MyStructData ReadCurrentRowTextProtocol(MySqlFieldDefinition f)
{
BufferReader r = this.bufferReader;
MyStructData data = new MyStructData();
MySqlDataType type = (MySqlDataType)f.FieldType;
string numberString = null;
switch (type)
{
case MySqlDataType.TIMESTAMP:
case MySqlDataType.DATE:
case MySqlDataType.DATETIME:
case MySqlDataType.NEWDATE:
{
QueryParsingConfig qparsingConfig = _queryParsingConf;
tmpStringBuilder.Length = 0; //clear
data.myString = r.ReadLengthCodedString(this.StringConverter);
data.type = type;
if (data.myString == null)
{
data.type = MySqlDataType.NULL;
return(data);
}
if (qparsingConfig.DateStrings)
{
return(data);
}
if (data.myString == "0000-00-00")
{
data.myDateTime = DateTime.MinValue; //?
data.type = type;
return(data);
}
//-------------------------------------------------------------
// var originalString = dateString;
// if (field.type === Types.DATE) {
// dateString += ' 00:00:00';
// }
tmpStringBuilder.Append(data.myString);
//string originalString = dateString;
if (type == MySqlDataType.DATE)
{
tmpStringBuilder.Append(" 00:00:00");
}
// if (timeZone !== 'local') {
// dateString += ' ' + timeZone;
// }
if (!qparsingConfig.UseLocalTimeZone)
{
tmpStringBuilder.Append(' ' + qparsingConfig.TimeZone);
}
//var dt;
// dt = new Date(dateString);
// if (isNaN(dt.getTime())) {
// return originalString;
// }
data.myDateTime = DateTime.Parse(tmpStringBuilder.ToString(),
System.Globalization.CultureInfo.InvariantCulture);
data.type = type;
tmpStringBuilder.Length = 0; //clear
}
return(data);
case MySqlDataType.TINY:
case MySqlDataType.SHORT:
case MySqlDataType.LONG:
case MySqlDataType.INT24:
case MySqlDataType.YEAR:
//TODO: review here,
data.myString = numberString = r.ReadLengthCodedString(this.StringConverter);
if (numberString == null ||
(f.IsZeroFill && numberString[0] == '0') ||
numberString.Length == 0)
{
data.type = MySqlDataType.NULL;
}
else
{
data.myInt32 = Convert.ToInt32(numberString);
data.type = type;
}
return(data);
case MySqlDataType.FLOAT:
case MySqlDataType.DOUBLE:
data.myString = numberString = r.ReadLengthCodedString(this.StringConverter);
if (numberString == null || (f.IsZeroFill && numberString[0] == '0'))
{
data.type = MySqlDataType.NULL;
}
else
{
data.myDouble = Convert.ToDouble(numberString);
data.type = type;
}
return(data);
// return (numberString === null || (field.zeroFill && numberString[0] == "0"))
// ? numberString : Number(numberString);
case MySqlDataType.NEWDECIMAL:
case MySqlDataType.LONGLONG:
// numberString = parser.parseLengthCodedString();
// return (numberString === null || (field.zeroFill && numberString[0] == "0"))
// ? numberString
// : ((supportBigNumbers && (bigNumberStrings || (Number(numberString) > IEEE_754_BINARY_64_PRECISION)))
// ? numberString
// : Number(numberString));
QueryParsingConfig config = _queryParsingConf;
data.myString = numberString = r.ReadLengthCodedString(this.StringConverter);
if (numberString == null || (f.IsZeroFill && numberString[0] == '0'))
{
data.type = MySqlDataType.NULL;
}
else if (config.SupportBigNumbers &&
(config.BigNumberStrings || (Convert.ToInt64(numberString) > Packet.IEEE_754_BINARY_64_PRECISION)))
{
//store as string ?
