DEV Community: Hany Taha

7. Mastering Vue 3 - Part 7 [Understanding components]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Forms and Form Validation

Handling Forms and Form Submissions in Vue 3:
In Vue 3, handling forms and form submissions involves using the v-model directive to bind form inputs to data properties in your component. You can use the v-model directive to create two-way data binding, allowing you to easily get and set the values of form inputs. Here's an example:

<template>
  <form @submit="submitForm">
    <input type="text" v-model="name" />
    <input type="email" v-model="email" />
    <button type="submit">Submit</button>
  </form>
</template>

<script>
export default {
  data() {
    return {
      name: '',
      email: ''
    };
  },

  methods: {
    submitForm() {
      // Handle form submission logic here
      console.log('Form submitted!', this.name, this.email);
    }
  }
};
</script>

In this example, we bind the name and email input fields to the component's data using v-model. When the form is submitted, the submitForm method is called, and the input values can be accessed using this.name and this.email.

Implementing Form Validation and Error Handling:
To implement form validation and error handling, you can use various techniques such as computed properties, watchers, or form validation libraries. Here's an example using computed properties to validate the form fields:

<template>
  <form @submit="submitForm">
    <input type="text" v-model="name" :class="{ 'is-invalid': !isNameValid }" />
    <input type="email" v-model="email" :class="{ 'is-invalid': !isEmailValid }" />
    <button type="submit">Submit</button>
  </form>
</template>

<script>
export default {
  data() {
    return {
      name: '',
      email: ''
    };
  },

  computed: {
    isNameValid() {
      return this.name.length > 0;
    },
    isEmailValid() {
      // Add your email validation logic here
      // For example, you can use a regular expression
      const emailRegex = /^\S+@\S+\.\S+$/;
      return emailRegex.test(this.email);
    }
  },

  methods: {
    submitForm() {
      if (this.isNameValid && this.isEmailValid) {
        // Handle form submission logic here
        console.log('Form submitted!', this.name, this.email);
      } else {
        // Handle form validation errors
        console.log('Form validation error!');
      }
    }
  }
};
</script>

In this example, we use computed properties isNameValid and isEmailValid to validate the name and email fields, respectively. We apply the 'is-invalid' class to the input fields if the validation fails.

Working with Form Libraries and Custom Form Components:
Vue 3 has several form libraries available that provide advanced form handling and validation features. Some popular options include VeeValidate, Vuelidate, and Vuetify. These libraries can simplify form validation, error handling, and provide additional UI components for building forms.

Alternatively, you can create your own custom form components using Vue's composition API. By encapsulating form logic within reusable components, you can create a more modular and maintainable form solution. For example, you can create a custom TextInput component that handles form validation internally:

<template>
  <div>
    <input :type="type" :value="value" @input="updateValue" :class="{ 'is-invalid': !isValid }" />
    <div v-if="!isValid" class="error-message">{{ errorMessage }}</div>
  </div>
</template>

<script>
export default {
  props: {
    type: { type: String, default: 'text' },
    value: { type: String, default: '' },
    validation: { type: Function, default: () => true },
    errorMessage: { type: String, default: 'Invalid value' }
  },

  computed: {
    isValid() {
      return this.validation(this.value);
    }
  },

  methods: {
    updateValue(event) {
      this.$emit('input', event.target.value);
    }
  }
};
</script>

In this example, we create a TextInput component that accepts props for type, value, validation, and errorMessage. The component validates the input value based on the provided validation function, and displays an error message if the validation fails.

By utilizing form libraries or creating custom form components, you can enhance the functionality and reusability of your forms in Vue 3. Choose the approach that best suits your project's requirements and complexity.

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Thu, 07 Mar 2024 17:30:30 +0000

Content:
1. Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

Working with API Calls

Working with API Calls in Vue 3 can be done using two popular methods: using Axios or using the built-in Fetch API. Let's explore both methods:

1. Using Axios:
Axios is a widely used and powerful HTTP client library that simplifies making API calls in Vue applications. To use Axios in your Vue 3 project, follow these steps:

Install Axios: Start by installing Axios via npm or yarn:

npm install axios

Import Axios: In your component file, import Axios:

import axios from 'axios';

Making API Requests: Now, you can make various types of API requests using Axios, such as GET, POST, PUT, DELETE, etc. Here's an example of making a GET request:

axios.get('https://api.example.com/data')
  .then(response => {
    // handle success
    console.log(response.data);
  })
  .catch(error => {
    // handle error
    console.error(error);
  });

In this example, we use axios.get() to make a GET request to https://api.example.com/data. The response data is accessed in the .then() callback, and any errors are handled in the .catch() callback.

2. Using Fetch:
Fetch is a native JavaScript API for making HTTP requests. It is built into modern browsers and does not require any additional installations. Here's an example of making a GET request using Fetch:

fetch('https://api.example.com/data')
  .then(response => {
    if (!response.ok) {
      throw new Error('Request failed');
    }
    return response.json();
  })
  .then(data => {
    // handle response data
    console.log(data);
  })
  .catch(error => {
    // handle error
    console.error(error);
  });

In this example, we use the fetch() function to make a GET request to https://api.example.com/data. We check if the response was successful using response.ok, and then parse the response data using response.json(). The response data is then available in the second .then() callback, and any errors are handled in the .catch() callback.

Both Axios and Fetch can be used to make API calls in Vue 3. Choose the method that best fits your project requirements and preferences. Axios offers more features and flexibility, while Fetch is built-in and requires no additional dependencies.

