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config-nilesh · 8 months ago

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Deploying Laravel Applications to the Cloud

Deploying a Laravel application to the cloud offers several advantages, including scalability, ease of management, and the ability to leverage various cloud-based tools and services. In this guide, we will explore the steps to deploy a Laravel application to the cloud using platforms like AWS, DigitalOcean, and Heroku. We'll also touch on best practices for server configuration, environment variables, and deployment automation.

1. Preparing Your Laravel Application

Before deploying, it’s essential to ensure that your Laravel application is production-ready. Here are some preparatory steps:

Update Dependencies: Run composer install --optimize-autoloader --no-dev to ensure that only production dependencies are installed.

Environment Configuration: Make sure your .env file is configured correctly for the production environment. You’ll need to set up database connections, cache, queue configurations, and any other service keys.

Caching and Optimization: Laravel provides several optimization commands to boost the performance of your application. Run the following commands to optimize your app for production:bashCopy codephp artisan config:cache php artisan route:cache php artisan view:cache

Assets and Front-End Build: If your application uses frontend assets like JavaScript and CSS, run npm run production to compile them and ensure that assets are optimized.

Database Migration: Make sure your database schema is up to date by running:bashCopy codephp artisan migrate --force

2. Choosing a Cloud Platform

There are several cloud platforms that support Laravel applications, including AWS, DigitalOcean, and Heroku. Let's look at how to deploy on each.

A. Deploying Laravel to AWS EC2

AWS (Amazon Web Services) offers a robust infrastructure for hosting Laravel applications. Here's a high-level overview of the steps:

Launch an EC2 Instance: First, you need to create an EC2 instance running a Linux distribution (e.g., Ubuntu). You can choose the instance size based on your traffic and performance needs.

Install PHP and Required Software: Once the instance is up, SSH into it and install PHP, Composer, Nginx (or Apache), and other necessary services:bashCopy codesudo apt update sudo apt install php php-fpm php-mbstring php-xml php-bcmath php-mysql unzip curl sudo apt install nginx

Configure Nginx: Set up Nginx to serve your Laravel app. Create a new Nginx configuration file under /etc/nginx/sites-available/your-app and link it to /etc/nginx/sites-enabled/.Example configuration:nginxCopy codeserver { listen 80; server_name your-domain.com; root /var/www/your-app/public; index index.php index.html index.htm; location / { try_files $uri $uri/ /index.php?$query_string; } location ~ \.php$ { fastcgi_pass unix:/var/run/php/php7.4-fpm.sock; fastcgi_index index.php; fastcgi_param SCRIPT_FILENAME $document_root$fastcgi_script_name; include fastcgi_params; } error_log /var/log/nginx/error.log; access_log /var/log/nginx/access.log; }

Database Configuration: Set up a MySQL or PostgreSQL database (you can use Amazon RDS for a managed database) and configure your .env file with the correct credentials.

SSL and Security: Secure your application with SSL (using Let's Encrypt or AWS Certificate Manager) and ensure your firewall and security groups are configured correctly.

Deploy Code: You can deploy your Laravel application to EC2 using Git, FTP, or tools like Envoyer or Laravel Forge. For Git deployment, clone your repository and configure your environment variables.

B. Deploying Laravel to DigitalOcean

DigitalOcean provides a simple and cost-effective way to host Laravel applications. Here’s how to deploy:

Create a Droplet: Log into your DigitalOcean account and create a new Droplet with a suitable operating system (typically Ubuntu).

Install PHP, Nginx, and Composer: SSH into your droplet and install the necessary dependencies for your Laravel app:bashCopy codesudo apt update sudo apt install php php-fpm php-mbstring php-xml php-bcmath php-mysql unzip curl sudo apt install nginx

Configure Nginx and Laravel Application: Configure Nginx to point to your Laravel application’s public folder and set up SSL.

Database Configuration: Set up MySQL or PostgreSQL on your droplet, then configure the .env file for your database credentials.

Deploying the Code: You can either deploy your code via Git or use an automation tool like Envoyer to streamline deployments. You’ll also need to configure file permissions for storage and cache directories.

C. Deploying Laravel to Heroku

Heroku is an excellent choice for quick and easy Laravel application deployment with minimal configuration. Here’s how you can deploy a Laravel app on Heroku:

Create a Heroku App: Sign up or log into your Heroku account and create a new app. This will automatically provision a server for you.

Install Heroku CLI: Install the Heroku CLI on your local machine if you haven't already:bashCopy codecurl https://cli-assets.heroku.com/install.sh | sh

Configure the .env File for Heroku: Heroku uses environment variables, so make sure you configure your .env file correctly or set them directly in the Heroku dashboard.

Deploy the Code: Push your code to Heroku using Git:bashCopy codegit push heroku master

Database Configuration: Heroku offers a managed PostgreSQL database that you can provision with the command:bashCopy codeheroku addons:create heroku-postgresql:hobby-dev

Run Migrations: Run database migrations on Heroku with:bashCopy codeheroku run php artisan migrate

3. Automating Deployment with Laravel Forge or Envoyer

For smoother deployment management, you can use tools like Laravel Forge or Envoyer.

Laravel Forge: Laravel Forge is a server management and deployment service designed for PHP applications. It automates tasks like server provisioning, security updates, and Laravel deployments to platforms like AWS, DigitalOcean, and others.

Envoyer: Envoyer is a zero-downtime deployment tool that ensures your Laravel app is deployed with no interruption to your users. It handles the deployment process seamlessly, ensuring the application is running smoothly at all times.

4. Conclusion

Deploying a Laravel application to the cloud can seem daunting, but it becomes easier with tools and services that automate much of the process. Whether you choose AWS, DigitalOcean, or Heroku, each platform offers unique benefits for hosting your Laravel application. Using automation tools like Forge and Envoyer, you can further streamline the deployment process, ensuring your app runs smoothly and efficiently in the cloud.

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arundigitalmarketer · 9 months ago

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PHP Full Stack Development Course:

Introduction

PHP (Hypertext Preprocessor) is a popular server-side scripting language widely used for web development. A PHP Full Stack Development course equips you with the skills to build dynamic and interactive websites, from the front-end to the back-end.

Key Skills Covered in a PHP Full Stack Development Course

Front-end Development:

HTML (Hypertext Markup Language): Structure web pages.

CSS (Cascading Style Sheets): Style and design web pages.

JavaScript: Add interactivity and dynamic features to web pages.

Front-end Frameworks (e.g., React, Angular, Vue.js): Simplify front-end development and create complex user interfaces.

Back-end Development:

PHP: Write server-side code to handle logic, database interactions, and API development.

Database Management (e.g., MySQL, PostgreSQL): Store and retrieve data.

API Development: Create APIs to communicate between the front-end and back-end.

Version Control:

Git: Manage code changes and collaborate with other developers.

Deployment:

Deploy web applications to a server (e.g., Apache, Nginx).

Course Structure

A typical PHP Full Stack Development course covers the following modules:

Introduction to Web Development: Overview of web development concepts and technologies.

HTML and CSS: Learn to structure and style web pages.

JavaScript: Master the core programming language of the web.

PHP Fundamentals: Understand PHP syntax, variables, data types, control flow, and functions.

PHP Object-Oriented Programming: Learn OOP concepts like classes, objects, inheritance, and polymorphism.

Database Interaction: Connect PHP to databases and perform CRUD (Create, Read, Update, Delete) operations.

PHP Frameworks: Explore popular frameworks like Laravel or Symfony for rapid development.

API Development: Create RESTful APIs using PHP.

Deployment: Learn to deploy PHP applications to a server.

Project-Based Learning: Build real-world web applications to apply learned concepts.

Choosing the Right Course

When selecting a PHP Full Stack Development course, consider the following factors:

Course format: Choose between online, in-person, or hybrid formats based on your preferences and learning style.

Curriculum: Ensure the course covers the essential skills and topics mentioned above.

Instructor expertise: Look for instructors with practical experience in PHP full stack development.

Project-based learning: Prioritize courses that offer hands-on projects to gain practical experience.

Community and support: A supportive community of students and instructors can be valuable during your learning journey.

Career Opportunities

A PHP Full Stack Development course can open doors to various career paths, including:

PHP Developer

Web Developer

Software Engineer

Full Stack Developer

Popular Online Platforms for PHP Full Stack Development Courses

Udemy: Offers a wide range of PHP full stack development courses for all levels.

Coursera: Provides specialized PHP full stack development courses from top universities.

Codecademy: Offers interactive PHP full stack development lessons and projects.

edX: Provides PHP full stack development courses from top universities, including MIT and Harvard.

Pluralsight: Offers comprehensive PHP full stack development courses with video tutorials and hands-on exercises.

Additional Tips

Practice regularly: Consistent practice is key to becoming a proficient PHP full stack developer.

Stay updated: The web development landscape is constantly evolving, so it's important to stay up-to-date with the latest technologies and trends.

Build a portfolio: Showcase your projects and skills on a personal website or portfolio platform.

Network with other developers: Attend meetups, conferences, and online communities to connect with other developers and learn from their experiences.

By following these steps and continuously learning and practicing, you can become a successful PHP full stack developer.

