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Frameworks & web · #angular
Stop crashing your Angular app with massive datasets. Learn how to implement PrimeNG DataTable lazy loading to shift pagination and sorting to the server.
NgRx Effects centralize async side effects, but choosing the wrong flattening operator or boundary can corrupt state. Here is an architecture note on when to use them and how to verify cancellation.
PrimeNG’s p‑Table virtual scrolling lets you render only the rows visible in the viewport, cutting DOM size and boosting performance. This guide shows how to enable it, configure lazy loading, and avoid common pitfalls like mixing pagination or overriding row height.
PrimeNG DataTable’s lazy loading turns the UI into a thin client that asks the server for a slice of data. This guide explains the event contract, backend expectations, a concrete Angular example, and common pitfalls to avoid.
Learn how Angular standalone components eliminate NgModule boilerplate, simplify bootstrapping, and improve tree‑shaking, with a concrete example and common pitfalls to avoid.
Stop loading thousands of rows into the DOM. Learn how to implement a custom Angular Material DataSource to handle server-side pagination, sorting, and filtering using RxJS.
Learn how to diagnose and resolve UI lag in PrimeNG p-table when handling large datasets using virtual scrolling to reduce DOM overhead and improve frame rates.
Learn how to handle Protractor timeouts in hybrid Angular apps by selectively disabling waitForAngular and using explicit waits to prevent flaky tests.
Angular CDK Virtual Scroll renders only visible items, cutting DOM nodes and boosting performance for huge lists.
ngrx
rxjs
angularmaterial
protractor