Branch Coverage

t/lib/MyTest.xs

Criterion	Covered	Total	%
branch	3	306	0.9

line	true	false	branch
28	0	0	if (ix == 0) RETVAL = SYSTIMEGM(&date);
35	2	0	localtime(epoch, &date);
36	2	0	auto sz = strftime(buf, sizeof(buf), fmt, &date);
37	0	2	if (!sz) croak("should not happen");
47	0	0	string tzname = ix == 0 ? string("GMT") : tzlocal()->name;
	0	0	string tzname = ix == 0 ? string("GMT") : tzlocal()->name;
	0	0	string tzname = ix == 0 ? string("GMT") : tzlocal()->name;
	0	0	string tzname = ix == 0 ? string("GMT") : tzlocal()->name;
	0	0	string tzname = ix == 0 ? string("GMT") : tzlocal()->name;
49	0	0	bool test = (hstr != NULL && strlen(hstr) > 0);
	0	0	bool test = (hstr != NULL && strlen(hstr) > 0);
52	0	0	if (!sranded) { srand(time(NULL)); sranded = true; }
56	0	0	if (step == 0) {
64	0	0	for (ptime_t i = from; i < till; i += step) {
69	0	0	if (isrand) epoch = rand() % (2*disperse) - disperse;
73	0	0	if (ix == 0) {
74	0	0	gmtime(epoch, &date1);
77	0	0	localtime(epoch, &date1);
81	0	0	if (cnt % 100000 == 0 && !test) printf("TESTED #%d, last %04i-%02i-%02i %02i:%02i:%02i (off:%ld, dst=%d, zone=%s)\n", cnt, date2.tm_year+1900, date2.tm_mon+1, date2.tm_mday, date2.tm_hour, date2.tm_min, date2.tm_sec, date2.tm_gmtoff, date2.tm_isdst, date2.tm_zone);
	0	0	if (cnt % 100000 == 0 && !test) printf("TESTED #%d, last %04i-%02i-%02i %02i:%02i:%02i (off:%ld, dst=%d, zone=%s)\n", cnt, date2.tm_year+1900, date2.tm_mon+1, date2.tm_mday, date2.tm_hour, date2.tm_min, date2.tm_sec, date2.tm_gmtoff, date2.tm_isdst, date2.tm_zone);
	0	0	if (cnt % 100000 == 0 && !test) printf("TESTED #%d, last %04i-%02i-%02i %02i:%02i:%02i (off:%ld, dst=%d, zone=%s)\n", cnt, date2.tm_year+1900, date2.tm_mon+1, date2.tm_mday, date2.tm_hour, date2.tm_min, date2.tm_sec, date2.tm_gmtoff, date2.tm_isdst, date2.tm_zone);
83	0	0	if (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday ||
	0	0	if (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday ||
	0	0	if (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday ||
	0	0	if (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday ||
84	0	0	date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec ||
	0	0	date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec ||
	0	0	date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec ||
85	0	0	date1.isdst != date2.tm_isdst || date1.gmtoff != date2.tm_gmtoff || strcmp(date1.zone, date2.tm_zone) != 0) {
	0	0	date1.isdst != date2.tm_isdst || date1.gmtoff != date2.tm_gmtoff || strcmp(date1.zone, date2.tm_zone) != 0) {
93	0	0	);
98	0	0	if (!test) printf("TESTED %d TIMES\n", cnt);
	0	0	if (!test) printf("TESTED %d TIMES\n", cnt);
108	0	0	bool test = (hstr != NULL && strlen(hstr) > 0);
	0	0	bool test = (hstr != NULL && strlen(hstr) > 0);
111	0	0	if (!sranded) { srand(time(NULL)); sranded = true; }
115	0	0	if (step == 0) {
119	0	0	if (disperce_years > 200) disperce_years = 200;
124	0	0	for (ptime_t i = from; step > 0 ? (i < till) : (i > till); i += step) {
	0	0	for (ptime_t i = from; step > 0 ? (i < till) : (i > till); i += step) {
129	0	0	if (isrand) {
130	0	0	if (ix == 0) {
159	0	0	if (ix == 0) gmtime(i, &date1);
	0	0	if (ix == 0) gmtime(i, &date1);
160	0	0	else localtime(i, &date1);
163	0	0	if (ix == 1) date1.isdst = -1;
171	0	0	if (ix == 0) {
173	0	0	if (isrand) mytime = timegm(&date1); // need normalization
	0	0	if (isrand) mytime = timegm(&date1); // need normalization
174	0	0	else mytime = timegml(&date1);
176	0	0	mytime = timelocal(&date1);
