Core tGD rules that MUST be followed at all times — the Verification Iron Law, per-phase tone, the Command Closing Report, and human sign-off. Load this at the start of every tGD session (the session-start meta-skill tgd-router points here) and whenever a command references it. Do not skip, do not rationalize exceptions.
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Um comando direto ignora o prompt de revisão. Verifique a origem antes de executá-lo.
Core tGD rules that MUST be followed at all times — the Verification Iron Law, per-phase tone, the Command Closing Report, and human sign-off. Load this at the start of every tGD session (the session-start meta-skill tgd-router points here) and whenever a command references it. Do not skip, do not rationalize exceptions.
tGD Core Rules
Overview
Core rules that MUST be followed at all times in every tGD session. These rules enforce evidence-based verification, prevent rationalization, and maintain workflow integrity across all 7 lifecycle phases.
When to Use
At the start of every tGD session: the session-start meta-skill (tgd-router, injected by the hook/plugin platforms) and the generated session preamble (Pi/Hermes) both direct you to load this skill first
Referenced by all 7 /tgd-* lifecycle commands
Any time an agent is about to claim completion, skip a step, or rationalize an exception
Repository Overview
A collection of skills for Claude.ai and Claude Code for senior software engineers. Skills are packaged instructions and scripts that extend Claude and your coding agents capabilities.
Resolving $TGD_REPO_ROOT
Several commands run gate scripts that live in the tGD repo clone itself ($TGD_REPO_ROOT/scripts/…) — NOT in $TGD_DIR, which holds artifacts only. Resolve it once, in this order:
Env var $TGD_REPO_ROOT, if set.
~/tGD — the default clone location from the install instructions.
Resolve an installed skill symlink back to the clone, e.g.
python3 -c "import os;print(os.path.realpath(os.path.expanduser('~/.claude/skills/tgd-rules')))"
→ strip the trailing /skills/tgd-rules to get the repo root. (Codex/OpenCode/Gemini/Pi link the whole folder as skills/tGD — realpath it and strip .)
/skills
If none resolves to a directory containing scripts/generate-mirrors.py, STOP and tell the user the tGD clone can't be located — do NOT skip a gate because its script "wasn't found".
Lifecycle Commands
7 commands, each a full pipeline. Commands are defined in .claude/commands/, .gemini/commands/, .opencode/commands/, .codex/prompts/, and .pi/prompts/.
All artifacts live under $TGD_DIR/<feature-name>/. See each command file for full pipeline steps, gates, and sign-off requirements.
If the user types a command, invoke it. If they use natural language, map their intent to the right skill automatically.
Use these commands in order. Do not skip phases:
/tgd-map → Understand the project
/tgd-define → Write PRD + SPEC
/tgd-plan → Break into tasks (Zero-Context Rule)
/tgd-develop → Build with subagents or incremental
/tgd-verify → Run all tests, prove it works
/tgd-review → Code quality + simplification
/tgd-release → Deploy with confidence
Execution Model
For every request:
Determine if any skill applies (even 1% chance)
Invoke the appropriate skill using the skill tool
Follow the skill workflow strictly
Only proceed to implementation after required steps (spec, plan, etc.) are complete
Common Rationalizations
These thoughts are WRONG. If you catch yourself thinking any of these, STOP and follow the rule instead:
Rationalization
Reality
"This is too small for a skill"
It isn't. Check for a skill first.
"I can just quickly implement this"
No. Follow the workflow.
"Should work now"
RUN the verification.
"I'm confident"
Confidence ≠ evidence.
"Just this once"
No exceptions. Ever.
"Looks correct to me"
Visual inspection ≠ verification.
"Tests passed last time"
Run them again, fresh.
"I'm tired"
Exhaustion ≠ excuse.
"The user is waiting"
Lying is worse than delay.
"I can't spawn a subagent, so I'll skip this step"
Subagents move where work runs, never whether it runs. If you can't delegate, do it inline. Skipping is a verification failure, not a degraded mode.
Correct behavior:
Always check for and use skills first
Never claim completion without running verification commands
Never use "should", "probably", "seems to" in your claims
Always show command output as evidence
Red Flags
Claiming completion without running verification in THIS message
Using "should", "probably", "seems to" instead of evidence
Skipping a tGD lifecycle phase without documented reason
Modifying files outside the current task scope
Trusting agent reports without independent verification
Verification Iron Law
NO COMPLETION CLAIMS WITHOUT FRESH VERIFICATION EVIDENCE.
Before claiming any work is complete, fixed, or passing:
RUN the verification command (tests, build, linter)
READ the full output (check exit code, count failures)
SHOW the output as evidence
ONLY THEN claim the result
❌ Forbidden
✅ Required
"Should pass now"
npm test → "34/34 pass"
"Looks correct"
git diff → show actual changes
"I'm confident"
Run command, show exit 0
"Tests pass" (without running)
Run tests THIS message, show output
"Done! before verification"
Verification output FIRST, then "Done!"
This is non-negotiable. Violating the letter of this rule is violating the spirit.
Anti-Rationalization
MANDATORY SELECTION PROTOCOL (All Platforms)
When you need the user to pick an option (Feature Name, Design Variant, etc.), DO NOT use open-ended questions.
