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Froala Image Management in Laravel: Easy for HTML Code Writers

Froala PHP SDK

If you’re using the Froala html code writer in your Laravel project to offer rich-text editing options for your users, they can use it to insert images in their content. These images are not saved to your PHP server by default, but you need to handle storing these images using the Froala events. Since uploading images to a PHP server could be a complex task for many developers, Froala offers a PHP SDK to simplify this process. The SDK provides a set of functions and methods that streamline the image management process, allowing you to upload, edit, and delete images with ease.

This article is the second part of the “Building a Support System Using Laravel PHP Framework and Froala html editor software“ series. We will use the Froala PHP SDK to enhance the support system we created by adding the functionality to store, validate, and remove images in the contact form. By doing this, we can display the uploaded images within the “Request Details” field to the admin at a later stage.

Get Started

To get started, you’ll need to install the Froala PHP SDK in your Laravel project. Include the SDK as a dependency in your composer.json file.

{
    "name": "laravel/laravel",
    "type": "project",
    "description": "The Laravel Framework.",
    "keywords": ["framework", "laravel"],
    "license": "MIT",
    "require": {
        "php": "^7.3|^8.0",
        "fruitcake/laravel-cors": "^2.0",
        "guzzlehttp/guzzle": "^7.0.1",
        "laravel/framework": "^8.75",
        "laravel/sanctum": "^2.11",
        "laravel/tinker": "^2.5",
        "twbs/bootstrap": "5.3.2",
        "froala/wysiwyg-editor-php-sdk" : ""
    },
    "require-dev": {
        "facade/ignition": "^2.5",
        "fakerphp/faker": "^1.9.1",
        "laravel/sail": "^1.0.1",
        "mockery/mockery": "^1.4.4",
        "nunomaduro/collision": "^5.10",
        "phpunit/phpunit": "^9.5.10"
    },
    "autoload": {
        "psr-4": {
            "App\\": "app/",
            "Database\\Factories\\": "database/factories/",
            "Database\\Seeders\\": "database/seeders/"
        }
    },
    "autoload-dev": {
        "psr-4": {
            "Tests\\": "tests/"
        }
    },
    "scripts": {
        "post-autoload-dump": [
            "Illuminate\\Foundation\\ComposerScripts::postAutoloadDump",
            "@php artisan package:discover --ansi"
        ],
        "post-update-cmd": [
            "@php artisan vendor:publish --tag=laravel-assets --ansi --force"
        ],
        "post-root-package-install": [
            "@php -r \"file_exists('.env') || copy('.env.example', '.env');\""
        ],
        "post-create-project-cmd": [
            "@php artisan key:generate --ansi"
        ]
    },
    "extra": {
        "laravel": {
            "dont-discover": []
        }
    },
    "config": {
        "optimize-autoloader": true,
        "preferred-install": "dist",
        "sort-packages": true
    },
    "minimum-stability": "dev",
    "prefer-stable": true
}

Run the composer update command

composer update

This command will update the dependencies specified in the composer.json file and install the latest versions of the packages.

Before we dive in, make sure your server has the FileInFo extension enabled. You can do this by opening your server “php.ini“ file and removing the “;“ before “extension=fileinfo” if it exists.

The SDK also requires the Imagick extension to be enabled. To install the Imagick extension on XAMPP, you can follow these steps:

  1. Download the appropriate Imagick DLL file for your PHP version from the PECL website.
  1. Copy the downloaded php_imagick.dll file to the “ext” directory in your XAMPP installation.
  1. Copy other DLL files to the PHP root directory (where you have php.exe). Ex: For XAMPP users, `C:\xampp\php\` folder.
  2. Open the “php.ini” file in the “php” directory of your XAMPP installation.
  3. Add the following line to the “php.ini” file:

extension=php_imagick.dll

  1. Save the changes to the “php.ini” file and restart the Apache server in XAMPP.

Once you have completed these steps, the Imagick extension will be installed and ready to be used in your XAMPP environment. Now you can proceed to use the Froala html code writer PHP SDK in your Laravel application.

Upload images using the Froala PHP SDK

Before proceeding with the process of uploading images, it is necessary to configure certain Froala API options and events:

  • imageUploadParam is the name of the parameter that contains the image file information in the upload request. The default value is “file,” but you can change it to whatever name you want.
  • imageUploadURL is the URL where the upload request is being made.
  • imageUploadParams are additional parameters that are passed in the upload request to the server.
  • imageUploadMethod is the HTTP request type.
  • imageMaxSize is the maximum image size that can be uploaded.
  • imageAllowedTypes is an array with the image types allowed to be uploaded.
  • image.beforeUpload event is triggered before starting the upload request and it can be used to change the upload params or cancel the action.
  • image.uploaded event is triggered after a successful image upload request, but before inserting the image into the editor.
  • image.inserted event is triggered after inserting the image into the editor.
  • image.replaced event is triggered after replacing the image in the editor.
  • image.error event is triggered if any errors occur during the upload process.

Go ahead to the `welcome.blade.php` and edit the script to

       <script>
            // to protect your application from cross-site request forgery (CSRF) 
            let token = document.querySelector('[name="_token"]').value;

            new FroalaEditor("#request", {

                toolbarButtons: [
                    ['fontSize', 'bold', 'italic', 'underline', 'strikeThrough'],
                    [ 'alignLeft', 'alignCenter', 'alignRight', 'alignJustify','textColor', 'backgroundColor'],
                    ['formatOLSimple', 'formatUL', 'insertLink','insertImage','insertFile'],
                ],

                //Set the request type
                imageUploadMethod:'POST',
                
                //Set the image upload URl.
                imageUploadURL:'/support-app/public/upload',

                //To avoid getting 419 bad request
                imageUploadParams: {
                    _token: token
                }
            });
        </script>

The code above configures the image upload method and URL so that when a user inserts an image in the editor, an HTTP request is automatically sent to the ‘/upload’ URL.

To prevent server errors and protect against CSRF attacks, we included the CSRF token generated by Laravel for each active user session in the request. This was done using the imageUploadParams option in Froala.

Next, we need to create a route and controller to handle the HTTP request for inserted images. Use the following command to generate the controller.

php artisan make:controller ImageHandlerController

create Laravel controller

Then, open our “web.php” and define a route for the URL assigned to the imageUploadURL option.

use App\Http\Controllers\ImageHandlerController;




Route::post('/upload', [ImageHandlerController::class, 'store']);

Open the newly created controller to add the store function. In this function, we will use the Froala PHP SDK upload method to store the uploaded images in the storage\app\public\uploads folder.

<?php

namespace App\Http\Controllers;

use Illuminate\Http\Request;
use FroalaEditor_Image;

class ImageHandlerController extends Controller
{
    /**
     * Store the uploaded image
     */
    public function store()
    {
        return FroalaEditor_Image::upload('/support-app/storage/app/public/uploads/');
    }
}

The upload method returns the URL of the uploaded image, which is then assigned to the src attribute of the inserted image by Froala.

Now, when a user inserts an image in the Froala html code writer, it will be automatically uploaded to the specified URL and stored in the designated folder.

After submitting the form, the database will store the permanent URLs of the inserted images within the “request details” content. These images can then be displayed on the admin dashboard for reviewing user requests.

Server-side image upload validation

Froala editor offers imageAllowedTypes and imageMaxSize options for client-side validation of image type and size. Additionally, the Froala PHP SDK upload method enables server-side validation of uploaded images. This provides an extra layer of security and ensures that only valid images are accepted.

The second parameter of the FroalaEditor_Image::upload accepts an array for validating the uploaded image.

To validate image uploads on the server side, make the following modifications to the store function in the ImageHandlerController

    public function store()
    {
        $options = array(
            'validation' => array(
            'allowedExts' => array('jpeg', 'jpg'),
            'allowedMimeTypes' => array('image/jpeg', 'image/pjpeg')
            )
        );
        return FroalaEditor_Image::upload('/support-app/storage/app/public/uploads/', $options);
    }

The code above sets Froala to accept only JPEG and JPG images. Uploading any other image type will trigger an error message.

Froala PHP SDK - server-side validation

By implementing image upload validation on the server side, we can ensure that only valid images are accepted and stored in the designated folder. This helps to maintain the integrity and security of the application.

Removing Images From the Server

Unlike uploading, Froala does not have a built-in option for making a server request to delete uploaded images. However, we can utilize the froalaEditor.image.removed event to send an AJAX request to the server when the user selects the “remove image” button. This event is triggered after the image has been removed from the editable area.

Open welcome.blade.php and add the following code to the Froala initialization code.

                events:{
                    'image.beforeRemove': function ($img){
                       
                        const url = '/support-app/public/image-delete',
                        params ={
                            src: $img[0].src
                        };

                        // Send Ajax call to delete the image
                        fetch(url,{
                            method: 'delete',
                            headers: {
                                'Content-Type': 'application/json',
                                'X-CSRF-TOKEN': token
                            },
                            body: JSON.stringify(params)
                        })
                        .then(response => {
                            const reposList = response.json();
                            console.log(reposList);
                        })
                        .catch(err => console.log(err))
                    }
                }

The code above sends a delete request to the “/image-delete” URL, including the image src attribute of the image that will be deleted.

Let’s define the “/image-delete” URL in the “web.php“ file.

Route::delete('/image-delete/', [ImageHandlerController::class, 'remove']);

This route action is controlled by the remove method in the ImageHandlerController. Open the `ImageHandlerController.php` to define this method.

    /**
     * Remove the uploaded image
     */
    public function remove(Request $request)
    {
        $search = request()->getScheme().'://'.$_SERVER['SERVER_NAME']; //
        $src= str_replace($search, '', $request->src);
        return FroalaEditor_Image::delete($src);
    }

The remove method utilizes the FroalaEditor_Image::delete method from the Froala PHP SDK to delete the image from the server.

