/implement
TDD implementation (RED→GREEN→REFACTOR) → verify → review
Claude Code
$ npx -y skills add mag123c/toktrack --skill implement --agent claude-code
Codex
$ npx skills add mag123c/toktrack --skill implement -a codex -y
Cursor
$ npx skills add mag123c/toktrack --skill implement -a cursor -y
Gemini CLI
$ npx skills add mag123c/toktrack --skill implement -a gemini-cli -y
GitHub Copilot
$ npx skills add mag123c/toktrack --skill implement -a github-copilot -y
OpenCode
$ npx skills add mag123c/toktrack --skill implement -a opencode -y
Windsurf
$ npx skills add mag123c/toktrack --skill implement -a windsurf -y
SKILL.md
implement.SKILL.mdname: implement
description: TDD implementation (RED→GREEN→REFACTOR) → verify → review
required_context:
- .claude/ai-context/architecture.md
- .claude/ai-context/conventions.md
Implement
Flow
Analysis → Gate pre-run → TDD(RED→GREEN→REFACTOR) → /verify → /review → /wrap
Execution
1. **Analysis**: Review plan, identify affected modules
2. **Gate pre-run (MUST — before coding)** Run the PLAN's `[unverified-gate: probe=…]` / Phase 0 probes before RED. Fail → halt + report (don't build on a falsified assumption). Map Acceptance/DoD → RED tests; mark unverifiable as `[unverified-gate]` to carry to verify/wrap. Detail → `references/gates.md` (tag vocab: `../clarify/references/provenance.md`).
Rust-specific probes:
- `cargo check` — whether it compiles
- `cargo test -- --list` — verify test targets exist
- `make check` — unified fmt + clippy + test gate
3. **TDD Cycle**:
- RED: Write failing test first
- GREEN: Minimal code to pass
- REFACTOR: Clean up (keep tests passing)
4. **Auto-call `/verify`**: On implementation complete 5. **Auto-call `/review`**: On verify pass 6. **Auto-call `/wrap`**: On review PASS
Commands
cargo test
cargo clippy -- -D warnings
cargo fmt --check
Rules
- No implementation without test
- On verify fail → fix and retry
- On review FAIL → fix and retry
- Complete full chain without stopping
Read more
name: implement description: TDD implementation (RED→GREEN→REFACTOR) → verify → review required_context: - .claude/ai-context/architecture.md - .claude/ai-context/conventions.md
Implement
Flow
Analysis → Gate pre-run → TDD(RED→GREEN→REFACTOR) → /verify → /review → /wrap
Execution
1. **Analysis**: Review plan, identify affected modules
2. **Gate pre-run (MUST — before coding)** Run the PLAN's `[unverified-gate: probe=…]` / Phase 0 probes before RED. Fail → halt + report (don't build on a falsified assumption). Map Acceptance/DoD → RED tests; mark unverifiable as `[unverified-gate]` to carry to verify/wrap. Detail → `references/gates.md` (tag vocab: `../clarify/references/provenance.md`).
Rust-specific probes:
- `cargo check` — whether it compiles
- `cargo test -- --list` — verify test targets exist
- `make check` — unified fmt + clippy + test gate
3. **TDD Cycle**:
- RED: Write failing test first
- GREEN: Minimal code to pass
- REFACTOR: Clean up (keep tests passing)
4. **Auto-call `/verify`**: On implementation complete 5. **Auto-call `/review`**: On verify pass 6. **Auto-call `/wrap`**: On review PASS
Commands
cargo test cargo clippy -- -D warnings cargo fmt --check
Rules
- No implementation without test
- On verify fail → fix and retry
- On review FAIL → fix and retry
- Complete full chain without stopping
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Questions about implement.
- Which coding agents can use implement?
- implement installs in Claude Code, Codex, Cursor, Gemini CLI, GitHub Copilot, OpenCode and Windsurf with the skills CLI, using each agent's flag shown on this page. Flowy's auto-invocation, which fires a skill when your prompt matches, runs in Claude Code only.

