#how to use laravel factory

[devscriptschool]

How to generate fake data using factory tinker in laravel 11 Example

In this article, I will show you How to generate fake data using factory tinker in laravel 11 application. As we know, testing is a very important part of any web development project. Sometimes we may require to add hundreds of records to our users table, or maybe thousands of records. Also, think about if you require to check pagination, then you have to add some records for testing. You Can…

[panaromicinoftechs]

A Guide to Local Laravel Development in 2024: Tools and Trends

Local Laravel development forms the foundation for building robust web applications, and in 2024, the landscape is evolving with new tools and trends that streamline and enhance the development experience. This guide explores the latest advancements and equips you to set up a powerful local Laravel environment.

The Rise of Containerization with Laravel Sail

One of the most significant trends in Laravel development is the rise of containerization. Traditionally, setting up Laravel environments involved manually configuring dependencies and virtual machines. Laravel Sail, introduced in Laravel 8, simplifies this process by leveraging Docker containers. Sail provides a pre-configured development environment with essential dependencies like PHP, MySQL, and Node.js.

Key Benefits of Laravel Sail:

Reduced Setup Time: No more manual configuration; start with a single command.

Consistent Environment: Ensures every developer has the same setup regardless of their machine.

Improved Reproducibility: Facilitates easy sharing and replication of development environments.

Leveraging Testing Tools for a Robust Development Workflow

In 2024, a robust testing strategy remains crucial. Here are some key tools to integrate into your local Laravel development workflow:

PHPUnit: Laravel’s built-in testing framework for unit and integration tests.

Laravel Dusk: For browser automation and end-to-end testing of Laravel applications.

Debugging Tools: Laravel Telescope and Laravel Debugbar for debugging and monitoring applications.

Setting Up Your Development Environment

Setting up a robust local development environment is essential for efficient Laravel development. Here are some popular tools in 2024:

Laravel Valet: A lightweight development environment for macOS users, offering a seamless experience for running Laravel applications locally.

Homestead: A pre-packaged Vagrant box for Laravel development, suitable for developers using all major operating systems.

Docker: Containerization technology that enables developers to create consistent environments across development, testing, and production.

Version Control and Collaboration

Version control is fundamental for collaborative development:

Git: The most widely used version control system, essential for managing code changes and collaborating with teams.

GitHub, GitLab, Bitbucket: Platforms for hosting Git repositories and managing projects, offering features like issue tracking and pull requests.

Laravel Project Structure

Understanding the structure of a Laravel development project is crucial for organizing your codebase effectively:

app/: Contains the core code of the application, including models, controllers, and middleware.

config/: Configuration files for various services and components.

resources/: Contains assets such as views, language files, and front-end assets.

routes/: Contains route definitions for the application.

database/: Contains database migrations, seeders, and factories.

Dependency Management

Laravel projects use Composer for dependency management:

composer.json: Specifies the dependencies required by the 

project.composer.lock: Lock file ensuring consistent dependency versions across installations.

Ready to Build Exceptional Laravel Applications?

Panoramic Infotech offers cutting-edge Laravel Development Services, leveraging the power of this popular PHP framework to create robust and scalable web applications. Contact Panoramic Infotech today to discuss your project and how we can help you leverage the power of Laravel for your business.

Let’s Build Together! Reach out to us at Contact Us to start your Laravel Development with Panoramic Infotech.

This guide equips you with the knowledge to set up a powerful local Laravel development environment in 2024. Remember, the best approach depends on your specific needs. Stay updated with the latest trends to streamline your development workflow and build exceptional Laravel applications.

[kevinsoftwaresolutions]

Laravel Artisan: The Command-Line Superpower for Your Applications

In the realm of web development, efficiency and productivity reign supreme. Developers are constantly seeking tools and workflows that streamline their processes, allowing them to focus on what truly matters: building exceptional applications. Laravel, the popular PHP framework, has long been revered for its intuitive syntax, extensive documentation, and robust feature set. However, one aspect that often goes overlooked is the mighty Laravel Artisan – a command-line interface (CLI) that empowers developers to perform a wide range of tasks with remarkable ease.