Testing Image Upload and Removal Functionality

To test if everything is working properly, follow these steps:

  1. Upload an image to the editor.
  2. Navigate to the storage\app\public\uploads directory to view the uploaded image. The image should be there.
  3. Return to the editor and click on the image. Then, choose the “Remove Image” option from the “Edit Image” popup.
  4. Open the storage\app\public\uploads directory again. The image shouldn’t be there anymore.

froala php sdk and Laravel

Replace the uploaded image

The Froala “Edit Image“ popup allows users by default to replace the current image with a new one. This enhances the user experience by enabling them to quickly update the image without needing to remove the current uploaded image first. However, while Froala automatically replaces the image on the front-end, the functionality of removing the selected image from the server and storing the new one must be implemented separately. We can utilize the Froala PHP SDK to accomplish this task efficiently. Nonetheless, this article will not cover the implementation process. Instead, we will hide the “Replace Image” option, requiring users to remove the existing image before uploading a new one.

Edit the Froala initialization code at welcome.blade.php to

            // to protect your application from cross-site request forgery (CSRF)
            let token = document.querySelector('[name="_token"]').value;

            new FroalaEditor("#request", {

                toolbarButtons: [
                    ['fontSize', 'bold', 'italic', 'underline', 'strikeThrough'],
                    [ 'alignLeft', 'alignCenter', 'alignRight', 'alignJustify','textColor', 'backgroundColor'],
                    ['formatOLSimple', 'formatUL', 'insertLink','insertImage','insertFile'],
                ],

                imageEditButtons: ['imageAlign', 'imageCaption', 'imageRemove', '|', 'imageLink', 'linkOpen', 'linkEdit', 'linkRemove', '-', 'imageDisplay', 'imageStyle', 'imageAlt', 'imageSize'],


                //imageMaxSize: 1024 * 1024 * 3,

                //Set the request type
                imageUploadMethod:'POST',

                //Set the image upload URl.
                imageUploadURL:'/support-app/public/upload',

                //To avoid getting 419 bad request
                imageUploadParams: {
                    _token: token
                },

                events:{
                    'image.beforeRemove': function ($img){

                        const url = '/support-app/public/image-delete',
                        params ={
                            src: $img[0].src
                        };

                        // Send Ajax call to delete the image
                        fetch(url,{
                            method: 'delete',
                            headers: {
                                'Content-Type': 'application/json',
                                'X-CSRF-TOKEN': token
                            },
                            body: JSON.stringify(params)
                        })
                        .then(response => {
                            const reposList = response.json();
                            console.log(reposList);
                        })
                        .catch(err => console.log(err))
                    }
                }


            });

In the above code, we customized the `imageEditButtons` API option by removing the ‘imageReplace’ from the array.

Conclusion

Integrating the Froala PHP SDK into your Laravel project provides a seamless solution for handling image management within the Froala JavaScript WYSIWYG editor. By leveraging the SDK’s functions and methods, developers can simplify the process of uploading, validating, and deleting images, offering a user-friendly experience for content creators.

Incorporating the Froala PHP SDK into your Laravel project not only simplifies image management but also enhances the support system you’ve built. By enabling users to upload and display images within the contact form, you can provide a more interactive and engaging experience for both users and administrators.

As you continue to build your Laravel project and leverage the power of the Froala PHP SDK, we hope that the insights and instructions provided in this article have proven helpful. Remember to stay updated with the latest SDK version and explore additional features and functionalities it offers. With Froala and Laravel at your disposal, you can create a truly dynamic and visually appealing content creation platform.

Transforming the Digital Landscape with an Advanced HTML Editor Software

HTML Editor Software Deep dive Thumbnail

An efficient HTML editor software is crucial in the fast-paced world of building websites. Whether you’re an expert coder or just starting, the right HTML editor makes coding more manageable and helps you get more work done. 

This article will discuss the importance of HTML editors in website development, focusing on Froala, an impressive HTML editor software gaining popularity in the industry. We’ll explore how HTML editors are used and why Froala stands out for its user-friendly features.

Role of HTML Editor Software in Web Development

Think of HTML Editors in web development like the tools a builder uses to make a house. They’re like digital instruments that help developers create, change, and organize the code that forms a website. Just as a builder relies on different tools for construction, developers rely on HTML Editor software to make coding easier.

These editors can be simple, like basic text ones, or more advanced with visual previews of the code. In today’s web development, these tools are super necessary. They make tasks more accessible for developers, help design, and ensure that web content is well-organized.

In a nutshell, HTML Editors are like helpful companions for developers. They make coding more straightforward and efficient, which is vital in creating and managing websites. They’re a must-have in the toolkit for anyone working on modern web development.

HTML Editor Software Deep dive

Froala: The Next Generation WYSIWYG HTML Editor

Froala is a top-notch HTML editor software that many developers love. It’s a super versatile tool that helps you make cool and dynamic web pages. Unlike regular text editors, Froala shows you a live preview of your code as you work. This visual preview makes coding much more straightforward and great for beginners and experienced developers.

Key Capabilities of Froala

Let’s explore the critical capabilities of Froala, the HTML editor making waves.

1. Developer-Friendly Integration: Easy Collaboration

Froala is excellent for developers because it easily fits into more than 15 different frameworks. Its powerful features make coding quicker and simpler, creating a smooth and efficient workflow.

2. Customizable WYSIWYG Experience: Your Editing, Your Way

Froala lets you personalize your editing experience with its adjustable toolbar. This means you have precise control when creating and changing content, making it fit your preferences and needs.

3. Elegant User Interface: Beautiful and Simple Design

Froala’s clean and elegant design makes it look great while you work on your website. The user interface is made to be simple yet sophisticated, providing a pleasant and inspiring place for content creation.

4. Language-Agnostic JavaScript Rich Text Editor: Works with Any Major Framework

Froala’s JavaScript Rich Text Editor can work with any significant framework, so you don’t need to learn a new programming language. This lets you focus on creating amazing content within your preferred server-side SDK, making coding easier.

5. Feature-Rich Editing Capabilities: Lots of Tools for Creativity

Froala’s editor has about 35 plugins, giving you many tools to create awesome content. The advanced options for text and table formatting save time and make editing easier, providing a versatile toolkit for your creative process.

6. Well-Documented for Guidance: Expert Help When You Need It

Froala’s editor comes with a detailed guide, making it easy to understand and use all its features. This ensures you can confidently create excellent code supported by clear instructions. Froala is committed to helping you navigate the editing process smoothly so you feel confident and knowledgeable.

Froala’s Integration as HTML Rich Text Editor

Froala becomes part of web development as a super handy Text Editor, changing how developers make and improve written stuff on websites. It’s like magic because it shows developers a quick look at their writing while they’re working. This makes coding easier for both new and experienced developers. 

Froala is excellent for making words look awesome on websites – you can make text bold, add tables, and put in pictures without needing to be a coding expert. In creating websites, Froala joining in as a Text Editor is like a big step forward to make websites look cool and polished.

Let’s explore how to integrate Froala. 

Create an HTML Web Page

First, create a folder in which you want to keep your HTML Rich Text Editor. Then, create a file named ‘index.html’ and paste the following code into it.

 

<html>
  <head>
      <meta charset="utf-8">
      <meta name="viewport" content="width=device-width, height=device-height, initial-scale=1.0, maximum-scale=1.0" />
      <link href='https://cdn.jsdelivr.net/npm/froala-editor@latest/css/froala_editor.pkgd.min.css' rel='stylesheet' type='text/css' />
  </head>
  <body>
      <div id="example"></div>
      <script type='text/javascript' src='https://cdn.jsdelivr.net/npm/froala-editor@latest/js/froala_editor.pkgd.min.js'></script> 
      <script>
var editor = new FroalaEditor('#example');
      </script>
  </body>
</html>

 

This HTML code sets up a webpage with Froala Editor, a text editor for web development. It includes meta tags for character encoding and responsive design, links to Froala’s CSS file for styling, and initializes the editor with JavaScript. 

The editor is placed in a <div> with the ID “example,” allowing users to create and edit content interactively. Using a content delivery network (CDN) ensures the latest Froala Editor version is loaded.

Conclusion

Using HTML editors is a must for developers who want to make their work easier. Froala HTML editor software is like a superhero among these editors because it’s easy to use and works smoothly on all kinds of web browsers and devices. The best part is that you can customize it to fit your specific needs. 

Many developers worldwide prefer Froala because of its awesome features. As web development continues to improve, handy tools like Froala are like our companions. Such tools help us adapt to the ever-changing digital landscape and ensure we stay at the forefront of these exciting advancements.

Download Froala Editor

Top 10 Useful Tools to Boost Your React Project in 2024

top 10 react tools

I still remember when React was introduced at JSConfUS on May 28, 2013; it looks like it was yesterday. 

When the React codes went live, there was a lot of skepticism among the developers, as many, like me, felt it might have been a step backward made by the Facebook team.

React’s creators quickly targeted innovators by creating tutorial tools that turned haters into advocates.

Almost eleven years later, in 2024, the millions of React devs and I were right: It’s the most popular JavaScript library for building user interfaces. Every week, React is downloaded 8 million times. 

Nobody can deny it, and if you do this for work, it’s the most efficient, flexible, and easy-to-use framework.

To make the most out of their React projects, developers need to hold powerful tools that can boost the development process and overall project quality. 

This article will explore the top 10 tools to improve front-end web development React projects. The list covers a range of functionalities, from testing to UI design and management.

top 10 useful react tools in 2024

#1 Froala

Froala is a WYSIWYG HTML editor that can integrate into a React project, providing a rich text editing experience. 

This tool is useful when the application requires content creation or editing capabilities, such as blog posts, articles, comments, social media posts, whitepapers, reports, or scripts.

With Froala, the developer can easily incorporate a feature-rich text editor without complex configurations. 

Its modular architecture allows choosing specific features, ensuring optimal performance for your application. 

To install Froala on a React project, just run this code:

npm install react-froala-wysiwyg –save

#2 Redux

Redux offers a centralized store to manage the state of the application. It helps to debug, test, and the application’s behavior.

State management is a central aspect of building complex React applications. This tool is the library for predictable states. 

By using Redux, the professional can create a single source of state, enabling communication between components and facilitating management changes. 

The Redux DevTools help to trace when, where, why, and how the application’s state changed.

