TCP server stability test method based on timestamps

Abstract

The invention discloses a TCP server stability test method based on a timestamp. The TCP server stability test method comprises the following steps: S1, establishing connection between at least one TCP client and a TCP server through Socket; s2, sending, by any TCP client, a customized constructed data packet to the TCP server according to a preset time interval through a script; s3, when the TCPserver receives a data packet sent by any TCP client, analyzing, by the TCP server, the received data packet and performing data storage based on timestamp information of the data packet; s4, analyzing, by the TCP server, the timestamp information of the data packet sent by each TCP client and the timestamp information of the data packet received by the TCP server by using a script, recording thetimestamp information of the data packet which is not received and returning the timestamp information to the corresponding TCP client; and S5, determining, by each TCP client, whether the TCP clientis normally connected with the TCP server or not by checking whether all the data packets are successfully sent or not.

Description

technical field [0001] The invention relates to the field of software testing, in particular to a method for testing the stability of a TCP server based on a time stamp. Background technique [0002] Existing TCP server test tools mainly perform TCP stability tests by setting parameters such as transmission interval and protocol type, and reflect the processing status of the TCP server by returning the amount of received data per second. During the transmission of TCP data, due to the unstable network quality, it will cause a large number of packet loss and retransmission in the network. When multiple TCP clients send data at the same time, errors may occur in the data processing of the server. However, the existing In the TCP server stability test tool, the TCP client cannot automatically perform breakpoint reconnection. During the test execution process, manual monitoring and operations are required many times, making it difficult to conduct continuous automated testing. ...

AI Technical Summary

Problems solved by technology

During the transmission of TCP data, due to the unstable network quality, it will cause a large number of packet loss and retransmission in the network. When multiple TCP clients send data at the same time, errors may occur in the data processing of the server. However, the existing In the TCP server stability test tool, the TCP client cannot automatically perform breakpoint reconnection. During the test execution process, it needs to be monitored and operated manually many times, and it is difficult to carry out continuous automated testing.

In addition, the existing TCP server stability testing tools cannot customize the data packets sent, and the statistical results of the concurrent test are relatively general and cannot be accurate. In the case of unstable conditions and a large number of concurrent processing, it is possible to test the stability of server-side breakpoint reconnection and concurrent processing

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