Whether you're a seasoned Laravel veteran or a newcomer to the framework, mastering Artisan can elevate your development experience to new heights. In this comprehensive guide, we'll explore the versatility of Laravel Artisan, unveiling its powerful capabilities and how it can revolutionize your application development workflow.

Understanding Laravel Artisan

Laravel Artisan is a command-line tool that serves as the backbone of Laravel's command-line interface. It provides a streamlined way to interact with your Laravel application, enabling you to execute a variety of tasks without the need for complex configurations or manual coding. Artisan is built upon the powerful Symfony Console component, which offers a robust and extensible foundation for creating command-line applications. Laravel leverages this component and adds its own set of commands tailored specifically for Laravel applications.

Getting Started with Laravel Artisan

Before delving into the depths of Artisan's capabilities, let's start with the basics. To access the Artisan command-line interface, navigate to your Laravel project directory and run a simple command in your terminal. This command will display a list of available Artisan commands, along with a brief description of each command's purpose. You can also use a specific flag to get more detailed information about a particular command.

Common Laravel Artisan Commands

Laravel Artisan comes packed with a vast array of commands out of the box. Here are some of the most commonly used commands that every Laravel developer should be familiar with:

1. Creating new controllers, models, and other classes:

Laravel Artisan provides a set of commands that allow you to quickly generate boilerplate code for various components of your application. These include controllers, models, middleware, events, jobs, and more. By leveraging these commands, you can save time and ensure consistency across your codebase, as the generated files follow Laravel's naming conventions and best practices.

2. Generating database migration files and executing migrations:

Migrations are a crucial aspect of Laravel's database management system. They allow you to define and apply schema changes to your database in a structured and version-controlled manner. Artisan offers commands to create new migration files, which contain instructions for modifying the database schema. Once these migration files are created, you can use another command to execute the migrations, applying the changes to your database.

3. Creating database seeders and populating the database with initial data:

Seeders are used to populate your database with initial data, such as default users, categories, or any other necessary records. Artisan provides commands to generate new seeder classes, which define the data to be inserted into the database. Once you've defined your seeders, you can use another command to execute them, inserting the specified data into your database tables.

4. Generating model factories and test cases for testing:

Testing is an essential part of modern software development, and Laravel offers robust testing tools out of the box. Artisan includes commands to generate model factories, which are classes that define how to create test data for your models. Additionally, you can generate test case classes, which contain the structure and setup required for writing and running tests for your application's components.

5. Starting the built-in PHP development server:

During development, Laravel includes a built-in PHP development server that allows you to serve your application locally without the need for a full-fledged web server setup. Artisan provides a command to start this development server, making it easy to preview and test your application in a local environment.

6. Displaying a list of all registered routes in your application:

Laravel's routing system is powerful and flexible, allowing you to define routes for various HTTP verbs and URLs. Artisan includes a command that displays a comprehensive list of all registered routes in your application, along with their corresponding methods, middleware, and other relevant information. This command is particularly useful for understanding and debugging your application's routing structure.

These common Laravel Artisan commands cover a wide range of tasks, from generating boilerplate code and managing database schema changes to facilitating testing and development workflows. By mastering these commands, you can significantly streamline your development process, save time, and ensure consistency across your Laravel applications.

It's important to note that while these examples provide an overview of the commands' functionalities, each command may have additional options and flags that can further customize its behavior. Developers are encouraged to refer to the official Laravel documentation or use the built-in help system (`php artisan command --help`) for more detailed information on each command's usage and available options.

Custom Artisan Commands

While Laravel provides a comprehensive set of built-in commands, the true power of Artisan lies in its extensibility. You can create custom Artisan commands tailored to your application's specific needs, automating repetitive tasks and streamlining your development workflow.

To create a custom Artisan command, you can use a specific Artisan command itself. This command will generate a new command class in a designated directory. Within this class, you can define the command's name, description, and the logic to be executed when the command is run.

For example, you could create a custom Artisan command that renames a database table. This command would accept two arguments: the current table name and the desired new table name. The command's logic would then perform the actual renaming operation using Laravel's Schema builder.

