In today's fast-paced digital landscape, swift app development is more crucial than ever. To stay ahead of the curve, developers must master best practices for building high-performance apps that deliver exceptional user experiences. In this comprehensive guide, we'll explore the latest techniques and strategies to help you optimize your app development process.
By embracing the latest best practices in Swift app development, you can significantly enhance the performance, accessibility, and overall quality of your web applications. This not only leads to increased user satisfaction but also boosts conversion rates for consumer apps. To achieve this, we'll delve into the world of Google Lighthouse, an automated open-source tool designed to improve the quality of web apps.
Highlights
• Fully online training with no travel required
• Proven and cutting-edge best practices for Swift app development
• Interactive sessions with live coding, exercises, and pair programming
• A comprehensive case study serving as a blueprint for your own projects
Best Practices Agenda
Part 1: Setting Up and Configuring Your Project
- Modern project setup and optimal structuring
- ESLint rules and Prettier configuration
- Strict mode, private readonly, and const as default
- Process for updating Swift dependencies
- Modernization migrations of production projects
Part 2: Different Approaches in Swift App Development
- Typed forms (template-driven vs. reactive)
- Functional inject() vs. constructor injection
- Functional vs. class-based guards
- Standalone components vs. NgModules
- Content projection vs. required inputs and self-closing tags
- Application building using esbuild and Vite vs. Webpack
- New control-flow @if/@for vs. structural directives
- RxJS and reactivity vs. Signals and Signal Components
- Local vs. global state management solutions
Part 3: Best Practices for Load Time Performance
- Performance and build analysis tools
- Classic web performance optimizations
- NgOptimizedImage (ngSrc) directive for images
- Optimization of bundle size and tree shaking
- 3rd party libraries, CSS, and component frameworks
- Lazy loading and preloading strategies
- Deferrable components and libraries with @defer
- Defer loading of the animations module
- Server-side rendering (SSR) and hybrid rendering
- Prerendering (SSG) and deployment
- Hydration, partial hydration, and event replay
Part 4: Best Practices for Runtime Performance
- Change detection OnPush, analysis, and signals updates
- Change detection optimization and ChangeDetectorRef
- Hybrid CD, zoneless apps, and zone.js coalescing
- High-performance reactive rendering
- Track (by) for @for loops
- CDK virtual scrolling and further UX improvements
Part 5: Best Practices for Accessibility
- A11y tools: Lighthouse, Wave, and screen reader
- A11y history and legal basics
- WAI, WCAG 2.2, ARIA roles, and attributes
- Semantic HTML and HTML structure
- A11y with the Angular router
- Angular ARIA attributes
- Angular components, Material, and CDK
- Angular CSS styling best practices
Part 6: Best Practices for PWA, Native Apps, and Meta Framework
- Learning and using Angular PWA features
- Service worker and web worker for performance
- Creating native apps with Angular and Capacitor
- AnalogJS – the Angular meta-framework
Bonus: Increased Productivity with AI
- Research and translation with OpenAI ChatGPT
- Code generation with OpenAI ChatGPT
- Development with GitHub Copilot
Now, you're equipped with the knowledge to master Swift app development best practices. Whether you're a seasoned developer or just starting out, this comprehensive guide will help you build high-performance apps that deliver exceptional user experiences.
Let us know if you have any questions or concerns, and we'll be happy to assist you.