h4iku/coconut_java2006_preprocessed · Datasets at Hugging Face

MainFrame.getInstance().dispose();

if (MainFrame.getInstance() != null) { MainFrame.getInstance().dispose(); }

public static void askToExit() { if (MainConfiguration.PROPS.getBoolean("gui.asktoexit")) { //$NON-NLS-1$ int i = JOptionPane.showConfirmDialog(null, Messages.getString("Util.19"), //$NON-NLS-1$ Messages.getString("Util.20"), JOptionPane.YES_NO_OPTION); //$NON-NLS-2$ if (i != JOptionPane.YES_OPTION) { return; } } MainFrame.getInstance().dispose(); System.exit(0); }

Idea oldSelected = newSelected;

Idea oldSelected = this.selected;

public void setSelected(Idea newSelected) { Idea oldSelected = newSelected; if (this.selected != null) { this.selected.setSelected(false); } this.selected = newSelected; if (this.selected != null) { this.selected.setSelected(true); } firePropertyChange("selected", oldSelected, this.selected); }

public Idea(String text) { setText(text);

public Idea() {

public Idea(String text) { setText(text); }

createMinuteSecondFormats(minSecDivs, borderFormats);

protected List createFormats(){ List borderFormats = new ArrayList(); borderFormats.add(new TimeBorderFormat("mm:ss.SSS", new TimeInterval(1, UnitImpl.MILLISECOND))); borderFormats.add(new TimeBorderFormat("mm:ss.SSS", new TimeInterval(10, UnitImpl.MILLISECOND))); createSecondFormats(secDivs, borderFormats); createMinuteFormats(minDivs, borderFormats); createHourFormats(hourDivs, borderFormats); return borderFormats; }

private void createHourFormat(double minutesPerDivision, int divPerLabel, List recip){ TimeInterval inter = new TimeInterval(minutesPerDivision, UnitImpl.MINUTE);

private void createHourFormat(double minutesPerDivision, int divPerLabel, List recip, UnitImpl unit){ TimeInterval inter = new TimeInterval(minutesPerDivision, unit);

private void createHourFormat(double minutesPerDivision, int divPerLabel, List recip){ TimeInterval inter = new TimeInterval(minutesPerDivision, UnitImpl.MINUTE); recip.add(new TimeBorderFormat("HH:mm:ss", inter, divPerLabel)); }

createHourFormat(minDivs[i][0], (int)minDivs[i][1], recip);

createHourFormat(minDivs[i][0], (int)minDivs[i][1], recip, UnitImpl.MINUTE);

private void createMinuteFormats(double[][] minDivs, List recip){ for (int i = 0; i < minDivs.length; i++) { createHourFormat(minDivs[i][0], (int)minDivs[i][1], recip); } }

public MicroSecondTimeRange(MicroSecondDate beginTime, TimeInterval interval){ this.beginTime = beginTime; this.endTime = beginTime.add(interval); this.interval = interval; }

public MicroSecondTimeRange(RequestFilter rf){ this(new MicroSecondDate(rf.start_time), new MicroSecondDate(rf.end_time)); }

public MicroSecondTimeRange(MicroSecondDate beginTime, TimeInterval interval){ this.beginTime = beginTime; this.endTime = beginTime.add(interval); this.interval = interval; }

public ATNumber base_inc() {

public ATNumeric base_inc() {

public ATNumber base_inc() { return NATNumber.atValue(javaValue+1); }

public ATNumber base_abs() {

public ATNumeric base_abs() {

public ATNumber base_abs() { return NATNumber.atValue(Math.abs(javaValue)); }

public Events(Calintf cal, AccessUtil access, HibSession sess, BwUser user, boolean debug) { this.cal = cal; this.access = access; this.sess = sess; this.user = user; this.debug = debug;

public Events(Calintf cal, AccessUtil access, BwUser user, boolean debug) { super(cal, access, user, debug);

public Events(Calintf cal, AccessUtil access, HibSession sess, BwUser user, boolean debug) { this.cal = cal; this.access = access; this.sess = sess; this.user = user; this.debug = debug; Properties uidprops = new Properties(); uidprops.setProperty("separator", "-"); uuidGen = new UUIDHexGenerator(); ((Configurable)uuidGen).configure(Hibernate.STRING, uidprops, null); }

HibSession sess = getSess();