To install the toolkit in a React project, run the following command:

npm install @reduxjs/toolkit

#3 React Router

React Router allows the developer to define routes declaratively, making navigating between different components based on the URLs easy.

It is an adopted tool for implementing navigation in React projects. Create React App doesn’t have page routing.

The developer can implement features like route parameters and navigation guards with React Router. 

React Router is essential for managing navigation in a React project, whether in a single-page application or a complex web platform.

The professional must run the following code to install this tool on a React project:

npm install react-router-dom localforage match-sorter sort-by

#4 Jest

Web development testing is crucial to maintaining a robust and reliable codebase. Jest is a popular JavaScript testing framework in the React ecosystem. 

Meta maintains Jest and is designed to be easy to set up and developer-friendly.

This tool supports a range of testing methodologies, including unit testing, integration testing, and snapshot testing. 

It has built-in support for mocking, simplifying the testing of isolated components. 

The developer can install this tool on the React project running this code:

npm install –save-dev jest

#5 Enzyme

Enzyme is a testing utility for React developed by Airbnb. It provides a set of testing utilities that make asserting, manipulating, and trailing the output of React components easy.

Enzyme enables the rendering of React components, traverses the rendered output, and asserts on specific elements. 

This tool is handy for testing components in isolation and ensuring they behave.

It helps developers create maintainable test suites.

To implement Enzyme in your React project via npm, run the following commands:

npm install –save enzyme enzyme-adapter-react-16

#6 Storybook

Storybook is a tool for developing User Interface components in isolation. The tool allows developers to build and test components independently.

It provides a visual development environment, helping developers document, test, and develop components.

With Storybook, the professional can visualize the components, making it easier to understand the behavior. 

It supports various configurations, allowing you to test components under different scenarios. 

To implement Storybook in your React project via npm, run the following command:

npx -p @storybook/cli sb init

#7 Material-UI

Material-UI is a React UI framework that implements Google’s Material Design principles. It offers a set of pre-designed React components and styles. 

The components of this tool are customizable and can be integrated seamlessly into React projects.=

Using Material-UI, the developer can accelerate the creation process and ensure a cohesive design language across your application.

It offers many options, including buttons, forms, and navigation elements. 

Material-UI allows the professional to adapt the components to fit the application’s needs.

To implement Material-UI in your React project via npm, run the following commands:

npm install @mui/material @emotion/react @emotion/styled

#8 Cypress

Cypress is an end-to-end testing framework designed for web applications. It provides fast and reliable testing tools for projects. 

The tool supports real-time reloading and automatic waiting and enables developers to write tests using familiar tools like Mocha and Chai.

Cypress allows the developer to write tests that interact with your application in a way that simulates actual user behavior.

It comes with time-travel debugging, allowing the professional to inspect the application’s state at different points during the test execution. 

By incorporating Cypress, the developer can ensure a higher level of confidence in the stability of the React project.

To implement Cypress in your React project via npm, run the following command:

npm install cypress –save-dev

#9 Bit.dev

Bit.dev is a collaborative tool that allows developers to share, organize, and reuse React components across different projects. 

It promotes component-driven development, enabling teams to build a component library that enhances consistency and accelerates development.

Component-driven development is a growing trend in the React ecosystem. Bit allows for the isolation, version, and sharing of individual components.

With Bit, the developer can turn the components into shareable building blocks, allowing other developers to discover, use, and even contribute to your component library. 

It supports various package managers, making it versatile and compatible with different project setups.

To implement Bit in your React project via npm, run the following command:

 

npm install bit-bin -g

 

#10 React Sight

React Sight is a Chrome and Firefox extension visually representing the React component hierarchy. It helps developers understand the structure of their applications, identify performance bottlenecks, and optimize the rendering process.

Understanding how components in your React application interact is crucial for efficient development and debugging.

 

With React Sight, you can visually inspect the structure of your components, see how data flows through the application, and identify potential performance bottlenecks. 

React Sight is easy to integrate, requiring only a browser extension, making it a must-have for React developers striving for optimal code quality.

To implement React Sight in your React project, install it as a browser extension from the respective web store. Once installed, open your React application, and React Sight will automatically detect it.

Conclusion

In these ten years, I have been following the evolution of React. Gradually, this framework gained a reputation among us developers. It began to be adopted by a considerable number of developers.

This led to the emergence of several tools integrated with React. This React prevalence trend should continue for a few years.

These tools aren’t just some techy add-ons; they’re the sauce our React projects need in 2024. 

 

Whether deep into crafting components or integrating these tools, they can be game-changers, as there was for me.

Building a Modern Blogging App Using React, Vite, and Postgres

React and postgres

Welcome to the exciting world of building a modern blogging app! In this guide, we’ll be exploring the seamless integration of four powerful technologies: React, Vite, Postgres, and Froala. These tools, each with its unique strengths, come together to create a dynamic and user-friendly react rich text editor.

Whether you’re a beginner or an experienced developer, join us as we break down the process of constructing this app step by step. 

Building a Modern Blogging App Using React, Vite, Postgres, and Froala

Let’s dive into the world of web development and craft a blog application that stands out with its modern features and functionalities.

Step-by-Step Guide to Build an App

Creating your very own app is easy and fun with our “Step-by-Step Guide to Build an App.” We’ve made it simple, breaking down each part into easy steps. Whether you’re new to this or already know a bit, our guide is here to help you at every step. 

From the first set-up to adding cool features, we’ve got you covered. It’s like a friendly roadmap that turns your idea into a real app. 

So, let’s get started!

1. Setting Up the Database with Postgres

Alright, let’s get things rolling by setting up the most important part of our app – the database. No need to worry about the type of computer you have; we’re keeping it simple and inclusive. We’ll go with Postgres, a friendly choice that works for everyone.

Once we’ve got Postgres in our toolkit, we’ll create the database named ‘froala’.

 

create database froala;

 

We use a simple command that’s like giving instructions to the database. Here, we create a database table called “Articles” to store our blog post’s title and content. It’s straightforward and kind of like preparing a canvas for our creative ideas.

 

CREATE TABLE Articles (
    id SERIAL PRIMARY KEY,
    title VARCHAR(255) NOT NULL,
    body TEXT NOT NULL
);

 

2. Connecting Node.js to Postgres

Now that we’ve sorted out how our database should look, let’s link it up to our Node.js server. Think of it like connecting two friends who haven’t met yet — we want them to chat and share information.

 

To make this connection happen, we’re using a handy tool called Knex. It’s like a translator that helps our server understand the database language. First things first, we tell Knex how to connect – where the database is and what it’s called. 

Once Knex knows the way, it creates a database buddy for our server, making it easy for them to chat.

 

module.exports = {
  client: "postgresql",
  connection: {
    database: "froala",
    user: "rimsha",
    password: "12345",
  },
  pool: {
    min: 2,
    max: 10,
  },
};

 

Now, with our server and database on speaking terms, we can ask questions (queries) and get answers. Imagine it like asking your friend about their favorite movie – the server asks the database, and the database answers. Simple, right? 

Now, our server is all set to work with the database, making our app do some cool stuff.

 

import knex from 'knex';
import creds from './knexfile.cjs';

const db = knex(creds);

db("articles").select("*").then(console.log)

 

Crafting the Server with Express

The Express server is like the traffic director in our app. When someone wants to see articles, the server takes center stage and gets ready to help. Imagine our server as the friendly guide who listens for requests like, “Hey, show me some articles!” To make this happen, we tell the server where to look, and we call these locations “endpoints.” So, when we say “/articles,” it’s like telling our server, “Hey, get me the list of all articles!”

Now, the server does its behind-the-scenes and fetches all the articles from the database. It’s like going to a bookshelf and grabbing all the books you want to read. The server then neatly arranges this information and hands it over to the front end of our app in a JSON format. This ensures a smooth and organized flow of data, ensuring our app looks good and works fast.

 

import knex from "knex";
import creds from "./knexfile.cjs";
import express from 'express'

const db = knex(creds);

const app = express()
app.use(express.json())

app.get("/articles", async (req, res) => {

const articles = await db("articles").select("*")
res.json(articles)
})

app.listen(3000)

 

3. The React and Vite Marvel

Next up, let’s talk about the front part of our app, where React and Vite play the main roles. Imagine the front end as the part of your app that people see and interact with. To get started, we’ll make a copy of the ready-made set of code (called a repository) that’s provided. It’s like having a bunch of tools and materials to help us build the front part of our app.

Now, the most important part is a big boss called the root component. Think of it as the conductor of an orchestra – it makes sure everything works together smoothly. In our case, it talks to the server to get all the articles we want to show on our blog. Once it has them, it arranges and shows them on the main page of our blog. It’s like the magic that makes our blog homepage look awesome. 

import React from "react";
import ReactDOM from "react-dom/client";

 

The React Router Ballet

For smooth navigation within our application, we employ the elegant React Router. With this choreographer of web navigation, users can seamlessly move between different sections of our blogging app, ensuring a fluid and user-friendly experience.

 

import { createBrowserRouter, RouterProvider } from "react-router-dom";

 

4. Froala Editor Integration

Let’s dive into Froala, our superstar text editor that makes creating content super cool. When we add Froala to our app, it’s like giving our users a magic wand for writing and editing blog posts.

With lots of cool features and an easy-to-use design, it becomes the special place where bloggers work their magic. 

It changes the way we deal with words and paragraphs, making it a creative center for our bloggers. So, using Froala isn’t just about typing – it’s a whole new, awesome way to express ideas and stories.

  • Install Froala into React using the following command. 
    npm install react-froala-wysiwyg --save

     

 

  • Import the Froala editor into the React component. 
    import "froala-editor/css/froala_style.min.css";
    import "froala-editor/css/froala_editor.pkgd.min.css";

     

5. Viewing and Editing Articles

As our server and the part of the app you see (front end) work together smoothly, you can now look at one article at a time. Special parts of our app called React Components handle getting the details of each article and neatly showing them.

Now, Froala, the editor we use, comes back into play. This time, it helps edit articles that are already there. You can easily change things in the writing, and these changes smoothly go back to the database, making sure editing feels easy and smooth.

