agent-architect

name	agent-architect
description	A meta-skill for designing, scaffolding, and implementing new Claude Code Agents/Skills.

Agent Architect

Goal

To construct robust, production-grade AI agents by strictly following the Plan-and-Solve (SPARC) methodology.

Workflow

1. Specification (The "Plan")

1. Ask: Clarify inputs, outputs, and constraints.
2. Draft: Create [agent-name]/SPEC.md using templates/SPEC_TEMPLATE.md.
3. Review: Wait for user approval.

2. Architecture (The "Skeleton")

1. Scaffold: Create directories (scripts, references, tests).
2. Generate: Create [agent-name]/SKILL.md using templates/SKILL_TEMPLATE.md.
3. Code Quality Setup: For Python projects, set up code quality tools:
   • Create pyproject.toml using templates/pyproject.toml.template
   • Create .pre-commit-config.yaml using templates/.pre-commit-config.yaml
   • Create tests/conftest.py using templates/conftest.py

3. Implementation (The "Solve")

1. Scripting: Write complex logic in [agent-name]/scripts/ (Python/Bash).
2. Refinement: Update SKILL.md to use these scripts.
3. Code Quality: For Python implementations:
   • Type Hints: Ensure all public functions have complete type annotations (PEP 484, 585, 604)
   • Docstrings: Add Google-style docstrings to all public APIs (PEP 257)
   • Error Handling: Implement custom exception hierarchy and use context managers

4. Verification

1. Format: For Python code, run black and isort on all source files
2. Type Check: Run mypy --strict and fix type errors
3. Lint: Check YAML frontmatter and run ruff check for Python
4. Test: Run pytest with 80%+ coverage target
5. Security: Run safety check on Python dependencies
6. Dry Run: Perform a final validation of the agent

Code Quality Standards

For Python projects, follow comprehensive coding standards:

• Reference: See Python coding standards for detailed guidelines
• Formatting: Black (100 char line length), isort
• Type Checking: Mypy strict mode with complete type hints
• Testing: Pytest with 80%+ coverage, fixtures, parametrized tests
• Security: No secrets in code, parameterized queries, security scanning

Design Patterns

Apply appropriate design patterns to maintain clean architecture:

• Creational: Factory Pattern (for connector creation), Builder Pattern (for configuration)
• Structural: Adapter Pattern (database adapters), Decorator Pattern (tracing, metrics)
• Behavioral: Strategy Pattern (query execution), Iterator Pattern (streaming), Observer Pattern (events)

Tools & Scripts

• scripts/lint_check.sh: Run all code quality checks (black, isort, mypy, ruff, safety)
• scripts/run_tests.sh: Run pytest with coverage reporting and various options

Templates

• templates/SPEC_TEMPLATE.md: Specification template
• templates/SKILL_TEMPLATE.md: Skill documentation template
• templates/pyproject.toml.template: Python project configuration
• templates/.pre-commit-config.yaml: Pre-commit hooks configuration
• templates/test_template.py: Pytest test examples
• templates/conftest.py: Pytest configuration and shared fixtures