Imported from johngraven75/Cina-Claw-Pro (AGENTS.md). Install upstream with npx skills add johngraven75/Cina-Claw-Pro. Copyright stays with the author.

AGENTS.md

Owner repository rules

Cina-Claw Pro follows the same carry-forward and total-automation discipline as the owner's CinaVault repository. .github/AUTOMATION_POLICY.md is authoritative and docs/CARRY_FORWARD.md is enforced by CI.

• Preserve accepted features; removal requires explicit owner approval and a release-note entry.
• Fix root causes and rerun relevant checks until green or until a proven external blocker is documented.
• Verify runtime and user-visible behavior in addition to compile success.
• Keep upgrades, settings, model accounts, skills, channels, and OpenClaw configuration compatible.
• Publish source, Windows installer artifacts, checksums, and build notes for tagged releases.
• Never commit credentials, provider keys, signing material, tokens, or private certificates.
• Do not weaken security or remove tests merely to make automation pass.

Cursor Cloud specific instructions

Overview

Cina-Claw Pro is a Windows-first Electron desktop app (React 19 + Vite + TypeScript) providing a GUI for the OpenClaw AI agent runtime. It uses pnpm as its package manager (pinned version in package.json's packageManager field).

Quick reference

Standard dev commands are in package.json scripts and README.md. Key ones:

Non-obvious caveats

• pnpm version: The exact pnpm version is pinned via packageManager in package.json. Use corepack enable && corepack prepare to activate the correct version before installing.
• Electron on headless Linux: The dbus errors (Failed to connect to the bus) are expected and harmless in a headless/cloud environment. The app still runs fine with $DISPLAY set (e.g., :1 via Xvfb/VNC).
• Performance profiling: pnpm run perf:chat writes synthetic Renderer/Main CPU profiles and versioned metrics under ignored Playwright test-results/. For live Renderer CDP use CLAWX_REMOTE_DEBUGGING_PORT=9223 pnpm dev; for live Main inspection use pnpm run profile:main and port 9229.
• pnpm run lint race condition: If pnpm run uv:download was recently run, ESLint may fail with ENOENT: no such file or directory, scandir '/workspace/temp_uv_extract' because the temp directory was created and removed during download. Simply re-run lint after the download script finishes.
• Build scripts warning: pnpm install may warn about ignored build scripts for @discordjs/opus and koffi. These are optional messaging-channel dependencies and the warnings are safe to ignore.
• pnpm run init: This is a convenience script that runs pnpm install followed by pnpm run uv:download. Either run pnpm run init or run the two steps separately.
• Gateway startup: When running pnpm dev, the OpenClaw Gateway process starts automatically on port 18789. It takes ~10-30 seconds to become ready. Gateway readiness is not required for UI development—the app functions without it (shows "connecting" state).
• No database: The app uses electron-store (JSON files) and OS keychain. No database setup is needed.
• AI Provider keys: Actual AI chat requires at least one provider API key configured via Settings > AI Providers. The app is fully navigable and testable without keys.
• Token usage history implementation: Dashboard token usage history is not parsed from console logs. It reads OpenClaw session transcript .jsonl files under the local OpenClaw config directory, scans both configured agents and any runtime agent directories found on disk, and treats normal, .deleted.jsonl, and .jsonl.reset.* transcripts as valid history sources. It extracts assistant/tool usage records with message.usage and aggregates fields such as input/output/cache/total tokens and cost from those structured records. Note: "Delete conversation" in the sidebar is a hard delete — the Main process unlinks <id>.jsonl plus any leftover <id>.deleted.jsonl and <id>.jsonl.reset.* siblings, and OpenClaw's trajectory artefacts (<id>.trajectory.jsonl flight recorder + <id>.trajectory-path.json pointer); when the pointer references a runtime file outside the agent's sessions/ folder (the OPENCLAW_TRAJECTORY_DIR override), that off-disk file is unlinked too. Deleted conversations stop contributing to this chart — use a fresh session if you want history retained.
• Models page aggregation: The 7-day/30-day filters are relative rolling windows, not calendar-month buckets. When grouped by time, the chart should keep all day buckets in the selected window; only model grouping is intentionally capped to the top entries.
• OpenClaw Doctor in UI: In Settings > Advanced > Developer, the app exposes both Run Doctor (openclaw doctor --json) and Run Doctor Fix (openclaw doctor --fix --yes --non-interactive) through the host-api. Renderer code should call the host route, not spawn CLI processes directly.
• UI change validation: Any user-visible UI change should include or update an Electron E2E spec in the same PR so the interaction is covered by Playwright.
• i18n & styling conventions: New user-facing features must (1) route all text through react-i18next with full locale coverage (en / zh / ja / ru under shared/i18n/locales/<lang>/<ns>.json) — never hardcode display strings, and (2) use the design tokens and substitution rules documented in src/styles/globals.css (surfaces bg-surface-modal / bg-surface-input, selected state bg-black/5 dark:bg-white/10, status colours text-X-700 dark:text-X-400, page H1/H2 font-serif font-normal tracking-tight, etc.) — see the Component conventions block in globals.css for the full substitution table.
• Renderer/Main API boundary (important):
  • Renderer must use src/lib/host-api.ts and src/lib/api-client.ts as the single entry for backend calls.
  • Do not add new direct window.electron.ipcRenderer.invoke(...) calls in pages/components; expose them through host-api/api-client instead.
  • Do not call Gateway HTTP endpoints directly from renderer (fetch('http://127.0.0.1:18789/...') etc.). Use Main-process proxy channels (hostapi:fetch, gateway:httpProxy) to avoid CORS/env drift.
  • Transport policy is Main-owned and fixed as WS -> HTTP -> IPC fallback; renderer should not implement protocol switching UI/business logic.
• Comms-change checklist: If your change touches communication paths (gateway events, runtime send/receive, delivery, or fallback), run pnpm run comms:replay and pnpm run comms:compare before pushing.
• Doc sync rule: After any functional or architecture change, review README.md, README.zh-CN.md, and README.ja-JP.md for required updates; if behavior/flows/interfaces changed, update docs in the same PR/commit.
• Spec-driven harness rule: AI Coding tasks that touch backend communication must start from a task spec under harness/specs/tasks/ and reference gateway-backend-communication when the change involves renderer/Main/host-api/api-client/Gateway/OpenClaw runtime paths. Run pnpm harness validate --spec <task-spec> before implementation review, and pnpm harness run --spec <task-spec> or --dry-run when checking the selected validation flow.
• Spec/rule growth rule: When adding a new feature, user-visible OpenClaw scenario, or recurring AI Coding constraint, add or update the relevant harness scenario spec and rule spec in the same PR so future AI work can validate the behavior instead of relying on tribal knowledge.
• Harness CI/local parity: Run pnpm run harness:ci to exercise the same baseline harness checks used by GitHub Actions. Real task specs should be validated without --no-diff; --no-diff is only for structural checks of checked-in examples.
• Harness reference docs: Keep durable, non-executable architecture and compatibility details under harness/reference/. Link them from the relevant scenario, rule, and task specs, but do not pass reference documents to harness validate or harness run.