public async Task NewAccount_Should_Allows_Closing2()
{
var getAccountPresenter = new GetAccountDetailsPresenter();
var closeAccountPresenter = new CloseAccountPresenter();
var withdrawPresenter = new WithdrawPresenter();
var getAccountUseCase = new GetAccountDetailsUseCase(
getAccountPresenter, this._fixture.AccountRepository);
var withdrawUseCase = new WithdrawUseCase(this._fixture.AccountService,
withdrawPresenter, this._fixture.AccountRepository, this._fixture.UnitOfWork);
var sut = new CloseAccountUseCase(
closeAccountPresenter, this._fixture.AccountRepository);
await getAccountUseCase.Execute(new GetAccountDetailsInput(this._fixture.Context.DefaultAccountId));
var getAccountDetailtOutput = getAccountPresenter.GetAccountDetails.First();
await withdrawUseCase.Execute(new WithdrawInput(this._fixture.Context.DefaultAccountId,
new PositiveMoney(getAccountDetailtOutput.CurrentBalance.ToDecimal())));
var input = new CloseAccountInput(this._fixture.Context.DefaultAccountId);
await sut.Execute(input);
Assert.Equal(input.AccountId, closeAccountPresenter.ClosedAccounts.First().AccountId);
}
public async Task ClosedAccount_ValidAccount_ShouldCompleteTask()
{
//ARRANGE
var customerId = Guid.NewGuid();
var account = new Account(customerId);
_accountReadOnlyRepository.Setup(m => m.Get(account.Id)).Returns(Task.FromResult(account));
_accountWriteOnlyRepository.Setup(m => m.Delete(account)).Returns(Task.CompletedTask);
//ACT
Guid accountId = await closedAccountUseCase.Execute(account.Id);
//ASSERT
_accountReadOnlyRepository.Verify(v => v.Get(account.Id), Times.Once());
_accountWriteOnlyRepository.Verify(v => v.Delete(account), Times.Once());
Assert.Equal(account.Id, accountId);
Assert.NotEqual(customerId, accountId);
}