There are also some more information about working with API calls in Vue 3 using Axios and Fetch:

1. Handling Response Data:
When making API calls, both Axios and Fetch return Promises that allow you to handle the response data. In Axios, the response data is accessed through the response.data property. With Fetch, you can use methods like response.json() to parse the response body as JSON, response.text() to get the response body as text, or response.blob() to handle binary data.

2. Sending Request Headers:
Both Axios and Fetch allow you to send custom headers along with your API requests. In Axios, you can set request headers using the headers property in the request configuration object. With Fetch, you can use the Headers constructor and the headers property in the fetch() function options to set the headers.

3. Handling Errors:
When dealing with API calls, it's important to handle errors properly. In Axios, you can use the .catch() method to handle any errors that occur during the request. Axios also provides an error object with additional information about the error. With Fetch, you can check the response.ok property within the .then() method to determine if the request was successful. If not, you can throw an error or handle it accordingly in the .catch() method.

4. Canceling Requests (Axios):
Axios provides built-in support for canceling requests. You can create a cancel token using the CancelToken class and pass it as a config option to the Axios request. Then, you can call the cancel() method on the cancel token object to cancel the request if needed. This can be useful when dealing with scenarios like user-initiated request cancellations or cleanup when a component is unmounted.

5. Interceptors (Axios):
Axios allows you to intercept requests and responses using interceptors. Interceptors provide a way to modify or handle requests or responses globally. You can use axios.interceptors.request.use() to intercept requests before they are sent, and axios.interceptors.response.use() to intercept responses before they are handled. This can be useful for tasks like adding authentication headers, handling error responses, or performing request/response transformations.

6. Cross-Origin Requests:
Both Axios and Fetch support cross-origin requests, which means you can make API calls to different domains or ports. However, in certain cases, you may encounter cross-origin resource sharing (CORS) restrictions imposed by the server. These restrictions can be configured on the server-side to allow specific domains or HTTP methods. If you run into CORS issues, you may need to configure the server accordingly.

Overall, both Axios and Fetch are powerful tools for making API calls in Vue 3. They provide flexibility, error handling, and support for various request types. Choose the one that best fits your project's needs and consider factors like ease of use, additional features, and community support.

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Fri, 01 Mar 2024 19:45:44 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

12. Mastering Vue 3 - Part 12 [Teleport in vue 3]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Teleport in vue 3

Teleport is a feature introduced in Vue 3 that allows you to render a component's content in a different part of the DOM, outside of its parent component. It enables you to create more flexible and dynamic UIs by rendering content in different DOM locations without losing the component's state or re-rendering the entire component.

Using Teleport:

To use Teleport in Vue 3, you need to wrap the content you want to teleport with the <teleport> element. The <teleport> element takes a to attribute that specifies the target destination for the teleported content. Here's an example:

<template>
  <div>
    <button @click="toggleModal">Open Modal</button>

    <teleport to="body">
      <Modal v-if="isModalOpen" @close="toggleModal" />
    </teleport>
  </div>
</template>

In this example, when the "Open Modal" button is clicked, the Modal component is rendered and teleported to the body element. The Modal component is defined elsewhere in the code and emits a close event when the user interacts with it.

Teleporting Modals and Dialogs:

One common use case for Teleport is rendering modals and dialogs. By teleporting the modal content to the body element, you can ensure that it overlays other content and is not constrained by its parent component's layout. Here's an example:

<template>
  <div>
    <button @click="openModal">Open Modal</button>

    <teleport to="body">
      <Modal v-if="isModalOpen" @close="closeModal" />
    </teleport>
  </div>
</template>

In this example, the Modal component is teleported to the body element when the isModalOpen data property is true. The Modal component emits a close event when the user interacts with it, triggering the closeModal method to update the isModalOpen data property.

Teleporting Content to Portals:

Another use case for Teleport is creating portal-like behavior in Vue 3 applications. You can render content in a dedicated portal container, which can be useful for scenarios like creating tooltips, dropdown menus, or custom overlays. Here's an example:

<template>
  <div>
    <button @click="toggleDropdown">Toggle Dropdown</button>

    <teleport to="#dropdown-container" v-if="isDropdownOpen">
      <DropdownMenu />
    </teleport>

    <div id="dropdown-container"></div>
  </div>
</template>

In this example, when the "Toggle Dropdown" button is clicked, the DropdownMenu component is rendered and teleported to the #dropdown-container element, which is a dedicated container outside of the component's hierarchy.

Server-Side Rendering (SSR) Considerations:

When using Teleport in server-side rendered Vue 3 applications, you need to handle the differences between client-side and server-side rendering. During SSR, the teleported content will be rendered at its original position, and on the client-side, it will be teleported to the desired destination. Ensure proper rendering and rehydration of teleported content during SSR by using conditional rendering or dynamic imports.

Teleport and Transition/Animation:

You can combine Teleport with Vue 3's transition and animation features to apply transitions or animations to teleported content. By wrapping the teleported content with a <transition> or <transition-group> element, you can add visual effects when the content is teleported to another DOM location. Refer to Vue's transition and animation documentation for more details on incorporating these features with Teleport.

Caveats and Limitations:

When using Teleport in Vue 3, there are a few caveats and limitations to be aware of. For example, nested teleports may not work as expected, and you should avoid teleporting content inside elements with CSS properties like transform or will-change that can interfere with the rendering. Additionally, certain browser features, like the Shadow DOM, may affect the behavior of Teleport. Refer to the Vue documentation for a comprehensive list of limitations and known issues.