Conclusion

Congratulations! You’ve successfully crafted a modern blogging application that harnesses the power of React, Vite, Postgres, and Froala. As you celebrate this achievement, remember that the journey doesn’t end here. Froala beckons you to explore its vast plugin ecosystem, providing opportunities for further customization and enhancement of your editor. 

This comprehensive guide serves as both a starting point and a reference for your web development endeavors.

This article provides a high-level overview. For a more in-depth exploration and complete code, check out the GitHub repository. You can watch a video version of this on our YouTube Channel.

 

Optimizing Vue Applications for HTML Code Writers: Initializing Froala Editor on Click

Froala Vue WYSIWYG editor Optimization

The Froala Vue WYSIWYG Editor is a powerful tool that allows developers to easily incorporate a rich text editing experience into their Vue.js applications. With its user-friendly interface and extensive customization options, the Froala html code writer provides a seamless editing experience for users.

We have covered the integration process of Froala and Vue before. However, in some applications, developers may need to initialize the Froala Vue WYSIWYG Editor by clicking on a certain element. By manually initializing the editor on click, developers can control when the editor appears on the page. This helps optimize your application load speed especially if you have more than one editor on the page.

In this article, we will guide you through the process of initializing the Froala Vue WYSIWYG Editor on click. We will cover the necessary prerequisites, step-by-step instructions, and customization options to help you make the most out of this powerful editing tool.

By the end of this guide, you will have a solid understanding of how to set up and initialize the editor on click. So let’s dive in and explore the benefits and importance of on-click initialization for the Froala Vue WYSIWYG Editor.

Optimizing Vue Applications

prerequisites

We assume you have a working knowledge of:

  • JavaScript (including some of the newer, ES2015 features)
  • Vue 3
  • How to use the terminal/command line
  • Node and npm

Create a simple Vue project.

To create a new Vue.js project, run the following commands.

npm install -g @vue/cli

vue create my-froala-vue-app

The above commands will install the Vue CLI globally on your machine and then create a new Vue project called “my-froala-vue-app”.

Install the Froala WYSIWYG Editor package.

Next, you need to install the Froala WYSIWYG Editor package. To do this, navigate to your project directory and run the following command:

cd my-froala-vue-app

npm install vue-froala-wysiwyg

This will install the Froala WYSIWYG Editor package and its dependencies into your project.

Import the Froala WYSIWYG Editor Component

To use the Froala WYSIWYG Editor in your Vue application, you need to import the component. Copy the following code into your “main.js” file.

import { createApp } from "vue";
import App from "./App.vue";

//Import Froala Editor plugins
import "froala-editor/js/plugins.pkgd.min.js";

// Import Froala Editor css files.
import "froala-editor/css/froala_editor.pkgd.min.css";
import "froala-editor/css/froala_style.min.css";

// Import Froala Editor component
import VueFroala from "vue-froala-wysiwyg";

const app = createApp(App);

app.use(VueFroala);
app.mount("#app");

This code imports the VueFroala component from the `vue-froala-wysiwyg` package and registers it. This allows you to use the Froala WYSIWYG Editor component in your Vue components.

Initialize the Froala Vue WYSIWYG Editor on Click

We will add the following code to the “app.vue” file.

<template>
  <div id="app">
    <h1>Vue adapter for the Froala WYSIWYG editor</h1>

    <div class="sample">
      <h2>Sample 4: Manual Initialization</h2>
      <button class="manual" v-on:click="createEditor()" v-if="!showEditor">
        Initialize Editor
      </button>
      <button v-on:click="destroyEditor()" v-if="showEditor">
        Close Editor
      </button>
      <button v-on:click="deleteAll()" v-if="showEditor">Delete All</button>
      <froala
        id="sample5"
        :onManualControllerReady="initialize"
        v-model:value="sample3Text"
      >
        <template v-slot>
          <div>
            Check out the
            <a href="https://www.froala.com/wysiwyg-editor">Froala Editor</a>
          </div>
        </template>
      </froala>
    </div>
  </div>
</template>

<script>
export default {
  name: "app",
  data() {
    return {
      // Sample 4
      sample3Text: null,
      initControls: null,
      showEditor: false,
      deleteAll: null,
      destroyEditor: () => {
        this.initControls.destroy();
        this.showEditor = false;
      },
      createEditor: () => {
        this.initControls.initialize();
        this.showEditor = true;
      },
      initialize: (initControls) => {
        this.initControls = initControls;
        this.deleteAll = () => {
          this.initControls.getEditor().html.set("");
          this.initControls.getEditor().undo.reset();
          this.initControls.getEditor().undo.saveStep();
        };
      },
    };
  },
  created() {},
};
</script>

<style>
#app {
  font-family: "Avenir", Helvetica, Arial, sans-serif;
  -webkit-font-smoothing: antialiased;
  -moz-osx-font-smoothing: grayscale;
  color: #2c3e50;
  margin-top: 60px;
}
body {
  padding: 20px;
}

.sample {
  padding-bottom: 50px;
  margin-left: 30px;
  border-top: 1px solid lightgray;
}

.manual {
  margin-bottom: 20px;
}

.button {
  margin-left: 5px;
}
</style>

Let’s break down the code step by step:

The code above defines three buttons: one for initializing the editor when it is not loaded on the page, and the other two buttons appear when the editor is shown. One button is for destroying the editor, and the other is used to clear the editor’s contents.

<h2>Sample 4: Manual Initialization</h2>
<button class="manual" v-on:click="createEditor()" v-if="!showEditor">
  Initialize Editor
</button>
<button v-on:click="destroyEditor()" v-if="showEditor">
 Close Editor
</button>
<button v-on:click="deleteAll()" v-if="showEditor">Delete All</button>

The showEditor is a data property that determines whether the editor is currently shown or not. It is initially set to false. The createEditor method is called when the “Initialize Editor” button is clicked, and it sets showEditor to true and initializes the editor. The destroyEditor method is called when the “Close Editor” button is clicked, and it destroys the editor and sets showEditor back to false. The deleteAll method is called when the “Delete All” button is clicked, and it clears the editor contents.

Our “app.vue” code also includes the Froala Vue component. It has an id of sample5 and a v-model binding to the sample3Text data property. This :onManualControllerReady is used to bind the initialize method to the Froala editor’s manual controller. This allows us to access the editor’s methods and perform actions such as clearing the editor’s contents.

      <froala
        id="sample5"
        :onManualControllerReady="initialize"
        v-model:value="sample3Text"
      >

The initialize method is called when the editor is initialized, and it receives the initControls object as a parameter. Developers can obtain instances of the FroalaEditor object by using the getEditor() method of the initControls object. This allows them to easily access and utilize any Froala API method.

<script>
export default {
  name: "app",
  data() {
    return {
      // Sample 4
      sample3Text: null,
      initControls: null,
      showEditor: false,
      deleteAll: null,
      destroyEditor: () => {
        this.initControls.destroy();
        this.showEditor = false;
      },
      createEditor: () => {
        this.initControls.initialize();
        this.showEditor = true;
      },
      initialize: (initControls) => {
        this.initControls = initControls;
        this.deleteAll = () => {
          this.initControls.getEditor().html.set("");
          this.initControls.getEditor().undo.reset();
          this.initControls.getEditor().undo.saveStep();
        };
      },
    };
  },
  created() {},
};
</script>

Finally, we have a `template` block inside the Froala component where we can add additional HTML content. In this example, we have simple text and a link to the Froala Editor website.

  <template v-slot>
    <div>
      Check out the
      <a href="https://www.froala.com/wysiwyg-editor">Froala Editor</a>
    </div>
  </template>

That’s it! You have now created a simple Vue project with the Froala html code writer integrated. You can now run your Vue project and see the Froala Editor in action.

Run the Vue App

To run the Vue app and see the Froala Vue WYSIWYG Editor in action, navigate to your project directory and run the following command:

npm run serve

This will start the development server at http://localhost:8080

The benefits of loading Froala on click

Loading the Froala Vue WYSIWYG editor on click offers several benefits for developers. It helps improve the initial loading time of the webpage. By deferring the loading of the editor until it is actually needed, developers can ensure that their web pages load quickly and efficiently. This can lead to a better user experience, as visitors won’t have to wait for the editor to load if they don’t plan on using it.

Additionally, loading the Froala editor on click allows developers to save resources and optimize performance. Since the editor is only loaded when necessary, it doesn’t consume unnecessary memory or processing power. This can help improve the overall performance of the webpage and prevent any unnecessary strain on the user’s device.

Moreover, loading the Froala editor on click provides a more seamless and intuitive user experience. Instead of having the editor visible at all times, it only appears when the user explicitly chooses to use it. This allows for a cleaner and less cluttered interface, making it easier for users to focus on the task at hand.

Conclusion

The Froala WYSIWYG Editor is a powerful tool for creating rich text content in web applications. In this tutorial, we learned how to integrate the Froala Editor with a Vue.js project and initialize it on click. This approach offers numerous benefits in terms of performance, user experience, and resource optimization.

Now that you have learned how to integrate and initialize the Froala Editor on click, why not give it a try in your own Vue.js projects? With its user-friendly interface and extensive customization options, the Froala Editor offers a seamless editing experience for your users. Experience the power of the Froala Editor today and enhance the content creation capabilities of your web applications.

Get started with the Froala Vue WYSIWYG Editor now and unleash the full potential of your web applications!

10 BEST Front-End Development Tools (2024)

A front-end development tool is a software application that is designed to simplify the creation of web layouts and applications. 

These tools help the development process. This is because they offer built-in features and drag-and-drop elements. These functions enable the faster design of attractive web interfaces.

Front-end web tools help developers achieve their goals, including reliable options with essential features. 

After days of exploring front-end development tools, we compiled a list of the top options. The research involved a complete examination of their functionalities and capabilities. 

We work to present this list to users with a factual perspective. We conduct a review covering key features. This article wants to give you the information needed to make well-informed decisions.

