static int test_clock_event_yearInfoToStr_afterDateIncreaseDecrease_correct()
{
ClockEvent event = clock_event_initDayOfMonth(1, APRIL, 1392, "Fool's day");
const char *expectedStr = "621 years - started in 1392";
const char *expectedNextStr = "622 years - started in 1392";
int year = 2013;
DateTime dt = date_time_initDate(year, MARCH, 13);
//
// code
//
Call( clock_event_initList(&event, 1, year) );
Call( clock_event_updateList(&event, 1, &dt) );
char str[EVENT_STRING_BUFFER_SIZE];
Call( clock_event_yearInfoToStr(&event, str) );
assert_str(expectedStr, str);
dt.month++;
Call( clock_event_updateList(&event, 1, &dt) );
Call( clock_event_yearInfoToStr(&event, str) );
assert_str(expectedNextStr, str);
dt.month--;
Call( clock_event_updateList(&event, 1, &dt) );
Call( clock_event_yearInfoToStr(&event, str) );
assert_str(expectedStr, str);
return 0;
}
} END_TEST
/* TODO: find two headers with coliding hash and test it */
START_TEST(test_http_headers)
{
http_hdr_table *t;
t = http_headers_init();
fail_if(http_header_parse(t, "") == 0);
fail_if(http_header_parse(t, "field") == 0);
fail_if(http_header_parse(t, "field\r\n") == 0);
fail_if(http_header_parse(t, "field:") == 0);
fail_if(http_header_parse(t, "field:\r\n") == 0);
fail_if(http_header_parse(t, "field:value") == 0);
fail_if(http_header_parse(t, ":value") == 0);
fail_if(http_header_parse(t, ":value\r\n") == 0);
fail_unless(http_header_parse(t, "Host: dsl.sk\r\n") == 0);
assert_str(http_header_get(t, "Host"), "dsl.sk");
assert_str(http_header_get(t, "host"), "dsl.sk");
assert_str(http_header_get(t, "HOST"), "dsl.sk");
http_headers_destroy(t);
} END_TEST
static int test_clock_event_initDayOfYear_correct()
{
const char name[] = "Programmer's day";
ClockEvent event = clock_event_initDayOfYear(256, 2009, name);
assert_str(event.name, name);
assert_int(event.yearStarted, 2009);
assert_false(clock_event_isDayOfMonthEvent(event));
assert_false(clock_event_isDayOfWeekEvent(event));
assert_true(clock_event_isDayOfYearEvent(event));
assert_int(clock_event_getDayOfMonth(event), 0);
assert_int(clock_event_getMonth(event), 0);
assert_int(clock_event_getDayOfYear(event), 256);
assert_int(clock_event_getDayOfWeek(event), 0);
assert_int(clock_event_getWeekOfMonth(event), 0);
assert_false(clock_event_isFromBeginningOfMonth(event));
return 0;
}
static int test_clock_event_initDayOfWeek_correct()
{
const char name[] = "Thanksgiving";
ClockEvent event = clock_event_initDayOfWeek(THURSDAY, 3, WEEK_FROM_START, NOVEMBER, 1574, name);
assert_str(event.name, name);
assert_int(event.yearStarted, 1574);
assert_false(clock_event_isDayOfMonthEvent(event));
assert_true(clock_event_isDayOfWeekEvent(event));
assert_false(clock_event_isDayOfYearEvent(event));
assert_int(clock_event_getDayOfMonth(event), 0);
assert_int(clock_event_getMonth(event), NOVEMBER);
assert_int(clock_event_getDayOfYear(event), DAY_OF_WEEK_FLAG);
assert_int(clock_event_getDayOfWeek(event), THURSDAY);
assert_int(clock_event_getWeekOfMonth(event), 3);
assert_true(clock_event_isFromBeginningOfMonth(event));
return 0;
}
static int test_clock_event_initDayOfMonth_correct()
{
const char name[] = "Fool's day";
ClockEvent event = clock_event_initDayOfMonth(4, APRIL, 1392, name);
assert_str(event.name, name);
assert_int(event.yearStarted, 1392);
assert_true(clock_event_isDayOfMonthEvent(event));
assert_false(clock_event_isDayOfWeekEvent(event));
assert_false(clock_event_isDayOfYearEvent(event));
assert_int(clock_event_getDayOfMonth(event), 4);
assert_int(clock_event_getMonth(event), APRIL);
assert_int(clock_event_getDayOfYear(event), 0);
assert_int(clock_event_getDayOfWeek(event), 0);
assert_int(clock_event_getWeekOfMonth(event), 0);
assert_false(clock_event_isFromBeginningOfMonth(event));
return 0;
}
static void assert_index(const grpc_chttp2_hptbl *tbl, int idx, const char *key,
const char *value) {
grpc_mdelem *md = grpc_chttp2_hptbl_lookup(tbl, idx);
assert_str(tbl, md->key, key);
assert_str(tbl, md->value, value);
}
