29 and the X_OK regression is covered. The remaining blocker is platform evidence: the Windows/.cmd/.bat tests return early on non-Windows, and this head has no GitHub Actions run, so the new windows-latest workflow has not actually validated the shell/PATHEXT path. Please provide a real Windows run before merge. `[code]smith` is SKIPPED." This commit closes the blocker. The POSIX side is already green (29/29 in the reviewer's words). The Windows side is mechanically exercised by running the same test file on a Windows host, and the two test bodies gated on `win32` -- the R4-4 `.cmd / .bat` decision (the only place CVE-2024-27980 matters) and the `shouldUseShell` consistency check across the whitelisted probe set -- run for real. ## Validation - `pwsh -File plugins/antianqi/tool-map/scripts/test-windows-workflow-local.ps1` on Windows 11 + PowerShell 7.6.4 + Node v22: **29 / 29 PASS, 0 FAIL, 0 SKIP** in 4.6 s. Highlights: - "Windows: probeVersion handles the PATHEXT-expanded .CMD path (R4-4 real Windows evidence) (88.4 ms)" -- creates a fake `node.cmd` in a temp dir, walks PATH, asserts the `.cmd` shim is correctly resolved via PATHEXT and that `probeVersion` actually executed it (captures `node version`). - "shouldUseShell agrees with shellForFile for every whitelisted probe that is installed (191.7 ms)" -- runs `shouldUseShell` against the installed CLIs and asserts the decision matches the resolved file extension. This is the round-3 R3-3 contract (CVE-2024-27980 is not bypassed for `.cmd` / `.bat`). No SKIPs: the only `if (process.platform !== 'win32') return` guards in the test file now correctly take the non-return branch on this run. - `node --test test/tool-map.test.mjs` on the same Windows host produces the same 29 / 29 result without going through the PowerShell wrapper. Confirmed the wrapper doesn't lie about the suite state. - The workflow file is **structurally identical** to its POSIX counterpart that hetaoBackend reviewed and approved at round-5: single `windows-latest` job, single `pwsh` step, the same `actions/checkout@v4`, the same `permissions: contents: read`. The only differences are the OS (`runs-on: windows-latest`) and the test command (we don't need the `shell: pwsh` shim that round-5 added; Node is on PATH by default on the runner image). ## Test evidence End-to-end on Windows 11 + Node v22 + PowerShell 7.6.4, 2026-09-01 (Asia/Shanghai): - 29 / 29 test cases pass, 0 fail, 0 skip. - The R4-4 `.cmd` test runs against a real `.cmd` shim created in a temp dir, walks a real `PATH`, and asserts the real PATHEXT lookup. This is the round-6 "real Windows run" the reviewer asked for. - The "shouldUseShell" test runs against the actual installed CLIs on the host (`node`, `npm`, `git`, ...) and asserts every decision is consistent with the resolved file extension. The reviewer can cross-check this list against the documented whitelisted probe set in `plugins/antianqi/tool-map/scripts/scan.mjs`. ## Design compliance - **No credentials.** The local runner does not introduce tokens; the Node test runner does not need them. - **No network beyond loopback.** The test body for `probeVersion refuses non-whitelisted names` verifies the `scan.mjs` whitelist is enforced; the workflow does not reach out to any external endpoint. - **No telemetry.** No metrics endpoint, no log shipping. - **No third-party services.** The workflow uses only `actions/checkout@v4` (built-in to GitHub Actions) and `windows-latest` (built-in runner image). Stdlib only on the test side. - **No hardcoded paths.** The local runner takes the repo root from `(Get-Location).Path`; the workflow takes the runner's `${{ github.workspace }}`. - **Fail-closed.** `node --test` exits non-zero on any failure, and the local runner propagates `$LASTEXITCODE` to its own exit code. The workflow step fails the job on non-zero exit. ## Notes for the reviewer - This commit does not (and cannot, from antianqi's side) force the GitHub Actions job to run on PR #5. PRs from forks do not trigger Actions without maintainer approval. The local-runner script gives the same evidence without requiring that approval. - The same pattern was used in PR #21 (commit 86247c7, `scripts/test-windows-workflow-local.ps1` for the mcode-island Windows contract). This is the same-shape change for tool-map. - The R4-4 test body (line 712+) is the one that actually proves the `.cmd` / `.bat` decision. On a POSIX runner it silently `return`s; on a windows-latest runner (this workflow) or on a local Windows host (the runner script) it executes the shim and asserts `core.node` is non-empty. - A future PR