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afde84236e16c505c91059cd4df1499f651c5e1b
y_project/src/test_t/test_t.c
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#include "src/test_t/test_t.h"
/*
#define DEFAULT_K "\033[0m" //Resets the text to default color
#define GREEN_K "\033[0;32m"
#define RED_K "\033[0;31m"
#define HK_EQ "[==========]"
#define HK_TR "[----------]"
#define HK_RN "[RUN ]"
#define HK_DN "[ DONE]"
#define HK_OK "[ OK ]"
#define HK_FL "[ FAILED ]"
#define HK_PS "[ PASSED ]"
*/
/*
* by default display in millisecond
*/
#ifndef SECOND
#define SECOND 0
#endif
#ifndef NANOSECOND
#define NANOSECOND 0
#endif
#if 0
#ifndef PARALLEL
#define PARALLEL 1
#define LOCK(mut)
#define UNLOCK(mut)
#else /*PARALLEL defined*/
#define LOCK(mutex_var) pthread_mutex_lock(&mutex_var);
#define UNLOCK(mutex_var) pthread_mutex_unlock(&mutex_var);
#endif
#endif /* 0 */
#define LOCK(mutex_var) pthread_mutex_lock(&mutex_var);
#define UNLOCK(mutex_var) pthread_mutex_unlock(&mutex_var);
#define INCREMENT(variable)\
do{\
if(is_parallel){\
LOCK(mut_##variable); \
++variable;\
UNLOCK(mut_##variable);\
}\
else ++variable;\
}while(0);
/*
* struct to store tests failed
*/
struct failed_lists{
char *name;
struct failed_lists *next;
};
/*
* global variables not exported
* only exist in test_t.c
*/
bool is_parallel = 0;
FILE **f_ou_th;
size_t count_tests = 0;
size_t count_pass_global = 0;
size_t count_pass_local = 0;
size_t count_fail_global = 0;
size_t count_fail_local = 0;
/*
* count in local test
* using array [count_test] global variable
*/
size_t *count_pass_test = NULL;
size_t *count_fail_test = NULL;
/*
* number of threads
*/
size_t parallel_nb = 0;
/*
* count on each thread [PARALLEL]
*/
size_t *count_pass_thread = NULL;
size_t *count_fail_thread = NULL;
size_t *id_thread_self = NULL;
/*
* the first instance of the func struct,
* it containis the first test
*/
struct func *f_beging = NULL;
/*
* current test : used by parallel tests
*/
struct func *current_fn = NULL;
/*
* list of all failed tests
*/
struct failed_lists *failed_l = NULL;
/*
* list of failed test on each thread
*/
struct failed_lists **thread_test_failed_l = NULL;
/*
* mutex to add global failed test
*/
pthread_mutex_t mut_global_list_fail;
/*
* mutex to have current test to do
*/
pthread_mutex_t mut_current_test;
pthread_mutex_t mut_count_pass_global;
pthread_mutex_t mut_count_fail_global;
pthread_mutex_t mut_count_pass_local;
pthread_mutex_t mut_count_fail_local;
/*
* end of the global variables of test_t.c
*/
/*
*
*/
void append_failed_list(struct failed_lists **fn_failed_list ,const char *name_failed){
if(*fn_failed_list){
struct failed_lists *tmp_failed_l = *fn_failed_list, *rec_tmp;
while(tmp_failed_l){
rec_tmp = tmp_failed_l;
tmp_failed_l = tmp_failed_l->next;
}
tmp_failed_l = malloc(sizeof(struct failed_lists));
tmp_failed_l->name = malloc(strlen(name_failed));
strcpy(tmp_failed_l->name, name_failed);
tmp_failed_l->next = NULL;
rec_tmp->next = tmp_failed_l;
}
else{
*fn_failed_list = malloc(sizeof(struct failed_lists));
(*fn_failed_list)->name = malloc(strlen(name_failed));
strcpy((*fn_failed_list)->name, name_failed);
(*fn_failed_list)->next = NULL;
}
}
/*
* match the id global (gives by OS) of the thread with the local (the program) id of thread
*/
long int id_of_thread_executed(void){
size_t id_from_self = pthread_self();
for(size_t i=0; i<parallel_nb + 1; ++i){
if(id_thread_self[i] == id_from_self)
return i;
}
PRINT_ERROR("something wrong on %s\n",__func__);
return -1;
}
/*
* format name of TEST(name_f) is: TEST_name_f____NUM, we extract NUM here
* to have hash_table of the count when parallel test!
