public void Read(out double target)
{
Expect(RawHeader.Double);
target = buffer.Double();
Success();
}
private bool print(int depth)
{
var FieldSize = RawHeader.SizeFull;
var FieldSizeStr = "";
Func <RawHeader, bool> func = delegate(RawHeader expected)
{
var rawHeader = buffer.TrySimple(buffer.NextType(), expected);
var hasValue = rawHeader.HasValue;
if (hasValue)
{
FieldSize = rawHeader.Value;
FieldSizeStr = ((FieldSize == RawHeader.Size1) ? ":1" : ((FieldSize == RawHeader.Size2) ? ":2" : ((FieldSize == RawHeader.Size3) ? ":3" : ((FieldSize == RawHeader.Size4) ? ":4" : ((FieldSize == RawHeader.Size5) ? ":5" : ((FieldSize == RawHeader.Size6) ? ":6" : ((FieldSize == RawHeader.SizeMask) ? ":7" : " ")))))));
}
return(rawHeader.HasValue);
};
var flag = buffer.EndOfBuffer();
bool result;
if (flag)
{
result = true;
}
else
{
var flag2 = func(RawHeader.CloseObject);
if (flag2)
{
print(depth, "}");
print(depth, "ERROR: UNEXPECTED CLOSE OF OBJECT");
result = false;
}
else
{
var flag3 = func(RawHeader.CloseArray);
if (flag3)
{
print(depth, "]");
print(depth, "ERROR: UNEXPECTED CLOSE OF ARRAY");
result = false;
}
else
{
var flag4 = func(RawHeader.OpenObject);
if (flag4)
{
print(depth, "OBJECT");
print(depth, "{");
while (true)
{
var flag5 = buffer.EndOfBuffer();
if (flag5)
{
break;
}
var flag6 = func(RawHeader.CloseObject);
if (flag6)
{
goto Block_6;
}
var flag7 = !print(depth + 1);
if (flag7)
{
goto Block_7;
}
}
print(depth + 1, "ERROR: UNEXPECTED END OF BUFFER");
result = false;
return(result);
Block_6:
print(depth, "}");
result = true;
return(result);
Block_7:
result = false;
}
else
{
var flag8 = func(RawHeader.OpenArray);
if (flag8)
{
var flag9 = buffer.EndOfBuffer();
if (flag9)
{
print(depth, "ARRAY[???]");
print(depth, "[");
print(depth + 1, "ERROR: UNEXPECTED END OF BUFFER");
result = false;
}
else
{
var flag10 = func(RawHeader.Int32);
if (flag10)
{
print(depth, string.Concat("ARRAY[", buffer.Int32(FieldSize), FieldSizeStr, "]"));
print(depth, "[");
while (true)
{
var flag11 = buffer.EndOfBuffer();
if (flag11)
{
break;
}
var flag12 = func(RawHeader.CloseArray);
if (flag12)
{
goto Block_12;
}
var flag13 = !print(depth + 1);
if (flag13)
{
goto Block_13;
}
}
print(depth + 1, "ERROR: UNEXPECTED END OF BUFFER");
result = false;
return(result);
Block_12:
print(depth, "]");
result = true;
return(result);
Block_13:
result = false;
}
else
{
print(depth, "ARRAY[???]");
print(depth, "[");
print(depth + 1, "ERROR: MISSING INT32 FOR ARRAY LENGHT");
result = false;
}
}
}
else
{
var flag14 = func(RawHeader.Null);
if (flag14)
{
print(depth, "NULL NULL");
}
else
{
var flag15 = func(RawHeader.True);
if (flag15)
{
print(depth, "BOOL TRUE");
}
else
{
var flag16 = func(RawHeader.False);
if (flag16)
{
print(depth, "BOOL FALSE");
}
else
{
var flag17 = func(RawHeader.Byte);
if (flag17)
{
print(depth, "BYTE " + buffer.Byte());
}
else
{
var flag18 = func(RawHeader.Char);
if (flag18)
{
print(depth, string.Concat("CHAR", FieldSizeStr, " '", buffer.Char(FieldSize).ToString(), "'"));
}
else
{
var flag19 = func(RawHeader.Int16);
if (flag19)
{
print(depth, string.Concat("INT16", FieldSizeStr, " ", buffer.Int16(FieldSize)));
}
else
{
var flag20 = func(RawHeader.UInt16);
if (flag20)
{
print(depth, string.Concat("UINT16", FieldSizeStr, " ", buffer.UInt16(FieldSize)));
}
else
{
var flag21 = func(RawHeader.Int32);
if (flag21)
{
print(depth, string.Concat("INT32", FieldSizeStr, " ", buffer.Int32(FieldSize)));
}
else
{
var flag22 = func(RawHeader.UInt32);
if (flag22)
{
print(depth, string.Concat("UINT32", FieldSizeStr, " ", buffer.UInt32(FieldSize)));
}
else
{
var flag23 = func(RawHeader.Int64);
if (flag23)
{
print(depth, string.Concat("INT64", FieldSizeStr, " ", buffer.Int64(FieldSize)));
}
else
{
var flag24 = func(RawHeader.UInt64);
if (flag24)
{
print(depth, string.Concat("UINT64", FieldSizeStr, " ", buffer.UInt64(FieldSize)));
}
else
{
var flag25 = func(RawHeader.Single);
if (flag25)
{
print(depth, "SINGLE " + buffer.Single());
}
else
{
var flag26 = func(RawHeader.Double);
if (flag26)
{
print(depth, "DOUBLE " + buffer.Double());
}
else
{
var flag27 = func(RawHeader.Decimal);
if (flag27)
{
print(depth, "DECIMAL " + buffer.Decimal());
}
else
{
var flag28 = func(RawHeader.DateTime);
if (flag28)
{
print(depth, "DATETIME " + buffer.DateTime());
}
else
{
var flag29 = func(RawHeader.Time);
if (flag29)
{
print(depth, string.Concat("TIME", FieldSizeStr, " ", buffer.Time(FieldSize)));
}
else
{
var flag30 = func(RawHeader.Guid);
if (flag30)
{
print(depth, "GUID " + buffer.Guid());
}
else
{
var flag31 = func(RawHeader.String);
if (flag31)
{
print(depth, string.Concat("STRING", FieldSizeStr, " \"", buffer.String(FieldSize), "\""));
}
else
{
var flag32 = func(RawHeader.ByteArray);
if (!flag32)
{
print(depth, "ERROR: UNEXPECTED TYPE HEADER " + buffer.NextType());
result = false;
return(result);
}
var array = buffer.Bytes(FieldSize);
var expr_782 = new object[5];
expr_782[0] = "BYTE[";
expr_782[1] = array.Length;
expr_782[2] = FieldSizeStr;
expr_782[3] = "] ";
var arg_7D9_1 = 4;
var arg_7D4_0 = " ";
expr_782[arg_7D9_1] = string.Join(arg_7D4_0, array.Select(b => b.ToString("X02")));
print(depth, string.Concat(expr_782));
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
result = true;
}
}
}
}
}
return(result);
}