The ThreadGroup element allows you to configure the following: One can define how many threads you want to configure for your test using ThreadGroup element. These threads are created as part of ThreadGroup element. Test users are simulated using threads in JMeter. To execute a test, you have to simulate test users who will perform or run the test. ThreadGroup is the most basic element of a test plan. In JMeter, you formulate or create a test plan. It enables you to perform testing based on regular expressions and many more other features.It gives you real time test results that covers metrics like latency, throughput, response times, active threads etc.It allows for remote testing by having different JMeter instances running as servers across nodes and accessed from a single client application. ![]() It supports creation of different flavors of test plan that includes Web, Database, FTP, LDAP, Web service, JMS, Monitors etc.It supports parameterized testing through the concept of variables.It provides debugging and error monitoring through effective logging.It enables you to build test plan structurally using powerful features like Thread Group, Controllers, Samplers, Listeners etc.It provides a concept of template which are pre-defined test plans for various schemes or protocols that can be directly used to create your required test plan.JMeter can also be ported on the server allowing to perform tests in a distributed environment. It also allows you to work in a non-GUI mode. It provides a comprehensive GUI based workbench to play around with tests.It supports wide variety of protocols for conducting tests that includes, HTTP, HTTPS, JDBC, FTP, JMS, LDAP, SOAP etc. It supports testing on both client-server and web model containing static and dynamic resources. The application may be running on a Web server or it could be a standalone in nature. IntroductionĪpache JMeter is an open source Java based tool that enables you to perform functional, load, performance and regression tests on an application. Before we dive into the practical usage of Thread Group, let’s look at the concept. We will cover a basic Web application test case that will involve HTTP as a request protocol. We will go about implementing one test plan using JMeter by configuring Thread Group and related elements. Properties key_on_threadname and time_threshold Stripped Similar to Standard mode but strips Response from SampleResult.Ĭonfigured by property sample_sender_strip_also_on_error StrippedBatch Same as Batch but strips Response from SampleResult.Ĭonfigured by properties num_sample_threshold, time_thresholdĪnd sample_sender_strip_also_on_error Asynch Asynchronous sender uses a queue and background worker process to return the samples.Ĭonfigured by property StrippedAsynch Same as Asynch but strips response data from SampleResult.Ĭonfigured by properties Īnd sample_sender_strip_also_on_error StrippedDiskStore Same as DiskStore but strips response data from SampleResult Class extending AbstractSampleSender ( this example, we will demonstrate the significance of Thread Group in Apache JMeter. Properties num_sample_threshold and time_threshold Statistical returns sample summary statistics. Standard Sends SampleResult one by one Batch Accumulates SampleResults before sending them. 19.44 Advanced JSR-223 Scripting configuration.19.43 Advanced Groovy Scripting configuration.19.38 Additional property files to load.19.27 Aggregate Report and Aggregate Graph - configuration.19.26 Summariser - Generate Summary Results - configuration (mainly applies to CLI mode). ![]() 19.19 Test Script Recorder certificate configuration. ![]()
0 Comments
Leave a Reply. |