navigation questions

Bootstrap's pagination component helps in navigating through multiple pages of content. It is implemented using the `pagination` class: 

Example : -
<nav>
 <ul class='pagination'>
     <li class='page-item'>
         <a class='page-link' href='#'>1</a>
     </li>
 </ul>
</nav>

Angular's Router module is responsible for enabling navigation and routing within a single-page application (SPA). It allows developers to define routes, which map URL paths to specific components, enabling seamless transitions between different views or pages without reloading the entire application. The Router module provides features like route parameters, route guards, and lazy loading, which help manage navigation, security, and performance. By configuring routes and integrating the `RouterOutlet` directive, Angular applications can offer a dynamic and user-friendly experience.

Routing in Angular is implemented using the Router module, which provides a way to navigate between different components based on URL paths. To set up routing, you first import `RouterModule` and `Routes` from `@angular/router` in your Angular module. You then define an array of routes that map URL paths to components. This configuration is passed to the `RouterModule.forRoot()` method in the module's imports array. The `<router-outlet>` directive is used in the template to specify where the routed components should be displayed. This setup allows for seamless navigation and dynamic content rendering within the application.

Angular Guards are interfaces that allow developers to control navigation to and from routes in an Angular application. They are used to protect routes based on conditions such as user authentication or authorization. There are several types of guards: `CanActivate` (to decide if a route can be activated), `CanDeactivate` (to decide if a route can be deactivated), `Resolve` (to fetch data before a route is activated), and `CanLoad` (to decide if a module can be lazily loaded). Implementing guards helps ensure that users have the proper permissions and data before accessing certain parts of the application.

In React Native, you can navigate between screens using navigation libraries like React Navigation or React Native Navigation. React Navigation provides components such as `Stack.Navigator`, `Tab.Navigator`, and `Drawer.Navigator` to handle different types of navigation. It allows for the easy setup of stack, tab, and drawer navigators to manage screen transitions.

`React Native Navigation` is a library developed by Wix that provides a navigation solution with native performance and behavior. Unlike React Navigation, which is JavaScript-based, React Native Navigation uses native components for navigation, offering smoother and more performant transitions and interactions. It supports stack, tab, and drawer navigation with extensive customization options.

Navigator.push adds a new route on top of the current one, allowing users to return to the previous screen. In contrast, Navigator.pushReplacement replaces the current route with a new one, removing the previous route from the stack. For example, using push for a login screen allows users to return to the previous screen, while pushReplacement would not.