10 BEST Front-End Development Tools (2024)

The listing articles, like this one, are frequently consulted by professionals on popular sites for web developer niches, such as Guru99. The developers usually find these listings after searching on Google expressions like “Best Front-End Development Tools 2024”.

Besides this listing,  the popular front-end development tools for developers also include well-known tools and languages like JavaScript, React, Angular, Vue, Node, Bootstrap, Python, Ruby, and PHP.

#1 – Filestack

Working on File Handling

Filestack is a front-end development tool for file uploading and integration. 

This software allows developers to upload, transform, and deliver files across platforms, using API and cloud-based infrastructure. 

Filestack works on the process of uploading images, videos, and documents. It enhances your application’s functionality.

Features:

  • File Handling: Filestack makes file handling comprehensible by providing infrastructure, allowing developers to work across platforms.
  • AI Capabilities: The Filestack’s image intelligence suite, powered by artificial intelligence, performs tasks such as object detection on your images.
  • Optimized Delivery: Filestack’s CDN stands out as a tool for amplifying file delivery speeds. It ensures content distribution, making it an optimal solution for file delivery.

Pros:

  • Filestack supports different file types and formats, making it a versatile solution for file- needs.
  • Developers benefit from Filestack’s user-friendly APIs and straightforward integration process, saving time in implementation.

Cons:

  • The free version does not provide the capability to upload to Azure.

# 2 – Froala

Elevating the Text Editing Level

Froala is a front-end WYSIWYG HTML text editor. It allows the developers to have a feature-rich and customizable editing experience. 

Its WYSIWYG editor simplifies content creation, offering an integration process. 

Froala has plugin options that enhance your application’s text-editing capabilities, ensuring a polished and professional look.

Features:

  • Code Quality: Froala provides code that exhibits flexibility and testability. This type of code is characterized by efficiency to coding standards.
  • Intuitive Design: Froala boasts a design that aids in creating visually appealing user interfaces. The tool facilitates the customization of aspects of the rich text editor.
  • Plugin Options: With over 30 pre-built plugins, Froala allows users to amplify their editor with additional functionalities. These plugins cover features, from emoticons to change trackers, providing users with the flexibility to meet their specific preferences.

Pros:

  • Froala’s editor is equipped with a comprehensive set of features, including image editing, tables, and document integration.
  • The intuitive interface of the editor contributes to a positive user experience, making it accessible for both beginners and experienced developers.

Cons:

  • The Free trial is limited and shows a watermark.

#3 – Node Package Manager

Distribution code modules

 

NPM (Node Package Manager) is a package manager for JavaScript that facilitates the management of reusable code modules. 

 

Developers use NPM to effortlessly install and manage third-party packages and libraries needed for their projects.

 

NPM excels in resolving dependencies efficiently, ensuring that the right versions of packages are installed, and potential conflicts are minimized.

 

Features:

 

  • Version Control: NPM enables developers to specify the versions of packages to ensure consistency across different environments.
  • Script Execution: Developers can define and run custom scripts through NPM, streamlining various project-related tasks.
  • Registry Support: The centralized NPMregistry hosts an extensive collection of packages, allowing developers to discover a wide range of functionalities.

Pros:

  • NPM boasts a vast and active ecosystem, providing developers with a plethora of pre-built solutions and libraries.
  • The straightforward commands of NPM make it user-friendly, simplifying the process of installing, updating, and removing packages.

Cons:

  • While Npm has security features, it’s essential for developers to remain vigilant about security vulnerabilities within the packages.

#4 – FusionCharts

Data Visualization Redefined

FusionCharts stands out as a front-end tool for data visualization. It offers a wide range of charts and graphs. 

Developers can use them to create interactive and engaging data representations with ease. 

FusionCharts empowers developers to convey information. They can create simple line charts or complex heat maps that increase the user experience.

Features:

  • Chart Library: FusionCharts offers an extensive library of charts and graphs, providing developers with an array of options for visualizing data interactively.
  • Data Integration: FusionCharts supports real-time data updates, allowing developers to create dynamic charts that reflect the latest information, making it suitable for applications requiring live data representation.
  • Customization: Developers have the flexibility to customize the behavior of charts, ensuring alignment with the application’s design and specific visualization needs.

Pros:

  • FusionCharts certify compatibility with various browsers, ensuring consistent performance and visual appeal across different platforms.
  • It provides detailed documentation, facilitating an easier learning curve for developers looking to harness the potential of the tool.

Cons:

  • FusionCharts offers a free version, but it comes with limitations.

 

#5 – GitHub

Collaboration Control Platform

 

GitHub is a web-based platform that facilitates collaborative software development through version control and hosting.

 

It employs Git for version control, allowing developers to track changes, manage different versions of their code, and collaborate with others.

 

GitHub provides an interactive environment for developers to collaborate on projects. Features like pull requests, issues, and discussions enhance communication.

 

Features:

 

  • Repository Hosting: GitHub serves as a centralized repository hosting platform, making it easy to share codebases.
  • Collaboration Tools: Robust collaboration tools, including pull requests and issues, streamline communication and project management.
  • Continuous Integration: GitHub integrates with various CI/CD tools, enabling automated testing and deployment workflows.

Pros:

 

  • It is a hub for open-source development, fostering collaboration and knowledge-sharing within a vast community.
  • GitHub’s features, such as pull requests and issue tracking, enhance team collaboration and project management.

Cons:

 

  • GitHub environment may have a high learning curve, particularly for those new to version control systems.

#6 – UltraEdit

Speeding up the Text Editing

UltraEdit is a text editor for front-end developers who demand efficient design.

With advanced editing features, syntax highlighting, and multi-caret editing, UltraEdit accelerates coding workflows. 

UltraEdit provides a seamless environment for creating and modifying code. It works well for HTML, CSS, JavaScript, and other languages.

Features:

  • Editing Capabilities: UltraEdit provides different text editing features, including syntax highlighting for various programming languages, column/block mode editing, and search/replace regular expressions.
  • Multi-Platform Support: It offers cross-platform compatibility, allowing users to switch the same project between Windows, macOS, and Linux.
  • File Comparison: UltraEdit includes tools for synchronizing files, making it easier for users to identify and merge changes in different versions.

Pros:

  • UltraEdit allows users to customize the interface, keyboard shortcuts, and themes to suit their preferences and workflow, enhancing productivity.
  • The application comes with advanced search and replace functionality, supporting regular expressions and providing options across multiple files and directories efficiently.

Cons:

  • Due to its extensive capabilities, UltraEdit may have a steeper learning curve for new users.

#7 – Exchange Rates API

Real-time Currency Exchange Data

Exchange Rates API, from APILayer, is a front-end development tool that integrates real-time currency exchange data. 

With its simple API, developers can incorporate live exchange rates into their applications. 

Whether you’re building a finance app or an e-commerce platform, it ensures your users always have accurate and up-to-date currency conversion information.

Features:

  • Real-Time: Exchange Rates API provides up-to-date exchange rates for a range of currencies, allowing developers to integrate conversion functionality into their applications.
  • Historical: Users can access historical exchange rate data, which is valuable for financial analysis, reporting, and understanding trends over time.
  • Integration: The API is designed for easy integration into applications, with documentation and support for various programming languages, making it accessible for developers.

Pros:

  • Exchange Rates API offers a free tier with limited usage, allowing developers to test the service into their projects without incurring immediate costs.
  • The API supports a broad range of currencies, providing comprehensive coverage for global financial transactions and making it suitable for applications with diverse users.

Cons:

  • Users should be aware of the update frequency and assess whether it aligns with their application’s requirements.

#8 – Figma

Collaborative Interface Design Tool

 

Figma is a cloud-based design tool that revolutionizes the way teams collaborate on interface design, covering both the Design and Collaboration phases.

 

It provides a versatile platform for designing user interfaces, wireframes, and prototypes collaboratively in real-time.

 

Figma stands out with its collaborative features, allowing multiple team members to work simultaneously on the same design, fostering real-time feedback and iteration.

Features:

  • Real-Time Collaboration: Figma’s cloud-based nature enables seamless real-time collaboration, making it easy for designers to work together.
  • Prototyping: The tool supports the creation of interactive prototypes, facilitating user experience testing and validation.
  • Design Components: Figma allows the creation and reuse of design components, ensuring consistency across different screens and projects.

Pros:

  • Figma is accessible through web browsers, making it easy for designers to work on different operating systems without compatibility issues.
  • It keeps track of version history, allowing designers to revert to previous iterations if needed.

Cons:

  • Figma’s cloud-based nature means that a stable internet connection is crucial for uninterrupted work, which may be a limitation in certain scenarios.

#9 – Weatherstack

Weather Data Integration Simpler

Weatherstack has emerged as a key tool for front-end developers. They use it to integrate weather data. 

With its powerful APILayer, Weatherstack provides accurate and real-time weather information. 

Whether you’re developing a travel app or a weather-centric platform, Weatherstack ensures that your users will stay informed about current and forecasted weather conditions.

Features:

  • Real-Time: Weatherstack provides real-time weather data, including current conditions, forecasts, and historical information worldwide.
  • API Integration: It offers an API that allows developers to integrate weather data into their applications, websites, or services, enabling them to display accurate and up-to-date weather information to users.
  • Global: Weatherstack covers a wide range of locations globally, making it suitable for applications with an international base. Users can retrieve weather information for various regions.

Pros:

  • One of the key advantages is the accuracy and reliability of the weather data provided by Weatherstack, making it a dependable choice for apps that require precise information.
  • The API is designed for easy integration, and provides comprehensive documentation, making it user-friendly for developers who want to quickly incorporate data into projects.

Cons:

  • Integration with an external weather API like Weatherstack means your application’s weather-related functionalities are dependent on the availability and performance of that service.

#10 – Elements

Web Templates Marketplace

 

Elements by Envato is a web templates marketplace offering a vast collection of ready-made templates for websites. Its role spans the Discovery and Customization phases.

 

Users can customize selected templates to suit their specific needs, accelerating the development process by providing a solid foundation.

Elements provide a diverse range of web templates for developers and designers to discover and explore for their projects.