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newcodesociety · 1 year ago

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PHP Tutorial + Resources

PHP, stands for "Hypertext Preprocessor," is a server-side scripting language widely used for web development. Originally created by Rasmus Lerdorf in 1994, PHP has evolved into one of the most popular programming languages for building dynamic web applications.

Key aspects of PHP:

Server-Side Scripting:

PHP is primarily designed for server-side scripting. This means that the PHP code is executed on the server before the resulting HTML is sent to the client's browser. This is in contrast to client-side scripting languages like JavaScript, which run in the user's browser.

Embedding in HTML:

PHP code is often embedded directly within HTML, making it easy to mix dynamic server-side logic with static content. PHP code is enclosed in special tags, typically <?php ... ?>.

Database Integration:

PHP is commonly used in conjunction with databases to create dynamic, data-driven websites. It can connect to various databases, such as MySQL, PostgreSQL, and SQLite, allowing developers to retrieve and manipulate data.

Open Source:

PHP is an open-source language, and its source code is freely available. This has contributed to its widespread adoption and continuous improvement through community collaboration.

Cross-Platform Compatibility:

PHP is compatible with various operating systems, including Windows, Linux, macOS, and others. This makes it versatile for deploying web applications on different types of servers.

Extensive Library Support:

PHP has a rich set of libraries and frameworks that facilitate common web development tasks. Popular frameworks like Laravel, Symfony, and CodeIgniter provide structured methodologies for building robust and scalable applications.

Ease of Learning:

PHP is known for its simplicity and ease of learning, making it an attractive choice for beginners in web development. The syntax is similar to other languages, making it accessible to developers with backgrounds in languages like C, Java, or JavaScript.

Community Support:

The PHP community is vast and active, providing ample resources for learning, troubleshooting, and sharing best practices. Online forums, documentation, and tutorials contribute to the wealth of knowledge available to PHP developers.

Server Compatibility:

PHP can be easily integrated with web servers like Apache, Nginx, and Microsoft IIS. Most web hosting providers support PHP, making it widely available for hosting dynamic websites.

Official Website

Tutorials

A Simple Tutorial

FreeCodeCamp

W3Schools

Learn-PHP

Codecademy

Tutorials Point

PHP Tutorial

Resources

PHP Libraries

#php #server #side #development #apache #nginx #codeblr #tutorials #resource

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technologynext · 4 years ago

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Laravel Application Development

We are a team of Laravel Web Developers who are experts in developing custom and complex Laravel applications for different industries and different clients all over the World.

#deploy laravel application apache #debug laravel application #crud application in laravel #create a laravel application #chat application in laravel #build a modern web application with laravel and vue #best server for laravel application #basic laravel application #application of laravel #first laravel application #how to hack laravel application

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softlabsgroup05 · 2 years ago

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What is PHP, and Why PHP is the Best Choice for a Web Development Project?

PHP (Hypertext Preprocessor) is a widely used server-side scripting language designed specifically for web development. It is an open-source language, meaning it is free to use and has a large community of developers contributing to its development and improvement.

PHP is primarily used to create dynamic web pages and build web applications. It is embedded within HTML code and processed on the server before being sent to the user's web browser. This server-side processing allows PHP to interact with databases, generate dynamic content, handle form data, manage sessions, and perform various other tasks needed for web development.

Here are some key features and characteristics of PHP:

Easy to Learn: PHP has a relatively simple and intuitive syntax that is easy to understand, especially for developers with a background in C or Perl. It has a shallow learning curve, making it accessible for beginners.

Server-Side Scripting: PHP runs on the server, which means the code is executed on the server before the web page is sent to the user's browser. This allows for dynamic content generation and interaction with databases.

Platform Independence: PHP is platform-independent, meaning it can run on various operating systems like Windows, Linux, macOS, and others. This flexibility allows developers to deploy PHP applications on different hosting platforms and servers.

Database Connectivity: PHP has extensive support for connecting and interacting with databases. It supports a wide range of database systems, including MySQL, PostgreSQL, Oracle, and more. This makes it easier to build database-driven web applications.

Web Frameworks: PHP has a rich ecosystem of frameworks that provide structure, reusable components, and enhanced productivity. Frameworks like Laravel, Symfony, and CodeIgniter offer features and tools to streamline web development.

Extensive Documentation and Community: PHP has a large and active community of developers who contribute to its growth. There is abundant documentation, tutorials, forums, and resources available, making it easier to find solutions and learn from others.

Scalability: PHP can handle high traffic and scale effectively with proper coding practices and optimization techniques. It is used by numerous high-traffic websites and applications.

Integration with Web Servers: PHP integrates seamlessly with web servers such as Apache and Nginx, allowing for efficient processing and serving of PHP-based web pages.

PHP's versatility, ease of use, database integration capabilities, and extensive community support have contributed to its popularity as a web development language. It is widely adopted and powers a significant portion of the web, from small websites to large-scale applications.

PHP is considered a popular and reliable choice for web development projects due to several reasons:

Easy to Learn and Use: PHP has a relatively simple syntax and is easy to learn, especially for developers with a background in languages like C or Perl. Its intuitive nature and abundant documentation make it accessible for beginners. This reduces the learning curve and allows developers to start building web applications quickly.

Large Community and Rich Ecosystem: PHP has a vast and active community of developers who contribute to its growth and development. This means there is a wealth of resources, tutorials, libraries, and frameworks available to support web development projects. Popular PHP frameworks like Laravel, Symfony, and CodeIgniter provide ready-made components and tools, boosting productivity and efficiency.

Versatility and Platform Independence: PHP is a versatile language that can handle a wide range of web development tasks. It runs on multiple platforms, including Windows, Linux, and macOS. This flexibility allows developers to deploy PHP applications on various hosting platforms and servers, providing more options for deployment and scalability.

Database Integration: PHP has excellent support for interacting with databases, making it a suitable choice for developing database-driven web applications. It supports a variety of database systems, such as MySQL, PostgreSQL, Oracle, and more. This allows developers to easily connect to databases, perform queries, and manage data efficiently.

High Performance and Scalability: PHP has matured over the years, and modern PHP versions (like PHP 7 and above) have significant performance improvements. When combined with proper coding practices and performance optimization techniques, PHP can handle high traffic and scale effectively. Many large-scale websites and applications are powered by PHP.

Cost-effective: PHP is an open-source language, meaning it is free to use and distribute. This makes it a cost-effective choice for web development projects, as there are no licensing fees involved. Additionally, hosting solutions for PHP applications are widely available and often more affordable compared to other technologies.

Community Support and Continuous Improvement: The PHP community actively maintains and updates the language, ensuring its stability and security. Regular updates and security patches are released to address vulnerabilities and improve performance. The community-driven nature of PHP fosters continuous improvement and ensures a robust development ecosystem.

It's important to note that while PHP has many advantages, the choice of a web development language ultimately depends on the specific requirements of the project, the expertise of the development team, and other factors. Other languages and frameworks like Python (Django), Ruby (Ruby on Rails), and JavaScript (Node.js) also have their strengths and may be better suited for certain use cases. Therefore, it's recommended to carefully evaluate the requirements and consider the pros and cons before selecting a technology stack for a web development project.

#hire php developers #hire dedicated PHP developer #hire dedicated php developer India #dedicated php developer #hire php programmer #full stack php developer

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basitnaeem1992-blog · 6 years ago

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PHP is one amongst the programming languages that were developed with inbuilt net development capabilities. The new language options enclosed in PHP seven any makes it easier for programmers to boost the speed of their net application considerably while not deploying extra resources. They programmers will switch to the foremost recent version of the wide used server-side scripting language to enhance the load speed of internet sites while not swing beyond regular time and energy. however the net application developers still want target the readability and reusability of the PHP code to take care of and update the net applications quickly in future.

12 Tips to write down Clean, rectifiable, and Reusable PHP Code

1) benefit of Native Functions While writing PHP code, the programmers have choice to accomplish identical objective by victimisation either native functions or custom functions. however the developers should benefit of the inbuilt functions provided by PHP to accomplish a spread of tasks while not writing extra code or custom functions. The native functions can any facilitate the developers to stay the appliance code clean and decipherable. they'll simply gather info concerning the native functions and their usage by touching on the PHP user manual.

Another way to check phpstorm key shortcuts

2) Compare Similar Functions The developers will use native functions to stay the PHP code decipherable and clean. however they need to keep in mind that the speed of individual PHP functions differs. Also, bound PHP functions consume extra resources than others. Hence, the developers should compare similar PHP functions, and select the one that doesn't have an effect on the performance of the net application negatively and consume extra resources. as an example, they need to verify the length of a string by victimisation isset() rather than strlen(). additionally to being quicker than strlen(), isset() conjointly remains valid in spite of the existence of variables.

3) Cache Most PHP Scripts The PHP programmers should keep in mind that the script execution time differs from one net server to a different. as an example, Apache net server serve a HTML page abundant quicker than PHP scripts. Also, it has to recompile the PHP script on every occasion the page is requested for. The programmers will simply eliminate the script recompilation method by caching most scripts. They even have choice to scale back the script compilation time considerably by employing a style of PHP caching tools. as an example, the programmers will use memcache to cache an oversized variety of scripts expeditiously, at the side of reducing info interactions.

