YaroslavKomarov/ai-factory.feature

Feature - New Feature Workflow

Start a new feature by creating a branch and planning implementation.

Workflow

Step 0: Load Project Context

FIRST: Read .ai-factory/DESCRIPTION.md if it exists to understand:

• Tech stack (language, framework, database)
• Project architecture
• Existing conventions

This context informs branch naming, task planning, and implementation.

Step 0.1: Ensure Git Repository

Check if git is initialized. If not, initialize it.

git rev-parse --is-inside-work-tree 2>/dev/null || git init

Step 0.2: Parse Flags

Extract flags from $ARGUMENTS before parsing the feature description:

--parallel  → Enable parallel worktree mode
--list      → Show all active worktrees with feature status
--cleanup <branch> → Remove worktree and optionally delete branch

Parsing rules:

• Strip --parallel, --list, --cleanup <branch> from $ARGUMENTS
• Remaining text becomes the feature description
• --list and --cleanup are standalone — they execute immediately and stop (do NOT continue to Step 1+)

Examples:

/ai-factory.feature --parallel Add user authentication
→ parallel=true, description="Add user authentication"

/ai-factory.feature --list
→ show all active worktrees, then STOP

/ai-factory.feature --cleanup feature/user-auth
→ remove worktree for that branch, then STOP

/ai-factory.feature Add user authentication
→ normal flow (unchanged), parallel=false

If --list is present, jump to the --list Subcommand section. If --cleanup is present, jump to the --cleanup Subcommand section. Otherwise, continue to Step 1.

Step 1: Parse Feature Description

From $ARGUMENTS, extract:

• Core functionality being added
• Key domain terms
• Type (feature, enhancement, fix, refactor)

Step 2: Generate Branch Name

Create a descriptive branch name:

Format: <type>/<short-description>

Examples:
- feature/user-authentication
- feature/stripe-checkout
- feature/product-search
- fix/cart-total-calculation
- refactor/api-error-handling

Rules:

• Lowercase with hyphens
• Max 50 characters
• No special characters except hyphens
• Descriptive but concise

Step 3: Ask About Testing

IMPORTANT: Always ask the user before proceeding:

Before we start, a few questions:

1. Should I write tests for this feature?
   - [ ] Yes, write tests
   - [ ] No, skip tests

2. Update documentation after implementation?
   - [ ] Yes, update docs (/ai-factory.docs)
   - [ ] No, skip docs

3. Any specific requirements or constraints?

Store the testing and documentation preferences - they will be passed to /ai-factory.task and /ai-factory.implement.

Step 4 (Parallel): Create Worktree

Only when --parallel flag is set. If not set, skip to Step 4 (Normal).

This creates an isolated working directory so multiple features can be developed concurrently, each with its own Claude Code session.

4a. Get project directory name

DIRNAME=$(basename "$(pwd)")
# e.g. "my-project"

4b. Create branch on main

git branch <branch-name> main

If the branch already exists, ask the user whether to reuse it or pick a different name.

4c. Create worktree

git worktree add ../${DIRNAME}-<branch-name-with-hyphens> <branch-name>

Convert the branch name for the directory: replace / with -.

Example:

Project dir: my-project
Branch: feature/user-auth
Worktree: ../my-project-feature-user-auth

4d. Copy context files to worktree

Copy these files/directories so the worktree has full AI context:

WORKTREE="../${DIRNAME}-<branch-name-with-hyphens>"

# Project context
cp .ai-factory/DESCRIPTION.md "${WORKTREE}/.ai-factory/DESCRIPTION.md" 2>/dev/null

# Past lessons / patches
cp -r .ai-factory/patches/ "${WORKTREE}/.ai-factory/patches/" 2>/dev/null

# Claude Code skills + settings (required for Claude Code to work)
cp -r .claude/ "${WORKTREE}/.claude/" 2>/dev/null

# CLAUDE.md only if it exists and is NOT tracked by git
if [ -f CLAUDE.md ] && ! git ls-files --error-unmatch CLAUDE.md &>/dev/null; then
  cp CLAUDE.md "${WORKTREE}/CLAUDE.md"
fi

Note: Files tracked by git are already in the worktree via the checkout. Only copy untracked context files.

4e. Create features directory in worktree

mkdir -p "${WORKTREE}/.ai-factory/features"

4f. Switch to worktree and continue

cd "${WORKTREE}"

Display a brief confirmation:

✅ Parallel worktree created!

  Branch:    <branch-name>
  Directory: <worktree-path>

To manage worktrees later:
  /ai-factory.feature --list
  /ai-factory.feature --cleanup <branch-name>

Continue to Step 5 — invoke /ai-factory.task in the worktree directory to start planning immediately.

Step 4 (Normal): Create Branch

# Ensure we're on main/master and up to date
git checkout main
git pull origin main

# Create and switch to new branch
git checkout -b <branch-name>

If branch already exists, ask user:

• Switch to existing branch?
• Create with different name?

Step 5: Invoke Task Planning with Branch Context

Plan file will be named after the branch:

Branch: feature/user-authentication
Plan file: .ai-factory/features/feature-user-authentication.md (NOT .ai-factory/PLAN.md!)

Convert branch name to filename:

• Replace / with -
• Add .md extension

Call /ai-factory.task with explicit context:

/ai-factory.task $ARGUMENTS

CONTEXT FROM /ai-factory.feature:
- Plan file: .ai-factory/features/feature-user-authentication.md (use this name, NOT .ai-factory/PLAN.md)
- Testing: yes/no
- Logging: verbose/standard/minimal

IMPORTANT: Pass the exact plan filename to /ai-factory.task. This distinguishes feature-based work from direct /ai-factory.task calls.

