public void ShouldThrowExceptionIfTypeUnknown()
{
var packer = new PackStream.Packer(null);
var ex = Xunit.Record.Exception(() => packer.Pack(new { Name = "Test" }));
ex.Should().BeOfType <ProtocolException>();
}
public void ShouldPackEmptyStringSuccessfully()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack(string.Empty);
mocks.VerifyWrite(PackStream.TINY_STRING | 0);
}
public void ShouldPackEmptyByteSuccessfully()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack(new byte[] {});
mocks.VerifyWrite(PackStream.BYTES_8, new byte[] { 0 });
}
public void ShouldPackNullableAsNull(sbyte?input, byte expected)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack(input);
mocks.VerifyWrite(expected);
}
public void ShouldPackFloatNumbersAsDouble(object input, byte expected)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack(input);
mocks.VerifyWrite(expected);
}
public void ShouldPackNullableAsNull(sbyte?input, byte expected)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
u.Pack(input);
mocks.VerifyWrite(expected);
}
public void ShouldPackFloatNumbersAsDouble(object input, byte expected)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
u.Pack(input);
mocks.VerifyWrite(expected);
}
public void ShouldPackEmptyByteSuccessfully()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
u.Pack(new byte[] {});
mocks.VerifyWrite(PackStream.BYTES_8, new byte[] { 0 });
}
public void ShouldPackNullBytesSuccessfully()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
u.Pack((byte[])null);
mocks.VerifyWrite(PackStream.NULL);
}
public void ShouldPackEmptyStringSuccessfully()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
u.Pack(string.Empty);
mocks.VerifyWrite(PackStream.TINY_STRING | 0);
}
public void ShouldPackNullBytesSuccessfully()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack((byte[])null);
mocks.VerifyWrite(PackStream.NULL);
}
public void ShouldPackAsString()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
string input = "abc";
u.Pack((object)input);
mocks.VerifyWrite(PackStream.TINY_STRING | 3);
}
public void ShouldPackAsNullIfDictionaryIsNull()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
u.Pack((IDictionary)null);
mocks.VerifyWrite(PackStream.NULL);
}
public void ShouldPackAsString()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
string input = "abc";
u.Pack((object)input);
mocks.VerifyWrite(PackStream.TINY_STRING | 3);
}
public void ShouldPackAsNullIfDictionaryIsNull()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack((IDictionary)null);
mocks.VerifyWrite(PackStream.NULL);
}
public void ShouldPackCharAsString()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
char input = 'a';
u.Pack((object)input);
mocks.VerifyWrite(PackStream.TINY_STRING | 1);
}
public void ShouldPackDoubleSuccessfully(double input, string expected)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack(input);
mocks.VerifyWrite(PackStream.FLOAT_64);
mocks.VerifyWrite(expected.ToByteArray());
}
public void ShouldPackDecimalNumbersAsDouble()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
decimal input = 1.34m;
u.Pack((object)input);
mocks.VerifyWrite(PackStream.FLOAT_64);
}
public void ShouldPackAsByteArray()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
var input = new byte[] { 1, 2, 3 };
u.Pack((object)input);
mocks.VerifyWrite(PackStream.BYTES_8, 3);
}
public void ShouldPackAsNull()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack((object)null);
mocks.VerifyWrite(PackStream.NULL);
}
public void ShouldPackLongSuccessfully(long input, byte marker, string expected)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack(input);
mocks.VerifyWrite(marker);
if (expected != null)
{
mocks.VerifyWrite(expected.ToByteArray());
}
}
public void ShouldPackArrayAsList()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
int[] list = new int[2];
list[0] = 1;
list[1] = 2;
u.Pack((object)list);
mocks.VerifyWrite((byte)(PackStream.TINY_LIST | list.Length));
mocks.VerifyWrite((byte)1);
mocks.VerifyWrite((byte)2);
}
public void ShouldPackAsDictionary()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
IDictionary <object, object> dic = new Dictionary <object, object>();
dic.Add(true, "a");
u.Pack(dic);
mocks.VerifyWrite((byte)(PackStream.TINY_MAP | dic.Count));
mocks.VerifyWrite(PackStream.TRUE);
mocks.VerifyWrite(PackStream.TINY_STRING | 1);
mocks.VerifyWrite(new byte[] { 97 });
}
public void ShouldPackBoolSuccessfully(bool input)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
u.Pack(input);
if (input)
{
mocks.VerifyWrite(PackStream.TRUE);
}
else
{
mocks.VerifyWrite(PackStream.FALSE);
}
}
public void ShouldPackMapOfDifferentTypeCorrectly()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
IDictionary <object, object> dic = new Dictionary <object, object>();
dic.Add(true, "a");
u.Pack((IDictionary)dic);
mocks.VerifyWrite((byte)(PackStream.TINY_MAP | dic.Count));
mocks.VerifyWrite(PackStream.TRUE);
mocks.VerifyWrite(PackStream.TINY_STRING | 1);
mocks.VerifyWrite(new byte[] { 97 });
}
public void ShouldPackBoolSuccessfully(bool input)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
u.Pack(input);
if (input)
{
mocks.VerifyWrite(PackStream.TRUE);
}
else
{
mocks.VerifyWrite(PackStream.FALSE);
}
}
public void ShouldPackStringSuccessfully(int size, byte marker, byte[] sizeByte)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
var expected = new byte[size];
for (int i = 0; i < size; i++)
{
expected[i] = 97;
}
u.Pack(expected);
mocks.VerifyWrite(marker, sizeByte);
mocks.VerifyWrite(expected);
}
public void ShouldPackStringSuccessfully(int size, byte marker, byte[] sizeByte)
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
var input = new string('a', size);
var expected = new byte[size];
for (int i = 0; i < size; i++)
{
expected[i] = 97;
}
u.Pack(input);
mocks.VerifyWrite(marker, sizeByte);
mocks.VerifyWrite(expected);
}
public void ShouldPackListOfDifferentTypeCorrectly()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream);
var list = new List <object>();
list.Add(1);
list.Add(true);
list.Add("a");
u.Pack((IList)list);
mocks.VerifyWrite((byte)(PackStream.TINY_LIST | list.Count));
mocks.VerifyWrite((byte)1);
mocks.VerifyWrite(PackStream.TRUE);
mocks.VerifyWrite(PackStream.TINY_STRING | 1);
mocks.VerifyWrite(new byte[] { 97 });
}
public void ShouldPackAsList()
{
var mocks = new Mocks();
var u = new PackStream.Packer(mocks.OutputStream, new BigEndianTargetBitConverter());
IList <object> list = new List <object>();
list.Add(1);
list.Add(true);
list.Add("a");
u.Pack((object)list);
mocks.VerifyWrite((byte)(PackStream.TINY_LIST | list.Count));
mocks.VerifyWrite((byte)1);
mocks.VerifyWrite(PackStream.TRUE);
mocks.VerifyWrite(PackStream.TINY_STRING | 1);
mocks.VerifyWrite(new byte[] { 97 });
}