4) Execute Conditional Code with Ternary Operators It is a typical observe among PHP developers to execute conditional code with If/Else statements. however the developers got to writing extra code to execute conditional code through If/Else statements. they'll simply avoid writing extra code by corporal punishment conditional code through ternary operator rather than If/Else statements. The ternary operator helps programmers to stay the code clean and clutter-free by writing conditional code during a single line.

5) Keep the Code decipherable and rectifiable Often programmers notice it intimidating perceive and modify the code written by others. Hence, they have beyond regular time to take care of and update the PHP applications expeditiously. whereas writing PHP code, the programmers will simply build the appliance simple to take care of and update by describing the usage and significance of individual code snippets clearly. they'll simply build the code decipherable by adding comments to every code piece. The comments can build it easier for alternative developers to form changes to the present code in future while not swing beyond regular time and energy.

6) Use JSON rather than XML While operating with net services, the PHP programmers have choice to use each XML and JSON. however they'll continuously benefit of the native PHP functions like json_encode( ) and json_decode( ) to figure with net services during a quicker and a lot of economical manner. They still have choice to work with XML style of information. The programmers will break down the XML information a lot of expeditiously by victimisation regular expression rather than DOM manipulation.

7) Pass References rather than worth to Functions The intimate PHP programmers ne'er declare new categories and strategies only if they become essential. They conjointly explore ways in which to recycle the categories and strategies throughout the code. However, they conjointly perceive the actual fact that a perform may be manipulated quickly by passing references rather than values. they'll any avoid adding additional overheads by passing references to the perform rather than values. However, they still got to make sure that the logic remains unaffected whereas passing relevancy the functions.

8) flip Error coverage on in Development Mode The developers should establish and repair all errors or flaws within the PHP code throughout the event method. They even have to place overtime and energy to mend the writing errors and problems known throughout testing method. The programmers merely set the error coverage to E_ALL to spot each minor and major errors within the PHP code throughout the event method. However, they need to flip the error coverage choice off once the appliance moves from development mode to production mode.

9) Replace inverted comma with Single Quotes While writing PHP code, programmers have choice to use either single quotes (') or inverted comma ("). however the developers will simply enhance the performance of the PHP application by victimisation single quotes rather than inverted comma. the only code can increase the speed of loops drastically. Likewise, the only quote can any change programmers to print longer lines of data a lot of expeditiously. However, the developers got to build changes to the PHP code whereas victimisation single quotes rather than inverted comma.

10) Avoid victimisation Wildcards in SQL Queries PHP programmers typically use wildcards or * to stay the SQL queries compact and easy. however the employment of wildcards might have an effect on the performance of the net application directly if the info includes a higher variety of columns. The programmers should mention the desired columns specifically within the SQL question to stay information secure and scale back resource consumption.

11) Avoid corporal punishment info Queries in Loop The PHP programmers will simply enhance the net application's performance by not corporal punishment info queries in loop. They even have variety of choices to accomplish identical results while not corporal punishment info queries in loop. as an example, the developers will use a strong WordPress plug-in like question Monitor to look at the info queries at the side of the rows laid low with them. they'll even use the debugging plug-in to spot the slow, duplicate, and incorrect info queries.

12) ne'er Trust User Input The sensible PHP programmers keep the net application secure by ne'er trusting the input submitted by users. They continuously check, filter and sanitize all user info to guard the appliance from varied security threats. they'll any forestall users from submitting inappropriate or invalid information by victimisation inbuilt functions like filter_var(). The perform can check for applicable values whereas receiving or process user input.

However, it's conjointly necessary for the net developers to select the correct PHP framework and development tool. At present, every technologist has choice to choose between a large vary of open supply PHP frameworks as well as Laravel, Symfony, CakePHP, Yii, CodeIgniter and Iranian language. Hence, it becomes essential for programmers to select a PHP that enhances all wants of a project. They conjointly got to mix multiple PHP development tool to scale back the event time considerably and build the net application rectifiable.

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azharalibuttar · 3 years ago

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Redirect non-www to www with AWS Elastic Beanstalk

Redirect non-www to www with AWS Elastic Beanstalk – Application Load Balancer AWS elastic beanstalk can be considered the fastest way to deploy any application (in my case it was Laravel) running on AWS. You can choose Apache or Nginx as webserver and many RDS available right within elastic beanstalk. A separate RDS can also be configured and attached to Elastic Beanstalk environment. Load…

View On WordPress

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bigwavedevelopment · 3 years ago

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What Major Factors To Study Before Hiring A Laravel Developer?

Laravel is a free PHP web framework that gives developers the tools and resources they need to create and maintain PHP applications. It comes with a rich ecosystem of built-in features, packages, and extensions, making it one of the most popular web development platforms.

Hence, you should be aware of your aims and requirements before starting the inquiry cycle. If your needs and goals aren't met, you won't be able to hire the best company for your development project.

1. Programming Language Knowledge: Laravel programmers must be well-versed in basic web technologies. To be able to build and deploy the applications, they must have a deep understanding of CSS, HTML, and JavaScript. Prepare a list of interview questions that include these technologies.

2. MVC Knowledge: MVC (Model View Controller) is an architectural style for developing applications quickly and in parallel. You'll also need to engage a Laravel programmer that is familiar with MVC design since Laravel is built on it. A developer must also be familiar with methods, traits, and classes as Laravel is an object-oriented framework.

3. DBMS Skills: Laravel programmers must be database management professionals. This necessitates their understanding of data manipulation and database structure, allowing end-users to communicate data more rapidly and effectively across the enterprise. You can comprehend the performance of your firm, for example, if you have a well-organized database. As a result, while interviewing Laravel applicants make sure they are well-versed in the framework. Popular database management systems include MySQL, Oracle 12c, and Microsoft SQL.

4. Project Management Framework Exposure: In the field of technology, project management frameworks are vital. They concentrate on the tools, methods, and tasks required to complete a project from beginning to end, and they provide a framework for achieving effective outcomes. The project management frameworks Agile and Waterfall are two of the most widely utilized.

If you're looking to hire a Laravel developer to work on your next project with other members of your team, you'll need to be familiar with these concepts.

5. Upgraded Knowledge: Framework versions do not always match. To improve the development experience, creators are always releasing new upgrades and features. This framework is no exception. As a result, when hiring a Laravel developer, make sure they are interested in learning about new features and updates. Simultaneously, you can inquire about any new features added to Laravel at the time.

6. Knowledge of Tools: Someone who is well-versed in Laravel should also be familiar with the following web development skills:

Expertise in cloud computing platforms such as Amazon Web Services (AWS), Microsoft Azure, and others.

Knowledge of server administration technologies such as Nginx, Apache, and others is required.

Experienced with APIs and principles such as SOAP, MVC, and OOP.

Hiring the best Laravel programmers to make all of this happen is not as straightforward as it may appear. As a result, before beginning the hiring process, we advise organizations to analyze important technical talents, communication skills, employment terms, and prices. However, evaluating all of these talents might be tiresome if you lack technical understanding. But don't worry; Big Wave Development can help you hire Laravel developers. Companies can employ pre-vetted remote Laravel programmers through us. We assist organizations in hiring Laravel programmers after analyzing their coding, technical, and soft-skill abilities, allowing them to scale and establish a team of the best Laravel programmers in just 3-5 days.

#hire Laravel developers #Big Wave Development

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superspectsuniverse · 4 years ago

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With PHP security, there area unit 2 sides to error reportage. One is useful to increasing security, the opposite is prejudicial. A standard attack manoeuvre involves identification of a system by feeding it improper information, and checking for the sorts, and contexts, of the errors that area unit came. This enables the system cracker to seek for data concerning the server, to work out attainable weaknesses.

Get started in mere many minutes

Use .phar package to integrate together with your app in mere many lines of code. It solely takes many minutes to put in, and you may at once begin capturing errors.

Intelligent error grouping

All errors area unit classified by root because thus you’ll see that errors happen most frequently and have an effect on the foremost users. Simply discover the foremost vital bugs by sorting user and event counts.

Real-time error reportage

PHP errors area unit half-track instantly as they occur. Get notified of errors and the way to repair them throughout the computer code development method.

Similar errors area unit mechanically classified victimization process technology to cut back noise, and every one errors embody elaborate information to assist you assess impact and assign priority.

Error details & information

Automatically collects all the information you wish to copy and right miscalculation, bestowed in ways that optimized for debugging speed.

Get stack traces, request parameters, native variables, affected users and IP addresses, browsers and OS, deployed code versions, and more.

Local variables & arguments

Local variables and arguments will assist you right issues quicker by showing you the state of the appliance once the error was created.

You can read their values directly from the stack trace, and grasp specifically a way to reproduce miscalculation regionally as a result of you’ll see what triggered it.

Logging may be a resolution for PHP error. If we have a tendency to set the work system in to the appliance, we will simply track the errors.

PHP work Basics

PHP as well as a way to piece work, wherever logs area unit set, and the way work will assist you to be more practical with troubleshooting and watching your PHP applications.

