public void CalculatePremiumForInitialAndAdditionalSetOfRisks()
{
var additionalinsurancePeriod = new InsurancePeriod(DateTime.Now.AddMonths(6), 6);
var additionalRisk = new Risk
{
Name = fixture.Create <string>(),
YearlyPrice = 50
};
var riskInsuredPeriod = new RiskInsurancePeriod(additionalinsurancePeriod, additionalRisk);
var insurancePeriod = new InsurancePeriod(DateTime.Now, 12);
var insuredRisks = new List <Risk>
{
new Risk
{
Name = fixture.Create <string>(),
YearlyPrice = 40m
},
new Risk
{
Name = fixture.Create <string>(),
YearlyPrice = 36m
}
};
var initialRiskSet = new InitialRiskSet(insuredRisks, insurancePeriod, riskInsuredPeriod);
var premium = initialRiskSet.CalculatePremium();
Assert.Equal(101m, premium);
}
public void PropagateRiskName()
{
var validFrom = DateTime.Now;
var validTill = DateTime.Now.AddDays(1);
var insurancePeriod = new InsurancePeriod(validFrom, validTill);
var risk = fixture.Create <Risk>();
var riskInsurancePeriod = new RiskInsurancePeriod(insurancePeriod, risk);
Assert.Equal(risk.Name, riskInsurancePeriod.RiskName);
}
public void CalculatePremiumForEachValidMonth()
{
var validFrom = DateTime.Now;
var validTill = DateTime.Now.AddMonths(2);
var insurancePeriod = new InsurancePeriod(validFrom, validTill);
var risk = new Risk
{
Name = fixture.Create <string>(),
YearlyPrice = 120
};
var riskInsurancePeriod = new RiskInsurancePeriod(insurancePeriod, risk);
var premium = riskInsurancePeriod.CalculatePremium();
Assert.Equal(20, premium);
}