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;
}
public void PerformanceTestForStructureProcessing()
{
var repositoryStub = new RepositoryStub();
var interestRate = new Mock<InterestRates>();
interestRate.Setup(ir => ir.PositiveInterestRate()).Returns(2.0);
interestRate.Setup(ir => ir.NegativeInterestRate()).Returns(3.0);
var feedProcessor = new FeedProcessor(repositoryStub, "../../../Pickup/testdata/feed.csv");
feedProcessor.Process();
var paymentInstructionService = new PaymentInstructionService();
var structures = repositoryStub.Accounts.GroupBy(a => a.GetClientId())
.Select(g => new
{
ClientAccount = new ClientAccounts(g),
Allocation=GetAllocation(g.ToList())
})
.Select(cs=>new Structure(cs.ClientAccount, cs.Allocation, interestRate.Object, paymentInstructionService));
var structureList = structures.ToList();
var start = DateTime.Now.Ticks;
structureList.ForEach(s=>s.GeneratePaymentInstruction());
var stop = DateTime.Now.Ticks;
Console.WriteLine((stop-start)/10000);
}
private static Structure GetTestStructure(double balance1, double balance2, List<Allocation> allocations, InterestRates interestRates, PaymentInstructionService paymentInstructionService)
{
var clientId = new ClientId("ABC123");
var account1 = new Account(new AccountId(12341234), clientId);
var account2 = new Account(new AccountId(12341235), clientId);
account1.Balance = balance1;
account2.Balance = balance2;
var clientAccounts = new ClientAccounts();
clientAccounts.Add(account1);
clientAccounts.Add(account2);
return new Structure(clientAccounts, allocations, interestRates, paymentInstructionService);
}
