Integration test system of distributed software system and method thereof

Abstract

The invention discloses an integrated test system and a relevant method for distributed software systems. The system comprises a test server, at least one test client end and at least one test agent; the test server is respectively connected with the test client end and the test agent, in order to fulfill test on external systems under test according to test information; meanwhile, feed the test results back to the test client end; the test client end is used to receive and transmit test information, control the test server to perform tests, and receive test results; the test agent is also linked to a system under test through an interface for the system under test, in order to monitor message that are received and transmitted through the interface; meanwhile, the test agent is respectively interactive and adaptive with the test server and the system under test, and receives and transmits test message as well as relevant response message. Therefore, the invention adapts to test the second generation of distributed software systems that are fulfilled with distributed computation technology, increases and improves test tool expansibility and integrated test efficiency, and makes for execution of all types of integrated tests and guarantees quality of software products.

Description

technical field [0001] The invention relates to the field of software testing, in particular to the integration testing of the distributed software system of the second-generation distributed computing technology, and provides a new integration testing system and method. Background technique [0002] Distributed Computing (DC, Distributed Computing) has roughly three development stages from its creation to the present: 1) The first generation (mid-1980s to 1990s): mainly proposed the classic C / S computing model, using the traditional The computing concept and design solve the problem of information sharing; 2) The second generation (from the 1990s to the present): It mainly improves the traditional two-tier C / S computing model into an object-oriented multi-layer C / S computing model, using the fusion of Distributed Object Computing (DOC, Distributed Object Computing), an object-oriented technology, solves the problem of interoperability in heterogeneous environments and becom...

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Problems solved by technology

3) The third generation (after 2000): An independent multi-agent computing model is proposed, and an anthropomorphic interactive environment for agents is constructed using intelligent agent technology, mainly to solve the problem of intelligent collaborative work. The third generation method is currently still At the proof-of-concept stage, not yet widely adopted

It can be seen from the description of the above characteristics that the complexity of the second-generation system has increased a lot, and the integration test method adopted by the first-generation system can no longer satisfy the second-generation system. For example, the communication details of the second-generation system have been changed by The middleware is encapsulated, and it is difficult for test tools to connect to the system under test by bridging communication connections; the second-generation system is more complex, and the interface to be tested is not only at the subsystem level, but also at the level of objects, modules, etc.

The test environment of the second-generation system is more complex, such as concurrent access by multiple users, etc.

[0018] However, the existing technology lacks integrated testing tools and methods for the distributed software system realized by the second generation distributed computing technology. Therefore, the existing technology has defects and needs to be improved.

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