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Course Outline

Introduction to Web Programming and WebAssembly

  • Evolution of client-side web programming
  • Limitations of traditional JavaScript-based browser applications
  • Introduction to WebAssembly and its role in modern web development
  • Understanding WebAssembly advantages:
    • Performance
    • Portability
    • Efficiency
    • Near-native execution in browsers

WebAssembly Architecture and Fundamentals

  • Understanding the WebAssembly execution model
  • Anatomy of a WebAssembly module
  • Understanding binary format and text representation
  • WebAssembly modules, memory, tables, and execution environment
  • Relationship between JavaScript and WebAssembly

From JavaScript to WebAssembly

  • Overview of JavaScript, asm.js, and WebAssembly evolution
  • Comparing JavaScript execution with WebAssembly
  • Understanding browser support and runtime integration
  • Calling WebAssembly code from JavaScript applications

WebAssembly Program Structure

  • Understanding WebAssembly components
  • Working with functions, imports, and exports
  • Managing memory and data exchange
  • Representing bytecode using Abstract Syntax Trees (AST)

Developing WebAssembly Applications

  • Writing a first WebAssembly module
  • Understanding WebAssembly instructions and syntax
  • Creating modules using C and C++
  • Compiling source code into WebAssembly format
  • Integrating WebAssembly modules into web applications

WebAssembly Toolchain and Development Environment

  • Setting up WebAssembly development tools
  • Working with compilers and build systems
  • Using editors and development environments
  • Debugging WebAssembly applications
  • Testing and optimizing WebAssembly code

Advanced WebAssembly Concepts

  • Managing performance considerations
  • Optimizing WebAssembly applications
  • Working with browser APIs
  • Understanding security considerations
  • Exploring interoperability between WebAssembly and JavaScript

Practical WebAssembly Workshop

  • Building a complete WebAssembly application
  • Compiling C/C++ code for browser execution
  • Integrating WebAssembly with a web interface
  • Debugging and improving application performance

Future Applications of WebAssembly

  • WebAssembly use cases and industry adoption
  • Applications in:
    • Gaming
    • Virtual reality
    • High-performance computing
    • Advanced web applications
  • Future trends in browser-based development

Course Review and Conclusion

  • Reviewing WebAssembly concepts and development workflow
  • Discussing best practices
  • Identifying further learning opportunities

Requirements

  • Experience or understanding of browser-based, client-side programming.
  • C/C++ programming experience.
  • An interest in web programming beyond Javascript.

Audience

  • Web developers
  • C and C++ developers
 21 Hours

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