🍽️📖 Plating
Documentation generation system for Terraform/OpenTofu providers
Plating is a powerful documentation system that brings culinary elegance to technical documentation. Just as a chef carefully plates a dish, Plating helps you present your Terraform provider documentation beautifully.
✨ Key Features
- 🎯 Automatic Documentation Generation - Generate comprehensive docs from your provider code
- ✨ Smart Component Adorning - Automatically create documentation templates for undocumented components
- 🍽️ Beautiful Plating - Render documentation with examples, schemas, and rich formatting
- 🔍 Component Discovery - Automatically find and document resources, data sources, and functions
- 📝 Jinja2 Templates - Flexible templating with custom functions and filters
- 🔄 Schema Integration - Extract and format provider schemas automatically
- 🎯 Capability-First Organization - Group documentation by feature (Math, Utilities, Lens) instead of just type
- 📍 Smart Navigation - Auto-generated mkdocs.yml with capability-first structure
- 📚 Guide Support - Built-in support for provider guides and tutorials
Quick Start
- Install:
uv tool install plating - Read the Documentation
- Try
plating adornto create documentation templates
Installation
Note: Plating is in pre-release. Some APIs may change during the pre-release series.
Version Info: The version
0.3.0is a pre-release identifier indicating active development. Expect the API and features to evolve. Some APIs may change during the pre-release series.
# Install from PyPI
uv tool install plating
Quick Install from Git
# Install directly from GitHub
uv tool install git+https://github.com/provide-io/plating.git
Documentation
Development
Quick Start
# Set up environment
uv sync
# Run common tasks
we run test # Run tests
we run lint # Check code
we run format # Format code
we tasks # See all available commands
See CLAUDE.md for detailed development instructions and architecture information.
🤝 Contributing
Contributions are welcome! Please feel free to submit a Pull Request.
📜 License
Apache 2.0
📦 Prerequisites
Important: This project uses
uvfor Python environment and package management.
Install UV
Visit UV Documentation for more information.
# On macOS and Linux.
curl -LsSf https://astral.sh/uv/install.sh | sh
# On Windows.
powershell -ExecutionPolicy ByPass -c "irm https://astral.sh/uv/install.ps1 | iex"
# Update UV to latest version
uv self update
📚 Usage Examples
1. Adorn Your Components
First, create .plating bundles for your undocumented components:
# Adorn all missing components
plating adorn
# Adorn only resources
plating adorn --component-type resource
2. Customize Templates
Edit the generated templates in .plating/docs/:
---
page_title: "Resource: my_resource"
---
# my_resource
{{ "{{ example('basic') }}" }}
## Schema
{{ "{{ schema() }}" }}
3. Generate Documentation
Render your documentation:
# Generate docs in ./docs directory
plating plate
# Custom output directory
plating plate --output-dir ./documentation
📂 Bundle Structure
Each component has a .plating bundle containing documentation templates, examples, and optional test fixtures. See Authoring Bundles Guide for complete bundle structure and template function reference.
🎯 Capability-First Organization
Organize documentation by capability (subcategory) instead of just by component type. Add a subcategory field to your template frontmatter, and Plating automatically groups components by capability in the navigation.
See Capabilities Guide for standard subcategories, custom categories, and guide support.
🔍 Validation
Validate your generated documentation:
# Validate all documentation
plating validate
# Validate in custom directory
plating validate --output-dir ./documentation
🛡️ Foundation Integration
Plating is built on provide.foundation patterns for enterprise-grade reliability:
- 🔄 Automatic Retries: Built-in retry policies with exponential backoff for I/O operations
- 📊 Metrics & Observability: Integrated performance tracking and operation metrics
- ⚡ Circuit Breakers: Prevents cascading failures in distributed systems
- 📝 Structured Logging: Foundation logger integration with contextual information
- 🚀 Async-First Design: High-performance async operations throughout
🔧 Advanced Usage
Filter to Specific Package
By default, Plating searches all installed packages for components. You can filter to a specific package:
plating adorn --package-name pyvider.components
plating plate --package-name pyvider.components
Generate Executable Examples
Generate standalone executable Terraform examples alongside documentation:
plating plate --generate-examples
Customize example output directories:
plating plate --generate-examples \
--examples-dir examples/ \
--grouped-examples-dir examples/integration/
🔧 Configuration
Configure Plating in your pyproject.toml:
[tool.pyvider]
# Provider name (auto-detected if not specified)
name = "my_provider"
# Packages to discover components in
component_packages = ["my_provider.components"]
Plating reads pyvider's own section, so a provider configures its name once and both tools agree on it. [tool.plating] provider_name is still honoured for projects that set it, as is the top-level [pyvider] table, and provider_name is accepted wherever name is.
Note: Other options like output_dir and component_types must be passed as CLI flags:
plating plate --output-dir docs --component-type resource
🏗️ Architecture
Plating follows a modular architecture:
- PlatingBundle - Represents documentation bundles
- PlatingPlater - Renders documentation
- PlatingAdorner - Creates documentation templates
- PlatingDiscovery - Finds components and bundles
- SchemaProcessor - Extracts provider schemas
🙏 Acknowledgments
Built with ❤️ using:
- attrs - Python classes without boilerplate
- Jinja2 - Powerful templating
- pyvider - Terraform provider framework
- click - Command line interface
- rich - Beautiful terminal output
Plating - Making documentation as delightful as a well-plated dish 🍽️
Copyright (c) provide.io LLC.
Release files for plating 0.6.1
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| plating-0.6.1-py3-none-any.whl | Python 3 | none | any | Details |
Total release size: 243.9 kB
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