Simulation testing system supporting a plurality of mobile service protocols

Abstract

The invention discloses a simulation testing system supporting a plurality of mobile service protocols. The system comprises a protocol processing module for configuring and handling the message formats, message time sequences and message field parameters of the plurality of mobile service protocols, a transmission processing module for providing transmission protocol type supported by the plurality of mobile services and a processing module, a testing pile configuration module for configuring and combining the mobile service protocol types and the transmission types to form testing piles, and an operation processing module for receiving a message request for each configured testing piles, performing format conversion and check for the message content, processing the message through the protocol processing module, converting the processed message into the format of the transmission type corresponding to each testing pile, as well as sending the processed and converted message through the transmission processing module for responding. With the adoption of the system, the simulation messages can be interacted with a service operation supporting system; an interface can be fully tested in the integrated test, and the testing route can be covered completely, so that the quality blind pots can be avoided, and the testing efficiency and quality can be increased.

Description

technical field [0001] The invention relates to a simulation test system, in particular to a simulation test system supporting multiple mobile service protocols. Background technique [0002] In order to cope with the surge in the number of users and business types in the telecommunications industry, a huge multi-level business operation support system is required, which has the characteristics of flexibility, scalability, high reliability, and easy maintenance. Therefore, the business operation support system adopts a loosely coupled architecture to reduce overall complexity and dependencies. Make application environments more agile, consume changes faster, and reduce risk. [0003] A loosely coupled architecture is usually a message-based system, and two coupled systems don't directly know how the other is implemented. The communication between them is supported by the structure of the message. As long as the message conforms to the negotiated schema, clients on both si...

AI Technical Summary

Problems solved by technology

[0007] 1. Test stub configuration, message configuration, protocol sending and receiving operations, etc. have a lot of manual processing, which is easy to introduce errors due to human operations and affect the reliability of the test

[0008] 2. In most cases, the test with the peripheral system needs to be tested in multiple batches, and more manual processing will greatly reduce the processing efficiency

[0009] 3. Because the peer system is difficult to build, it is difficult to test the interaction process of the two system interfaces in place, and it is difficult for the peer system to reply to the exception message according to the protocol, which makes it difficult to cover the exception process

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