// Adds readers for optimized values
public override EsfNode CreateValueNode(EsfType typeCode, bool optimize = true)
{
EsfNode result;
switch (typeCode)
{
case EsfType.BOOL:
case EsfType.BOOL_TRUE:
case EsfType.BOOL_FALSE:
if (optimize)
{
return(new OptimizedBoolNode());
}
else
{
result = new BoolNode();
}
break;
case EsfType.UINT32:
case EsfType.UINT32_ZERO:
case EsfType.UINT32_ONE:
case EsfType.UINT32_BYTE:
case EsfType.UINT32_SHORT:
case EsfType.UINT32_24BIT:
return(new OptimizedUIntNode {
SingleByteMin = !optimize
});
case EsfType.INT32:
case EsfType.INT32_ZERO:
case EsfType.INT32_BYTE:
case EsfType.INT32_SHORT:
case EsfType.INT32_24BIT:
return(new OptimizedIntNode {
SingleByteMin = !optimize
});
case EsfType.SINGLE:
case EsfType.SINGLE_ZERO:
if (optimize)
{
return(new OptimizedFloatNode());
}
else
{
result = new FloatNode();
}
break;
default:
return(base.CreateValueNode(typeCode));
}
result.TypeCode = typeCode;
return(result);
}
// Adds readers for optimized values
public override EsfNode CreateValueNode(EsfType typeCode, bool optimize = true)
{
EsfNode result;
switch (typeCode)
{
case EsfType.BOOL:
case EsfType.BOOL_TRUE:
case EsfType.BOOL_FALSE:
if (optimize)
{
return(new OptimizedBoolNode());
}
else
{
result = new BoolNode();
}
break;
case EsfType.UINT32:
case EsfType.UINT32_ZERO:
case EsfType.UINT32_ONE:
case EsfType.UINT32_BYTE:
case EsfType.UINT32_SHORT:
case EsfType.UINT32_24BIT:
return(new OptimizedUIntNode
{
SingleByteMin = !optimize
});
case EsfType.INT32:
case EsfType.INT32_ZERO:
case EsfType.INT32_BYTE:
case EsfType.INT32_SHORT:
case EsfType.INT32_24BIT:
return(new OptimizedIntNode
{
SingleByteMin = !optimize
});
case EsfType.SINGLE:
case EsfType.SINGLE_ZERO:
if (optimize)
{
return(new OptimizedFloatNode());
}
else
{
result = new FloatNode();
}
break;
//TODO confirm intended data types of types indicated by unknown enum values
case EsfType.UNKNOWN_23:
result = new SByteNode();
break;
case EsfType.UNKNOWN_24:
result = new ShortNode();
break;
default:
return(base.CreateValueNode(typeCode));
}
result.TypeCode = typeCode;
return(result);
}
// create
public virtual EsfNode CreateValueNode(EsfType typeCode, bool optimize = true)
{
EsfNode result = null;
switch (typeCode)
{
case EsfType.BOOL:
result = new BoolNode();
break;
case EsfType.INT8:
result = new SByteNode();
break;
case EsfType.INT16:
result = new ShortNode();
break;
case EsfType.INT32:
result = new IntNode();
break;
case EsfType.INT64:
result = new LongNode();
break;
case EsfType.UINT8:
result = new ByteNode();
break;
case EsfType.UINT16:
result = new UShortNode();
break;
case EsfType.UINT32:
result = new UIntNode();
break;
case EsfType.UINT64:
result = new ULongNode();
break;
case EsfType.SINGLE:
result = new FloatNode();
break;
case EsfType.DOUBLE:
result = new DoubleNode();
break;
case EsfType.COORD2D:
result = new Coordinate2DNode();
break;
case EsfType.COORD3D:
result = new Coordinates3DNode();
break;
case EsfType.UTF16:
result = new StringNode(ReadUtf16, WriteUtf16);
break;
case EsfType.ASCII:
result = new StringNode(ReadAscii, WriteUtf16);
break;
case EsfType.ANGLE:
result = new UShortNode();
break;
default:
throw new InvalidDataException(string.Format("Invalid type code {0:x}", typeCode));
}
result.TypeCode = typeCode;
return(result);
}
public override EsfNode CreateValueNode(EsfType typeCode, bool optimize = true)
{
EsfNode esfNode;
switch (typeCode)
{
case EsfType.BOOL:
case EsfType.BOOL_TRUE:
case EsfType.BOOL_FALSE:
if (optimize)
{
return(new OptimizedBoolNode());
}
esfNode = new BoolNode();
break;
case EsfType.UINT32:
case EsfType.UINT32_ZERO:
case EsfType.UINT32_ONE:
case EsfType.UINT32_BYTE:
case EsfType.UINT32_SHORT:
case EsfType.UINT32_24BIT:
return(new OptimizedUIntNode
{
SingleByteMin = !optimize
});
case EsfType.INT32:
case EsfType.INT32_ZERO:
case EsfType.INT32_BYTE:
case EsfType.INT32_SHORT:
case EsfType.INT32_24BIT:
return(new OptimizedIntNode
{
SingleByteMin = !optimize
});
case EsfType.SINGLE:
case EsfType.SINGLE_ZERO:
if (optimize)
{
return(new OptimizedFloatNode());
}
esfNode = new FloatNode();
break;
case EsfType.UNKNOWN_23:
esfNode = new SByteNode();
break;
case EsfType.UNKNOWN_24:
esfNode = new ShortNode();
break;
default:
return(base.CreateValueNode(typeCode, optimize: false));
}
esfNode.TypeCode = typeCode;
return(esfNode);
}
public virtual EsfNode CreateValueNode(EsfType typeCode, bool optimize = true)
{
EsfNode esfNode = null;
switch (typeCode)
{
case EsfType.BOOL:
esfNode = new BoolNode();
break;
case EsfType.INT8:
esfNode = new SByteNode();
break;
case EsfType.INT16:
esfNode = new ShortNode();
break;
case EsfType.INT32:
esfNode = new IntNode();
break;
case EsfType.INT64:
esfNode = new LongNode();
break;
case EsfType.UINT8:
esfNode = new ByteNode();
break;
case EsfType.UINT16:
esfNode = new UShortNode();
break;
case EsfType.UINT32:
esfNode = new UIntNode();
break;
case EsfType.UINT64:
esfNode = new ULongNode();
break;
case EsfType.SINGLE:
esfNode = new FloatNode();
break;
case EsfType.DOUBLE:
esfNode = new DoubleNode();
break;
case EsfType.COORD2D:
esfNode = new Coordinate2DNode();
break;
case EsfType.COORD3D:
esfNode = new Coordinates3DNode();
break;
case EsfType.UTF16:
esfNode = new StringNode(ReadUtf16, WriteUtf16);
break;
case EsfType.ASCII:
esfNode = new StringNode(ReadAscii, WriteAscii);
break;
case EsfType.ANGLE:
esfNode = new UShortNode();
break;
default:
esfNode = new BoolNode();
break;
}
esfNode.TypeCode = typeCode;
return(esfNode);
}