public void ValidateThatPinLenghtCreatesTheCorrectRandomSize(int pinLength, int expectedResult)
{
IValidation val = new Validation();
// Assemble
IPinsValidation iValidation = new PinsLibrary(val);
// Execute
var result = iValidation.GetRandomInputSizeBasedOnPinLength(pinLength);
// Assert
Assert.Equal(expectedResult, result);
// do some more stuff
}
public void ValidateTheValidationClass()
{
const int expectedValue = 1;
IValidation val = new Validation();
IPinsLibrary lib = new PinsLibrary(val);
IValidator validation = new ValidateConsecutive();
// Add a validator
lib.Validation.Add(validation);
// get the validation object back and do a count on it.
int validatorCount = lib.Validation.Validators.Count;
// we should have a validator count of 1
Assert.Equal(validatorCount, expectedValue);
}
//[ExpectedException(typeof(NotImplementedException))]
public void GenerateBatch_WithCorrectCountAndPinWith_CorrectBatchZizeAndLenght()
{
const int width = 4;
const int batchSize = 1000;
IValidation val = new Validation();
IPinsLibrary lib = new PinsLibrary(val);
lib.Validation.Add(new ValidateConsecutive());
lib.Validation.Add(new ValidateSequential());
var x = lib.GenerateBatch(batchSize, width);
Assert.True(x.Count == batchSize);
foreach (string pin in x)
{
Assert.True(pin.Length == width);
}
}