- CodeCoverage Analysis Tool
- ccs(TI Code Composer Studio) Compiler를 위한 CodeCoverage 분석기
- 컴파일러를 통해서 코드 수행 csv파일을 아래와 같이 얻는 경우
"filename","funcname",line number,column number,frequency count,"comment"
"D:\prj\hcpu\hcpu-A-002\hcpu\src\app/application2.h","app_msg",3,2,1,"console_device_printfln("app_msg")"
"D:\prj\hcpu\hcpu-A-002\hcpu\src\app/application2.h","app_msg",5,2,1,"return "
"D:\prj\hcpu\hcpu-A-002\hcpu\src\app/application2.h","app_msg",2,1,1,"goto g-1#1"- csv파일을 읽어서 아래와 같이 분석 결과를 출력
=============================================================================
# source file code coverage analaysis
=============================================================================
file path: D:\prj\hcpu\hcpu-A-002\hcpu\src\app/application2.h
coverage : 100.00 %
[function coverage]
count : 1
----------+------------------------------------------------------------------
coverage | name
----------+------------------------------------------------------------------
100.00 % | "app_msg"
----------+------------------------------------------------------------------
[line coverage]
-------+-----+------+--------------------------------------------------------
freq | cov | line | source
-------+-----+------+--------------------------------------------------------
| | 1 |cx_bool_t app_msg (void)
1 | 1.0 | 2 |{
1 | 1.0 | 3 | console_device_printfln("app_msg");
| | 4 |
1 | 1.0 | 5 | return CX_TRUE;
| | 6 |}
| | 7 |
| | 8 |
-------+-----+------+--------------------------------------------------------- UnitTest Library (C)
- 마이크로 프로세서(MCU)에서 사용하기 위해서 개발 된 유닛 테스트 라이브러리
- 아래와 같이 테스트 코드 작성 하여 실행 하면
/***************************************************************************/
#include "../ut/ut.h"
#include "ut_test_1.h"
/***************************************************************************/
/* 테스트케이스 */
ut_testcase(simple_case1, "단순 테스트케이스1")
{
ut_testassert(1 == 0);
ut_testassert(1 == 1);
}
ut_testcase(simple_case2, "단순 테스트케이스2")
{
void* param = ut_testcontext_get_param();
int* value = (int*)param;
ut_printfln("파라메터: %d", *value);
ut_testassert(3 == 3);
ut_testassert(3 == 3);
}
/***************************************************************************/
/* 테스트슈트 */
ut_testsuite_case_begin(simple_suite1)
ut_testsuite_case(simple_case1)
ut_testsuite_case(simple_case2)
ut_testsuite_case_end()
ut_testsuite(simple_suite1, "단순 테스트슈트")
/***************************************************************************/
void ut_test_1(void)
{
int param = 3;
ut_testrunner(ut_testsuite_instance(simple_suite1), ¶m, ut_nullptr);
}
/***************************************************************************/
int main()
{
ut_rt_initialize();
ut_test_1();
ut_rt_uninitialize();
return 0;
}
- 아래와 같은 결과를 출력
*****************************************************************************
# [simple_suite1] TESTSUITE BEGIN
:단순 테스트슈트
time = 1638838733.453190800 sec
*****************************************************************************
-----------------------------------------------------------------------------
# [simple_case1] TESTCASE BEGIN
:단순 테스트케이스1
# TEST ASSERTION FAILED
TESTSUITE : simple_suite1
TESTCASE : simple_case1
FILE : D:\prj\cca\ut\ut_test_1\ut_test_1.c
LINE : 11
FUNCTION : ut_testcase__simple_case1
EXPRESSION: 1 == 0
# [simple_case1] TESTCASE END
-----------------------------------------------------------------------------
# [simple_case2] TESTCASE BEGIN
:단순 테스트케이스2
파라메터: 3
# [simple_case2] TESTCASE END
*****************************************************************************
# [simple_suite1] TESTSUITE END
time = 1638838733.486191200 sec
*****************************************************************************
# [simple_suite1] TESTSUITE RESULT
:단순 테스트슈트
---------+---------------+-------+-------+-------+---------------------------
RESULT | RUNTIME | OK | FAIL | HALT | TESTCASE
---------+---------------+-------+-------+-------+---------------------------
[ FAIL ] | 0.008000700 | 1 | 1 | 0 | [simple_case1] 단순 테스트케이스1
[ OK ] | 0.001000400 | 2 | 0 | 0 | [simple_case2] 단순 테스트케이스2
---------+---------------+-------+-------+-------+---------------------------
TESTSUITE RUNTIME : 0.009001100
TESTSUITE SUCCESS : 75.00 % (3/4)
TESTCASE COUNT : 2
TESTCASE SUCCESS : 1
TESTCASE FAIL : 1
TESTCASE HALT : 0
TESTASSERT SUCCESS : 3
TESTASSERT FAIL : 1
TESTASSERT HALT : 0