// all of these generic types must* stay consistent with TypeDesc.GetNetTypeFromFieldType
private ParsedSaveField?ReadSaveField(TypeDesc desc, SaveInfo info, int bytesAvail)
{
switch (desc.FieldType)
{
case EMBEDDED:
if (desc.NumElements == 1)
{
return(new ParsedSaveField <ParsedDataMap>(ReadDataMapRecursive(desc.EmbeddedMap !, info), desc));
}
else
{
ParsedDataMap[] parsedMaps = new ParsedDataMap[desc.NumElements];
for (int i = 0; i < desc.NumElements; i++)
{
parsedMaps[i] = ReadDataMapRecursive(desc.EmbeddedMap !, info);
}
return(new ParsedSaveField <ParsedDataMap[]>(parsedMaps, desc, parsedMaps.Length));
}
case CUSTOM:
return(desc.InvokeCustomReadFunc(ref this, info)); // this can return null
case MODELNAME:
return(ReadSimpleString(desc, bytesAvail, s => (ModelName)s));
case SOUNDNAME:
return(ReadSimpleString(desc, bytesAvail, s => (SoundName)s));
case FUNCTION:
return(ReadSimpleString(desc, bytesAvail, s => (Func)s));
case STRING:
return(ReadSimpleString(desc, bytesAvail));
case MODELINDEX:
return(ReadSimpleString(desc, bytesAvail, s => (ModelIndex)s));
case MATERIALINDEX:
return(ReadSimple <int, MaterialIndex>(desc, bytesAvail, i => (MaterialIndex)i));
case FLOAT:
return(ReadSimple <float>(desc, bytesAvail));
case VECTOR2D:
return(ReadSimple <Vector2>(desc, bytesAvail));
case VECTOR:
return(ReadSimple <Vector3>(desc, bytesAvail));
case POSITION_VECTOR:
return(ReadSimple <Vector3>(desc, bytesAvail, vec => vec + info.LandmarkPos));
case QUATERNION:
return(ReadSimple <Vector4>(desc, bytesAvail));
case EHANDLE:
return(ReadSimple <int, Ehandle>(desc, bytesAvail, i => (Ehandle)i));
case CLASSPTR:
return(ReadSimple <int, ClassPtr>(desc, bytesAvail, i => (ClassPtr)i));
case EDICT:
return(ReadSimple <int, Edict>(desc, bytesAvail, i => (Edict)i));
case INTEGER:
return(ReadSimple <int>(desc, bytesAvail));
case BOOLEAN:
return(ReadSimple <byte, bool>(desc, bytesAvail, b => b != 0));
case SHORT:
return(ReadSimple <short>(desc, bytesAvail));
case BYTE:
return(ReadSimple <byte>(desc, bytesAvail));
case INTERVAL:
return(ReadSimple <Interval>(desc, bytesAvail));
case CHARACTER:
return(desc.NumElements == 1 ? ReadSimple <byte, char>(desc, bytesAvail, b => (char)b)
: new ParsedSaveField <CharArray>(ReadCharArray(bytesAvail), desc, bytesAvail));
case COLOR32:
return(ReadSimple <int, Color32>(desc, bytesAvail, i => (Color32)i));
case TIME:
return(ReadSimple <float, Time>(desc, bytesAvail, f => {
if (f == ZERO_TIME)
{
return (Time)0;
}
if (f != INVALID_TIME && f != FLT_MAX)
{
return (Time)(f + info.BaseTime);
}
return (Time)f;
}));
case TICK:
int baseTick = info.TimeToTicks(info.BaseTime + 0.1f);
return(ReadSimple <int, Tick>(desc, bytesAvail,
i => (Tick)(i == TICK_NEVER_THINK_ENCODE ? TICK_NEVER_THINK : i + baseTick)));
case VMATRIX:
return(ReadSimple <VMatrix>(desc, bytesAvail));
case VMATRIX_WORLDSPACE:
return(ReadSimple <VMatrix>(desc, bytesAvail, mat => {
mat.ApplyTranslation(in info.LandmarkPos);
return mat;
}));