180	0	0	if (cnt % 100000 == 0 && !test) printf("TESTED #%d, last %04d-%02d-%02d %02d:%02d:%02d\n", cnt, date2.tm_year+1900, date2.tm_mon+1, date2.tm_mday, date2.tm_hour, date2.tm_min, date2.tm_sec);
	0	0	if (cnt % 100000 == 0 && !test) printf("TESTED #%d, last %04d-%02d-%02d %02d:%02d:%02d\n", cnt, date2.tm_year+1900, date2.tm_mon+1, date2.tm_mday, date2.tm_hour, date2.tm_min, date2.tm_sec);
	0	0	if (cnt % 100000 == 0 && !test) printf("TESTED #%d, last %04d-%02d-%02d %02d:%02d:%02d\n", cnt, date2.tm_year+1900, date2.tm_mon+1, date2.tm_mday, date2.tm_hour, date2.tm_min, date2.tm_sec);
182	0	0	bool same_ymdhms = (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday || date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec) ? false : true;
	0	0	bool same_ymdhms = (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday || date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec) ? false : true;
	0	0	bool same_ymdhms = (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday || date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec) ? false : true;
	0	0	bool same_ymdhms = (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday || date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec) ? false : true;
	0	0	bool same_ymdhms = (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday || date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec) ? false : true;
	0	0	bool same_ymdhms = (date1.year != (date2.tm_year + 1900) || date1.mon != date2.tm_mon || date1.mday != date2.tm_mday || date1.hour != date2.tm_hour || date1.min != date2.tm_min || date1.sec != date2.tm_sec) ? false : true;
183	0	0	bool same_zone = (date1.isdst != date2.tm_isdst || date1.gmtoff != date2.tm_gmtoff || strcmp(date1.zone, date2.tm_zone) != 0) ? false : true;
	0	0	bool same_zone = (date1.isdst != date2.tm_isdst || date1.gmtoff != date2.tm_gmtoff || strcmp(date1.zone, date2.tm_zone) != 0) ? false : true;
	0	0	bool same_zone = (date1.isdst != date2.tm_isdst || date1.gmtoff != date2.tm_gmtoff || strcmp(date1.zone, date2.tm_zone) != 0) ? false : true;
184	0	0	bool same_date = same_ymdhms && same_zone;
	0	0	bool same_date = same_ymdhms && same_zone;
186	0	0	if (mytime != truetime || !same_date) {
	0	0	if (mytime != truetime || !same_date) {
187	0	0	if (truetime == -1) continue; // OS cannot handle such dates
189	0	0	if (same_ymdhms && ix == 1) { // if ambiguity, OS may return unpredicted results. Lets handle that.
	0	0	if (same_ymdhms && ix == 1) { // if ambiguity, OS may return unpredicted results. Lets handle that.
192	0	0	mytime = timelocal(&tmpdate);
193	0	0	if (mytime == truetime) continue;
202	0	0	copy1.isdst, (int)tzlocal()->name.length(), tzlocal()->name.data()
	0	0	copy1.isdst, (int)tzlocal()->name.length(), tzlocal()->name.data()
203	0	0	);
207	0	0	copy2.tm_year+1900, copy2.tm_mon+1, copy2.tm_mday, copy2.tm_hour, copy2.tm_min, copy2.tm_sec, copy2.tm_isdst, (int)tzlocal()->name.length(), tzlocal()->name.data()
	0	0	copy2.tm_year+1900, copy2.tm_mon+1, copy2.tm_mday, copy2.tm_hour, copy2.tm_min, copy2.tm_sec, copy2.tm_isdst, (int)tzlocal()->name.length(), tzlocal()->name.data()
208	0	0	);
209	0	0	warn("diff is %lli", (long long)(mytime - truetime));
214	0	0	if (!test) printf("TESTED %d TIMES\n", cnt);
	0	0	if (!test) printf("TESTED %d TIMES\n", cnt);
222	0	0	if (ix == 0) while(epoch++ < max_epoch) gmtime(epoch, &date);
	0	0	if (ix == 0) while(epoch++ < max_epoch) gmtime(epoch, &date);
