private void checkStructure(final SystemEnvironment sysEnv, final Long checkId)
throws SDMSException {
if (checkSet.contains(checkId)) return;
checkSet.add(checkId);
final SDMSInterval checkIval = SDMSIntervalTable.getObject(sysEnv, checkId);
final Long embeddedIntervalId = checkIval.getEmbeddedIntervalId(sysEnv);
if (embeddedIntervalId != null) {
if (embeddedIntervalId.equals(ivalId))
throw new CommonErrorException(
new SDMSMessage(sysEnv, "04209121544", "cyclic references not allowed"));
checkStructure(sysEnv, embeddedIntervalId);
}
final Vector ihList = SDMSIntervalHierarchyTable.idx_parentId.getVector(sysEnv, checkId);
final Iterator ihIt = ihList.iterator();
while (ihIt.hasNext()) {
final SDMSIntervalHierarchy ih = (SDMSIntervalHierarchy) ihIt.next();
final Long childId = ih.getChildId(sysEnv);
if (childId.equals(ivalId))
throw new CommonErrorException(
new SDMSMessage(sysEnv, "04209121547", "cyclic references not allowed"));
checkStructure(sysEnv, childId);
}
}
public void go(SystemEnvironment sysEnv) throws SDMSException {
final DateTime dt = new DateTime(new Date());
boolean secondsIgnore = false;
boolean duplicateFilterIgnore = false;
boolean ignoreUpperRange = false;
String warning = null;
final SDMSInterval ival = (SDMSInterval) obj.resolve(sysEnv);
ivalId = obj.objId;
if (with.containsKey(ParseStr.S_BASE)) {
final WithHash baseIntervalWith = (WithHash) with.get(ParseStr.S_BASE);
if (baseIntervalWith == null) {
ival.setBaseInterval(sysEnv, null);
ival.setBaseIntervalMultiplier(sysEnv, null);
} else {
final Integer baseInterval = (Integer) baseIntervalWith.get(ParseStr.S_INTERVAL);
final Integer baseIntervalMultiplier = IntervalUtil.getMultiplier(sysEnv, baseIntervalWith);
ival.setBaseInterval(sysEnv, baseInterval);
ival.setBaseIntervalMultiplier(sysEnv, baseIntervalMultiplier);
}
}
if (with.containsKey(ParseStr.S_DURATION)) {
final WithHash durationWith = (WithHash) with.get(ParseStr.S_DURATION);
if (durationWith == null) {
ival.setDuration(sysEnv, null);
ival.setDurationMultiplier(sysEnv, null);
} else {
final Integer duration = (Integer) durationWith.get(ParseStr.S_INTERVAL);
final Integer durationMultiplier = IntervalUtil.getMultiplier(sysEnv, durationWith);
ival.setDuration(sysEnv, duration);
ival.setDurationMultiplier(sysEnv, durationMultiplier);
}
}
if (with.containsKey(ParseStr.S_SYNCTIME)) {
if (IntervalUtil.getDateTime(sysEnv, dt, with, ParseStr.S_SYNCTIME)) secondsIgnore = true;
dt.fixToMinDate();
dt.suppressSeconds();
ival.setSyncTime(sysEnv, dt.toLong());
}
if (with.containsKey(ParseStr.S_STARTTIME)) {
if (with.get(ParseStr.S_STARTTIME) == null) {
ival.setStartTime(sysEnv, null);
} else {
if (IntervalUtil.getDateTime(sysEnv, dt, with, ParseStr.S_STARTTIME)) secondsIgnore = true;
dt.fixToMinDate();
dt.suppressSeconds();
ival.setStartTime(sysEnv, dt.toLong());
}
}
if (with.containsKey(ParseStr.S_ENDTIME)) {
if (with.get(ParseStr.S_ENDTIME) == null) {
ival.setEndTime(sysEnv, null);
} else {
if (IntervalUtil.getDateTime(sysEnv, dt, with, ParseStr.S_ENDTIME)) secondsIgnore = true;
