Package org.libreplan.business.calendars.entities

Examples of org.libreplan.business.calendars.entities.AvailabilityTimeLine$Interval

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        }

        if ( optimizable )
        {
//          System.out.println( "interval = " + Util.printInterval( interval ) );
          final Interval sliceInterval = t.transform( new BoundingBox( interval ) ).getInterval();
//          System.out.println( "transformed interval = " + Util.printInterval( sliceInterval ) );
          if ( iterableSource.supportsOptimizedCursor( sliceInterval ) )
          {
            // check for FlatIterationOrder
            boolean flat = FlatIterationOrder.class.isInstance( iterableSource.subIntervalIterationOrder( sliceInterval ) );
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    // doesn't fit the interval, will force unoptimized cursor
    final long[] dimensionsUnoptimized = new long[] { 5001, 5000, 2, 2 };

    // fits the interval, should be optimized
    final Interval interval = new FinalInterval( new long[] { 0, 0, 1, 1 }, new long[] { 4999, 4999, 1, 1 } );

    // create and fill images
    final ArrayImg< IntType, ? > arrayImg = ArrayImgs.ints( dimensions ); // fits
                                        // the
                                        // interval
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    private LocalDate lateExample = new LocalDate(3000, 10, 6);

    @Test
    public void anAllValidTimeLineIsValidForAllDates() {
        AvailabilityTimeLine timeLine = AvailabilityTimeLine.allValid();
        assertTrue(timeLine.isValid(earlyExample));
        assertTrue(timeLine.isValid(contemporaryExample));
        assertTrue(timeLine.isValid(lateExample));
    }
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        assertTrue(timeLine.isValid(lateExample));
    }

    @Test
    public void canBeAddedInvalidDates() {
        AvailabilityTimeLine timeLine = AvailabilityTimeLine.allValid();

        timeLine.invalidAt(earlyExample);

        assertFalse(timeLine.isValid(earlyExample));
        assertTrue(timeLine.isValid(contemporaryExample));
        assertTrue(timeLine.isValid(lateExample));
    }
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        assertTrue(timeLine.isValid(lateExample));
    }

    @Test
    public void canBeAddedInvalidIntervals() {
        AvailabilityTimeLine timeLine = AvailabilityTimeLine.allValid();

        LocalDate intervalStart = contemporaryExample.minusDays(10);
        LocalDate intervalEnd = contemporaryExample.plusDays(5);
        timeLine.invalidAt(intervalStart, intervalEnd);

        assertFalse("the start is inclusive", timeLine.isValid(intervalStart));
        assertFalse(timeLine.isValid(contemporaryExample.minusDays(1)));
        assertFalse(timeLine.isValid(contemporaryExample));
        assertFalse(timeLine.isValid(contemporaryExample.plusDays(1)));
        assertTrue("the end is exclusive", timeLine.isValid(intervalEnd));
    }
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        assertTrue("the end is exclusive", timeLine.isValid(intervalEnd));
    }

    @Test
    public void addingAnIntervalThatIsCompletelyInvalidIsIgnored() {
        AvailabilityTimeLine timeLine = AvailabilityTimeLine.allValid();
        LocalDate intervalStart = contemporaryExample.minusDays(10);
        LocalDate intervalEnd = contemporaryExample.plusDays(5);

        timeLine.invalidAt(intervalStart, intervalEnd);
        timeLine.invalidAt(intervalStart.plusDays(2), intervalEnd.minusDays(2));

        assertFalse(timeLine.isValid(intervalEnd.minusDays(1)));
    }
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        assertFalse(timeLine.isValid(intervalEnd.minusDays(1)));
    }

    @Test
    public void addingAnIntervalThatItsNotCompletelyInvalid() {
        AvailabilityTimeLine timeLine = AvailabilityTimeLine.allValid();
        LocalDate intervalStart = contemporaryExample.minusDays(10);
        LocalDate intervalEnd = contemporaryExample.plusDays(5);

        timeLine.invalidAt(intervalStart, intervalEnd);
        timeLine.invalidAt(intervalStart.minusDays(3), intervalEnd.plusDays(4));

        assertFalse(timeLine.isValid(intervalStart.minusDays(3)));
        assertFalse(timeLine.isValid(intervalEnd));
        assertFalse(timeLine.isValid(intervalEnd.plusDays(3)));
        assertTrue(timeLine.isValid(intervalEnd.plusDays(4)));
    }
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        assertTrue(timeLine.isValid(intervalEnd.plusDays(4)));
    }

    @Test
    public void addingAnIntervalThatJoinsTwoInvalidIntervals() {
        AvailabilityTimeLine timeLine = AvailabilityTimeLine.allValid();
        LocalDate intervalStart = contemporaryExample.minusDays(10);
        LocalDate intervalEnd = contemporaryExample.plusDays(5);

        timeLine.invalidAt(intervalStart, intervalEnd);
        timeLine.invalidAt(intervalStart.minusDays(20), intervalStart
                .minusDays(10));
        timeLine.invalidAt(intervalStart.minusDays(10), intervalStart);
        LocalDate current = intervalStart.minusDays(20);
        while (current.isBefore(intervalEnd)) {
            assertFalse(timeLine.isValid(current));
            current = current.plusDays(1);
        }
    }
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        }
    }

    @Test
    public void pointsAreMergedCorrectly() {
        AvailabilityTimeLine timeLine = AvailabilityTimeLine.allValid();

        timeLine.invalidAt(new LocalDate(2010, 4, 7));
        timeLine.invalidAt(new LocalDate(2010, 4, 11));
        timeLine.invalidAt(new LocalDate(2010, 4, 8));
        timeLine.invalidAt(new LocalDate(2010, 4, 6));

        assertFalse(timeLine.isValid(new LocalDate(2010, 4, 8)));
    }
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        assertFalse(timeLine.isValid(new LocalDate(2010, 4, 8)));
    }

    @Test(expected = IllegalArgumentException.class)
    public void endMustBeAfterStart() {
        AvailabilityTimeLine timeLine = AvailabilityTimeLine.allValid();
        LocalDate intervalStart = contemporaryExample.minusDays(10);
        LocalDate intervalEnd = contemporaryExample.plusDays(5);
        timeLine.invalidAt(intervalEnd, intervalStart);
    }
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