Sync main back to beta: close 55-line drift from #426 squash-merge#427
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Closes the final 55-line content drift between beta and main. PR #426 was squash-merged into main, so the two Copilot review fixes I pushed during its review cycle landed on main as part of the squash commit but never made it back to beta: - Path-traversal guard in tests/integration/_self_update_fixture.py (mirrors update_reload_runner.gd's runtime check) - Negative-path tests for v2.4.0+ addon-shape preflight in tests/unit/test_self_update_smoke_harness.py (+4 tests) After this merges, beta and main are content-identical and the merge graph reflects an ongoing-convergence relationship. https://claude.ai/code/session_01VgXf3Lqv2ypt36g6EqpRYg # Conflicts: # tests/integration/_self_update_fixture.py
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Pull request overview
Syncs main back onto beta to eliminate a small post-squash drift from #426 by bringing over the self-update fixture ZIP safety guard and the new _require_v240_plus_addon_shape() negative-path unit tests.
Changes:
- Add a ZIP entry path-safety guard in the integration self-update fixture extractor.
- Add unit tests covering the v2.4.0+ addon-shape preflight checks and error messaging in the local self-update smoke harness tests.
Reviewed changes
Copilot reviewed 2 out of 2 changed files in this pull request and generated 1 comment.
| File | Description |
|---|---|
tests/unit/test_self_update_smoke_harness.py |
Adds pytest-based coverage for _require_v240_plus_addon_shape() success and failure cases. |
tests/integration/_self_update_fixture.py |
Adds a guard intended to prevent absolute/traversal ZIP member extraction during fixture setup. |
💡 Add Copilot custom instructions for smarter, more guided reviews. Learn how to get started.
| rel = Path(info.filename).relative_to("addons/godot_ai") | ||
| if rel.is_absolute() or any(part in ("", ".", "..") for part in rel.parts): | ||
| raise ValueError( | ||
| f"Refusing unsafe zip entry {info.filename!r}: relative path " | ||
| f"{rel!s} contains absolute or traversal segments" | ||
| ) |
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Excellent catch — fixed in 9afcdc7. The guard I added in #426 was Linux-only adequate; on Windows the Path("C:evil.txt") parse would have absorbed the drive component and target_addon / rel would have dropped the prefix. CI runs on Linux so the gap wasn't visible there, but the harness runs on developer Windows machines too.
Three-pronged hardening:
- Parse zip member names as
PurePosixPath(the ZIP spec is POSIX-style with/). Stops Windows host pathlib from reinterpreting drive-letter syntax during the parts walk. - Reject any literal backslash in
info.filenameup front. Mirrorsupdate_reload_runner.gd::_is_safe_zip_addon_file(), which already rejects backslashes for the same reason. - Belt-and-suspenders containment check:
resolved.is_relative_to(target_resolved)on the final output path. Catches any OS-specific path-parsing quirk that sneaks past the parts-based check.
Also added tests/unit/test_self_update_fixture_extract.py (5 cases): clean-zip happy path, parent-traversal rejection, backslash rejection, zip-directory entries skipped, entries outside the addons/godot_ai/ prefix skipped. Test count 907 → 912.