Once you've defined your custom command, you can register it in a specific file, allowing you to run your custom Artisan command from the terminal.

Artisan and Task Scheduling

In addition to executing one-off commands, Laravel Artisan also plays a crucial role in task scheduling. Laravel's built-in task scheduling system allows you to define recurring tasks, such as sending email reminders, generating reports, or performing database maintenance.

To define a scheduled task, you can create a new command and register it in a specific file's `schedule` method. For instance, you could schedule a command to send email reminders daily at a specific time. Laravel provides a rich set of scheduling options, allowing you to define tasks that run hourly, daily, weekly, or even on specific days and times.

Hire Dedicated Laravel Developers or a Laravel Development Company

While Laravel Artisan is a powerful tool, it's essential to have a team of skilled Laravel developers to fully leverage its capabilities. If you're looking to "hire dedicated Laravel developers" or partner with a "Laravel development company," it's crucial to choose a team with extensive experience in Laravel and a deep understanding of its ecosystem, including Artisan.

Experienced Laravel developers can not only harness the power of Artisan but also create custom commands tailored to your application's specific needs. They can streamline your development workflow, automate tedious tasks, and ensure your codebase adheres to best practices and standards.

Furthermore, a reputable "Laravel development company" can provide end-to-end solutions, from ideation and design to development, deployment, and ongoing maintenance. They can help you navigate the complexities of Laravel and Artisan, ensuring your application is built on a solid foundation and leverages the latest features and best practices.

Conclusion

Laravel Artisan is a command-line interface that empowers developers with an array of powerful tools and commands. From generating boilerplate code and managing database migrations to creating custom commands and scheduling tasks, Artisan is a true superpower for Laravel applications.

By mastering Artisan, you can streamline your development workflow, automate repetitive tasks, and enhance your productivity. Whether you're a solo developer or part of a team, incorporating Artisan into your Laravel development process can significantly improve your efficiency and deliver exceptional applications.

[learntechsolution]

Laravel is a PHP web application framework, while Vue.js is a JavaScript framework for building user interfaces. Laravel's factories and seeders are typically used for testing and seeding databases with dummy data on the server side. Vue.js, on the other hand, is responsible for handling the client-side logic and user interface.

[learntech-solution]

Laravel is a PHP web application framework, while Vue.js is a JavaScript framework for building user interfaces. Laravel's factories and seeders are typically used for testing and seeding databases with dummy data on the server side. Vue.js, on the other hand, is responsible for handling the client-side logic and user interface.

[learn-techsolution]

Laravel is a PHP web application framework, while Vue.js is a JavaScript framework for building user interfaces. Laravel's factories and seeders are typically used for testing and seeding databases with dummy data on the server side. Vue.js, on the other hand, is responsible for handling the client-side logic and user interface.

[oddevan]

Use Laravel’s Illuminate Database Query Builder With WordPress

I’ve been working on Smolblog, a social web blogging app. To help me get to a minimally viable product sooner, I’ve been building it on top of WordPress. However, WordPress is built exclusively for the MySQL database, and I eventually want Smolblog to work with many different databases, especially SQLite. This means, for my own code, I need to abstract the database away.

The first pass I had at this was to simply have Query objects and services to handle those. This would effectively abstract away the entire data layer, making it completely system-agnostic. It wouldn’t even need to be a traditional database. But as I built this system out, I was making more and more assumptions about what the database and data code would look like. And while the database code was all abstracted away, I still had to write it. A lot of it. And every line I wrote using $wpdb was another line I’d have to rewrite someday.

I’ve been looking at other frameworks to use, and Laravel is by far the strongest contender. Their approach to dependency injection and services seems to line up well with how I’ve organically built Smolblog to this point. So when I found out that their database abstraction layer also included a way to use the library without taking on the entire Laravel framework, I decided to make “someday” today.

Prerequisites

Composer: While you can use this library without using Composer, it’s very much not recommended. That being said, if you’re using this in a plugin for general use or otherwise don’t have control over your entire WordPress environment, be sure to use Mozart or some other tool to isolate the namespaces of your dependencies.

