Tuesday, 13 March 2018

Best practices in PHP for 2018




The relevant and popularity of PHP as a server-side programming language will remain intact in 2018. According to the latest usage statistics posted on several websites, the latest version of PHP is currently being used by less that 10% of all websites. Most web developers will switch to PHP 7.x in 2018 to build web applications that run faster and consume less memory. Likewise, the developers will execute PHP code through various micro and full-stack web frameworks to build custom web applications quickly and efficiently according to varied business requirements. At the same time, the developers will implement a number of PHP coding best practices to keep the code base clean and the web application maintainable.
7 PHP Development Best Practices Web Developers Must Implement in 2018
1) Choose Coding Style according to PHP Framework or Libraries
Web programmers can format and share PHP code more efficiently by using various coding styles – PSR-1, PSR-2, PSR-3 and PSR-4. He can use the coding styles interchangeably. But the latest version of the coding style may not support some of the coding standard included in the latest version. Also, the coding style followed by individual PHP frameworks and libraries differ. Some of the PHP web frameworks and libraries even do not follow the latest coding style. Hence, the developers need to use the coding style followed by the web framework and libraries used by the specific project.
2) Manage Project Dependencies with Composer
It is also important for web developers to choose the right PHP libraries and manage them efficiently. The developers can easily manage various PHP libraries and their dependencies by using a robust dependency manager like Composer. Composer is designed as an application-level package manager for PHP. It even simplifies dependency installation and management by providing standard methods. They even have option to run Composer through a command-line interface, and manage dependencies by running specific commands.
3) Use PHP Debug Bar to Debug Code Efficienty
In addition to writing clean and maintainable code, the PHP programmers also need to find and repair all errors in the code. They must explore ways to debug the PHP code efficiently to locate and repair all errors in the code. The PHP developers have option to choose from a wide range of debugging tools. But they must consider using PHP Debug Bar to identify the coding errors quickly based on the profiling information displayed at the bottom of the page. They can even install PHP Debug Bar without putting extra time and effort. Also, PHP Debug Bar can be integrated seamlessly with various projects.
4) Explore Ways to Use Service-Oriented Architecture
Service-oriented architecture (SOA) helps developers to build websites with services or functions which can be invoked by clients regardless of the device, operating system, or programming language. Despite being platform-independent, the services or functions make web applications deliver richer user experience by facilitating data translation and improving information flow. There are a number of PHP web frameworks – Laravel, Yii, Zend and Symfony – that enables web application developers to use SOA. The PHP developer must use one of the HTTP-centric web frameworks to build web applications with components that run independently while interacting with each other seamlessly.
5) Optimize Database Operations
While writing PHP code, programmers often ignore the significance of optimizing database operations. They must optimize database operations while writing code to improve the PHP application’s speed and performance. The PHP programmers can easily make the web application consume less memory by closing database connections in the code. Likewise, they must explore ways to make the application run faster by not hitting the database frequently. They can write comprehensive SQL queries to perform common database operations without hitting the database frequently. At the same time, it is also important to identify and update the slow SQL queries to make the web application access resources quickly and smoothly.
6) Opt for JSON Data Format instead of XML
While writing web applications in PHP, a programmer has option to choose from two used format for data exchange – JSON and XML. But he must remember that XML uses more words than JSON. Also, JSON parses data much faster than XML. The developer can even accelerate parsing by availing the built-in functions provided by PHP – json_endcode and json-decode. They can use json-encode function to return the JSON representation of a value and json-decode to decode a JSON string into a PHP variable. If a PHP programmer prefers XML to JSON, he must use regular expressions instead of DOM manipulation for data parsing.
7) Adopt Test Driven Development through PHPUnit
Unlike conventional software development practices, test driven development (TDD) allows developers to write code only after an automated test fails. Hence, it becomes easier for developers to deliver high quality web applications by writing readable code and avoiding code duplication. PHP does not provide any built-in feature to facilitate TDD. But the PHP programmers can easily implement TDD by using a robust programming-oriented unit testing framework like PHPUnit. The features provided by PHPUnit will make it easier for programmers to define and run tests before writing code.
In addition to implementing these development best practices, it is also important for developers to pick the right PHP web framework. The full-stack web frameworks for PHP makes it easier for programmers to build large and complex web applications by providing several advanced features and tools. But the additional features provided by the web framework often impact the web application’s performance and speed. Hence, the PHP programmers must spend some time in evaluating the pros and cons of individual web frameworks based on precise needs of each project to build PHP applications that run faster and deliver richer user experience.


Monday, 26 February 2018

What Do Web Developers need to know about REST API?