Features:

  • Wide Template Variety: Elements offers a broad selection of templates, including site templates, to cater to different industries and design preferences.
  • Royalty-Free Assets: Users gain access to a wealth of royalty-free assets, such as images and graphics, enhancing the visual appeal of their projects.
  • Regular Updates: The marketplace regularly updates its collection, ensuring that users have access to modern and up-to-date design options.

Pros:

  • Elements significantly reduces development time by providing pre-designed templates that can be easily customized.
  • Compared to hiring a designer or spending extensive time on custom design, Elements provides a cost-effective solution.

Cons:

  • While templates are versatile, there might be limitations in fully expressing unique brand identities or highly specific design requirements. Customization might be necessary.

Summarize the best frontend development tools

Let’s see the summary of the tools we discussed in this article.

Tool Name Main Purpose Key Features Pros Cons
Filestack File Handling and Integration – File handling infrastructure
– AI capabilities (object detection)
– Optimized delivery (CDN)
– Supports diverse file formats
– User-friendly APIs for easy integration
– Free version lacks Azure upload support
Froala WYSIWYG Text Editing – High code quality
– Intuitive design
– 30+ plugin options
– Comprehensive editing features
– User-friendly interface for beginners and experts
– Free trial has a watermark
Node Package Manager (NPM) JavaScript Package Management – Version control
– Script execution
– Extensive registry support
– Vast ecosystem with pre-built libraries
– Simplifies package management tasks
– Security vulnerabilities within packages require vigilance
FusionCharts Data Visualization – Extensive chart library
– Real-time data integration
– Customization
– Compatible across browsers
– Detailed documentation for easy learning
– Free version has limitations
GitHub Version Control and Collaboration – Repository hosting
– Collaboration tools (pull requests, issues)
– CI/CD integration
– Ideal for open-source collaboration
– Enhances teamwork and project management
– High learning curve for beginners
UltraEdit Advanced Text Editing – Syntax highlighting
– Multi-platform support
– File comparison
– Customizable interface and themes
– Advanced search and replace across files
– Steeper learning curve for new users
Exchange Rates API Real-Time Currency Exchange Data – Real-time currency updates
– Historical data access
– Easy integration
– Free tier available
– Supports multiple currencies globally
– Update frequency may not meet all application needs
Figma Interface Design and Collaboration – Real-time collaboration
– Interactive prototyping
– Design components
– Cross-platform compatibility
– Tracks version history for easy iteration
– Requires stable internet connection
Weatherstack Weather Data Integration – Real-time weather updates
– API for easy integration
– Global coverage
– Accurate, reliable weather data
– Developer-friendly documentation
– Functionality relies on external API availability
Elements (Envato) Ready-Made Web Templates Marketplace – Wide template variety
– Royalty-free assets
– Regular updates
– Speeds up development time
– Cost-effective compared to custom design
– May limit unique branding needs; extensive customization could be required

Conclusion

As we navigate the ever-evolving front-end development landscape, these tools will be indispensable assets for developers in 2024. 

Whether focused on file handling, text editing, data visualization, or data integration, incorporating these tools into your workflow will elevate the quality of your front-end development projects. 

Stay ahead of the curve. Empower your development journey with these top front-end development tools in 2024.

FAQs

What defines a Front End Web Development Tool?

 

A Front End Web Development Tool is a software application designed to assist developers in creating visually appealing website layouts effortlessly. 

 

It expedites the web development process by offering drag-and-drop elements and various built-in features to construct an aesthetically pleasing website layout. 

 

If you’re seeking additional tools to streamline your software development process, explore our comprehensive list of recommended tools.

What factors should be considered when selecting a front-end tool?

 

When choosing a front-end development software, it is advisable to consider these factors:

 

  • Price: Evaluate the cost associated with the tool.
  • Customizations: Assess the availability of themes and options.
  • Usability: Consider the tool’s user-friendliness and stability.
  • Functionalities: Explore the range of tools offered by the software.
  • Useability: Evaluate how easy it is to use the tool.
  • Language Support: Verify if the tool supports multiple programming languages.
  • Built-in Debugger: Assess whether the tool includes built-in debugger support.
  • Support: Ensure compatibility with various browsers, devices, and operating systems.

Enhancing User Experience in Web Apps with Online JavaScript Editors

ux thumbnail froala

Making user-friendly and appealing websites is crucial for developers. They use helpful tools and technology to achieve this goal. One such helpful tool is the online JavaScript editor. When used with Angular applications, these editors make websites even better for people to use. 

Websites change a lot, and making them look and work perfectly is a big deal. Developers rely on an Online JavaScript Editor to meet this demand.

Enhancing UX with Froala
Enhancing UX with Froala

To continue this trend, let’s explore the strategies to enhance user experience in web apps and how an Online JavaScript Editor can help in this regard.

Strategies to Enhance User Experience in Web Apps 

Creating a positive user experience in web apps is crucial for engaging visitors and promoting satisfaction. Employing effective strategies can significantly enhance the usability of your platform.

 

Let’s explore some of them below. 

1. Create Intuitive and Consistent User interfaces

Create a design that’s not complicated. Make sure buttons and menus are where people expect them. When users visit your web app, they should quickly understand how to use it. Consistency in colors, fonts, and layouts throughout the app will make navigation a breeze.

2. Optimize Your Site Speed

Waiting for web pages to load is frustrating. If your web app is slow, people might leave. To avoid this, optimize your website’s performance. Compress images, use efficient coding, and consider content delivery networks (CDNs) to speed up load times. A fast website keeps users happy and engaged.

3. Ensure Mobile Responsiveness

Because of this, many people use their phones to browse the internet. Ensure your web app looks good and functions well on different devices, especially smartphones and tablets. Responsive design adjusts the layout to fit various screen sizes, providing a good experience for users, regardless of the device they’re using.

4. Ensure Strategic Content Categorization

When users visit your web app, they should find what they need without confusion. Organize content logically, use clear headings, and provide a search function if possible. A well-organized structure helps users navigate effortlessly, leading to better comprehension and a positive experience.

5. Integrate Robust Editors

Integrating rich text editors, such as Froala, enhances the editing experience within your web app. Such editors offer features like easy text formatting, real-time collaboration, and extensive customization options. Users can create and edit content effortlessly, from adjusting text to adding multimedia elements and designing layouts that work on any screen.

The Role of Froala in Angular Applications

Angular is good at making websites that work smoothly and quickly without needing to reload pages all the time. When angular is combined with Froala, something special happens! Froala is an editor that makes text on websites look nice.

 

Thus, when you put Froala inside Angular, they work together perfectly. Froala becomes even better as part of Angular as Angular Rich Text Editor. This helps developers make websites easily, especially when working on how the text looks.

 

Hence, this combination ensures the websites are fun, easy, and nice to use. Let’s explore the benefits of using Froala in Angular applications 

1. Enhanced Visual Appeal

The editor helps creators make user-friendly and interesting websites that people will enjoy using. It’s like having a magical tool that makes everything on the screen look amazing. When websites look nice, people spend more time using them and feel good about it. 

2. Improved Functionality and Interactivity

Froala has lots of cool things that help creators make websites better. It’s like a treasure chest full of tools that make websites do more exciting things. It helps put in pictures, make things move, and designs that fit on any screen, when websites can do all these fun things, and people like using them more and feel happier.

3. Streamlined Content Creation

Froala makes it easy to create things for websites. It’s like having an easy-to-use tool that helps make words and pictures for websites. With lots of helpful tools and an easy way to use them, it makes working on websites quick and simple. People can make things for websites easily and keep everything organized. It’s like having a helper that makes everything faster and easier.

4. Enhanced User Interaction  

When Froala is used with Angular for websites, it makes everything better for people using it. Froala helps to make words and pictures look nice, fits everything well on screens, and gives tools to make websites more interesting. Froala is like a special box with tools that make websites more fun for everyone.

Implementation of Froala in JavaScript

The implementation of Froala in JavaScript involves integrating the Froala Online JavaScript Editor into web applications using JavaScript. This code sets up a simple Froala Editor on a web page.

 

 

<html>
  <head>
      <meta charset="utf-8">
      <meta name="viewport" content="width=device-width, height=device-height, initial-scale=1.0, maximum-scale=1.0" />
      <link href='https://cdn.jsdelivr.net/npm/froala-editor@latest/css/froala_editor.pkgd.min.css' rel='stylesheet' type='text/css' />
  </head>
  <body>
      <div id="example"></div>
      <script type='text/javascript' src='https://cdn.jsdelivr.net/npm/froala-editor@latest/js/froala_editor.pkgd.min.js'></script> 
      <script>
var editor = new FroalaEditor('#example');
      </script>
  </body>
</html>

 

 

Conclusion

In conclusion, developers aim to create websites that are easy for people to use. They rely on tools like online JavaScript editors for this. When these editors work with Angular applications, they make websites work even better.

 

Furthermore, the discussed strategies—like making designs easy, ensuring quick website speed, adapting well to mobiles, organizing content, and using strong editors like Froala—play a big part in making websites better. They make sure websites are easy to use, fast, and look good on different devices.

 

Froala, combined with Angular, creates a special partnership that makes websites look good, work well, and create content more easily. This partnership goes beyond the technical side; it’s about making websites that people find easy to use, look great, and do cool things.

Building Robust Software with Froala HTML Editor: Understanding its Modular Architecture

Modular Architecture

One of the most important concepts of programming is modular architecture. It’s a clever way of building software that makes it more robust and scalable. Today, we’re going to explore the importance of modular architecture, with an amazing example of how our Froala html editor software implemented it.

Modular architecture is all about breaking down complex systems into smaller, self-contained pieces. These pieces, called modules or plugins, can be developed and maintained independently, but still work together seamlessly.

Unlike monolithic architectures that rely on a single, monolithic codebase, modular architecture embraces a decentralized approach. This means that each module within the system can be developed, deployed, and scaled independently, granting unparalleled flexibility and adaptability.

Now, let’s look at Froala, a popular rich text editor. It’s a great example of how modular architecture can be implemented. By studying Froala, we can see the amazing benefits it gets from using modular architecture.

