public TypeInfo(DeserializationContext context, String name, String[] fieldNames,
BinaryTypeTag[] tt, TypeSpecification[] ts, Assembly assembly)
{
mConverter = context.Formatter.converter;
mFieldNames = fieldNames;
mTypeTag = tt;
mTypeSpec = ts;
// lookup our type in the right assembly
if(assembly == null)
{
mObjectType = Type.GetType(name, true);
}
else
{
mObjectType = assembly.GetType(name, true);
}
if(typeof(ISerializable).IsAssignableFrom(mObjectType))
{
mIsIserializable = true;
}
else
{
mIsIserializable = false;
// lookup all members once
mMembers = new MemberInfo[NumMembers];
for(int i = 0; i < NumMembers; i++)
{
// ms and mono have their values for boxed primitive types called 'm_value', we need a fix for that
if(mObjectType.IsPrimitive && (mFieldNames[i] == "m_value"))
{
mFieldNames[i] = "value_";
}
else if (mObjectType == typeof(DateTime) &&
(mFieldNames[i] == "ticks"))
{
// this is for DateTime
mFieldNames[i] = "value_";
}
else if (mObjectType == typeof(TimeSpan) &&
(mFieldNames[i] == "_ticks"))
{
// this is for TimeSpan
mFieldNames[i] = "value_";
}
else if (mObjectType == typeof(Decimal))
{
switch(mFieldNames[i])
{
case "hi":
{
mFieldNames[i] = "high";
}
break;
case "lo":
{
mFieldNames[i] = "low";
}
break;
case "mid":
{
mFieldNames[i] = "middle";
}
break;
}
}
Type memberType;
String memberName;
int classSeparator = mFieldNames[i].IndexOf('+');
if(classSeparator != -1)
{
/*
* TODO: check if there are constraints in which assembly
* the Type may be looked up! for now just look it up
* generally
*/
String baseName = mFieldNames[i].Substring(0, classSeparator);
memberName = mFieldNames[i].Substring(classSeparator+1, mFieldNames[i].Length-classSeparator-1);
memberType = mObjectType;
// MS does NOT store the FullQualifiedTypename if there
// is no collision but only the Typename :-(
while(!memberType.FullName.EndsWith(baseName))
{
// check if we reached System.Object
if(memberType == memberType.BaseType || memberType == null)
{
// TODO : I18n
throw new SerializationException("Can't find member "+mFieldNames[i]);
}
memberType = memberType.BaseType;
}
}
else
{
memberType = mObjectType;
memberName = mFieldNames[i];
}
// get member from object
MemberInfo[] members = memberType.GetMember(memberName,
MemberTypes.Field |
MemberTypes.Property,
BindingFlags.Instance |
BindingFlags.Public |
BindingFlags.NonPublic);
if((members == null) || (members.Length < 1))
{
// TODO: I18n
throw new SerializationException("Can't find member "+mFieldNames[i]);
}
else
{
mMembers[i] = members[0];
}
}
}
}
public bool Read(DeserializationContext context, out Object outVal, bool external)
{
uint id = context.Reader.ReadUInt32();
String name = context.Reader.ReadString();
uint fieldCount = context.Reader.ReadUInt32();
// collect the names of the fields
String[] fieldNames = new String[fieldCount];
for(int i = 0; i < fieldCount; i++)
{
fieldNames[i] = context.Reader.ReadString();
}
// collect the type-tags of the fields
BinaryTypeTag[] typeTags = new BinaryTypeTag[fieldCount];
for(int i = 0; i < fieldCount; i++)
{
typeTags[i] = (BinaryTypeTag) context.Reader.ReadByte();
}
// collect the type-specifications of the fields if necessary
TypeSpecification[] typeSpecs = new TypeSpecification[fieldCount];
for(int i = 0; i < fieldCount; i++)
{
typeSpecs[i] = ReadTypeSpec(context, typeTags[i]);
}
// read assembly-id if this is no runtime object
Assembly assembly = null;
if(external)
{
assembly = context.GetAssembly(context.Reader.ReadUInt32());
}
// store type-information for later usage
TypeInfo typeInfo = new TypeInfo(context, name, fieldNames, typeTags, typeSpecs, assembly);
context.SetTypeInfo(id, typeInfo);
// let our parent read the inlined values
return Read(context, out outVal, id, typeInfo);
}
