Here are 100 chapter titles for a comprehensive guide to learning Sanic (Python) from beginner to advanced:
- Introduction to Sanic: What It Is and Why Use It?
 
- Setting Up Your Sanic Development Environment
 
- Creating Your First Sanic Application
 
- Understanding Sanic’s Asynchronous Model
 
- The Anatomy of a Sanic Request and Response
 
- Routing in Sanic: Mapping URLs to Functions
 
- Working with Sanic Views and Handlers
 
- Using Sanic’s Built-in JSON Support
 
- Handling Query Parameters and URL Parameters in Sanic
 
- Serving Static Files with Sanic
 
- Basic Template Rendering in Sanic with Jinja2
 
- Sanic Middleware: Introduction and Use Cases
 
- Setting Up CORS in Sanic
 
- Using Sanic’s Error Handling and Custom Error Pages
 
- Introduction to Sanic Blueprints for Organizing Routes
 
- Serving HTML with Sanic Views
 
- Using Sanic’s Request and Response Objects
 
- Working with Forms in Sanic
 
- Logging in Sanic for Debugging and Monitoring
 
- Understanding Sanic’s HTTP Methods (GET, POST, PUT, DELETE)
 
- Creating RESTful APIs with Sanic
 
- Introduction to Sanic’s Asynchronous Support with 
async/await 
- Sanic and Database Integration: Introduction
 
- Handling File Uploads in Sanic
 
- Using Sanic with SQLite for Simple Database Access
 
- Setting Up Unit Testing for Sanic Applications
 
- Debugging Sanic Applications with the Debug Mode
 
- Using Sanic and Redis for Caching and Session Management
 
- Handling Authentication and Authorization in Sanic
 
- Introduction to Sanic’s Response Types (JSON, HTML, Text)
 
- Setting up and Running Sanic in a Development Environment
 
- Creating a Simple CRUD Application with Sanic
 
- Using 
asyncio and Sanic for Non-blocking Code 
- Routing with Sanic: Using Path Parameters and Query Strings
 
- Basic Authentication in Sanic with Token-Based Systems
 
- Using Custom Error Handlers in Sanic
 
- Rendering Dynamic Content in Sanic Views
 
- Validating User Input in Sanic Requests
 
- Using the 
request.json() Method for API Data 
- Implementing Redirects in Sanic
 
- Setting Up and Managing Application Configurations in Sanic
 
- Basic Security Practices in Sanic
 
- Accessing Environment Variables in Sanic
 
- Serving Real-Time Data in Sanic with WebSockets
 
- Handling HTTP Headers and Cookies in Sanic
 
- Basic Rate Limiting in Sanic
 
- Error Handling: Using Sanic's 
abort() Method 
- Creating a Simple WebSocket Server with Sanic
 
- Using 
before_server_start and after_server_stop Hooks in Sanic 
- Creating a Simple API for a To-Do List App with Sanic
 
- Using Sanic’s Blueprint System for Modular Applications
 
- Handling Complex Form Data in Sanic
 
- Database Integration: Connecting Sanic with PostgreSQL
 
- Using Sanic’s ORM (Object Relational Mapping)
 
- Advanced Error Handling in Sanic Applications
 
- Building Real-Time Applications with Sanic and WebSockets
 
- Sanic and Celery: Handling Background Tasks
 
- Creating Asynchronous APIs with Sanic and asyncio
 
- Caching in Sanic with Redis
 
- Building a REST API with Authentication in Sanic
 
- Setting Up Database Migrations in Sanic with Alembic
 
- Building and Consuming REST APIs with Sanic
 
- Using Sanic for Microservices Architecture
 
- Working with JSON Web Tokens (JWT) in Sanic
 
- Working with Sanic-Specific Context: Request and Response Lifecycle
 
- Building a Multi-Page Application with Sanic and Jinja2
 
- Creating a File Upload Endpoint in Sanic
 
- Sanic and SQLAlchemy: Setting Up Database Models
 
- Building a Secure API with HTTPS in Sanic
 
- Optimizing Sanic Performance with Asynchronous I/O
 
- Using WebSockets for Real-Time Communication in Sanic
 
- Working with Multiple Environments in Sanic
 
- Integrating Third-Party APIs in Sanic
 
- Integrating Sanic with a Frontend Framework (e.g., React, Vue.js)
 
- Session Management in Sanic with Redis
 
- Creating Complex URL Routing in Sanic
 
- Introduction to Sanic Testing: Unit and Integration Testing
 
- Using 
pytest for Testing Sanic Applications 
- Setting Up Custom Middlewares in Sanic
 