Generated by Claude Code
Copilot review on #427 flagged that the path-traversal guard added in #426 was OS-dependent: on Windows, a crafted member like "addons/godot_ai/C:evil.txt" yields a relative pathlib.Path with a drive component, and `target_addon / rel` discards `target_addon`, writing outside the fixture directory. CI runs on Linux so the existing guard passed, but the harness also runs on developer Windows machines. Three-pronged fix: - Parse zip member names as `PurePosixPath` (ZIP spec uses `/`) so Windows host pathlib doesn't reinterpret drive-letter syntax. - Reject any member name containing a literal backslash up front (mirrors update_reload_runner.gd::_is_safe_zip_addon_file()). - Final containment check via `Path.is_relative_to()` on the resolved output path -- catches any OS-specific path-parsing quirk that sneaks past the parts-based check. New `tests/unit/test_self_update_fixture_extract.py` covers the clean-zip happy path, parent-traversal rejection, backslash rejection, zip-directory-entries are skipped, and entries outside the addons/godot_ai prefix are skipped. 912 pytest tests pass (+5). https://claude.ai/code/session_01VgXf3Lqv2ypt36g6EqpRYg
* Fix self-update runner snapshot scan (#415) * Pin UV_LINK_MODE=copy in uvx-bridge entries to dodge Windows pywin32 lock (#302) * Fall back $HOME -> %USERPROFILE% in path-template expand() so OpenCode auto-configure works on Windows (#318) User on Windows hit "Cannot write to /.config/opencode/opencode.json" and "ERROR: Could not create directory: '/.config'" when auto-configuring OpenCode. The leading "/" came from $HOME substituting to the empty string -- Windows typically only sets USERPROFILE, not HOME. The same module's _home() helper already does this fallback for ~/ expansion; bring $HOME into line so the two spellings mean the same thing on every platform. Running as admin doesn't help because the path itself is malformed (rooted at the drive root). OpenCode is the only descriptor that uses $HOME on Windows (because opencode debug paths reports ~/.config/opencode/opencode.json on every platform); other clients use $APPDATA / $USERPROFILE and dodged the trap. Existing test_opencode_client_uses_home_config_on_windows already exercises the right shape -- passes on Mac/Linux and on GitHub Actions Windows runners (HOME set by default), which is how this slipped through. After this change it passes on a stock Windows box too. Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Dedup $HOME fallback to _home() + add mocked-env test for USERPROFILE path (#319) * Dedup $HOME fallback to _home() and lock USERPROFILE coverage with a mocked-env test Follow-up to #318. Two review points from Copilot: 1. The new $HOME -> USERPROFILE branch was a fresh fallback path instead of reusing _home(), so home-directory resolution had two spellings that could drift again. Fold $HOME's fallback through _home() so $HOME and ~ are guaranteed to mean the same thing. 2. test_opencode_client_uses_home_config_on_windows did not actually exercise the new branch on CI: GitHub Actions Windows runners set HOME by default, so the regression check passed without ever touching the USERPROFILE fallback. Add a focused test that explicitly clears HOME and sets USERPROFILE to a known value, runs both $HOME/foo and ~/foo through expand(), and asserts the fallback fires for both spellings on every CI platform. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Restore HOME/USERPROFILE via unset-when-empty pattern to avoid leaking defined-empty env vars Copilot pointed out that OS.set_environment(name, "") creates a defined-empty env var rather than leaving it unset, so restoring via the captured saved_* values would silently promote previously-unset vars to defined-empty for the rest of the test run. Mirror the unset-when-saved-was-empty pattern already used by the GODOT_AI_MODE tests in this file so the original unset/set state is preserved exactly. Also switch the test's HOME-clearing setup from set_environment("HOME", "") to unset_environment("HOME") for the same reason. