private void Handle(Deposit cmd)
{
var sender = Sender;
if (cmd.To != _state.AccountNumber)
{
throw new NotFoundException("Invalid Account Number");
}
if (cmd.Amount <= 0)
{
throw new ValidationException("Invalid Deposit Amout, it must be greater than zero!");
}
var credited = new AccountCredited
{
TransactionId = cmd.TransactionId,
Amount = cmd.Amount,
CurrencyDate = cmd.CurrencyDate,
From = cmd.From,
To = _accountNumber
};
// when last event is persisted, send response
Persist(credited, e =>
{
ApplyEvent(e);
Respond(sender, "Ok", new[] { credited });
});
}
public static IImmutableList <string> GetTopics(this AccountCredited self)
{
return(ImmutableArray.CreateRange(
new[]
{
"\\Accounts",
$"\\Account\\{self.AccountId}",
}));
}
public void Apply(AccountCredited @event)
{
Transactions.Add(new Transaction()
{
Amount = @event.Amount,
Id = @event.Id,
Type = "Credit",
Description = @event.Description
});
}
public IImmutableList <string> GetTopics(object message)
{
return(message switch
{
AccountCreated evt => evt.GetTopics(),
AccountCredited evt => evt.GetTopics(),
AccountDebited evt => evt.GetTopics(),
_ => _onlyRootTopic
});
public static object CreateAccountObject(int version)
{
object accountObject = null;
var internalCounter = version + 1;
{
const int checkpointVersion = 10;
var checkPointModVersion = internalCounter % checkpointVersion;
if (checkPointModVersion == 0)
{
int otherCheckPointsCount = internalCounter / checkpointVersion;
var elementsCount = internalCounter / 2;
var creditedSum = ComputeSum(20, elementsCount, 20) - ComputeSum(100, otherCheckPointsCount, 100);
var debitedSum = ComputeSum(10, elementsCount, 20);
var checkpoint = new AccountCheckPoint(creditedSum, debitedSum);
accountObject = checkpoint;
}
else
{
var modVersion = internalCounter % 2;
if (modVersion == 0)
{
var credited = new AccountCredited(internalCounter * 10, internalCounter % 17);
accountObject = credited;
}
else
{
var debited = new AccountDebited(internalCounter * 10, internalCounter % 17);
accountObject = debited;
}
}
}
return(accountObject);
}
public static object CreateAccountObject(int version)
{
object accountObject = null;
var internalCounter = version + 1;
{
const int checkpointVersion = 10;
var checkPointModVersion = internalCounter % checkpointVersion;
if (checkPointModVersion == 0)
{
int otherCheckPointsCount = internalCounter / checkpointVersion;
var elementsCount = internalCounter / 2;
var creditedSum = ComputeSum(20, elementsCount, 20) - ComputeSum(100, otherCheckPointsCount, 100);
var debitedSum = ComputeSum(10, elementsCount, 20);
var checkpoint = new AccountCheckPoint(creditedSum, debitedSum);
accountObject = checkpoint;
}
else
{
var modVersion = internalCounter % 2;
if (modVersion == 0)
{
var credited = new AccountCredited(internalCounter * 10, internalCounter % 17);
accountObject = credited;
}
else
{
var debited = new AccountDebited(internalCounter * 10, internalCounter % 17);
accountObject = debited;
}
}
}
return accountObject;
}
public void Apply(AccountCredited credit)
{
credit.Apply(this);
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine($"Crediting {Owner} {credit.Amount.ToString("C")}: {credit.Description}");
}
public void Apply(AccountCredited @event)
{
Balance += @event.Amount;
AvailableBalance += @event.Amount;
}
public void Handle(AccountCredited accountCredited)
{
Balance += accountCredited.Amount;
}
private void Apply(AccountCredited accountCredited)
{
Balance += accountCredited.Amount;
AvailableBalance += accountCredited.Amount;
}
protected void When(AccountCredited e)
{
balance += Money.Amount(e.Amount);
}
private void UpdateState(AccountCredited ac)
{
this.accountState.Credit(ac.Amount);
log.Info($"Account credited by {ac.AccountId}, current state: {this.accountState.CurrentAmount}");
}
private void When(AccountCredited @event)
{
this.Balance = this.Balance + @event.CreditAmount;
}
private void Apply(AccountCredited risedEvent) => Balance += risedEvent.Amount;
