private IList <Counter> SetupBankCounters(int capacity)
{
Counter depositCounter1 = new MonetoryTxnCounter(TokenType.Deposit, capacity);
Counter withdrawCounter1 = new MonetoryTxnCounter(TokenType.Withdraw, capacity);
Counter withdrawCounter2 = new MonetoryTxnCounter(TokenType.Withdraw, capacity);
Counter nonMonetaryCounter1 = new NonMonetoryTxnCounter(TokenType.Other, capacity);
Counter nonMonetaryCounter2 = new NonMonetoryTxnCounter(TokenType.Other, capacity);
return(new List <Counter>
{
depositCounter1,
withdrawCounter1,
withdrawCounter2,
nonMonetaryCounter1,
nonMonetaryCounter2
});
}
public void Assign_Invalid_Token_To_Counter_Throws_Exception_Test()
{
ITokenDistributor tokenDistributor = new UniformTokenDistributor();
IBank bank = new Bank(tokenDistributor);
//Create Non Monetory counters
Counter nonMonetaryCounter1 = new NonMonetoryTxnCounter(TokenType.Other, 10);
Counter nonMonetaryCounter2 = new NonMonetoryTxnCounter(TokenType.Other, 10);
var counters = new List <Counter>
{
nonMonetaryCounter1,
nonMonetaryCounter2
};
int maxCounterNumber = bank.Counters.Count;
for (int index = maxCounterNumber + 1; index <= counters.Count; index++)
{
bank.Counters.Add('C' + index.ToString(), counters[index - (maxCounterNumber + 1)]);
}
//Assign 2 deposit tokens to each of these counters.
VendingMachine.TokenList.Clear();
var vendingMachine = VendingMachine.GetInstance();
int noOfDepositTokens = 2;
vendingMachine.GenerateTokens('D', noOfDepositTokens);
var tokenType = VendingMachine.TokenList.Keys.ToList()[0].Type;
//Act
//Segregate and assign tokens to the appropriate counters.
Action act = () => bank.AssignTokensToCounters(VendingMachine.TokenList.Keys.ToList());
//assert
var exception = Assert.Throws <InvalidOperationException>(act);
//The thrown exception can be used for even more detailed assertions.
Assert.Equal($"No appropriate counter available to process {tokenType} tokens", exception.Message);
}