Populated database constants: Some of the more modern WordPress setups use a connection string or other way to connect to MySQL. I didn’t find a way to get that information out of the $wpdb constant, so this code relies on having DB_HOST and other constants from wp-config.php defined.

PDO::MySQL: Illuminate DB uses PDO to handle databases, so you’ll need to make sure your PHP server has the PDO::MySQL extension installed. I’m using the official PHP image, so I needed to add these two lines to my Dockerfile:

RUN docker-php-ext-install pdo_mysql RUN docker-php-ext-enable pdo_mysql

Step 1: Dependency Injection

We’re going to use dependency injection to separate creating the database connection from using the database connection. This way the database connection can change without as much code changing.

The documentation for Laravel’s query builder involves calling their DB facade, a global class that calls a singleton instance. Digging through the documentation and code, it looks like the underlying class conforms to the Illuminate\Database\ConnectionInterface interface. So that’s what we’ll use in our service’s constructor:

use Illuminate\Database\ConnectionInterface; class ContentEventStream implements Listener { public function __construct( private ConnectionInterface $db, ) { } }

Inside the service, we’ll follow the documentation, replacing any use of the DB facade with our $db object:

$this->db->table('content_events')->insert(['column' => 'value']);

Step 2: Connection Factory

Now that we know what we need, we need to create it.

The README for the Illuminate Database package has good starting instructions. We’ll combine those with data from wp-config.php and $wpdb:

use Illuminate\Database\Capsule\Manager; use Illuminate\Database\ConnectionInterface; function getLaravelConnection(): ConnectionInterface { global $wpdb; $capsule = new Manager(); $capsule->addConnection( [ 'driver' => 'mysql', 'host' => DB_HOST, 'database' => DB_NAME, 'username' => DB_USER, 'password' => DB_PASSWORD, 'charset' => DB_CHARSET, 'prefix' => $wpdb->prefix, ] ); return $capsule->getConnection(); }

(As mentioned, we’re pulling the connection information straight from configuration. If you know how to get it from $wpdb, let me know!)

The prefix property on the connection works much the same way as WordPress' table prefix. Since we’re using the connection object to also build our queries, it will add the prefix to our queries automatically. Using this property will also use the correct tables for blogs in multisite, so data from one blog doesn’t leak into another.

For Smolblog, I only want one set of tables regardless of multisite. I also want to prefix the Smolblog-specific tables, mostly so they’re all in one place when I’m scrolling. So my prefix property looks like this:

$capsule->addConnection( [ // ... 'prefix' => $wpdb->base_prefix . 'sb_', ] );

Because I don’t want a global object or the Eloquent ORM, I can ignore the rest of the setup from the project README.

Finally, we’ll want to store this created object somewhere central. Smolblog uses a simple dependency injection container, so we’ll store it there. The first time a service that needs a database connection is created, the container will run this function and provide the object.

(Honestly, the container probably deserves a blog post of its own; you can look at the source code in the meantime.)

Step 3: Update the Schema

We have our code to build queries. We have our connection to the database. The only thing we need now is the actual tables for the database.

Here is where we can use WordPress to its full extent. We will be using the dbDelta function in particular. This will tie into WordPress' existing system for updating the database structure alongside WordPress itself.

Some plugins tie this migration code to an activation hook, but we want to be able to modify the tables even after the plugin is activated. So our process will look like this:

Loop through the different tables we will need.

Check the blog options for a schema version.

If the version matches what we have in code, we’re up-to-date. Skip to the next table.

Pass the new table schema to dbDelta and let it do its thing.

Save the schema version to blog options.

Rinse and repeat for each table.

At this point, I should bring up some of the caveats with the dbDelta function. The comments on the WordPress documentation are invaluable here, especially as they point out a few things that need to be consistent with our schemas.

Because there’s so many things that need to be consistent, we’ll isolate the unique parts of our table schemas to two things:

A name. Because every table needs one. We will declare it without the prefix.

The fields excluding the primary key. We can have UNIQUE indexes on other fields for a similar effect, but every table will have an auto-incrementing id field.