While developing modern web applications, developers explore ways to make them communicate seamlessly with various applications and services. The application programming interfaces (APIs) make it easier for programmers to make web applications communicate with various applications and services without writing additional code. Each web developer can even add specific functionality to the web application by choosing APIs from various categories – shopping, social networking, mapping, search, mapping and telephony.
A REST API or RESTful Web Service is developed based on Representational State Transfer (REST) technology. REST is stateless and cacheable client-server architecture. Many websites and web applications use REST APIs to communicate with other applications and services through various HTTP methods – GET, POST, PUT, DELETE and OPTIONS. HTTP protocol enables web developers to work with several widely used platforms and programming languages. Also, the developers can accelerate web application development by keeping the front-end and back-end separated.

Understanding Important Aspects of REST API
Developed Based on REST Architecture

As its name indicates, a REST API facilitates client server communication based on REST technology. REST is a stateless but cacheable technology. It enables developers to use REST client to access and present the resources provided by REST server. They can even identify individual resources like text, XML and JSON by their unique URIs or Global IDs.
Unique Characteristics

Unlike other APIs, a REST API must adhere to the key constraints of RESTful architecture style. The constraints of REST architecture styles make REST APIs different from other APIs. A REST API needs to be designed based on key constraints like stateless, cacheable, and client-server. The web application developers need to use a client to handle frontend and a server to handle the backend functionalities. But they have option to keep the client and server separated. Likewise, they can enable the client to cache responses, but cannot store any data on the server between two requests.
Access Resources through HTTP Standard Methods
REST technology used HTTP protocol for data communications. While using a REST API, the developers can treat each component as a resource. Also, they need to access the resources through HTTP standard methods like GET, POST, PUT, DELETE and OPTIONS. For instance, they can use PUT for creating new resources, POST to update existing resources, GET to provide read-only access to resources, and DELETE to remove resources.
Use Open Protocols and Standards
A REST API is developed as a collection of open standards and protocols. The developers can use REST API to make a web application interact with various applications and systems through open protocols. The open standards make it easier for programmers to facilitate communication between applications written in different programming languages. Likewise, the programmers can use REST API to make web applications communicate with each other regardless of the underlying platform.
Divide Individual Transactions into Small Modules
A REST API divides each transaction into a number of modules. Each module handles a specific aspect of the transaction. The modules make it easier for developers to make web applications interact with other applications and systems in a flexible way. The developer can even boost the performance of web applications by chaining the requests and collecting the requests for future use.
Work with Cloud Platforms and Applications
The REST API makes it easier for developers to make web applications interact with various cloud-based applications. The developers can avail the REST APIs provided by major cloud service providers to leverage key benefits of cloud services including lower cost and enhanced scalability. They can even use stateless components to scale the cloud resources according to varying user load of the website. The web developers can even use the APIs to work with widely used cloud computing models like Infrastructure as a Service (IaaS).
Choose from Many REST APIs
The web developers can easily make the web applications interactive using REST APIs provided by major tech companies like Google, Microsoft, Amazon, and popular social networking platforms. They even have option to choose from a wide range of third-party REST APIs according to precise communication needs of the web applications. At present, web developers use a variety of REST APIs – Google Translation REST API, Facebook REST API, WordPress REST API, Magento REST API, and Bing Maps REST API.
Create Your Own REST API
In addition to using a number of third-party REST APIs, the web developers even have option to create custom REST APIs to meet their precise needs. They can create custom REST APIs based on the six key constraints of REST technology – client-server, stateless, cacheable, uniform interface, layered system, and code on demand. Also, they can implement a number of best practices and use robust tools to accelerate development of custom REST APIs. Here is a brief guide to building restful APIs with Laravel.

On the whole, the web developers can use REST APIs to make web applications interact seamlessly with applications written in different programming languages and running on varying platforms. They also have option to choose from a wide range of third-party REST APIs provided by social networking platforms, search engines, content management systems, and cloud service providers. At the same time, the web developers can even create custom REST APIs based according to their precise needs.

Wednesday, 3 January 2018

NetBeans vs. IntelliJ


At present, Java is used widely by developers to building desktop GUI applications, web applications, and Android mobile apps. But developers have to focus extensively on the quality of Java code to maintain, manage, and update the software rapidly. The integrated development environments (IDEs) make it easier for Java programmers to write high quality code by providing a code editor, debugger, and compiler/interpreter. The Java programmers have option to choose from an array of IDEs. Both NetBeans and IntelliJ are widely used IDEs for Java programming language.



NetBeans
The features provided by NetBeans help developers to write desktop, web, and mobile applications in Java rapidly. In addition to being the official IDE for Java 8, NetBeans also comes with features to help developers to migrate their existing applications to Java 8. The developers can use the code editors, analyzers, and converters provided by NetBeans IDE to upgrade their existing applications to Java 8. At the same time, NetBeans also supports a number of programming languages – C/C++, HTML5, XML, JavaScript, PHP, Groovy and JSP – in addition to Java.



