Examples of org.libreplan.business.workingday.IntraDayDate

Package org.libreplan.business.workingday

Examples of org.libreplan.business.workingday.IntraDayDate

org.libreplan.business.workingday.IntraDayDate

Instances of this class represent values so immutable objects are used. In order to do modifications new instances must be created.

A date type that represents a point inside a working day. This doesn't translate directly to a concrete DateTime because the working day can start at an arbitrary hour.

It represents the instant at which {@link #effortDuration} has been elapsedin the working day specified by the field {@link #date}. Since the amount of time for a working day is measured with an {@link EffortDuration}, to indicate the point inside a working day an {@link EffortDuration} isspecified.

For example, a IntraDayDate with a date such as 23/07/2010 and an effort duration of 2 hours represents the moment on 23/07/2010 at which 2 hours of the working day had been elapsed. Normally this object can't be converted to a precise {@link DateTime} due to not knowing the timetable of the workers.Nevertheless, this object is useful anyway in order to know how many effort is left at the working day.
@see PartialDay @see LocalDate @see EffortDuration @author Óscar González Fernández @author Manuel Rego Casasnovas

                .allocateHours(0);
    }


    @Test(expected = IllegalArgumentException.class)
    public void cantAllocateNegativeHours() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(start,
                plusDays(start, 1))
                .allocateHours(-1);
    }

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                .allocateHours(-1);
    }


    @Test
    public void someHoursInAnIntervalCanBeAssigned() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(start,
                plusDays(start, 2))
                .allocateHours(10);
        assertThat(specificResourceAllocation.getAssignments(), haveHours(5, 5));

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        assertThat(specificResourceAllocation.getAssignments(), haveHours(5, 5));
    }


    @Test
    public void theHoursForEachDayCanBeAssigned() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(start,
                plusDays(start, 4)).allocate(
                Arrays.asList(hours(4), hours(8), hours(4), hours(8)));
        assertThat(specificResourceAllocation.getAssignments(),

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                haveHours(4, 8, 4, 8));
    }


    @Test
    public void ifLessDaysAreSpecifiedTheInitialDaysAreAllocated() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(start,
                plusDays(start, 4)).allocate(
                Arrays.asList(hours(4), hours(8), hours(4)));
        assertThat(specificResourceAllocation.getAssignments(),

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                haveHours(4, 8, 4));
    }


    @Test
    public void ifMoreDaysAreSpecifiedTheInitialDaysAreAllocated() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(start,
                plusDays(start, 4))
                .allocate(
                        Arrays.asList(hours(4), hours(8), hours(4), hours(4),

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                haveHours(4, 8, 4, 4));
    }


    @Test
    public void theDaysSpecifiedOutsideBoundsAreDiscarded() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(minusDays(start, 2),
                plusDays(start, 1)).allocate(
                Arrays.asList(hours(2), hours(3), hours(4)));
        assertThat(specificResourceAllocation.getAssignments(), haveHours(4));

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        assertThat(specificResourceAllocation.getAssignments(), haveHours(4));
    }


    @Test
    public void combineOutsideBoundsAndZeroPadding() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(minusDays(start, 2),
                plusDays(start, 1)).allocate(Arrays.asList(hours(2), hours(3)));
        assertThat(specificResourceAllocation.getAssignments(), haveHours());
    }

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        assertThat(specificResourceAllocation.getAssignments(), haveHours());
    }


    @Test
    public void theDaysSpecifiedOutsideTheTaskAreDiscarded() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(minusDays(start, 1),
                plusDays(start, 4)).allocate(
                Arrays.asList(hours(10), hours(4), hours(8), hours(4),
                        hours(4), hours(3)));

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        assertThat(assigments, haveHours(4, 8, 4, 4));
    }


    @Test
    public void theIntervalWithinTaskCanBeMadeOfIntraDayDates() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        IntraDayDate startInterval = start;
        IntraDayDate endInterval = plusDaysAndEffort(start, 2,
                EffortDuration.hours(4));
        specificResourceAllocation.onIntervalWithinTask(startInterval,
                endInterval).allocateHours(12);
        List<SpecificDayAssignment> assignments = specificResourceAllocation
                .getAssignments();

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                .compareTo(assignments.get(2).getDuration()) > 0);
    }


    @Test
    public void thePartOfTheIntervalUsedIsTheOneOverlapping() {
        IntraDayDate start = date(2000, 2, 4);
        givenSpecificResourceAllocation(start, 4);
        specificResourceAllocation.onIntervalWithinTask(plusDays(start, 1),
                plusDays(start, 6)).allocateHours(12);
        assertThat(specificResourceAllocation.getAssignments(),
                haveHours(4, 4, 4));

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