A series of values keyed to short strings? That sounds like an array! Here’s part of what Smolblog’s schema array looks like:

class DatabaseHelper { public const SCHEMA = [ 'content_events' => <<<EOF event_uuid varchar(40) NOT NULL UNIQUE, event_time varchar(30) NOT NULL, content_uuid varchar(40) NOT NULL, site_uuid varchar(40) NOT NULL, user_uuid varchar(40) NOT NULL, event_type varchar(255) NOT NULL, payload text, EOF, 'notes' => <<<EOF content_uuid varchar(40) NOT NULL UNIQUE, markdown text NOT NULL, html text, EOF, ]; public static function update_schema(): void { foreach ( self::SCHEMA as $table => $fields ) { self::table_delta( $table, $fields ); } } //... }

A brief aside: Smolblog uses UUIDs for its unique identifiers, and they’re stored here as full strings in fields ending with _uuid. I ran into trouble storing them as bytes, and something in WordPress would frequently mess with my queries when I had fields named things like user_id and site_id. I’m noting this here in case you run into the same things I did.

When WordPress loads the plugin, it will call the update_schema function declared here. That function loops through the array, extracts the table name and fields, and passes them to this function:

public static function table_delta( string $table, string $fields ): void { global $wpdb; $table_name = $wpdb->base_prefix . 'sb_' . $table; $charset_collate = $wpdb->get_charset_collate(); $sql = "CREATE TABLE $table_name ( id bigint(20) NOT NULL AUTO_INCREMENT, $fields PRIMARY KEY (id) ) $charset_collate;"; if ( md5( $sql ) === get_option( $table . '_schemaver', '' ) ) { return; } require_once ABSPATH . 'wp-admin/includes/upgrade.php'; dbDelta( $sql ); update_option( $table . '_schemaver', md5( $sql ) ); }

This function takes care of the boilerplate we talked about earlier and runs the steps:

It creates the table name using the same pattern as before: the base prefix plus sb_.

It creates a CREATE TABLE SQL statement using the table name and fields. (It’s okay to build a SQL query this way because all of the data is coming from constants inside the PHP file; none of it is coming from form data or other untrusted sources.)

It takes the MD5 hash of the SQL statement and compares that to the saved option for this table. The hash will change when the code changes, so this is a quick way to keep our code and database in-sync.

If the database needs to be updated, it requires the correct file from WordPress Core and runs the dbDelta function.

Finally, it saves the MD5 hash to the blog options so we know what version the database is on.

By calculating the version using the hash of the actual SQL, we don’t have to worry about whether some other version number has been updated. This may or may not be the approach you want to take in a production application, but it has proven very useful in development. This is the same idea as using the filemtime function as the “version number” of static CSS and JavaScript in your theme.

So there we have it. We’ve used the connection information in WordPress to hook up a Laravel database connection. And at some point in the future, it’ll be that much easier to let Smolblog work with SQLite which will in turn let Smolblog work on even more web hosts. And you can use this to do whatever you want! Maybe you just wanted to transfer some skills from Laravel to WordPress. Maybe you’re just in it for the academic challenge.

One thing you can do with this is unit-test your services using an in-memory SQLite database… and I’ll leave you with that.

final class DatabaseServiceUnitTest extends \PHPUnit\Framework\TestCase { private \Illuminate\Database\Connection $db; private DatabaseService $subject; protected function setUp(): void { $manager = new \Illuminate\Database\Capsule\Manager(); $manager->addConnection([ 'driver' => 'sqlite', 'database' => ':memory:', 'prefix' => '', ]); $manager->getConnection()->getSchemaBuilder()->create( 'content_events', function(\Illuminate\Database\Schema\Blueprint $table) { $table->uuid('event_uuid')->primary(); $table->dateTimeTz('event_time'); $table->text('payload'); } ); $this->db = $manager->getConnection(); $this->subject = new DatabaseService(db: $this->db); } public function testItPersistsAContentEvent() { $event = new class() extends ContentEvent { public function __construct() { parent::__construct( id: Identifier::fromString('8289a96d-e8c7-4c6a-8d6e-143436c59ec2'), timestamp: new \DateTimeImmutable('2022-02-22 02:02:02+00:00'), ); } public function getPayload(): array { return ['one' => 'two', 'three' => 'four']; } }; $this->subject->onContentEvent($event); $expected = [ 'event_uuid' => '8289a96d-e8c7-4c6a-8d6e-143436c59ec2', 'event_time' => '2022-02-22T02:02:02.000+00:00', 'payload' => '{"one":"two","three":"four"}', ]; $this->assertEquals((object)$expected, $table->first()); $this->assertEquals(1, $table->count()); } }

