public void DeserializeNoValue(KdbxVersion version, CompressionAlgorithm compression)
{
KdbxBinary binary = new KdbxBinary(
new XElement(KdbxBinary.RootName, "",
new XAttribute("ID", 1)
),
new KdbxSerializationParameters(version)
{
Compression = compression
}
);
Assert.AreEqual(1, binary.Id);
Assert.AreEqual(0, binary.BinaryData.GetClearData().Length);
}
public void DeserializeUncompressed(KdbxVersion version, CompressionAlgorithm compression)
{
KdbxBinary binary = new KdbxBinary(
new XElement(KdbxBinary.RootName, Base64Uncompressed,
new XAttribute("ID", 1)
),
new KdbxSerializationParameters(version)
{
Compression = compression
}
);
Assert.AreEqual(1, binary.Id);
ValidateBytes(binary.BinaryData.GetClearData());
}
public void SerializeNoValueCompressed(KdbxVersion version, bool protect)
{
ProtectedBinary bin = new ProtectedBinary(new byte[0], protect);
KdbxBinary binary = new KdbxBinary(1, bin);
XElement serialized = binary.ToXml(
new MockRng(),
new KdbxSerializationParameters(version)
{
Compression = CompressionAlgorithm.GZip
}
);
Assert.AreEqual(binary.Id.ToString(), serialized.Attribute("ID").Value, "ID should serialize properly");
Assert.AreEqual("True", serialized.Attribute("Compressed").Value, "Compressed attribute should not be set");
Assert.AreEqual("", serialized.Value, "XML value should serialize properly");
}
public void SerializeUncompressed(KdbxVersion version, bool protect)
{
ProtectedBinary bin = new ProtectedBinary(ExpectedBytes, protect);
KdbxBinary binary = new KdbxBinary(1, bin);
XElement serialized = binary.ToXml(
new MockRng(),
new KdbxSerializationParameters(version)
{
Compression = CompressionAlgorithm.None
}
);
Assert.AreEqual(binary.Id.ToString(), serialized.Attribute("ID").Value, "ID should serialize properly");
Assert.IsNull(serialized.Attribute("Compressed"), "Compressed attribute should not be set");
Assert.AreEqual(Base64Uncompressed, serialized.Value, "XML value should serialize properly");
}