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Detect bare-key TOML sections in _toml_strategy to fix codex duplicate-key error (#320) * Detect bare-key TOML sections in clients/_toml_strategy so codex reconfigure doesn't append a duplicate When a user's TOML file has a bare-key section like [mcp_servers.godot-ai] (valid TOML — bare keys allow [A-Za-z0-9_-]+), McpTomlStrategy._all_headers only considered the quoted form [mcp_servers."godot-ai"] that _primary_header always emits. _find_section returned empty, configure fell through to the append-at-end path, and the resulting file had two godot-ai sections — codex's TOML parser rejects this with `duplicate key`. The same bug made check_status report NOT_CONFIGURED on bare-key files (so the dock looked like the client was unconfigured) and made remove a silent no-op. Add _bare_key_header / _is_bare_key helpers and include the bare form in _all_headers when every segment of toml_section_path matches [A-Za-z0-9_-]+. _primary_header keeps emitting the quoted form for new writes (no churn on existing-quoted-form files); the matcher just tolerates either spelling now. Add a regression test covering the codex shape: a fixture file with a bare-key parent section plus a nested .tools subtable that the user might add to set per-tool approval_mode. The test asserts check_status detects the entry, configure updates it in place (no duplicate; subtable customisation survives), and remove cleans both spellings. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Extend remove() to clean subtables in the namespace, not just the parent header Copilot pointed out that the original fix in this PR is only partial: remove() matches the parent header [mcp_servers.godot-ai] but stops at the next bracketed line, which on the codex shape is the user's [mcp_servers.godot-ai.tools.session_list] subtable. So remove reports success but leaves the subtable behind. TOML treats that subtable as implicitly defining mcp_servers.godot-ai, so a later configure rewriting [mcp_servers."godot-ai"] produces a duplicate-key error again — the exact shape the original bug took. Add _subtable_prefixes / _matches_subtable_prefix helpers (mirrors of the existing _matches_any_header style) and let remove() consume both the parent header and any subtable header in the namespace before moving on. Configure is unchanged — it only owns the matched parent section's body, leaving subtables alone so user customisations like per-tool approval_mode survive across reconfigure. Tighten the regression test: assert subtable header AND its body (approval_mode line) are gone after remove, then round-trip a configure-after-remove and assert exactly one godot-ai section in the final file. Pre-fix this round-trip would surface the original duplicate-key shape. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Split animation_handler.gd along the four-domain seam (#344) The 1674-line animation_handler.gd had four clearly-separated domains (write ops, presets, read introspection, value coercion) that the audit in #297 flagged as a deferred split (finding #13). With the reliability work and characterization tests in place, extract: - animation_presets.gd (480 LOC): preset_fade / slide / shake / pulse, the _resolve_preset_target classifier, and the _direction_offset static helper. - animation_values.gd (454 LOC): list_animations, get_animation, validate_animation, plus the shared keyframe value coercion (coerce_value_for_track / resolve_track_prop_context / coerce_for_type), transition parsing, enum-to-string helpers, and serialize_value. Adds a player_root_node helper that DRYs up the root-node fallback that was open-coded in three places. - animation_handler.gd shrinks to 869 LOC (under the 900-LOC cap from the issue) and keeps every public op as the dispatcher's registration target. preset_* and read methods are thin proxies into the submodules so plugin.gd dispatcher entries and test_animation.gd's _handler.method(...) call sites need no changes. The submodules hold a WeakRef back to the handler. The handler owns them strongly via _presets / _values; the WeakRef breaks the cycle so plugin teardown's _handlers.clear() actually decrefs to zero. Both files follow the const X := preload(...) + no-bare-class_name convention from CLAUDE.md. Validated locally: ruff clean, all 722 Python tests pass, script/ci-check-gdscript clean, and a SceneTree smoke confirms the handler wires up its submodules, the WeakRef back-pointers resolve, and the static helpers + proxy methods all behave as expected. https://claude.ai/code/session_011QxzADbf9zHwfZicjzdvCw Co-authored-by: Claude <noreply@anthropic.com> * Revert "Split animation_handler.gd along the four-domain seam (#344)" (#368) * Revert "Split animation_handler.gd along the four-domain seam (#344)" This reverts commit d915c4d. * Empty commit to retrigger CI (flake on Godot tests / macOS) --------- Co-authored-by: Claude <noreply@anthropic.com> * Bump version to 2.4.0 * Add Kimi Code CLI client support (#396) Register Kimi Code CLI as a new MCP client using the CLI strategy: - kimi mcp add --transport http for configuration - kimi mcp remove for removal - kimi mcp list for status checks Also update docs and README to reflect the expanded client list. * Rename Kimi Code CLI display name to Kimi Code (#404) * Rename Kimi Code CLI display name to Kimi Code The display_name "Kimi Code CLI" caused the dock status to render "Kimi Code CLI CLI not found" because _cli_strategy.gd appends " CLI not found" using the display name. Drop the redundant suffix to match the convention of every other CLI client in the registry (Claude Code, Codex, Qwen Code, Kilo Code, Roo Code, etc.). