public async Task UsageMethodAsync_Execute_ShouldReturnValidUsageResponse()
{
// Arrange
BaseMethodTest bmt = new BaseMethodTest();
// Act
var target = new UsageMethod(bmt.Service);
var results = await target.GetUsageAsync();
// Assert
TestResults(results);
}
public void UsageMethod_Execute_ShouldReturnValidUsageResponse()
{
// Arrange
BaseMethodTest bmt = new BaseMethodTest();
// Act
var target = new UsageMethod(bmt.Service);
var results = target.GetUsage();
// Assert
TestResults(results);
}
public async Task BlobBasicMethod_ExecuteAsync_ShouldReturnStringValues()
{
// Arrange
BaseMethodTest bmt = new BaseMethodTest();
const int numberToReturn = 2;
int size = bmt.Random.Next(1, 10) * 8;
// Act
var target = new BlobBasicMethod(bmt.AdvisoryDelayHandler, bmt.Service);
IEnumerable<string> actual = await target.GenerateBlobsAsync(numberToReturn, size);
// Assert
TestResults(actual, numberToReturn);
}
public void DecimalBasicMethod_Execute_ShouldReturnDecimalValuesInRange()
{
// Arrange
BaseMethodTest bmt = new BaseMethodTest();
const int numberToReturn = 2;
int numberOfDecimalPlaces = bmt.Random.Next(1, 20);
const bool allowDuplicates = false;
// Act
var target = new DecimalBasicMethod(bmt.AdvisoryDelayHandler, bmt.Service);
var actual = target.GenerateDecimalsFractions(numberToReturn, numberOfDecimalPlaces, allowDuplicates);
TestResults(actual.ToList(), numberToReturn, numberOfDecimalPlaces);
}
public async Task UuidBasicMethod_ExecuteAsync_ShouldReturnGuidValues()
{
// Arrange
BaseMethodTest bmt = new BaseMethodTest();
int numberToReturn = 2;
// Act
var target = new UuidBasicMethod(bmt.AdvisoryDelayHandler, bmt.Service);
IEnumerable<Guid> results = await target.GenerateUuidsAsync(numberToReturn);
// Assert
results.Should().Not.Be.Null();
results.Count().Should().Equal(numberToReturn);
}
public async Task IntegerBasicMethod_ExecuteAsync_ShouldReturnIntegerValuesInRange()
{
// Arrange
BaseMethodTest bmt = new BaseMethodTest();
int numberToReturn = 2;
int minNumber = bmt.Random.Next(1, 1000);
int maxNumber = bmt.Random.Next(minNumber + 1, 1000000);
bool allowDuplicates = bmt.Random.Next(1, 2) == 1;
// Act
var target = new IntegerBasicMethod(bmt.AdvisoryDelayHandler, bmt.Service);
var results = await target.GenerateIntegersAsync(numberToReturn, minNumber, maxNumber, allowDuplicates);
// Assert
TestResults(results.ToList(), numberToReturn, minNumber, maxNumber, allowDuplicates);
}
public async Task StringBasicMethod_ExecuteAsync_ShouldReturnStringValues()
{
// Arrange
BaseMethodTest bmt = new BaseMethodTest();
int numberToReturn = 2;
int length = bmt.Random.Next(1, 20);
CharactersAllowed charactersAllowed = CharactersAllowed.AlphaNumeric;
const bool allowDuplicates = false;
var target = new StringBasicMethod(bmt.AdvisoryDelayHandler, bmt.Service);
var results = await target.GenerateStringsAsync(numberToReturn, length, charactersAllowed, allowDuplicates);
// Assert
TestResults(results.ToList(), numberToReturn, length,
"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789");
}
public async Task GuassianBasicMethod_ExecuteAsync_ShouldReturnDoubleValuesInRange()
{
// Arrange
BaseMethodTest bmt = new BaseMethodTest();
int numberToReturn = 2;
int mean = bmt.Random.Next(-1000000, 1000000);
int standardDeviation = bmt.Random.Next(-1000000, 1000000);
int signifantDigits = bmt.Random.Next(2, 20);
// Act
var target = new GuassianBasicMethod(bmt.AdvisoryDelayHandler, bmt.Service);
var results = await target.GenerateGuassiansAsync(numberToReturn, mean, standardDeviation, signifantDigits);
// Assert
TestResults(results.ToList(), numberToReturn);
}
