Examples of java.util.Calendar.after()

java.util.Calendar.after()
Returns whether this Calendar represents a time after the time represented by the specified Object. This method is equivalent to:
```
 compareTo(when) > 0 
```
if and only if when is a Calendar instance. Otherwise, the method returns false. @param when the Object to be compared @return true if the time of this Calendar isafter the time represented by when; false otherwise. @see #compareTo(Calendar)


    // Update the layout locations to the external nodes
    Calendar now = Calendar.getInstance();
    now.add(Calendar.MILLISECOND, -MIN_TIME_DELAY_BETWEEN_PROGRESS_EVENTS);


    if (now.after(lastProgressEventFired) || currentStep == totalNumberOfSteps) {
      ProgressEvent event = new ProgressEvent(currentStep, totalNumberOfSteps);


      for (int i = 0; i < progressListeners.size(); i++) {


        ProgressListener listener = (ProgressListener) progressListeners.get(i);

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        } else {
            Calendar now = Calendar.getInstance();
            now.setTimeInMillis( workingMemory.getSessionClock().getCurrentTime() );


            if ( this.dateEffective != null && this.dateExpires != null ) {
                return (now.after( this.dateEffective ) && now.before( this.dateExpires ));
            } else if ( this.dateEffective != null ) {
                return (now.after( this.dateEffective ));
            } else {
                return (now.before( this.dateExpires ));
            }

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            now.setTimeInMillis( workingMemory.getSessionClock().getCurrentTime() );


            if ( this.dateEffective != null && this.dateExpires != null ) {
                return (now.after( this.dateEffective ) && now.before( this.dateExpires ));
            } else if ( this.dateEffective != null ) {
                return (now.after( this.dateEffective ));
            } else {
                return (now.before( this.dateExpires ));
            }
        }
    }

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        } else {            
            Calendar now = Calendar.getInstance();
            now.setTimeInMillis( workingMemory.getSessionClock().getCurrentTime() );


            if ( this.dateEffective != null && this.dateExpires != null ) {
                return (now.after( this.dateEffective ) && now.before( this.dateExpires ));
            } else if ( this.dateEffective != null ) {
                return (now.after( this.dateEffective ));
            } else {
                return (now.before( this.dateExpires ));
            }

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            now.setTimeInMillis( workingMemory.getSessionClock().getCurrentTime() );


            if ( this.dateEffective != null && this.dateExpires != null ) {
                return (now.after( this.dateEffective ) && now.before( this.dateExpires ));
            } else if ( this.dateEffective != null ) {
                return (now.after( this.dateEffective ));
            } else {
                return (now.before( this.dateExpires ));
            }


        }

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      ResultsPartition partition = new ResultsPartition(startDateStr,
          endDateStr, title);
      partition.filter(results);
      partitions.add(partition);


      if (endCal.after(lastCal)) {
        break;
      }
      startCal = endCal;
      endCal = partitioner.incrementPartition(startCal,1);
    }

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        assertTrue( rule.isEffective(null, new RuleTerminalNode(), wm ) );


        final Calendar later = Calendar.getInstance();
        later.setTimeInMillis( later.getTimeInMillis() + 100000000 );


        assertTrue( later.after( Calendar.getInstance() ) );


        rule.setDateEffective( later );
        assertFalse( rule.isEffective(null, new RuleTerminalNode(), wm ) );


    }

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         catch (IOException e)
         {
            throw new RepositoryException(e);
         }


         if (lastVersionData == null || created.after(lastCreated))
         {
            lastCreated = created;
            lastVersionData = vd;
         }
      }

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                            String maxStr = getConstraintMax(constraints[i]);
                            if (maxStr == null) {
                                maxBoundless = true;
                            } else {
                                Calendar max = ISO8601.parse(maxStr);
                                if (absMax == null || max.after(absMax)) {
                                    absMax = max;
                                }
                            }
                        }
                    }

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        if (parsed != null && pp.getIndex() == timestampStr.length()) 
        {
            working.setTime(parsed);
            working.set(Calendar.YEAR, now.get(Calendar.YEAR));


            if (working.after(now)) {
                working.add(Calendar.YEAR, -1);
            }
        } else {
            // Temporarily add the current year to the short date time
            // to cope with short-date leap year strings.

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