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 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());
}