It’s invariably smart to own a handle on the fundamentals, thus this text covers the error log engineered into PHP. If you’re putting in place a replacement application or wish to boost associate degree existing one, we have a tendency to suggest you’re taking a glance at PHP work Libraries if you’re engaged on a custom stack or PHP Framework work if you’re employing a framework like Laravel or Symfony.

With the inherent error log, there area unit many totally different components you’ll wish to stay in mind:

1. Errors emitted by the PHP engine itself once a core perform fails or if code can’t be parsed

2. Custom errors that your application triggers, typically caused by missing or incorrect user input

3. Activities in your application that you just might want to research at a later time, like recording once a user account is updated or content during a CMS is updated.

Configuration Settings

Let’s begin by reviewing however the PHP engine may be organized to show and log error output. These settings area unit helpful to review if you’re putting in place a replacement server or making an attempt to work out if work is organized on a server that somebody else has set up.

Default Configuration

By default, the configuration touching on errors is found within the following directives at intervals in the configuration file php.ini. There may be many totally different php.ini files on your system, betting on however you’re running PHP, whether it’s on the user interface or behind an internet server like Apache or Nginx. Here’s wherever you’ll notice your php.ini go into common distributions of UNIX system.

PHP error tracking is an important part of any web development project, and you should always be on the lookout for new techniques and tools that can help you detect errors with minimal effort. And in fact this can be done instantly through a PHP corporate training in Kochi as you are trained and learned under experts. With the right expertise and proper infrastructure through PHP courses in Kochi you will definitely get an additional gain as a candidate fighting for a spot in the queue of developers.

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mbaljeetsingh · 7 years ago

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Rapid Web Deployment for Laravel With GitHub, Linode, and RunCloud.io

If you are a PHP programmer working with the Laravel framework, I am sure that you deploy your web application on cloud servers on providers like Linode, Digital Ocean, Vultr and the rest. That’s because with a framework like Laravel, which works tightly with tools like Git and Composer, it is less and less likely that your application can be served from a shared hosting environment.

This article will show you how to set up your web server for your Laravel application on Linode cloud hosting using the RunCloud.io server management tool.

We will be using Git alongside GitHub’s Webhook feature. When everything is done, we can simply do a commit and a push to GitHub, and your server will be updated with the latest source code. RunCloud makes it easy to set up your server to be able to deploy your application like this, and I’m going to show you how to do that today.

Of course, you can select whichever branch you want the live server to pick up. It can be the master or any other branch that you set, which means that this method of deployment is ideal for incorporating into a.workflow alongside a staging and production environment.

Also, I should mention that this is not limited to GitHub repositories. It will work with GitLab, Bitbucket, and probably any other Git hosting service too, as long as they have the Webhook and Deployment key features.

Also worth a mention is that RunCloud works with any of the cloud hosting providers. Linode was chosen purely as an example of a suitable cloud hosting provider.

Before we get started, I want you to know that you will be installing the Nginx web server, which works best with Laravel. However, RunCloud has the option to install Apache web server as well, in which case you can take advantage of .htaccess configurations.

I am going to skip the part about registration as I am sure you can get around that rather quickly and easily.

If you are ready, let’s get started.

Deploy an Ubuntu 16.04 LTS Server on Linode

When you are logged in to your dashboard on Linode.com, you just have to deploy a new linode (they call their service instance a “linode”). On the bottom right of the dashboard, you should see a link that says Add a Linode.

Next, you select the linode instance that you want and the data center where you want your linode to be deployed, and click the Add this Linode button.

By now, you should have a linode showing the status of Being Created.

Once this is completed, you will have an empty server. You still need to deploy an image for the operating system for this server. And to make it work with RunCloud later, you need to deploy a fresh Ubuntu 16.04 LTS operating system.

Click on the linode name. In the example above, the name is linode4362539. This will bring you to the next screenshot. Just click on the link that says Deploy an Image.

Here, make sure you select Ubuntu 16.04 LTS as the image. As for the rest, you may choose whatever configuration you feel appropriate. For this 20GB space and 1GB RAM linode, I push my swap disk to the maximum setting, which is 512MB.

Enter your root password and keep this safe. You will need it again later. When you are ready, click on the Deploy button.

Now, click on the Boot button to turn on the server.

You should be able to see that your linode server is not labelled with Running in the right widget box. Let’s try connecting to your server and see if it works. Click on the Remote Access tab.

In the Remote Access tab, you should be able to see some more information about your server, including the IP addresses. Copy this information and keep it safe. We will be needing it again soon.

To connect to your server, you can use any SSH client that you are familiar with. Or if you are like me, and you don't not want to go away from the browser, you can also use a built-in, web-based SSH client inside Linode. Scroll down and look for a link that says Launch Lish Console.

Clicking on this link will execute Lish, the web-based SSH client. Just enter root as your username and the password you created when deploying the image.

Alright! Your server is ready to be configured with PHP, Nginx, and MariaDB (and other tools). This is where you will be using RunCloud.

If you haven’t already registered a RunCloud account, then you will need to do this now. There is no risk to try RunCloud just for this tutorial, as it will give you a five-day free trial that gives you full access to all the Pro plan features so that you can test them out. Once the five-day period has passed, if you didn’t upgrade, don’t worry—you are only downgraded to their free user level. But at only $10 per month for the Pro plan account, which allows unlimited servers, RunCloud is a pretty cool tool to have in your developer arsenal.

So from RunCloud, we want to connect our Linode and turn it into a working web server on the Internet.

From your Dashboard on RunCloud, click on the button that says Connect a server on the top right.

Connect Your Linode Server to RunCloud and Start Configuring Your Web Server

Enter the required information about your server at Linode. You can go back to your Linode Dashboard to check them out. But the most important part is your IP address. Make sure you have that right. Otherwise, the connection process and installation will fail.

Once you are ready, click on Connect this server.

Now RunCloud will present you with some code that you need to run on your Linode server. Just copy all of that as we will be executing it in the Lish console again after this.

If you still have the Lish window active, you can paste the installation script you copied from the RunCloud dashboard previously.

Paste the installation script code and hit the Enter key. After a short while, when you take a look at the RunCloud dashboard, you will see that RunCloud is displaying a progress bar and notifications displaying installation progress as RunCloud syncs itself with the server. This means a connection has been made.

When the installation is complete, you will be presented with the root password to your MariaDB database. Make sure you keep this safe. There is also a MariaDB user that was created with the username runcloud.

Once everything is complete, you can go back to your RunCloud Dashboard and check your server list. You should have a box with your new server like this.

Your web server may not have started. Click on that server to start managing it. This screenshot below is the main view for managing a server.

Browse the menu on the left and look for Services.

Here, you can turn on both Apache and Nginx. Later, when creating your web application project, you can choose to deploy the PHP version along with the type of web server you want to run: either Apache-Nginx hybrid or native Nginx.

For now, let’s just turn on the required services.

At this point, we should be able to launch a browser and enter the IP address for this server. You should get the default empty website page from RunCloud.

Creating a Web Application (Virtual Host) in Your Server Using RunCloud

Now that your server is all set up and connected to RunCloud, you can just use RunCloud to manage it. When managing a server using SSH, creating a virtual host is always a hassle. Things are a lot easier with RunCloud.

Before you can deploy your Laravel project, you need a place where the app will live. So now you need to create a virtual host on your web server. In RunCloud nomenclature, this is called a ‘Web Application’.

From your RunCloud Dashboard, after selecting your server, find the Web Application menu from the left sidebar.

Now click on the Create Application button.

On the next screen, you will be setting the configurations for your web application.

These are the settings that I chose for it. Of course, you are free to set your own values as you see fit.

Web Application Name : my-laravel-app Domain Name : fotofaze.me (just a domain I have available) User : runcloud Public Path : /public PHP Version : 7.1 Web Application Stack : Native NGINX

Let me explain about the values that are being set.

You can set any name for your web application as a reference to your project. As for the domain name, set a domain name that you will be using for the project. Later, you will be able to set extra domain names for the project. Normally, you would want your website to work with and without the “www” sub-domain. We can add that later.

User refers to the Linux user in your server. You can create more users if you want to assign this project to a specific user. And this particular user will have access to the server via SSH. But I am just using the default runcloud user that was created during server installation.

Public Path is where your public web folder is. By default, a Laravel application will use the “/public” folder for the publicly accessible web folder. All other folders sit outside of this folder. So that is why we set “/public” for this.

I am choosing the latest PHP 7.1 version. And finally, for Web Application Stack, I am selecting the Native NGINX. Another option is the NGINX+Apache2 hybrid, which gives you access to the .htaccess configuration file. But I am going with NGINX all the way for this option.

At this point, your website will still not work with your domain yet. We still need to set it up with the correct DNS. Let’s do that in the next section.

Setting Up the Domain Name, DNS, and SSL

In the previous section, I set fotofaze.me as the domain name. But I also want www.fotofaze.me to work with this web application too. So before we set the DNS, let’s do one more step in RunCloud for this server.

After creating your Web Application, you should see your web application dashboard. From here, click on the Domain Name tab.

