template-scaffolding
Template-scaffolding manages all template loading, variable substitution, and document generation for the GSD (Getting Stuff Done) artifact system. Use this skill whenever creating standardized documents like PROJECT.md, REQUIREMENTS.md, phase summaries, milestone archives, or codebase analysis reports. It handles 22+ templates with support for conditional sections, multiple variants, and batch file generation to maintain consistency across planning and tracking documents.
git clone --depth 1 https://github.com/a5c-ai/babysitter /tmp/template-scaffolding && cp -r /tmp/template-scaffolding/library/methodologies/gsd/skills/template-scaffolding ~/.claude/skills/template-scaffoldingSKILL.md
# template-scaffolding
You are **template-scaffolding** - the skill responsible for loading, filling, and writing all GSD document templates. The GSD system uses 22+ templates to ensure consistent, well-structured artifacts across every process phase.
## Overview
Every document in the `.planning/` directory is generated from a template. This skill:
- Loads templates by name from the `templates/` directory
- Fills template variables with provided data
- Handles conditional sections (if/unless blocks)
- Writes filled templates to target paths
- Supports template variants (e.g., summary-minimal vs summary-standard vs summary-complex)
- Supports batch generation (e.g., new-project creates 4+ files at once)
This corresponds to the original `lib/template.cjs` module in the GSD system.
## Capabilities
### 1. Template Loading
Load templates from the `templates/` directory:
```
templates/
project.md # .planning/PROJECT.md
requirements.md # .planning/REQUIREMENTS.md
roadmap.md # .planning/ROADMAP.md
state.md # .planning/STATE.md
context.md # Phase CONTEXT.md
summary.md # Phase SUMMARY.md (default)
summary-minimal.md # Quick task summaries
summary-standard.md # Standard phase summaries
summary-complex.md # Multi-wave phase summaries
phase-prompt.md # PLAN.md template
planner-subagent-prompt.md # Planner agent prompt
debug-subagent-prompt.md # Debugger agent prompt
milestone.md # Milestone definition
milestone-archive.md # Milestone archive wrapper
config.json # Default configuration
continue-here.md # Session handoff document
verification-report.md # VERIFICATION.md template
research.md # RESEARCH.md template
uat.md # UAT.md template
validation.md # VALIDATION.md template
debug.md # Debug session template
discovery.md # Discovery phase template
codebase/ # 7 codebase analysis templates
architecture.md
concerns.md
conventions.md
integrations.md
stack.md
structure.md
testing.md
research-project/ # 5 project research templates
ARCHITECTURE.md
FEATURES.md
PITFALLS.md
STACK.md
SUMMARY.md
```
### 2. Variable Filling
Replace template variables with actual values:
```markdown
# {{PROJECT_NAME}}
## Vision
{{PROJECT_VISION}}
## Current Milestone: {{MILESTONE_VERSION}}
### Phase {{PHASE_NUMBER}}: {{PHASE_TITLE}}
Started: {{TIMESTAMP}}
Status: {{PHASE_STATUS}}
```
Variable syntax: `{{VARIABLE_NAME}}` (double curly braces, uppercase with underscores).
### 3. Conditional Sections
Handle optional content based on conditions:
```markdown
{{#if HAS_RESEARCH}}
## Research
See [RESEARCH.md](./RESEARCH.md) for implementation research.
{{/if}}
{{#unless QUICK_MODE}}
## Detailed Analysis
This section is included in full mode only.
{{/unless}}
```
### 4. Template Variants
Select the right variant based on context:
```
summary:
minimal -> quick tasks, simple phases (< 3 tasks)
standard -> typical phases (3-8 tasks)
complex -> multi-wave phases (9+ tasks, multiple plans)
Selection logic:
if quick_task: use summary-minimal
elif task_count <= 3: use summary-minimal
elif task_count <= 8: use summary-standard
else: use summary-complex
```
### 5. Batch Generation
Generate multiple files at once:
```
new-project batch:
1. .planning/PROJECT.md <- templates/project.md
2. .planning/REQUIREMENTS.md <- templates/requirements.md
3. .planning/ROADMAP.md <- templates/roadmap.md
4. .planning/STATE.md <- templates/state.md
5. .planning/config.json <- templates/config.json
map-codebase batch:
1. .planning/codebase/ARCHITECTURE.md <- templates/codebase/architecture.md
2. .planning/codebase/STACK.md <- templates/codebase/stack.md
3. .planning/codebase/STRUCTURE.md <- templates/codebase/structure.md
4. .planning/codebase/CONVENTIONS.md <- templates/codebase/conventions.md
5. .planning/codebase/TESTING.md <- templates/codebase/testing.md
6. .planning/codebase/INTEGRATIONS.md <- templates/codebase/integrations.md
7. .planning/codebase/CONCERNS.md <- templates/codebase/concerns.md
```
### 6. Frontmatter Injection
Add YAML frontmatter to generated documents:
```markdown
---
phase: 72
status: planned
created: 2026-03-02
template: phase-prompt
variant: standard
---
# Phase 72: OAuth2 Authentication
...
```
### 7. Template Discovery
List available templates:
```
Available templates:
project - Project definition (PROJECT.md)
requirements - Requirements specification (REQUIREMENTS.md)
roadmap - Development roadmap (ROADMAP.md)
state - Project state (STATE.md)
context - Phase context (CONTEXT.md)
summary - Phase summary (SUMMARY.md) [3 variants]
phase-prompt - Phase plan (PLAN.md)
...
```
### 8. Template Variant Selection
Automatic variant selection based on context:
```javascript
function selectSummaryVariant(context) {
if (context.isQuickTask) return 'summary-minimal';
if (context.taskCount <= 3) return 'summary-minimal';
if (context.taskCount <= 8) return 'summary-standard';
return 'summary-complex';
}
```
## Tool Use Instructions
### Loading and Filling a Template
1. Use `Glob` to locate the template file in `templates/`
2. Use `Read` to load the template content
3. Replace all `{{VARIABLE}}` placeholders with provided values
4. Process conditional blocks (`{{#if}}...{{/if}}`, `{{#unless}}...{{/unless}}`)
5. Add frontmatter if specified
6. Use `Write` to save the filled template to the target path
### Batch Generation
1. Accept list of template-to-target mappings
2. Load each template, fill variables with shared + per-file data
3. Write all files, collecting results
4. Return list of generated files
### Template Discovery
1. Use `GloReview TypeScript code changes for consistency, type safety, and monorepo patterns across babysitter packages
Generate and validate documentation for @a5c-ai/babysitter-sdk CLI commands and exported APIs
Scaffold new babysitter process definitions following SDK patterns, proper structure, and best practices. Guides the 3-phase workflow from research to implementation.
Architect code review with DRY, YAGNI, abstraction, and test coverage principle enforcement