public void Test_that_coins_to_receive_should_be_numbers_in_a_row_starting_from_zero(string coinsToReceiveNumbers, bool shouldThrow)
{
var coinToSpend = new CoinToSpend
(
new CoinId("1", 1),
new Asset("KIN"),
UMoney.Create(100, 3),
"A"
);
var coinsToReceive = coinsToReceiveNumbers
.Split(',')
.Select(x => new CoinToReceive
(
int.Parse(x),
new Asset("KIN"),
UMoney.Create(1, 3),
"B"
))
.ToArray();
if (shouldThrow)
{
Assert.Throws <RequestValidationException>(() => TransactionCoinsValidator.Validate(new[] { coinToSpend }, coinsToReceive));
}
else
{
Assert.DoesNotThrow(() => TransactionCoinsValidator.Validate(new[] { coinToSpend }, coinsToReceive));
}
}
public void Test_that_empty_collections_are_not_allowed()
{
// Arrange
var coinToSpend = new CoinToSpend
(
new CoinId("1", 1),
new Asset("KIN"),
UMoney.Create(100, 3),
"A"
);
var coinToReceive = new CoinToReceive
(
0,
new Asset("KIN"),
UMoney.Create(100, 3),
"A"
);
// Act, Throw
Assert.Throws <RequestValidationException>
(
() => TransactionCoinsValidator.Validate(null, new[] { coinToReceive })
);
Assert.Throws <RequestValidationException>
(
() => TransactionCoinsValidator.Validate(Array.Empty <CoinToSpend>(), new[] { coinToReceive })
);
Assert.Throws <RequestValidationException>
(
() => TransactionCoinsValidator.Validate(new[] { coinToSpend }, null)
);
Assert.Throws <RequestValidationException>
(
() => TransactionCoinsValidator.Validate(new[] { coinToSpend }, Array.Empty <CoinToReceive>())
);
}
public void Test_that_sum_of_coins_to_send_equal_or_greater_than_sum_to_receive_for_each_assets(string assetsToSpend, string assetsToReceive, bool shouldThrow)
{
// Arrange
var coinsToSpend = assetsToSpend
.Split(',')
.Select(x => x.Split(':'))
.Select(x => new CoinToSpend
(
new CoinId("1", 1),
new Asset(x[0]),
UMoney.Create(int.Parse(x[1]), 3),
"A"
))
.ToArray();
var coinsToReceive = assetsToReceive
.Split(',')
.Select(x => x.Split(':'))
.Select((x, i) => new CoinToReceive
(
i,
new Asset(x[0]),
UMoney.Create(int.Parse(x[1]), 3),
"A"
))
.ToArray();
// Act, Throw
if (shouldThrow)
{
Assert.Throws <RequestValidationException>(() => TransactionCoinsValidator.Validate(coinsToSpend, coinsToReceive));
}
else
{
Assert.DoesNotThrow(() => TransactionCoinsValidator.Validate(coinsToSpend, coinsToReceive));
}
}
public void Test_that_sets_of_assets_should_match(string assetsToSpend, string assetsToReceive, bool shouldThrow)
{
// Arrange
var coinsToSpend = assetsToSpend
.Split(',')
.Select(asset => new CoinToSpend
(
new CoinId("1", 1),
new Asset(asset),
UMoney.Create(100, 3),
"A"
))
.ToArray();
var coinsToReceive = assetsToReceive
.Split(',')
.Select((asset, i) => new CoinToReceive
(
i,
new Asset(asset),
UMoney.Create(100, 3),
"A"
))
.ToArray();
// Act, Throw
if (shouldThrow)
{
Assert.Throws <RequestValidationException>(() => TransactionCoinsValidator.Validate(coinsToSpend, coinsToReceive));
}
else
{
Assert.DoesNotThrow(() => TransactionCoinsValidator.Validate(coinsToSpend, coinsToReceive));
}
}
