internal void GivenCalculationTypeIsSetToFlat_TheBreaksAvailabilityAreCalculatedProperlyForEachCompetitorBasedOnInputData()
{
var input = GetSampleDataForEachCompetitorWhenCalculationTypeIsFlat();
var output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Flat,
SponsorshipApplicability.EachCompetitor);
Assert.Equal(new ProductExternalReference[] { "P330", "P220", "A110", "A20" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(8, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(9, output.AvailabilitiesForCompetitors["P220"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["A110"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["A20"]);
input.AddCompetitorToSpotByCount("C3", 1);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Flat,
SponsorshipApplicability.EachCompetitor);
Assert.Equal(new ProductExternalReference[] { "P330", "P220", "A110", "A20" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(7, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(8, output.AvailabilitiesForCompetitors["P220"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["A110"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["A20"]);
input.AddCompetitorToSpotByCount("C1", 2);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Flat,
SponsorshipApplicability.EachCompetitor);
Assert.Equal(new ProductExternalReference[] { "P330", "P220" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(5, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(6, output.AvailabilitiesForCompetitors["P220"]);
}
internal void GivenCalculationTypeIsSetToPercentageWhenTheApplicabilityIsSetToAllCompetitorsButTheAllowedNumberOfTheCompetitorsIsLeesThanOne_ThenNoCompetitorWillBeAllowed()
{
var input = GetSampleDataForAllCompetitorsWithLessThanOneAvailibityForCompetitorsWhenCalculationTypeIsPercentage();
var output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.AllCompetitors);
Assert.Empty(output.AvailabilitiesForCompetitors);
}
internal void GivenCalculationTypeIsSetToPercentageWhenTheApplicabilityIsSetToEachCompetitor_TheBreaksAvailabilityForEachCompetitorsIsCalculatedProperlyComparingToSponsoredProduct()
{
var input = GetSampleDataForEachCompetitorWithLessThanOneAvailibityForCompetitorWhenCalculationTypeIsPercentage();
var output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.EachCompetitor);
Assert.Empty(output.AvailabilitiesForCompetitors);
}
internal void GivenCalculationTypeIsSetToPercentageWhenTheApplicabilityIsSetToAllCompetitorsAndThereIsNoSponsoredProduct_TheBreaksAvailabilityForEachCompetitorsIsSetToMaximumValuePossible()
{
var input = GetSampleDataForAllCompetitorsWithNoSponsoredWhenCalculationTypeIsPercentage();
var output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.AllCompetitors);
Assert.Equal(new ProductExternalReference[] { "C1", "C2", "C3", "C4", "C5", "C6", "C7", "P330", "P220", "A110", "A20" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C1"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C2"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C3"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C4"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C5"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C6"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C7"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["P220"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["A110"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["A20"]);
input.AddCompetitorToSpotByCount("C1", 1);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.AllCompetitors);
Assert.Equal(new ProductExternalReference[] { "C1", "C2", "C3", "C4", "C5", "C6", "C7", "P330", "P220", "A110", "A20" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C1"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C2"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C3"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C4"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C5"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C6"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C7"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["P220"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["A110"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["A20"]);
input.AddCompetitorToSpotByCount("C3", 1);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.AllCompetitors);
Assert.Equal(new ProductExternalReference[] { "C1", "C2", "C3", "C4", "C5", "C6", "C7", "P330", "P220", "A110", "A20" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C1"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C2"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C3"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C4"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C5"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C6"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["C7"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["P220"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["A110"]);
Assert.Equal(double.MaxValue, output.AvailabilitiesForCompetitors["A20"]);
}
public void SetupTimelineRunningTotals(
IImmutableList <Break> breaks)
{
foreach (var timeline in _timelines)
{
if (timeline.CalculationType == SponsorshipCalculationType.None ||
timeline.CalculationType == SponsorshipCalculationType.Exclusive)
{
continue;
}
