The LAMP architecture is a popular Full Stack design used for web service stacks. It was created by Michael Kunze in 1998 and comprises of four open-source components: Linux, Apache, MySQL, and PHP. Linux functions as the operating system, Apache operates as the web server, MySQL serves as a relational database management system (RDBMS), and PHP (or Perl or Python) acts as an object-oriented scripting language. The term “LAMP” is an abbreviation derived from the initials of each individual component.
As technology has become more intricate in recent years, devices have become more intelligent and informed. As a result, many industries have incorporated data science principles and applications into their operations pipeline. This development has only become feasible due to the expansion of data science technologies, with LAMP programming standing out as one of the most significant languages. This has created numerous fresh employment opportunities for LAMP developers, allowing them to progress to more difficult positions and take their careers to the following level. The conversation regarding the future of data science is ongoing, yet it is evident that it is unleashing several possibilities for specialists in the field.
- Producing detailed website statements
- Generating sample page layouts with diverse font sizes and colours
- Designing graphics and animations and managing digital images
- Procuring web domains and organizing website hosting while introducing novel concepts to clients
- Programming with a range of software
- Utilizing diverse content management systems
- Maximizing the use of search engines
- Abiding by all pertinent legal responsibilities, such as accessibility, freedom of information, and privacy.
- Fashioning visual representations for the website while complying with the company’s branding guidelines or the client’s specifications
- Collaborating on multiple tasks with front-end and back-end developers.
- Ensuring that your code is both valid and reusable for future purposes.
- Analyzing the requirements, risks, and software specifications.
- Revise outdated and complicated application designs as required.
- Identifying and endeavoring to meet the requirements of end-users.
LinuxIn 1991, Linus Torvalds introduced the Linux operating system, establishing it as the foundation of the stack model. This base layer serves as a gateway to using all subsequent layers, and is easily accessible to users as an open-source system, free of cost. Despite the continuous advancements of other operating systems, Linux remains a popular choice due to its user-friendly installation process and its adaptability to changing requirements.
ApacheThe widely used open-source web server software package, Apache HTTP Server, was initially launched in 1995 under the name Apache Web Server. It presents a secure and flexible option for web servers, providing support for current HTTP standards. This software constitutes the second layer of the stack model, just above the Linux operating system, and is responsible for directing web browsers to the appropriate website. Because of its cost-effectiveness, the Apache Web Server has become a popular choice among internet users.
MySQLMySQL is a widely-used, open-source, and free relational database management system (RDBMS) that permits the storage and retrieval of application data. It excels at handling large and complex websites, and is particularly suitable for enterprises with well-organized fields. MySQL empowers programming to construct a website by granting access to the stored data. It is typically integrated on top of the Linux layer and in advanced deployments, might be shifted to a separate host server. SQL, the powerful language MySQL employs, is also utilized to efficiently manage the database.
PHPThe scripting layer of web development incorporates a range of programming languages, one of which is PHP, a popular and freely-available language. PHP collaborates with Apache to facilitate the creation of dynamic webpages by enabling the insertion of code into the sections of the website that requires dynamic functionality. This layer is responsible for hosting webpages and applications, and is designed to be speedy and efficient, enabling swift development of code as changes can be viewed immediately without needing to compile the code.
- Review existing designs and modify application functionality
- Participate in all stages of the software development lifecycle.
- Evaluate new regulations and provide an impact assessment.
- Create clean, efficient, reusable code as well as functional unit tests.
- Stay up to date with the latest advancements and best practices in the industry.
- Develop and implement additional features to support related tools and processes as required.
- Troubleshooting, testing, and upgrading software and databases
- Integrate legacy and modern applications with third-party web-based services.
- Assist in maintaining, expanding, and scaling the application for improved performance.
- Develop reusable front-end components and libraries that can be utilised in the future.
- Bachelor’s/Master’s degree in engineering, computer science, or information technology (or equivalent experience)
- A minimum of three years of full-stack development experience using the LAMP stack is necessary (with some exceptions for exceptionally talented developers)
- Thorough comprehension of the LAMP stack (Linux, Apache, MySQL, PHP/Python/Perl).
- Hands-on experience with MySQL database administration
- Functional understanding of web APIs (REST, SOAP, or XML)
- Excellent communication skills in English are essential.
- Work a full-time (40-hour per week) schedule with a four-hour overlap in US time zones
- Proficiency in cloud technologies
- Expertise in API design, development, and integration
- Hands-on experience with custom development using hooks, filters, ACF, JS ES5 and 6
- Familiarity with version control systems like Git
- Exceptional organizational and interpersonal skills