Best Practices:

Consider the following best practices when using Teleport in Vue 3 applications:

Use Teleport sparingly and only when necessary. In most cases, the default Vue component rendering behavior will suffice.
Clearly define the target destination for teleported content to ensure it is placed in the desired location.
Test and verify the behavior of teleported components, especially when it comes to event handling and component lifecycle.
Document the usage of Teleport in your codebase to make it clear where and why it is being used.
Follow Vue's recommended practices for component design and separation of concerns, even when using Teleport.

By understanding the usage, considerations, and limitations of Teleport in Vue 3, you can effectively leverage this feature to create more flexible and dynamic user interfaces in your applications.

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Mon, 26 Feb 2024 22:17:20 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

State Management with Pinia

State management plays a crucial role in Vue 3 applications, especially when dealing with complex and shared data across multiple components. It helps in maintaining a single source of truth for the application's data, making it easier to manage and update.

One popular state management solution for Vue 3 is Pinia. Pinia is a modern and lightweight state management library specifically built for Vue 3 applications. It provides a centralized store pattern, similar to Vuex in Vue 2, but with enhanced TypeScript support and improved performance.

Using Pinia for Centralized State Management:
To use Pinia for centralized state management in your Vue 3 application, follow these steps:

1- Install Pinia: Start by installing Pinia via npm or yarn:

npm install pinia

2- Create a Store: Create a new store file, for example store.js, and import Pinia:

import { createPinia } from 'pinia';

export const pinia = createPinia();

3- Register the Store: In your main application file, import the Pinia instance and register the store:

import { createApp } from 'vue';
import { pinia } from './store.js';
import App from './App.vue';

const app = createApp(App);
app.use(pinia);
app.mount('#app');

4- Define State, Actions, and Getters: In your store file, define the state, actions, and getters:

import { defineStore } from 'pinia';

export const useCounterStore = defineStore('counter', {
  state: () => ({
    count: 0
  }),

  getters: {
    doubleCount() {
      return this.count * 2;
    }
  },

  actions: {
    increment() {
      this.count++;
    }
  }
});

In this example, we create a store called counter using defineStore(). The store includes a state object with a count property. It also defines a getter called doubleCount, which returns the double of the count value, and an action called increment that increments the count value.

5- Access the Store in Components: To use the store in your components, import it and access the state, actions, or getters:

<template>
  <div>
    <p>Count: {{ counter.count }}</p>
    <p>Double Count: {{ counter.doubleCount }}</p>
    <button @click="counter.increment()">Increment</button>
  </div>
</template>

<script>
import { useCounterStore } from './store.js';

export default {
  setup() {
    const counter = useCounterStore();
    return { counter };
  }
};
</script>

In this example, we import the useCounterStore function from the store file and call it in the setup() function. This provides us with access to the counter store instance, which we can use in the template and methods.

Organizing State, Actions, and Getters in Pinia:
In Pinia, you can organize your state, actions, and getters within a store. This helps in maintaining a clear structure and separation of concerns. You can define them using the state, actions, and getters properties in the store definition.

State: The state represents the data managed by the store. It can be defined as a function that returns an object containing the initial state values.
Actions: Actions are the equivalent of methods in components. They can be defined with the actions property in defineStore() and they are perfect to define business logic.
Like getters, actions get access to the whole store instance through this with full typing (and autocompletion ✨) support. Unlike getters, actions can be asynchronous, you can await inside of actions any API call or even other actions!. Note the library you use doesn't matter as long as you get a Promise, you could even use the native fetch function (browser only)
Getters: Getters provide computed properties based on the state. They can be used to derive values from the state or perform calculations. Getters are defined within the getters property of the store.

By organizing your state, actions, and getters in separate sections, you can maintain a clear structure and easily understand and manage your application's data flow.

Pinia provides a simple and intuitive API for state management in Vue 3 applications. It promotes a centralized store pattern, making it easier to share and manage data across components. With TypeScript support and improved performance, Pinia is a robust choice for state management in Vue 3.

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Sun, 18 Feb 2024 19:25:06 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

10. Mastering Vue 3 - Part 10 [Animation in Vue 3]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Animation in Vue 3

In Vue 3, you can add animations to your application using the built-in transition system called "Transition" and the "TransitionGroup" component. These features allow you to apply various animations when elements are added, updated, or removed from the DOM.

1- Adding Animations with Transition:
The "Transition" component is used to animate elements when they are added, updated, or removed from the DOM. Here's an example of how to use it:

<transition name="fade">
  <div v-if="show" class="box"></div>
</transition>

In this example, the "fade" class will be added to the <div> element when it is inserted or removed from the DOM. You can define the animation styles for the "fade" class in your CSS.

2- Defining Transition Styles:
To define the animation styles for the transition classes, you can use CSS or CSS frameworks like Tailwind CSS or Bootstrap. Here's an example of how to define a fade animation using CSS:

.fade-enter-active,
.fade-leave-active {
  transition: opacity 0.5s;
}

.fade-enter-from,
.fade-leave-to {
  opacity: 0;
}

In this example, the "fade-enter-active" and "fade-leave-active" classes define the transition properties, while the "fade-enter-from" and "fade-leave-to" classes define the initial and final states of the animation.

