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 Duration 21 hours

Course Outline

Introduction to Web Programming and WebAssembly

  • The historical evolution of client-side web programming.
  • The inherent limitations of traditional JavaScript-based browser applications.
  • An introduction to WebAssembly and its strategic role in contemporary web development.
  • Key advantages of WebAssembly, including:
    • Enhanced performance.
    • System portability.
    • Operational efficiency.
    • Near-native execution speeds within browsers.

WebAssembly Architecture and Fundamentals

  • An in-depth look at the WebAssembly execution model.
  • The structural anatomy of a WebAssembly module.
  • Distinguishing between binary formats and text representations.
  • Examining WebAssembly modules, memory management, tables, and the execution environment.
  • The dynamic relationship between JavaScript and WebAssembly.

From JavaScript to WebAssembly

  • Tracing the evolutionary path from JavaScript through asm.js to WebAssembly.
  • A comparative analysis of JavaScript versus WebAssembly execution.
  • Navigating browser support and runtime integration specifics.
  • Techniques for invoking WebAssembly code from JavaScript applications.

WebAssembly Program Structure

  • Decomposing WebAssembly into its core components.
  • Managing functions, imports, and exports effectively.
  • Strategies for memory management and data exchange.
  • Representing bytecode utilizing Abstract Syntax Trees (AST).

Developing WebAssembly Applications

  • Creating a foundational WebAssembly module.
  • Mastering WebAssembly instructions and syntax conventions.
  • Constructing modules using C and C++ languages.
  • Compiling source code into the WebAssembly format.
  • Seamlessly integrating WebAssembly modules into broader web applications.

WebAssembly Toolchain and Development Environment

  • Configuring an optimal WebAssembly development toolkit.
  • Leveraging compilers and build systems for efficiency.
  • Utilizing specialized editors and development environments.
  • Strategies for debugging WebAssembly applications.
  • Methods for testing and optimizing WebAssembly code.

Advanced WebAssembly Concepts

  • Addressing complex performance considerations.
  • Advanced optimization techniques for WebAssembly applications.
  • Interoperating with various browser APIs.
  • Evaluating critical security considerations.
  • Exploring deep interoperability patterns between WebAssembly and JavaScript.

Practical WebAssembly Workshop

  • Building a comprehensive WebAssembly application from scratch.
  • Compiling C/C++ code specifically for browser execution.
  • Integrating WebAssembly logic with a responsive web interface.
  • Refining application performance through targeted debugging and analysis.

Future Applications of WebAssembly

  • Current use cases and the trajectory of industry adoption.
  • Key application domains, including:
    • Gaming.
    • Virtual reality.
    • High-performance computing.
    • Advanced web applications.
  • Emerging trends in browser-based software development.

Course Review and Conclusion

  • Consolidating key WebAssembly concepts and development workflows.
  • A discussion on industry best practices.
  • Identifying pathways for continued professional learning.

Requirements

  • Practical experience or a solid understanding of client-side, browser-based programming.
  • Proficiency in C/C++ programming.
  • A strong interest in expanding web development skills beyond JavaScript.

Target Audience

  • Web developers.
  • C and C++ developers.

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