public void WhenAPartyOwnsAQuarterOfTheCertificates_ThenItIsEntitledToAQuarterOfThePowerEarnings()
{
// arrange
// 25 certificates in 2012: Single transaction of 15 certificates in 2012
List <Transaction> transactions =
new List <Transaction> {
new Transaction {
Date = new DateTime(2012, 2, 15), Amount = 2500
}
};
// Plant Earning is 100
PowerEarning powerPlant = new PowerEarning {
Earning = 1000
};
List <DynamicShare> strombezuege = new List <DynamicShare>();
List <ConversionFactor> factor = new List <ConversionFactor>();
ICertificateDocument document = new DocumentMock();
Address address = new Address();
// act
Certificate sut = new Certificate(document, 2018, address, powerPlant, transactions, strombezuege, factor)
{
TotalNumberOfCommittedCertificates = 100
};
// assert
sut.PersonalPowerEarning.Should().Be(250, "25 out of 100 is a quarter and a quarter of 1000 kWh gives 250 kWh");
}
public void Initialize()
{
_documentRepositoryMock = DocumentMock.GetDocumentRepositoryMock();
_documentManipulation = new DocumentManipulation(
_documentRepositoryMock.Object
);
}
public void WhenDynamicCertificatesExistForTheFuture_ThenTheseAreNotShownOnTheDocument()
{
const int Year = 2015;
ICertificateDocument document = new DocumentMock();
Address address = new Address();
PowerEarning powerPlant = new PowerEarning();
// Arrange
// 1 dynamic certificate annually between 2010 - 2019
List <DynamicShare> dynymicShare = new List <DynamicShare>();
List <ConversionFactor> factor = new List <ConversionFactor>();
for (int year = 2010; year <= 2019; year++)
{
DateTime date = new DateTime(year, 12, 31);
dynymicShare.Add(new DynamicShare {
AddressId = 1, Date = date, PowerPurchase = 100
});
factor.Add(new ConversionFactor {
Year = year, Factor = 1
});
}
List <Transaction> fixShare = new List <Transaction>
{
// Subscription of 15 certificates in 2012
new Transaction {
Date = new DateTime(2012, 2, 15), Amount = 1500
},
// Subscription of 25 certificates in 2016
new Transaction {
Date = new DateTime(2016, 2, 15), Amount = 2500
}
};
Certificate sut = new Certificate(document, Year, address, powerPlant, fixShare, dynymicShare, factor)
{
TotalNumberOfCommittedCertificates = 1
};
// Act
// Calculation date 2015
string html = sut.FillTemplateWithData(Year, null, null, DateTime.Now);
// Assert
html.Should().ContainAll(new List <string> {
"2010", "2011", "2012", "2013", "2014", "2015"
});
html.Should().NotContainAny(new List <string> {
"2016", "2017", "2018", "2019"
});
sut.NumberOfCertificatesHeld.Should().Be(21, "dynymicShare: 6 + fixShare: 15 => 21");
}
public void WhenACustomerHas10DynamicÂnd15TransactionalShares_ThenTheNumberOfCommittedCertificatesMustBe25()
{
// arrange
// 20 dynamic certificates: 2 dynamic certificate annually between 2010 - 2019
List <DynamicShare> strombezuege = new List <DynamicShare>();
List <ConversionFactor> factor = new List <ConversionFactor>();
for (int year = 2010; year <= 2019; year++)
{
DateTime date = new DateTime(year, 12, 31);
strombezuege.Add(new DynamicShare {
AddressId = 1, Date = date, PowerPurchase = 200
});
factor.Add(new ConversionFactor {
Year = year, Factor = 1
});
}
// 15 certificates in 2012: Single transaction of 15 certificates in 2012
List <Transaction> transactions =
new List <Transaction> {
new Transaction {
Date = new DateTime(2012, 2, 15), Amount = 1500
}
};
ICertificateDocument document = new DocumentMock();
Address address = new Address();
PowerEarning powerPlant = new PowerEarning();
// act
Certificate sut = new Certificate(document, 2018, address, powerPlant, transactions, strombezuege, factor);
// assert
sut.NumberOfCommittedCertificates.Should().Be(35, "20 dynamic certificates plus 15 certificates from a transaction gives a total of 35 certificates");
}
