public void Long_EightOctet(long expected, byte[] bytes)
{
var data = new HessianDataBuilder().WriteBytes(bytes);
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadObject());
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadLong());
}
public void Map_SparseArray()
{
var value = new Dictionary <object, object>
{
{ 1, "fee" },
{ 16, "fie" },
{ 256, "foe" }
};
var actual = Serialize(value);
var expected = new HessianDataBuilder()
.WriteChar('H') // untyped map
.WriteBytes(0x91) // 1
.WriteBytes(0x03).WriteUtf8("fee") // "fee"
.WriteBytes(0xa0) // 16
.WriteBytes(0x03).WriteUtf8("fie") // "fie"
.WriteBytes(0xc9, 0x00) // 256
.WriteBytes(0x03).WriteUtf8("foe") // foe
.WriteChar('Z') // map end
.ToArray();
CollectionAssert.AreEqual(expected, actual);
}
public void Map_Object()
{
var value = new com.caucho.test.Car
{
model = "Beetle",
color = "aquamarine",
mileage = 65536
};
var actual = Serialize(value);
var expected = new HessianDataBuilder()
// map
.WriteChar('M')
// type (from the website example)
.WriteChar('t').WriteBytes(0, 0x13).WriteUtf8("com.caucho.test.Car")
// model field
.WriteChar('S').WriteBytes(0, 0x05).WriteUtf8("model")
.WriteChar('S').WriteBytes(0, 0x06).WriteUtf8("Beetle")
// color field
.WriteChar('S').WriteBytes(0, 0x05).WriteUtf8("color")
.WriteChar('S').WriteBytes(0, 0x0A).WriteUtf8("aquamarine")
// mileage field
.WriteChar('S').WriteBytes(0, 0x07).WriteUtf8("mileage")
.WriteChar('I').WriteBytes(0, 0x01, 0, 0)
// map end
.WriteChar('z')
.ToArray();
CollectionAssert.AreEqual(expected, actual);
}
public void List_Compact_Fixed_UsingTypeRef()
{
var first = new int[] { 0, 1 };
var second = new int[] { 2, 3, 4 };
var expected = new HessianDataBuilder()
// first list
.WriteBytes(0x72) // list tag
.WriteBytes(0x04).WriteUtf8("[int") // type
.WriteBytes(0x90) // int 0
.WriteBytes(0x91) // int 1
// second list
.WriteBytes(0x73) // list tag
.WriteBytes(0x90) // type ref 0 (above [int)
.WriteBytes(0x92) // int 2
.WriteBytes(0x93) // int 3
.WriteBytes(0x94) // int 4
.ToArray();
byte[] actual;
using (var ms = new MemoryStream())
using (var writer = new HessianStreamWriter(ms))
{
var output = new HessianOutputV2(writer, TypeBindings.Java);
output.WriteObject(first);
output.WriteObject(second);
actual = ms.ToArray();
}
CollectionAssert.AreEqual(expected, actual);
}
public void Map_CompactObject()
{
var value = new com.caucho.test.Car
{
model = "Beetle",
color = "aquamarine",
mileage = 268435456
};
var actual = Serialize(value);
var expected = new HessianDataBuilder()
.WriteChar('C') // definition
.WriteBytes(0x13).WriteUtf8("com.caucho.test.Car")
.WriteBytes(0x93) // 3 fields
.WriteBytes(0x05).WriteUtf8("model")
.WriteBytes(0x05).WriteUtf8("color")
.WriteBytes(0x07).WriteUtf8("mileage")
.WriteBytes(0x60) // instance
.WriteBytes(0x06).WriteUtf8("Beetle")
.WriteBytes(0x0a).WriteUtf8("aquamarine")
.WriteChar('I').WriteBytes(0x10, 0, 0, 0)
.ToArray();
CollectionAssert.AreEqual(expected, actual);
}
public void Ref_CircularList()
{
var value = new com.caucho.test.LinkedList {
head = 1
};
value.tail = value;
var actual = Serialize(value);
var expected = new HessianDataBuilder()
// map
.WriteChar('M')
