Protocol conformance testing method and system

Abstract

The invention provides a protocol conformance testing method and system. The protocol conformance testing method includes that a plurality of sub-testing assignments are started; a testing assignment is disassembled to form into the sub-testing assignments; every sub-testing assignment is provided with a binding testing server and a testing configuration parameter; the testing server is provided with an associated tested device; the sub-testing assignments comprise a test case set; and the test case set of the sub-testing assignments is carried out with the utilization of a corresponding testing configuration parameter on the binding testing server and the associated tested device of the sub-testing assignments. The protocol conformance testing method has the advantages of being capable of enabling a plurality set of tested devices to be automatically tested when one testing assignment is started, accordingly improving the testing efficiency and reducing the testing costs under an unattended condition.

Description

technical field [0001] The invention relates to the technical field of communication, in particular to a method for testing protocol consistency and a system for testing protocol consistency. Background technique [0002] The computer network, especially the internet, is entering every aspect of human life at an unprecedented speed and playing an increasingly important role. The protocol is the soul of the network, the standards and norms that both communication parties abide by, and the basis for the establishment and application of the network. It is of course a hot spot in current research. However, in practice, usually different technical personnel complete the formulation and implementation of the protocol. Therefore, different manufacturers may have different implementations for the same protocol standard. Therefore, a powerful method is urgently needed to identify the protocol implementation. This method is called "protocol testing". [0003] Protocol testing is gen...

AI Technical Summary

Problems solved by technology

[0007] (1) The test efficiency is low, and the "one-to-one" test configuration scheme is adopted. Under one test task, only one set of system under test (SUT) can be automatically tested;

[0008] (2) The test configuration is inflexible. If centralized deployment is adopted, it will lead to "driver flooding" (like a machine loaded with multiple sets of test system driver software) in the case of supporting the test of multiple sets of systems under test, which is easy Causes software conflicts; if distributed deployment is used, although software conflicts are resolved, it still cannot solve the problem that only one set of system under test (SUT) can be automatically tested under the same task

[0009] (3) The cost of testing is high, and most automated tests are performed unattended. If you need to perform automated tests on multiple sets of systems under test (SUT), you need to configure multiple sets of test execution (TE, multi-finger instruments), and the test Execution (TE) is expensive and will lead to a substantial increase in the cost of testing

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