We can see that we already have fotofaze.me listed. I still need to add www.fotofaze.me to the list. Just enter the domain name and hit the “Attach Domain Name” button.

I use Namecheap for my domain names. And the great part is that it comes with a built-in DNS server. Otherwise, you may need to use CloudFlare or Linode's own DNS Service. What we need to do is set two DNS records in the DNS management. One is an A record, and the other is a CNAME.

From my Namecheap Domain Name List, I just click on the Manage button.

From here, I click on the Advanced DNS tab.

Here, no matter what DNS service you are using, we need to set the following DNS records:

Type : A Host : @ Value : 139.162.5.220 (your server IP address) Type : CNAME Host : www Value : fotofaze.me (your domain name)

This is how my settings look like in Namecheap Advanced DNS.

Give it a while for the DNS changes to resolve before you test your website in the browser. Once the changes are active, you should be getting the NGINX 403 Error when you visit your site. This is because your /public folder is currently empty, but it lets you know everything is working.

One last part when it comes to the domain name is to enable SSL. This allows our website to be accessible using the https:// protocol on port 443 instead of the http:// on port 80. There are many advantages for this. Apart from security purposes, it is also good for SEO.

Let’s go back to the My-Laravel-App Web Application Dashboard and now click on the SSL/TLS tab. SSL certificates used to cost hundreds of dollars. But thanks to Let’s Encrypt, we can now deploy SSL certificates for our domain names for free. It could be very technical if you were to add Let’s Encrypt SSL certificate manually, but with RunCloud, it is a one-click-process piece of cake.

Once here, you can select Let’s Encrypt as your SSL Method. And then click on the Submit button.

Your website should work with the https:// protocol now.

Creating Your Application Database

Because we will be deploying a Laravel app, we will be needing a database. Let’s get that done now. Browse the left sidebar menu and click on the Database menu.

Now click on the Create Database button.

Just enter a name for your database and click on the Add New Database button.

Now we need to add a database user and assign it to our database. Click on the Add User button.

Now just enter a username and a password. And then click the Add button.

Next, we assign the newly created user to the previously created database. Click on the little Attach User icon on your database list.

Since you only have one user at the moment, just make sure that it is selected and then click on the Attach button.

Once done, this is what you will see. The laraveluser is now attached to the laravelapp database.

Now we are just about ready to do some PHP programming with Laravel. But before that, let’s create a GitHub project repository to which we may later push our source code.

Setting Up Your GitHub Project

A solo web developer would normally maintain three places where their source code lives:

Local computer for development

Git hosting service (i.e. GitHub) for collaboration, version control, backup, etc.

The live server

In this part of the tutorial, we'll create our project repository at GitHub. Later, we will use this repository to push the work from our development environment on our local computer to this specific GitHub project repository.

Over at GitHub, if you are logged in, you can click on the little plus (+) icon on the right side of the top bar. And you should see a menu for New Repository. Click on that.

Just enter the details of your project with something like below. Click on the green button that says Create Repository.

You should have a view like the following now.

The area highlighted with the red box is your project’s repository address on GitHub. We will be needing this later when we are setting up the remote representation of the project from our local development computer.

Now we are ready to start development on our local computer and push the code to GitHub.

Setting Up Your Laravel Project on Your Local Computer

In this part of the tutorial, we will set up our local computer with our development version of our Laravel project. Later, we will upload that to a Git hosting service (we will use GitHub). After that, we will get our Linode server to fetch some code from GitHub so that our production server will always deploy the latest source code.

Just as a side note, this tutorial skips the part about setting up your GitHub account with your public SSH key for secure communication. We will be using the terminal screen quite a lot for SSH. I normally use Putty on Windows.

If you are new to GitHub, you may want to go through the tutorial about generating and setting up your local machine with an SSH key to be used with GitHub.

Managing Git deployment to your live server can easily be set up with RunCloud. Once we have all that set up, with a simple Git push from your local computer, you can always be sure that your server will be fetching those updates automatically. No FTP, no more command-line instructions.

The easiest way to start a Laravel project is to use Composer. If you are unfamiliar with Composer, make sure you read up about it and install it on your local computer. Composer is not just for Laravel. Composer will make managing libraries and dependencies for any PHP project smoother, and its use is considered integral to modern PHP application development.

Open up your preferred terminal tool and run the following command to create a Laravel project.

$ composer create-project --prefer-dist laravel/laravel my-laravel

This may take a while as Composer downloads and installs Laravel on your computer. Composer will create a folder called my-laravel and store everything in there. First, let’s get into this folder.

$ cd my-laravel

About the .env File

To make sure that your Laravel app works properly, you need to set up your database connection settings. You can do that by editing the .env file. Use any text editor that you are familiar with and edit this file. Here’s what a typical .env file would contain. You can update that according to your own needs.

APP_NAME=Laravel APP_ENV=local APP_KEY= APP_DEBUG=true APP_LOG_LEVEL=debug APP_URL=http://localhost DB_CONNECTION=mysql DB_HOST=127.0.0.1 DB_PORT=3306 DB_DATABASE=homestead DB_USERNAME=homestead DB_PASSWORD=secret ... ...

Back to the command-line tool, first let’s create a key for this laravel app. Enter the following command in the terminal. The following command will update the .env file with a key hash.

$ php artisan key:generate

Now let’s initialize it for Git tracking.

$ git init $ git add --all $ git commit -m "first commit"

About the Default .gitignore by Laravel

Maybe I should also explain a little about the .gitignore file that comes with Laravel. You can take a look at this file and see which files are not being tracked. For example, .env that stores your database connection details are not being tracked. This means, it is assumed that you will be using different .env files for your local computer and for your live server.

In the previous section, I talked about your remote Git repository address on GitHub. Run the command below with your own address.

$ git remote add origin [email protected]:kidino/my-laravel.git

Next, we will tell our local Git project where is our project location on GitHub. For that, we need to add a remote repository representation.

$ git push -u origin master

If you do it right, your project over at GitHub should have been updated with something like this. If you encounter problems, maybe Git is not set up properly on your computer, or you did not generate your local SSH key.

Check GitHub’s website to help you with that.

Now we can begin setting up auto-deployment using web hooks and triggers. Once we have that, your code will be delivered automatically to your server via RunCloud every time you push your work to GitHub.

Setting Up Git Web Hook in RunCloud

To do this, first we need to generate a deploy key via RunCloud’s panel. From your server panel, in the left menu, you should be able to find a menu labelled Deployment Key.

You should already have one for user runcloud. If you remember, when we created the Web Application, we mentioned that the user is runcloud.

Click on the little eye icon to display the SSH key for this user. If you are getting something like this, that means that an SSH key was never created for this user in the past. Just click OK so that a new SSH key will be created.

Once that's OK, you will be presented with a layout like this. This is the SSH key that you need to enter in GitHub. With this, GitHub can recognize pull requests when the server wants to pull in new updates. Copy all of it.

Now let’s head over to GitHub.

Go into your project and click on the tab that says Settings. Then click on the Deploy Keys menu in the left sidebar.

Since you might not have a key yet, just click on the Add deploy key button.

Just give it a name and then you can enter your SSH Deploy Key that we got from the RunCloud. Click the Add key button.

Next, we will be setting up a Web Hook trigger. A GitHub web hook works like this—whenever we push new updates to GitHub, we can have GitHub notify other services or servers about that new push. In this case, we will tell GitHub to notify our live server. And this can easily be done via RunCloud.

In RunCloud, open up your Web Application that you created previously. And click on the tab labelled Git.

Scroll down and enter details about your repository at GitHub. This is how it looks like for the project we have been doing in this tutorial. You can set your own branch for live deployment if you don’t want it to be master. But for this example, we will stick with master.

What this means is that when you push your master branch to GitHub, the live server will take that as a sign to update the source code on the server. It will then do a pull of the master branch and update itself.

If you are ready, click on the button labelled Attach Git Repository.

This is the view that you get when you have updated your web application with a Git deployment.

You can see now that you have a Git WebHook URL. This is the URL that we will copy and put into GitHub.

Before we do that, let’s customize our deployment script on our server.

The deployment script is the bash script that you can use to instruct your server to do certain things before or after the GIT pull happens. If you are using Laravel, you will know that Laravel heavily depends on the artisan command and composer to ease your development and deployment.

To change the deployment script, scroll down to the GIT Deployment Script in the GIT tab for the web application. Here, you can add your own script to run. Please make sure to include the git pull somewhere inside your deployment script. You can write the script with Replacer for short-hand usage.

Below is the script that I use.

$ git merge $ composer dump-autoload -o $ composer install $ php artisan migrate --force $ php artisan clear-compiled $ php artisan view:clear $ php artisan config:clear $ php artisan optimize $ composer dump-autoload -o $ php artisan queue:restart

You can use this same script. Check the checkbox and click on the Save button.

Now go back up. We still need to put our Git Webhook URL into GitHub.

Copy this URL, and then we will proceed to GitHub. In GitHub, proceed to your project repository. Then click on the Settings tab. Then on the Webhooks menu from the sidebar. And then on the Add Webhook button.

Just paste the Git WebHook URL we got from RunCloud into the Payload URL text field. Make sure you select application/json for Content type. That should be good enough. Then click on the Add Webhook button.

