A business simulation test system and its implementation method

Abstract

The invention discloses a service simulation testing system and a realizing method thereof which are used for meeting requirements of a large amount of complex service simulation tests and improving generality, expansibility and reliability of the service simulation tests. The service simulation test system comprises a central control center and a standardized resource pool, wherein the central control center is used for dynamically establishing logic-level secondary distributed subsystems via the standardized resource pool according to requirement of the service simulation test, and intensively manipulating at least one testing example of the simulations of the secondary distributed subsystems. Each secondary distributed subsystem comprises a management node, an analyzing node and an execution node, the secondary distributed subsystems share a storage node organized by the standardized resource pool and are used for parallelly simulating at least one testing example on the basis of the management nodes, the analyzing nodes and the execution nodes providing standardized testing capability.

Description

technical field [0001] The invention relates to the technical field of mobile communication, in particular to a service simulation test system and an implementation method thereof. Background technique [0002] In the field of business simulation testing, there are currently three mainstream business simulation testing solutions, but these solutions do not have versatility, scalability, and low reliability, and cannot meet the needs of a large number of complex business simulation testing. The following is a brief introduction to the three mainstream business simulation test solutions currently in existence. [0003] Scheme 1. Direct network packet construction scheme [0004] The solution mainly includes the following components: operation management client, configuration scene analysis module, protocol stack codec module, network state machine module, network packet sending and receiving module, monitoring and result analysis module, etc. In this solution, the operation ...

AI Technical Summary

Problems solved by technology

This closed extension method makes it impossible for users to take advantage of

The limitation of the second solution is that the centralized control program has a large load in the test, and the stability is poor on low-configuration machines, especially in long-term and high-load performance.

It is also due to the large load and insufficient stability that the number of distributed nodes that can be connected is small

The third solution has great limitations in efficiency, so it is limited to the testing of applications with GUI, and cannot realize network and distributed performance testing

[0018] The scope of application and testing capabilities are limited, limited to specific professional fields, and users cannot customize extensions; it is limited that users must develop, compile and test programs in a specific development environment, and third-party programs need to open API (Application Programming Interface, application programming Interface) can be used; the execution of the test program is the way of central preprocessing and redistribution. During the test execution, the communication between the management node and the execution node must be guaranteed. Once the network fails and the test fails, it needs to be restarted; all are closed structures. It cannot cooperate with other manufacturers' test tools and platforms, and users cannot make any customization and tailoring of test tools and platforms

Images