3- Adding Transition Modes:
The "Transition" component supports different modes that determine how elements are animated. The available modes are "in-out", "out-in", and the default mode. Here's an example of using the "in-out" mode:

<transition name="fade" mode="out-in">
  <div v-if="show" class="box"></div>
</transition>

In this example, the "mode" attribute is set to "out-in", which means that the current element will animate out first, and then the new element will animate in.

4- Using Transition Events:
The "Transition" component provides several events that you can use to trigger actions during the animation lifecycle. The available events are "before-enter", "enter", "after-enter", "before-leave", "leave", and "after-leave". Here's an example of using the "enter" event:

<transition name="fade" @enter="onEnter">
  <div v-if="show" class="box"></div>
</transition>

In this example, the "onEnter" method will be called when the element enters the DOM.

5- Animating Lists with TransitionGroup:
The "TransitionGroup" component is used to animate lists of items. It works similarly to the "Transition" component but applies the animations to each item in the list. Here's an example of using "TransitionGroup":

<transition-group name="list" tag="ul">
  <li v-for="item in items" :key="item.id" class="list-item">{{ item.text }}</li>
</transition-group>

In this example, the "list" class will be applied to each list item when they are added, updated, or removed from the list.

Conclusion:
Vue 3 provides a powerful transition system that allows you to add animations to your application with ease. By using the "Transition" component and the "TransitionGroup" component, you can apply animations to individual elements or lists. You can define the animation styles using CSS and utilize the available transition modes and events to create dynamic and engaging user experiences. Experiment with different animations and explore the Vue 3 documentation for more advanced animation techniques and options. Happy animating!

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Mon, 12 Feb 2024 20:22:45 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

9. Mastering Vue 3 - Part 9 [Vue Router in Vue 3]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Vue Router in Vue 3

Vue Router is a powerful routing library for Vue.js applications that allows you to build single-page applications (SPAs) with multiple views. It provides a seamless navigation experience by organizing your application into different routes, each representing a unique URL. In this blog post, we will explore the fundamentals of Vue Router in Vue 3 and provide examples, including nested routes, to help you understand its usage and capabilities.

(1) Getting Started with Vue Router:
To begin, you need to install Vue Router into your Vue 3 project. Open your terminal and run the following command:

npm install vue-router@next

Next, import Vue Router into your main.js file:

import { createApp } from 'vue';
import { createRouter, createWebHistory } from 'vue-router';
import App from './App.vue';

const router = createRouter({
  history: createWebHistory(),
  routes: [
    // Define your routes here
  ],
});

const app = createApp(App);
app.use(router);
app.mount('#app');

(2) Defining Routes:
Routes are the building blocks of Vue Router. Each route represents a unique URL and maps to a specific component. Let's take a look at an example:

import Home from './components/Home.vue';
import About from './components/About.vue';

const routes = [
  {
    path: '/',
    name: 'Home',
    component: Home,
  },
  {
    path: '/about',
    name: 'About',
    component: About,
  },
];

In this example, we have two routes: the root route ("/") mapped to the Home component and the "/about" route mapped to the About component.

(3) Rendering Views:
To display the appropriate component for each route, we need to render the <router-view> component in the template of our main App.vue file:

<template>
  <div id="app">
    <router-view></router-view>
  </div>
</template>

The <router-view> component acts as a placeholder that Vue Router will replace with the component associated with the current route.

(4) Navigating Between Routes:
Vue Router provides a <router-link> component to create links for navigation. Here's an example:

<router-link to="/">Home</router-link>
<router-link to="/about">About</router-link>

Clicking on these links will navigate the user to the respective routes.

(5) Nested Routes:
Vue Router also supports nested routes, allowing you to create hierarchical navigation structures. To define nested routes, you can include a children property within a route configuration object. Here's an example:

import Dashboard from './components/Dashboard.vue';
import Profile from './components/Profile.vue';
import Settings from './components/Settings.vue';

const routes = [
  {
    path: '/dashboard',
    component: Dashboard,
    children: [
      {
        path: 'profile',
        component: Profile,
      },
      {
        path: 'settings',
        component: Settings,
      },
    ],
  },
];

In this example, the "/dashboard" route is associated with the Dashboard component, and it contains two child routes: "/dashboard/profile" and "/dashboard/settings".

(6) Accessing Route Parameters:
In many cases, you might need to pass parameters to your routes. Vue Router allows you to define dynamic segments in your route paths and access them in your components. Here's an example:

const routes = [
  {
    path: '/user/:id',
    name: 'User',
    component: User,
  },
];

In the User component, you can access the id parameter through this.$route.params.id.

(7) Programmatic Navigation:
You can also navigate programmatically using the router.push() method. Here's an example:

router.push('/about');

This code will navigate the user to the "/about" route.

Conclusion:
Vue Router is an essential tool for building SPAs in Vue 3. By defining routes, rendering views, and navigating between them, you can create a seamless and interactive user experience. Nested routes provide a way to create hierarchical navigation structures within your application. In this blog post, we covered the basics of Vue Router, including nested routes, and provided examples to help you get started. With this knowledge, you can take your Vue 3 projects to the next level by implementing routing capabilities.

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Fri, 09 Feb 2024 12:05:33 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Installing Vue project and file structure

(1) Setting Up a Vue 3 Project Using npm and Vite

Vue 3, the latest iteration of the popular JavaScript framework, has garnered attention for its enhanced reactivity system and the Composition API. When combined with Vite, a build tool that prioritizes speed and efficiency, Vue 3 becomes an even more compelling choice for modern web development. In this blog post, we will provide a comprehensive guide to setting up a Vue 3 project using npm and Vite, empowering developers to kickstart their Vue 3 journey with confidence.

