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Mastering Modular JavaScript /
"If you have a working knowledge of JavaScript and ECMAScript 6 (ES6), this practical guide will help you tackle modular programming to produce code that's readable, maintainable, and scalable. You'll learn the fundamentals of modular architecture with JavaScript and the benefits of w...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Sebastopol, CA :
O'Reilly Media, Inc.,
2018.
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| Edición: | First edition. |
| Temas: | |
| Acceso en línea: | Texto completo (Requiere registro previo con correo institucional) |
Tabla de Contenidos:
- Module thinking
- Modularity principles
- Module design
- Shaping internals
- Modular patterns and practices
- Development methodology and philosophy.
- Intro; Copyright; Table of Contents; Preface; Section 1. Who Should Read This Book; Section 2. Why Modular JavaScript?; Section 3. How Is This Book Organized?; Section 4. Conventions Used in This Book; Section 5. O'Reilly Safari; Section 6. How to Contact Us; Section 7. Acknowledgments; Chapter 1. Module Thinking; 1.1 Introduction to Module Thinking; 1.2 A Brief History of Modularity; 1.2.1 Script Tags and Closures; 1.2.2 RequireJS, AngularJS, and Dependency Injection; 1.2.3 Node.js and the Advent of CommonJS; 1.2.4 ES6, import, Babel, and Webpack; 1.3 The Perks of Modular Design
- 1.4 Modular Granularity1.5 Modular JavaScript: A Necessity; Chapter 2. Modularity Principles; 2.1 Modular Design Essentials; 2.1.1 Single Responsibility Principle; 2.1.2 API First; 2.1.3 Revealing Pattern; 2.1.4 Finding the Right Abstractions; 2.1.5 State Management; 2.2 CRUST: Consistent, Resilient, Unambiguous, Simple, and Tiny; 2.2.1 Consistency; 2.2.2 Resiliency; 2.2.3 Unambiguity; 2.2.4 Simplicity; 2.2.5 Tiny Surface Areas; Chapter 3. Module Design; 3.1 Growing a Module; 3.1.1 Composability and Scalability; 3.1.2 Design for Today; 3.1.3 Abstractions Evolve in Small Steps
- 3.1.4 Move Deliberately and Experiment3.2 CRUST Considerations; 3.2.1 Do Repeat Yourself, Occasionally; 3.2.2 Feature Isolation; 3.2.3 Trade-Offs When Designing Internals; 3.3 Pruning a Module; 3.3.1 Error Handling, Mitigation, Detection, and Solving; 3.3.2 Documentation as an Art; 3.3.3 Removing Code; 3.3.4 Applying Context; Chapter 4. Shaping Internals; 4.1 Internal Complexity; 4.1.1 Containing Nested Complexity; 4.1.2 Feature Entanglement and Tight Coupling; 4.1.3 Frameworks: The Good, the Bad, and the Ugly; 4.2 Refactoring Complex Code; 4.2.1 Embracing Variables over Clever Code
- 4.2.2 Guard Clauses and Branch Flipping4.2.3 An Interdependency Pyramid; 4.2.4 Extracting Functions; 4.2.5 Flattening Nested Callbacks; 4.2.6 Factoring Similar Tasks; 4.2.7 Slicing Large Functions; 4.3 State as Entropy; 4.3.1 Current State: It's Complicated; 4.3.2 Eliminating Incidental State; 4.3.3 Containing State; 4.3.4 Leveraging Immutability; 4.4 Data Structures Are King; 4.4.1 Isolating Data and Logic; 4.4.2 Restricting and Clustering Logic; Chapter 5. Modular Patterns and Practices; 5.1 Leveraging Modern JavaScript; 5.1.1 Template Literals; 5.1.2 Destructuring, Rest, and Spread
- 5.1.3 Striving for Simple const Bindings5.1.4 Navigating Callbacks, Promises, and Asynchronous Functions; 5.2 Composition and Inheritance; 5.2.1 Inheritance Through Classes; 5.2.2 The Perks of Composition: Aspects and Extensions; 5.2.3 Choosing Between Composition and Inheritance; 5.3 Code Patterns; 5.3.1 Revealing Module; 5.3.2 Object Factories; 5.3.3 Event Emission; 5.3.4 Message Passing and the Simplicity of JSON; Chapter 6. Development Methodology and Philosophy; 6.1 Secure Configuration Management; 6.2 Explicit Dependency Management; 6.3 Interfaces as Black Boxes; 6.4 Build, Release, Run