//TODO: review here again
data.myString = numberString;
data.type = type;
throw new NotSupportedException();
}
else if (type == MySqlDataType.LONGLONG)
{
data.myInt64 = Convert.ToInt64(numberString);
data.type = type;
}
else //decimal
{
data.myDecimal = Convert.ToDecimal(numberString);
data.type = type;
}
return(data);
case MySqlDataType.BIT:
data.myBuffer = r.ReadLengthCodedBuffer();
data.type = type;
return(data);
// return parser.parseLengthCodedBuffer();
case MySqlDataType.STRING:
case MySqlDataType.VAR_STRING:
case MySqlDataType.TINY_BLOB:
case MySqlDataType.MEDIUM_BLOB:
case MySqlDataType.LONG_BLOB:
case MySqlDataType.BLOB:
if (f.MarkedAsBinary)
{
data.myBuffer = r.ReadLengthCodedBuffer();
data.type = (data.myBuffer != null) ? type : MySqlDataType.NULL;
}
else
{
data.myString = r.ReadLengthCodedString(this.StringConverter);
data.type = (data.myString != null) ? type : MySqlDataType.NULL;
}
return(data);
// return (field.charsetNr === Charsets.BINARY)
// ? parser.parseLengthCodedBuffer()
// : parser.parseLengthCodedString();
case MySqlDataType.GEOMETRY:
//TODO: unfinished
data.type = MySqlDataType.GEOMETRY;
return(data);
default:
data.myString = r.ReadLengthCodedString(this.StringConverter);
data.type = type;
return(data);
}
}
MyStructData ReadCurrentRowTextProtocol(MySqlFieldDefinition f)
{
BufferReader r = this.bufferReader;
MyStructData data = new MyStructData();
MySqlDataType type = (MySqlDataType)f.FieldType;
string numberString = null;
switch (type)
{
case MySqlDataType.TIMESTAMP:
case MySqlDataType.DATE:
case MySqlDataType.DATETIME:
case MySqlDataType.NEWDATE:
{
QueryParsingConfig qparsingConfig = _queryParsingConf;
tmpStringBuilder.Length = 0;//clear
data.myString = r.ReadLengthCodedString(this.StringConverter);
data.type = type;
if (data.myString == null)
{
data.type = MySqlDataType.NULL;
return data;
}
if (qparsingConfig.DateStrings)
{
return data;
}
//-------------------------------------------------------------
// var originalString = dateString;
// if (field.type === Types.DATE) {
// dateString += ' 00:00:00';
// }
tmpStringBuilder.Append(data.myString);
//string originalString = dateString;
if (type == MySqlDataType.DATE)
{
tmpStringBuilder.Append(" 00:00:00");
}
// if (timeZone !== 'local') {
// dateString += ' ' + timeZone;
// }
if (!qparsingConfig.UseLocalTimeZone)
{
tmpStringBuilder.Append(' ' + qparsingConfig.TimeZone);
}
//var dt;
// dt = new Date(dateString);
// if (isNaN(dt.getTime())) {
// return originalString;
// }
data.myDateTime = DateTime.Parse(tmpStringBuilder.ToString(),
System.Globalization.CultureInfo.InvariantCulture);
data.type = type;
tmpStringBuilder.Length = 0;//clear
}
return data;
case MySqlDataType.TINY:
case MySqlDataType.SHORT:
case MySqlDataType.LONG:
case MySqlDataType.INT24:
case MySqlDataType.YEAR:
//TODO: review here,
data.myString = numberString = r.ReadLengthCodedString(this.StringConverter);
if (numberString == null ||
(f.IsZeroFill && numberString[0] == '0') ||
numberString.Length == 0)
{
data.type = MySqlDataType.NULL;
}
else
{
data.myInt32 = Convert.ToInt32(numberString);
data.type = type;
}
return data;