(2) Prerequisites

Before diving into the project setup, ensure that Node.js and npm are installed on your system. These tools are essential for managing dependencies and running scripts within your Vue 3 project. Once you have Node.js and npm installed, you are ready to embark on the journey of setting up your Vue 3 project.

Step 1: Creating a New Vue 3 Project

To create a new Vue 3 project, open your code editor (I use VS Code) then open the built-in terminal and run the following command:

npm init vite

Choose project name then choose vue as a framework then Javascript as a variant.
This command initializes a new Vue 3 project using Vite as the build tool, setting up the necessary project structure and dependencies.

Step 2: Navigating to the Project Directory

Once the project has been created, navigate to the project directory using the following command:

cd <project name>

This command will take you to the root directory of your newly created Vue 3 project.

Step 3: Installing Dependencies

Next, install the project dependencies using npm. Run the following command in your terminal:

npm install

This command will fetch and install all the required dependencies specified in the project's package.json file.

Step 4: Running the Development Server

To start the development server and begin working on your Vue 3 project, run the following command:

npm run dev

This command initiates the Vite development server, providing a fast and efficient development environment for your Vue 3 application.

Step 5: Building for Production

When you are ready to build your Vue 3 project for production, run the following command:

npm run build

This command triggers the production build process, generating optimized bundles for deployment.

Step 6: Launching the Production Server

To preview the production build locally, run the following command:

npm run serve

This command serves the production build of your Vue 3 project, allowing you to preview the optimized application locally before deployment.

Exploring the project structure and key files

Vue 3, renowned for its reactivity system and the Composition API, offers a well-defined project structure that facilitates organized and scalable development. In this section, we will explore the Vue 3 project structure and delve into the key files that form the foundation of a Vue 3 application, empowering developers to gain a comprehensive understanding of their Vue 3 projects.

Project Structure Overview

Upon creating a new Vue 3 project, developers are presented with a well-organized directory structure that fosters clarity, maintainability, and scalability. Let's take a closer look at the key directories and files within a typical Vue 3 project:

The `src` Directory

The src directory serves as the heart of a Vue 3 project, housing the source code and essential files that constitute the application.
Within the src directory, developers will encounter the following key files and subdirectories:

main.js: This file acts as the entry point of the Vue 3 application, where the Vue instance is created and the root component is mounted to the DOM. It serves as a pivotal file in the project structure, orchestrating the initialization of the Vue 3 application.
App.vue: As the root component of the application, App.vue encapsulates the overarching layout and structure of the user interface. It typically consists of the template, script, and style sections, embodying the essence of the application's visual and interactive components.
components Directory: The components directory houses reusable and modular Vue components that contribute to the building blocks of the application. Organizing components in this dedicated directory promotes code reusability, maintainability, and a structured approach to component-based development.
assets Directory: Within the assets directory, developers can store static assets such as images, fonts, and stylesheets that are utilized across the application. This directory ensures a cohesive and organized approach to managing project assets.
views Directory: The views directory contains Vue components that represent distinct pages or views within the application. By organizing views separately, developers can maintain a clear separation of concerns and facilitate streamlined navigation within the project.
router Directory (if using Vue Router): When incorporating Vue Router for client-side routing, the router directory hosts the routing configuration and related files, enabling developers to define and manage the application's navigation logic in a centralized manner.
store Directory (if using Vuex/pinia): If Vuex/pinia is employed for state management, the store directory accommodates the state management logic, including modules, actions, mutations, and getters, that collectively govern the application's global state.

Additional Configuration Files

In addition to the src directory, Vue 3 projects typically encompass various configuration files that influence the behavior and settings of the application.
Notable configuration files include:

package.json: The package.json file contains metadata about the project, as well as the dependencies, scripts, and configuration settings essential for managing the project's development, dependencies, and build processes.
vite.config.js: When utilizing Vite as the build tool, the vite.config.js file houses the configuration for the Vite build system, allowing developers to customize the project's build process, asset handling, and development server settings.
Additional Configuration Files: Depending on the specific requirements of the project, developers may encounter additional configuration files such as .eslintrc, babel.config.js, or .editorconfig that contribute to the overall project configuration and development workflow.

Conclusion

By following these steps, you have successfully set up a Vue 3 project using npm and Vite. With a robust development environment and efficient build process at your disposal, you are well-equipped to embark on your Vue 3 development journey with confidence, leveraging the enhanced reactivity system and the innovative Composition API offered by Vue 3. The Vue 3 project structure and key files provide a robust foundation for building modern and responsive web applications. By gaining a comprehensive understanding of the project structure and the purpose of key files, developers can streamline development, promote code maintainability, and leverage the full potential of Vue 3's capabilities.
--- In this part, I provided a step-by-step guide to setting up a Vue 3 project using npm and Vite. I also provided a comprehensive overview of the Vue 3 project structure and key files, empowering developers to gain a deep understanding of their Vue 3 projects and to kickstart their Vue 3 journey with confidence. If you need further details on any aspect, feel free to ask!

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Sun, 04 Feb 2024 22:59:44 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

7. Mastering Vue 3 - Part 7 [Understanding components]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Understanding components in Vue 3

Components in Vue 3 are reusable and self-contained units of UI that encapsulate the HTML, CSS, and JavaScript logic required to render a specific part of a user interface. They promote modularization, code reusability, and easier maintenance by breaking down complex UIs into smaller, manageable pieces.
**Here are some key points about components in Vue 3:

1. Component Structure:

A Vue 3 component consists of three parts: template, script, and style.
1- The template contains the HTML structure and defines the component's markup.
2- The script section contains the JavaScript logic for the component, including data properties, methods, computed properties, and lifecycle hooks.
3- The style section contains CSS styles specific to the component.

