When you are writing a network application,Usually, a stress testing tool is requiredThe network throughput support capability is tested. Let's take a look at the processing efficiency of the service under different connections and different requests. the following is an example. net network throughput testing tool, this job can be simple to test the network throughput of TCP or UPC services, and it is very convenient to use.
Pre-test configuration
The tool can perform a stress test on TCP and UDP. the test configuration is simple. You only need to fill in the IP address and port of the corresponding service, and set the number of connections for the stress test and send relevant data. there are two methods for testing: Application answer mode and interval mode. Application answer mode means to send the next request immediately after the server responds to the request, the interval mode sends a request data to the server at an interval.
Sending data settings
The sent data can be of two types: ASCII or hex byte [] characters.
Test Status
When the relevant test parameters are provided, you can perform the test. You can learn about the server throughput and the following TCP test conditions through the test data.
During the test, you can see a series of data, including the total number of received data, the number of received data, the total number of sent data, the number of sent data per second, and the data processed. the list in the middle shows the data received and sent by each connection. the latency information can only be reflected in the response mode under TCP testing.
The following is a UDP Test
With the above tools, you can easily test the basic network throughput of related applications by simply setting some information.
Result Analysis
What value does this tool reflect the processing status of the server? In fact, you only need to check the number of tests received by this tool per second, that is, the value of receive_s.
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