internal void ReadResultTuple(ResultTuple tuple, ColumnMetaData[] columnInfos, CubridStatementype stmtType, CubridConnection con)
{
tuple.Index = ReadInt();
tuple.Oid = ReadOid();
for (int j = 0; j < columnInfos.Length; j++)
{
int size = ReadInt();
object val;
if (size <= 0)
{
val = null;
}
else
{
CubridDataType type = CubridDataType.Null;
if (stmtType == CubridStatementype.Call ||
stmtType == CubridStatementype.Evaluate ||
stmtType == CubridStatementype.CallStoredProcedure ||
columnInfos[j].Type == CubridDataType.Null)
{
type = (CubridDataType)ReadByte();
size--;
}
else
{
type = columnInfos[j].Type;
}
val = ReadValue(j, type, size, con);
}
tuple[j] = val;
tuple[columnInfos[j].Name] = val;
}
Debug.WriteLine(tuple);
}
private void CheckType(CubridDataType type)
{
int collectionType = 0;
collectionType = ((byte)type) & ((byte)0x60);
Debug.WriteLine("collectionTypeOrNot = {0}" + collectionType);
switch (collectionType)
{
case 0x00:
this.type = type;
collectionElementType = CubridDataType.Null;
break;
case 0x20:
this.type = CubridDataType.Set;
collectionElementType = (CubridDataType)(((byte)type) & ((byte)0x1F));
break;
case 0x40:
this.type = CubridDataType.Multiset;
collectionElementType = (CubridDataType)(((byte)type) & ((byte)0x1F));
break;
case 0x60:
this.type = CubridDataType.Sequence;
collectionElementType = (CubridDataType)(((byte)type) & ((byte)0x1F));
break;
default:
this.type = CubridDataType.Null;
collectionElementType = CubridDataType.Null;
break;
}
}
internal void Bind(int index, CubridDataType type, object value, ParameterDirection mode)
{
Bind(index, type, value);
parameters[index].Mode = mode;
}
internal void Bind(int index, CubridDataType type, object value)
{
parameters[index] = new CubridParameter();
parameters[index].Type = type;
parameters[index].Value = value;
}
public int Add(CubridDataType type)
{
return(param.Add(new CubridParameter(type)));
}
private void CheckType(CubridDataType type)
{
int collectionType = 0;
collectionType = ((byte)type) & ((byte)0x60);
Debug.WriteLine("collectionTypeOrNot = {0}" + collectionType);
switch (collectionType)
{
case 0x00:
this.type = type;
collectionElementType = CubridDataType.Null;
break;
case 0x20:
this.type = CubridDataType.Set;
collectionElementType = (CubridDataType)(((byte)type) & ((byte)0x1F));
break;
case 0x40:
this.type = CubridDataType.Multiset;
collectionElementType = (CubridDataType)(((byte)type) & ((byte)0x1F));
break;
case 0x60:
this.type = CubridDataType.Sequence;
collectionElementType = (CubridDataType)(((byte)type) & ((byte)0x1F));
break;
default:
this.type = CubridDataType.Null;
collectionElementType = CubridDataType.Null;
break;
}
}
internal void Bind(int index, CubridDataType type, object value, ParameterDirection mode)
{
Bind(index, type, value);
parameters[index].Mode = mode;
}
internal void Bind(int index, CubridDataType type, object value)
{
parameters[index] = new CubridParameter();
parameters[index].Type = type;
parameters[index].Value = value;
}
internal object ReadValue(int index, CubridDataType type, int size, CubridConnection con)
{
switch (type)
{
case CubridDataType.Char:
case CubridDataType.Nchar:
case CubridDataType.String:
case CubridDataType.Varnchar:
return(ReadString(size, Encoding.Default));
case CubridDataType.Short:
return(ReadShort());
case CubridDataType.Int:
return(ReadInt());
case CubridDataType.Float:
return(ReadFloat());
case CubridDataType.Double:
case CubridDataType.Monetary:
return(ReadDouble());
case CubridDataType.Date:
return(ReadDate());
case CubridDataType.Time:
return(ReadTime());
case CubridDataType.Timestamp:
return(ReadDateTime());
case CubridDataType.Object:
return(ReadOid());
case CubridDataType.Bit:
case CubridDataType.Varbit:
return(ReadBytes(size));
case CubridDataType.Set:
case CubridDataType.Multiset:
case CubridDataType.Sequence:
CubridDataType baseType = (CubridDataType)ReadByte();
int count = ReadInt();
object[] seq = new object[count];
for (int i = 0; i < count; i++)
{
int elesize = ReadInt();
if (elesize <= 0)
{
seq[i] = null;
}
else
{
seq[i] = ReadValue(i, baseType, elesize, con);
}
}
return(seq);
case CubridDataType.ResultSet:
int handle = ReadInt();
CubridCommand cmd = new CubridCommand(con, handle);
return(cmd.GetDataReaderFromStoredProcedure());
default:
return(null); //throw exception ??
}
}
internal DbType SqlType2DbType(CubridDataType sqltype)
{
return(DbType.AnsiString);
}
internal DbType SqlType2DbType(CubridDataType sqltype)
{
return DbType.AnsiString;
}
internal object ReadValue(int index, CubridDataType type, int size, CubridConnection con)
{
switch (type)
{
case CubridDataType.Char:
case CubridDataType.Nchar:
case CubridDataType.String:
case CubridDataType.Varnchar:
return ReadString(size, Encoding.Default);
case CubridDataType.Short:
return ReadShort();
case CubridDataType.Int:
return ReadInt();
case CubridDataType.Float:
return ReadFloat();
case CubridDataType.Double:
case CubridDataType.Monetary:
return ReadDouble();
case CubridDataType.Date:
return ReadDate();
case CubridDataType.Time:
return ReadTime();
case CubridDataType.Timestamp:
return ReadDateTime();
case CubridDataType.Object:
return ReadOid();
case CubridDataType.Bit:
case CubridDataType.Varbit:
return ReadBytes(size);
case CubridDataType.Set:
case CubridDataType.Multiset:
case CubridDataType.Sequence:
CubridDataType baseType = (CubridDataType)ReadByte();
int count = ReadInt();
object[] seq = new object[count];
for (int i = 0; i < count; i++)
{
int elesize = ReadInt();
if(elesize <= 0)
{
seq[i] = null;
}
else
{
seq[i] = ReadValue(i, baseType, elesize, con);
}
}
return seq;
case CubridDataType.ResultSet:
int handle = ReadInt();
CubridCommand cmd = new CubridCommand(con, handle);
return cmd.GetDataReaderFromStoredProcedure();
default:
return null; //throw exception ??
}
}
public int Add(CubridDataType type)
{
return param.Add(new CubridParameter(type));
}
public CubridParameter(CubridDataType type)
{
this.type = type;
}
public CubridParameter(CubridDataType type)
{
this.type = type;
}