In the last time, I helped numerous companies implementing Angular SPAs for microservice environments. In this article, I show how to implement one of them in 6 steps: A shell loading micro frontends on demand.
Upgrade to Angular 9 to leverage the Ivy rendering engine, reducing bundle sizes while accessing new CLI features and improved type safety.
Master complex UI with ag-Stack. Learn how to optimize datagrid performance using virtualization, smart change detection, and CSS.
Eliminate manual boilerplate in Angular by overriding default CLI schematics in angular.json. Standardize your code generation today.
Stop sluggish Angular lists using OnPush, detached change detection, and smart array partitioning to ensure your UI remains responsive.
Optimize Angular performance by building custom EventManagerPlugins to filter rapid events and skip unnecessary change detection.
Reduce long Angular initial load times by optimizing your bundle size. Learn to analyze, compress, and monitor assets for faster apps.
Master the Angular Ivy renderer by exploring its change detection mechanism and Incremental DOM architecture for more efficient apps.
with the CLI
Angular Elements without Zone.Js
A dynamic dashboard in four steps with Web Components
Lazy and External Web Components
Peacefully United thanks to Micro Apps and Web Components
Eliminate lag in deeply nested Angular Reactive Forms by modularizing state and utilizing OnPush change detection for faster rendering.
Master Angular change detection mechanics to debug errors, enforce unidirectional data flow, and optimize performance with NgZone usage.
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Struggling with Angular Change Detection? Learn to use NgDoCheck and markForCheck for finer control over component rendering performance.
Master Angular and React change detection. Learn how frameworks sync state with the DOM to optimize performance and refine architecture.
Master React Fiber internals to break heavy rendering tasks into incremental units. Improve UI responsiveness and prevent dropped frames.
Master Angular Ivy’s architecture to optimize bundle sizes, leverage tree shaking, and streamline change detection for faster apps.
Case study for writing micro apps with web components
Master Angular change detection flow. Learn why components appear to load breadth-first and optimize your lifecycle logic for faster apps.
Master Angular without zone.js by understanding how NgZone triggers change detection and how to handle libraries outside the loop.
Master Angular’s change detection mechanism. Optimize rendering, fix performance bottlenecks, and gain full control over your app.