bool ValidateTryGet(int index, OscArgType requestedType)
{
// Arg bounds.
if (index < 0 || index >= _argInfo.Count)
{
StringBuilder sb = StartBuildingInvalidTryGetString(OscDebug.BuildText(this));
sb.Append("Requested argument index "); sb.Append(index);
sb.Append(" is out of bounds. Message has "); sb.Append(_argInfo.Count);
sb.Append(" arguments.\n");
Debug.LogWarning(sb.ToString());
return(false);
}
// Arg type.
OscArgInfo info = _argInfo[index];
OscArgType type = OscConverter.ToArgType(info.tagByte);
if (requestedType != type)
{
StringBuilder sb = StartBuildingInvalidTryGetString(OscDebug.BuildText(this));
sb.Append("Argument at index "); sb.Append(index);
sb.Append(" is not type "); sb.Append(requestedType);
sb.Append(" ('"); sb.Append((char)OscConverter.ToTagByte(requestedType)); sb.Append("')");
sb.Append(", it is "); sb.Append(type);
sb.Append(" ('"); sb.Append((char)info.tagByte);
sb.Append("').\n");
Debug.LogWarning(sb.ToString());
return(false);
}
// Data capacity.
if (index + info.size > _argData.Count)
{
StringBuilder sb = StartBuildingInvalidTryGetString(OscDebug.BuildText(this));
sb.Append("Argument at index "); sb.Append(index);
sb.Append(" has incomplete data\n");
Debug.LogWarning(sb.ToString());
return(false);
}
return(true);
}
public void Add(params object[] args)
{
// Adaptive Set info capacity.
int infoStartIndex = _argInfo.Count;
int newArgCount = infoStartIndex + args.Length;
if (newArgCount > _argInfo.Capacity)
{
_argInfo.Capacity = newArgCount;
}
// Get info and evaluate data byte count.
int newArgsByteCount = 0;
foreach (object arg in args)
{
byte tagByte = OscConverter.ToTagByte(arg);
int argByteCount = 0;
switch (tagByte)
{
case OscConst.tagFloatByte:
case OscConst.tagIntByte:
case OscConst.tagCharByte:
case OscConst.tagColorByte:
case OscConst.tagMidiByte:
argByteCount = 4;
break;
case OscConst.tagDoubleByte:
case OscConst.tagLongByte:
case OscConst.tagTimetagByte:
argByteCount = 8;
break;
case OscConst.tagStringByte:
argByteCount = StringOscData.EvaluateByteCount((string)arg);
break;
case OscConst.tagBlobByte:
argByteCount = BlobOscData.EvaluateByteCount((byte[])arg);
break;
}
_argInfo.Add(new OscArgInfo(tagByte, argByteCount));
newArgsByteCount += argByteCount;
}
// AdaptiveSet data capacity.
int totalArgsByteCount = _argData.Count + newArgsByteCount;
if (totalArgsByteCount > _argData.Capacity)
{
_argData.Capacity = totalArgsByteCount;
}
// Store arguments directly as bytes.
int i = infoStartIndex;
foreach (object arg in args)
{
switch (_argInfo[i++].tagByte)
{
case OscConst.tagFloatByte: new FourByteOscData((float)arg).AddTo(_argData); break;
case OscConst.tagIntByte: new FourByteOscData((int)arg).AddTo(_argData); break;
case OscConst.tagCharByte: new FourByteOscData((char)arg).AddTo(_argData); break;
case OscConst.tagColorByte: new FourByteOscData((Color32)arg).AddTo(_argData); break;
case OscConst.tagMidiByte: new FourByteOscData((OscMidiMessage)arg).AddTo(_argData); break;
case OscConst.tagDoubleByte: new EightByteOscData((double)arg).AddTo(_argData); break;
case OscConst.tagLongByte: new EightByteOscData((long)arg).AddTo(_argData); break;
case OscConst.tagTimetagByte: new EightByteOscData((OscTimeTag)arg).AddTo(_argData); break;
case OscConst.tagStringByte: StringOscData.AddTo((string)arg, _argData); break;
case OscConst.tagBlobByte: BlobOscData.AddTo((byte[])arg, _argData); break;
case OscConst.tagUnsupportedByte:
// For unsupported tags, we don't attemt to store any data. But we warn the user.
Debug.LogWarning("Type " + arg.GetType() + " is not supported.\n"); // TODO warnings should be optional.
break;
}
}
}