public void testDailyAndGreaterFreqs() throws ParseException {
task.setValue(
Task.DUE_DATE,
Task.createDueDate(
Task.URGENCY_SPECIFIC_DAY, DateUtilities.now() - DateUtilities.ONE_WEEK));
task.setFlag(Task.FLAGS, Task.FLAG_REPEAT_AFTER_COMPLETION, true);
for (int interval = 1; interval < 7; interval++) {
for (Frequency freq : Frequency.values()) {
long next = DateUtilities.now();
switch (freq) {
case DAILY:
next += interval * DateUtilities.ONE_DAY;
break;
case WEEKLY:
next += interval * DateUtilities.ONE_WEEK;
break;
case MONTHLY:
next = DateUtilities.addCalendarMonthsToUnixtime(next, interval);
break;
case YEARLY:
next = DateUtilities.addCalendarMonthsToUnixtime(next, interval * 12);
break;
default:
continue;
}
buildRRule(interval, freq);
nextDueDate = RepeatTaskCompleteListener.computeNextDueDate(task, rrule.toIcal());
assertDateEquals(freq.toString() + "x" + interval, next, nextDueDate);
task.setValue(Task.DUE_DATE, nextDueDate);
assertFalse(task.hasDueTime());
}
}
}
public void testSubDailyFreqs() throws ParseException {
task.setValue(Task.DUE_DATE, DateUtilities.now() - DateUtilities.ONE_WEEK);
task.setFlag(Task.FLAGS, Task.FLAG_REPEAT_AFTER_COMPLETION, true);
for (Frequency freq : Frequency.values()) {
long interval = -1;
switch (freq) {
case MINUTELY:
interval = DateUtilities.ONE_MINUTE;
break;
case HOURLY:
interval = DateUtilities.ONE_HOUR;
break;
default:
continue;
}
buildRRule(1, freq);
nextDueDate = RepeatTaskCompleteListener.computeNextDueDate(task, rrule.toIcal());
buildRRule(6, freq);
nextDueDate = RepeatTaskCompleteListener.computeNextDueDate(task, rrule.toIcal());
assertDateTimeEquals(freq.toString() + "x6", DateUtilities.now() + 6 * interval, nextDueDate);
task.setValue(Task.DUE_DATE, nextDueDate);
assertTrue(task.hasDueTime());
}
}