Are you ready to learn about modular architecture and see what Froala html editor software has to offer? Let’s start this exciting journey together.

Froala Modular Architecture

Key Components of Modular Architecture

The success of a modular architecture heavily relies on its key components. These components play a crucial role in creating a system that is flexible, maintainable, and scalable. In this section, we will explore the main components of modular architecture and understand their significance in the overall design.

  1. Module: A module is a self-contained unit of code that encapsulates a specific functionality or a set of related functionalities. It acts as a building block within a modular architecture. Modules are designed to be independent and reusable, allowing developers to easily add, remove, or replace them without affecting the rest of the system. By dividing the codebase into modular units, it becomes easier to manage and maintain the software.
  2. Interface: An interface defines a contract or a set of rules that determine how different modules can interact with each other. It serves as a communication channel between modules, enabling them to exchange data and invoke each other’s functionalities. By using interfaces, modules can interact with one another without having to know the specific implementations behind them. This promotes loose coupling and allows for better flexibility and extensibility.
  3. Dependency Injection: Dependency injection is a design pattern used in modular architecture to manage the dependencies between modules. It involves injecting the required dependencies into a module from an external source, rather than the module creating the dependencies itself. This approach decouples modules from their dependencies and allows for easier testing, as dependencies can be easily mocked or replaced. Dependency injection also promotes reusability, as modules can be easily reused in different contexts by providing different implementations of their dependencies.
  4. Loose Coupling: Loose coupling refers to the degree of dependency between modules in a modular architecture. In a loosely coupled system, modules are designed to have minimal knowledge of each other’s internal workings. They interact through well-defined interfaces and have limited dependencies on each other. This reduces the impact of changes in one module on the rest of the system, making it easier to modify, replace, or update individual modules without affecting the entire application. Loose coupling promotes flexibility, maintainability, and scalability in modular architectures.

By understanding and leveraging these key components of modular architecture, developers can build software systems that are modular, reusable, and easy to maintain.

Advantages of Modular Architecture

Let’s dive in and explore the advantages of modular architecture.

  1. Increased code reusability and maintainability:
    • Modular architecture promotes the development of reusable modules, which can be easily integrated into different projects. This reduces redundant code and improves code maintainability.
    • By separating functionality into distinct modules, developers can modify or update specific modules without affecting the entire system. This makes maintenance and bug fixes more efficient.
  2. Improved scalability and flexibility:
    • Modular architecture allows for the addition or removal of modules without impacting the entire system. This enables developers to scale their applications by adding new features or modifying existing ones without disrupting the overall structure.
    • With modular architecture, it becomes easier to adapt to changing requirements or integrate with external systems. Developers can replace or upgrade modules independently, ensuring the system remains flexible and adaptable.
  3. Ease of testing and debugging:
    • Modular architecture enables isolated testing of individual modules, making it easier to identify and fix issues. Testing can be focused on specific modules, reducing the scope and complexity of test cases.
    • By decoupling modules through well-defined interfaces, it becomes simpler to mock or stub dependencies during testing. This improves testability and helps uncover bugs early in the development process.
  4. Enhanced collaboration among developers:
    • The modular architecture facilitates collaborative development by enabling teams to work on different modules simultaneously. This allows for parallel development and reduces dependencies between developers.
    • With well-defined interfaces and clear module boundaries, teams can establish contracts and communicate effectively. Changes to one module can be implemented without affecting others, minimizing conflicts and enhancing collaboration.

Case Study: Froala Rich Text Editor as an Example of Modular Architecture

Froala, a rich text editor, demonstrates the benefits of modular architecture in practice. Froala utilizes a modular architecture by separating its various features into distinct modules called plugins. Froala has over 35 plugins to choose from, each providing a specific functionality such as image editing, table creation, and code highlighting.

Here is the complete list of Froala plugins:

This modular approach allows Froala to easily add or remove features, maintain code cleanliness, and improve overall system performance. For example, if you don’t plan on using the editor in Fullscreen mode, you can disable the Fullscreen plugin and instead of using the “froala.pkgd” files, include only the necessary JavaScript and stylesheet files for the core editor and used plugins in your application. This will reduce the app’s size and improve your app’s loading speed.

<!-- the editor core files -->
<link href="node_modules/froala-editor/css/froala_editor.min.css" rel="stylesheet" type="text/css" />
<script type="text/javascript" src="node_modules/froala-editor/js/froala_editor.min.js"></script>

<!-- the Align plugin script -->
<script type="text/javascript" src="node_modules/froala-editor/js/plugins/align.min.js"></script>

<!-- the Char Counter Plugin files -->
<link href="node_modules/froala-editor/css/plugins/char_counter.min.css" rel="stylesheet" type="text/css" />
<script type="text/javascript" src="node_modules/froala-editor/js/plugins/char_counter.min.js"></script>

Instead of

<!-- the editor pkgd files which loads all the editor plugins -->
<link href="node_modules/froala-editor/css/froala_editor.pkgd.min.css" rel="stylesheet" type="text/css" />
<script type="text/javascript" src="node_modules/froala-editor/js/froala_editor.pkgd.min.js"></script>

The modular architecture of Froala allows you to selectively load included plugins in the editor using the pluginsEnabled API option.

new FroalaEditor('.selector', {

  pluginsEnabled: ['align']

});

By leveraging modular architecture, Froala gains the advantages of increased code reusability, maintainability, scalability, flexibility, ease of testing, debugging, and enhanced collaboration.

Froala Custom Plugins

The modular architecture of Froala allows developers to create their own plugins and add them to the editor. This customization feature enables developers to extend the functionality of Froala according to their specific needs.

Creating a custom plugin involves defining the plugin’s functionality, integrating it with the Froala editor, and implementing any necessary UI components or behavior. Once the custom plugin is created, it can be added to the editor by including its JavaScript and stylesheet files in the application and adding its name to the pluginsEnabled API option.

The Froala custom plugin uses the following structure.

(function (FroalaEditor) {
  // Add an option for your plugin.
  FroalaEditor.DEFAULTS = Object.assign(FroalaEditor.DEFAULTS, {
    myOption: false
  });

  // Define the plugin.
  // The editor parameter is the current instance.
  FroalaEditor.PLUGINS.myPlugin = function (editor) {
    // Private variable visible only inside the plugin scope.
    var private_var = 'My awesome plugin';

    // Private method that is visible only inside plugin scope.
    function _privateMethod () {
      console.log (private_var);
    }

    // Public method that is visible in the instance scope.
    function publicMethod () {
      console.log (_privateMethod());
    }

    // The start point for your plugin.
    function _init () {
      // You can access any option from documentation or your custom options.
      console.log (editor.opts.myOption)

      // Call any method from documentation.
      // editor.methodName(params);

      // You can listen to any event from documentation.
      // editor.events.add('contentChanged', function (params) {});
    }

    // Expose public methods. If _init is not public then the plugin won't be initialized.
    // Public method can be accessed through the editor API:
    // editor.myPlugin.publicMethod();
    return {
      _init: _init,
      publicMethod: publicMethod
    }
  }
})(FroalaEditor);

Froala’s modular architecture makes it easy to add and manage custom plugins alongside the existing plugins. This flexibility allows developers to tailor the editor to their requirements and build unique editing experiences.

Conclusion

Modular architecture allows developers to focus on individual modules, enabling faster development, easier testing, and seamless integration. This approach also promotes code reusability, reducing redundancy and improving overall efficiency, leading to more robust software systems.

The case of Froala further exemplifies how modular architecture can be successfully implemented to achieve these benefits. Froala’s modular architecture allows for easy addition and removal of features, improving code cleanliness and system performance. By selectively including plugins, the size and loading speed of the app can be optimized. The core editor and used plugin files can be included in the application, rather than the bundled files, to achieve this. The modular architecture also enables the enabling of specific plugins using the `pluginsEnabled` API option. This architecture provides advantages such as code reusability, maintainability, scalability, flexibility, and enhanced collaboration.

Create your own plugin now.

Modern Web Development Trends with React: Froala Rich Text Editor

React modern thumbnail

As we head into 2024, how we create and interact with digital content is always changing. React, made by Facebook, is a big part of these changes. It’s like a special tool that helps developers create the look and function of websites and apps. It has made a big difference by making it easier for developers to create what people see and do online. 

The way websites and apps are made has changed a lot because of React. It’s not just a tool—it’s a game-changer that has changed how things are built online. Since React is so good, it has stayed important and is leading the way for developers to create cool stuff on the internet that we all use.

In the world of making websites and apps, there are some cool new things that lots of people like and Froala Rich Text Editor is one of them. It simplifies the process of creating websites, enhances user-friendliness, and supports developers in using advanced tools and systems efficiently. 

Looking ahead to 2024, React is going to be a big part of how websites get built.

Modern-Web-Development-Trends-with-React-Froala-Rich-Text-Editor

React in 2024: Changing How Websites Are Made

React is playing a big role in four important things:

  • Component-Driven Architecture and Design Systems
  • Accessibility as a Priority
  • Performance Optimization and Progressive Web Apps (PWAs)
  • Server-Side Rendering (SSR) and Static Site Generation (SSG)

These trends will shape how websites look and work. Let’s see how React fits into these important changes in how we make websites.

1. Component-Driven Architecture and Design Systems

Using small building blocks called components is now a big part of making websites. In 2024, it’s going to be even more important because developers are using these parts of the website again and again. 

React, a tool for building websites, fits well with this idea. It’s made of these reusable parts that help make websites work better. This makes it easier for developers to create websites that are easy to manage and can grow over time.

Also, design systems have appeared, making it easier to create websites that look the same. They offer a toolbox with features like buttons and styles that designers can use to keep everything consistent. Tools like React Rich Text Editor help with writing and editing text on websites. They work well with these design systems, making everything run smoothly together.

2. Accessibility as a Priority

Making websites accessible to everyone has become more important lately and will stay important in 2024 and beyond. It’s crucial to create websites that everyone can use. React, a tool for building websites, is committed to this idea. It has features like ARIA attributes and practices that make it easier for people with disabilities to use websites. This is important to ensure everyone can access and use the internet.

