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#include "column.h"
#include "error.h"
#include "timetypepair.h"
ODBC::Column::Column(String n, unsigned int i) :
colNo(i),
name(n),
fresh(false)
{
}
ODBC::Column::~Column()
{
}
#define ODBC_DEFAULT_COLUMN_CAST(ctype, rtype) \
ODBC::Column::operator rtype() const { \
return (dynamic_cast<const _Column<ctype>& >(*this)).value; \
}
ODBC_DEFAULT_COLUMN_CAST(SQLINTEGER, unsigned int);
ODBC_DEFAULT_COLUMN_CAST(SQLINTEGER, unsigned long long);
ODBC_DEFAULT_COLUMN_CAST(SQLINTEGER, long long);
ODBC_DEFAULT_COLUMN_CAST(SQLINTEGER, int);
ODBC_DEFAULT_COLUMN_CAST(SQLDOUBLE, double);
ODBC_DEFAULT_COLUMN_CAST(SQLDOUBLE, float);
ODBC_DEFAULT_COLUMN_CAST(SQLCHAR*, const unsigned char *);
ODBC_DEFAULT_COLUMN_CAST(SQLCHAR*, String);
ODBC::Column::operator std::string() const {
return (const char*)((dynamic_cast<const _Column<SQLCHAR*>& >(*this)).value);
}
ODBC::Column::operator const char * () const {
return (const char*)((dynamic_cast<const _Column<SQLCHAR*>& >(*this)).value);
}
ODBC::Column::operator const struct tm & () const {
const _Column<TimeTypePair>& c = dynamic_cast<const _Column<TimeTypePair>& >(*this);
if (c.fresh) {
c.value.sql2c();
c.fresh = false;
}
return c.value.c();
}
void
ODBC::Column::bind(SQLHANDLE hStmt, SQLUINTEGER col, SQLSMALLINT ctype, void * buf, size_t size)
{
bindSize = size;
RETCODE rc = SQLBindCol(hStmt, col, ctype, buf, bindSize, &bindLen);
if (rc != SQL_SUCCESS) {
throw Error(rc, SQL_HANDLE_STMT, hStmt, "%s: Bind column %lu", __FUNCTION__, col);
}
}
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