typedef struct test {
int (*p_function)(void); /*pointer to test function*/
- void (*p_function_clean)(void);
+ int (*p_function_clean)(void);
/*char pass_message[50]; will not need a pass message*/
char *fail_message; /*pointer to fail message, needs to include name of test*/
}test_template;
}
int dummy_test_fail(void){
//printf("running dummy_test_fail\n");
- return 0;
+ return -1;
}
void dummy_test_fail_clean(void){
}
test_template test_list[]={
- {dummy_test_pass,dummy_test_pass_clean,"dummy_test_pass"},
- {dummy_test_fail,dummy_test_fail_clean,"dummy_test_fail"},
- {mount_yaffs_test,mount_yaffs_test_clean,"mount_yaffs_test"}
+ //{dummy_test_pass,dummy_test_pass_clean,"dummy_test_pass"},
+ //{dummy_test_fail,dummy_test_fail_clean,"dummy_test_fail"},
+ {mount_yaffs_test,mount_yaffs_test_clean,"mount_yaffs_test"},
+ {test_open_file,test_open_file_clean,"test_open_file"},
+
+ {test_yaffs_access,test_yaffs_access_clean,"test_yaffs_access"},
+ {test_yaffs_unlinking, test_yaffs_unlinking_clean,"test_yaffs_unlinking"},
+
+ {test_yaffs_lseek,test_yaffs_lseek_clean,"test_yaffs_lseek"},
+ {test_yaffs_read,test_yaffs_read_clean,"test_yaffs_read"},
+ {test_yaffs_write,test_yaffs_write_clean,"test_yaffs_write"},
+
+ {test_yaffs_stat,test_yaffs_stat_clean,"test_yaffs_stat"},
+ {test_yaffs_ftruncate,test_yaffs_ftruncate_clean,"test_yaffs_ftruncate"},
+ {test_yaffs_truncate,test_yaffs_truncate_clean,"test_yaffs_truncate"}
+
};
+unsigned int num_of_tests_pass=0;
+unsigned int num_of_tests_failed=0;
+unsigned int total_number_of_tests=(sizeof(test_list)/sizeof(test_template));
int main(){
int output=0;
- unsigned int num_of_tests_pass=0;
- int num_of_tests_failed=0;
- unsigned int total_number_of_tests=(sizeof(test_list)/sizeof(test_template));
+
+
unsigned int x=0;
init_quick_tests();
- printf("quick tests for yaffs\n");
+ printf("\n\nrunning quick tests for yaffs\n");
//printf("testing yaffs\n");
//printf("len function %d",(sizeof(test_list)/sizeof(test_template)));
for (x=0;x<total_number_of_tests;x++){
//printf("x %d\n",x);
output=test_list[x].p_function(); /*run test*/
- if (output>0){
+ if (output>=0){
/*test has passed*/
num_of_tests_pass++;
}
//printf("test failed\n");
printf("test: %s failed\n",test_list[x].fail_message);
num_of_tests_failed ++;
+ quit_quick_tests(1);
+
+ }
+ output=test_list[x].p_function_clean(); /*clean the test*/
+ if (output <0){
+ /* if the test failed to clean it's self then */
+ printf("test: %s failed to clean\n",test_list[x].fail_message);
+ num_of_tests_failed ++;
+ num_of_tests_pass--;
+ quit_quick_tests(1);
}
- test_list[x].p_function_clean(); /*run test*/
}
- if (num_of_tests_pass==total_number_of_tests){
+ /*this is where the loop should break to*/
+ quit_quick_tests(0);
+ /* the progame should never get here*/
+ return 0;
+}
+
+void quit_quick_tests(int exit_code){
+ if (num_of_tests_pass==total_number_of_tests && num_of_tests_failed==0){
printf("\t OK \n");
}
- printf("tests: %d passed %d failed\n",num_of_tests_pass,num_of_tests_failed);
- return 0;
+ printf("tests: %d passed %d failed\n\n\n",num_of_tests_pass,num_of_tests_failed);
+ exit(exit_code);
}
void init_quick_tests(void){
yaffs_start_up();;
- //yaffs_set_trace(0);
+ yaffs_set_trace(0);
}