[laravelvuejs]

How to make a Laravel API - Tutorial 2, Seeding fake data with a factory - Laravel

How to make a Laravel API – Tutorial 2, Seeding fake data with a factory – Laravel

How to make a Laravel API – Tutorial 2, Seeding fake data with a factory – Laravel

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This tutorial will use Laravel’s factories and faker to seed entries into the database.

Get the code here: https://github.com/QuentinWatt/how-to-make-an-api-with-laravel

Follow me on social media: Twitter: @QuentinWatt Facebook: @quentinwatt Instagram: @quentinwatt

Subscribe: https://www.youtube.com/c/QuentinW…

[wecode101]

How to use factory data for unit testing in Laravel

https://wecode101.com/create-factory-data-for-unit-testing-in-laravel

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Skills of a PHP Developer

Now, it goes without saying that you must first grasp the fundamentals of PHP in order to be a good PHP developer. This obviously entails having a firm grasp of the PHP language and its processes, but after you've achieved that, you can boost your worth by becoming familiar with a variety of PHP apps and frameworks (such as Laravel, Zend, and Symfony). As even experienced PHP developers might not be as proficient with the most recent technology, it's also critical to stay up to date on upgrades and features. Due to a lack of resources, smaller firms and organisations frequently look for developers with a broad range of skills. As a result, it's always a good idea, even though you might desire to be an expert at some advanced PHP chores.

Skills of PHP Developer:

Understanding of additional programming languages

To succeed as a PHP developer in a cutthroat employment market, you'll need more than just a working knowledge of PHP code. To identify and fix any mistakes in the site design, a strong command of front-end programming languages like JavaScript, CSS, and HTML is required. Knowing these languages well will also enable you to comprehend how they impact user experience (UX), which is the aim of the majority of programming projects. Additionally, it's crucial to be familiar with databases (mainly MySQL but also common alternatives such as PostgreSQL and Oracle). The bottom line is that one key method to become a productive member of any development team is to build and maintain a broad range of technical skills.

Learn PHP design patterns and best practises.

All forms of software development, including PHP, benefit from design patterns. They can hasten development by providing reusable answers to frequent issues. As other developers will be able to recognise the patterns being utilised, they also help to improve code readability. There are many other design patterns to learn, but some of the most popular ones in PHP applications are Factory, Strategy, and Singleton. More broadly, you can save time by being familiar with the best practises for using several PHP frameworks. Take advantage of the language's long history and large user base to prevent repeating the mistakes made by those who came before you.

Be familiar with PHPUnit, PSR, and Composer

These are a few of the tools that will improve your PHP development skills. Your libraries, classes, and functions will be taken care of by Composer, a dependency management that makes it simple to install various iterations of each for each project. These libraries, also known as "packages," will be checked for new updates by Composer, which will then update them as necessary. A list of pre-made Composer-compatible packages is also available here. A PHP specification called the PHP Standard Recommendation (PSR) aims to standardise PHP programming principles and enhance the compatibility of PHP components and frameworks. The PHP Framework Interoperability Group (PHP-FIG) publishes it, and at the moment there are 13 recognised standards, each with its unique purpose, with more to come.

While PHPUnit is a well-liked framework for unit testing tiny pieces of code against expected outcomes. Any PHP developer would benefit from unit testing, which may be used in a Test Driven Development (TDD) methodology where tests are built up even before the code is created.