// type
.WriteChar('t').WriteBytes(0, 0x1A).WriteUtf8("com.caucho.test.LinkedList")
// head field
.WriteChar('S').WriteBytes(0, 0x04).WriteUtf8("head")
.WriteChar('I').WriteBytes(0, 0, 0, 0x01)
// tail field
.WriteChar('S').WriteBytes(0, 0x04).WriteUtf8("tail")
.WriteChar('R').WriteBytes(0, 0, 0, 0)
// map end
.WriteChar('z')
.ToArray();
CollectionAssert.AreEqual(expected, actual);
}
public void Double_Short(double expected, byte[] bytes)
{
var data = new HessianDataBuilder().WriteBytes(bytes);
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadObject());
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadDouble());
}
public void Ref_CircularList()
{
var reader = new HessianDataBuilder()
// map
.WriteChar('M')
// type
.WriteChar('t').WriteBytes(0, 0x1A).WriteUtf8("com.caucho.test.LinkedList")
// head field
.WriteChar('S').WriteBytes(0, 0x04).WriteUtf8("head")
.WriteChar('I').WriteBytes(0, 0, 0, 0x01)
// tail field
.WriteChar('S').WriteBytes(0, 0x04).WriteUtf8("tail")
.WriteChar('R').WriteBytes(0, 0, 0, 0)
// map end
.WriteChar('z')
.ToReader();
// expectation:
// head is an integer
// tail is object itself (circular ref)
var expected = new com.caucho.test.LinkedList {
head = 1
};
expected.tail = expected;
var actual = (com.caucho.test.LinkedList) new HessianInputV1(reader).ReadObject();
Assert.AreEqual(expected.head, actual.head);
// check that ref was restored correctly
Assert.AreSame(expected, expected.tail);
}
public void List_Compact_Fixed_UsingTypeRef()
{
var first = new int[] { 0, 1 };
var second = new int[] { 2, 3, 4 };
var data = new HessianDataBuilder()
// first list
.WriteBytes(0x72) // list tag
.WriteBytes(0x04).WriteUtf8("[int") // type
.WriteBytes(0x90) // int 0
.WriteBytes(0x91) // int 1
// second list
.WriteBytes(0x73) // list tag
.WriteBytes(0x90) // type ref 0 (above [int)
.WriteBytes(0x92) // int 2
.WriteBytes(0x93) // int 3
.WriteBytes(0x94); // int 4
var input = new HessianInputV2(data.ToReader());
CollectionAssert.AreEqual(
first,
(IEnumerable)input.ReadObject());
CollectionAssert.AreEqual(
second,
(IEnumerable)input.ReadObject());
}
public void Int_ThreeOctet(int expected, byte[] bytes)
{
var data = new HessianDataBuilder().WriteBytes(bytes);
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadObject());
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadInt());
}
public void Call_WithHeader()
{
var header = new Tuple <string, object>("transaction", 0);
byte[] actual;
using (var ms = new MemoryStream())
using (var writer = new HessianStreamWriter(ms))
{
new HessianOutputV1(writer).WriteCall("debug", new object[] { 197067 }, new[] { header });
actual = ms.ToArray();
}
var expected = new HessianDataBuilder()
// call
.WriteChar('c')
// version (major version 1, minor 0)
.WriteBytes(1, 0)
// header(s)
.WriteChar('H')
.WriteBytes(0, 0x0B).WriteUtf8("transaction")
.WriteChar('I').WriteBytes(0, 0, 0, 0)
// method name
.WriteChar('m').WriteBytes(0, 0x05).WriteUtf8("debug")
// arg1
.WriteChar('I').WriteBytes(0, 0x03, 0x01, 0xCB)
// call end
.WriteChar('z')
.ToArray();
CollectionAssert.AreEqual(expected, actual);
}
public void Map_CompactEnum()
{
var first = Color.RED;
