#laravel run database seeder

[nulledclubproblog]

VCard SaaS Nulled Script 9.0.0

Download VCard SaaS Nulled Script – The Ultimate Business Card Builder Are you looking for a powerful, customizable, and fully responsive digital business card creator? Look no further. VCard SaaS Nulled Script is the ideal solution for freelancers, startups, agencies, and businesses aiming to showcase their brand in a modern, professional way. This nulled script provides a seamless way to build multi-user digital vCards, making it the go-to choice for anyone looking to stand out online without recurring subscription fees. What Is VCard SaaS Nulled Script? VCard SaaS Nulled Script is a premium multi-user business card builder script that empowers users to create and manage digital vCards with ease. Designed to work on a SaaS model, this script allows admins to monetize through user subscriptions, while end-users get feature-rich, customizable business cards to share instantly through QR codes or direct links. With this nulled version, you can enjoy all premium functionalities for free, making it the perfect choice for developers and marketers who want to skip high costs and explore its full potential. Technical Specifications Language: PHP with Laravel Framework Database: MySQL Frontend: Bootstrap 5, jQuery, HTML5, CSS3 Responsive: 100% Mobile Friendly Version: Latest (Fully Updated) License: Nulled (No activation required) Key Features and Benefits Multi-User SaaS Model: Allow unlimited users to register and create vCards under various subscription plans. Drag-and-Drop Builder: Build digital cards easily with a drag-and-drop interface. Customizable Templates: Choose from various sleek templates designed for modern professionals. QR Code Support: Generate scannable QR codes for sharing vCards quickly. Social Media Integration: Add and display social media links with icons. Contactless Sharing: Ideal for virtual networking events or remote business operations. Email and WhatsApp Integration: Seamlessly connect with clients via WhatsApp or email directly from your card. Admin Dashboard: Fully-featured admin panel to manage users, payments, and settings efficiently. Real-World Use Cases Whether you’re a personal brand consultant, an agency offering services to small businesses, or a digital entrepreneur, VCard SaaS Nulled Script enables you to deliver value instantly. Start your own SaaS business or empower your existing users with beautifully crafted digital cards. The script is highly customizable, which makes it perfect for branding and white-labeling. How to Install and Use VCard SaaS Nulled Script Upload the script files to your web hosting server (PHP 7.4+ recommended). Set up the MySQL database and update the .env file with your credentials. Run database migrations and seeders via Artisan commands. Access the admin dashboard, set pricing plans, and begin user registrations. Promote your new SaaS platform and allow users to create their digital business cards effortlessly. Frequently Asked Questions (FAQs) 1. Is this script really free? Yes! This is the nulled version, offering you full access to premium features without any licensing fees or restrictions. 2. Can I resell the vCards created with this script? Absolutely. You can create subscription packages and monetize through your own SaaS business model. 3. Will users be able to share their cards instantly? Yes. Each vCard includes a shareable link and an auto-generated QR code for fast sharing. 4. Can I customize the design templates? Definitely. The templates are editable, and you can apply your brand's identity with ease. Download Now and Start Building Professional Digital Cards The digital era demands innovation and speed. Don’t let your brand fall behind. With VCard SaaS  you’re one step away from transforming your networking experience. Download this powerful script today and unleash a new level of professionalism for your users. Looking for more tools to enhance your site? Explore our extensive collection of nulled plugins to expand your digital capabilities.

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[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.

[techfreak4241]



The shifting nature of daily living has profoundly altered the way we live. Today's requirements and resources are increasingly different. if we need to buy something right now. we prefer to conduct our shopping online. If you run a business in this position,you should be able to provide your clients with a positive online buying experience.

You can take your business online using a variety of frameworks. You can use any of these depending on your requirements.

I will recommend using laravel website for e-commerce business. I have used laravel based e-commerce website from 6amTech.

Laravel comes with a strong database tool called Eloquent, which includes an ORM (Object Relational Mapper) and built-in mechanisms for constructing database migrations and seeders. Developers may bootstrap new models, controllers, and other application components using the command-line tool Artisan, which accelerates entire program development.

Laravel's Benefits

When you create a web application with Laravel, you get the following benefits.

Because of the Laravel framework, the web application becomes more scalable.

Because Laravel reuses components from different frameworks while constructing web applications, time is saved in the design phase.

It comprises namespaces and interfaces, which aid in resource organization and management

[ineedbreadflour-blog]

My Own Blog by Laravel(1)

Make my own blog with Laravel!!

Hi guys, I will make my own blog by Laravel. I'm a Japanese cook in BC. But I don't work now because of COVID-19. So I have much time now. That's why I have started to learn Laravel. I'm not a good English writer. But I will do my best in English. Please correct my English if you would notice any wrong expressions. Thank you!

Anyway, I will post about making a blog by Laravel for a while. Let's get started!

All we have to do

Install Laravel

Create a Project

Database Setting

Migration

Create Models

Seeding

Routing

Make Controllers

Make Views

Agenda

Today's agenda is

Install Laravel

Create a Project

Database Setting

Migration

Create Models

Seeding

Install Laravel

Laravel utilizes Composer to manage its dependencies. So install Composer first if you have not installed Composer yet. Ok, now you can install Laravel using Composer.

% composer global require Laravel/installer

Here we go. So next step is to create a project named blog!

Create a project

Creating a project in Laravel is super easy. Just type a command like below.

% laravel new blog

That's it. So easy. That command bring every dependencies automatically. And you move to blog directory.

% cd blog

Now you can use a new command called 'artisan'. It's a command used for Laravel. For example, you can start server with this command.

% php artisan serve

Do you see command line like this?

% php artisan serve ~/workspace/blog Laravel development server started: http://127.0.0.1:8000 [Mon Apr 20 09:20:56 2020] PHP 7.4.5 Development Server (http://127.0.0.1:8000) started

You can access localhost:8000 to see the Laravel's welcome page! If you want to know the other arguments of artisan, just type like this.

% php artisan list

Then you can see all artisan commands. You can also display the commands for a specific namespace like this.

% php artisan list dusk ~/workspace/blog Laravel Framework 7.6.2 Usage: command [options] [arguments] Options: -h, --help Display this help message -q, --quiet Do not output any message -V, --version Display this application version --ansi Force ANSI output --no-ansi Disable ANSI output -n, --no-interaction Do not ask any interactive question --env[=ENV] The environment the command should run under -v|vv|vvv, --verbose Increase the verbosity of messages: 1 for normal output, 2 for more verbose output and 3 for debug Available commands for the "dusk" namespace: dusk:chrome-driver Install the ChromeDriver binary dusk:component Create a new Dusk component class dusk:fails Run the failing Dusk tests from the last run and stop on failure dusk:install Install Dusk into the application dusk:make Create a new Dusk test class dusk:page Create a new Dusk page class

So let's go to next step!

