Angular is a platform and framework developed and maintained by Google
for building single-page client applications using HTML and TypeScript. This
robust framework stands out due to its comprehensive set of features,
which include two-way data binding, dependency injection, a component-
based architecture, and support for reactive programming. These features
enable developers to create dynamic and efficient web applications with
ease.
INTRODUCTION TO ANGULAR
Angular applications are constructed using a combination of components
and modules. Components serve as the fundamental building blocks of an
Angular application. Each component is comprised of an HTML template for
defining the view, a CSS stylesheet for styling, and a TypeScript class that
contains the logic. Modules, on the other hand, group together related
components, directives, pipes, and services, making the application more
modular and manageable. The root module, known as AppModule, is
responsible for bootstrapping the application.
ANGULAR ARCHITECTURE AND
COMPONENTS
Data binding in Angular is a powerful mechanism that allows developers to
synchronize data between the model and the view. One-way data binding
updates the view with data from the component, while two-way data
binding synchronizes data between the view and the component.
Dependency Injection (DI) is another crucial feature of Angular, which
follows the Inversion of Control (IoC) design pattern. Angular’s DI
framework enables the injection of services into components and other
services, promoting modularity and ease of testing.
DATA BINDING AND DEPENDENCY
INJECTION
Services in Angular are designed to share data and functionality between
different components. They are created using the @Injectable decorator,
which makes them available for dependency injection. Angular’s routing
module provides a powerful and flexible system for handling navigation and
routing within the application. It allows developers to define routes and
navigate between views efficiently. The router module also supports
advanced features like lazy loading, route guards, and nested routes,
enhancing the overall user experience.
ANGULAR SERVICES AND
ROUTING
Angular offers numerous advantages, including comprehensive
documentation and strong community support. It boasts robust tooling and
excellent IDE support, which streamline the development process. The
framework's high performance and scalable architecture make it suitable for
a wide range of applications. Additionally, Angular receives regular updates
and long-term support from Google, ensuring its reliability and relevance.
Angular is widely used in various domains, including enterprise applications,
Progressive Web Apps (PWAs), e-commerce platforms, and content
management systems (CMS). Many notable companies have adopted
Angular for their web development needs, underscoring its versatility and
effectiveness.
ADVANTAGES AND USE CASES
CONTACT US
+91-120-433-3335
www.startelelogic.com
info@startelelogic.com
Sector-11, F-23, Noida, 201301

Angular is a popular open-source framework for building dynamic web applications.

  • 1.
    Angular is aplatform and framework developed and maintained by Google for building single-page client applications using HTML and TypeScript. This robust framework stands out due to its comprehensive set of features, which include two-way data binding, dependency injection, a component- based architecture, and support for reactive programming. These features enable developers to create dynamic and efficient web applications with ease. INTRODUCTION TO ANGULAR
  • 2.
    Angular applications areconstructed using a combination of components and modules. Components serve as the fundamental building blocks of an Angular application. Each component is comprised of an HTML template for defining the view, a CSS stylesheet for styling, and a TypeScript class that contains the logic. Modules, on the other hand, group together related components, directives, pipes, and services, making the application more modular and manageable. The root module, known as AppModule, is responsible for bootstrapping the application. ANGULAR ARCHITECTURE AND COMPONENTS
  • 3.
    Data binding inAngular is a powerful mechanism that allows developers to synchronize data between the model and the view. One-way data binding updates the view with data from the component, while two-way data binding synchronizes data between the view and the component. Dependency Injection (DI) is another crucial feature of Angular, which follows the Inversion of Control (IoC) design pattern. Angular’s DI framework enables the injection of services into components and other services, promoting modularity and ease of testing. DATA BINDING AND DEPENDENCY INJECTION
  • 4.
    Services in Angularare designed to share data and functionality between different components. They are created using the @Injectable decorator, which makes them available for dependency injection. Angular’s routing module provides a powerful and flexible system for handling navigation and routing within the application. It allows developers to define routes and navigate between views efficiently. The router module also supports advanced features like lazy loading, route guards, and nested routes, enhancing the overall user experience. ANGULAR SERVICES AND ROUTING
  • 5.
    Angular offers numerousadvantages, including comprehensive documentation and strong community support. It boasts robust tooling and excellent IDE support, which streamline the development process. The framework's high performance and scalable architecture make it suitable for a wide range of applications. Additionally, Angular receives regular updates and long-term support from Google, ensuring its reliability and relevance. Angular is widely used in various domains, including enterprise applications, Progressive Web Apps (PWAs), e-commerce platforms, and content management systems (CMS). Many notable companies have adopted Angular for their web development needs, underscoring its versatility and effectiveness. ADVANTAGES AND USE CASES
  • 6.