void veroMakeUriTest() {
char project[100];
strcpy(project, "yulins_project");
makeSlug(project);
cout << "\n";
cout << "Project make slug = " << project << "\n";
std::wstringstream metaUri = makeMetaUri(project);
std::wstringstream queryUri = makeQueryUri(project);
std::unique_ptr<char[]> metaUriPtr = wchar2char(metaUri.str().c_str());
std::unique_ptr<char[]> queryUriPtr = wchar2char(queryUri.str().c_str());
cout << "Meta uri = " << metaUriPtr.get() << "\n";
cout << "Query uri = " << queryUriPtr.get() << "\n";
}
//-------------------------------------------------------------------------------------
void SpaceAvatarSelect::kbengine_onEvent(const KBEngine::EventData* lpEventData)
{
switch(lpEventData->id)
{
case CLIENT_EVENT_SCRIPT:
{
const KBEngine::EventData_Script* peventdata = static_cast<const KBEngine::EventData_Script*>(lpEventData);
if(peventdata->name == "update_avatars")
{
if(peventdata->argsSize > 0)
{
PyObject* pyitem = PyTuple_GetItem(peventdata->pyDatas, 0);
for(KBEngine::uint32 i=0; i<g_avatars.size(); i++)
{
mTrayMgr->destroyWidget(g_avatars[i]);
}
g_avatars.clear();
PyObject *key, *value;
Py_ssize_t pos = 0;
while (PyDict_Next(pyitem, &pos, &key, &value))
{
wchar_t* PyUnicode_AsWideCharStringRet0 = PyUnicode_AsWideCharString(PyDict_GetItemString(value, "name"), NULL);
char* name = wchar2char(PyUnicode_AsWideCharStringRet0);
PyMem_Free(PyUnicode_AsWideCharStringRet0);
KBEngine::DBID dbid = 0;
dbid = PyLong_AsUnsignedLongLong(key);
if (PyErr_Occurred())
{
dbid = PyLong_AsUnsignedLong(key);
}
if (PyErr_Occurred())
{
PyErr_PrintEx(0);
}
Ogre::String str = Ogre::String(name) + "_" + KBEngine::StringConv::val2str(dbid);
g_avatars.push_back(str);
mTrayMgr->createButton(OgreBites::TL_CENTER, str, str, 300);
free(name);
}
}
}
}
break;
default:
break;
};
}
//- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
std::vector<std::string> XGDI::listEncoders( void ) const
{
std::vector<std::string> enc;
char *name = NULL;
int i;
for( i = 0; i < (int) ncodec_info; i++ )
{
name = wchar2char( codec_info[i].MimeType );
if ( NULL != name )
{enc.push_back( std::string(name) );
free( name );
name = NULL;
}
else
{enc.push_back( "?unknown" );
}
}
return( enc );
}
// -----------------------------------------------------------------------
// to connect to the driver
// -----------------------------------------------------------------------
RETCODE SQL_API SQLDriverConnectW ( SQLHDBC hdbc,
SQLHWND hwnd,
SQLWCHAR* szConnStrIn,
SQLSMALLINT cchConnStrIn,
SQLWCHAR* szConnStrOut,
SQLSMALLINT cchConnStrOutMax,
SQLSMALLINT* pcchConnStrOut,
SQLUSMALLINT fDriverCompletion ) {
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "SQLDriverConnectW called, cchConnStrIn %d, cchConnStrOutMax %d, wcslen %d",
cchConnStrIn, cchConnStrOutMax, wcslen ( szConnStrIn ) ) );
int inStrLength = wcslen ( szConnStrIn ) + 1;
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "The inStr Length is : %d", inStrLength ) );
unique_ptr<char[]> pInStr ( new char[inStrLength] );
unique_ptr<char[]> pOutStr ( new char[cchConnStrOutMax + 1] );
wchar2char ( szConnStrIn, pInStr.get(), inStrLength );
//__ODBCLOG(_ODBCLogMsg(LogLevel_DEBUG,"The inStr is : %s",pInStr.get()));
SQLSMALLINT outStrLength = 0 ;
RETCODE code = SQLDriverConnect ( hdbc, hwnd, ( SQLCHAR* ) pInStr.get(), cchConnStrIn, ( SQLCHAR* ) pOutStr.get(),
cchConnStrOutMax, &outStrLength, fDriverCompletion );
if ( code == SQL_ERROR ) {
return code;
}
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "pcchConnStrOut null? %d, cchConnStrOutMax > 0 ? %d, szConnStrOut null? %d",
pcchConnStrOut == NULL, cchConnStrOutMax > 0 , szConnStrOut == NULL ) );
if ( cchConnStrOutMax > 0 && pcchConnStrOut && szConnStrOut ) {
char2wchar ( pOutStr.get(), szConnStrOut, ( int ) cchConnStrOutMax );
*pcchConnStrOut = wcslen ( szConnStrOut );
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "(W)The Length of Out Conn Str is %d", *pcchConnStrOut ) );
}
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "the ret code is %d", code ) );
return code;
}
/*
* Convert a Windows setlocale() argument to a Unix-style one.