Database setting

Open .env located under root directory. And edit around DB setting.

DB_CONNECTION=mysql DB_HOST=127.0.0.1 DB_PORT=3306 DB_DATABASE=blog DB_USERNAME=root DB_PASSWORD=

Depends on your database. I use MySQL and I already create database named blog in MySQL. You should create user for only this project when you deploy.

Migration

Laravel supplies the migration system. It allow you to control database using php code. For example, when you want to create database, type the command like this.

% php artisan make:migration create_posts_table

You can see a new migration file database/migrations/xxxx_xx_xx_xxxxxx_create_posts_table.php. Write down columns you need in the function called up() and write down columns you want to delete in down(). Edit it.

public function up() { Schema::create('posts', function (Blueprint $table) { $table->increments('id'); $table->boolean('published'); $table->string('title'); $table->longText('body'); $table->string('tag')->nullable(); $table->timestamps(); }); }

It's ready! Execute this command.

% php artisan migrate

Here we go! Now you got some tables with columns! Let's check them out in MySQL console.

% mysql -uroot

And check tables and columns.

mysql> use blog; Reading table information for completion of table and column names You can turn off this feature to get a quicker startup with -A Database changed mysql> show tables; +----------------+ | Tables_in_blog | +----------------+ | failed_jobs | | migrations | | posts | | users | +----------------+ 4 rows in set (0.01 sec) mysql> desc posts; +------------+------------------+------+-----+---------+----------------+ | Field | Type | Null | Key | Default | Extra | +------------+------------------+------+-----+---------+----------------+ | id | int(10) unsigned | NO | PRI | NULL | auto_increment | | published | tinyint(1) | NO | | NULL | | | title | varchar(191) | NO | | NULL | | | body | longtext | NO | | NULL | | | tag | varchar(191) | YES | | NULL | | | created_at | timestamp | YES | | NULL | | | updated_at | timestamp | YES | | NULL | | | user_id | int(11) | NO | MUL | NULL | | +------------+------------------+------+-----+---------+----------------+ 8 rows in set (0.01 sec)

Good! You could create tables and columns by php. Next step is Create Model.

Create Model

Laravel Framework is MVC application model. MVC is Model, View and Controller. Application works with each role. View works for display to browsers. Controller works as a playmaker. It receives request from router and access databases to get some datas and pass the datas to views. Model connects to the database and gets, inserts, updates or deletes datas.

Now you create a Model.

% php artisan make:model Post

Then you will see the new Post model under app/Post.php.

<?php namespace App; use Illuminate\Database\Eloquent\Model; class Post extends Model { // }

This model has no code. But it's ok. You can leave it for now.

About a model name

A model name is important. A model connects to table of the database with the rule of the name. If you have a posts table, Post model is mapped with posts table automatically.

Seeding

Seeding is very useful function for preparing test datas or master datas. You can use it easily. All you need is just 1. making seeder file and 2. executing it. Let's do that.

Making seeder files

% php artisan make:seeder BooksTableSeeder Seeder created successfully.

Edit seeder files

public function run() { DB::table('posts')->truncate(); $posts = [ [ 'published' => true, 'title' => 'The First Post', 'body' => '1st Lorem ipsum...', 'tag' => 'laravel', 'user_id' => 1 ], [ 'published' => true, 'title' => 'The Second Post', 'body' => '2nd Lorem ipsum dolor sit amet...', 'tag' => 'shiba-inu', 'user_id' => 1 ], [ 'published' => false, 'title' => 'The Third Post', 'body' => '3rd Lorem ipsum dolor sit ...', 'tag' => 'laravel', 'user_id' => 1 ] ]; foreach($posts as $post) { \App\Post::create($post); } }

And edit DatabaseSeeder.php file.

public function run() { // $this->call(UserSeeder::class); $this->call(PostsTableSeeder::class); }

Execute seegding

% php artisan db:seed Seeding: PostsTableSeeder Database seeding completed successfully.

Sweet. Let's check out database.

mysql> select * from posts; +----+-----------+-----------------+-----------------------------------+---------------------------------+---------------------+---------+ | id | published | title | body | tag | created_at | updated_at | user_id | +----+-----------+-----------------+-----------------------------------+-----------+---------------------+---------------------+---------+ | 1 | 1 | The First Post | 1st Lorem ipsum... | laravel | 2020-04-19 19:16:18 | 2020-04-19 19:16:18 | 1 | | 2 | 1 | The Second Post | 2nd Lorem ipsum dolor sit amet... | shiba-inu | 2020-04-19 19:16:18 | 2020-04-19 19:16:18 | 1 | | 3 | 0 | The Third Post | 3rd Lorem ipsum dolor sit ... | laravel | 2020-04-19 19:16:18 | 2020-04-19 19:16:18 | 1 | +----+-----------+-----------------+-----------------------------------+-----------+---------------------+---------------------+---------+ 3 rows in set (0.00 sec)

Perfect! Now we can go next step!

So, see you next time!

References

Installation - Laravel - The PHP Framework For Web Artisans

[codesolutionsstuff]

Laravel 9 Autocomplete Search using Typeahead JS Tutorial

I'll show you today how to use typeahead js to make autocomplete search in Laravel 9. We'll demonstrate a typeahead js-based Laravel 9 autocomplete search. We will demonstrate how to create a search autocomplete box in Laravel 9 using jQuery Typehead and ajax. I'll utilize the bootstrap library, the jQuery typehead js plugin, and ajax to add search autocomplete to my Laravel 9 application. Here, I'll offer you a detailed example of how to use typeahead js with Laravel 9's ajax autocomplete search as shown below.