dt.fixToMaxDate();
dt.suppressSeconds();
ival.setEndTime(sysEnv, dt.toLong());
}
}
final Long startTime = ival.getStartTime(sysEnv);
final Long endTime = ival.getEndTime(sysEnv);
if ((startTime != null) && (endTime != null)) {
final TimerDate startDate = new TimerDate(new DateTime(startTime, false).toDate());
final TimerDate endDate = new TimerDate(new DateTime(endTime, false).toDate());
if (endDate.eq(startDate))
throw new CommonErrorException(
new SDMSMessage(
sysEnv,
"04210011321",
ParseStr.S_STARTTIME + " and " + ParseStr.S_ENDTIME + " must be different"));
}
if (with.containsKey(ParseStr.S_EMBEDDED)) {
final String embeddedName = (String) with.get(ParseStr.S_EMBEDDED);
if (embeddedName == null) ival.setEmbeddedIntervalId(sysEnv, null);
else {
final SDMSInterval embeddedIval =
SDMSIntervalTable.idx_name_getUnique(
sysEnv, IntervalUtil.mapIdName(embeddedName, obj.seId));
final Long embeddedIvalId = embeddedIval.getId(sysEnv);
ival.setEmbeddedIntervalId(sysEnv, embeddedIvalId);
}
}
if ((ival.getEmbeddedIntervalId(sysEnv) != null) && (ival.getDuration(sysEnv) != null))
throw new CommonErrorException(
new SDMSMessage(
sysEnv,
"04311251855",
"intervals with " + ParseStr.S_EMBEDDED + " cannot have " + ParseStr.S_DURATION));
if (with.containsKey(ParseStr.S_DELAY)) {
warning = "DELAY not longer supported";
}
if (with.containsKey(ParseStr.S_INVERSE)) {
final Boolean isInverse = (Boolean) with.get(ParseStr.S_INVERSE);
ival.setIsInverse(sysEnv, isInverse);
}
if (with.containsKey(ParseStr.S_MERGE)) {
warning = "MERGE not longer supported";
}
if (with.containsKey(ParseStr.S_SELECTION)) {
IntervalUtil.killSelections(sysEnv, ivalId);
switch (IntervalUtil.createSelections(sysEnv, ivalId, with)) {
case IntervalUtil.IGNORED_SECONDS:
secondsIgnore = true;
break;
case IntervalUtil.IGNORED_UPPER_RANGE:
ignoreUpperRange = true;
}
}
if (with.containsKey(ParseStr.S_FILTER)) {
IntervalUtil.killFilter(sysEnv, ivalId);
duplicateFilterIgnore = IntervalUtil.createFilter(sysEnv, ivalId, obj.seSpec, with);
}
ival.setSeId(sysEnv, obj.seId);
checkSet = new HashSet();
checkStructure(sysEnv, ivalId);
SystemEnvironment.timer.notifyChange(sysEnv, ival, TimerThread.ALTER);
if (with.containsKey(ParseStr.S_GROUP)) {
final String gName = (String) with.get(ParseStr.S_GROUP);
final Long gId =
SDMSGroupTable.idx_name_deleteVersion_getUnique(sysEnv, new SDMSKey(gName, new Long(0)))
.getId(sysEnv);
ChownChecker.check(sysEnv, gId);
ival.setOwnerId(sysEnv, gId);
}
if (duplicateFilterIgnore)
result.setFeedback(
new SDMSMessage(
sysEnv,
"04209270127",
"Interval created (WARNING: duplicate " + ParseStr.S_FILTER + " will be ignored)"));
else if (secondsIgnore)
result.setFeedback(
new SDMSMessage(
sysEnv, "04209201344", "Interval altered (WARNING: seconds will be ignored)"));
else if (ignoreUpperRange)
result.setFeedback(
new SDMSMessage(
sysEnv, "04209270144", "Interval created (WARNING: upper range(s) will be ignored)"));
else
result.setFeedback(
new SDMSMessage(
sysEnv, "04207241731", "Interval altered" + (warning == null ? "" : ". " + warning)));
}