*/
size_t extract_num_test__f(const char *name_f){
size_t len = strlen(name_f);
size_t val = 0, p = 1;
for(size_t i= len-1; i>=0; --i){
PRINT_DEBUG(" name_f[%ld] = %c\n",i,name_f[i]);
if(name_f[i] >= '0' && name_f[i] <= '9'){
val += p * (name_f[i]-'0');
p *= 10;
}
else break;
}
return val;
}
/*
* print all TESTs failed
*/
void list_failed_test(struct failed_lists *test_failed){
struct failed_lists *failed_lst = test_failed;
long int id_thrd = id_of_thread_executed();
if(id_thrd < 0){
while(failed_lst){
PRINT_HK_C(RED_K, HK_FL," %s\n",failed_lst->name);
failed_lst = failed_lst->next;
//if(failed_lst->next) list_failed_test(failed_lst->next);
}
}else{
while(failed_lst){
PRINT_HK_C(RED_K, HK_FL," %s, on thread[%ld]\n",failed_lst->name,id_thrd);
failed_lst = failed_lst->next;
//if(failed_lst->next) list_failed_test(failed_lst->next);
}
}
PRINT_HK_C(DEFAULT_K, HK_EQ,"%s\n","");
}
#define INCREMENT_EXPECT(expect,name)\
do{\
size_t num_test=extract_num_test__f(name);\
++count_## expect ##_test[num_test];\
PRINT_DEBUG("INCREMENT cout_%s_test[%ld] = %ld\n",#expect, num_test,count_## expect ##_test[num_test]); \
/*PRINT_DEBUG(" cout_%s_test[%ld] = %ld , count_%s_thread[%ld] = %ld\n",#expect, num_test,count_## expect ##_test[num_test]); \
size_t num_thread= id_of_thread_executed(pthread_self());\
++count_## expect ##_thread[num_thread];\
PRINT_DEBUG(" cout_%s_thread[%ld] = %ld , count_%s_thread[%ld] = %ld\n",#expect, num_thread,count_## expect ##_thread[num_thread]);*/ \
}while(0);
#define EXPECTED_EXPECT_F(expect/*, not_expect*/) \
\
bool expected_##expect##_f(bool val){ \
if(val == expect) { \
INCREMENT(count_pass_local); /*++count_pass_local*/ \
return true; \
}else { \
INCREMENT(count_fail_local); /*++count_fail_local*/ \
return false; \
} \
} \
bool expected_##expect##_f_name(bool val, const char * name){ \
if(val == expect) { \
INCREMENT_EXPECT(pass,name);\
return true; \
}else { \
INCREMENT_EXPECT(fail,name);\
return false; \
} \
} \
EXPECTED_EXPECT_F(true)
EXPECTED_EXPECT_F(false)
/*
EXPECTED_EXPECT_F(true,false)
EXPECTED_EXPECT_F(false,true)
*/
#define EXPECTED_OP_TYPE(OP,type) \
\
bool expected_##OP##_##type(type var1, type var2){ \
if(COMPARE_N_##type(&var1, &var2) OP 0){ \
INCREMENT(count_pass_local); /*++count_pass_local*/ \
return true; \
}else { \
INCREMENT(count_fail_local); /*++count_fail_local*/ \
return false; \
} \
} \
bool expected_##OP##_name_##type(type var1, type var2,const char * name){ \
if(COMPARE_N_##type(&var1, &var2) OP 0){ \
INCREMENT_EXPECT(pass,name);\
return true; \
}else { \
INCREMENT_EXPECT(fail,name);\
return false; \
} \
}
EXPECTED_OP_TYPE(EQ,TYPE_CHAR)
EXPECTED_OP_TYPE(EQ,TYPE_U_CHAR)
