public void CSBadSerializeGroupElementArrayTest()
{
GroupElement[] input = StaticHelperClass.GenerateRandomBases(10, paramIndex);
StaticHelperClass.TryBodyDelegate negativeLength =
new StaticHelperClass.TryBodyDelegate(
() => {
string[] serialized = CryptoSerializer.SerializeGroupElementArray(input, 3, -1, "blah");
});
StaticHelperClass.AssertThrowsException(negativeLength, typeof(Exception), "negative output length");
// zero output length
string[] output = CryptoSerializer.SerializeGroupElementArray(input, 3, 0, "blah");
Assert.AreEqual(0, output.Length, "output.Length.");
// output length too long
StaticHelperClass.TryBodyDelegate outputLengthTooLarge =
new StaticHelperClass.TryBodyDelegate(
() =>
{
string[] serialized = CryptoSerializer.SerializeGroupElementArray(input, 3, 9, "blah");
});
StaticHelperClass.AssertThrowsException(outputLengthTooLarge, typeof(Exception), "Output length too large");
// copy index negative
StaticHelperClass.TryBodyDelegate startIndexNegative =
new StaticHelperClass.TryBodyDelegate(
() =>
{
string[] serialized = CryptoSerializer.SerializeGroupElementArray(input, -1, 4, "blah");
});
StaticHelperClass.AssertThrowsException(startIndexNegative, typeof(Exception), "Start index is negative.");
}
public void CSBadDeserializeFieldZqElementArrayTest()
{
FieldZqElement[] input = StaticHelperClass.GenerateRandomExponents(10, paramIndex);
string[] serialized = CryptoSerializer.SerializeFieldZqElementArray(input, 3, 4, "blah");
Assert.AreEqual(4, serialized.Length, "serialized array length");
StaticHelperClass.TryBodyDelegate negativeStartIndex =
new StaticHelperClass.TryBodyDelegate(
() =>
{
FieldZqElement[] output = CryptoSerializer.DeserializeFieldZqElementArray(serialized, -1, 10, "blah", crypto.Group);
});
StaticHelperClass.AssertThrowsException(negativeStartIndex, typeof(Exception), "negative start index");
StaticHelperClass.TryBodyDelegate startIndexTooLarge =
new StaticHelperClass.TryBodyDelegate(
() =>
{
FieldZqElement[] output = CryptoSerializer.DeserializeFieldZqElementArray(serialized, 8, 10, "blah", crypto.Group);
});
StaticHelperClass.AssertThrowsException(startIndexTooLarge, typeof(Exception), "start index too large");
StaticHelperClass.TryBodyDelegate startIndexWaytooLarge =
new StaticHelperClass.TryBodyDelegate(
() =>
{
FieldZqElement[] output = CryptoSerializer.DeserializeFieldZqElementArray(serialized, 11, 10, "blah", crypto.Group);
});
StaticHelperClass.AssertThrowsException(startIndexWaytooLarge, typeof(Exception), "start index greater than output length ");
}
public void CSBadSerializeFieldZqElementArrayTest()
{
FieldZqElement[] input = StaticHelperClass.GenerateRandomExponents(10, paramIndex);
StaticHelperClass.TryBodyDelegate negativeLength =
new StaticHelperClass.TryBodyDelegate(
() =>
{
string[] serialized = CryptoSerializer.SerializeFieldZqElementArray(input, 3, -1, "blah");
});
StaticHelperClass.AssertThrowsException(negativeLength, typeof(Exception), "negative output length");
// zero output length
string[] output = CryptoSerializer.SerializeFieldZqElementArray(input, 3, 0, "blah");
Assert.AreEqual(0, output.Length, "output.Length.");
// output length too long
StaticHelperClass.TryBodyDelegate outputLengthTooLarge =
new StaticHelperClass.TryBodyDelegate(
() =>
{
string[] serialized = CryptoSerializer.SerializeFieldZqElementArray(input, 3, 9, "blah");
});
StaticHelperClass.AssertThrowsException(outputLengthTooLarge, typeof(Exception), "Output length too large");
// copy index negative
StaticHelperClass.TryBodyDelegate startIndexNegative =
new StaticHelperClass.TryBodyDelegate(
() =>
{
string[] serialized = CryptoSerializer.SerializeFieldZqElementArray(input, -1, 4, "blah");
});
StaticHelperClass.AssertThrowsException(startIndexNegative, typeof(Exception), "Start index is negative.");
string[] jsonStrings = new string[32];
StaticHelperClass.AssertThrowsException(
() => { CryptoSerializer.DeserializeFieldZqElementArray(jsonStrings, 0, 0, "field", null); },
typeof(SerializationException),
"Group is null.");
}