By now, we should be able to do a Git push from our local machine, and the live server will be updated automatically. But there is still one thing that we need to do.

If you remember, I wrote about the .gitignore and the .env file. Because we included the .env file in our .gitignore file, our Laravel app on the server is missing the requisite .env file. We need to create that to remedy the situation.

We can use SSH and the terminal. Alternatively, we can also use the File Manager inside RunCloud. Let’s assume that you use the SSH like Putty or any other terminal tool. If you remember, previously this web application was created using the runcloud user. Make sure you connect via SSH using that user too.

You need to browse to your web application folder. And then run the following command.

$ cd /home/runcloud/webapps/my-laravel-app $ cp .example.env .env $ php artisan key:generate

Don’t forget to update your .env file.

Now you should have the .env file, with the hash key generated. You still need to update this file and update it with your database connection settings, just like you created them in previous steps.

Let’s Try a Git Push

The only thing to do now is to do an update on the local machine and push it to GitHub.

I did a simple edit on the welcome.blade.php file in the resources/views folder.

Let’s do a commit and then push it to the server.

$ git add --all $ git commit -m "updating welcome.blade.php" $ git push origin master

If everything goes as planned, you can launch the website in the browser and see the changes you just made. Congratulations—you just updated your server without having to resort to an S/FTP upload.

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ameliamike90 · 8 years ago

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Senior PHP Programmer job at Expert Analytics Centre Vietnam

Expert Analytics Centre (EAC) is part of a global organisation called Vector Scorecard Group (VSC) - a leading international scorecard developer for clients from the private, public and not-for-profit sectors in all regions.

Using smart analytics, we help to unveil their hidden opportunities and risks, address their most critical challenges and transform organisations based on measurable dimensions.

Our customised approach ensures that our clients achieve sustainable competitive advantage, maximise human resource potential and implement strategies to achieve results in the short, medium and long-term.

Beyond our proprietary scorecards, we provide advisory solutions and training programmes across a wide range of topics - to deliver results that would positively impact our clients, our people and society.

- Be part of our IT Team, provide on-going support/maintenance and coordinate upgrades of exiting websites and systems. - Provide expertise/ knowledge in analysing the requirements and feasibility of new web applications and systems. - Perform designing functional specifications, programming, testing, and debugging new developments. - Provide support for tasks required on an ad-hoc basis.

- Able to communicate in English fluently. - Demonstrate experience in these following areas:

1. Apache 2.2 for webserver. 2. Database MySQL 3. PHP 5 or above 4. PHP Framework Laravel 5.x or above 5. Package Manager: Composer, NPM 6. Repository System: GitHub 7. PhantomJS for generating PDF 8. Experience in these will be added advantage: - CSS Framework: Boostrap - JS Library: ChartisJS (for chart) - Familiar with Linux and basic Shell command for deploy purposes

Attractive remuneration package shall commensurate with the relevant experience and portfolio. Each personnel will be equipped with a career development plan that comes with special reward programme based on key performance indicators.

StartUp Jobs Asia - Startup Jobs in Singapore , Malaysia , HongKong ,Thailand from http://www.startupjobs.asia/job/24940-senior-php-programmer-big-data-job-at-expert-analytics-centre-vietnam Startup Jobs Asia http://startupjobsasia.tumblr.com/post/157013841414

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startupjobsasia · 8 years ago

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Senior PHP Programmer job at Expert Analytics Centre Vietnam

Using smart analytics, we help to unveil their hidden opportunities and risks, address their most critical challenges and transform organisations based on measurable dimensions.

- Able to communicate in English fluently. - Demonstrate experience in these following areas:

StartUp Jobs Asia - Startup Jobs in Singapore , Malaysia , HongKong ,Thailand from http://www.startupjobs.asia/job/24940-senior-php-programmer-big-data-job-at-expert-analytics-centre-vietnam

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mageguides · 5 years ago

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Magento Framework Tutorial: Initial Step to Be A Magento Master

Today, we are going to give you a Magento framework tutorial.

As you may know, Magento is an e-commerce platform written in PHP, created using the Zend framework. Initially released in 2008, Magento has become a popular platform that owners can experience advanced technology to run their businesses smoothly.

Among Magento’s concepts, the Magento framework may be difficult to understand, even for skillful developers. Therefore, this article provides information about the Magento framework, specially written for beginners who are getting used to Magento.

Don’t overlook this tutorial as you can know about:

An overview of the framework: What it is & its role in a website

Introduction to Magento framework

Magento framework tutorial

Let’s get started!

What Is Framework?

Overview of Framework

>>> Read Later: Magento 2 Testing Framework to Cover All Parts of Your Website!

Simply saying, a framework is a kind of software creating an environment for developers to build applications. Frameworks are evaluated to be flexible, powerful, and effective as they are usually tested, customized, optimized, and built by skilled programmers.

Developing applications via software frameworks enables you to concentrate on advanced functionality rather than low-level ones, which are taken care of by the framework itself.

Why Does Framework Matter?

To build software or a website is extremely complicated because the process includes various challenging tasks that require professional, namely, coding, designing, testing, etc.

Each task contains many smaller skills.

For that reason, the framework makes it easier to manage the whole process.

There are many benefits when using the framework:

Better programming practices are supported

The framework helps to enhance the level of security while coding

Developers can avoid repetitive and unnecessary codes

Save time developing applications

Reduce bugs happening when coding

Applications are more reliable

More comfortable to test and debug code

Easier to deal with advanced technologies

Types of Framework

There are many types of frameworks. Here below are some trending choices that may meet your demands.

#1. Web Application Framework

Source: ScienceSoft

Web application framework, so-called web framework, is a framework type that is specifically designed to support web applications such as web resources, web services, and web APIs.

You can develop your applications more easily, quickly, and smartly with this type of framework. Some particular examples are Django, Laravel, Angular, to name but a few.

#2. DataScience Framework

>>> Check It Out: Magento Sample Data – Install, Update & Remove Guide!

This kind of framework is for those who need to process large-scale data, especially for online marketplaces like Amazon, eBay, Alibaba, etc.

DataScience frameworks usually contain advanced technologies in statistic analytics that store owners can manage their data more effectively. Apache Spark, PyTorch, Tensor Flow are some specific examples.

#3. Mobile Development Framework

In this modern world, where people tend to move from using desktops to using mobile devices for shopping, the mobile development framework has a role to play.

The framework helps to develop mobile applications; hence, online businesses can quickly approach their target customers to boost sales.

Some mobile development frameworks we can mention are Iconic, Xamarin, Flutter, etc.

What to Do Before Using Software Framework?

>>> Have A Look Here: More Magento Tutorials to Optimize Your Website!

First things first, you need to improve your professional skills in website development such as coding, testing as dealing with the framework is a challenging task.

If your ability is not enough, it is necessary to at least have a good understanding of codes that power the framework. Then, you may find it more straightforward when running into difficult tasks.

Magento Framework Tutorial

Now, we’re done with the general understanding of the framework. Let’s continue with our main topic today, Magento framework tutorial.

In this section, we will give you a clear explanation of the Magento Framework and some important factors.

Introduction to Magento Framework

>>> Cannot Overlook: How to Install Magento 2 Via Xampp – 2020 Updated!

In definition, the Magento framework manages the connection between application components, namely, request flow, routing, indexing, caching, and exception handling.

Magento framework provides services to effortlessly create modules that contain business logic to make Magento code more modular and reduce dependencies.

In this concept, you need to pay attention to a term called “libraries”. “Libraries” are logical groups where essentially PHP software components are organized into. The framework does contain libraries, even though there is no resource model included in the framework.

Magento Framework’s Roles

Magento framework has several responsibilities in operations that are effective for all modules:

Handling HTTP protocols

Interacting with the database and filesystem

Rendering content

Structure

This is a basic organization of Magento framework folder:

vendor/ ../magento ../framework lib/ ../internal ../LinLibertineFont ../web

In which:

/vendor/magento/framework: contains only PHP code.

/lib/internal: contains several non-PHP and PHP components.

/lib/web: contains JavaScript and CSS/LESS files.

Essential Functionalities

The Magento framework has a large number of powerful functionalities. In this part, we will give you explanations of the most important ones.

#1. DataObject

DataObject is a standard function of the Magento framework, which provides the ability to store and retrieve data through magic methods, which are functions starting with 2 underscores. For example, __construct(), __set(), __call(), and some similar things are magic methods.

Among Magento classes, DataObject is the base for many others.

#2. Controller

In the Magento framework, the controller contains classes to help return some distinctive outcomes; for instance, JSON (JavaScript Object Notation) or redirection.

There are 2 different types of controller: Front-end controller and back-end controller. The controller, in general, receives requests from users, and then route controllers through execute() method.

#3. App

App includes system code that related to the Magento application. The functionality is used for many purposes in Magento:

Boots the application and reads in the early configuration

Contains entry point to the command line tools, the web application, and cron job

Routes requests while deploying

#4. API

API is another standard functionality in Magento. It is useful for advanced features of extendable objects, objects that can be extended to add new data through Magento extensions.

