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期25个签入到JUnit GIT情况来看,审校将大大优于重新计算。图5示出的结果非常类似于我们用手工实际的测试情况。审校节省了原始求解器全部重新计算约65%的时间,还有自身初始计算约80%时间。在具体的数字,JUnit的GIT增量更新提交设置平均用时为46秒,其中有大约30秒是由于采用了变更集计算。图5右侧展示了如何节省并累计计时达3000多秒。
For the updates to the Soot repository, 75% of both the initial computation time and the full recomputation time with an unchanged Heros solver are saved for the reaching definitions anaysis, see Figure 7. An update takes 12 seconds on average; 10 seconds are were spent on changeset computation. The overhead of the initial computation is about 8 seconds(18% on average).
对于存储库的更新,初始计算时间和用原始求解器全部重新计算时间75%将被保存以用来定义曲线变化分析,见图7. 更新平均需要12秒,有10秒被用于变更计算。初始计算费时约为8秒(均值18秒)。
On the 25 most recent commits to the SVN repository of the AspectBench Compiler abd 2, Reviser saves about 64% of the original computation time as shown in Figure 8. The initial overhead was below the standard deviation of the original computation time and thus negligible. Even in the worst case scenario in which a commit modularized and restructured the project, Reviser performed and update in about 95% of the original computation time.
在最近25提交到AspectBench Compiler ABD 2的SVN存储库,审校节省大约64%的原始计算时间,如图8 所示。初始开销低于原来的计算时间的标准偏差,因此可忽略不计。即使在提交模块化和调整项目最坏的情况下,审校执行和更新中占约95%的原始计算时间。
For the updates to the Soot repository, 75% of both the initial computation time and the full recomputation time with an unchanged Heros solver are saved for the reaching definitions anaysis, see Figure 7. An update takes 12 seconds on average; 10 seconds are were spent on changeset computation. The overhead of the initial computation is about 8 seconds(18% on average).
对于存储库的更新,初始计算时间和用原始求解器全部重新计算时间75%将被保存以用来定义曲线变化分析,见图7. 更新平均需要12秒,有10秒被用于变更计算。初始计算费时约为8秒(均值18秒)。
On the 25 most recent commits to the SVN repository of the AspectBench Compiler abd 2, Reviser saves about 64% of the original computation time as shown in Figure 8. The initial overhead was below the standard deviation of the original computation time and thus negligible. Even in the worst case scenario in which a commit modularized and restructured the project, Reviser performed and update in about 95% of the original computation time.
在最近25提交到AspectBench Compiler ABD 2的SVN存储库,审校节省大约64%的原始计算时间,如图8 所示。初始开销低于原来的计算时间的标准偏差,因此可忽略不计。即使在提交模块化和调整项目最坏的情况下,审校执行和更新中占约95%的原始计算时间。
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