In Angular, events are handled by using the following syntax-
(event name)="event handler method"
For example-
Above, (click) binds the button click event and onShow() statement calls the onShow() method of a component.
import { Component } from '@angular/core';
@Component({
selector: 'app-root',
template: '',
})
export class AppComponent {
onShow() {
console.log('Show button clicked!');
}
}
ChatGPT is a natural language processing model created as an AI-powered chatbot. It is designed to help customers interface with businesses more efficiently and effectively, providing human-like responses in real-time. The model is trained to recognize the context of customer requests, understand the content of conversations, and generate answers to customer queries.
By integrating ChatGPT with our .Net Core Web Api, we can elevate our aplication’s capabilities and provide users with a more interactive experience.
Here we are going to see the step-by-step integration of OpenAI’s ChatGPT APIs into .Net Core Web API.
To use the OpenAI’s ChatGPT APIs in your .Net Core Web Api, the first step is to signup for API Key. Go to OpenAI website and create your account by providing your details like name, email address and password.Once you have created your account, create your API key as shown below-
Its important to keep your API key safe and secure, as it provides access to use OpenAI’s ChatGPT APIs. Once you have your API key, you are ready to move on to the next step.
In Angular Component post, we have seen that a component consists HTML template, component class, and Metadata. In this post we will see the HTML template in detail-
Html template is nothing but regular Html code with some additional Angular syntax to communicate with the component class.
Angular API interprets the HTML template of a component and generates the HTML and renders it. We can declare the HTML template of a component in two ways-
In Angular, a component instance has a lifecycle that starts with instantiating the component class and rendering the view with its child view.
The lifecycle continues with change detection, as Angular checks to see when data-bound properties change, and updates both the view and the component instance as needed.
After the application instantiates a component or directive by calling its constructor, Angular calls the hook methods you have implemented at the appropriate point in the lifecycle of that instance.
Angular executes hook methods in the following sequence.
Respond to events in the lifecycle of a component or directive by implementing one or more of the lifecycle hook interfaces in the Angular core library.
Angular is a framework for developing SPA applications. A SPA application view is made of one or more components. A component represents the view in the Angular application.
Components are the main building block for any Angular application. Each component consists of the following:
