The recent version of Angular is frequently considered as a giant framework. It emerges from the enterprise-based sides of the track, enabling firms to enjoy a series of business applications. Angular is now evolving through a platform framework, thus, supporting every kind of application. There exist spectrums of great features that help developers to establish a win-win experience for every user. Today we going to discuss How to Build a Full-Page Website in AngularJS
Create a website Project in AngularJS
There exist a variety of moving parts that delve into the non-trivial web-based applications. It is important to consider what dependency the targeted applications have. The consideration also needs to be focused on how the targeted applications would be running. The matter of testing the website further comes into existence, enabling developers to consider bundling of entire assets. It’s a tough job for a newbie, therefore If you are unable to write complex code for your website, then you can buy Angularjs Development Services from a professional company for a smart solution.
However, if you ready to take the challenge then it is a wise strategy to note that the complex process of elements’ compositing is considered without the sideways, such as @angular/cli. A fully functional Angular application could be achieved by running the terminal commands. This process enables us to work collaboratively with web-based development. The below command is used in the first step particularly to consider and install the CLI:
npm install –g @angular/cli
Include Animations and Angular Material
Every developer likes beautiful things on the web, so it is important to focus on a few small additional applications. The process involves the addition and installation of two angular packages, such as @angular/material and @angular/animations. In general, the below command is used to finalize the process.
npm i –save @angular/material @angular/animations
Afterward, developers can process Angular concerning the available dependency. For example, the process can be done with the addition of app.module.ts file. The process then involves using an Angular Material toolbar, card, and button. It is done for the BrowserAnimationsModule and for importing their respective modules.
Introduce a Page Component
When creating a website using Angular, it is necessary to introduce mechanisms for displaying web pages. In Angular, the atomic building blocks of applications are generally the components. It becomes easy to reuse functionality when encapsulated components and architectural applications are well-defined. New functionality is also composed as a part of the process, helping to introduce almost every new component.
For creating a page component, the CLI ships are run with a generator support-based system. In general, the below command is run to generate a page component:
(The term generate is determined by g command).
ng g component page
Building the Page Component
The page component is well-defined and alive through Angular. It can easily be built by developers, making the page viewers enjoy an actual webpage. The process involves introducing images, contents, subtitles, and title properties.
The general web template is built to develop the page object. An image element is processed for augmenting the website, helping to run the overall browser window. The process further involves the addition of Angular Material card components that are binding the remaining pages’ objects.
Generate the Content Service
The production-based system involves generating a content service. The contents usually emerge from the database, making the articles easily isolated and service-oriented. The CLI is usually used in generating the content service. This process is similar to the building of the page component. The shared directory and service-based subdirectory are then created for defining the entire command as follows:
ng g service shared/services/content
In the above command, the term ng g is used for generating the content service.
Build Out the Content Service
The basic service stub is generated using CLI that is later used in adding contents for every page. The process involves creating a page object to be used for every page. The content of pages is represented, valued, and created using this feature. It is the same as the initial page’s objects that were built in the process of page-based contents above.
The afterward process involves pulling contents from the ContentService by connecting the page’s objects with the right keys. In such a situation, the process is generally hardcoding keys to the home, thereby making it rigorous for the time being.
Set Up Routing
The step of setting up routing comes immediately after abstracting of contents into the service. It is usually done for navigating pages to pages and for pulling content from the entire service. In general, routes are divided into different modules for better portability and for an architectural reason.
Afterward, the app-routing.module.ts file is created for generating routes. These routes are unsupported by CLI due to the encompassing of old-fashionable types. The below command is used to process the setting up of routing:
Register the Route Module
Angular necessitates registering to the route module. It is done necessarily for exposing to the routing table relating to the website. It helps in updating the application module as well as includes the AppRoutingModule in the import-based collections.
Update the Page Component
A major step in building a full-page website in AngularJS is to update the page component. It is mandatory so that the viewers of the page may be directed to the current route. It is also necessary to read the page property. Both these steps help in pulling the correspondence contents from the server.
The above steps are considered as the key module for a web development system. The afterward process involves injecting ActivatedRoute into the component. It drives developers in seeking information about the current activated routes. For example, these may include page property being mentioned there. The respective command used is route/snapshot.data.
Verify a Route
The following process is to verify a route that may be working in viewing and accessing the web page. Every developer wants to confirm the proper working of the website. The initial process of verifying a route is to dial the command app.component.html. It then involves deleting everything that may be encompassed in the route. Afterward, the addition is done to the template, such as <router-outlet></router-outlet>.
From there, the redirection process applies that is generally done by going to http://localhost:4200. It then redirects the web page to http://localhost:4200/home and simply starts displaying home contents. However, the final content update can be verified by changing the URL to http://localhost:4200/contact or to http://localhost:4200/about.
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