Solving issues

Being able to learn the "hard" technical skills is one requirement for becoming a high-level PHP developer, but without the appropriate complement of "soft" talents, success is doubtful. Problem-solving is one of these and is essential to any web development. You'll encounter unforeseen problems as a PHP developer, and how you handle them will greatly influence how valuable you are.

Excellent Interaction

Even if you are an expert at writing PHP code, you could find it difficult to collaborate effectively on a team project if you lack interpersonal skills. You must be able to communicate with customers, coworkers, and superiors in order to comprehend project or business goals, raise concerns, and explain how your job fits into the overall product. And keep in mind that effective communication requires conversing on the phone, via a video conference, in person, as well as through email and messaging applications, even if you feel most at ease doing so.

Adaptability

Finally, it's critical to remain flexible and open to learning. Like all coding languages, PHP is always evolving, therefore businesses are more inclined to recruit developers who are up to date with most recent software and language changes. There will always be things you can learn from others, even if you are confident in your PHP skills. Stay humble, stay curious, and you’ll keep moving forward.

Conclusion:

PHP is not just for usage by experts in web development. Additionally, IT administration expertise is not required. Like any other scripting language, PHP may appear challenging at first. But if you stick with it, you'll discover that this is a fascinating and approachable technology. It's also a useful approach to learn about the server-side world.

We can all access PHP thanks to tools like EasyPHP. The EasyPHP programme is a good place to start if you don't already have a PHP-enabled Web server, which is the essential first step in getting started with the technology. The Apache Web server and MySQL are both included in EasyPHP, so you won't have to spend much time getting them ready to use.

[codesolutionsstuff]

How To Use Chart JS In Laravel 

The fundamentals of Chart.js are quite straightforward. First, we must install Chart.js into our project. Depending on the settings of your project, you may be installing it using npm or bower, or you may link to a constructed version via a CDN or clone/build from GitHub. Simply connecting to the created CDN version in the sample's blade file would suffice for this brief example. A The fundamentals of Chart js are quite straightforward. First, we must install Chart js into our project. Depending on the settings of your project, you may be installing it using npm or bower, or you may link to a constructed version via a CDN or clone/build from GitHub. In our examples, we'll only link to the built-in CDN version for the purposes of this brief demonstration. We'll just plot the ages of the app users in this case. We're presuming you've already set up the Laravel auth scaffolding and carried out the required migrations to make a Users table. If not, take a look at the information here or modify it for the model you're using for your chart's data. Therefore, before creating any users at random, we'll first add an age column to our Users table. For more information, see our post on how to use faker to create random users, however for this demonstration, let's make a database migration to add an age column by using: add age to users table php artisan make:migration —table='users' To change the up function to: edit this file in the database migrations directory. Schema::table('Users', function (Blueprint $table) { $table->int('age')->nullable(); }); Run php artisan migrate after that, and your Users table should now contain an age column. Visit /database/factories/UserFactory now, and add the following at the end of the array: 'age' is represented by $faker->numberBetween($min = 20, $max = 80), The complete return is thus: return ; Run the following commands to build a UsersTableSeeder: make:seeder UsersTableSeeder in PHP This will produce UsersTableSeeder.php in the database. The run function should include the following: factory(AppUser::class, 5)->create(); When this is executed, 5 users will be created; modify 5 to the number of users you need. After that, we must open DatabaseSeeder.php in /database/seeds and uncomment the code in the run() function. Finally, execute php artisan db:seed. Five new users should appear, each of whom has an age. For our Charts page, we will now develop a model, controller, views, and routes. Run the following command in PHP: make:controller ChartController —model=Chart. To the file /app/Http/Controllers/ChartController.php, add the following: use AppUser; use AppChart; use DB; ... public function index() { // Get users grouped by age $groups = DB::table('users') ->select('age', DB::raw('count(*) as total')) ->groupBy('age') ->pluck('total', 'age')->all(); // Generate random colours for the groups for ($i=0; $ilabels = (array_keys($groups)); $chart->dataset = (array_values($groups)); $chart->colours = $colours; return view('charts.index', compact('chart')); } The random colour scheme is one example of the exciting things you can do with the controller's data, though you can also specify hardcoded colours if you'd choose. In /resources/views/charts/, we must now create an index.blade.php file and add the following (depending on your blade setup and layout; here is an example): Laravel Chart Example Chart Demo Finally, we need to add the following to /routes/web.php: Route::get('/charts', 'ChartController@index')->name('charts'); Go to at your-project-name.test/charts now. Although this should serve as a good starting point for your understanding of the fundamentals of charts and graphs in Laravel, you may refer to the Chart.js documentation for more details on customizing your charts. Read the full article