Example:

     <template>
       <div>
         <h1>{{ message }}</h1>
       </div>
     </template>

     <script>
     export default {
       data() {
         return {
           message: 'Hello, Vue 3!',
         };
       },
     };
     </script>

     <style scoped>
     h1 {
       color: blue;
     }
     </style>

Explanation: In this example, the component has a simple structure. The template contains an <h1> element that displays the message data property. The script section defines the data property with an initial value of 'Hello, Vue 3!'. The style section contains a scoped style that makes the text color of the <h1> element blue.

2. Component Composition:

Components can be composed hierarchically, allowing for the creation of complex UIs from smaller, reusable components.
Parent components can include child components by using custom HTML tags.
Components can pass data to child components using props and receive data back using events.

Example:

<template>
       <div>
         <ChildComponent :name="user.name" :age="user.age" @updateAge="updateAge" />
       </div>
     </template>

     <script>
     import ChildComponent from './ChildComponent.vue';

     export default {
       components: {
         ChildComponent,
       },
       data() {
         return {
           user: {
             name: 'John',
             age: 25,
           },
         };
       },
       methods: {
         updateAge(newAge) {
           this.user.age = newAge;
         },
       },
     };
     </script>

Explanation: In this example, the parent component (ParentComponent) includes the child component (ChildComponent) using the custom HTML tag <ChildComponent>. The parent component passes the name and age props to the child component, and listens to the updateAge event emitted by the child component. When the event is emitted, the parent component's updateAge method is called to update the age property.

3. Data and Props:

Each component can have its own data properties, which are reactive and can be accessed in the template and script sections.
Props are used to pass data from parent components to child components.
Props are declared in the component's script section and can be type-checked for improved code reliability.

Example:

<template>
       <div>
         <h1>{{ message }}</h1>
         <ChildComponent :name="user.name" :age="user.age" />
       </div>
     </template>

     <script>
     import ChildComponent from './ChildComponent.vue';

     export default {
       components: {
         ChildComponent,
       },
       data() {
         return {
           message: 'Hello, Vue 3!',
           user: {
             name: 'John',
             age: 25,
           },
         };
       },
     };
     </script>

Explanation: In this example, the parent component has a message data property and a user data property. The message property is displayed in the parent component's template, and the user object is passed as props to the child component (ChildComponent) using the :name and :age syntax.

4. Component Lifecycle Hooks:

Vue 3 provides a set of lifecycle hooks that allow you to execute code at specific stages of a component's lifecycle.
Common lifecycle hooks include created, mounted, updated, and beforeUnmount.
Lifecycle hooks provide opportunities to perform tasks such as fetching data, setting up event listeners, or cleaning up resources.

Example:

     <template>
       <div>
         <h1>{{ message }}</h1>
       </div>
     </template>

     <script>
     export default {
       data() {
         return {
           message: 'Hello, Vue 3!',
         };
       },
       created() {
         console.log('Component created');
       },
       mounted() {
         console.log('Component mounted');
       },
       updated() {
         console.log('Component updated');
       },
       beforeUnmount() {
         console.log('Component before unmount');
       },
     };
     </script>

Explanation: In this example, the component includes lifecycle hooks such as created, mounted, updated, and beforeUnmount. Each hook represents a specific stage in the component's lifecycle. When the component is created, mounted, updated, or about to be unmounted, the corresponding hook is triggered, and the associated console log is executed.

5. Component Communication:

Components can communicate with each other through props and events.
Props allow parent components to pass data down to child components, while events enable child components to emit events that the parent components can listen to and respond to.

Example:

ParentComponent.vue

       <template>
         <div>
           <ChildComponent :message="message" @updateMessage="updateMessage" />
         </div>
       </template>

       <script>
       import ChildComponent from './ChildComponent.vue';

       export default {
         components: {
           ChildComponent,
         },
         data() {
           return {
             message: 'Hello, Vue 3!',
           };
         },
         methods: {
           updateMessage(newMessage) {
             this.message = newMessage;
           },
         },
       };
       </script>

ChildComponent.vue

       <template>
         <div>
           <h2>{{ message }}</h2>
           <button @click="updateParentMessage">Update Parent Message</button>
         </div>
       </template>

       <script>
       export default {
         props: {
           message: String,
         },
         methods: {
           updateParentMessage() {
             this.$emit('updateMessage', 'New message from child');
           },
         },
       };
       </script>

Explanation: In this example, the parent component (ParentComponent) includes the child component (ChildComponent). The parent component passes the message prop to the child component, and listens to the updateMessage event emitted by the child component. When the button is clicked in the child component, the updateParentMessage method is called, which emits the updateMessage event with a new message. The parent component's updateMessage method is triggered and updates the message property.

6. Scoped Styles:

Vue 3 supports scoped styles, where CSS styles defined in the component's style section only apply to the component's template, preventing style conflicts with other components.

Example:

     <template>
       <div>
         <h1>{{ message }}</h1>
       </div>
     </template>

     <script>
     export default {
       data() {
         return {
           message: 'Hello, Vue 3!',
         };
       },
     };
     </script>

     <style scoped>
     h1 {
       color: blue;
     }
     </style>

Explanation: In this example, the component has a scoped style defined in the style section. The scoped attribute ensures that the style only applies to the component's template and doesn't affect other components. The style sets the text color of the <h1> element to blue.