*
* Regardless of platform, we install message catalogs under a Unix-style
* LL[_CC][.ENCODING][@VARIANT] naming convention. Only LC_MESSAGES settings
* following that style will elicit localized interface strings.
*
* Before Visual Studio 2012 (msvcr110.dll), Windows setlocale() accepted "C"
* (but not "c") and strings of the form <Language>[_<Country>][.<CodePage>],
* case-insensitive. setlocale() returns the fully-qualified form; for
* example, setlocale("thaI") returns "Thai_Thailand.874". Internally,
* setlocale() and _create_locale() select a "locale identifier"[1] and store
* it in an undocumented _locale_t field. From that LCID, we can retrieve the
* ISO 639 language and the ISO 3166 country. Character encoding does not
* matter, because the server and client encodings govern that.
*
* Windows Vista introduced the "locale name" concept[2], closely following
* RFC 4646. Locale identifiers are now deprecated. Starting with Visual
* Studio 2012, setlocale() accepts locale names in addition to the strings it
* accepted historically. It does not standardize them; setlocale("Th-tH")
* returns "Th-tH". setlocale(category, "") still returns a traditional
* string. Furthermore, msvcr110.dll changed the undocumented _locale_t
* content to carry locale names instead of locale identifiers.
*
* MinGW headers declare _create_locale(), but msvcrt.dll lacks that symbol.
* IsoLocaleName() always fails in a MinGW-built postgres.exe, so only
* Unix-style values of the lc_messages GUC can elicit localized messages. In
* particular, every lc_messages setting that initdb can select automatically
* will yield only C-locale messages. XXX This could be fixed by running the
* fully-qualified locale name through a lookup table.
*
* This function returns a pointer to a static buffer bearing the converted
* name or NULL if conversion fails.
*
* [1] http://msdn.microsoft.com/en-us/library/windows/desktop/dd373763.aspx
* [2] http://msdn.microsoft.com/en-us/library/windows/desktop/dd373814.aspx
*/
static char *
IsoLocaleName(const char *winlocname)
{
#if (_MSC_VER >= 1400) /* VC8.0 or later */
static char iso_lc_messages[32];
_locale_t loct = NULL;
if (pg_strcasecmp("c", winlocname) == 0 ||
pg_strcasecmp("posix", winlocname) == 0)
{
strcpy(iso_lc_messages, "C");
return iso_lc_messages;
}
loct = _create_locale(LC_CTYPE, winlocname);
if (loct != NULL)
{
#if (_MSC_VER >= 1700) /* Visual Studio 2012 or later */
size_t rc;
char *hyphen;
/* Locale names use only ASCII, any conversion locale suffices. */
rc = wchar2char(iso_lc_messages, loct->locinfo->locale_name[LC_CTYPE],
sizeof(iso_lc_messages), NULL);
_free_locale(loct);
if (rc == -1 || rc == sizeof(iso_lc_messages))
return NULL;
/*
* Since the message catalogs sit on a case-insensitive filesystem, we
* need not standardize letter case here. So long as we do not ship
* message catalogs for which it would matter, we also need not
* translate the script/variant portion, e.g. uz-Cyrl-UZ to
* uz_UZ@cyrillic. Simply replace the hyphen with an underscore.
*
* Note that the locale name can be less-specific than the value we
* would derive under earlier Visual Studio releases. For example,
* French_France.1252 yields just "fr". This does not affect any of
* the country-specific message catalogs available as of this writing
* (pt_BR, zh_CN, zh_TW).