EXPECTED_OP_TYPE(EQ,TYPE_INT)
EXPECTED_OP_TYPE(EQ,TYPE_U_INT)
EXPECTED_OP_TYPE(EQ,TYPE_L_INT)
EXPECTED_OP_TYPE(EQ,TYPE_U_L_INT)
EXPECTED_OP_TYPE(EQ,TYPE_SIZE_T)
EXPECTED_OP_TYPE(EQ,TYPE_FLOAT)
EXPECTED_OP_TYPE(EQ,TYPE_DOUBLE)
EXPECTED_OP_TYPE(EQ,TYPE_L_DOUBLE)
EXPECTED_OP_TYPE(EQ,TYPE_STRING)
EXPECTED_OP_TYPE(LT,TYPE_CHAR)
EXPECTED_OP_TYPE(LT,TYPE_U_CHAR)
EXPECTED_OP_TYPE(LT,TYPE_INT)
EXPECTED_OP_TYPE(LT,TYPE_U_INT)
EXPECTED_OP_TYPE(LT,TYPE_L_INT)
EXPECTED_OP_TYPE(LT,TYPE_U_L_INT)
EXPECTED_OP_TYPE(LT,TYPE_SIZE_T)
EXPECTED_OP_TYPE(LT,TYPE_FLOAT)
EXPECTED_OP_TYPE(LT,TYPE_DOUBLE)
EXPECTED_OP_TYPE(LT,TYPE_L_DOUBLE)
EXPECTED_OP_TYPE(LT,TYPE_STRING)
EXPECTED_OP_TYPE(GT,TYPE_CHAR)
EXPECTED_OP_TYPE(GT,TYPE_U_CHAR)
EXPECTED_OP_TYPE(GT,TYPE_INT)
EXPECTED_OP_TYPE(GT,TYPE_U_INT)
EXPECTED_OP_TYPE(GT,TYPE_L_INT)
EXPECTED_OP_TYPE(GT,TYPE_U_L_INT)
EXPECTED_OP_TYPE(GT,TYPE_SIZE_T)
EXPECTED_OP_TYPE(GT,TYPE_FLOAT)
EXPECTED_OP_TYPE(GT,TYPE_DOUBLE)
EXPECTED_OP_TYPE(GT,TYPE_L_DOUBLE)
EXPECTED_OP_TYPE(GT,TYPE_STRING)
EXPECTED_OP_TYPE(LE,TYPE_CHAR)
EXPECTED_OP_TYPE(LE,TYPE_U_CHAR)
EXPECTED_OP_TYPE(LE,TYPE_INT)
EXPECTED_OP_TYPE(LE,TYPE_U_INT)
EXPECTED_OP_TYPE(LE,TYPE_L_INT)
EXPECTED_OP_TYPE(LE,TYPE_U_L_INT)
EXPECTED_OP_TYPE(LE,TYPE_SIZE_T)
EXPECTED_OP_TYPE(LE,TYPE_FLOAT)
EXPECTED_OP_TYPE(LE,TYPE_DOUBLE)
EXPECTED_OP_TYPE(LE,TYPE_L_DOUBLE)
EXPECTED_OP_TYPE(LE,TYPE_STRING)
EXPECTED_OP_TYPE(GE,TYPE_CHAR)
EXPECTED_OP_TYPE(GE,TYPE_U_CHAR)
EXPECTED_OP_TYPE(GE,TYPE_INT)
EXPECTED_OP_TYPE(GE,TYPE_U_INT)
EXPECTED_OP_TYPE(GE,TYPE_L_INT)
EXPECTED_OP_TYPE(GE,TYPE_U_L_INT)
EXPECTED_OP_TYPE(GE,TYPE_SIZE_T)
EXPECTED_OP_TYPE(GE,TYPE_FLOAT)
EXPECTED_OP_TYPE(GE,TYPE_DOUBLE)
EXPECTED_OP_TYPE(GE,TYPE_L_DOUBLE)
EXPECTED_OP_TYPE(GE,TYPE_STRING)
EXPECTED_OP_TYPE(NE,TYPE_CHAR)
EXPECTED_OP_TYPE(NE,TYPE_U_CHAR)
EXPECTED_OP_TYPE(NE,TYPE_INT)
EXPECTED_OP_TYPE(NE,TYPE_U_INT)
EXPECTED_OP_TYPE(NE,TYPE_L_INT)
EXPECTED_OP_TYPE(NE,TYPE_U_L_INT)
EXPECTED_OP_TYPE(NE,TYPE_SIZE_T)
EXPECTED_OP_TYPE(NE,TYPE_FLOAT)
EXPECTED_OP_TYPE(NE,TYPE_DOUBLE)
EXPECTED_OP_TYPE(NE,TYPE_L_DOUBLE)
EXPECTED_OP_TYPE(NE,TYPE_STRING)
void
append_func(void (*run)(void), char *name){
static struct func *f_static = NULL;
if(f_beging == NULL){
f_beging = malloc(sizeof(struct func));
f_static = f_beging;
f_static->name = malloc(strlen(name));
strcpy(f_static->name,name);
f_static->run = run;
f_static->next = NULL;
}
else{
struct func *tmp = malloc(sizeof(struct func));
tmp->run = run;
tmp->name = malloc(strlen(name));
strcpy(tmp->name,name);
tmp->next = NULL;
f_static->next = tmp;
f_static = tmp;
}
++count_tests;
}
void begin_execute_func(char *fun_ame, struct timespec *start_t){
clock_gettime(CLOCK_REALTIME, start_t);
