2 * EGLib Unit Group/Test Runners
5 * Aaron Bockover (abockover@novell.com)
7 * (C) 2006 Novell, Inc.
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35 #ifdef HAVE_SYS_TIME_H
44 extern gint global_passed, global_tests;
46 static gchar *last_result = NULL;
49 run_test(Test *test, gchar **result_out)
53 if((result = test->handler()) == NULL) {
63 run_group(Group *group, gint iterations, gboolean quiet,
64 gboolean time, gchar *tests_to_run_s)
66 Test *tests = group->handler();
67 gint i, j, passed = 0, total = 0;
68 gdouble start_time_group, start_time_test;
69 gchar **tests_to_run = NULL;
73 printf("[%s] (%dx)\n", group->name, iterations);
75 printf("[%s]\n", group->name);
79 if(tests_to_run_s != NULL) {
80 tests_to_run = eg_strsplit(tests_to_run_s, ",", -1);
83 start_time_group = get_timestamp();
85 for(i = 0; tests[i].name != NULL; i++) {
87 gboolean iter_pass, run;
90 if(tests_to_run != NULL) {
93 for(j = 0; tests_to_run[j] != NULL; j++) {
94 if(strcmp(tests_to_run[j], tests[i].name) == 0) {
110 printf(" %s: ", tests[i].name);
113 start_time_test = get_timestamp();
115 for(j = 0; j < iterations; j++) {
116 iter_pass = run_test(&(tests[i]), &result);
126 printf("OK (%g)\n", get_timestamp() - start_time_test);
133 printf("FAILED (%s)\n", result);
136 if(last_result == result) {
143 global_passed += passed;
144 global_tests += total;
147 gdouble pass_percentage = ((gdouble)passed / (gdouble)total) * 100.0;
149 printf(" %d / %d (%g%%, %g)\n", passed, total,
150 pass_percentage, get_timestamp() - start_time_group);
152 printf(" %d / %d (%g%%)\n", passed, total, pass_percentage);
156 if(tests_to_run != NULL) {
157 eg_strfreev(tests_to_run);
160 return passed == total;
164 FAILED(const gchar *format, ...)
170 va_start(args, format);
171 n = vasprintf(&ret, format, args);
186 /* FIXME: We should use g_get_current_time here */
188 g_get_current_time (&res);
189 return res.tv_sec + (1.e-6) * res.tv_usec;
193 * Duplicating code here from EGlib to avoid g_strsplit skew between
198 eg_strsplit (const gchar *string, const gchar *delimiter, gint max_tokens)
201 gchar *strtok_save, **vector;
202 gchar *token, *token_c;
206 g_return_val_if_fail(string != NULL, NULL);
207 g_return_val_if_fail(delimiter != NULL, NULL);
208 g_return_val_if_fail(delimiter[0] != 0, NULL);
210 token_length = strlen(string);
211 string_c = (gchar *)g_malloc(token_length + 1);
212 memcpy(string_c, string, token_length);
213 string_c[token_length] = 0;
216 token = (gchar *)strtok_r(string_c, delimiter, &strtok_save);
218 while(token != NULL) {
219 token_length = strlen(token);
220 token_c = (gchar *)g_malloc(token_length + 1);
221 memcpy(token_c, token, token_length);
222 token_c[token_length] = 0;
224 vector = vector == NULL ?
225 (gchar **)g_malloc(2 * sizeof(vector)) :
226 (gchar **)g_realloc(vector, (size + 1) * sizeof(vector));
228 vector[size - 1] = token_c;
231 if(max_tokens > 0 && size >= max_tokens) {
232 if(size > max_tokens) {
238 token = (gchar *)strtok_r(NULL, delimiter, &strtok_save);
242 if(vector != NULL && size > 0) {
243 vector[size - 1] = NULL;
253 eg_strfreev (gchar **str_array)
255 gchar **orig = str_array;
256 if (str_array == NULL)
258 while (*str_array != NULL){