*/
hyphen = strchr(iso_lc_messages, '-');
if (hyphen)
*hyphen = '_';
#else
char isolang[32],
isocrty[32];
LCID lcid;
lcid = loct->locinfo->lc_handle[LC_CTYPE];
if (lcid == 0)
lcid = MAKELCID(MAKELANGID(LANG_ENGLISH, SUBLANG_ENGLISH_US), SORT_DEFAULT);
_free_locale(loct);
if (!GetLocaleInfoA(lcid, LOCALE_SISO639LANGNAME, isolang, sizeof(isolang)))
return NULL;
if (!GetLocaleInfoA(lcid, LOCALE_SISO3166CTRYNAME, isocrty, sizeof(isocrty)))
return NULL;
snprintf(iso_lc_messages, sizeof(iso_lc_messages) - 1, "%s_%s", isolang, isocrty);
#endif
return iso_lc_messages;
}
return NULL;
#else
return NULL; /* Not supported on this version of msvc/mingw */
#endif /* _MSC_VER >= 1400 */
}
// --------------------------------------------------------------------
// log a specified message
// --------------------------------------------------------------------
void _ODBCLogMsg ( LogLevel level , const wchar_t* textW ) {
unique_ptr<char[]> p ( wchar2char ( textW ) );
_ODBCLogMsg ( level, p.get() );
}
RETCODE SQL_API SQLGetDiagField ( SQLSMALLINT pHandleType,
SQLHANDLE pHandle,
SQLSMALLINT pRecNum,
SQLSMALLINT pFldID,
SQLPOINTER pDataPtr,
SQLSMALLINT pDataSize,
SQLSMALLINT* pDataSizePtr ) {
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG,
"SQLGetDiagField called, HandleType: %d, RecNum: %d, InfoType: %d, BufLen: %d", pHandleType, pRecNum, pFldID,
pDataSize ) );
bool c;
pODBCDiag diag;
pODBCDiagRow diagrow;
SQLSMALLINT dummySize = 0;//used when pDataSizePtr is NULL
if ( pDataSizePtr == NULL )
{ pDataSizePtr = &dummySize; }
__CHK_HANDLE ( pHandle, pHandleType, SQL_ERROR );
diag = _SQLGetDiagHandle ( pHandleType, pHandle );
if ( !diag ) { return SQL_ERROR; }
// field may be in diag header
c = FALSE;
// check the field type - header fields
switch ( pFldID ) {
case SQL_DIAG_CURSOR_ROW_COUNT:
case SQL_DIAG_ROW_COUNT: // rows affected by update/insert
if ( pHandleType == SQL_HANDLE_STMT ) {
if ( pDataPtr )
{ * ( ( SQLLEN* ) pDataPtr ) = ( pHandle ) ? ( ( pODBCStmt ) pHandle )->RowCount : 0; }
return SQL_SUCCESS;
}
else
{ return SQL_ERROR; }
case SQL_DIAG_DYNAMIC_FUNCTION:
if ( pHandleType == SQL_HANDLE_STMT ) {
unique_ptr<char[]> p ( wchar2char ( ( ( pODBCStmt ) pHandle )->Stmt ) );
_SQLCopyCharData ( diag, pDataPtr, pDataSize, pDataSizePtr, 16, p.get(), ( ( pODBCStmt ) pHandle )->StmtLen );
return SQL_SUCCESS;
}
else
{ return SQL_ERROR; }
return SQL_ERROR;
case SQL_DIAG_DYNAMIC_FUNCTION_CODE:
if ( pHandleType == SQL_HANDLE_STMT ) {
if ( pDataPtr )
{ * ( ( StrPtr ) pDataPtr ) = 1; } // ??? debug test only
unique_ptr<char[]> p ( wchar2char ( ( ( pODBCStmt ) pHandle )->Stmt ) );
_SQLCopyCharData ( diag, pDataPtr, pDataSize, pDataSizePtr, 16, p.get(), ( ( ( pODBCStmt ) pHandle )->StmtLen ) );
return SQL_SUCCESS;
}
else
{ return SQL_ERROR; }
case SQL_DIAG_NUMBER: { // number of rows in diag
Word i;
// check if there r any diag rows
if ( diag->DiagRows ) {
// loop to count the rows
for ( i = 1, diagrow = diag->DiagRows; diagrow != NULL; diagrow = diagrow->Next, i ++ );
if ( pDataPtr ) { * ( ( Word* ) pDataPtr ) = i; }
}
else if ( pDataPtr ) { * ( ( Word* ) pDataPtr ) = 0; }
return SQL_SUCCESS;
}
break;
default:
c = TRUE;
}
// check if only a header field was required
if ( c == FALSE )
