public Structure(ClientAccounts sourceClientAccounts, List <Allocation> allocations, InterestRates interestRates, PaymentInstructionService paymentInstructionService)
{
if (sourceClientAccounts.Count < 2)
{
throw new ArgumentException("A structure must have at least 2 source accounts.");
}
float totalPercentage = 0;
allocations.ForEach(al => totalPercentage += al.GetAllocationPercentage());
if (totalPercentage != 100)
{
throw new ArgumentException("A structure should have 100% allocation.");
}
if (allocations.Count != 1 && allocations.Exists(al => !sourceClientAccounts.Contains(al.GetAccount())))
{
throw new ArgumentException("All allocations should be in pooled account or there should be only one allocation account.");
}
this.sourceClientAccounts = sourceClientAccounts;
this.allocations = allocations;
this.interestRates = interestRates;
this.paymentInstructionService = paymentInstructionService;
}
public Structure(ClientAccounts sourceClientAccounts, List<Allocation> allocations, InterestRates interestRates, PaymentInstructionService paymentInstructionService)
{
if(sourceClientAccounts.Count < 2) throw new ArgumentException("A structure must have at least 2 source accounts.");
float totalPercentage = 0;
allocations.ForEach(al => totalPercentage += al.GetAllocationPercentage());
if (totalPercentage != 100)
throw new ArgumentException("A structure should have 100% allocation.");
if (allocations.Count != 1 && allocations.Exists(al => !sourceClientAccounts.Contains(al.GetAccount())))
throw new ArgumentException("All allocations should be in pooled account or there should be only one allocation account.");
this.sourceClientAccounts = sourceClientAccounts;
this.allocations = allocations;
this.interestRates = interestRates;
this.paymentInstructionService = paymentInstructionService;
}
