@SuppressWarnings("fallthrough")
private void updateScheduleWithNewScheduleType() {
final List<Schedule> scheduleList = schedulesListCtrl.getSelectedSchedules();
Schedule oldSchedule = scheduleList.get(0);
AsyncCallback<Object> deleteScheduleCallback =
new AsyncCallback<Object>() {
public void onSuccess(Object o) {
createSchedule();
}
public void onFailure(Throwable caught) {
MessageDialogBox messageDialog =
new MessageDialogBox(
ExceptionParser.getErrorHeader(caught.getMessage()),
ExceptionParser.getErrorMessage(caught.getMessage(), caught.getMessage()),
false,
false,
true);
messageDialog.center();
}
};
// TODO sbarkdull scheduleCreatorDialog -> scheduleEditorDialog
DualModeScheduleEditor scheduleEditor = scheduleCreatorDialog.getScheduleEditor();
ISchedulerServiceAsync schedSvc = null;
if (oldSchedule.isSubscriptionSchedule() != scheduleEditor.isSubscriptionSchedule()) {
// they are changing the schedule type, so delete it, and add a new one
schedSvc =
oldSchedule.isSubscriptionSchedule()
? PacServiceFactory.getSubscriptionService()
: PacServiceFactory.getSchedulerService();
List<Schedule> deleteList = new ArrayList<Schedule>();
deleteList.add(oldSchedule);
schedSvc.deleteJobs(deleteList, deleteScheduleCallback);
} else {
// they are NOT changing the schedule type, so just update the existing schedule.
updateSchedule();
}
}
/**
* NOTE: this method is extremely similar to updateSchedule, when modifying this method, consider
* modifying updateSchedule in a similar way.
*/
@SuppressWarnings("fallthrough")
private void createSchedule() {
// TODO, List<Schedule> is probably not what we will get back
AsyncCallback<Object> responseCallback =
new AsyncCallback<Object>() {
public void onSuccess(Object o) {
scheduleCreatorDialog.hide();
loadJobsTable();
}
public void onFailure(Throwable caught) {
MessageDialogBox messageDialog =
new MessageDialogBox(
ExceptionParser.getErrorHeader(caught.getMessage()),
ExceptionParser.getErrorMessage(caught.getMessage(), caught.getMessage()),
false,
false,
true);
messageDialog.center();
}
}; // end responseCallback
// TODO sbarkdull scheduleCreatorDialog -> scheduleEditorDialog
DualModeScheduleEditor scheduleEditor = scheduleCreatorDialog.getScheduleEditor();
String cronStr = scheduleEditor.getCronString();
Date startDate = scheduleEditor.getStartDate();
Date endDate = scheduleEditor.getEndDate();
if (null == cronStr) { // must be a repeating schedule
String startTime =
scheduleEditor
.getStartTime(); // format of string should be: HH:MM:SS AM/PM, e.g. 7:12:28 PM
startDate = TimeUtil.getDateTime(startTime, startDate);
endDate = (null != endDate) ? TimeUtil.getDateTime(startTime, endDate) : null;
}
ScheduleEditor.ScheduleType rt = scheduleEditor.getScheduleType();
// TODO sbarkdull, if we want to support creation of scheduler schedules, we need to supply
// a UI mechanism like a checkbox to allow user to identify scheduler vs subscription,
// and then test the value of the check box instead of the following "true".
