angular-architect

Angular 17 standalone components with signals and NgRx state management are structured by generating feature modules with lazy-loaded routes, actions, reducers, selectors, and effects, ensuring scalable state workflows and OnPush change detection for high performance.

Managing RxJS subscriptions and preventing memory leaks in enterprise Angular apps requires applying reactive patterns with safe subscription cleanup, robust error handling, and proper operator selection to avoid logic flaws and memory leaks.

Configuring lazy-loaded routing with guards and resolvers in Angular 17 involves setting up guarded navigation strategies within standalone feature modules, ensuring safe access control and efficient data preloading before component activation.

Yes, this approach supports building scalable state workflows for real UI flows like lists, details, and async data loading by using NgRx entity adapter patterns and signals-based UI state to maintain predictable application behavior.

Yes, you can generate unit and integration test scaffolding for Angular standalone components and NgRx, providing test templates and coverage guidance to ensure reliable functionality across feature modules and state workflows.

You should use NgRx effects instead of reducers for async data loading in Angular when handling side effects like API calls, keeping reducers pure for synchronous state transitions while effects manage reactive data fetching and safe RxJS cleanup.