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leos_claude_starter

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Small repo for getting started with a Claude project.

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# Claude Code Project Template

A template for LLM-assisted software development with structured planning, implementation, and review workflow.

## Important

This is how my process evolved over time to plan and write code wiith CC.

What this does:

* Defines processes for starting and maintaining a new product. 
* Uses what works for me in CC
* Hopefully, helps people get started a little quicker.

What this does not:

* Revolutionize anything. (Why does everyone "revolutionize". Let's be real, here.)
* Implement known best practices. (Do those exist?)
* Prevent you from defining your own processes or modifying these ones.

People ask how to get started and this is a resource for them. That's it. I highly encourage everyone to learn by doing. Trial and error in unavoidable.

## Using CCLSP

[CCLSP](https://github.com/ktnyt/cclsp) makes finding and reading code faster and more token efficient. It is mentioned throughout this repo. I highly recommend installing it. If you don't want to install it, then ask Claude to remove instructions on using it.

## Quick Start

1. Read `ADOPTION.md` — the contract for adopting the shared skills and
   agents (symlinked, configured per repo by shape keys, gated by
   `load.py --check`)
2. Run `/get-started` to configure your project interactively
3. Start designing with `/arch-design`

The `/get-started` skill walks you through:
- Defining your project identity
- Choosing your core principles
- Setting up initial capabilities
- Configuring invariants

Or customize manually - see `CUSTOMIZATION.md` for detailed guidance.

## Workflow

```
/get-started       →  Configure project (run once)
/whats-next        →  Diagnose project state, recommend next step
/arch-design       →  Design interfaces, create architecture docs
/arch-review       →  Review pending architecture docs
/create-sprint     →  Plan implementation phases
/eval-sprint       →  Evaluate sprint spec before implementation
/implement-sprint  →  Execute the plan
/review-sprint     →  Post-implementation mechanical audit
/audit-docs        →  Keep documentation accurate
/fold-pending      →  Fold shipped pending designs into canonical docs
```

## Directory Structure

```
project/
├── CLAUDE.md                    # Principles, invariants, navigation
├── docs/
│   ├── CAPABILITIES.md          # What the system does (status tracking)
│   ├── SCRATCHPAD.md            # Temporary context used during or between sessions.
│   ├── architecture/
│   │   ├── README.md            # Index, reading order
│   │   ├── PROCESS.md           # Development process
│   │   └── {feature}.md         # Design docs per subsystem
│   └── sprints/
│       └── sprint-{N}.md        # Sprint specifications
├── .claude/
│   ├── agents/                  # Worker definitions (architect, implementer)
│   └── skills/                  # Process definitions (slash commands)
└── src/                         # Your source code
```

## Agents vs Skills

| Type | Purpose | Location |
|------|---------|----------|
| **Agents** | Workers with specific expertise | `.claude/agents/` |
| **Skills** | Processes that orchestrate work | `.claude/skills/` |

Agents do focused work (design, implement). Skills define workflows that may use agents.

## SCRATCHPAD Pattern

`docs/SCRATCHPAD.md` Temporary context that doesn't fit into established docs.  
- Create temporary in-between session context. 
- Write plans when not in plan mode.

**Important: ** Claude never writes to this file unless instructed. This is for the end user to manage.

## Session Analysis

`/session` analyzes past Claude Code sessions so you can improve your skills and processes over time. Name sessions with `/rename` for easy lookup later.

**Things you can ask:**
- "List my recent sessions" / "List all sessions for this project"
- "Find sessions where I used `/implement-sprint`"
- "Summarize that session — did it follow the spec?"
- "Give me a deep summary with subagent breakdown"
- "How much context did that session use?"
- "Show me the tool usage timeline"
- "Compare these two sessions" (diff)
- Why didn't that session work well. How can we improve it.

Session analysis is not as deterministic as we'd like. The analyzer handles structured queries well (list, search, summary, diff), but for nuanced questions — "why did this go wrong?", "did it follow the spec?" — you'll often want to ask Claude to read the JSONL directly. The ad-hoc analysis recipes in the skill guide help with this.

** We all know Claude likes to self flagellate and tell us everything it did wrong. This is not productive when improving processes. I found telling Claude that "I choose to blame processes not people or LLMs." steers the conversation in a far more productive direction.

## Philosophy

### Principles Are Guardrails

Without explicit principles, LLMs optimize locally and lose coherence across a project. Principles enable autonomous decision-making within bounds.

Good principles:
- Are specific enough to apply ("fail fast" not "be robust")
- Sometimes conflict (forces explicit tradeoffs)
- Include concrete examples and counter-examples

### Three-Phase Workflow

| Phase | Catches |
|-------|---------|
| **Architect** | Design issues, missing requirements |
| **Implement** | Execution errors |
| **Review** | Drift from spec, principle violations |

Each phase uses a fresh context, preventing accumulated assumptions from hiding problems.

### Code Is Truth

After implementation, code is the specification. Documentation:
- Links to code, doesn't duplicate it
- Captures rationale (why X over Y)
- Gets pruned after implementation

### Specialized Agents

Each role loads minimal context and stays focused:
- **Architect**: Design only, no implementation
- **Implementer**: Execute spec, no design changes
- **Reviewer**: Fresh eyes, loads spec not implementation context

## Customization Guide

See `CUSTOMIZATION.md` for detailed guidance on:
- Writing effective principles
- Structuring architecture docs
- Creating sprint specs
- Adding domain-specific agents

## Feature Lifecycle

```
1. NEED IDENTIFIED
   └── User request or roadmap item

2. ARCHITECTURE (/arch-design)
   ├── Create docs/architecture/{feature}.md
   └── Update docs/CAPABILITIES.md (status: Not Started)

3. SPRINT PLANNING (/create-sprint)
   ├── Reference architecture doc
   └── Create docs/sprints/sprint-N.md

4. SPRINT EVALUATION (/eval-sprint)
   └── Review spec for completeness before implementation

5. IMPLEMENTATION (/implement-sprint)
   ├── Execute phases in order
   └── Update CAPABILITIES.md (status: In Progress)

6. REVIEW (/review-sprint)
   ├── Verify against sprint spec
   └── Check principle compliance

7. DOCUMENTATION (/audit-docs)
   ├── Prune architecture doc, link to code
   └── Update CAPABILITIES.md (status: Complete)
```

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