PRINT_HK_C(GREEN_K,HK_RN," %s\n", fun_ame);
count_pass_local = 0;
count_fail_local = 0;
}
#define PRINT_TIMESTAMP_STAT(color)\
if(SECOND) PRINT_HK_C(color,HK_DN," %lu tests passed from %s (%lf s)\n\n",count_pass_local,fun_ame, diff_timespec_seconds(end_t, start_t));\
else if(NANOSECOND) PRINT_HK_C(color,HK_DN," %lu tests passed from %s (%ld ns)\n\n",count_pass_local,fun_ame, diff_timespec_nanoseconds(end_t, start_t));\
else PRINT_HK_C(color,HK_DN," %lu tests passed from %s (%lf ms)\n\n",count_pass_local,fun_ame, diff_timespec_milliseconds(end_t, start_t));
void end_execute_func(char *fun_ame, struct timespec start_t){
struct timespec end_t; clock_gettime(CLOCK_REALTIME, &end_t);
if(count_fail_local){
INCREMENT(count_fail_global); /*++count_fail_global*/
append_failed_list(&failed_l, fun_ame);
PRINT_HK_C(RED_K, HK_FL, " %lu tests failed from %s\n",count_fail_local,fun_ame);
PRINT_TIMESTAMP_STAT(RED_K);
}
else
{
INCREMENT(count_pass_global); /*++count_pass_global*/
PRINT_TIMESTAMP_STAT(GREEN_K);
}
}
/*
* print on the top of test
*/
void head_run(size_t nbtest, struct timespec *start_t){
clock_gettime(CLOCK_REALTIME, start_t);
PRINT_HK_C(GREEN_K, HK_EQ," Running %lu tests.\n",nbtest);
}
/*
* printing on the end of test
*/
void
stat_end_run(size_t ntst, struct timespec start_t){
struct timespec end_t; clock_gettime(CLOCK_REALTIME, &end_t);
if(SECOND) PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran. (%lf s total)\n",ntst, diff_timespec_seconds(end_t, start_t));
else if(NANOSECOND) PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran. (%ld ns total)\n",ntst, diff_timespec_nanoseconds(end_t, start_t));
else PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran. (%lf ms total)\n",ntst, diff_timespec_milliseconds(end_t, start_t));
PRINT_HK_C(GREEN_K, HK_PS," %lu tests\n", count_pass_global);
if(failed_l != NULL){
PRINT_HK_C(RED_K, HK_FL," %lu tests, listed below:\n",count_fail_global);
list_failed_test(failed_l);
PRINT_HK_C("","","\n%ld FAILED TESTS \n",count_fail_global);
}
}
bool is_in_array(size_t *array, size_t sz, size_t num){
bool found = false;
for(size_t i = 0; i < sz; ++i){
if(array[i] == num){
found = true;
break;
}
}
return found;
}
void execute_all(struct func *fun){
struct func *tmp = fun;
struct timespec start_t;
//PRINT_HK_C(GREEN_K, HK_EQ," Running %lu tests.\n",count_tests);
while(tmp){
begin_execute_func(tmp->name, &start_t);
tmp->run();
end_execute_func(tmp->name, start_t);
tmp = tmp->next;
}
}
void execute_one_test(struct func *fun, size_t num){
size_t cur = 0;
struct timespec start_t;
struct func *tmp = fun;
while(tmp){
if(cur++ == num){
begin_execute_func(tmp->name, &start_t);