var second = Color.GREEN;
var third = Color.BLUE;
var fourth = Color.GREEN;
var reader = new HessianDataBuilder()
.WriteChar('C')
.WriteBytes(0x0d).WriteUtf8("example.Color")
.WriteBytes(0x91) // one field
.WriteBytes(0x04).WriteUtf8("name")
.WriteBytes(0x60) // reference definition
.WriteBytes(0x03).WriteUtf8("RED")
.WriteBytes(0x60)
.WriteBytes(0x05).WriteUtf8("GREEN")
.WriteBytes(0x60)
.WriteBytes(0x04).WriteUtf8("BLUE")
.WriteChar('Q').WriteBytes(0x91) // GREEN
.ToReader();
var input = new HessianInputV2(reader);
Assert.AreEqual(first, input.ReadObject());
Assert.AreEqual(second, input.ReadObject());
Assert.AreEqual(third, input.ReadObject());
Assert.AreEqual(fourth, input.ReadObject());
}
public void Reply_Fault()
{
var reader = new HessianDataBuilder()
.WriteChar('H')
.WriteBytes(2, 0) // version
.WriteChar('F') // fault
.WriteChar('H') // map
.WriteBytes(0x04).WriteUtf8("code")
.WriteBytes(0x10).WriteUtf8("ServiceException")
.WriteBytes(0x07).WriteUtf8("message")
.WriteBytes(0x0e).WriteUtf8("File Not Found")
.WriteBytes(0x06).WriteUtf8("detail")
.WriteChar('M')
.WriteBytes(0x1d).WriteUtf8("java.io.FileNotFoundException")
.WriteChar('Z')
.WriteChar('Z')
.ToReader();
var actual = (HessianRemoteException) new HessianInputV2(reader).ReadReply();
Assert.AreEqual(FaultCode.ServiceException, actual.Code);
Assert.AreEqual("File Not Found", actual.OriginalMessage);
Assert.AreEqual("The hessian server reponded with 'File Not Found' (code: 'ServiceException')", actual.Message);
Assert.IsInstanceOf <java.io.FileNotFoundException>(actual.InnerException);
}
public void Map_CompactObject()
{
var reader = new HessianDataBuilder()
.WriteChar('C') // definition
.WriteBytes(0x13).WriteUtf8("com.caucho.test.Car")
.WriteBytes(0x93) // 3 fields
.WriteBytes(0x05).WriteUtf8("model")
.WriteBytes(0x05).WriteUtf8("color")
.WriteBytes(0x07).WriteUtf8("mileage")
.WriteBytes(0x60) // instance
.WriteBytes(0x06).WriteUtf8("Beetle")
.WriteBytes(0x0a).WriteUtf8("aquamarine")
.WriteChar('I').WriteBytes(0, 0x01, 0, 0)
.ToReader();
var expected = new com.caucho.test.Car
{
model = "Beetle",
color = "aquamarine",
mileage = 65536
};
Assert.AreEqual(expected, new HessianInputV2(reader).ReadObject());
}
public void Map_Object()
{
var reader = new HessianDataBuilder()
.WriteChar('M') // map
.WriteBytes(0x13).WriteUtf8("com.caucho.test.Car") // type
.WriteBytes(0x05).WriteUtf8("model")
.WriteBytes(0x06).WriteUtf8("Beetle")
.WriteBytes(0x05).WriteUtf8("color")
.WriteBytes(0x0a).WriteUtf8("aquamarine")
.WriteBytes(0x07).WriteUtf8("mileage")
.WriteChar('I').WriteBytes(0, 0x01, 0, 0)
.WriteChar('Z') // map end
.ToReader();
var expected = new com.caucho.test.Car
{
model = "Beetle",
color = "aquamarine",
mileage = 65536
};
Assert.AreEqual(expected, new HessianInputV2(reader).ReadObject());
}
public void Map_SparseArray()
{
var reader = new HessianDataBuilder()
.WriteChar('H') // untyped map
.WriteBytes(0x91) // 1
.WriteBytes(0x03).WriteUtf8("fee") // "fee"
.WriteBytes(0xa0) // 16
.WriteBytes(0x03).WriteUtf8("fie") // "fie"
.WriteBytes(0xc9, 0x00) // 256
.WriteBytes(0x03).WriteUtf8("foe") // foe
.WriteChar('Z') // map end
.ToReader(); // map end