In other words, API is an effective method for developers to optimize web services to communicate well with the Magento system. Key features of API is support for REST (Representational State Transfer) and SOAP (Simple Object Access Protocol).

#5. Other Functionalities

Those 4 above are the most common that we want to explain clearly. However, there are many more, including Model, AbstractModel, Config, Filesystem, etc.

You can click HERE for more information.

Wrapping Up

To summarize, dealing with the Magento framework is not easy at all. It requires many specialized skills.

This article provides the initial step to get to know Magento Framework. If you want more tutorials on the Magento framework, please let us know! We will respond as soon as possible.

Thanks a lot for reading!

The post Magento Framework Tutorial: Initial Step to Be A Magento Master appeared first on Mageguides.

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riichardwilson · 5 years ago

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Building An E-Commerce Site With October CMS And Shopaholic

About The Author

Leonardo Losoviz is a freelance developer and writer, with an ongoing quest to integrate innovative paradigms (Serverless PHP, server-side components, GraphQL) … More about Leonardo …

The Laravel-powered October CMS enables to extend the functionality of the application through the use of plugins. In this article, we will learn how to create an e-commerce site through one of October’s most popular plugins, Shopaholic.

October CMS is flourishing: With over 9000 stars in its GitHub repo, 2000 forks and 300 contributors, it is becoming a major force in the CMS space. It won the popular vote as the Best Flat-File CMS from 2018, new plugins are published on its marketplace almost daily (covering most of the developer needs), and its network of partners is expanding worldwide. Let’s see what it is all about.

Built in PHP and powered by Laravel (one of the most powerful and developer-friendly PHP frameworks), October CMS is a free open-source Content Management System (CMS). It benefits from Laravel’s clean code and sound architecture to provide a great developer experience, over which it adds simple and flexible CMS functionality to provide a great user experience. This combination makes it possible to launch new projects in a matter of minutes, without having to build the project from scratch. Due to all these features, October can minimize the costs of developing and maintaining websites, making it particularly valuable to businesses and digital agencies.

Yet, in spite of its power, October CMS is very easy to use. Since its inception, October has strived to be “as simple as possible, but not simpler”. For this reason, it is based on one of the simplest stacks for the web: PHP to render HTML, plus CSS and JS assets. In the words of its creators, October’s mission is to prove that “web development is not rocket science”.

In this article, we will do a tour around October CMS: We will first see how to install it, then check some of its coding and usability features in a bit more detail, and finally get our hands dirty implementing an e-commerce website through one of its most popular plugins, Shopaholic.

Recommended YouTube Channel

Are you looking to learn more about e-commerce development? You can do so with the help of live streams that explain the main aspects of the development process based on the Shopaholic platform for October CMS. Watch →

Installing October CMS

Since October CMS runs on PHP, it requires to have a web server running on the computer (if we don’t have one yet, MAMP can provide one for free, allowing to choose between Apache and Nginx, and it works for both Windows and macOS) and a MySQL server to store the database (which can also be provided by MAMP).

The installation through October’s wizard doesn’t take more than a few minutes: We create a new MySQL database, download and unpack the installer files to our target directory for the website (which must be granted writing permission, and which must be set as document root in the web server for the chosen domain, such as localhost), and then invoke the script file from the web browser. From that moment on the wizard takes over, guiding us through the installation process. The wizard will:

Validate if the web server satisfies all the requirements (at least PHP 7.0, and others):

System check (Large preview)

Ask for database and site configuration values, and user credentials:

Configuration (Large preview)

Ask how to set-up the site: From scratch, already installing a specific theme, or using our own existing project (from which our chosen theme and plugins can be automatically installed):

Initial setup (Large preview)

Next, we click on “Install!”, and in a few seconds (depending on our Internet connection speed) the website will be installed and ready to use:

Site installed (Large preview)

In this case, I chose to install it from scratch, under http://localhost. Browsing to this URL on the browser, we can encounter the October starter demo theme:

Browsing the starter demo theme (Large preview)

Navigating to http://localhost/backend (unless we changed this URL during the installation process) we can log into the administration panel:

Browsing the admin panel (Large preview)

Finally, we delete the installer files from the folder. And voilà, in just a few minutes we have a fully functioning site (well, we still need to enhance it with plugins… we will do that in a while).

Alternatively, we can also install October from the command-line interface, by executing:

$ curl -s https://octobercms.com/api/installer | php

This method is faster (it can take as little as 10 seconds to install) because it doesn’t require to input the database configuration. Hence, it is particularly useful for setting-up October CMS as a flat-file system, i.e. a CMS fully set-up through files stored in the local disk, and without a database.

Installing October CMS through the CLI takes no time. (Large preview)

Templating System

October CMS has a robust templating system to implement layouts, re-use chunks of code and enable dynamic functionality. Its most important elements are the following ones:

Pages are the most basic structure for storing content. These are readily available, since they are shipped as part of the core (blog posts, on the other hand, must be installed through a plugin). Pages are based on Twig, which is a modern template engine for PHP (devised by the creators of Symfony), and compiled to plain optimized PHP code, so they execute very fast.

Partials contain reusable chunks of code that can be used all throughout the website, as to avoid duplicating code on the different pages or layouts. They are particularly useful for navigation menus, testimonials, calls to action, and other common elements.

Layouts define the scaffolding, or structure, of the page. They define the <html> and <body> HTML elements, and are useful for creating the frame of the site, including the header, footer and sidebars. The actual content in the body is injected by the page.

Components are the mechanism to extend functionality in October CMS. Any page, partial or layout can have attached any number of components, which are most commonly provided through plugins, and which are fully configurable. In addition to rendering HTML code on the page, components can also provide services, such as form validation, security check-up, control of user permissions, or others.

Configuring a component attached to a page. (Large preview)

These elements are all implemented through files living in the website’s folder in the local hard drive. As such, it is possible to edit them not only through October CMS’ built-in editor, but also from the developer’s preferred text editor (Sublime, VS Code, PHPStorm, etc).

We can edit elements either through the October CMS’ built-in editor or in an external text editor. (Large preview)

Similarly, the October CMS project can be perfectly managed through any version control system, and it can be easily adapted to any existing workflows. For instance, a project can be set-up through continuous integration, deploying it automatically to the server after new code is pushed to the Git repo.

October can be easily managed with Git. (Large preview)

October CMS Marketplace

October CMS has a marketplace for themes (which allow to change the site’s look and feel) and plugins (which allow to extend the site’s functionalities), providing both free and paid offerings. By providing themes which can be used to quickly establish and then configure the design of the site, and plugins each of which implements some required functionality for the site, the marketplace ultimately leads to lower costs for creating our projects and reduced time to launch them.

The marketplace has been getting bigger! Following October’s growing popularity, its marketplace has received a constant stream of new offerings: It currently boasts 915 plugins, comprising most of the functionalities required for our websites (blogging, SEO Company, e-commerce, analytics, email, galleries, maps, security, social, user management, and others), and 150+ themes. Both themes and plugins can be submitted to the marketplace by any independent 3rd party developer, company or agency, and they must adhere to quality guidelines, which ensures that they are performant and secure.

Creating An E-Commerce Site Through Shopaholic

Let’s get our hands dirty and implement a real-life use case: An e-commerce website! For this, we will install Shopaholic, the most popular plugin to add e-commerce functionality to October CMS, and the free theme Bootstrap theme for Shopaholic to quickly bootstrap the site (which will be made to look like this demo site). Shopaholic is ideal for our needs because it provides a comprehensive e-commerce solution, which includes an ecosystem of extensions (both free and paid ones) to further enhance it. In addition, we can install the core experience for free and only make a one-time payment for the extensions that we need, which will be cheaper than using cloud solutions which have a recurring fee to use. And finally, because we are the full owners of our own on-premise e-commerce website, we can customize it as much as we need to and we own all the data, which is not possible with cloud solutions.

Because of the October marketplace dependency management system, we need only install the theme (the Shopaholic plugin is added as a dependency). Let’s proceed to install the theme then: Inside the October CMS admin, we click in the “Front-end theme” section in the Settings, and then click on “Find more themes”:

Front-end theme manager. (Large preview)

Then, we search for theme “Bootstrap theme for Shopaholic” and, upon clicking on the result in the dropdown, it will install the theme and all its dependencies. Once installed, we go back to the Front-end theme manager page and click on the Activate button on the new theme:

Activating the new theme. (Large preview)

After installing the theme and plugins, we will notice a new element “Catalog” on the top menu bar. Clicking on it, we can manage the items in our e-commerce catalog, namely products, categories and brands (these are the core elements; other elements, such as coupons, can be added through extensions). Initially, our catalog will be empty:

Catalog comprising products, categories and brands. (Large preview)

Let’s fill it up with some data. We can either create the items one by one or, quite conveniently, import data through CSV and XML files (which allows us to manage a large set of records with Excel or other tools). In our case, since we are creating a demo site for testing purposes, let’s install plugin Fake Data for Shopaholic which provides large sets of mock data and an easy way to import these records to the system. To do this, follow these steps:

Head to Settings => Updates & Plugins in October CMS backend, and install plugin “Fake Data for Shopaholic”.

