public void Parse(ChunkData data, ref int listOffset)
{
ObjectReference obj = new ObjectReference();
obj.Parse(data.DataEntries[listOffset++].Data);
Object = obj;
Unknown1 = data.DataEntries[listOffset++].Data[0];
Unknown2 = EndianessSwitchableBitConverter.ToInt32(data.DataEntries[listOffset++].Data, 0);
}
public void Parse(ChunkData data, ref int listOffset)
{
ObjectReference obj = new ObjectReference();
obj.Parse(data.DataEntries[listOffset++].Data);
Object = obj;
Unknown1 = data.DataEntries[listOffset++].Data[0];
Unknown2 = EndianessSwitchableBitConverter.ToInt32(data.DataEntries[listOffset++].Data, 0);
}
public void Parse(ChunkData data, ref int listOffset)
{
ObjectReference obj = new ObjectReference();
obj.Parse(data.DataEntries[listOffset++].Data);
Object = obj;
Unknown1 = data.DataEntries[listOffset++].Data[0];
Unknown2 = data.DataEntries[listOffset++].Data[0];
}
public override string ToString()
{
if (ObjectName == null)
{
ObjectReference or = new ObjectReference();
or.Parse(_id);
return or.ToString();
}
else {
string iname = InstanceName != null ? "\"" + InstanceName + "\"" : InstanceID.ToString("X8");
return string.Format("Object: {0} Instance: {1}", ObjectName, iname);
}
}
public override string ToString()
{
if (ObjectName == null)
{
ObjectReference or = new ObjectReference();
or.Parse(_id);
return(or.ToString());
}
else
{
string iname = InstanceName != null ? "\"" + InstanceName + "\"" : InstanceID.ToString("X8");
return(string.Format("Object: {0} Instance: {1}", ObjectName, iname));
}
}
public void Parse(ChunkData data)
{
Capacity = EndianessSwitchableBitConverter.ToInt32(data[0].Data, 0);
UsedCount = EndianessSwitchableBitConverter.ToInt32(data[1].Data, 0);
_objects.Clear();
for(int i = 0; i < Capacity * 8; i+= 8)
{
ObjectReference obj = new ObjectReference();
obj.Parse(data[9].Data, i);
_objects.Add(obj);
}
Bits = new BitArray(data[10].Data);
Bits.Length = Capacity;
}
public void Parse(ChunkData data)
{
Capacity = EndianessSwitchableBitConverter.ToInt32(data[0].Data, 0);
UsedCount = EndianessSwitchableBitConverter.ToInt32(data[1].Data, 0);
_objects.Clear();
for (int i = 0; i < Capacity * 8; i += 8)
{
ObjectReference obj = new ObjectReference();
obj.Parse(data[9].Data, i);
_objects.Add(obj);
}
Bits = new BitArray(data[10].Data);
Bits.Length = Capacity;
}
public void Parse(ChunkData data)
{
int savedCount1 = EndianessSwitchableBitConverter.ToInt32(data.DataEntries[0].Data, 0);
int expectedEntryCount = savedCount1 + 1;
/*
if (data.DataEntries.Count != expectedEntryCount)
{
Debugger.Break();
}
*/
_objects.Clear();
int listOffset = 1;
for (int i = 0; i < savedCount1; i++)
{
ObjectReference obj = new ObjectReference();
obj.Parse(data.DataEntries[listOffset++].Data);
_objects.Add(obj);
}
}
public void Parse(ChunkData data)
{
int savedCount1 = EndianessSwitchableBitConverter.ToInt32(data.DataEntries[0].Data, 0);
int expectedEntryCount = savedCount1 + 1;
/*
* if (data.DataEntries.Count != expectedEntryCount)
* {
* Debugger.Break();
* }
*/
_objects.Clear();
int listOffset = 1;
for (int i = 0; i < savedCount1; i++)
{
ObjectReference obj = new ObjectReference();
obj.Parse(data.DataEntries[listOffset++].Data);
_objects.Add(obj);
}
}
public void Parse(ChunkData data, ref short listOffset)
{
ChallengeObject = new ObjectReference();
ChallengeObject.Parse(data[listOffset++].Data);
Time = EndianessSwitchableBitConverter.ToSingle(data[listOffset++].Data, 0);
}
public void Parse(ChunkData data, ref int listOffset)
{
ObjectReference obj = new ObjectReference();
obj.Parse(data.DataEntries[listOffset++].Data);
Object = obj;
Unknown1 = data.DataEntries[listOffset++].Data[0];
Unknown2 = data.DataEntries[listOffset++].Data[0];
Unknown3 = data.DataEntries[listOffset++].Data[0];
Unknown4 = data.DataEntries[listOffset++].Data[0];
}
public void Parse(ChunkData data, ref short listOffset)
{
ChallengeObject = new ObjectReference();
ChallengeObject.Parse(data[listOffset++].Data);
Time = EndianessSwitchableBitConverter.ToSingle(data[listOffset++].Data, 0);
}