IntelliJ IDEA
JetBrains have developed IntelliJ IDEA with features to help programmers to write high quality Java code. IntelliJ accelerate Java programming by providing features like smart completion, chain completion, static member completion, data flow analysis, language infection, cross-language refactoring, editor-centric environment, inline debugger, and development  tools. Also, it supports several programming languages in addition to Java – HTML, CSS, JavaScript, Perl, Go, Groovy, Perl, PHP, and Python. However, the developers have to use separate plug-ins to work with some of these programming languages.



Important Points of Distinction between NetBeans and IntelliJ IDEA


Contextual Coding Assistance
The code editor provided by NetBeans supports multiple programming languages. Also, it provides code generators, code templates, and coding tips, in addition to matching words and brackets and highlighting source code syntactically and semantically. But the code editor provided by IntelliJ has the capability to analyze the source code and use the information to provide contextual coding assistance. It accelerates Java programming by providing clever code analysis, facilitating code refactoring, and supporting language injection. The contextual coding assistance makes programmers productive and reduces development time.



Maven Support
Unlike IntelliJ, NetBeans comes with out of box support for a powerful project management too like Maven. Most Java programmers use Maven as a robust build automation tool. Maven enables Java programmers to manage the build, reporting, and documentation of a project from a single location. It further makes it easier for Java programmers to manage enterprise grade Java projects. The out of box support provided by the IDE makes it easier for Java programmers to build and manage projects efficiently using Maven.


Third-Party Plug-ins
IntelliJ is developed and maintained by a dedicated team at JetBrains. Hence, each new version of the IDE comes with several new built-in features and enhancement to support enterprise grade development. The users even have option to choose from a large number of plug-ins for IntelliJ. On the other hand, NetBeans is a developed and maintained by a robust community of developers, along with Oracle. Members of the community add new functionality to NetBeans by uploading new plug-ins. While using the open source IDE, the developers have option to download a variety of third-party plug-ins from the NetBeans Plugin Portal according to their precise needs. 
Performance
While using IntelliJ, developers are recommended to use a system with minimum 1 GB RAM for normal Java application development, and 4 GB RAM for Android app development. The IDE further requires 300 MB hard disc space, along with 1 GB space for cache. The developers have to focus on the system requirements to use IntelliJ efficiently. But NetBeans requires Java developers to use a system with 2 GB RAM and 1GB free space. Hence, NetBeans consume more memory than other Java IDEs including IntelliJ. Also, the developers have to explore ways to reduce memory consumption and make the IDE run faster.

Developer Productivity
Despite being the official IDE for Java 8, NetBeans is maintained by a community of users and developers. Hence, the open source IDE for Java lacks some of the robust features provided by commercial Java IDEs like IntelliJ. On the other hand, the ultimate edition of IntelliJ comes with an array of features to make the Java programmers more productive and accelerate development of enterprise grade Java applications. In addition to providing a clean and intuitive user interface, it further allows programmers to customize the interface’s appearance and behaviour. Likewise, the robust development environment provided by IntelliJ enables programmers to work with Java EE and develop Android mobile apps. However, the community edition of IntelliJ lacks some of the advanced features provided by the ultimate edition.
Cost
NetBeans is an open source Java IDE. The Java developers can use NetBeans without paying any licensing fees. Also, they can avail the assistance of large community of NetBeans users and developers. On the other hand, Java programmers have option to choose from several editions of IntelliJ. The students, teachers, and academic institutions can use the community edition of IntelliJ without any subscription. But the individual and enterprise users have to choose the right subscription option based on the license and usage.

Programming Language Support
Both NetBeans and IntelliJ IDEA support a number of programming languages in addition to Java. NetBeans support HTML5, PHP, Groovy and C/C++. At the same time, IntelliJ allows programmers to work with several programming language including PHP, Python, Scala, Kotlin, Perl, Go, Groovy, and HTML5. But it requires developers to use separate plug-ins to work with PHP, Python, Go, Clojure, Dart, and Erlang. Also, the programming languages supported by the community and ultimate editions of IntelliJ differ. The developers have to use the ultimate edition of the IDE to work with additional programming languages.

On the whole, both NetBeans and IntelliJ IDEA come with features to accelerate Java application development. Each IDE supports several programming languages in addition to Java. But the IDEs differ from each other in terms of features, programming language support, and licensing. Hence, it is always important for Java developers to compare NetBeans and IntelliJ IDEA based on precise needs of each project.