Platonic Init

Initialize the Platonic Coding system for any project -- greenfield or existing codebase.

When to Use This Skill

Use this skill when you need to:

•Bootstrap a new project with the Platonic Coding infrastructure
•Adopt the Platonic Coding paradigm for an existing codebase
•Recover missing design specs from code that was built without formal specifications
•Set up .platonic.yml config, specs directory, templates, and impl guide scaffolding

Keywords: init, bootstrap, setup, adopt, recover, specs, RFC, platonic coding, project setup

What This Skill Does

This skill operates in one of two modes:

Mode 1: Greenfield Init (no existing code)

Scaffolds the Platonic Coding infrastructure only:

•.platonic.yml project config at project root
•specs/ directory with RFC infrastructure and templates
•docs/impl/ directory for implementation guides
•docs/drafts/ directory for Phase 0 design drafts

Mode 2: Recovery Init (existing codebase)

Scaffolds infrastructure and recovers design specs from the existing code:

•Scaffold directories, config, and templates
•Scan the codebase systematically (5 phases)
•Plan a modular RFC dependency graph (present to user for confirmation)
•Generate Draft RFCs capturing the system's conceptual and architecture design
•Populate rfc-index.md, rfc-namings.md, and rfc-history.md

Core Concepts

Three Spec Kinds

Platonic Coding recognizes three kinds of RFC specifications:

Kind	Purpose	Contains	Does NOT Contain
Conceptual Design	Vision, principles, taxonomy, invariants	Design philosophy, abstractions, terminology	Schemas, APIs, code
Architecture Design	Components, layers, data flow, constraints	Module responsibilities, dependency rules, abstract schemas	Concrete API signatures, language-specific code
Impl Interface Design	API contracts, naming conventions, signatures	Type definitions, interface contracts, error patterns	Implementation details, algorithms

Modular RFC Recovery

Recovery produces a small graph of focused RFCs (default maximum: 5), not monolithic documents:

•Exactly 1 system-wide Conceptual Design spec (RFC-0001)
•1 per major subsystem Architecture Design spec (depends on RFC-0001)
•Impl Interface specs only on explicit user request

The agent MUST present the proposed RFC graph to the user before generating any specs.

Available Operations

Operation	Reference File	Purpose
Scaffold	`scaffold-project.md`	Create directories, config, templates
Scan	`scan-project.md`	Systematically analyze existing codebase
Plan Modular Specs	`plan-modular-specs.md`	Propose RFC dependency graph from scan results
Recover Conceptual	`recover-conceptual.md`	Generate conceptual design spec from code
Recover Architecture	`recover-architecture.md`	Generate architecture design spec from code
Recover Impl Interface	`recover-impl-interface.md`	Generate impl interface design spec from code

See references/REFERENCE.md for detailed operation guides.

Output Structure

code

<project-root>/
├── .platonic.yml                   # Project config (auto-discovered by all platonic skills)
├── specs/                          # Default; user-configurable
│   ├── rfc-standard.md             # RFC process & conventions (includes spec kinds)
│   ├── rfc-history.md              # Change history
│   ├── rfc-index.md                # Spec index
│   ├── rfc-namings.md              # Terminology reference
│   ├── RFC-0001.md                 # [Recovery] Conceptual Design (Draft)
│   ├── RFC-0002.md                 # [Recovery] Architecture Design (Draft)
│   └── templates/                  # Spec templates for future RFCs
│       ├── rfc-template.md
│       ├── conceptual-design.md
│       ├── architecture-design.md
│       └── impl-interface-design.md
├── docs/impl/                      # Default; user-configurable
│   └── README.md
└── docs/drafts/                    # Default; user-configurable
    └── README.md

Templates

Templates are provided in assets/ for all generated files:

•platonic.yml.template - Project configuration
•rfc-standard.md.template - RFC process with spec kinds guidance
•rfc-history.md.template, rfc-index.md.template, rfc-namings.md.template - Infrastructure
•rfc-template.md - Generic RFC template
•conceptual-design.md.template - Conceptual design spec template
•architecture-design.md.template - Architecture design spec template
•impl-interface-design.md.template - Implementation interface design spec template
•impl-guide-template.md - Implementation guide template
•impl-readme.md.template, drafts-readme.md.template - Directory READMEs

Templates use {{PLACEHOLDER}} syntax. Common placeholders: {{PROJECT_NAME}}, {{LANGUAGE}}, {{FRAMEWORK}}.

Usage Examples

Example 1: Initialize a New Project

code

Use platonic-init to set up Platonic Coding for my new project "Acme".
Language is TypeScript, framework is Next.js. Specs go in specs/.

Example 2: Adopt Platonic Coding for Existing Code

code

Use platonic-init to recover design specs for this existing project.
Scan the codebase and propose what RFCs to generate.

Example 3: Recovery with Custom Paths

code

Use platonic-init in recovery mode. Put specs in docs/rfcs/
and impl guides in docs/design/. Generate up to 4 RFCs.

Best Practices

•Always read the reference file for each operation before executing it
•Review recovered specs: All generated RFCs are Draft -- review and refine with platonic-specs
•Confirm the RFC graph: The agent proposes a modular spec plan; confirm before generation
•Keep it small: Fewer, focused specs are better than many overlapping ones
•Use platonic-workflow for future development after initialization

Dependencies

•Read/write access to project directories
•Markdown file support
•For recovery mode: ability to scan and read source code files

Integration with Other Skills

•platonic-specs: Use refine operation post-init to validate and update recovered specs
•platonic-workflow: After init, start at Phase 2 (impl guide) for new features
•platonic-impl-guide: Create implementation guides from recovered RFC specs
•platonic-code-review: Review code against recovered specs