background-map
Generate and validate a fixed-viewport background, map base, or parallax plate as a ready-to-load Texture2D.
Mechanical verification of the built game: headless build, unit tests, lint, static checks. Explicit invocation only — use /gm-verify.
$ npx -y skills add RandallLiuXin/GodotMaker --skill gm-verify --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/gm-verifyContext preview
The summary Claude sees to decide when to auto-load this skill.
Mechanical verification of the built game: headless build, unit tests, lint, static checks. Explicit invocation only — use /gm-verify.
name: gm-verify description: | Mechanical verification of the built game: headless build, unit tests, lint, static checks. Explicit invocation only — use /gm-verify. disable-model-invocation: true
$ARGUMENTS
You are performing mechanical verification of a built Godot game project. This is a non-creative, checklist-driven process.
**FIRST ACTION — before anything else:** Write `verify` to `.godotmaker/current_role`.
**Permission:** Read-only with three exceptions — you may write `.godotmaker/current_role`, append to `.godotmaker/stage.jsonl`, and write `.godotmaker/verify_report.json`. Verify never modifies game code or planning docs.
Read `.godotmaker/stage.jsonl` (treat as empty if missing) — each line is `{"role": X, "ts": Y}`.
> "Verify already ran at {timestamp} with no state-changing event since. Recommended next: /gm-evaluate. > If you need to redo this step or have other plans, just tell me."
From the project root:
python tools/run_verify.py
`run_verify.py` wraps the four mechanical checks (build / unit tests / lint / static check) and prints a JSON document matching `Output Format` Section B to stdout. Capture stdout.
What the script does:
plain `godot` from PATH. A missing or broken binary surfaces as a `tooling_notes[].suggested_fallback = "escalate"` entry.
to `checks.build.errors[]`.
--ignoreHeadlessMode --add res://test/ --report-directory <temp>` and parses the generated JUnit XML into `checks.unit_tests.{passed, failed, failures[]}`. Stdout is diagnostic fallback only.
re-enable here.
`python tools/check_project.py <project_dir> --build --ecs --tests --plan --mcp`.
Before writing the report, validate. Block on any of these:
`tooling_notes` is missing
entries is absent
failing check
If any block fires, diagnose by running the implicated command yourself, then either re-run `run_verify.py` or surface the issue verbatim to the user. Do NOT silently rewrite the script's output.
You produce **two outputs**:
Build this from the JSON the script returned — do not re-run any command for the chat side.
## Verification Report
### Build
Result: PASS | FAIL
{If FAIL, one line per checks.build.errors[] entry: `- {file}:{line}: {message}` (file/line may be empty)}
### Unit Tests
Result: PASS | FAIL
{N passed, M failed}
{If FAIL, one line per checks.unit_tests.failures[]: `- {test}: {message}`}
### Lint
Status: SKIP (gdtoolkit disabled — ROADMAP R-112)
### Static Check
Result: PASS | FAIL
{If FAIL, one line per checks.static_check.issues[]: `- {check}: {detail}`}
### Overall: PASS | FAIL
{If tooling_notes is non-empty, append:
## Tooling Notes
- {tool}: {error} (suggested_fallback: {suggested_fallback})
…}Write this file every run (PASS or FAIL). `/gm-build` and `/gm-fixgap` read it on their next invocation to translate failures into pending tasks.
Schema:
{
"result": "pass | fail",
"ts": "<UTC ISO 8601 timestamp, e.g. 2026-05-07T14:23:00Z>",
"checks": {
"build": {
"result": "pass | fail | error",
"errors": [
{"file": "src/foo.gd", "line": 42, "message": "Identifier 'bar' not declared"}
]
},
"unit_tests": {
"result": "pass | warn | fail | error",
"passed": 624,
"failed": 0,
"failures": [
{"test": "test_player_input::test_jump", "message": "expected 10, got 0"}
],
"warnings": [
"Found 4 possible orphan nodes."
]
},
"lint": {
"result": "pass | warn | fail | error",
"issues": [
{"file": "src/foo.gd", "rule": "max-line-length", "message": "line too long"}
],
"format_drift": {
"file_count": 92,
"command": "gdformat src/ test/ scenes/"
}
},
"static_check": {
"result": "pass | fail | error",
"issues": [
{"check": "missing_unit_test", "detail": "s_level_up_overlay has no test"}
]
}
},
"tooling_notes": [
{
"tool": "gdlint",
"crashed_on": "src/foo.gd",
"error": "NotImplementedError at gdtoolkit/linter/class_checks.py:144",
"suggested_fallback": "exclude_file",
"narrowed_command": null,
"rule_name": null,
"check_name": null
}
]
}Field rules:
Autonomous text-to-game pipeline for Godot, powered by Claude Code,Codex,Opencode
Repo: RandallLiuXin/GodotMaker
Generate and validate a fixed-viewport background, map base, or parallax plate as a ready-to-load Texture2D.
Produce reusable card art sources and native Godot card UI resources.
Produce one illustrated character SpriteFrames resource from high-level body-action intent, optional character and style references, and a resolved animation…
Produce a reusable compact-prop atlas from one provider source sheet, with independently loadable AtlasTexture resources for every declared prop.
Produce a standalone static Texture2D effect or one explicitly timed animated SpriteFrames effect.
Generate non-pixel-art, horizontally repeatable platform strips from real image sources as fixed Texture2D cells or AtlasTexture regions.