7. Slots:

Slots allow components to receive and render content from the parent component.
They provide a way to create flexible and customizable components.
Components define slots in their template, and the parent component can pass content into the slots when using the component.

Example:

ParentComponent.vue

       <template>
         <div>
           <ChildComponent>
             <p>Slot content</p>
           </ChildComponent>
         </div>
       </template>

       <script>
       import ChildComponent from './ChildComponent.vue';

       export default {
         components: {
           ChildComponent,
         },
       };
       </script>

ChildComponent.vue

       <template>
         <div>
           <h2>{{ message }}</h2>
           <slot></slot>
         </div>
       </template>

       <script>
       export default {
         data() {
           return {
             message: 'Hello, Vue 3!',
           };
         },
       };
       </script>

Explanation: In this example, the parent component (ParentComponent) includes the child component (ChildComponent) and provides slot content between the opening and closing tags of the child component. The child component renders the provided slot content using the <slot></slot> syntax. In this case, the slot content is a <p> element with the text "Slot content".

8. Composition API:

Vue 3 introduces the Composition API, which provides an alternative way to organize and reuse component logic.
It allows you to group related logic together rather than separating it into options like data, methods, and computed properties.
The Composition API provides hooks like reactive, computed, and watch to manage component state and reactivity.

Example:

     <template>
       <div>
         <h1>{{ message }}</h1>
         <button @click="changeMessage">Change Message</button>
       </div>
     </template>

     <script>
     import { reactive } from 'vue';

     export default {
       setup() {
         const state = reactive({
           message: 'Hello, Vue 3!',
         });

         const changeMessage = () => {
           state.message = 'New message!';
         };

         return {
           message: state.message,
           changeMessage,
         };
       },
     };
     </script>

Explanation: In this example, the component uses the Composition API. The setup function is the entry point for the Composition API. Inside the setup function, the reactive function is used to create a reactive object called state with a message property. The changeMessage function updates the message property. The message property and the changeMessage function are returned from the setup function and made accessible in the component's template.

Conclusion, Components are a fundamental concept in Vue 3, empowering developers to build complex UIs by composing smaller, reusable units. With features like props, events, scoped styles, and the Composition API, components offer flexibility, maintainability, and code reusability in Vue 3 applications.
The above examples illustrate the various aspects of components in Vue 3, including their structure, composition, data and props, lifecycle hooks, communication, scoped styles, slots, and the Composition API.

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Sat, 03 Feb 2024 16:35:42 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

6. Mastering Vue 3 - Part 6 [Lifecycle Hooks]

7. Mastering Vue 3 - Part 7 [Understanding components in Vue 3]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Lifecycle Hooks

In Vue 3, the concept of lifecycle hooks has been replaced with the Composition API, which provides a more flexible and intuitive way to manage component logic. Instead of using specific lifecycle hooks, you can use composition functions to encapsulate and reuse code.

The Composition API introduces a set of functions that can be used inside the setup function of a component to define reactive data, computed properties, methods, and more. These functions are not tied to specific lifecycle stages, but rather allow you to organize your component logic in a more granular and composable way.

Here are some important composition functions available in Vue 3:

1. **setup function:**
The setup function is the entry point of a component and is called before the component is created. It is where you define reactive data, computed properties, methods, and component setup logic.

<script>
import { reactive, computed } from 'vue';

export default {
  setup() {
    const state = reactive({
      message: 'Hello, Vue 3!',
      count: 0
    });

    const doubleCount = computed(() => state.count * 2);

    function increment() {
      state.count++;
    }

    return {
      state,
      doubleCount,
      increment
    };
  }
};
</script>

In this example, the setup function defines reactive data (state), a computed property (doubleCount), and a method (increment).

2. **onMounted:**
The onMounted function is used to perform actions when the component is mounted to the DOM. It is similar to the mounted lifecycle hook in Vue 2.

<script>
import { onMounted } from 'vue';

export default {
  setup() {
    onMounted(() => {
      console.log('Component mounted');
    });
  }
};
</script>

In this example, the onMounted function is used to log a message when the component is mounted.

3. **onUpdated:**
The onUpdated function is used to perform actions when the component is updated and re-rendered. It is similar to the updated lifecycle hook in Vue 2.

<script>
import { onUpdated } from 'vue';

export default {
  setup() {
    onUpdated(() => {
      console.log('Component updated');
    });
  }
};
</script>

In this example, the onUpdated function is used to log a message when the component is updated.

4. **onUnmounted:**
The onUnmounted function is used to perform cleanup actions when the component is unmounted from the DOM. It is similar to the beforeUnmount lifecycle hook in Vue 2.

<script>
import { onUnmounted } from 'vue';

export default {
  setup() {
    onUnmounted(() => {
      console.log('Component unmounted');
    });
  }
};
</script>

In this example, the onUnmounted function is used to log a message when the component is unmounted.

These are just a few examples of the composition functions available in the Composition API. By using these functions, you can organize your component logic in a more modular and reusable way, without being tied to specific lifecycle hooks.
__

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Fri, 02 Feb 2024 08:42:36 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components in Vue 3
]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Class and Style Bindings

In Vue 3, class and style bindings allow you to dynamically apply CSS classes and inline styles to elements based on data or component state. This helps you create dynamic and responsive UIs by conditionally applying styles.