ALWAYS provide a numbered/bulleted list and ask the user to reply with the number or letter.
Context
Bad Question
Good (Selection Protocol)
Naming
"What should we name this feature?"
"Pick a name: 1. user-login 2. auth-flow 3. sign-in-module (or type your own)"
Design
"Which design do you like?"
"Pick a direction: A (Conservative), B (Strong-fit), C (Divergent)"
UI Gate
"Is this a UI feature?"
"Does this feature have a UI component? 1. Yes (Generate design) 2. No (Backend only)"
This ensures the user can reply with a simple "1" or "B" instead of typing a paragraph.
Completion Checklist
Before saying "done", "complete", or "fixed":
Verification command run in THIS message
Output shown as evidence
Exit code confirmed (0 = pass)
No "should", "probably", "seems to" in your claim
Verification
All verification commands executed with output shown
Exit codes confirmed (0 = pass)
No rationalization language used in claims
tGD lifecycle phases followed in order
Tone Guide (Phase-Specific)
Each lifecycle phase has a distinct communication tone. Follow these when responding during that phase.
Match the tone to the current phase — do not mix tones
VERIFY tone overrides all other considerations (no softening bad news)
When uncertain about phase, default to DEVELOP tone (minimal, code-first)
Command Closing Report
End every lifecycle command with a short, scannable summary — it is the part the human actually reads. Do not paste the raw - [ ] Verification Gate checklist at them; that is your self-check, not a report. Collapse it. Three parts:
📦 產出 — what this phase produced or changed, with a one-line real summary (counts, coverage, file — from actual output, never invented; the Verification Iron Law applies here too).
🔎 檢查 — the whole gate as ONE line: ✅ 全數通過 or ❌ N 項未過. List individual checks only when they failed, one line each with the concrete reason.
➡️ 下一步 — the next command and a short why. Omit it on a failed run — the next step is "fix and re-run this command"; make the header ❌ … 未通過.
Suggested shape (adapt it; this is guidance, not a rigid template):
The [x] **ROLE**: Approved line format is RESERVED for ## Sign-off sections. In-document approvals elsewhere (e.g. the PRD §6 metrics N/A sign-off) MUST use different wording (Approved N/A — PM (name), date — reason) — /tgd-release's gate reads only the ## Sign-off section, and reserving the format keeps any sign-off search unambiguous
Agent checks for [x] in required role lines before proceeding (Gate 3)
Release is the hard gate: all required Sign-offs must be [x]
One person can hold multiple roles (common in small teams)
Async workflow: Agent runs all phases but blocks at Release until sign-offs are complete. Humans review on their own schedule — no real-time blocking.
Orchestration: Personas, Skills, and Commands
This repo has three composable layers. They have different jobs and should not be confused:
Skills (skills/<name>/SKILL.md) — workflows with steps and exit criteria. The how. Mandatory hops when an intent matches.
Personas (agents/<role>.md) — roles with a perspective and an output format. The who.
Slash commands (.claude/commands/*.md) — user-facing entry points. The when. The orchestration layer.
Composition rule: the user (or a slash command) is the orchestrator. Personas do not invoke other personas. A persona may invoke skills.
The only multi-persona orchestration pattern this repo endorses is parallel fan-out with a merge step — used by /tgd-review (mandatory for high-stakes features) to run code-reviewer, security-auditor, and test-engineer concurrently and synthesize their reports into REVIEW.md. Do not build a "router" persona that decides which other persona to call; that's the job of slash commands and intent mapping.
Claude Code interop: the personas in agents/ work as Claude Code subagents (auto-discovered from this plugin's agents/ directory) and as Agent Teams teammates (referenced by name when spawning). Two platform constraints align with our rules: subagents cannot spawn other subagents, and teams cannot nest. Plugin agents silently ignore the hooks, mcpServers, and permissionMode frontmatter fields.
CodeGraph (if .codegraph/ exists in project root)
If the project has a .codegraph/ directory, USE IT. These commands are fast (< 1s) and prevent blind spots:
Situation
Command
Why
Starting any code task
codegraph context "<task>" --no-code
Find entry points before touching files
Before changing a function
codegraph callers "<symbol>"
Know who depends on it
Before refactoring
codegraph impact "<symbol>"
Assess blast radius
Before committing
codegraph affected <changed files>
Run only relevant tests
If .codegraph/ does NOT exist, skip silently. Do not suggest installing it unprompted.
Understand-Anything (if the understand skill is available)
For deeper architectural understanding, especially on unfamiliar codebases:
PDLC Phase
Situation
Command
Why
🗺️ Map
First time exploring a project
understand skill
Build full knowledge graph + dashboard
📐 Define
Need business domain mapping
understand-domain skill
Map code to business processes
📋 Plan
Planning a large refactor
understand-diff skill
Visualize impact of proposed changes
🔨 Develop
Working on unfamiliar code
understand skill
Understand before you modify
🔍 Verify
Confirming change impact
understand-diff skill
Verify no missed dependencies
👀 Review
Reviewing large changes
understand-diff skill
Full blast radius before approval
🗺️ Map
Onboarding a new team member
understand-onboard skill
Guided tour of the architecture
Use CodeGraph for fast symbol queries, Understand-Anything for deep comprehension. They complement each other.