Head to Dashboard, and click on Manage widgets and then Add widget.

Select widget “Fake data for Shopaholic”, and click on Add.

In the newly added widget, clicking on Generate under section “Generate fake data ” will run the process to import the fake data.

The last step will ask how many times should the insertion be repeated (as to create bulk and be able to test the performance of the site when loading many records) and which data set (clothes or sneakers):

Generating fake data through Laravel’s artisan command. (Large preview)

After running this process, our catalog will look better stocked:

Catalog with some mock data. (Large preview)

The next step is to create some promotions. To do this, we click on Promotions on the top menu, then on the Create button, and fill the required information. Once each promotion is created, we must edit it again to add products to it. After creating a few of them, our promotion list will look like this:

Creating some promotions. (Large preview)

Now that we have some data, we can finish customizing how our front page will look like. For that, we go to section Settings => Front-end theme => Customize and we complete the information for all tabs (Header, Footer, Social, Main slider, Index page). Once this is ready, our e-commerce site will now be ready:

Our e-commerce site is ready! (Large preview)

Clicking on a product, we can see how its page looks like:

Product page. (Large preview)

Auditing The Speed And Reliability Of The E-Commerce Solution

Because we want to sell our products, speed and a good SEO Company are mandatory, so let’s make an audit using Google Chrome’s Lighthouse on the product page to make sure it runs fast and that it will score high with search engines. Running the audit against the live demo site, it returns the following report:

Lighthouse report of the product page. (Large preview)

Equally important is that the site can withstand heavy load, so that if our product becomes successful and attracts plenty of traffic the server doesn’t crash. For this, we can use the Load Impact tool to run a load test. Running the test using 50 virtual users for 12 minutes against the live demo site (which is hosted on DigitalOcean with a droplet configuration of Standard 2CPU/4 GB RAM) produced the following results:

LoadImpact report of a test load using 50 virtual users during 12 minutes. (Large preview)

As can be seen, the website was able to sustain an acceptable response time throughout the load test, giving us the confidence that we can trust the e-commerce plugin when we need it the most: When it’s time to sell the product.

Finally, we can also feel confident of the reliability of the software, since it is covered by unit tests.

Adding Extensions To Shopaholic

So far so good. However, as it can be seen on the screenshots from our website, there is still no way for the visitor to buy a product. Let’s add this functionality by installing the following free extensions for Shopaholic: Orders, to allow to add products to a cart and make orders, and Omnipay, to process the payment. (For the other Shopaholic extensions, if they are not free and authored by LOVATA, you can use coupon “WELCOME” to get a 50% discount the first time you buy them.) To install these extensions, we head to Settings => Updates & Plugins, search for the plugin names, and click on the results to have them installed.

Searching for ‘Shopaholic’ displays its plugins. (Large preview)

Once installed, we will see a new item Orders in the top navigation, where all orders will be stored, and items Payment methods and Shipping types in the Settings page, to configure the payment gateways (card, cash, etc) and how to deliver the product (by post, etc). We configure these and load again the product page. Now it shows an “Add to cart” button, allowing the user to place an order:

Product page with cart enabled. (Large preview)

After adding several items to the cart, we can proceed to the check-out and complete the order:

Completing the order. (Large preview)

Once the user submits the order, the inventory will be automatically taken care of, updating the number of items for each product in stock, and we will receive an email informing us of the new order (if configured to do so). In section Orders on the admin panel, we can find all the information for the order (products sold, buyer information, method of payment and total, and others), and we can complete the transaction.

All the information from the order is here. (Large preview)

The basic work is done: In barely a few hours we managed to have a fully functional e-commerce sith with October CMS and Shopaholic.

Creating Our Own Extension

If none of the several extensions to Shopaholic on the October marketplace provides the functionality needed, we can also create our own extensions.

To do this, if you are comfortable with Object-Oriented Programming and PHP and, more specifically, with Laravel, then you are ready to do it. The documentation explains how to add an extension, step by step. For instance, following this tutorial, with barely a few lines of code we can add a custom field “rating” to our products:

Adding a custom field to the product. (Large preview)

We can then retrieve the new “rating” field from the product and display it in the product template:

Displaying a custom field in the product page. (Large preview)

Extending Shopaholic is not difficult and enables us to fully implement our own e-commerce requirements, and personalize the site to suit our brand.

Conclusion

October CMS is a great candidate for building powerful sites in a very simple manner (showing that “web development is not rocket science”). It delivers the great developer experience granted by Laravel, and its marketplace (which is growing daily) provides a large number of ready-to-use themes and plugins, allowing us to build websites very quickly. One such plugin is Shopaholic, which converts the site into a full-fledged e-commerce platform.

Because of these reasons, building a site with October can be very cost-effective. As a result, it has gained some reputation (by winning the popular vote as best flat-file CMS from 2018) and has increasingly become a tool of choice for businesses and digital agencies crafting sites for their clients.

To find out more from the October community, be welcome to join the October CMS Slack workspace, which is where the creators of themes and plugins published in the marketplace hang out, so you can conveniently chat with them to get their help and advice.

Give October a try (it’s free!), and let us know how it goes.

(ra, yk, il)

Website Design & SEO Delray Beach by DBL07.co

Delray Beach SEO

source http://www.scpie.org/building-an-e-commerce-site-with-october-cms-and-shopaholic/ source https://scpie.tumblr.com/post/612281391220162560

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scpie · 5 years ago

Text

Building An E-Commerce Site With October CMS And Shopaholic

About The Author

Leonardo Losoviz is a freelance developer and writer, with an ongoing quest to integrate innovative paradigms (Serverless PHP, server-side components, GraphQL) … More about Leonardo …

Recommended YouTube Channel

Installing October CMS

Validate if the web server satisfies all the requirements (at least PHP 7.0, and others):

System check (Large preview)

Ask for database and site configuration values, and user credentials:

Configuration (Large preview)

Ask how to set-up the site: From scratch, already installing a specific theme, or using our own existing project (from which our chosen theme and plugins can be automatically installed):

Initial setup (Large preview)

Next, we click on “Install!”, and in a few seconds (depending on our Internet connection speed) the website will be installed and ready to use:

Site installed (Large preview)

In this case, I chose to install it from scratch, under http://localhost. Browsing to this URL on the browser, we can encounter the October starter demo theme:

Browsing the starter demo theme (Large preview)

Navigating to http://localhost/backend (unless we changed this URL during the installation process) we can log into the administration panel:

Browsing the admin panel (Large preview)

Alternatively, we can also install October from the command-line interface, by executing:

$ curl -s https://octobercms.com/api/installer | php

Installing October CMS through the CLI takes no time. (Large preview)

Templating System

October CMS has a robust templating system to implement layouts, re-use chunks of code and enable dynamic functionality. Its most important elements are the following ones:

Configuring a component attached to a page. (Large preview)

We can edit elements either through the October CMS’ built-in editor or in an external text editor. (Large preview)

October can be easily managed with Git. (Large preview)

October CMS Marketplace

Creating An E-Commerce Site Through Shopaholic

Front-end theme manager. (Large preview)

Activating the new theme. (Large preview)

Catalog comprising products, categories and brands. (Large preview)

Head to Settings => Updates & Plugins in October CMS backend, and install plugin “Fake Data for Shopaholic”.

Head to Dashboard, and click on Manage widgets and then Add widget.

Select widget “Fake data for Shopaholic”, and click on Add.

In the newly added widget, clicking on Generate under section “Generate fake data ” will run the process to import the fake data.

Generating fake data through Laravel’s artisan command. (Large preview)

After running this process, our catalog will look better stocked:

Catalog with some mock data. (Large preview)

Creating some promotions. (Large preview)

Our e-commerce site is ready! (Large preview)

Clicking on a product, we can see how its page looks like:

Product page. (Large preview)

Auditing The Speed And Reliability Of The E-Commerce Solution

Lighthouse report of the product page. (Large preview)

LoadImpact report of a test load using 50 virtual users during 12 minutes. (Large preview)

Finally, we can also feel confident of the reliability of the software, since it is covered by unit tests.

Adding Extensions To Shopaholic

Searching for ‘Shopaholic’ displays its plugins. (Large preview)

Product page with cart enabled. (Large preview)

After adding several items to the cart, we can proceed to the check-out and complete the order:

Completing the order. (Large preview)

All the information from the order is here. (Large preview)

The basic work is done: In barely a few hours we managed to have a fully functional e-commerce sith with October CMS and Shopaholic.

Creating Our Own Extension

If none of the several extensions to Shopaholic on the October marketplace provides the functionality needed, we can also create our own extensions.

Adding a custom field to the product. (Large preview)

We can then retrieve the new “rating” field from the product and display it in the product template:

Displaying a custom field in the product page. (Large preview)

Extending Shopaholic is not difficult and enables us to fully implement our own e-commerce requirements, and personalize the site to suit our brand.

Conclusion

Give October a try (it’s free!), and let us know how it goes.

(ra, yk, il)

Website Design & SEO Delray Beach by DBL07.co

Delray Beach SEO

source http://www.scpie.org/building-an-e-commerce-site-with-october-cms-and-shopaholic/

0 notes