voidtest_2(){ printf("test2"); } intmain(){ test_1(); // test_2(); return0; } 编译:gcc -g -fprofile-arcs -ftest-coverage main.cpp 此时,目录结构如下,GCC生成了一个main.gcno文件: main.cpp main.gcno a.out 执行:./a.out 此时,目录结构如下,程序运行后生成了一个 main.gcda 覆盖率...
3 3、进行业务功能测所 4 4、收集测试数据，进入到$XXX_HOME目录下，执行lcov -d ./ -b -c -o testresult.info 5 5、生成HTML报告 genhtml -o testresult testresult.info 6 6、下载查看结果，将testresult 下载到本地进行观看.注意事项 附录：lcov的安装 ，需要使用root账户登陆，执行rpm -ivh lcov-1...
重要的是,我们现在定义了两次main(): 用于生产环境的main.cpp 用于测试目的的test.cpp 我们现在将在CMakeLists.txt的底部添加第二个可执行文件: 代码语言:javascript 代码运行次数:0 运行 复制 add_executable(test test.cpp) target_link_libraries(test program) 这创建了另一个目标,它与生产中的完全相同的二...
内容取自Debug/src/subdir.mk,然后增加--coverage参数,该规则会覆盖Debug/src/subdir.mk中原来的规则,该文件会被Debug/Makefile文件包含。 使用 将被测试文件code1.c和code2.c放在src/文件夹下(其它文件不放在这个文件夹下)。 编写测试函数 inttest_all(void){ __gcov_call_constructors();printf("code1_fun...
8.COVTOOL COVTOOL is an open source test coverage analyzer for C++ programs. It lets you dynamically instrument your source code as you compile. An instrumented program keeps track of the lines of code that were executed during its run and produces a log of the same upon program termination...
TestRe-readSymbolsRebuildTest ysis ysis GenerateTestCase:生成并执试用例ClearCoverageCoverageSourceChangeToolbarShowTooltilesRuleWizardProjectTreeMainGUIPanelOutputMessagePanel快捷菜单:在SourceCodeEditSourceSearchRefreshShowCoverageTextProperties ysis在静态分析栏中的Results是对静态分析结果的一个罗列。每个红色精灵帽都...
Jeda offers SystemC-assertion-coverage toolSmall Cell VariantsTechnologiesThe article reviews the Native-SystemC-verification computer software from Jeda Technologies.Santarini, MichaelEDN
description of auxnameandinstructions on how to generate test coverage data.Coveragedata will match the source files more closely,ifyoudonotoptimize. 首先需要安装依赖gcov和lcov gcov在gcc包中已经包含了,locv是ltp的一个gcov扩展插件,用来产生HTML报告. ...
Integration with Simulink Coverage™, Simulink Test™, and Simulink Design Verifier™ Integration with Simulink Coder™The C Caller block and the C Function block allow you to bring C algorithms into Simulink. To model dynamic systems, use the S-Function Builder instead. Next steps describe...
It "Verilates" the specified Verilog or SystemVerilog code by reading it, performing lint checks, and optionally inserting assertion checks and coverage-analysis points. It outputs single- or multithreaded .cpp and .h files, the "Verilated" code....