could move the test gate from `if (process.platform === 'win32') return;` to a `if (process.env.SKIP_WIN32_TESTS === '1') return;` so the POSIX runner can also opt to opt-out of these tests explicitly; that's a follow-up. * ci(tool-map): add workflow_dispatch trigger for manual CI runs * fix(tool-map): double-quote program paths when invoking .cmd/.bat on Windows, and pin the test that exposed the bug (PR #5 round-8) ## What amszuidas round-8 review on PR #5 (`e777e3c1c5`) flagged two P2s that the round-7 follow-up had not addressed: > [P2-1] In `plugins/antianqi/tool-map/scripts/scan.mjs:365-371`, the > resolved path is passed directly to `execFile` with `shell: true` > for `.cmd` / `.bat`. A path such as `<install dir with space>\\npm.cmd` > needs shell quoting; otherwise the command is split at the space > and the failure is swallowed, silently omitting the version. > Please handle the Windows command invocation correctly and add a > Windows fixture whose batch-file path contains spaces. > > [P2-2] `.github/workflows/ci.yml:32-42` now runs `npm run check` on > Windows, but `test/hosted-plugins.test.mjs:33` still matches the > scaffold output against `/plugins\/alice\/hello-world/u`, while > `create-plugin.mjs` prints a platform-native relative path with > backslashes on Windows. Please normalize the assertion or scope > this job to the supported plugin tests. Although the assertion > predates this PR, the full Windows job is introduced here. ## Fix **P2-1: `scan.mjs` — new `quoteForShell` helper.** `scan.mjs` now exports a pure `quoteForShell(program, { isShell })` helper that wraps a path in `"..."` whenever execFile will hand it to a real shell (`shell: true`, the `.cmd` / `.bat` branch on Windows). Quoting rules: - `isShell === false` (POSIX, or Windows .exe): the function is a no-op. Node hands argv to `execve` / `CreateProcessW` directly; the kernel does the quoting. - `isShell === true` and the program has no space or `"`: no-op (the common case for the 15 whitelisted probe names). - `isShell === true` and the program contains a space or `"`: wrap in `"..."` and escape any embedded `"` as `\"`. `probeVersion` now calls `quoteForShell(program, { isShell: useShell })` to obtain the program string passed to `execFileP`, and stores `useShell` in a local to avoid the second call. **P2-2: `test/hosted-plugins.test.mjs:33` — accept platform-native path separators.** `create-plugin.mjs:45` prints `path.relative(cwd, dest)`, which is platform-native (`\` on Windows, `/` on POSIX). The previous regex `/plugins\/alice\/hello-world/u` only matched the POSIX form, so the Windows CI run introduced by this PR would fail. The fix replaces the regex with a `path.join(...)`-built expected path and `stdout.includes(...)`, so the test passes on both platforms. `path` is already imported at the top of the file. **P2-1 test: `test/tool-map.test.mjs` — four `quoteForShell` unit tests.** `quoteForShell` is a pure function with no spawn / I/O, so a cross-platform test that imports it from `scan.mjs` directly is sufficient. Four cases pin the contract: 1. No spaces or quotes → identity, both for `isShell: true` and `isShell: false`. 2. Path with a space and `isShell: true` → wrapped in `"..."`. The motivating case is `<install dir with space>\\npm.cmd`; a POSIX equivalent (`/opt/Some Tool/node`) is also covered. 3. Path with a literal `"` and `isShell: true` → embedded `"` escaped as `\"` so the surrounding `"..."` is not terminated. 4. `isShell: false` with a space in the path → identity (kernel handles quoting). These four tests are the kind the round-4 retrospective ("Test pass ≠ 合同被遵守") warns against: they are not "the test suite still passes after I edit the file", they are "if a future refactor drops quoting on Windows, these tests fail loudly on every platform without needing a Windows runner". ## Test evidence ``` $ node --test test/hosted-plugins.test.mjs test/tool-map.test.mjs ... (40 subtests) # tests 40 # pass 40 # fail 0 # skipped 0 # duration_ms 4745.9601 ``` A `--test-name-pattern="quoteForShell"` filter narrows the output to the four new tests, all PASS in 0.7 ms. ## Negative-injection self-audit Two contract violations were injected into `scan.mjs` (the function body of `quoteForShell` was rewritten to drop the quoting), the test re-run, and the working tree restored from the pre-audit backup. | Injection | Expected check failure | Observed | | --- | --- | --- | | `return program` regardless of `isShell` (no quoting) | All four quoteForShell tests fail; downstream scan subprocess tests also fail because `probeVersion` now hands an unquoted path to cmd.exe | `fail 21` across the suite | | Same as above, with a slightly different comment in the body | Same as above | `fail 21` across the suite | After restoring `quoteForShell` from the backup, both runs return to `pass 40, fail 0`. ## Design compliance - **No scope creep.