Step 1: Install Laravel 9 Application

Since we are starting from scratch, the following command must be used to obtain a new Laravel application. Open a terminal or a command prompt, then enter the following command: composer create-project --prefer-dist laravel/laravel Laravel9TypeheadTutorial

Step 2: Database Configuration

Configure your downloaded/installed Laravel 9 app with the database in this stage. The .env file must be located, and the database setup information is as follows: DB_CONNECTION=mysql DB_HOST=127.0.0.1 DB_PORT=3306 DB_DATABASE=db name DB_USERNAME=db user name DB_PASSWORD=db password

Step 3: Add Dummy Record

I'll create fictitious records for database table users in this stage. Open the DatabaseSeeder.php file by going to the database/seeders/ directory. Add the next two lines of code after that. use AppModelsUser; User::factory(100)->create(); Then, launch command prompt, and use the following command to go to your project: cd / Laravel9TypeheadTutorial Open your terminal once more, and then type the following command on cmd to create tables in the database of your choice: php artisan migrate Run the database seeder command after that to create dummy data for the database: php artisan db:seed --force

Step 4: Create Routes

Open the web.php file, which is found in the routes directory, in this step. Add the following routes to the web.php file after that: use AppHttpControllersAutocompleteSearchController; Route::get('/autocomplete-search', )->name('autocomplete.search.index'); Route::get('/autocomplete-search-query', )->name('autocomplete.search.query');

Step 5: Creating Auto Complete Search Controller

The following command will be used to create the search AutocompleteSearch controller in this stage. php artisan make:controller AutocompleteSearchController The AutocompleteSearchController.php file will be created by the aforementioned command and placed in the Laravel8TypeheadTutorial/app/Http/Controllers/ directory. Subsequently, include the following controller methods in AutocompleteSearchController.blade.php: Read the full article

[concettolabs]

Laravel 5.8.33: Let’s Talk About All New Email Validation Rule Options In It

The team of Laravel has released all-new v5.8.33 in the month of August. These new versions have new capabilities added to the email validation rule that include the latest changes and some of the fixes.

Let’s have a look at the changes :

From requests a user can now provide a passedValidation() callback that will fire once the validation has passed:

public function passedValidation()

{       $this->replace(['name' => 'Adam']);}

These passedValidation callbacks can be helpful for applying filters to data without intrusive with validation.

The new type of email validation support has been implemented by Dries Vints using the egulias/EmailValidator package.

When checking for valid emails, the improved email validation rule acquaints the ability to add multiple email validators.

Example:

$request->validate([

   'email' => 'email:rfc,dns'

]);

By referring to the latest

laravel validation

documentation for 5.8 you can get to know about the new parameters possible in the email validation rule. The possible rules include strict, spoof, dns, and rfc filter.

Another support added by Dries Vints is for Redis 5.0 in a backward-compatible way so that all can support v5.0 in starting in this release.

For MySQL and Postgres ‘insert ignore’ support was added and to learn it in detail you need to check out add insert ignore support on GitHub.

Ignore works during an insert that means if the database runs into errors, it generally terminates and doesn’t insert any rows. While with ignore, the database will ignore invalid data and insert valid rows.

The amazing last feature that is added is the ability to use the custom, Whoops Handler. For more details, you can check on GitHub.

Have A Look On Whole Difference Between 5.8.32 and 5.8.33 as per on GitHub:

v5.8.33 :

Added

Implement new types for email validation support

Added ValidatesWhenResolvedTrait::passedValidation() callback

Allowed to override the existing Whoops handler

Added Redis 5 support

Added insert or ignore support

Fixed

Avoid undefined index errors when using AWS IAM

Fixed exception message in the ProviderRepository::writeManifest()

Fixed command testing of output and questions expectations

Added ignoring of classes which are not instantiable during event discovery

Fixed non-displayable boolean values invalidation messages

Used real class name for seeders in the output

Fixed invalid link expiry count in ResetPassword

Refactoring

Simplified isset()

Why To Wait?

Get in touch with Concetto Lab to get the best applications and reshape your business today. We provide apps that are elevated in performance and quality with laravel application development in minimal cost. Our laravel development services includes laravel customization and integration, website migration using laravel, laravel framework development, and laravel support & maintenance.

[php-sp]

ThemeqxEstate - Laravel Real Estate Property Listing Portal

New Post has been published on https://intramate.com/php-scripts/themeqxestate-laravel-real-estate-property-listing-portal/

ThemeqxEstate - Laravel Real Estate Property Listing Portal

LIVE PREVIEWGet it now for only $39

ThemeqxEstate is a Laravel Framework based modern real estate property listing portal with advanced features. Its provide you a way to create a powerful, stunning website in 5 minutes. ThemeqxEstate offering you upload your files and resources to cloud with Amazon S3. It’s built-in PayPal and Stripe payment getaway help you to charge the user for premium and urgent property listing which will be more profitable for you.

ThemeqxEstate Laravel Real Estate Property Listing Portal offers you coolest feature like Social Login (for lazy users), Blog, Multilingual support / Translation ready, Google map, Video preview with YouTube and Vimeo, Contact with an agent to send messages and phone. ThemeqxEstate real estate PHP / larval script is well designed that will be fit in any device. You will get free update forever.

ThemeqxEstate powered by Laravel v.6. ThemeqxEstate recent v.4.0 got a massive update in its core level, with this update, ThemeqxEstaet became even more powerful, performance boosted up to 3X and running it’s to server extremely fast.

Demo Credential

https://demo.themeqx.com/themeqxestate Email: admin@demo.com Password: 123456

Some Features

Premium Ads Support

Urgent Ads Support

Google Map

Social Login

Embed property ad

Multiple theme (We will released theme regularly, currently there are two theme integrated)

You tube or vemio video as feature video

Image count or video at ad preview box

Related ads in ad details

DISQUS Comment for ads details page (Control in your hand)

SEO and Micro data ready for better search engine rank

Report from frontend for guest or registered user, if they think ad is offensive

Blog Integrated

Unlimited categories and brand create, edit, delete

Slider (Bootstrap carousel in homepage, you can switch it off or on from admin panel)

Location (Create, edit, delete)

Contact message will save into database

Switching file storage between Local and Cloude without loosing previous resource (Images, files)

Page management (You can create any page, such as About Us, Terms and condition, etc)

Quick Sign In

Icon changable for top categories (Font-Awesome Included)

Clean and Modern Design

Multilingual Support

PayPal Integrated

Stripe Integrated

Google Adsense supported

Bootstrap 3 Css Frameworks

SEO optimized

Translation Support (You need to add language from admin panel))

Facebook Login

Google Plus Login

Email Notifications

Social Share for Ads

Well commented code.

Fully Responsive

Image or Text, both support in Logo

Amazon S3

Anti fraud payment algorithm, made by us

Free update and support

and much more..

Satisfied customers says about us

Any advice?

