/**
* Our rule is that least significant date unit determines the resolution.
*
* @param durationStr the duration string to check
* @return the data unit
*/
Precision reverseParseAtlassianDuration(String durationStr) {
Precision rank = null;
Matcher matcher = DURATION_PATTERN.matcher(durationStr);
while (matcher.find()) {
Precision current;
String util = StringUtils.stripToNull(matcher.group(1));
if (util == null || util.equals("m")) {
// If we find minutes then just return immediately.
return Precision.MINUTES;
} else if (util.equals("h")) {
current = Precision.HOURS;
} else if (util.equals("d") || util.equals("w")) {
current = Precision.DAYS;
} else {
// Assume minutes in the worst possible case.
return Precision.MINUTES;
}
if (rank == null || rank.compareTo(current) > 0) {
rank = current;
}
}
return rank == null ? Precision.MINUTES : rank;
}
/**
* This will round out a date to a precision based on the input string. We need to do this to be
* more meaningful to the user when the type in x = '2011-10-13'.
*
* @param returnDate the parsed data in its specific form
* @param acceptedFormat the format we used to
* @param dateString
* @return
*/
private DateRange toPrecision(Date returnDate, String acceptedFormat, String dateString) {
Precision precision = null;
if (YYYY_MM_DD_HH_MM1.equals(acceptedFormat) || YYYY_MM_DD_HH_MM2.equals(acceptedFormat)) {
precision = Precision.MINUTES;
} else if (YYYY_MM_DD1.equals(acceptedFormat) || YYYY_MM_DD2.equals(acceptedFormat)) {
precision = Precision.DAYS;
} else if (ATLASSIAN_DURATION.equals(acceptedFormat)) {
// ok its an atlassian duration
precision = reverseParseAtlassianDuration(dateString.toLowerCase(Locale.ENGLISH));
}
if (precision != null) {
return precision.createRange(returnDate, timeZoneManager.getLoggedInUserTimeZone());
} else {
// Is this even possible? probably not but here we are so something sensible
return new DateRange(returnDate, returnDate);
}
}
