1) Source Level Instrumentation
源代码级插桩
2) Dynamic Binary Instrumentation(DBI)
动态代码插桩
3) Source-Level Debug
源代码级调试
4) Stub Code
桩代码
6) code instrumentation
代码插装
1.
In order to meet relevant requirements in the area of real-time dynamic scheduling,a novel approach was proposed to enable real-time programs to estimate their own remaining worst-case execution times(RWET) by means of code instrumentations.
利用代码插装完成实时任务对自身剩余最长执行时间的运行时自我预估,以满足实时动态调度领域的相关需要。
2.
This paper introduces the background of code instrumentation technology and gives a brief comparison between manual and automatic instrumentation at first.
介绍了代码插装技术的应用背景比较了手工和自动两种代码插装方式重点分析和比较了代码自动插装在编译过程中各阶段实现的可行性和思路提出在编译预处理和编译阶段之间增加一个CPU无关的编译预处理文件且具有代码自动插装功能的语法词法分析阶段的一种最佳实现方案给出了一个简单原型的实
3.
The path constraints are collected and generated through code instrumentation during the application execution,and new path constraints are generated with a search algorithm and solved,which constructs new inputs that can steer the application to follow alternative execution paths.
通过代码插装,在程序执行过程中收集路径约束条件,依据一定的路径遍历算法生成新路径约束条件并进行求解,构造可以引导程序向新路径执行的输入测试数据。
补充资料：插插
1.犹喳喳。低语声。
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