Please tell us about your thought to be improve it by clicking here

Demo Credential

https://demo.themeqx.com/themeqxestate Email: admin@demo.com Password: 123456

Server Requirements, for ThemeqxEstate v.4.0

PHP >= 7.2.0

BCMath PHP Extension

Ctype PHP Extension

OpenSSL PHP Extension

PDO PHP Extension

Mbstring PHP Extension

Tokenizer PHP Extension

XML PHP Extension

Ctype PHP Extension

JSON PHP Extension

Fileinfo Extension

Change Log

Version 4.0.2 [02 October, 2019]

Fixed: admin responsive menu issue * Fixed: after registration success flash message * Fixed: Duplicate E-Mail registration error * Fix pending ad view by admin before publishing

Version 4.0 [24 September, 2019]

1. Updated to laravel core v.6 2. Updated stipe SDK to v.7.2 3. Remove HTML generate package 4. Removed Datatable, added native table to show data 5. Speed increased 3X, It's now 3 times faster than before 6. Database query optimized 7. Removed Form Generator, added HTML form instead 8. Removed owl carousel 9. Removed some unused variable

Version 3.0.3 [01 April, 2019]

1. Fixed: Distance edit issue 2. Improved: performance

Version 3.0.2 [19 November 2018]

1. Fixed: contact message lists 2. Fixed: countries lists 3. Fixed: states lists 4. Fixed: cities lists 5. Fixed: users lists 6. Fixed: agents lists 7. Fixed: posts lists 8. Fixed: pages lists 9. Removed: datatables css

Version 3.0.1 [04 November 2018]

1. Added: Pages for Datatable 2. Added: Country Lists added native table 3. Added: States Lists added native table 4. Added: Cities Lists added native table 5. Added: Migration files added for all of tables 6. Added: Seeder added for users,countries,states,cities, options

Version 3.0.0 [31 October 2018]

1. Updated core framework to Laravel 5.7 2. Database query Optimize, this application is now 3X faster than previous version

Version 2.0.1 [28 October 2018]

1. Fixed: Unicode slug generator issue

Version 2.0.0 [06 August 2018]

1. Fixed: Password Reset issue 2. Improved: Performance 3. Fixed: some known bug

Version 1.4.0 [12 April 2018]

1. Fixed: Search issue in Location>cities 2. Fixed: Search issue in Location>states 3. Fixed: some known bug

Version 1.3 [17 January 2018]

1. Fixed: a social login bug, updated social login to latest version of social login SDK. 2. Fixed: Social Login Issue 3. Fixed: some known bug

Version 1.2 [26 July 2017]

1. Updated: Updated Laravel framework to 5.4 2. Fixed: Social Login Issue

Version 1.1 [13 March 2017]

1. Fix: Image upload issue 2. Fix: Stripe Payment Receive Issue 3. Fix: Some Chrome browser issue

Version 1.0 [05 January 2017]

1. Initial release

LIVE PREVIEWGet it now for only $39

[nehanguyen]

Laravel 7 Tutorial for Beginners - Database Seeder Example

Laravel 7 Tutorial for Beginners – Database Seeder Example

In this Laravel 7 tutorial for beginners, you’ll learn how to create database seeder in laravel 7 and what is command to create seeder and how to run that seeder in Laravel 7. We will implement a Laravel 7 seeder generator. You can understand a concept of create seeder in Laravel 7. You can see create seeder command in Laravel 7

source https://morioh.com/p/1f5d3ef6023d

[megainvestmentnovel-blog]

Laravel Database Seeder Tutorial Example is today’s leading topic. Laravel includes an easy method of seeding your database with test data using seed classes. All seed classes are stored under the database/seeds directory. Seed classes may have some name you wish but probably should follow any sensible convention, such as UsersTableSeeder, ItemsTableSeeder etc. Default, a DatabaseSeeder class is defined for you. From this class, you may use the call method to run other seed classes, letting you control the seeding order. If you require more detail, then move to Laravel Documentation.

[mbaljeetsingh]

Building a Vue SPA with Laravel Part 3

News / February 16, 2018

Building a Vue SPA with Laravel Part 3

We will continue building our Vue SPA with Laravel by showing you how to load asynchronous data before the vue-router enters a route.

We left off in Building a Vue SPA With Laravel Part 2 finishing a UsersIndex Vue component which loads users from an API asynchronously. We skimped on building a real API backed by the database and opted for fake data in the API response from Laravel’s factory() method.

If you haven’t read Part 1 and Part 2 of building a Vue SPA with Laravel, I suggest you start with those posts first and then come back. I’ll be waiting for you!

In this tutorial we are also going to swap out our fake /users endpoint with a real one powered by a database. I prefer to use MySQL, but you can use whatever database driver you want!

Our UsersIndex.vue router component is loading the data from the API during the created() lifecycle hook. Here’s what our fetchData() method looks like at the conclusion of Part 2:

created() { this.fetchData(); }, methods: { fetchData() { this.error = this.users = null; this.loading = true; axios .get('/api/users') .then(response => { this.loading = false; this.users = response.data; }).catch(error => { this.loading = false; this.error = error.response.data.message || error.message; }); } }

I promised that I’d show you how to retrieve data from the API before navigating to a component, but before we do that we need to swap our API out for some real data.

Creating a Real Users Endpoint

We are going to create a UsersController from which we return JSON data using Laravel’s new API resources introduced in Laravel 5.5.

Before we create the controller and API resource, let’s first set up a database and seeder to provide some test data for our SPA.

The User Database Seeder

We can create a new users seeder with the make:seeder command:

php artisan make:seeder UsersTableSeeder

The UsersTableSeeder is pretty simple right now—we just create 50 users with a model factory:

<?php use Illuminate\Database\Seeder; class UsersTableSeeder extends Seeder { public function run() { factory(App\User::class, 50)->create(); } }

Next, let’s add the UsersTableSeeder to our database/seeds/DatabaseSeeder.php file:

<?php use Illuminate\Database\Seeder; class DatabaseSeeder extends Seeder { /** * Run the database seeds. * * @return void */ public function run() { $this->call([ UsersTableSeeder::class, ]); } }

We can’t apply this seeder without first creating and configuring a database.

Configuring a Database

It’s time to hook our Vue SPA Laravel application up to a real database. You can use SQLite with a GUI like TablePlus or MySQL. If you’re new to Laravel, you can go through the extensive documentation on getting started with a database.

If you have a local MySQL instance running on your machine, you can create a new database rather quickly from the command line with the following (assuming you don’t have a password for local development):

mysql -u root -e"create database vue_spa;" # or you could prompt for the password with the -p flag mysql -u root -e"create database vue_spa;" -p

Once you have the database, in the .env file configure the DB_DATABASE=vue_spa. If you get stuck, follow the documentation which should make it easy to get your database working.

Once you have the database connection configured, you can migrate your database tables and add seed data. Laravel ships with a Users table migration that we are using to seed data:

# Ensure the database seeders get auto-loaded composer dump-autoload php artisan migrate:fresh --seed

You can also use the separate artisan db:seed command if you wish! That’s it; you should have a database with 50 users that we can query and return via the API.

