private GenericProtocol Read(IStreamInput pDataInput)
{
var index = pDataInput.ReadShort();
var node = CopyRef(index);
// Rekursive Methode:
Read(pDataInput, index, node);
return(node);
}
private object Read(IStreamInput pDataInput, int pIndex, GenericProtocol pNode)
{
if (pNode == null)
{
pNode = CopyRef(pIndex);
}
// --------------------------
List <int> nodeIndices = pNode.NodeIndices[pIndex];
for (int i = 0; i < nodeIndices.Count; i++)
{
int localNodeIndex = nodeIndices[i];
string localNodeName;
switch (localNodeIndex)
{
case 0:
return(pDataInput.ReadByte()); // Byte
case 1:
return(pDataInput.ReadBoolean()); // Bool(ean)
case 2:
return(pDataInput.ReadByte()); // Byte
case 3:
return(pDataInput.ReadShort()); // Short
case 4:
return(pDataInput.ReadInt()); // Int
case 5:
return(pDataInput.ReadLong()); // Long
case 6:
return(pDataInput.ReadFloat()); // Float
case 7:
return(pDataInput.ReadDouble()); // Double
case 8:
return(pDataInput.ReadChar()); // Char
case 9:
return(pDataInput.ReadUTF().Replace('\u20AD', 'K')); // String
case 10:
break;
case 11:
i++;
localNodeIndex = nodeIndices[i];
localNodeName = NodeNames[localNodeIndex];
var arrList = new List <object>();
pNode.Add(localNodeName, arrList);
while (pDataInput.ReadByte() == 11)
{
arrList.Add(Read(pDataInput, localNodeIndex, null));
}
i++;
break;
case 12: // Ende der Liste
break;
case 13: // new | seit ungefähr dem applet 90aeh
return(ReadChars(pDataInput));
//break;
default:
localNodeName = NodeNames[localNodeIndex];
pNode.Add(localNodeName, Read(pDataInput, localNodeIndex, null));
break;
}
}
// --------------------------
return(pNode);
}