Pass along:

• Full feature description
• Exact plan file name (based on branch, e.g., .ai-factory/features/feature-user-authentication.md)
• Testing preference
• Logging preference
• Any constraints

The plan file allows resuming work based on current git branch:

git branch --show-current  # → feature/user-authentication
# → Look for .ai-factory/features/feature-user-authentication.md

Step 6: Next Action (depends on mode)

Parallel mode (--parallel): Automatically invoke /ai-factory.implement — the whole point of parallel is autonomous end-to-end execution in an isolated worktree.

/ai-factory.implement

CONTEXT FROM /ai-factory.feature:
- Plan file: .ai-factory/features/<branch-name>.md
- Testing: yes/no
- Logging: verbose/standard/minimal
- Docs: yes/no

Normal mode: STOP after planning. The user reviews the plan and decides when to implement.

Plan created! To start implementation:
/ai-factory.implement

Context Cleanup

Context is heavy after branch creation and planning. All results are saved to the plan file — suggest freeing space:

AskUserQuestion: Free up context before continuing?

Options:
1. /clear — Full reset (recommended)
2. /compact — Compress history
3. Continue as is

--list Subcommand

When --list is passed, show all active worktrees and their feature status. Then STOP — do not continue the normal workflow.

# Show all worktrees
git worktree list

Additionally, for each worktree path from the output:

1. Check if <worktree>/.ai-factory/features/ contains any plan files
2. For each plan file found, show its name and whether it looks complete (has tasks) or is still in progress

Output format:

Active worktrees:

  /path/to/my-project          (main)        ← you are here
  /path/to/my-project-feature-user-auth  (feature/user-auth)  → Plan: feature-user-auth.md
  /path/to/my-project-fix-cart-bug       (fix/cart-bug)        → No plan yet

--cleanup Subcommand

When --cleanup <branch> is passed, remove the worktree and optionally delete the branch. Then STOP.

DIRNAME=$(basename "$(pwd)")
BRANCH_DIR=$(echo "<branch>" | tr '/' '-')
WORKTREE="../${DIRNAME}-${BRANCH_DIR}"

# Remove the worktree
git worktree remove "${WORKTREE}"

# Only delete branch if it's been merged into main
git branch -d <branch>  # -d (not -D) will fail if unmerged, which is safe

If git branch -d fails because the branch is unmerged, inform the user:

⚠️  Branch <branch> has unmerged changes.
To force-delete: git branch -D <branch>
To merge first: git checkout main && git merge <branch>

If the worktree path doesn't exist, check git worktree list and suggest the correct path.

Examples

User: /ai-factory.feature Add user authentication with email/password and OAuth

Actions:

1. Parse: authentication feature, email/password + OAuth
2. Generate branch: feature/user-authentication
3. Ask about testing preference
4. Create branch: git checkout -b feature/user-authentication
5. Call /ai-factory.task → creates plan, user reviews
6. STOP — user runs /ai-factory.implement when ready

User: /ai-factory.feature --parallel Add Stripe checkout integration

Actions:

1. Parse flags: --parallel found, description = "Add Stripe checkout integration"
2. Generate branch: feature/stripe-checkout
3. Ask about testing preference
4. Get dirname: my-project
5. Create branch: git branch feature/stripe-checkout main
6. Create worktree: git worktree add ../my-project-feature-stripe-checkout feature/stripe-checkout
7. Copy context files (.ai-factory/DESCRIPTION.md, .ai-factory/patches/, .claude/, CLAUDE.md if untracked)
8. cd into worktree
9. Call /ai-factory.task → creates plan, user reviews
10. Auto-invoke /ai-factory.implement → executes the plan (parallel = autonomous)

User: /ai-factory.feature --list

Actions:

1. Run git worktree list
2. Check each worktree for plan files in .ai-factory/features/
3. Display formatted list — STOP

User: /ai-factory.feature --cleanup feature/stripe-checkout

Actions:

1. Compute worktree path: ../my-project-feature-stripe-checkout
2. Run git worktree remove ../my-project-feature-stripe-checkout
3. Run git branch -d feature/stripe-checkout
4. Report result — STOP

User: /ai-factory.feature Fix cart not updating quantities correctly

Actions:

1. Parse: bug fix, cart quantities
2. Generate branch: fix/cart-quantity-update
3. Ask about testing
4. Create branch
5. Call /ai-factory.task → creates plan, user reviews
6. STOP — user runs /ai-factory.implement when ready

Important

• Always ask about testing before creating the plan
• Never assume testing preference - always ask explicitly
• Pass testing preference to downstream skills
• If git operations fail, report clearly and don't proceed
• Don't create branch if one with same purpose exists (ask first)

CRITICAL: Logging Preference

When asking about testing, also ask about logging:

Before we start:

1. Should I write tests for this feature?
   - [ ] Yes, write tests
   - [ ] No, skip tests

2. Logging level for implementation:
   - [ ] Verbose (recommended) - detailed DEBUG logs for development
   - [ ] Standard - INFO level, key events only
   - [ ] Minimal - only WARN/ERROR

3. Update documentation after implementation?
   - [ ] Yes, update docs (/ai-factory.docs)
   - [ ] No, skip docs

4. Any specific requirements or constraints?

Default to verbose logging. AI-generated code benefits greatly from extensive logging because:

• Subtle bugs are common and hard to trace without logs
• Users can always remove logs later
• Missing logs during development wastes debugging time

Logging must always be configurable:

• Use LOG_LEVEL environment variable
• Implement log rotation for file-based logs
• Ensure production can run with minimal logs without code changes

Pass the logging and documentation preferences to /ai-factory.task along with testing preference.