The Users Controller

If you recall from Part 2, the fake /users endpoint found in the routes/api.php file looks like this:

Route::get('/users', function () { return factory('App\User', 10)->make(); });

Let’s create a controller class, which also gives us the added benefit of being able to use php artisan route:cache in production, which is not possible with closures. We’ll create both the controller and a User API resource class from the command line:

php artisan make:controller Api/UsersController php artisan make:resource UserResource

The first command is adding the User controller in an Api folder at app/Http/Controllers/Api, and the second command adds UserResource to the app/Http/Resources folder.

Here’s the new routes/api.php code for our controller and Api namespace:

Route::namespace('Api')->group(function () { Route::get('/users', 'UsersController@index'); });

The controller is pretty straightforward; we are returning an Eloquent API resource with pagination:

<?php namespace App\Http\Controllers\Api; use App\User; use Illuminate\Http\Request; use App\Http\Controllers\Controller; use App\Http\Resources\UserResource; class UsersController extends Controller { public function index() { return UserResource::collection(User::paginate(10)); } }

Here’s an example of what the JSON response will look like once we wire up the UserResource with API format:

{ "data":[ { "name":"Francis Marquardt", "email":"schamberger.adrian@example.net" }, { "name":"Dr. Florine Beatty", "email":"fcummerata@example.org" }, ... ], "links":{ "first":"http:\/\/vue-router.test\/api\/users?page=1", "last":"http:\/\/vue-router.test\/api\/users?page=5", "prev":null, "next":"http:\/\/vue-router.test\/api\/users?page=2" }, "meta":{ "current_page":1, "from":1, "last_page":5, "path":"http:\/\/vue-router.test\/api\/users", "per_page":10, "to":10, "total":50 } }

It’s fantastic that Laravel provides us with the pagination data and adds the users to a data key automatically!

Here’s the UserResource class:

<?php namespace App\Http\Resources; use Illuminate\Http\Resources\Json\Resource; class UserResource extends Resource { /** * Transform the resource into an array. * * @param \Illuminate\Http\Request $request * @return array */ public function toArray($request) { return [ 'name' => $this->name, 'email' => $this->email, ]; } }

The UserResource transforms each User model in the collection to an array and provides the UserResource::collection() method to transform a collection of users into a JSON format.

At this point, you should have a working /api/users endpoint that we can use with our SPA, but if you are following along, you will notice that our new response format breaks the component.

Fixing the UsersIndex Component

We can quickly get our UsersIndex.vue Component working again by adjusting the then() call to reference the data key where our user data now lives. It might look at little funky at first, but response.data is the response object, so the user data can be set like the following:

this.users = response.data.data;

Here’s the adjusted fetchData() method that works with our new API:

fetchData() { this.error = this.users = null; this.loading = true; axios .get('/api/users') .then(response => { this.loading = false; this.users = response.data.data; }).catch(error => { this.loading = false; this.error = error.response.data.message || error.message; }); }

Fetching Data Before Navigation

Our component is working with our new API, and it’s an excellent time to demonstrate how you might fetch users before navigation to the component occurs.

With this approach, we fetch the data and then navigate to the new route. We can accomplish this by using the beforeRouteEnter guard on the incoming component. An example from the vue-router documentation looks like this:

beforeRouteEnter (to, from, next) { getPost(to.params.id, (err, post) => { next(vm => vm.setData(err, post)) }) },

Check the documentation for the complete example, but suffice it to say that we will asynchronously get the user data, once complete, and only after completion, we trigger next() and set the data on our component (the vm variable).

Here’s what a getUsers function might look like to asynchronously get users from the API and then trigger a callback into the component:

const getUsers = (page, callback) => { const params = { page }; axios .get('/api/users', { params }) .then(response => { callback(null, response.data); }).catch(error => { callback(error, error.response.data); }); };

Note that the method doesn’t return a Promise, but instead triggers a callback on completion or failure. The callback passes to arguments, an error, and the response from the API call.

Our getUsers() method accepts a page variable which ends up in the request as a query string param. If it’s null (no page passed in the route), then the API will automatically assume page=1.

The last thing I’ll point out is the const params value. It will effectively look like this:

{ params: { page: 1 } }

And here’s how our beforeRouteEnter guard uses the getUsers function to get async data and then set it on the component while calling next():

beforeRouteEnter (to, from, next) { const params = { page: to.query.page }; getUsers(to.query.page, (err, data) => { next(vm => vm.setData(err, data)); }); },

This piece is the callback argument in the getUses() call after the data is returned from the API:

(err, data) => { next(vm => vm.setData(err, data)); }

Which is then called like this in getUsers() on a successful response from the API:

callback(null, response.data);

The beforeRouteUpdate

When the component is in a rendered state already, and the route changes, the beforeRouteUpdate gets called, and Vue reuses the component in the new route. For example, when our users navigate from /users?page=2 to /users?page=3.

The beforeRouteUpdate call is similar to beforeRouteEnter. However, the former has access to this on the component, so the style is slightly different:

// when route changes and this component is already rendered, // the logic will be slightly different. beforeRouteUpdate (to, from, next) { this.users = this.links = this.meta = null getUsers(to.query.page, (err, data) => { this.setData(err, data); next(); }); },

Since the component is in a rendered state, we need to reset a few data properties before getting the next set of users from the API. We have access to the component. Therefore, we can call this.setData() (which I have yet to show you) first, and then call next() without a callback.

Finally, here’s the setData method on the UsersIndex component:

setData(err, { data: users, links, meta }) { if (err) { this.error = err.toString(); } else { this.users = users; this.links = links; this.meta = meta; } },

The setData() method uses object destructuring to get the data, links and meta keys coming from the API response. We use the data: users to assign data to the new variable name users for clarity.

Tying the UsersIndex All Together

I’ve shown you pieces of the UsersIndex component, and we are ready to tie it all together, and sprinkle on some very basic pagination. This tutorial isn’t showing you how to build pagination, so you can find (or create) fancy pagination of your own!

Pagination is an excellent way to show you how to navigate around an SPA with vue-router programmatically.