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Track kimi_code.gd.uid Every other client in the registry has its .uid file checked in; #396 missed this one. Without it, fresh checkouts have Godot regenerate a different uid, which can break preload references. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Drop redundant " CLI" suffix from cli_strategy error messages Display names of CLI clients vary in whether they include "CLI" in the brand: Gemini CLI does, Kimi Code CLI did, Claude Code / Codex / Qwen Code don't. Hardcoding " CLI" in the strategy message produced "Gemini CLI CLI not found" / "Kimi Code CLI CLI not found". Drop the suffix so the message reads naturally regardless of the client's brand. "Claude Code not found" and "Gemini CLI not found" are both fine; the duplication is gone. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Bump version to 2.4.1 * Fix v2.4.1 upgrade regression: keep class_name McpErrorCodes; smoke from real prior release zip v2.4.1 broke in-place self-update for every user on any earlier version. Symptom on update: dozens of "Parse Error: Could not resolve script res://addons/godot_ai/utils/error_codes.gd" lines across the disable -> extract -> enable window, followed by plugin.gd:225 "Nonexistent function 'new'" when the broken script references cascaded into DebuggerPlugin instantiation. Root cause: Godot's project-wide script-class registry holds the old `McpErrorCodes -> error_codes.gd` mapping at the moment the new files (which no longer declare `class_name`) extract on top. The registry and the on-disk content go through a transient inconsistency that the new files' `preload()` calls cannot survive. #412 swept all 400+ consumer sites onto the preload alias, but the *declaration* removal turned out to be the single load-bearing line for upgrade compatibility. Fix: restore `class_name McpErrorCodes` on `error_codes.gd` only. All consumers stay on the new `const ErrorCodes := preload(...)` alias #412 introduced. The registry stays consistent across any upgrade from <= v2.4.1 -> v2.4.2 because the declaration on this file is unchanged from the user's prior install. Lint baseline holds at 306; declarations aren't part of the violation count. Smoke gap (the reason v2.4.1 shipped broken): `script/local-self-update-smoke` builds both v(N) and v(N+1) from the *current* source tree. Both fixtures had the new preload code, so the harness never exercised an actual class_name -> preload transition. Add `--base-from-release-tag <tag>` (and `--base-from-zip <path>` for offline) flags that source v(N) from a real released `godot-ai-plugin.zip`. Verified the fix: - --base-from-release-tag v2.4.0 --next-version 2.4.2: PASS, 0 Parse Errors during the update window, all 6 verifier PASS markers. - --base-from-release-tag v2.4.1 --next-version 2.4.2: PASS, 0 Parse Errors -- users already on the broken v2.4.1 recover by upgrading to v2.4.2. Subsequent self-update PRs that touch class_name on any load-surface file MUST re-smoke against the prior released zip via these flags; running the harness against current source alone will continue to miss this class of transition bug. * Bump version to 2.4.2 * Fix self-update runner snapshot scan * Fix self-update fixture: merge stderr into stdout for parse-error scan `subprocess.run(..., capture_output=True)` then `proc.stdout + proc.stderr` yields an "all-stdout-then-all-stderr" buffer with no time-ordering. The window markers in `assert_no_update_parse_errors` are stdout-only `print()` calls, but Godot routes `SCRIPT ERROR: Parse Error` and friends to stderr via `OS::print_error`. With unmerged streams those errors live at offsets beyond the marker window and the assertion silently passes regardless of whether the bug is firing. Switch to `stdout=subprocess.PIPE, stderr=subprocess.STDOUT` so the kernel interleaves chronologically into one buffer. Same reason existing CI scripts (`.github/workflows/ci.yml`) use shell `> log 2>&1`. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Fix historical-constraint test: warm class cache + env-var driver gate The historical test was silently passing for a different reason than it documents: with no headless `--import` warmup, the editor's first scan happens concurrently with the autoload spawning the runner, so the v2.3.2 `McpErrorCodes` class registration never makes it into the cache before the new files extract. The registry-skew window the bug relies on never opens, and the assertion that parse errors fire fails. Two fixes: - Add `prime_class_cache(project_dir, godot_bin)` to the fixture: a `--headless --import` pass that populates `.godot/global_script_class_cache.cfg` against the v2.3.2 base before the real editor pass runs. - Replace the autoload's `--import` cmdline gate with an explicit `_SELF_UPDATE_DRIVER_SKIP=1` env var. The warmup sets it so the autoload skips its runner work; the real editor pass leaves it unset so the autoload runs even when `--headless` is in use (which the forward test needs). The previous `OS.get_cmdline_args().has("--import")` check did not skip reliably in `--headless --import` and would have allowed the warmup to consume the staged update zip. The env-var pattern is unambiguous. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Apply ruff format Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com> Co-authored-by: github-actions[bot] <github-actions[bot]@users.noreply.github.com> Co-authored-by: Crithit Studio [Joey] <joeweis00@icloud.com> * Smoke harness: surface clear error for pre-v2.4.0 bases (#422) `patch_fixture_plugin` patches `utils/server_lifecycle.gd` and `utils/update_manager.gd`. Both files were added in v2.4.0 (extractions from plugin.gd and mcp_dock.gd respectively); pre-v2.4.0 release zips don't have them. Before this change, passing `--base-from-release-tag v2.3.2` died with a cryptic `FileNotFoundError` from inside `patch_lifecycle_expected_server_version` before reaching the manual step instructions. Add a pre-flight check that detects the missing v2.4.0+ extracted files and raises a clear `HarnessError` pointing at the integration test that already covers the v2.3.2 -> current upgrade transition via a different code path (extract zip directly, invoke runner.start() on the base's shipped runner, assert the documented historical parse-error cascade fires). Supporting v2.3.2 base end-to-end in the dock-click smoke would require parallel patching of v2.3.2's mcp_dock.gd (where the update flow lived before #297/#310 extracted it). That's significantly more code and brittle against changes to old code we're not iterating on, with little marginal value over the existing integration test. Verified: - `--base-from-release-tag v2.3.2 --no-launch` -> clean FAIL message - `--base-from-release-tag v2.4.0 --no-launch` -> fixture ready, manual step instructions print - no flag (current-as-base) -> fixture ready, manual step instructions print Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com> * Drop stale bare-`Mcp*` lint reference from McpErrorCodes doc-comment Copilot review on #425 caught that the cited `tests/unit/test_plugin_self_update_safety.py` lint no longer exists -- that test file's own docstring documents the deny-by-default ratchet was removed because it measured call shape rather than the actual parse-hazard bug. The CLAUDE.md `never-delete-published-class_name` policy referenced in the prior sentence is the real guard; drop the misleading lint reference. https://claude.ai/code/session_01VgXf3Lqv2ypt36g6EqpRYg * Merge beta into main: land #415 + #422 self-update fixes (#426) (#427) * Harden ZIP extractor against Windows drive-letter and backslash entries (#428) * Mega cleanup: #413, #416, #418, #419 (close #399) (#429) --------- Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com> Co-authored-by: github-actions[bot] <github-actions[bot]@users.noreply.github.com> Co-authored-by: Crithit Studio [Joey] <joeweis00@icloud.com>
Summary
Final step of the beta↔main convergence kicked off in #425/#426. Closes the 55-line content drift on
betaintroduced when #426 was squash-merged intomain— my two Copilot review fixes pushed during #426's review cycle landed on main as part of the squash commit but never made it back tobeta.Brings onto beta:
tests/integration/_self_update_fixture.py(+5 lines) — mirrorsupdate_reload_runner.gd::_is_safe_zip_addon_file()for ZIP entries in the test fixture_require_v240_plus_addon_shape()intests/unit/test_self_update_smoke_harness.py(+50 lines, +4 pytest cases)After this merges,
betaandmainare content-identical and the merge graph reflects an ongoing-convergence relationship.Conflict resolution
One
add/addconflict ontests/integration/_self_update_fixture.py(both sides have the file from #415, only main has the guard). Took main's version.Test plan
ruff check src/ tests/— cleanpytest -q— 907 passed, 2 skipped in 54.26s (includes the 4 new preflight tests now on beta)https://claude.ai/code/session_01VgXf3Lqv2ypt36g6EqpRYg
Generated by Claude Code