var actual = (IDictionary <object, object>) new HessianInputV2(reader).ReadObject();
var expected = new Dictionary <object, object>
{
{ 1, "fee" },
{ 16, "fie" },
{ 256, "foe" }
};
Assert.AreEqual(expected.Count, actual.Count);
foreach (var key in expected.Keys)
{
Assert.AreEqual(expected[key], actual[key]);
}
}
public void Call()
{
byte[] actual;
using (var ms = new MemoryStream())
using (var writer = new HessianStreamWriter(ms))
{
new HessianOutputV1(writer).WriteCall("add2", new object[] { 2, 3 });
actual = ms.ToArray();
}
var expected = new HessianDataBuilder()
// call
.WriteChar('c')
// version (major version 1, minor 0)
.WriteBytes(1, 0)
// method name
.WriteChar('m').WriteBytes(0, 0x04).WriteUtf8("add2")
// arg1
.WriteChar('I').WriteBytes(0, 0, 0, 0x02)
// arg2
.WriteChar('I').WriteBytes(0, 0, 0, 0x03)
// call end
.WriteChar('z')
.ToArray();
CollectionAssert.AreEqual(expected, actual);
}
public void Reply_Fault()
{
var reader = new HessianDataBuilder()
// reply
.WriteChar('r')
// version (major version 1, minor 0)
.WriteBytes(1, 0)
// fault
.WriteChar('f')
// code field
.WriteChar('S').WriteBytes(0, 0x04).WriteUtf8("code")
.WriteChar('S').WriteBytes(0, 0x10).WriteUtf8("ServiceException")
// message field
.WriteChar('S').WriteBytes(0, 0x07).WriteUtf8("message")
.WriteChar('S').WriteBytes(0, 0x0E).WriteUtf8("File Not Found")
// detail field
.WriteChar('S').WriteBytes(0, 0x06).WriteUtf8("detail")
.WriteChar('M')
// type
.WriteChar('t').WriteBytes(0, 0x1D).WriteUtf8("java.io.FileNotFoundException")
// map end
.WriteChar('z')
// reply end
.WriteChar('z')
.ToReader();
var actual = (HessianRemoteException) new HessianInputV1(reader).ReadReply();
Assert.AreEqual(FaultCode.ServiceException, actual.Code);
Assert.AreEqual("File Not Found", actual.OriginalMessage);
Assert.AreEqual("The hessian server reponded with 'File Not Found' (code: 'ServiceException')", actual.Message);
Assert.IsInstanceOf <java.io.FileNotFoundException>(actual.InnerException);
}
public void Map_SparseArray()
{
var reader = new HessianDataBuilder()
// map
.WriteChar('M')
// key/value 1
.WriteChar('I').WriteBytes(0, 0, 0, 0x01)
.WriteChar('S').WriteBytes(0, 0x03).WriteUtf8("fee")
// key/value 2
.WriteChar('I').WriteBytes(0, 0, 0, 0x10)
.WriteChar('S').WriteBytes(0, 0x03).WriteUtf8("fie")
// key/value 3
.WriteChar('I').WriteBytes(0, 0, 0x01, 0)
.WriteChar('S').WriteBytes(0, 0x03).WriteUtf8("foe")
// map end
.WriteChar('z')
.ToReader();
var actual = (IDictionary <object, object>) new HessianInputV1(reader).ReadObject();
var expected = new Dictionary <object, object>
{
{ 1, "fee" },
{ 16, "fie" },
{ 256, "foe" }
};
Assert.AreEqual(expected.Count, actual.Count);
foreach (var key in expected.Keys)
{
Assert.AreEqual(expected[key], actual[key]);
}
}
public void Map_SparseArray()
{
var value = new Dictionary <object, object>
{
{ 1, "fee" },
{ 16, "fie" },
{ 256, "foe" }
};
var actual = Serialize(value);
var expected = new HessianDataBuilder()
// map
.WriteChar('M')
// key/value 1
.WriteChar('I').WriteBytes(0, 0, 0, 0x01)
.WriteChar('S').WriteBytes(0, 0x03).WriteUtf8("fee")
// key/value 2
.WriteChar('I').WriteBytes(0, 0, 0, 0x10)