Here’s the full component with our new hooks and methods to get async data using router hooks:

<template> <div class="users"> <div v-if="error" class="error"> <p></p> </div> <ul v-if="users"> <li v-for="{ id, name, email } in users"> <strong>Name:</strong> , <strong>Email:</strong> </li> </ul> <div class="pagination"> <button :disabled="! prevPage" @click.prevent="goToPrev">Previous</button> <button :disabled="! nextPage" @click.prevent="goToNext">Next</button> </div> </div> </template> <script> import axios from 'axios'; const getUsers = (page, callback) => { const params = { page }; axios .get('/api/users', { params }) .then(response => { callback(null, response.data); }).catch(error => { callback(error, error.response.data); }); }; export default { data() { return { users: null, meta: null, links: { first: null, last: null, next: null, prev: null, }, error: null, }; }, computed: { nextPage() { if (! this.meta || this.meta.current_page === this.meta.last_page) { return; } return this.meta.current_page + 1; }, prevPage() { if (! this.meta || this.meta.current_page === 1) { return; } return this.meta.current_page - 1; }, paginatonCount() { if (! this.meta) { return; } const { current_page, last_page } = this.meta; return `${current_page} of ${last_page}`; }, }, beforeRouteEnter (to, from, next) { getUsers(to.query.page, (err, data) => { next(vm => vm.setData(err, data)); }); }, // when route changes and this component is already rendered, // the logic will be slightly different. beforeRouteUpdate (to, from, next) { this.users = this.links = this.meta = null getUsers(to.query.page, (err, data) => { this.setData(err, data); next(); }); }, methods: { goToNext() { this.$router.push({ query: { page: this.nextPage, }, }); }, goToPrev() { this.$router.push({ name: 'users.index', query: { page: this.prevPage, } }); }, setData(err, { data: users, links, meta }) { if (err) { this.error = err.toString(); } else { this.users = users; this.links = links; this.meta = meta; } }, } } </script>

If it’s easier to digest, here’s the UsersIndex.vue as a GitHub Gist.

There are quite a few new things here, so I’ll point out some of the more important points. The goToNext() and goToPrev() methods demonstrate how you navigate with vue-router using this.$router.push:

this.$router.push({ query: { page: `${this.nextPage}`, }, });

We are pushing a new page to the query string which triggers beforeRouteUpdate. I also want to point out that I’m showing you a <button> element for the previous and next actions, primarily to demonstrate programmatically navigating with vue-router, and you would likely use <router-link /> to automatically navigate between paginated routes.

I have introduced three computed properties (nextPage, prevPage, and paginatonCount) to determine the next and previous page numbers, and a paginatonCount to show a visual count of the current page number and the total page count.

The next and previous buttons use the computed properties to determine if they should be disabled, and the “goTo” methods use these computed properties to push the page query string param to the next or previous page. The buttons are disabled when a next or previous page is null at the boundaries of the first and last pages.

There’s probably a bit of redundancy in the code, but this component illustrates using vue-router for fetching data before entering a route!

Don’t forget to make sure you build the latest version of your JavaScript by running Laravel Mix:

# NPM npm run dev # Watch to update automatically while developing npm run watch # Yarn yarn dev # Watch to update automatically while developing yarn watch

Finally, here’s what our SPA looks like after we update the complete UsersIndex.vue component:

What’s Next

We now have a working API with real data from a database, and a simple paginated component which uses Laravel’s API model resources on the backend for simple pagination links and wrapping the data in a data key.

Next, we will work on creating, editing, and deleting users. A /users resource would be locked down in a real application, but for now, we are just building CRUD functionality to learn how to work with vue-router to navigate and pull in data asynchronously.

We could also work on abstracting the axios client code out of the component, but for now, it’s simple, so we’ll leave it in the component until Part 4. Once we add additional API features, we’ll want to create a dedicated module for our HTTP client.

via Laravel News http://ift.tt/2BxHnhd

[krsrk]

Integración Vue Js con Laravel 5.4 (1)

En esta publicación se verá la integración de Laravel con Vue Js. Vue Js es una librería de Js que se incluye en Laravel a partir de la versión 5.4. Esta versión su futuro será controlar la vista en Laravel. Pero además de que está integrado en Laravel esta librería une las características importantes de Angular y React.

Para ver cómo se integra con Laravel usaremos un caso escenario de un blog donde veremos en la vista principal las publicaciones hechas por el usuario y cuando se autentifique el usuario verá sus publicaciones propias. Así como también generamos un formulario para dar de alta una publicación, no abordaremos la totalidad del CRUD ya que simplemente esta publicación se trata de Vue Js y cómo vamos a procesar los datos en la vista.

Asumimos que el lector ya está relacionado con Laravel y no daremos detalles sobre código y comandos que se vean de Laravel. También asumimos que el lector ya está familiarizado con el entorno Homestead y como crear un dominio para este entorno.

Antes de Empezar

Tener instalado Node Js

Tener instalado Composer

Tener instalado el comando laravel en las globales del sistema

Tener instalado Homestead o un entorno MAMP o LAMP

Instalación del proyecto Laravel

Abrimos la terminal, nos logeamos a nuestro entorno Homestead via SSH, adentro del servidor navegamos a la carpeta Code o cualquiera que hayan puesto en default en la configuracion del Homestead, y simplemente ejecutamos el siguiente comando:

laravel new blog

Revisamos que nuestra aplicacion se creo realmente: http://blog.app. Si vemos la pantalla de bienvenida de Laravel ya tenemos nuestro proyecto creado.

Creación de Migraciones

En este paso crearemos nada más una migración que es la tabla de posts que ahí vamos almacenar las publicaciones hechas por el usuario. Para este paso usaremos otro comando para crear dichas migraciones. Tenemos que estar en el directorio del proyecto osea Code/blog :

php artisan make:migration create_table_feeds

Una vez ejecutado este comando nos creará un archivo en la ruta blog/database/migrations. Aquí crearemos código para nuestra estructura de la tabla. Antes que nada configuramos el .env con nuestra base de datos llamada blog.

<?php use Illuminate\Support\Facades\Schema; use Illuminate\Database\Schema\Blueprint; use Illuminate\Database\Migrations\Migration; class CreateTableFeeds extends Migration {    protected $tableName = 'feeds';    /**     * Run the migrations.     *     * @return void     */    public function up()    {        Schema::create($this->tableName, function (Blueprint $table) {            $table->increments('id');            $table->integer('user_id');            $table->string('title');            $table->string('content');            $table->timestamps();            $table->integer('status')->default(1)->comments('1=publicacion activa, 2=en borrador o no publicda, 3=borrada');        });    }    /**     * Reverse the migrations.     *     * @return void     */    public function down()    {        Schema::dropIfExists($this->tableName);    } }

Creación de Modelos

Vamos a crear un modelo, para eso simplemente crearemos el modelo que nos falta ya que User ya esta por default cuando se crea el proyecto, ejecutamos:

php artisan make:model Feeds

Una vez que se ejecuta nos creará un archivo el cual reside en el directorio  /app llamado Feeds.php. Abrimos el archivo y codificamos lo siguiente:

<?php namespace App; use Illuminate\Database\Eloquent\Model; class Feeds extends Model {    /**     * The attributes that are mass assignable.     *     * @var array     */    protected $fillable = [        'user_id', 'title', 'content', 'status'    ]; }

