JMETER – An Efficient Performance Testing Tool

JMeter is an Apache project that acts as a load testing device for measuring and analyzing the performance of a number of services, with an emphasis on web apps. It acts as a test tool for JDBC database connections, LDAP, FTP, JMS, generic TCP connections, and OS native processes. This 100% Java app aims at loading test client/server software (for example, a web app).

What you can do with it?

You can use JMeter to test performance on static and dynamic resources, web dynamic languages, ASP.NET, files, and others. Some examples in this context include Java Servlets, static files, PHP, CGI scripts, FTP servers, and more. It is helpful in simulating a substantial load on a server, gathering of servers, object or system to test its quality or to investigate overall performance under diverse load types.

You can use it to make a graphical assessment of performance or to test your script/server/object behavior under a significant concurrent load. Though, JMeter does resemble a browser, it is not a browser in real. Many of its actions are very different from that of a web browser. For example, JMeter does not execute the JavaScript found in HTML pages.

To summarize, JMeter performance testing is an open source testing software. It is 100% pure Java app for performance testing and works as a load testing device for measuring and analyzing the performance of a different number of services, especially on web apps.

Differences between Mobile Application Testing and Mobile Game Testing

Mobile testing services are useful for knowing whether the application/game is clear of bugs and how good is it to be used for the first time. A good mobile testing works on a well-organized and orderly approach, which utilizes best of test automation system and exhibits consistent integration with your agile procedure. However, mobile game testing varies from mobile application testing because of various reasons.

Mobile App Testing Vs Mobile Game Testing

Mobile testing strategies are related to black box, white box, and compatibility testing and regression is for both, the mobile apps and games. However, they do possess certain differences as well. For instance, games are more complex as compared to mobile applications. They include interactive qualities that need significant test approaches. Here are a few more differences between their testing methods.

World: The testing of the world in a mobile game requires the support of automated test bots, as well as the capacity to modify the complexity of the world automatically.

Realism: If a game doesn't look good with its graphics and other aspects, it might affect the game in a bad way. This kind of testing generally requires domain expertise. 

Artificial Intelligence (AI): Many mobile applications don't utilize AI. Hence, the difficulty of testing rises with the increase in the game’s complexity. 

Fun: If a game lacks the fun element, it won't get great reviews. This is the most important aspect of testing.

To summarize, despite certain similarities, mobile application testing services differ from mobile game testing services. Therefore, the need is to identify those differences and come up with a user-friendly, functional, and interactive app.