foreach (var advertiser in timeline.AdvertiserIdentifiers)
{
timeline.RunningTotals
.SetRestrictionValueForAdvertiserIdentifier(
advertiser.advertiserIdentifier,
advertiser.restrictionValue);
}
foreach (var clash in timeline.ClashExternalReferences)
{
timeline.RunningTotals
.SetRestrictionValueForClashCode(
clash.clashExternalReference,
clash.restrictionValue);
}
timeline.RestrictionLimits = SponsorshipLimitsCalculator.CalculateRestrictionLimits(
timeline.RunningTotals,
timeline.CalculationType,
timeline.Applicability);
timeline.BreakExternalReferences =
breaks.Where(b =>
timeline.DateTimeRange.Overlays(
(
b.ScheduledDate,
b.ScheduledDate.Add(b.Duration.ToTimeSpan())
)
))
.Select(b => b.ExternalBreakRef)
.ToList();
}
}
internal void GivenCalculationTypeIsSetToPercentageWhenTheApplicabilityIsSetToEachCompetitorButTheAllowedNumberOfTheCompetitorIsLessThanOne_ThenTheCompetitorWillBeRemovedFromTheListOfCompetitorsWithAvailability()
{
var input = GetSampleDataForEachCompetitorWhenCalculationTypeIsPercentage();
var output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.EachCompetitor);
Assert.Equal(new ProductExternalReference[] { "P330", "P220" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(4, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(9, output.AvailabilitiesForCompetitors["P220"]);
input.AddCompetitorToSpotByCount("C1", 1);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.EachCompetitor);
Assert.Equal(new ProductExternalReference[] { "P330", "P220" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(3, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(9, output.AvailabilitiesForCompetitors["P220"]);
input.AddCompetitorToSpotByCount("C2", 1);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.EachCompetitor);
Assert.Equal(new ProductExternalReference[] { "P330", "P220" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(3, output.AvailabilitiesForCompetitors["P330"]);
Assert.Equal(8, output.AvailabilitiesForCompetitors["P220"]);
input.AddCompetitorToSpotByCount("C1", 3);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.EachCompetitor);
Assert.Equal(new ProductExternalReference[] { "P220" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(8, output.AvailabilitiesForCompetitors["P220"]);
input.AddCompetitorToSpotByCount("C2", 8);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.EachCompetitor);
Assert.Empty(output.AvailabilitiesForCompetitors);
}
internal void GivenCalculationTypeIsSetToPercentageWhenTheApplicabilityIsSetToEachCompetitor_TheBreaksAvailabilityForEachCompetitorsIsCalculatedByRoundingUpAnyValueToTheClosestRoundNumber()
{
var input = GetSampleDataForEachCompetitorWithCompetitorsAvalibityInDecimalWhenCalculationTypeIsPercentage();
var output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.EachCompetitor);
Assert.Equal(new ProductExternalReference[] { "P2", "P3", "P4", "P5", "P6", "P7", "P8", "P9", "P10", "P11", "P12", "P13", }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(1, output.AvailabilitiesForCompetitors["P2"]);
Assert.Equal(1, output.AvailabilitiesForCompetitors["P3"]);
Assert.Equal(1, output.AvailabilitiesForCompetitors["P4"]);
Assert.Equal(1, output.AvailabilitiesForCompetitors["P5"]);
Assert.Equal(1, output.AvailabilitiesForCompetitors["P6"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["P7"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["P8"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["P9"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["P10"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["P11"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["P12"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["P13"]);
}
internal void GivenCalculationTypeIsSetToPercentageWhenTheApplicabilityIsSetToAllCompetitors_TheBreaksAvailabilityForAllCompetitorsIsCalculatedProperlyComparingToSponsoredProduct()
{
var input = GetSampleDataForAllCompetitorsWhenCalculationTypeIsPercentage();
var output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.AllCompetitors);
Assert.Equal(new ProductExternalReference[] { "C1", "C2", "P330" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(3, output.AvailabilitiesForCompetitors["C1"]);
Assert.Equal(3, output.AvailabilitiesForCompetitors["C2"]);
Assert.Equal(3, output.AvailabilitiesForCompetitors["P330"]);
input.AddCompetitorToSpotByCount("C1", 1);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.AllCompetitors);
Assert.Equal(new ProductExternalReference[] { "C1", "C2", "P330" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(2, output.AvailabilitiesForCompetitors["C1"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["C2"]);
Assert.Equal(2, output.AvailabilitiesForCompetitors["P330"]);
input.AddCompetitorToSpotByCount("C2", 1);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.AllCompetitors);
Assert.Equal(new ProductExternalReference[] { "C1", "C2", "P330" }, output.AvailabilitiesForCompetitors.Keys.ToArray());
Assert.Equal(1, output.AvailabilitiesForCompetitors["C1"]);
Assert.Equal(1, output.AvailabilitiesForCompetitors["C2"]);
Assert.Equal(1, output.AvailabilitiesForCompetitors["P330"]);
input.AddCompetitorToSpotByCount("C1", 1);
output = SponsorshipLimitsCalculator.CalculateRestrictionLimits(input,
SponsorshipCalculationType.Percentage,
SponsorshipApplicability.AllCompetitors);
Assert.Empty(output.AvailabilitiesForCompetitors);
}