Summary
Conduct a comprehensive audit of all documentation and create complete API reference documentation for all public interfaces, ensuring consistency and completeness across the entire framework including WASM components.
Background
As the framework expands with WASM support, component model integration, and various backend implementations, documentation needs to be comprehensive, consistent, and accessible. Currently, some modules are well-documented while others lack sufficient coverage.
Implementation Tasks
Documentation Audit and Assessment
Current Documentation Review
Documentation Coverage Metrics
API Reference Documentation
Core Framework APIs
New Component APIs
WASM-Specific Documentation
User Guides and Tutorials
Getting Started Documentation
# Documentation Structure
docs/
├── getting-started/
│ ├── installation.md
│ ├── first-server.md
│ ├── basic-concepts.md
│ └── development-setup.md
├── guides/
│ ├── building-mcp-servers.md
│ ├── authentication-setup.md
│ ├── storage-configuration.md
│ ├── caching-strategies.md
│ ├── component-development.md
│ └── deployment-options.md
├── reference/
│ ├── api/ # Generated API docs
│ ├── configuration.md # Complete config reference
│ ├── cli-reference.md # All CLI commands
│ └── troubleshooting.md
└── examples/
├── basic/
├── intermediate/
└── advanced/Comprehensive Tutorials
Configuration Documentation
Complete Configuration Reference
// Generate documentation from configuration structs
#[derive(Config, Serialize, Deserialize)]
#[config(doc = "Complete server configuration options")]
pub struct ServerConfig {
/// Server listening configuration
#[config(doc = "Network configuration for the MCP server")]
pub network: NetworkConfig,
/// Storage backend configuration
#[config(doc = "Storage backend selection and configuration")]
pub storage: StorageConfig,
/// Caching configuration
#[config(doc = "Caching strategy and performance tuning")]
pub cache: CacheConfig,
}Environment-Specific Documentation
Architecture Documentation
System Architecture Documentation
Design Decision Documentation
Code Examples and Samples
Comprehensive Example Library
Code Example Standards
//\! # MCP Server Example
//\!
//\! This example demonstrates how to create a basic MCP server
//\! with file system resources.
//\!
//\! ## Features Demonstrated
//\! - Resource listing and reading
//\! - Error handling
//\! - Async operations
//\!
//\! ## Usage
//\! ```bash
//\! cargo run --example basic-server
//\! ```
use pulseengine_mcp::*;
#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
// Example code with comprehensive comments
let server = McpServer::builder()
.with_resource_provider(FileSystemProvider::new("./examples/data")?)
.build()
.await?;
server.run().await?;
Ok(())
}Documentation Tooling and Automation
Documentation Generation
Documentation Testing
//\! Example with tested documentation
//\!
//\! ```rust
//\! use pulseengine_mcp::*;
//\!
//\! let server = McpServer::new();
//\! assert_eq\!(server.status(), ServerStatus::Ready);
//\! ```
Continuous Documentation
Multi-Language Documentation
Internationalization Support
Community Documentation
Contribution Guidelines
FAQ and Troubleshooting
Documentation Quality Assurance
Documentation Standards
User Feedback Integration
Generated Documentation Structure
API Documentation
docs.rs integration:
├── pulseengine-mcp/
│ ├── Core framework documentation
│ ├── Getting started guide
│ └── API reference
├── pulseengine-mcp-cache/
│ ├── Caching framework docs
│ └── Performance tuning guide
└── pulseengine-mcp-wasi/
├── Component model documentation
└── WASM deployment guide
Website Documentation
Documentation website:
├── Quick Start
├── Tutorials
├── API Reference
├── Examples
├── Deployment Guides
├── Performance Guides
├── Community
└── Blog/Updates
Integration with Development Workflow
Documentation in Development
Release Documentation
Acceptance Criteria
Related Issues
References
Summary
Conduct a comprehensive audit of all documentation and create complete API reference documentation for all public interfaces, ensuring consistency and completeness across the entire framework including WASM components.
Background
As the framework expands with WASM support, component model integration, and various backend implementations, documentation needs to be comprehensive, consistent, and accessible. Currently, some modules are well-documented while others lack sufficient coverage.
Implementation Tasks
Documentation Audit and Assessment
Current Documentation Review
Documentation Coverage Metrics
API Reference Documentation
Core Framework APIs
New Component APIs
WASM-Specific Documentation
User Guides and Tutorials
Getting Started Documentation
# Documentation Structure docs/ ├── getting-started/ │ ├── installation.md │ ├── first-server.md │ ├── basic-concepts.md │ └── development-setup.md ├── guides/ │ ├── building-mcp-servers.md │ ├── authentication-setup.md │ ├── storage-configuration.md │ ├── caching-strategies.md │ ├── component-development.md │ └── deployment-options.md ├── reference/ │ ├── api/ # Generated API docs │ ├── configuration.md # Complete config reference │ ├── cli-reference.md # All CLI commands │ └── troubleshooting.md └── examples/ ├── basic/ ├── intermediate/ └── advanced/Comprehensive Tutorials
Configuration Documentation
Complete Configuration Reference
Environment-Specific Documentation
Architecture Documentation
System Architecture Documentation
Design Decision Documentation
Code Examples and Samples
Comprehensive Example Library
Code Example Standards
Documentation Tooling and Automation
Documentation Generation
Documentation Testing
Continuous Documentation
Multi-Language Documentation
Internationalization Support
Community Documentation
Contribution Guidelines
FAQ and Troubleshooting
Documentation Quality Assurance
Documentation Standards
User Feedback Integration
Generated Documentation Structure
API Documentation
Website Documentation
Integration with Development Workflow
Documentation in Development
Release Documentation
Acceptance Criteria
Related Issues
References