public void addEvent(BwEvent val, Collection overrides) throws CalFacadeException { RecuridTable recurids = null; if ((overrides != null) && (overrides.size() != 0)) { if (!val.getRecurring()) { throw new CalFacadeException("Master event not recurring"); } recurids = new RecuridTable(overrides); } assignGuid(val); /* The guid must not exist in the system. The above call assigns a guid if * one wasn't assigned already. However, the event may have come with a guid * (caldav, import, etc) so we need to cehck here. * * It also ensures our guid allocation is working OK */ sess.namedQuery("getGuidCount"); sess.setString("guid", val.getGuid()); Collection refs = sess.getList(); Integer ct = (Integer)refs.iterator().next(); if (ct.intValue() > 0) { throw new CalFacadeException(CalFacadeException.duplicateGuid); } sess.save(val); /** If it's a recurring event see what we can do to optimise searching * and retrieval */ if (!val.getRecurring()) { return; } /* Try to create a set of occurrences for the event We'll turn it into a VEvent to use the ical4j code. */ VEvent vev = VEventUtil.toIcalEvent(val, null); /* Determine the absolute latest date. */ Date latest = VEventUtil.getLatestRecurrenceDate(vev, debug); if (latest == null) { /* Unlimited recurrences. No more to do here * We could optionally choose to limit these to say 3 years */ return; } CalTimezones tzs = cal.getTimezones(); DtStart vstart = vev.getStartDate(); String stzid = CalFacadeUtil.getTzid(vstart); TimeZone stz = null; if (stzid != null) { stz = tzs.getTimeZone(stzid); } val.getRecurrence().setLatestDate(tzs.getUtc(latest.toString(), stzid, stz)); /* Get all the times for this event. - this could be a problem. Need to limit the number. Should we do this in chunks, stepping through the whole period? */ Date start = vev.getStartDate().getDate(); PeriodList pl = vev.getConsumedTime(start, latest); Iterator it = pl.iterator(); boolean dateOnly = val.getDtstart().getDateType(); while (it.hasNext()) { Period p = (Period)it.next(); BwDateTime rstart = new BwDateTime(); rstart.init(dateOnly, p.getStart().toString(), stzid, tzs); BwDateTime rend = new BwDateTime(); rend.init(dateOnly, p.getEnd().toString(), stzid, tzs); BwRecurrenceInstance ri = new BwRecurrenceInstance(); ri.setDtstart(rstart); ri.setDtend(rend); ri.setRecurrenceId(ri.getDtstart().getDate()); ri.setMaster(val); if (recurids != null) { /* See if we have a recurrence */ String rid = ri.getRecurrenceId(); BwEventProxy ov = (BwEventProxy)recurids.get(rid); if (ov != null) { if (debug) { debugMsg("Add override with recurid " + rid); } addOverride(ov, ri); recurids.remove(rid); } } sess.save(ri); } if (recurids != null) { if (recurids.size() != 0) { throw new CalFacadeException("Invalid override"); } } val.getRecurrence().setExpanded(true); sess.saveOrUpdate(val); }

sess.saveOrUpdate(override);

getSess().saveOrUpdate(override);

private void addOverride(BwEventProxy proxy, BwRecurrenceInstance inst) throws CalFacadeException { BwEventAnnotation override = proxy.getRef(); override.setOwner(user); sess.saveOrUpdate(override); inst.setOverride(override); }

HibSession sess = getSess();

private int deleteAlarms(BwEvent ev) throws CalFacadeException { sess.namedQuery("deleteEventAlarms"); sess.setEntity("ev", ev); return sess.executeUpdate(); }

HibSession sess = getSess();

public DelEventResult deleteEvent(BwEvent val) throws CalFacadeException { DelEventResult der = new DelEventResult(false, 0); der.alarmsDeleted = deleteAlarms(val); StringBuffer sb = new StringBuffer(); /* SEG: delete from recurrences recur where */ sb.append("delete from "); sb.append(BwRecurrenceInstance.class.getName()); sb.append(" where master=:master"); sess.createQuery(sb.toString()); sess.setEntity("master", val); sess.executeUpdate(); /* XXX Cascades don't seem to do the job here - we have to explicitly delete the annotations. In any case, this won't work if we have a shared event and there are annotations to the annotation. We need a field which identifies all annotations related to the master i.e. not just a target field but a master field. */ sb = new StringBuffer(); sb.append("from "); sb.append(BwEventAnnotation.class.getName()); sb.append(" where target=:target"); sess.createQuery(sb.toString()); sess.setEntity("target", val); Collection anns = sess.getList(); Iterator it = anns.iterator(); while (it.hasNext()) { BwEventAnnotation ann = (BwEventAnnotation)it.next(); ann.getAttendees().clear(); sess.delete(ann); } sess.delete(val); /* This event was really deleted so we need to set any synch states to * indicate this is the case. */ cal.setSynchState(val, BwSynchState.DELETED); der.eventDeleted = true; return der; }

HibSession sess = getSess();

private void doCalendarEntities(boolean setUser, BwCalendar calendar) throws CalFacadeException { if (setUser) { sess.setEntity("user", user); } if (calendar != null) { if (calendar.getCalendarCollection()) { // Single leaf calendar sess.setEntity("calendar", calendar); } else { // Non leaf - add entities setCalendarEntities(calendar, new CalTerm()); } } }

HibSession sess = getSess();

private void eventQuery(Class cl, String guid, String rid, Integer seqnum, boolean masterOnly) throws CalFacadeException { StringBuffer sb = new StringBuffer(); /* SEG: from Events ev where */ sb.append("from "); sb.append(cl.getName()); sb.append(" ev "); sb.append(" where ev.guid=:guid "); if (seqnum != null) { sb.append(" and ev.sequence=:seq "); } if (masterOnly) { sb.append(" and ev.recurrence.recurrenceId is null "); } else if (rid != null) { sb.append(" and ev.recurrence.recurrenceId=:rid "); } sess.createQuery(sb.toString()); sess.setString("guid", guid); if (seqnum != null) { sess.setInt("seq", seqnum.intValue()); } if (! masterOnly && (rid != null)) { sess.setString("rid", rid); } //debugMsg("Try query " + sb.toString()); }

public BwEvent getEvent(int id) throws CalFacadeException { Criteria cr = sess.createCriteria(BwEventObj.class);

public Collection getEvent(String guid, String rid, Integer seqnum, int recurRetrieval) throws CalFacadeException { BwEvent ev = null; BwEvent master = null; TreeSet ts = new TreeSet(); HibSession sess = getSess();