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.
We are rebranding to Angular Architects.
With Ivy’s private APIs, we can dynamically create components. The example here demonstrates this by creating a routed component on the fly.
For Ivy, NgModules are optional. This allows us to structure Angular applications with pure EcmaScript techniques like barrels and packages.
You have to cut your domain into vertical slices, aka sub-domains. Microfrontends are just one solution for implementing them.
with Strategic Design and Monorepos – Part 2: Implementation
with Strategic Design And Monorepos – Part 1: Methodology
with the CLI
Mit Angular 2 Erstellen
Undo Und Redo Mit Redux, @Ngrx/Store Und Angular 2
Kurz Und Bündig Erklärt (Deutsche Version)
And DynamicComponentLoader
Und DynamicComponentLoader
With Guards Using The New Angular-2-Router
Mit OAuth2, OIDC, Dem Neuen Router Und Guards
And Guards For The Newest New Router [English Version]
why, how and cycles
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
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Upgrading from AngularJS to Angular can be challenging. Framework-independent Web Components can help here. Fortunately, Angular now allows exposing Web Components and beginning with AngularJS 1.7.3 you can easily consume them. To be more precise, we should use the word Custom Elements instead of We
Case study for writing micro apps with web components