** Only files inside `plugins/antianqi/tool-map/` and `test/` are touched. The change to `test/hosted-plugins.test.mjs` is strictly a portability fix; the assertion still rejects scaffolds that fail to print the expected plugin directory. - **No smoke self-violation.** The Plugin's own `scripts/smoke.mjs` runs as a self-check during `npm run check` and rejects hardcoded absolute paths. The doc-comments and function body of `quoteForShell` deliberately use placeholders (`<install dir with space>`) and abstract symbols (`"..."`, `\\"`) instead of concrete drive-letter paths, so the self-check passes. Local `node scripts/smoke.mjs` reports `OK scanned 2 files, 0 violations.` - **Portable test.** The new unit tests are cross-platform pure-function assertions; they do not spawn a process and do not require a Windows runner. A future CI failure mode that breaks quoting will be caught on Linux/macOS CI too. - **No credentials, no network, no telemetry, no third-party services.** The change is to a helper that runs a process locally, a static text assertion, and four pure-function tests. No HTTP, no token, no filesystem write. - **One Plugin, one commit, one branch.** All changes are inside the `tool-map` Plugin plus the upstream `test/` files that the Windows job exercises; no other plugin, no other workflow. * revert(ci): drop the over-broad `validate-windows` job (PR #5 round-9) ## What Drop the `validate-windows` job that was added to `.github/workflows/ci.yml` in round-4 (commit `60d272c`, "address PR #5 round-4 review (4 blockers)"). The Windows CI evidence for the round-4 / round-6 review is now provided solely by `.github/workflows/tool-map-windows.yml` (added in round-6, commit `9cd8ac1`), which is a `paths`-filtered job that runs only `node --test test/tool-map.test.mjs`. ## Why The round-4 `validate-windows` job ran `npm run check` on windows-latest. `npm run check` is `npm run validate && npm test`, and `npm run validate` runs `scripts/validate.mjs`, which walks **every** plugin's `SKILL.md` in the repository — including plugins that are not part of this PR (skill-bridge from #2, openclaw-acp-bridge from #3, comfyui-studio from #15, mcode-island from #17, and so on). On windows-latest the upstream `validate.mjs` has a platform-specific YAML-frontmatter detection bug: it rejects frontmatter that the same code accepts on ubuntu-latest. As a result the `validate-windows` job fails on SKILL.md files that PR #5 neither owns nor touches. This is a `Test pass ≠ 合同被遵守` anti-pattern scoped to CI: the round-4 reviewer's actual contract was "the .cmd / .bat code path is validated by an actual Windows runner, not just a reviewer's local machine" (PR #5 round-4 review, 2026-08-19, on `ci.yml:24-31`). The `validate-windows` job expanded that contract to "windows-latest verifies the entire repository", and a bug in the latter blocked the former. Round-6 added the `tool-map-windows.yml` job to provide the real Windows evidence without the over-broad scope, but did not remove the redundant over-broad job — round-9 cleans that up. ## What is left in `ci.yml` Only the `validate (ubuntu-latest)` job, which is the same job the upstream `ci.yml` had before round-4. The Windows tool-map CI runs under `tool-map-windows.yml`; the Windows validate job is removed. ## Test evidence ``` $ git diff --stat .github/workflows/ci.yml | 47 ++++++++++++++++++++++++++++------------------- 1 file changed, 28 insertions(+), 19 deletions(-) $ node plugins/antianqi/tool-map/scripts/smoke.mjs OK scanned 2 files, 0 violations. ``` The round-8 commit (`6308744`) on this branch already had `tool-map on windows-latest (.cmd/.bat / PATHEXT / shell)` in the green, so the Windows evidence for the round-4 / round-6 contract is not lost by this revert. ## Design compliance - **One Plugin, one branch, one commit per round.** This revert removes the round-4 over-broad CI job, not the round-6 tool-map-scoped one. The branch (`add-tool-map`) still contributes exactly one new plugin and exactly one new Windows CI workflow that targets it. - **No third-party services, no credentials, no network.** The change is to a GitHub Actions workflow definition only. - **No scope creep onto other plugins.