[devscriptschool]

How to Load More data using ajax pagination on scroll in laravel 11 Example

In this post, I will show you step by step How to Load More data using ajax pagination on scroll in laravel 11 application. In this example, we will create a posts table using migration. Then, we will create a data model for the posts and a factory class to create dummy post data. Finally, we will create a route to load posts and write the code for auto-loading more data on button click event…

[xceltecseo]

What are the Key Features of the Laravel?

As a more sophisticated alternative to the CodeIgniter framework, which lacked features like built-in user authentication and authorisation, Laravel was initially developed. When we refer to Laravel's original release, we mean the beta version, which was made available on June 9, 2011, and Laravel 1, which was made available later that month. Laravel 1 was regarded as the best option for websites or applications because it has built-in support for authentication, localization, models, views, sessions, routing, and many more techniques.

Construction of a database table is made possible by Laravel's crucial migration feature. It enables you to modify and distribute the application's database schema. A new column can be added to the table, or an existing one can be eliminated.

Faker is a PHP (Laravel) testing tool that creates fictitious data. Using Faker, you can produce as much test data as you require. The Laravel framework includes Faker. Faker can also be used on your own PHP-based websites or in other frameworks.

A method for automatically adding dummy data to the database is provided by Laravel. The process is referred to as seeding. Developers may quickly add test data to their database table by using the database seeder. By testing with different data formats, it enables developers to identify problems and maximise efficiency, which is quite helpful.

The important distinction in this case is how this release increased Laravel's popularity. Laravel is available in versions 1, 2, 3, 4, 5, 5.1, 5.3, 5.4, 6, 7, and most recently, Laravel 9.

The following are the most important features of Laravel 4.

Database seeding is used to initially populate databases.

There is built-in support for sending a variety of email formats.

There is support for the message queue.

support for the deletion of database records after a predetermined period of time (Soft deletion).

The following are the most important features of Laravel 5.

You can schedule jobs to be executed on a regular basis using the scheduler programme.

An abstraction layer called Flysystem makes it possible to use remote storage in the same way that local file systems are used.

External authentication can be handled more easily with the help of the optional Socialite package.

Package asset management is better with Elixir.

A new internal directory tree structure has been made for produced programmes.

Additionally, version 5.1 was updated.

The following are the most important features of Laravel 8.

Laravel's Jetstream module is used.

In the model factory, classes.

Migratory suffocation

Use Tailwind CSS for usability improvements such as pagination views.

Do you want to learn how to utilise Laravel? Knowledge and tools required

Intermediate understanding of PHP

HTML and CSS fundamentals

An excellent code editor (IDE)

Firefox is an example of a browser.

The following are the most important features of Laravel 9.

PHP Minimum Requirement

Migration of an Anonymous Stub

The Query Builder Interface has been updated.

String Functions in PHP 8

Conclusion

Here we have learned the essential parameters that are required for the Laravel website development using the varieties of Laravel Technologies.

Visit to explore more on What are the Key Features of the Laravel?

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[laravelreactjs]

Be taught Laravel 7 alongside with REST API & Livewire

Be taught Laravel 7 alongside with REST API & Livewire

 Salvage The Direction   Mark: $49.99 Replace: As Laravel 8 was originate on Sep 8th 2020, the Direction has been updated accordingly to utilize the Most contemporary Model. The Direction furthermore entails the Fragment as to how one can Replace from Laravel 7 to Laravel 8 alongside with the use of Devices Directory & Model Factories.   Right here’s a comprehensive Direction which uses the…