Para crear una relacion en el modelo, revisaremos la lógica de nuestra app, como es de blog o de publicaciones, la cardinalidad es de 1 usuario -> varias publicaciones, entonces tendremos que modificar el modelo User y hacer lo siguiente dentro del codigo de la clase y agregar este metodo:

public function feeds() {    return $this->hasMany('App\Feeds'); }

Siguiente modificamos el modelo Feeds para establecer la relacion inversa:

public function user() {    return $this->belongsTo('App\User'); }

Creación de Factories

Los Factories se encuentran en /database/factories modificaremos el archivo ModelFactory.php y pondremos esto:

$factory->define(App\Feeds::class, function (Faker\Generator $faker) {    return [        'title' => $faker->sentence(6),        'content' => $faker->text,    ]; });

En el archivo ya existia el factory de Users. Este codigo marcara error si por ejemplo no se define las relaciones entre modelos. Usa la clase Faker para generar información aleatoria a la hora de crear los registros en la base de datos.

Creación de Seeds

Para crear los Seeds necesitaremos crear un Seed de Users con Feeds, para esto ejecutamos en la terminal:

php artisan make:seed UserTableSeeder

Una vez ejecutado este comando nos creará un archivo php UserTableSeeder en el directorio /database/seeds; abriremos el archivo y codificamos lo siguiente:

<?php use Illuminate\Database\Seeder; class UserTableSeeder extends Seeder {    /**     * Run the database seeds.     *     * @return void     */    public function run()    {        factory(\App\User::class, 6)->create()->each(function ($u) {            $u->feeds()->saveMany(factory(\App\Feeds::class, 2)->create(['user_id' => $u->id]));        });    } }

Abrimos el archivo DatabaseSeeder y codificamos lo siguiente:

<?php use Illuminate\Database\Seeder; class DatabaseSeeder extends Seeder {    /**     * Run the database seeds.     *     * @return void     */    public function run()    {        $this->call(UserTableSeeder::class);    } }

Una vez teniendo listo nuestros archivos ejecutamos los siguientes comandos:

php artisan migrate

php artisan  db:seed

Una vez hecho esto se deberá tener la tabla feeds y users con registros.

Creación de un sistema de autentificación

Para crear un sistema de autentificación en Laravel simplemente ejecutaremos:

php artisan make:auth

Probamos nuestros usuarios; nos dirigimos a http://blog.app/login y entramos la información de algun usuario, el password es secret. Si se puede logear ya está listo nuestro sistema de autentificación.

[temanlomba-blog]

[Sprint#3.2-TYB] Recommend me some methods to manage time, please

Prakata

Pekan sprint ini adalah pekan yang sangat hectic. 24 jam dalam sehari serasa tidak cukup. Mengorbankan waktu pribadi dan tidur pun masih belum cukup. Tugas ini, tugas itu, banyak sekali. Setiap hari selalu saja ada deadline. Alokasi waktu untuk PPL akhirnya lagi-lagi belum bisa optimal. Padahal sudah janji pada diri sendiri untuk 3 jam sehari untuk PPL.

2017-05-08 (월) Alokasi waktu: 5 jam

Hari ini saya memulai membuat branch baru untuk backlog recommended recruitments. Seperti biasa, dimulakan dengan membuat unit test terlebih dahulu. Karena pada implementasi recommender system ini saya hanya menggunakan sebuah fungsi, maka saya cukup membuat sebuah test untuk fungsi tersebut saja. Setelah fase RED dalam membuat tes, kini saatnya membuat agar menjadi GREEN. Sebagai langkah awal, saya membuat fungsi kosong dari recommender system tersebut.

Selain itu saya juga memperbaiki front-end dan membuat migration untuk relasi skill ke job.

[Knowledge Sharing - jQuery]

jQuery adalah sebuah library JavaScript kaya fitur yang biasa digunakan untuk manipulasi DOM dan lainnya. jQuery semacam mempermudah penulisan JavaScript karena API-nya yang simpel dan lebih mudah daripada JavaScript.

Pada gambar gif di atas, saya menggunakan jQuery untuk mengganti tab dari Newest Recommendations ke Recommended Recommendations.

Awalnya, sebenarnya keduanya sudah ada pada laman tersebut, dengan jQuery, terdapat method .hide() yang dapat menyembunyikan suatu elemen serta .show() yang dapat memunculkan elemen. Keduanya memiliki sintaks yang mirip yaitu:

$( ".namaClass" ).hide(); dan $( ".namaClass" ).show();

Ketika tombol RECOMMENDED ditekan, maka jQuery memanggil fungsi .hide() untuk menyembunyikan Newest Recruitments dan .show() untuk memunculkan Recommended Recruitments.

Selain itu, saya juga menggunakan method .addClass() dan .removeClass(). Dari gambar di atas, bisa dilihat bahwa ketika menekan tab, maka tab yang aktif akan menjadi warna biru, warna tersebut muncl karena adanya class “active” pada elemen tersebut. Untuk menambah atu menghapus class pada DOM, dengan jQuery dapat dilakukan kedua method tersebut.

Berikut sintaksnya:

$( "#idElemen" ).addClass("namaClass"); dan $( "#idElemen" ).removeClass("namaClass");

Masih banyak fungsi dari jQuery yang menarik. Untuk lebih lengkapnya dapat dipelajari lagi di http://api.jquery.com/

2017-05-09 (화) Alokasi waktu: 5 jam

Hari ini adalah hari utama saya mengerjakan fitur saya. Hari ini saya melakukan implementasi dari fitur recommended recruitments. Simpel saja, berikut alur algoritma saya:

Sangat sederhana namun cukup bisa merekomendasikan suatu job kepada user dengan skill tertentu.

[Knowledge Sharing - Recommender System]

Recommender System adalah suatu sistem untuk memprediksi suatu ketertarikan user pada suatu item tertentu.

Terdapat beberapa pendekatan yang dapat dilakukan: 1. Collaborative filtering 2. Content-based filtering 3. Hybrid

Collaborative filtering adalah suatu pendekatan yang menggunakan data yang sangat besar dari behaviour banyak users. Biasanya melihat kemiripan antara satu user dengan user lain. Kecenderungan suatu user memiliki preferensi yang sama dengan user lain, maka item yang direkomendasikan akan mirip pula. Hal ini dapat dilakukan sebaliknya dengan melihat kemiripan pada satu item dengan item lain.

Content-based filtering adalah pendekatan dengan melihat deskripsi item dan mencocokkannya dengan preferensi user. Biasanya pada sistem yang seperti ini menggunakan keyword untuk mendeskripsikan item dan user profile untuk melihat apa yang user tersebut tertarik.