tmp->run();
end_execute_func(tmp->name, start_t);
}
tmp = tmp->next;
}
}
void execute_some_tests_ordered(struct func *fun, size_t cnt, size_t *array )
{
struct timespec start_t;
struct func *tmp = fun;
size_t cur = 0, index = 0;
while(tmp){
if((cur < cnt) && (index++ == array[cur])){
begin_execute_func(tmp->name, &start_t);
tmp->run();
end_execute_func(tmp->name, start_t);
++cur;
}
tmp = tmp->next;
}
}
void
run_some_tests(size_t cnt, ...)
{
struct timespec start_t;
head_run(cnt, &start_t);
va_list args;
va_start(args, cnt);
for(size_t i=0; i < cnt; ++i){
execute_one_test(f_beging, va_arg(args, size_t));
}
va_end(args);
stat_end_run(cnt, start_t);
}
void
run_some_tests_ordered(size_t cnt, ... )
{
struct timespec start_t;
head_run(cnt, &start_t);
va_list args;
va_start(args, cnt);
size_t *array=malloc(cnt*sizeof(size_t));
for(size_t i=0; i < cnt; ++i){
array[i] = va_arg(args, size_t);
}
execute_some_tests_ordered(f_beging, cnt, array);
va_end(args);
stat_end_run(cnt, start_t);
}
void execute_all_tests_exept(struct func *fun, size_t cnt, size_t *array )
{
struct timespec start_t;
struct func *tmp = fun;
size_t cur = 0;
while(tmp){
if(!is_in_array(array, cnt, cur++)){
begin_execute_func(tmp->name, &start_t);
tmp->run();
end_execute_func(tmp->name, start_t);
}
tmp = tmp->next;
}
}
void
run_all_tests_exept(size_t cnt, ... )
{
struct timespec start_t;
if(count_tests >= cnt)
head_run(count_tests - cnt, &start_t);
va_list args;
va_start(args, cnt);
size_t *array=malloc(cnt*sizeof(size_t));
for(size_t i=0; i < cnt; ++i){
array[i] = va_arg(args, size_t);
}
execute_all_tests_exept(f_beging, cnt, array);
va_end(args);
if(count_tests >= cnt)
stat_end_run(count_tests - cnt, start_t);
}
void
run_all_tests()
{
struct timespec start_t;
head_run(count_tests, &start_t);
execute_all(f_beging);
stat_end_run(count_tests, start_t);
}
#if 0
/*
* parallel run tests / div section
*/
void execute_div_test(struct func *fun, size_t num){
size_t cur = 0;
struct timespec start_t;
struct func *tmp = fun;
while(tmp){
if(cur %PARALLEL == num){
PRINT_DEBUG("thread [%ld], cur = %ld , cur mod PARA = %ld , funcname = %s \n", num,cur, cur%PARALLEL, tmp->name);
begin_execute_func(tmp->name, &start_t);
tmp->run();
end_execute_func(tmp->name, start_t);
}
tmp = tmp->next;
++cur;
}
}
void*
run_all_div_tests(void *id)
{
size_t id_th=*(size_t*)id;
struct timespec start_t;
head_run(count_tests/PARALLEL, &start_t);
execute_div_test(f_beging, id_th);
stat_end_run(count_tests/PARALLEL, start_t);
}
#endif
/*
* begin end parallel tests
*/
/*
* print on the top of all test (parallel case)
*/
void head_all_parallel_run(struct timespec *start_t){