	0	0	if (ix == 0) while(epoch++ < max_epoch) gmtime(epoch, &date);
223	0	0	else if (ix == 1) while(epoch++ < max_epoch) localtime(epoch, &date);
	0	0	else if (ix == 1) while(epoch++ < max_epoch) localtime(epoch, &date);
	0	0	else if (ix == 1) while(epoch++ < max_epoch) localtime(epoch, &date);
225	0	0	RETVAL = Array::create();
226	0	0	RETVAL.push(Simple(date.sec));
	0	0	RETVAL.push(Simple(date.sec));
227	0	0	RETVAL.push(Simple(date.min));
	0	0	RETVAL.push(Simple(date.min));
228	0	0	RETVAL.push(Simple(date.hour));
	0	0	RETVAL.push(Simple(date.hour));
229	0	0	RETVAL.push(Simple(date.mday));
	0	0	RETVAL.push(Simple(date.mday));
230	0	0	RETVAL.push(Simple(date.mon));
	0	0	RETVAL.push(Simple(date.mon));
231	0	0	RETVAL.push(Simple(date.year));
	0	0	RETVAL.push(Simple(date.year));
232	0	0	RETVAL.push(Simple(date.wday));
	0	0	RETVAL.push(Simple(date.wday));
233	0	0	RETVAL.push(Simple(date.yday));
	0	0	RETVAL.push(Simple(date.yday));
234	0	0	RETVAL.push(Simple(date.isdst));
	0	0	RETVAL.push(Simple(date.isdst));
235	0	0	RETVAL.push(Simple(date.gmtoff));
	0	0	RETVAL.push(Simple(date.gmtoff));
236	0	0	RETVAL.push(Simple(date.zone));
	0	0	RETVAL.push(Simple(date.zone));
242	0	0	if (ix == 0) while(epoch++ < max_epoch) gmtime_r(&epoch, &date);
	0	0	if (ix == 0) while(epoch++ < max_epoch) gmtime_r(&epoch, &date);
243	0	0	else if (ix == 1) while(epoch++ < max_epoch) localtime_r(&epoch, &date);
	0	0	else if (ix == 1) while(epoch++ < max_epoch) localtime_r(&epoch, &date);
245	0	0	RETVAL = Array::create();
246	0	0	RETVAL.push(Simple(date.tm_sec));
	0	0	RETVAL.push(Simple(date.tm_sec));
247	0	0	RETVAL.push(Simple(date.tm_min));
	0	0	RETVAL.push(Simple(date.tm_min));
248	0	0	RETVAL.push(Simple(date.tm_hour));
	0	0	RETVAL.push(Simple(date.tm_hour));
249	0	0	RETVAL.push(Simple(date.tm_mday));
	0	0	RETVAL.push(Simple(date.tm_mday));
250	0	0	RETVAL.push(Simple(date.tm_mon));
	0	0	RETVAL.push(Simple(date.tm_mon));
251	0	0	RETVAL.push(Simple(date.tm_year));
	0	0	RETVAL.push(Simple(date.tm_year));
252	0	0	RETVAL.push(Simple(date.tm_wday));
	0	0	RETVAL.push(Simple(date.tm_wday));
253	0	0	RETVAL.push(Simple(date.tm_yday));
	0	0	RETVAL.push(Simple(date.tm_yday));
254	0	0	RETVAL.push(Simple(date.tm_isdst));
	0	0	RETVAL.push(Simple(date.tm_isdst));
255	0	0	RETVAL.push(Simple(date.tm_gmtoff));
	0	0	RETVAL.push(Simple(date.tm_gmtoff));
256	0	0	RETVAL.push(Simple(date.tm_zone));
	0	0	RETVAL.push(Simple(date.tm_zone));
273	0	0	if (ix == 0) while (i++ < cnt) RETVAL += timegm(&date);
	0	0	if (ix == 0) while (i++ < cnt) RETVAL += timegm(&date);
	0	0	if (ix == 0) while (i++ < cnt) RETVAL += timegm(&date);
274	0	0	else if (ix == 1) while (i++ < cnt) RETVAL += timegml(&date);
	0	0	else if (ix == 1) while (i++ < cnt) RETVAL += timegml(&date);
	0	0	else if (ix == 1) while (i++ < cnt) RETVAL += timegml(&date);
275	0	0	else if (ix == 2) while (i++ < cnt) RETVAL += timelocal(&date);
	0	0	else if (ix == 2) while (i++ < cnt) RETVAL += timelocal(&date);
	0	0	else if (ix == 2) while (i++ < cnt) RETVAL += timelocal(&date);
276	0	0	else if (ix == 3) while (i++ < cnt) RETVAL += timelocall(&date);
	0	0	else if (ix == 3) while (i++ < cnt) RETVAL += timelocall(&date);
	0	0	else if (ix == 3) while (i++ < cnt) RETVAL += timelocall(&date);
293	0	0	if (ix == 0) while (i++ < cnt) RETVAL += timegm(&date);
	0	0	if (ix == 0) while (i++ < cnt) RETVAL += timegm(&date);
294	0	0	else if (ix == 1) while (i++ < cnt) RETVAL += timelocal(&date);
	0	0	else if (ix == 1) while (i++ < cnt) RETVAL += timelocal(&date);