Automatic test method for private network terminal

Abstract

The invention discloses an automatic test method for a private network terminal, which comprises the following steps that: the tested private network terminal is connected with a service computer, the service computer installs and starts a first test program for the private network terminal to obtain the network information of the private network terminal, creates an http service on the private network terminal, starts a port and monitors a POST service, wherein the network information comprises an IMSI, an IP address and a port number of the private network terminal, and the session Id of the http service is set as the IMSI of the private network terminal; then, the service computer starts various services involved in the cluster service, and reports IP addresses and port numbers of the various services and network information of the private network terminal to a cloud server; the test computer obtains an IP address and a port number of a tested application and network information of the private network terminal from the cloud server, and obtains an IP address and a port number of a service required for testing the tested application; and the private network terminal and the corresponding service are controlled by using the acquired IP address, port number and network information to complete the test task of the tested application. According to the application, the test requirement of the private network terminal can be met.

Description

technical field [0001] The present application relates to cluster technology, in particular to an automated testing method for private network terminals. Background technique [0002] Private network communication refers to the emergency communication, command and dispatch, daily work communication and other services provided for the government and public security, public utilities and industry and commerce. The basic network of the communication network that needs to be built, such as dispatching and commanding, is generally independent of the public cellular mobile communication network. [0003] With the rapid development of the domestic telecommunications industry in recent years, the network scale of private network communication has grown rapidly, and the technical level has basically maintained a synchronous development with the public network. The terminals used in private network communication are called private network terminals. [0004] Currently, there is no a...

AI Technical Summary

Problems solved by technology

This test mode does not support remote control of the UE, nor can it control the terminal through IP

[0007] 2) Instrumentation, in this test mode, the test script and the target app run in the same process, only a single terminal can be tested independently, and the interaction between different terminals cannot be supported; the application under test and the test script test-apk must have The same signature, but also does not support remote control terminals and cross-application operations

However, private network terminal products are deeply customized products with complex services and numerous business interactions. All carried services are closely related to UDC, MDC, DC, and OTA. Many functions of private network terminals require multiple applications on the private network terminal to cooperate with each other. Multiple private network terminals may also be required for coordinated testing. The automated testing of private network terminals requires the operation of Android (terminal UE), Web (MDC, UDC), Gui (OTA, DC), etc. Therefore, public network terminals adopt a single The automated test system cannot meet the automated test requirements of private network terminals

[0009] In addition, some test frameworks of public network terminals (such as Robotium) require that the signature of the application under test AUT.apk must be consistent with that of the test script Test.apk. The signatures of the test scripts are consistent

[0010] It can be seen from the above that the aforementioned method and system for automated testing of public network terminals cannot meet the testing requirements for private network terminals

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