Froala’s LTS SDK for React is in line with this idea by having special features in its React rich text editor that focus on accessibility. This helps developers create content that’s easy for everyone to use, ensuring no one is left out when using websites.

3. Performance Optimization and Progressive Web Apps (PWAs)

Making websites work faster is important, especially now that more people use phones and tablets. React helps with this by using a clever way to handle how things show up on the screen. It makes websites run faster. 

Also, PWAs are becoming more popular. They’re like websites that feel and work like phone apps. React is good at helping make these kinds of websites, which is why it’s a great choice for building them.

Froala’s LTS SDK for React goes well with these trends that focus on making websites faster. It provides a text editing tool that works quickly and lets users interact smoothly. 

4. Server-Side Rendering (SSR) and Static Site Generation (SSG)

More people want websites to load faster, so methods like SSR and SSG are making a comeback. React can use these methods, which keeps it important. Websites want to show up better in search engines and work faster, so more websites might start using SSR and SSG in 2024.

React Rich Text Editor works smoothly with setups like SSR and SSG. This means developers can easily add awesome text editing features to websites. It doesn’t matter if the websites are already built or still being made; this tool fits right in!

Step-by-Step Integration of Froala as a React Rich Text Editor

React is popular for making cool web apps. It works great with Froala’s Rich Text Editor, giving React developers a good way to edit text that’s easy to use and keeps things safe. Making Froala work with React apps is made to be simple:

Using the React Froala WYSIWYG Editor

Step 1: Install from NPM

To start using the React Froala WYSIWYG editor, you’ll first need to install it from the NPM package registry. Use the following command in your terminal or command prompt:

npm install react-froala-wysiwyg --save

 

This command will download and install the React Froala WYSIWYG editor package into your project.

Step 2: Import the Component and Stylesheets

Next, you’ll need to import the necessary stylesheets to ensure the editor’s proper appearance. Include these lines in your React component where you’ll use the editor:

import 'froala-editor/css/froala_style.min.css';
import 'froala-editor/css/froala_editor.pkgd.min.css';
import FroalaEditorComponent from 'react-froala-wysiwyg';

 

These lines import the required Froala Editor stylesheets and the React Froala WYSIWYG editor component into your React project.

Step 3: Use the Editor Component

Now, you can use the editor component within your React application. Place the <FroalaEditorComponent /> tag where you want the editor to appear in your JSX code. For instance:

<FroalaEditorComponent tag='textarea' config={this.config} />

 

This line creates the editor component, specifying the HTML tag to be used (in this case, a textarea) and passing a configuration object (this.config) to customize the editor’s behavior and appearance according to your requirements.

These steps will enable you to integrate and use the React Rich Text Editor within your React application effortlessly. Adjust the configurations as needed to tailor the editor to your specific needs.

Step 4: Preview the Editor

Users can also experience a preview of the Froala Editor integrated with React.

react wysiwyg editor preview froala

Conclusion

React is still important for making modern websites. It works well with the latest trends and keeps growing to match what the industry needs. Tools like React Rich Text Editor fit right in with these ideas. These tools make text on websites look good, follow the rules of building websites, make them easy to use, and work well with different setups.

As we move into 2024, following these ideas and using strong tools like Froala’s SDK will help developers create websites that are interesting, easy to use, and work well. This is important because what people want from websites keeps changing, and developers need to keep up with those changes.

Build a Google Docs-like Online JavaScript Editor Using Froala Vue WYSIWYG Editor

Vue WYSIWYG editor

Google Docs has become a household name when it comes to online word processing. If you would like to build a similar application, there is a wide range of development languages and frameworks to use. One of the top options is Vue.js. With our Froala online javascript editor, you can have a similar one for your inhouse app.

Vue.js, a progressive JavaScript framework, has gained significant traction in the web development community due to its simplicity, flexibility, and excellent performance. Leveraging Vue.js allows developers to create powerful and interactive user interfaces, making it an ideal choice for building a Google Docs alternative.

While building a document editing application from scratch is a viable option, it can be a time-consuming and complex process. This is where third-party WYSIWYG (What You See Is What You Get) editors come into play. These editors provide a pre-built foundation for creating rich text editors, saving developers valuable time and effort. One such editor is the Froala Vue WYSIWYG editor, which offers a comprehensive set of features, customization options, and compatibility with Vue.js.

In this article, we will learn how to use the Froala Vue WYSIWYG editor to build a Google Docs alternative. We will explore its features, and demonstrate its suitability for implementing web document editing.

Vue web document editing

Understanding the Froala Vue WYSIWYG Editor

The Froala Vue WYSIWYG Editor stands out as a top choice when it comes to building a Google Docs alternative. Its extensive range of features and rapid development capabilities make it an ideal solution for creating rich text editors. Here are some of its features:

  • Rich Text Editing: The Froala Vue WYSIWYG editor provides a comprehensive set of tools and options for editing text. Users can easily format text, change fonts, styles, and colors, add links, insert images and videos, create tables, and more.
  • Vue.js Integration: Froala 4.1 provides a Vue component that can be easily integrated into Vue.js projects, making it simple to incorporate rich text editing capabilities into Vue.js applications.
  • Document-ready mode: The Froala Vue WYSIWYG editor has a document-ready mode that makes the editor interface resemble a word processor document by default.
  • Cross-browser and Cross-platform Compatibility: The editor is designed to work seamlessly across different browsers and platforms, ensuring a consistent editing experience for users regardless of their device or browser choice.
  • Responsive Design: The editor is built with a responsive design, which means it automatically adapts to different screen sizes and resolutions, providing an optimal editing experience on both desktop and mobile devices.
  • Accessibility: The editor is designed with accessibility in mind, ensuring that users with disabilities can easily navigate and use the editing interface. It includes features like keyboard navigation, support for screen readers, and adherence to accessibility standards.
  • Extensibility: The editor is highly extensible, allowing developers to customize and extend its functionality to meet specific requirements. It provides a plugin system that enables the addition of custom buttons, options, and features.
  • Modern and User-Friendly Interface: The editor features a modern and intuitive user interface, with a clean and clutter-free design. It offers a seamless editing experience, allowing users to focus on content creation without distractions.
  • Comprehensive Documentation and Support: Froala provides extensive documentation and support resources for developers using their editor. This includes detailed API documentation, guides on how to get started, examples, and more.

By leveraging the Froala Vue WYSIWYG editor, developers can quickly and easily build a Google Docs alternative that meets their specific needs. Whether it’s for collaborative document editing, online word processing, or any other application that requires rich text editing capabilities, the Froala Vue WYSIWYG editor provides a reliable and feature-rich solution.

In the next section, we will dive into the process of integrating the Froala Vue WYSIWYG editor into a Vue.js project.

Setting up the Development Environment

You’ll need to install the Froala Vue component to use the Froala Vue WYSIWYG editor in your Vue.js project. Here’s a step-by-step guide:

  1. Start by creating a new Vue.js project using the Vue CLI. Open your terminal and run the following command:
vue create my-project
  1. Next, navigate to the project directory:
cd my-project
  1. Install the Froala Vue WYSIWYG editor package and its dependencies using npm:
npm install vue-froala-wysiwyg

This command will install the required packages and add them to your project’s package.json file.

Configuration and Integration of Froala Vue WYSIWYG Editor with a Vue.js Project

Once the necessary dependencies are installed, you can configure and integrate the Froala Vue WYSIWYG editor with your Vue.js project.

  1. Open the main Vue component file (main.js) and import the Froala Vue WYSIWYG editor component:
import { createApp } from 'vue'
import App from './App.vue'

//Import Froala Editor plugins
import 'froala-editor/js/plugins.pkgd.min.js';


// Import Froala Editor css files.
import 'froala-editor/css/froala_editor.pkgd.min.css';
import 'froala-editor/css/froala_style.min.css';


// Import Froala Editor component
import VueFroala from 'vue-froala-wysiwyg';
  1. Register the Froala Vue WYSIWYG editor component globally:
const app = createApp(App);          

app.use(VueFroala);
app.mount('#app');

This step allows you to use the Froala online javascript editor component anywhere in your Vue.js project.

  1. Finally, you can start using the Froala Vue WYSIWYG editor component in your Vue.js templates. For example, in the (App.vue) file:
<template>
    <froala
    id="edit"
    :tag="'textarea'"
  ></froala>

</template>
<script>
export default {
  name: "App",
  }}
</script>

By doing this, you have successfully set up the development environment and integrated the Froala Vue WYSIWYG editor into your Vue.js project.

  1. Run the below NPM command to run your Vue application on your local development server.
npm run serve

Now you can start using the editor’s features to create and edit HTML content at http://localhost:8080

Optimizing the Froala Vue WYSIWYG Editor for a Google Docs-Like Layout

To make your Froala Vue online javascript editor layout look like Google Docs and other online document editing applications, you need to enable the documentReady API option. Enabling this option will automatically set the optimal settings for creating online documents. The editor toolbar button will be customized to display the most frequently used buttons for these types of applications. The print and export as PDF buttons will be moved to a more visible location. The editable area will be expanded, and a margin will be added between it and the editor’s borders.

Open the App.vue file and edit your template to

<template>
    <froala
    id="edit"
    :tag="'textarea'"
    :config="config"
  ></froala>

</template>
<script>
export default {
  name: "App",
  data() {
    return {
      config: {
        documentReady: true
      }
    };
  },
  
  };
</script>

Conclusion

The Froala Vue WYSIWYG editor is a powerful tool for building a Google Docs alternative or any other application that requires rich text editing capabilities. It offers a seamless editing experience with its responsive design, accessibility features, and modern user-friendly interface.

To integrate the Froala Vue WYSIWYG editor into a Vue.js project, you need to set up the development environment by installing the necessary dependencies. Then, you can configure and integrate the editor by importing the component, registering it globally, and using it in your Vue.js templates.

To optimize the editor for a Google Docs-like layout, you can enable the `documentReady` API option, which sets optimal settings for creating online documents.

Learn more about Froala Vue WYSIWYG editor.