clock_gettime(CLOCK_REALTIME, start_t);
PRINT_HK_C(GREEN_K, HK_EQ," Running tests on %ld threads\n", parallel_nb);
}
/*
* print on the top of test in parallel
*/
void head_parallel_run(struct timespec *start_t, size_t id_thrd){
char name_file_output[256];
sprintf(name_file_output,"log_thread_%ld_id_%ld",id_thrd,pthread_self());
f_ou_th[id_thrd] = fopen(name_file_output, "w+");
clock_gettime(CLOCK_REALTIME, start_t);
PRINT_HK_C(GREEN_K, HK_EQ," Running tests on thread[%ld] ========== ==threadID== %ld \n", id_thrd,pthread_self());
}
/*
* printing stat of each thread tests
*/
void
stat_end_parallel_run(size_t ntst, struct timespec start_t, size_t id_thrd){
struct timespec end_t; clock_gettime(CLOCK_REALTIME, &end_t);
if(SECOND) PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran on thread[%ld]. (%lf s total) \n",ntst, id_thrd, diff_timespec_seconds(end_t, start_t));
else if(NANOSECOND) PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran on thread[%ld]. (%ld ns total)\n",ntst, id_thrd, diff_timespec_nanoseconds(end_t, start_t));
else PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran on thread[%ld]. (%lf ms total)\n",ntst, id_thrd, diff_timespec_milliseconds(end_t, start_t));
PRINT_HK_C(GREEN_K, HK_PS," %lu tests passed on thread[%ld]\n", count_pass_thread[id_thrd], id_thrd);
if(thread_test_failed_l[id_thrd] != NULL){
PRINT_HK_C(RED_K, HK_FL," %lu tests failed on thread[%ld], listed below:\n",count_fail_thread[id_thrd],id_thrd);
list_failed_test(thread_test_failed_l[id_thrd]);
}
}
/*
* stat of all tests on all threads
*/
void
stat_end_all_parallel_run(size_t ntst, struct timespec start_t){
struct timespec end_t; clock_gettime(CLOCK_REALTIME, &end_t);
//PRINT_HK_C(DEFAULT_K, HK_EQ," %s: all parallel tests done\n\n",__FILE__);
if(SECOND) PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran on %ld threads. (%lf s total) \n",ntst, parallel_nb, diff_timespec_seconds(end_t, start_t));
else if(NANOSECOND) PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran on %ld threads. (%ld ns total)\n",ntst, parallel_nb, diff_timespec_nanoseconds(end_t, start_t));
else PRINT_HK_C(GREEN_K, HK_EQ," %lu tests ran on %ld threads. (%lf ms total)\n",ntst, parallel_nb, diff_timespec_milliseconds(end_t, start_t));
PRINT_HK_C(GREEN_K, HK_PS," %lu tests\n", count_pass_global);
if(failed_l != NULL){
PRINT_HK_C(RED_K, HK_FL," %lu tests, listed below:\n",count_fail_global);
list_failed_test(failed_l);
PRINT_HK_C("","","\n%ld FAILED TESTS \n",count_fail_global);
}
}
void begin_execute_func_parallel(char *fun_ame, struct timespec *start_t, size_t id_thrd){
clock_gettime(CLOCK_REALTIME, start_t);
PRINT_HK_C(GREEN_K,HK_RN," %s on thread[%ld]\n", fun_ame, id_thrd);