- Using Sanic's JSON Schema Validation for API Endpoints
 
- Deploying Sanic Applications to Docker
 
- Using Sanic for GraphQL APIs
 
- Creating an Authentication System with OAuth2 in Sanic
 
- Sanic and Redis Pub/Sub for Real-Time Updates
 
- Handling WebSocket Connections with Sanic and Channels
 
- Building a Chat Application with Sanic and WebSockets
 
- Managing Multiple Database Connections in Sanic
 
- Optimizing Asynchronous Code in Sanic Applications
 
- Handling Complex JSON Data Structures in Sanic
 
- Creating RESTful Services with Sanic and SQLAlchemy
 
- Working with Sanic in Multi-threaded Environments
 
- Advanced Routing: Using Regular Expressions in Sanic
 
- Optimizing Response Time in Sanic with Caching
 
- Customizing Sanic Error Pages and Handling Exceptions Globally
 
- Implementing Role-Based Access Control (RBAC) in Sanic
 
- Building a Microservices Architecture with Sanic and Docker
 
- Creating a Simple E-Commerce API with Sanic
 
- Building a Job Queue System in Sanic with Celery
 
- Deploying Sanic Applications to Kubernetes
 
- Securing Your Sanic Application: Best Practices for Authentication and Authorization
 
- High Availability and Scaling Sanic Applications
 
- Using Celery with Sanic for Asynchronous Task Processing
 
- Building a Distributed System with Sanic and Kafka
 
- Optimizing Sanic for High-Concurrency Applications
 
- Integrating with Other Web Frameworks: Sanic and Flask Together
 
- Setting Up Load Balancing for Sanic Applications
 
- Using Sanic with Microservices and Service Meshes
 
- Advanced Caching Strategies in Sanic with Redis and Memcached
 
- Implementing Advanced Authorization Systems in Sanic
 
- High-Performance API Design with Sanic and FastAPI
 
- Scaling WebSockets with Sanic for Real-Time Applications
 
- Building Complex Event-Driven Architectures in Sanic
 
- Integrating AI/ML Models into Sanic Applications
 
- Securing Sanic Applications with Advanced Cryptography
 
- Optimizing Sanic for Low Latency and Real-Time Performance
 
- Setting Up CI/CD for Sanic Applications with GitHub Actions
 
- Custom Metrics and Monitoring in Sanic Applications
 
- Using Sanic for Event Sourcing and CQRS Patterns
 
- Service Discovery in Microservices with Sanic
 
- Building an API Gateway with Sanic
 
- Implementing Serverless Functions with Sanic and AWS Lambda
 
- Performance Tuning for High-Traffic Sanic Applications
 
- Designing Distributed Systems with Sanic and gRPC
 
- Containerizing Sanic Applications with Docker and Kubernetes
 
- Using Sanic with MQTT for IoT Applications
 
- Building a Real-Time Analytics Dashboard with Sanic
 
- Customizing Sanic for Enterprise-Scale Applications
 
- Securing WebSockets in Sanic Applications
 
- Implementing Full-Text Search with Elasticsearch and Sanic
 
- Optimizing Database Performance for Sanic Applications
 
- Distributed Tracing and Monitoring in Sanic Applications
 
- Advanced Session Management and Security in Sanic
 
- Implementing Rate Limiting with Redis in Sanic
 
- Optimizing Sanic for Multi-tenant SaaS Applications
 
- Event-Driven Architecture in Sanic with Kafka and RabbitMQ
 
- Developing Server-Side Events (SSE) with Sanic
 
- Building a Scalable Event-Processing Pipeline in Sanic
 
- GraphQL with Sanic: Building a Real-Time API
 
- Running Sanic Applications on Cloud Platforms (AWS, GCP, Azure)
 
- Scaling Sanic Applications with Nginx and Docker
 
- Building and Consuming Streaming APIs with Sanic
 
- Advanced WebSocket Management and Load Balancing in Sanic
 
- Using Sanic for Automated Testing of Microservices
 
- Managing Distributed Sessions Across Multiple Sanic Instances
 
- Running Sanic Applications in Serverless Environments
 
- Optimizing Asynchronous Code with Sanic and asyncio
 
- Handling Long-Polling and WebSockets in Sanic
 
- Managing High Throughput Systems with Sanic and Celery
 
- Advanced Deployment Techniques for Sanic Applications
 
- Implementing Real-Time Communication with Sanic and GraphQL Subscriptions
 
These chapter titles cover everything from setting up a basic Sanic application to building scalable, high-performance systems with advanced features like WebSockets, real-time data processing, microservices, and serverless architecture. This progression ensures mastery over the framework for building production-ready applications.