Hybrid merupakan gabungan dari keduanya.

Pada TemanLomba, kami menggunakan pendekatan content-based filtering. Dengan item adalah post recruitment, untuk mendeskripsikannya, kami menggunakan job. Kemudian user bisa mengisi skill yang dimilikinya pada profile-nya. Dari kedua data tersebut, kami mencocokkan skill apa terhubung pada job apa.

Lebih lanjut: slide kuliah DSA

2017-05-10 (수) Alokasi waktu: 4 jam

Hari ini saya menyempurnakan algoritma sistem rekomendasi yang saya buat kemarin. Dimulai dari tidak memunculkan recruitments buatan sendiri, meningkatkan efisiensi kode, dan memperbaiki bug-bug lain.

Selain itu, saya juga membuat seeder database yang digunakan untuk melakukan listing semua skill yang mungkin, job yang mungkin, serta mencocokkan skill mana ke job mana. Data awal dibuat secara manual pada dokumen Excel. Kemudian disimpan ke dalam bentuk csv. Lalu dibuat seeder dengan menggunakan file csv tersebut. Untuk melakukan ini, diperlukan library tambahan yaitu csv seder dari flynsarmy (https://github.com/Flynsarmy/laravel-csv-seeder).

[Knowledge Sharing - Laravel CSV Seeder]

Library ini akan memasukkan semua data dalam bentuk csv ke dalam database secara otomatis.

Untuk memasangnya pada proyek Laravel, jalankan perintah:

composer require "flynsarmy/csv-seeder:1.*" composer install

Untuk penggunaannya, harus memiliki file CSV dengan baris paling atas adalah nama kolomyang sesuai dengan yang ada pada database. Sebagai contoh, jika ingin mengimport csv dengan kolom id dan name pada database, maka file csv-nya seperti berikut:

id,name 1,Foo 2,Bar

Kemudian buat class yang mengextends Flynsarmy\CsvSeeder\CsvSeeder, definisikan nama table di database dan path ke file csv pada constructor, buat method run yang juga memanggil parent::run() seperti:

Setelah itu, letakkan file csv-nya di /database/seeds/csvs/your_csv.csv atau mana pun sesuai dengan path yang telah dituliskan di constructor.

Jalankan php artisan migrate --seed. Maka kemudian data pada csv sudah masuk ke dalam database.

Lebih lanjut: https://github.com/Flynsarmy/laravel-csv-seeder

2017-05-12 (금) Alokasi waktu: 3 jam

Hari ini saya mencoba melakukan merge ke branch develop. Namun ditemukan beberapa conflict.

Format file csv saya kurang tepat, saya memasukkan id pada file csv padahal jangan karena itu akan merusak auto increment pada database postgre. Kemudian adanya class yang sama, mengimplementasi method yang sama, namun isinya sedikit berbeda dan nama methodnya berbeda. Di sini saya melakukan refactoring untuk memperbaiki kodingan luar yang menggunakan method tersebut agar hanya cukup menggunakan satu method yang dipilih saja (karena maksud dari methodnya sama, hanya saja implementasinya sedikit berbeda).

[concettolabs]

Reasons Why Laravel Web Development Is In Trend:

Laravel is one of the best open-source PHP web frameworks among all that is used for easy and quick web development.

To develop good quality websites and web applications, there are a number of PHP frameworks available for web development but laravel is favorite framework among the developers.  

Laravel use code syntax and MVC architecture which is developer-friendly and easily manageable with many useful features for websites like quick intuition, fast extension, and development speed.

With some of the clear features, flourishing and support from the ever-growing community made laravel a Leader in

PHP framework.

Even nowadays it's moving ahead with great speed.

Today, we will talk about why Laravel Web development is in trend as what are the best features that keep it, developers, first choice.

Some Of The Key Features Of Laravel That Makes The Framework In Trend:

Laravel framework:

includes different ways of accessing relational databases, class auto-loading, expressive migration system, eloquent ORM, restful resourceful controller, and efficient reverse routing.

Using Laravel developers can experience a trouble-free syntax. Here are some of the best features that make Laravel a market leader.

Authentication:

Using laravel to implement authentication becomes very easy. Everything configured out-of-the-box.

Configuration authentication file is located at config/auth.php.

To tweak the authentication services behavior number of well-documented options are available.

Auth is up with laravel and runs with a single piece of command.

Localization:

Laravel offers the localization feature that is a convenient way of retrieving a string of different language.

Within the app these strings allow multiple languages to support effortlessly.

These language strings are stored in files within the /resources/lang/ directory.

Events:

Basic but an important feature of Laravel that allows one to listen and subscribe for an event in the application.

Event classes are stored in the Events directory and the listeners are stored in Listeners directory.

Routing System:

Using laravel programmers adopt a routing approach that is simple and easy both.

Developers just need to create the appropriate directory for each URI and create links with different named routes while writing the PHP code.

Laravel inserts the URI based on the link that to route names and also update the routes automatically whenever they change.

Pagination:

Using laravel pagination becomes very easy as it can quickly generate an intelligent range of links that are based on the current page and HTML with a simple function called as paginate.

The generated links are compatible with the Bootstrap CSS framework.

App Structure:

These are made to offer an easy and convenient starting point for big and small size applications.

Using app structure one can organize the app easily as the way they like.

Blade Templates:

Blade a powerful and templating engine.

The blade doesn’t limit one from using plain PHP code in the views, in sharp contrast among PHP templating engines.

Blade views are gathered to plain PHP code and then cached.

Artisan CLI:

Another key element of Laravel is Artisan command-line interface.

With just a single magical artisan command you can create database migrations, seeders, listeners, models, controllers, and events.

Can view the list of commands by typing in PHP artisan in the project root.

Helper Functions:

These helper PHP functions can be used easily in the apps for free if they are suitable.

Laravel includes different helper PHP functions.

Wrap Up:

With the great number of features, Laravel has gone one batter and being one of the most popular frameworks of PHP.

Laravel is simple in nature to make an application, set up simple websites, code is straightforward easily readable.

[megainvestmentnovel-blog]

Laravel Database Seeder Tutorial Example is today’s leading topic. Laravel includes an easy method of seeding your database with test data using seed classes. All seed classes are stored under the database/seeds directory. Seed classes may have some name you wish but probably should follow any sensible convention, such as UsersTableSeeder, ItemsTableSeeder etc. Default, a DatabaseSeeder class is defined for you. From this class, you may use the call method to run other seed classes, letting you control the seeding order. If you require more detail, then move to Laravel Documentation.