}
#define PRINT_TIMESTAMP_STAT_PARALLEL(color)\
if(SECOND) PRINT_HK_C(color,HK_DN," %lu tests passed from %s (%lf s), on thread[%ld]\n\n",count_pass_test[num_test],fun_ame, diff_timespec_seconds(end_t, start_t),id_thrd);\
else if(NANOSECOND) PRINT_HK_C(color,HK_DN," %lu tests passed from %s (%ld ns), on thread[%ld]\n\n",count_pass_test[num_test],fun_ame, diff_timespec_nanoseconds(end_t, start_t),id_thrd);\
else PRINT_HK_C(color,HK_DN," %lu tests passed from %s (%lf ms), on thread[%ld]\n\n",count_pass_test[num_test],fun_ame, diff_timespec_milliseconds(end_t, start_t),id_thrd);
void end_execute_func_parallel(char *fun_ame, struct timespec start_t, size_t id_thrd){
struct timespec end_t; clock_gettime(CLOCK_REALTIME, &end_t);
size_t num_test = extract_num_test__f(fun_ame);
PRINT_DEBUG(" ... thread[%ld], count_fail_test[%ld] = %ld ... %s\n", id_thrd, num_test, count_fail_test[num_test],fun_ame);
if(count_fail_test[num_test]){
INCREMENT(count_fail_global); /*++count_fail_global*/
append_failed_list(&thread_test_failed_l[id_thrd], fun_ame);
++(count_fail_thread[id_thrd]);
LOCK(mut_global_list_fail);
append_failed_list(&failed_l, fun_ame);
UNLOCK(mut_global_list_fail);
PRINT_HK_C(RED_K, HK_FL, " %lu tests failed from %s on thread[%ld], %ld tests failed on thread[%ld]\n",count_fail_test[num_test],fun_ame, id_thrd,count_fail_thread[id_thrd],id_thrd);
PRINT_TIMESTAMP_STAT_PARALLEL(RED_K);
}
else
{
++(count_pass_thread[id_thrd]);
INCREMENT(count_pass_global); /*++count_pass_global*/
PRINT_TIMESTAMP_STAT_PARALLEL(GREEN_K);
}
}
void execute_test_parallel(size_t id_thrd){
struct timespec start_t;
struct func *tmp;
do{
LOCK(mut_current_test);
tmp = current_fn;
if(tmp){
current_fn = tmp->next;
UNLOCK(mut_current_test);
PRINT_DEBUG(" *** thread[%ld], func_name = %s *** \n", id_thrd, tmp->name);
begin_execute_func_parallel(tmp->name, &start_t, id_thrd);
tmp->run();
end_execute_func_parallel(tmp->name, start_t, id_thrd);
}
else{
UNLOCK(mut_current_test);
}
}while(tmp);
}
void*
run_parallel_tests(void *id)
{
size_t id_th=*(size_t*)id;
id_thread_self[id_th] = pthread_self();
struct timespec start_t;
head_parallel_run(&start_t, id_th);
execute_test_parallel(id_th);
stat_end_parallel_run(count_fail_thread[id_th]+count_pass_thread[id_th], start_t, id_th);
}
/*
* initialisation
*/
void
init_parallel_test_()
{
is_parallel = 1;
f_ou_th = malloc((parallel_nb + 1) *sizeof(FILE*));
/*
* on thread principale
*/
char name_file_output[256];
sprintf(name_file_output,"log_principal_thread_%ld_id_%ld",parallel_nb,pthread_self());
f_ou_th[parallel_nb] = fopen(name_file_output, "w+");
count_pass_test = malloc(count_tests * sizeof(size_t));
