public void ToInt32ReturnsExpectedResult(int value)
{
var expected = Math.Max(1000, value % 8999);
var sut = new AccountNumber(expected);
Assert.Equal(expected, sut.ToInt32());
}
public void RenameAccount(AccountNumber accountNumber, AccountName newAccountName)
{
MustContainAccountNumber(accountNumber);
Apply(new AccountRenamed {
AccountNumber = accountNumber.ToInt32(),
NewAccountName = newAccountName.ToString()
});
}
public void DefineAccount(AccountName accountName, AccountNumber accountNumber)
{
MustNotContainAccountNumber(accountNumber);
Apply(new AccountDefined {
AccountName = accountName.ToString(),
AccountNumber = accountNumber.ToInt32()
});
}
public void ReactivateAccount(AccountNumber accountNumber)
{
MustContainAccountNumber(accountNumber);
if (IsActive(accountNumber))
{
return;
}
Apply(new AccountReactivated {
AccountNumber = accountNumber.ToInt32()
});
}
public void BeginClosingPeriod(AccountNumber retainedEarningsAccountNumber,
GeneralLedgerEntryIdentifier closingGeneralLedgerEntryIdentifier,
GeneralLedgerEntryIdentifier[] generalLedgerEntryIdentifiers, DateTimeOffset closingOn)
{
if (_periodClosing)
{
throw new PeriodClosingInProcessException(_period);
}
_period.MustNotBeAfter(closingOn);
Apply(new AccountingPeriodClosing {
Period = _period.ToString(),
GeneralLedgerEntryIds = Array.ConvertAll(generalLedgerEntryIdentifiers, id => id.ToGuid()),
ClosingOn = closingOn,
RetainedEarningsAccountNumber = retainedEarningsAccountNumber.ToInt32(),
ClosingGeneralLedgerEntryId = closingGeneralLedgerEntryIdentifier.ToGuid()
});
}
public void Equality(AccountNumber sut)
{
var copy = new AccountNumber(sut.ToInt32());
Assert.Equal(sut, copy);
}
public void EqualityOperator(AccountNumber sut)
{
var copy = new AccountNumber(sut.ToInt32());
Assert.True(sut == copy);
}