ISchedulerServiceAsync schedSvc =
scheduleEditor.isSubscriptionSchedule()
? PacServiceFactory.getSubscriptionService()
: PacServiceFactory.getSchedulerService();
switch (rt) {
case RUN_ONCE:
schedSvc.createRepeatSchedule(
scheduleEditor.getName().trim(),
scheduleEditor.getGroupName().trim(),
scheduleEditor.getDescription().trim(),
startDate,
endDate,
"0" /*repeat count*/, //$NON-NLS-1$
"0" /*repeat time*/, //$NON-NLS-1$
scheduleCreatorDialog
.getSolutionRepositoryActionSequenceEditor()
.getActionsAsString()
.trim(),
responseCallback);
break;
case SECONDS: // fall through
case MINUTES: // fall through
case HOURS: // fall through
case DAILY: // fall through
case WEEKLY: // fall through
case MONTHLY: // fall through
case YEARLY:
if (null == cronStr) {
String repeatInterval =
Long.toString(TimeUtil.secsToMillisecs(scheduleEditor.getRepeatInSecs()));
schedSvc.createRepeatSchedule(
scheduleEditor.getName().trim(),
scheduleEditor.getGroupName().trim(),
scheduleEditor.getDescription().trim(),
startDate,
endDate,
null /*repeat count*/,
repeatInterval.trim(),
scheduleCreatorDialog
.getSolutionRepositoryActionSequenceEditor()
.getActionsAsString()
.trim(),
responseCallback);
break;
} else {
// fall through to case CRON
}
case CRON:
schedSvc.createCronSchedule(
scheduleEditor.getName().trim(),
scheduleEditor.getGroupName().trim(),
scheduleEditor.getDescription().trim(),
startDate,
endDate,
cronStr.trim(),
scheduleCreatorDialog
.getSolutionRepositoryActionSequenceEditor()
.getActionsAsString()
.trim(),
responseCallback);
break;
default:
throw new RuntimeException(
Messages.getString("invalidRunType", rt.toString())); // $NON-NLS-1$
}
}
private void updateSchedule() {
AsyncCallback<Object> updateScheduleResponseCallback =
new AsyncCallback<Object>() {
public void onSuccess(Object o) {
scheduleCreatorDialog.hide();
loadJobsTable();
}
public void onFailure(Throwable caught) {
MessageDialogBox messageDialog =
new MessageDialogBox(
ExceptionParser.getErrorHeader(caught.getMessage()),
ExceptionParser.getErrorMessage(caught.getMessage(), caught.getMessage()),
false,
false,
true);
messageDialog.center();
}
};
final List<Schedule> scheduleList = schedulesListCtrl.getSelectedSchedules();
Schedule oldSchedule = scheduleList.get(0);
DualModeScheduleEditor scheduleEditor = scheduleCreatorDialog.getScheduleEditor();
ISchedulerServiceAsync schedSvc =
scheduleEditor.isSubscriptionSchedule()
? PacServiceFactory.getSubscriptionService()
: PacServiceFactory.getSchedulerService();
String cronStr = scheduleEditor.getCronString();
Date startDate = scheduleEditor.getStartDate();
Date endDate = scheduleEditor.getEndDate();
if (null == cronStr) { // must be a repeating schedule
String startTime =
scheduleEditor
.getStartTime(); // format of string should be: HH:MM:SS AM/PM, e.g. 7:12:28 PM
startDate = TimeUtil.getDateTime(startTime, startDate);
endDate = (null != endDate) ? TimeUtil.getDateTime(startTime, endDate) : null;
}
ScheduleEditor.ScheduleType rt = scheduleEditor.getScheduleType();
switch (rt) {
case RUN_ONCE:
schedSvc.updateRepeatSchedule(
oldSchedule.getJobName(),
oldSchedule.getJobGroup(),
oldSchedule.getSchedId(),
scheduleEditor.getName().trim(),
scheduleEditor.getGroupName().trim(),
scheduleEditor.getDescription().trim(),
startDate,
endDate,
"0" /*repeat count*/, //$NON-NLS-1$
"0" /*repeat time*/, //$NON-NLS-1$
scheduleCreatorDialog
.getSolutionRepositoryActionSequenceEditor()
.getActionsAsString()
.trim(),
updateScheduleResponseCallback);
break;
case SECONDS: // fall through
case MINUTES: // fall through
case HOURS: // fall through
case DAILY: // fall through
case WEEKLY: // fall through
case MONTHLY: // fall through
case YEARLY:
if (null == cronStr) {
String repeatInterval =
Long.toString(TimeUtil.secsToMillisecs(scheduleEditor.getRepeatInSecs()));
schedSvc.updateRepeatSchedule(
oldSchedule.getJobName(),
oldSchedule.getJobGroup(),
oldSchedule.getSchedId(),
scheduleEditor.getName().trim(),
scheduleEditor.getGroupName().trim(),
scheduleEditor.getDescription().trim(),
startDate,
endDate,
null /*repeat count*/,
repeatInterval.trim(),
scheduleCreatorDialog
.getSolutionRepositoryActionSequenceEditor()
.getActionsAsString()
.trim(),
updateScheduleResponseCallback);
break;
} else {
// fall through to case CRON
}
case CRON:
schedSvc.updateCronSchedule(
oldSchedule.getJobName(),
oldSchedule.getJobGroup(),
oldSchedule.getSchedId(),
scheduleEditor.getName().trim(),
scheduleEditor.getGroupName().trim(),
scheduleEditor.getDescription().trim(),
startDate,
endDate,
cronStr.trim(),
scheduleCreatorDialog
.getSolutionRepositoryActionSequenceEditor()
.getActionsAsString()
.trim(),
updateScheduleResponseCallback);
break;
default:
throw new RuntimeException(
Messages.getString("invalidRunType", rt.toString())); // $NON-NLS-1$
}
}