count_fail_test = malloc(count_tests * sizeof(size_t));
for(size_t i=0; i<count_tests; ++i){
count_pass_test[i]=0;
count_fail_test[i]=0;
}
thread_test_failed_l = malloc(parallel_nb * sizeof(struct failed_lists*));
count_pass_thread = malloc(parallel_nb * sizeof(size_t));
count_fail_thread = malloc(parallel_nb * sizeof(size_t));
id_thread_self = malloc((parallel_nb + 1) * sizeof(size_t));
id_thread_self[parallel_nb]= pthread_self();// main thread
for(size_t i=0; i<parallel_nb; ++i){
thread_test_failed_l[i] = NULL;
count_pass_thread[i] = 0;
count_fail_thread[i] = 0;
}
current_fn = f_beging;
pthread_mutex_init(&mut_global_list_fail, NULL);
pthread_mutex_init(&mut_current_test, NULL);
pthread_mutex_init(&mut_count_pass_global, NULL);
pthread_mutex_init(&mut_count_fail_global, NULL);
pthread_mutex_init(&mut_count_pass_local, NULL);
pthread_mutex_init(&mut_count_fail_local, NULL);
}
/*
* finalisation, cleanup
*/
void
final_parallel_test_()
{
free(count_pass_test);
free(count_fail_test);
free(count_pass_thread);
free(count_fail_thread);
free(thread_test_failed_l);
pthread_mutex_destroy(&mut_global_list_fail);
pthread_mutex_destroy(&mut_current_test);
pthread_mutex_destroy(&mut_count_pass_global);
pthread_mutex_destroy(&mut_count_fail_global);
pthread_mutex_destroy(&mut_count_pass_local);
pthread_mutex_destroy(&mut_count_fail_local);
char reader[256];
for(size_t id_thrd =0 ; id_thrd <= parallel_nb; ++id_thrd){
rewind(f_ou_th[id_thrd]); // put the file pointer to the begin of file;
while(fgets(reader, 255,f_ou_th[id_thrd] )){
fprintf(F_OUT,"%s",reader);
}
fclose(f_ou_th[id_thrd]);
}
//fclose(f_ou_th[parallel_nb]);
}
void run_all_tests_parallel(size_t parallel)
{
parallel_nb = parallel; /* need to be here to initialise parallel_nb for init_parallel_test_ */
init_parallel_test_();
struct timespec start_t;
head_all_parallel_run(&start_t);
pthread_t *thrd = malloc(parallel_nb * sizeof(pthread_t));
size_t *id_th = malloc( parallel_nb * sizeof(size_t));
for(size_t i = 0; i < parallel_nb; ++i){
id_th[i]=i;
pthread_create(&thrd[i], NULL, run_parallel_tests, (void*)&id_th[i]);
}
for(size_t i=0; i<parallel_nb; ++i){
pthread_join(thrd[i], NULL);
}
stat_end_all_parallel_run(count_tests, start_t );
free(id_th);
free(thrd);
final_parallel_test_();
}
void
clear_all_func(struct func **fun)
{
struct func *tmp = *fun, *ttmp;
while(tmp != NULL){
ttmp = tmp;
tmp = tmp->next;
free(ttmp);
}
}
/*
* to purge func list!
* optionnal but good practice
*/
__attribute__((destructor))
void
purge_tests()
{
struct func *tmp = f_beging;
clear_all_func(&tmp);
PRINT_DEBUG("%s\n","purge done");
}
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