Class Bindings
Class bindings allow you to conditionally apply CSS classes to elements. You can use the v-bind:class directive or the shorthand :class to bind a class dynamically.

<template>
  <div>
    <p :class="{ 'red': isError, 'bold': isBold }">Some text</p>
  </div>
</template>

In this example, the isError and isBold variables determine whether the red and bold classes should be applied to the <p> element, respectively. If isError is true, the red class will be applied. If isBold is true, the bold class will be applied.

You can also use an object syntax to conditionally apply classes based on the truthiness of properties:

<template>
  <div>
    <p :class="classObject">Some text</p>
  </div>
</template>

<script>
export default {
  data() {
    return {
      classObject: {
        'red': true,
        'bold': false
      }
    };
  }
};
</script>

In this example, the classObject data property defines the classes to be applied. The red class is applied because its value is true, while the bold class is not applied because its value is false.

Style Bindings
Style bindings allow you to apply inline styles to elements dynamically. You can use the v-bind:style directive or the shorthand :style to bind styles.

<template>
  <div>
    <p :style="{ color: textColor, fontSize: fontSize + 'px' }">Some text</p>
  </div>
</template>

In this example, the textColor and fontSize variables determine the color and font size of the text, respectively. The color style is bound to the textColor variable, and the fontSize style is bound to the fontSize variable.

You can also bind styles directly to a style object in your component’s data:

<template>
  <div>
    <p :style="textStyle">Some text</p>
  </div>
</template>

<script>
export default {
  data() {
    return {
      textStyle: {
        color: 'red',
        fontSize: '20px'
      }
    }
  }
}
</script>

In this example, the textStyle data property defines the styles to be applied. The text will be displayed in red with a font size of 20 pixels.

Both class and style bindings can be combined and used together within the template.

These class and style bindings in Vue 3 provide a flexible way to apply dynamic styles and classes based on component data or state, allowing you to create more interactive and responsive user interfaces.

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications

Hany Taha — Fri, 02 Feb 2024 08:37:24 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components in Vue 3
]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]

13. Mastering Vue 3 - Part 13 [Working with API Calls ]

14. Mastering Vue 3 - Part 14 [Forms and Form Validation ]

Reactivity Fundamentals in Vue 3

Reactivity is a core concept in Vue 3 that enables automatic updating of the user interface when the underlying data changes. It allows you to build dynamic and reactive applications without manually managing the DOM.

Vue 3 introduces a new reactivity system called the Composition API, which is built on top of the underlying reactivity system known as the Reactivity API. The Reactivity API provides the foundation for the Composition API and is responsible for tracking dependencies and triggering updates when data changes.

The key components of the Reactivity API in Vue 3 are:

Reactive

The reactive function is used to create a reactive proxy object from a plain JavaScript object. The reactive proxy wraps the original object and allows Vue to track its properties, so that any changes to those properties can be detected.

<script>
  import { reactive } from 'vue';

  const state = reactive({
    message: 'Hello',
    count: 0
  });
</script>

In the above example, the state object is made reactive using the reactive function. Now, any changes to the message or count properties will be automatically detected by Vue.

Ref

The ref function is used to create a reactive reference to a value. Unlike reactive objects, which track properties, refs track individual values. You can think of refs as reactive wrappers around primitive values or objects.

<script>
import { ref } from 'vue';

const count = ref(0);
</script>

In this example, the count variable is a ref that holds the value 0. Whenever the value of count changes, Vue will automatically detect the update and trigger reactivity.

Computed

The computed function allows you to create computed properties that automatically update when their dependencies change. Computed properties are derived values based on other reactive data.

<script>
import { ref, computed } from 'vue';

const count = ref(0);
const doubleCount = computed(() => count.value * 2);
</script>

In this example, the doubleCount computed property calculates the value of count * 2 based on the count ref. Whenever the count ref changes, the doubleCount computed property will automatically recompute its value.

Watch

The watch function allows you to perform side effects or respond to changes in reactive data. You can watch a single reactive value or an array of reactive values.

<script>
import { ref, watch } from 'vue';

const count = ref(0);
watch(count, (newValue, oldValue) => {
  console.log(`Count changed from ${oldValue} to ${newValue}`);
});
</script>

In this example, the watch function is used to watch changes in the count ref. Whenever the value of count changes, the callback function will be executed with the new and old values.

These are the fundamental concepts of reactivity in Vue 3. By leveraging the Reactivity API, you can build reactive components and applications that automatically update the UI based on changes in data. The Composition API builds upon the Reactivity API, providing more powerful and flexible ways to organize and reuse reactive code in your Vue 3 applications.

Mastering Vue 3: A Comprehensive Guide to Building Modern Web Applications < Part 3 />

Hany Taha — Fri, 02 Feb 2024 08:23:00 +0000

Content:

Mastering Vue 3 - Part 1 [Introduction and key features]

2. Mastering Vue 3 - Part 2 [Benefits of using Vue 3 for web development]

3. Mastering Vue 3 - Part 3 [Template syntax in Vue 3]

4. Mastering Vue 3 - Part 4 [Reactivity Fundamentals]

5. Mastering Vue 3 - Part 5 [Class and Style Bindings]

7. Mastering Vue 3 - Part 7 [Understanding components in Vue 3
]

8. Mastering Vue 3 - Part 8 [Installing Vue project and file structure]

11. Mastering Vue 3 - Part 11 [State Management with Pinia]