.WriteChar('S').WriteBytes(0, 0x03).WriteUtf8("fie")
// key/value 3
.WriteChar('I').WriteBytes(0, 0, 0x01, 0)
.WriteChar('S').WriteBytes(0, 0x03).WriteUtf8("foe")
// map end
.WriteChar('z')
.ToArray();
CollectionAssert.AreEqual(expected, actual);
}
public void Map_Object()
{
var reader = new HessianDataBuilder()
// map
.WriteChar('M')
// type (from the website example)
.WriteChar('t').WriteBytes(0, 0x13).WriteUtf8("com.caucho.test.Car")
// model field
.WriteChar('S').WriteBytes(0, 0x05).WriteUtf8("model")
.WriteChar('S').WriteBytes(0, 0x06).WriteUtf8("Beetle")
// color field
.WriteChar('S').WriteBytes(0, 0x05).WriteUtf8("color")
.WriteChar('S').WriteBytes(0, 0x0A).WriteUtf8("aquamarine")
// mileage field
.WriteChar('S').WriteBytes(0, 0x07).WriteUtf8("mileage")
.WriteChar('I').WriteBytes(0, 0x01, 0, 0)
// map end
.WriteChar('z')
.ToReader();
var expected = new com.caucho.test.Car {
model = "Beetle", color = "aquamarine", mileage = 65536
};
Assert.AreEqual(expected, new HessianInputV1(reader).ReadObject());
}
public void Null()
{
var reader = new HessianDataBuilder()
.WriteChar('N')
.ToReader();
Assert.Null(new HessianInputV1(reader).ReadObject());
}
public void Long300()
{
var data = new HessianDataBuilder()
.WriteChar('L').WriteBytes(0, 0, 0, 0, 0, 0, 0x01, 0x2C);
Assert.AreEqual(300, new HessianInputV1(data.ToReader()).ReadObject());
Assert.AreEqual(300, new HessianInputV1(data.ToReader()).ReadLong());
}
public void Double12_25()
{
var data = new HessianDataBuilder()
.WriteChar('D').WriteBytes(0x40, 0x28, 0x80, 0, 0, 0, 0, 0);
Assert.AreEqual(12.25, new HessianInputV1(data.ToReader()).ReadObject());
Assert.AreEqual(12.25, new HessianInputV1(data.ToReader()).ReadDouble());
}
public void BooleanFalse()
{
var data = new HessianDataBuilder()
.WriteChar('F');
Assert.False((bool)new HessianInputV1(data.ToReader()).ReadObject());
Assert.False(new HessianInputV1(data.ToReader()).ReadBool());
}
public void String_Short(string expected, byte[] bytes)
{
// can be up to 31 chars
var data = new HessianDataBuilder().WriteBytes(bytes);
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadObject());
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadString());
}
public void String_MultiByteUnicode()
{
var str = "세미";
var reader = new HessianDataBuilder()
.WriteChar('S').WriteBytes(0, 0x02).WriteUtf8(str)
.ToReader();
Assert.AreEqual(str, new HessianInputV1(reader).ReadObject());
}
public void Double_One()
{
var expected = 1.0;
var data = new HessianDataBuilder().WriteBytes(0x5c);
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadObject());
Assert.AreEqual(expected, new HessianInputV2(data.ToReader()).ReadDouble());
}
public void Xml()
{
var str = "<top>hello</top>";
var reader = new HessianDataBuilder()
// xml
.WriteChar('X').WriteBytes(0, 0x10).WriteUtf8(str)
.ToReader();
Assert.AreEqual(str, new HessianInputV1(reader).ReadObject());
}
public void Binary_SingleChunk()
{
var byteArr = new byte[] { 0x28 };
var reader = new HessianDataBuilder()
// byte array
.WriteChar('B').WriteBytes(0, 0x01).WriteBytes(byteArr)
.ToReader();
CollectionAssert.AreEqual(byteArr, (IEnumerable) new HessianInputV1(reader).ReadObject());
}