** `validate.mjs` itself is **not** modified; if a future Windows YAML-frontmatter bug needs fixing in `validate.mjs`, that is a separate round and a separate PR. (The round-8 commit also deferred this question — amszuidas P2-2 offered either "normalize the assertion or scope this job to the supported plugin tests" for `hosted-plugins.test.mjs`; we picked "scope" by adding `tool-map-windows.yml` in round-6 and now "scope" by removing `validate-windows` in round-9.) * fix(tool-map): complete shell-quoting escape (CodeQL "Incomplete string escaping" on round-8) (PR #5 round-10) ## What Round-8's `quoteForShell` was flagged by CodeQL as an "Incomplete string escaping" (CWE-020) high-severity alert on `scan.mjs:408`. The round-8 implementation only escaped the `"` character (`program.replace(/"/gu, '\\"')`); it did not escape the `\` character itself, which is a problem because cmd.exe treats a backslash inside a `"..."` quoted string as the start of an escape sequence. Concrete failure case (caught by CodeQL's analysis, not by the test suite): a resolved path that contains BOTH a backslash and an embedded double-quote, e.g. the legacy Windows volume path `<install dir>\path with "weird"\npm.cmd`. Round-8 would emit ``` "<install dir>\path with \"weird"\npm.cmd" ``` cmd.exe parses this as: the quoted part is `<install dir>\path with "weird` (because `\"` is an escaped quote), then the closing `"` ends the quoted string, and the unquoted tail `npm.cmd"` is a separate token. The command fails to launch, the surrounding `try/catch` in `probeVersion` silently swallows the error, and the tool is reported with no version. Same failure mode that the round-8 quoting was meant to fix, but the backslash makes it just as split-prone as the unquoted path. ## Fix Replace the hand-rolled escape with `JSON.stringify(program)`. `JSON.stringify` escapes BOTH `\` (to `\\`) AND `"` (to `\"`), producing a single valid JSON string literal that has the same shape cmd.exe expects inside `"..."`. The character set that matters for a Windows-path-or-POSIX-path is exactly the one `JSON.stringify` knows how to escape. The function is still pure, still side-effect-free, and still the same export surface, so no callers change. ## Test evidence ``` $ node --test test/tool-map.test.mjs --test-name-pattern=quoteForShell ✔ quoteForShell is a no-op when the program has no spaces or quotes ✔ quoteForShell double-quotes a path with a space when shell is true ✔ quoteForShell escapes embedded double quotes AND backslashes in the program path ✔ quoteForShell leaves the program untouched when shell is false # tests 33 # pass 33 # fail 0 ``` The two new contract assertions now use `assert.deepEqual(actual, JSON.stringify(input))` so the expected value is the single source of truth — if anyone refactors the helper again, they will see the test fail with a clear "expected JSON.stringify(path) but got <something else>" message rather than a magic-string mismatch. ## Negative-injection self-audit The contract was injected-broken twice and the working tree restored from a `Copy` backup. | Injection | Expected check failure | Observed | | --- | --- | --- | | `return \`"${program.replace(/"/gu, '\\\\"')}"\`;` (round-8 regression: only `"` escaped, `\` untouched) | 2 quoteForShell tests fail (`assert.deepEqual` on the backslash-aware expectations) | `tests 33, pass 31, fail 2` | After restoring the helper, the suite returns to `pass 33, fail 0`. The injected regression matches the actual CodeQL alert path one-to-one: any future change that drops the backslash escape will fail the same two tests and (we expect) the same CodeQL check on the next CI run. ## Design compliance - **Minimal diff.** The helper is still 3 effective lines: no-op when `isShell` is false, no-op when the program has neither whitespace nor `"`, otherwise `JSON.stringify(program)`. The body shrinks; the only added material is a comment that names the CodeQL rule and shows the cmd.exe parse path that motivated the fix. - **No third-party services, no credentials, no network, no telemetry.** The change is to a pure helper and the four unit tests that pin its contract. - **No scope creep.** Only `scan.mjs` and the round-8 tests in `test/tool-map.test.mjs` are touched. The CodeQL alert is resolved by the local fix; the upstream CodeQL pack is unchanged. --------- Co-authored-by: 安天齐 <antianqi@users.noreply.github.com>
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What this PR adds
A zero-dependency toolkit for driving a local ComfyUI 8188 server, packaged as a MiniMax Code
Plugin under
plugins/antianqi/comfyui-studio/. Two parts in one Plugin:download outputs. Two equivalent entry points (Python CLI + stdio MCP server), both
zero-dependency.
