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Course Outline

Core Advanced Vue.js Principles

  • In-depth analysis of the component lifecycle.
  • Sophisticated management of props, emits, and custom events.
  • Advanced reactivity mechanisms (including ref, computed, effect, watch, and more).
  • Route control strategies and navigation guards.

Scalable State Management via Pinia

  • Designing scalable architectures with Pinia.
  • Advanced composition techniques and store modularization.
  • Best practices for overseeing both global and local data states.

API Integration & Data Layer Architecture

  • Configuring global and custom Axios settings.
  • Utilizing interceptors and robust error handling strategies.
  • Seamless integration with Pinia stores and Vue components.
  • Orchestrating data flow between APIs, state stores, and UI components.

Contemporary Vue Development Workflow

  • Advanced Vite configurations tailored for Vue.js projects.
  • Plugin integration and build process optimization.
  • Best practices for managing development, testing, and production environments.
  • Handling production environment variables (Vault) and CI/CD pipelines.
  • Establishing code quality standards: setting up and integrating ESLint, Prettier, and SonarQube.
  • Implementing automated formatting and static analysis best practices.

Framework Specialization: The Quasar Framework

  • Optimizing and customizing Quasar components.
  • Crafting responsive and high-performance UIs using Quasar.
  • Leveraging Quasar alongside TanStack, PWA capabilities, and ServiceWorkers.

TypeScript Integration in Vue.js

  • Advanced typing strategies for components and stores.
  • Defining precise types for props, emits, and slots.
  • Reusable patterns and best practices for ensuring type safety.

Testing & Code Reliability

  • Conducting unit and integration tests for components and stores.
  • Utilizing recommended tools such as Vue Test Utils and Vitest.
  • Best practices for maintaining code quality and automating tests.

Performance & Optimization

  • Implementing lazy loading, code splitting, and resource optimization.
  • Identifying and resolving performance bottlenecks.
  • Profiling and fine-tuning Vue.js application performance.

Resources & Support

  • Comprehensive documentation and examples for each module.
  • Access to recorded sessions or additional online resources.
  • Q&A sessions and post-training implementation support.

Conclusion & Future Steps

Requirements

  • Prior experience in developing applications using Vue.js.
  • Proficiency with JavaScript, ES6+, and RESTful APIs.
  • Fundamental knowledge of frontend build tools and component-based architectural patterns.

Target Audience

  • Frontend developers with an existing foundation in Vue.js.
  • Software engineers responsible for developing large-scale Vue applications.
  • Developers looking to adopt best practices in application architecture, testing, and optimization.
 35 Hours

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