case MySqlDataType.FLOAT:
case MySqlDataType.DOUBLE:
data.myString = numberString = r.ReadLengthCodedString(this.StringConverter);
if (numberString == null || (f.IsZeroFill && numberString[0] == '0'))
{
data.type = MySqlDataType.NULL;
}
else
{
data.myDouble = Convert.ToDouble(numberString);
data.type = type;
}
return data;
// return (numberString === null || (field.zeroFill && numberString[0] == "0"))
// ? numberString : Number(numberString);
case MySqlDataType.NEWDECIMAL:
case MySqlDataType.LONGLONG:
// numberString = parser.parseLengthCodedString();
// return (numberString === null || (field.zeroFill && numberString[0] == "0"))
// ? numberString
// : ((supportBigNumbers && (bigNumberStrings || (Number(numberString) > IEEE_754_BINARY_64_PRECISION)))
// ? numberString
// : Number(numberString));
QueryParsingConfig config = _queryParsingConf;
data.myString = numberString = r.ReadLengthCodedString(this.StringConverter);
if (numberString == null || (f.IsZeroFill && numberString[0] == '0'))
{
data.type = MySqlDataType.NULL;
}
else if (config.SupportBigNumbers &&
(config.BigNumberStrings || (Convert.ToInt64(numberString) > Packet.IEEE_754_BINARY_64_PRECISION)))
{
//store as string ?
//TODO: review here again
data.myString = numberString;
data.type = type;
throw new NotSupportedException();
}
else if (type == MySqlDataType.LONGLONG)
{
data.myInt64 = Convert.ToInt64(numberString);
data.type = type;
}
else//decimal
{
data.myDecimal = Convert.ToDecimal(numberString);
data.type = type;
}
return data;
case MySqlDataType.BIT:
data.myBuffer = r.ReadLengthCodedBuffer();
data.type = type;
return data;
// return parser.parseLengthCodedBuffer();
case MySqlDataType.STRING:
case MySqlDataType.VAR_STRING:
case MySqlDataType.TINY_BLOB:
case MySqlDataType.MEDIUM_BLOB:
case MySqlDataType.LONG_BLOB:
case MySqlDataType.BLOB:
if (f.MarkedAsBinary)
{
data.myBuffer = r.ReadLengthCodedBuffer();
data.type = (data.myBuffer != null) ? type : MySqlDataType.NULL;
}
else
{
data.myString = r.ReadLengthCodedString(this.StringConverter);
data.type = (data.myString != null) ? type : MySqlDataType.NULL;
}
return data;
// return (field.charsetNr === Charsets.BINARY)
// ? parser.parseLengthCodedBuffer()
// : parser.parseLengthCodedString();
case MySqlDataType.GEOMETRY:
//TODO: unfinished
data.type = MySqlDataType.GEOMETRY;
return data;
default:
data.myString = r.ReadLengthCodedString(this.StringConverter);
data.type = type;
return data;
}
}
MyStructData ReadCurrentRowBinaryProtocol(MySqlFieldDefinition f)
{
MySqlDataType fieldType = (MySqlDataType)f.FieldType;
MyStructData myData = new MyStructData();
BufferReader r = this.bufferReader;
switch (fieldType)
{
case MySqlDataType.TIMESTAMP: //
case MySqlDataType.DATE: //
case MySqlDataType.DATETIME: //
case MySqlDataType.NEWDATE: //
r.ReadLengthCodedDateTime(out myData.myDateTime);
myData.type = fieldType;
return(myData);
case MySqlDataType.TINY: //length = 1;
myData.myInt32 = r.U1();
myData.type = fieldType;
return(myData);
case MySqlDataType.SHORT: //length = 2;
case MySqlDataType.YEAR: //length = 2;
myData.myInt32 = (int)r.U2();
myData.type = fieldType;
return(myData);