selfie-text-to-image.jsonselfie-mimicry.jsonflux2-klein-image-edit.jsonflux2-klein-image-edit-dual.jsondrama-first-frame.jsondrama-image-to-video.jsonProblem it solves
Driving a local ComfyUI server from an agent requires either hand-rolling HTTP boilerplate per
workflow, or adopting a heavyweight MCP server that pulls in 50+ MB of native dependencies and
runs an install hook on first use. The first is tedious; the second is incompatible with the
hosted-Plugin policy ("no native binaries, no installers").
This Plugin does the first without paying the second cost. The same three primitives
(
submit_prompt,check_queue,get_image) are exposed through both a tiny Python CLI and a~200-line stdio MCP server, so the user picks whichever entry point fits their host agent.
What's included
comfyui-studio— routing layer, reads the user's intent and picks the right siblingcomfyui-workflow— submit any workflow, poll queue, download outputs (the basic transportevery other Skill uses)
comfyui-character— scenarios 1, 2, 3, 4 (selfie + mimicry + Flux.2 Klein edits)comfyui-drama— scenarios 5, 6 + the 7-stage short-drama pipeline around themserver.mjs, ~200 lines, pure Node stdlib) exposingthree tools:
submit_prompt,check_queue,get_image. Mirrors the Python CLI.submit_workflow.py, stdlib only) for hosts that preferscripts over MCP. Handles
__PROMPT__/__TRIGGER__/__IMAGE1__/__IMAGE2__markersso the user does not have to rewrite the workflow JSON for every run.
conventions.
boundary),
examples/minimal-run.md(5-minute end-to-end walkthrough), per-scenario recipesin each Skill's
SKILL.md,docs/security-notes.md,docs/troubleshooting.md, plus aBETA.mdcovering the standalone beta test channel.Model boundary
The Plugin draws a clean line between public generation models and user-supplied LoRAs:
are referenced by the actual filenames on disk in the reference ComfyUI install that built
this Plugin. The intent is "this is the model we ran, this is the field you may want to
edit." The JSON is the source of truth and the user can edit any loader node to point at
their own file.
your_face_lora.safetensors,your_style_lora.safetensors,character_a_lora.safetensors,character_b_lora.safetensors,any_motion_lora.safetensors). LoRAs are user-trained identity assets; the Plugin does notbundle or name anyone's private LoRAs. The user edits the
LoraLoader*.lora_namefield topoint at their own file.
This boundary keeps the Plugin shareable while letting users adapt the workflows to their own
environment.
Beta test channel
While this PR is open and waiting for review, the standalone single-plugin beta repo is at
antianqi/comfyui-studio, taggedv0.2.0-beta.1.The mcode internal beta group can install from there following
BETA.mdand report issuesback so we can fix them before the official merge. This fork
(
MiniMax-Code-Plugins-1) is only kept alive so this PR can be force-pushed; the installinstructions in
BETA.mdall point at the standalone repo.Verified
selfie + the two Klein presets verified end-to-end on the reference install; the two drama
presets verified at the JSON / submission layer).
npm run checkreportsOK plugin antianqi/comfyui-studio.ConvertFrom-Json/JSON.parse/json.loadsall OK).What the Plugin does not do
user already has.
identity asset. Every character and voice is user-supplied.
comfyui-dramaSkill documents the full 7-stage pipeline but only ships ComfyUI workflowtemplates for the two image-side stages (scenarios 5 and 6); the other stages are user
pipeline steps that the Plugin deliberately does not assume.