...瞳引乜31中,得出了关于研究测试最小化技术的几个合理的理由: ①相比较测试用例的数目,测试用例的代码覆盖度(code coverage)与诊错能力(fault detection effectiveness)之间具有更高的关联度心引。
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在这里,有趣的是我们可以使用圈复杂度而不是 使用代码覆盖率来找出这个缺陷。
What's interesting here is that we were able to spot this defect using cyclomatic complexity rather than code coverage.
讨论了结构覆盖测试技术和程序复杂度,研究了基于决策到决策路径(DD -路径)的代码覆盖技术。
Structure coverage testing technology and program complexity is discussed, and the code coverage technology based on decision to decision path (DD-path) is studied.
也就是要写更多的测试,开发者要花更多的时间来运行测试套件,并且更有可能达不到代码的测试覆盖度,特别是当不同模式相互作用时。
So that's more tests, more time for developers to run the test suite, and more chances of missing code coverage, especially when different modes interact.
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