case MySqlDataType.INT24:
case MySqlDataType.LONG: //length = 4;
myData.myInt32 = (int)r.U4();
myData.type = fieldType;
return(myData);
case MySqlDataType.FLOAT:
myData.myDouble = r.ReadFloat();
myData.type = fieldType;
return(myData);
case MySqlDataType.DOUBLE:
myData.myDouble = r.ReadDouble();
myData.type = fieldType;
return(myData);
case MySqlDataType.NEWDECIMAL:
myData.myDecimal = r.ReadDecimal();
myData.type = fieldType;
return(myData);
case MySqlDataType.LONGLONG:
myData.myInt64 = r.ReadInt64();
myData.type = fieldType;
return(myData);
case MySqlDataType.VARCHAR:
myData.myString = r.ReadLengthCodedString(this.StringConverter);
myData.type = fieldType;
return(myData);
case MySqlDataType.BIT:
myData.myBuffer = r.ReadLengthCodedBuffer();
myData.type = fieldType;
return(myData);
case MySqlDataType.STRING:
case MySqlDataType.VAR_STRING:
case MySqlDataType.TINY_BLOB:
case MySqlDataType.MEDIUM_BLOB:
case MySqlDataType.LONG_BLOB:
case MySqlDataType.BLOB:
if (f.MarkedAsBinary)
{
myData.myBuffer = r.ReadLengthCodedBuffer();
}
else
{
myData.myString = r.ReadLengthCodedString(this.StringConverter);
}
myData.type = fieldType;
return(myData);
case MySqlDataType.GEOMETRY:
throw new NotSupportedException();
default:
myData.myBuffer = r.ReadLengthCodedBuffer();
myData.type = MySqlDataType.NULL;
return(myData);
}
}
MyStructData ReadCurrentRowBinaryProtocol(MySqlFieldDefinition f)
{
MySqlDataType fieldType = (MySqlDataType)f.FieldType;
MyStructData myData = new MyStructData();
BufferReader r = this.bufferReader;
switch (fieldType)
{
case MySqlDataType.TIMESTAMP://
case MySqlDataType.DATE://
case MySqlDataType.DATETIME://
case MySqlDataType.NEWDATE://
r.ReadLengthCodedDateTime(out myData.myDateTime);
myData.type = fieldType;
return myData;
case MySqlDataType.TINY://length = 1;
myData.myInt32 = r.U1();
myData.type = fieldType;
return myData;
case MySqlDataType.SHORT://length = 2;
case MySqlDataType.YEAR://length = 2;
myData.myInt32 = (int)r.U2();
myData.type = fieldType;
return myData;
case MySqlDataType.INT24:
case MySqlDataType.LONG://length = 4;
myData.myInt32 = (int)r.U4();
myData.type = fieldType;
return myData;
case MySqlDataType.FLOAT:
myData.myDouble = r.ReadFloat();
myData.type = fieldType;
return myData;
case MySqlDataType.DOUBLE:
myData.myDouble = r.ReadDouble();
myData.type = fieldType;
return myData;
case MySqlDataType.NEWDECIMAL:
myData.myDecimal = r.ReadDecimal();
myData.type = fieldType;
return myData;
case MySqlDataType.LONGLONG:
myData.myInt64 = r.ReadInt64();
myData.type = fieldType;
return myData;
case MySqlDataType.STRING:
case MySqlDataType.VARCHAR:
case MySqlDataType.VAR_STRING:
myData.myString = r.ReadLengthCodedString(this.StringConverter);
myData.type = fieldType;
return myData;
case MySqlDataType.TINY_BLOB:
case MySqlDataType.MEDIUM_BLOB:
case MySqlDataType.LONG_BLOB:
case MySqlDataType.BLOB:
case MySqlDataType.BIT:
myData.myBuffer = r.ReadLengthCodedBuffer();
myData.type = fieldType;
return myData;
case MySqlDataType.GEOMETRY:
throw new NotSupportedException();
default:
myData.myBuffer = r.ReadLengthCodedBuffer();
myData.type = MySqlDataType.NULL;
return myData;
}
}