Performance test method and system for live streaming media

Abstract

The invention provides a live streaming media performance test method, which comprises the following steps that: S1, a streaming media subscription terminal waitting for receiving a command issued by a server, and the streaming media subscription terminal receiving the command and executing the corresponding command; S2, managing information of each streaming media subscription terminal, creating a task, and configuring pressure test data needing to be subjected to pressure test; S3, monitoring task scheduling time, issuing a scheduling command, issuing a start command to the corresponding terminal, and testing the performance of the streaming media according to the pressure test data, and initiating an ending command to each streaming media subscription terminal at preset ending time; S4, recording the recorded information of each streaming media subscription terminal in the performance test process, and performing unified report presentation. The performance pressure test is realized, the performance test cost can be effectively reduced, and even the idle bandwidth can be commercially realized.

Description

technical field [0001] The invention relates to the technical field of automated testing, in particular to a performance testing method and system for live streaming media. Background technique [0002] In today's Internet era, the application of live streaming media is the general trend. For testers, the test method of live video will become a key research direction in the current testing field. However, the performance test of live broadcast / streaming media is quite different from the traditional short connection service test. Live testing is different from ordinary website stress testing. Live testing requires a lot of clients and bandwidth. Common live broadcast performance testing methods are: ①. Play by opening multiple clients. Of course, if it is a web client, you can also open multiple live web pages on one computer to increase the number of visits; ②. Analyze some of the clients through human eyes. Subscription on the end and delay on the streaming end. Of cours...

AI Technical Summary

Problems solved by technology

[0003] Disadvantage 1. If the live broadcast product does not have a web terminal, but only a terminal, then often a computer can only open one live broadcast terminal to subscribe to the media stream in the live broadcast room. Relatively speaking, the utilization rate of each computer is low

[0004] Disadvantage 2, following the above, if the live broadcast product tested has web-side subscriptions, but if there are account mutual kicks, then more account login authorizations are required to realize the subscription of multiple live broadcast terminals, and this process requires additional processing The operation steps are cumbersome

[0005] Disadvantage 3, following the above, skip the function subscription that comes with the product and use the jmeter-related framework to download the address of the corresponding live stream for playback, then it is also necessary to build jmeter, and the process of environment deployment is required. At the same time, because it involves playback , the decoding process consumes a lot of CPU and memory

[0006] Disadvantage 4, following the above, the stress test of live media streaming requires high bandwidth for the terminal. If you just blindly increase the subscription, the playback effect will be poor, which cannot fully represent the problem of the live service, and it is very likely to be the bandwidth of the client. A bottleneck has occurred, which will introduce errors in the evaluation of test results

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