{ return SQL_SUCCESS; }
// check row and buffer
if ( pRecNum <= 0 || pDataSize < 0 ) {
__ODBCPOPMSG ( _ODBCPopMsg ( "GetDiagField xxx1" ) );
return SQL_ERROR;
}
// now get the desired row first
if ( ( diagrow = _SQLGetDiagRowX ( diag, pRecNum ) ) == NULL )
{ return SQL_NO_DATA; }
// now set info as per the field required
switch ( pFldID ) {
case SQL_DIAG_CLASS_ORIGIN:
_SQLCopyCharData ( diag, pDataPtr, pDataSize, pDataSizePtr, 16, "ODBC 3.0", -1 );
break;
case SQL_DIAG_COLUMN_NUMBER:
// needs to be implemented
if ( pDataPtr ) { * ( ( Long* ) pDataPtr ) = diagrow->Col; }
break;
case SQL_DIAG_CONNECTION_NAME:
if ( pDataPtr ) { * ( ( char* ) pDataPtr ) = 0; }
if ( pDataSizePtr ) { *pDataSizePtr = 0; }
break;
case SQL_DIAG_MESSAGE_TEXT:
return _SQLCopyCharData ( diag, pDataPtr, pDataSize, pDataSizePtr, 16, diagrow->Msg, -1 );
case SQL_DIAG_NATIVE:
if ( pDataPtr ) { * ( ( Long* ) pDataPtr ) = diagrow->NativeErrorCode; }
if ( pDataSizePtr ) { *pDataSizePtr = 0; }
break;
case SQL_DIAG_ROW_NUMBER:
// needs to be implemented
if ( pDataPtr ) { * ( ( Long* ) pDataPtr ) = diagrow->Row; }
break;
case SQL_DIAG_SERVER_NAME: {
CStrPtr svr;
// if handle type is connection
if ( pHandleType == SQL_HANDLE_DBC )
{ svr = ( ( pODBCConn ) pHandle )->Server; }
else if ( pHandleType == SQL_HANDLE_STMT && ( ( pODBCStmt ) pHandle )->Conn )
{ svr = ( ( pODBCStmt ) pHandle )->Conn->Server; }
else
{ svr = ""; }
return _SQLCopyCharData ( diag, pDataPtr, pDataSize, pDataSizePtr, 16, svr, -1 );
}
case SQL_DIAG_SQLSTATE:
return _SQLCopyCharData ( diag, pDataPtr, pDataSize, pDataSizePtr, 16, diagrow->State, -1 );
case SQL_DIAG_SUBCLASS_ORIGIN:
// ??? dummy
return _SQLCopyCharData ( diag, pDataPtr, pDataSize, pDataSizePtr, 16, diagrow->State, -1 );
default:
__ODBCPOPMSG ( _ODBCPopMsg ( "SQLGetDiagField called, HandleType: %d, RecNum: %d, InfoType: %d, BufLen: %d",
pHandleType, pRecNum, pFldID, pDataSize ) );
return SQL_ERROR;
}
return SQL_SUCCESS;
}
/*
* lowerstr_with_len --- fold string to lower case
*
* Input string need not be null-terminated.
*
* Returned string is palloc'd
*/
char *
lowerstr_with_len(const char *str, int len)
{
char *out;
#ifdef USE_WIDE_UPPER_LOWER
Oid collation = DEFAULT_COLLATION_OID; /* TODO */
pg_locale_t mylocale = 0; /* TODO */
#endif
if (len == 0)
return pstrdup("");
#ifdef USE_WIDE_UPPER_LOWER
/*
* Use wide char code only when max encoding length > 1 and ctype != C.
* Some operating systems fail with multi-byte encodings and a C locale.
* Also, for a C locale there is no need to process as multibyte. From
* backend/utils/adt/oracle_compat.c Teodor
*/
if (pg_database_encoding_max_length() > 1 && !lc_ctype_is_c(collation))
{
wchar_t *wstr,
*wptr;
int wlen;
/*
* alloc number of wchar_t for worst case, len contains number of
* bytes >= number of characters and alloc 1 wchar_t for 0, because
* wchar2char wants zero-terminated string
*/
wptr = wstr = (wchar_t *) palloc(sizeof(wchar_t) * (len + 1));
wlen = char2wchar(wstr, len + 1, str, len, mylocale);
Assert(wlen <= len);
while (*wptr)
{
*wptr = towlower((wint_t) *wptr);
wptr++;
}
/*
* Alloc result string for worst case + '\0'
*/
len = pg_database_encoding_max_length() * wlen + 1;
out = (char *) palloc(len);
wlen = wchar2char(out, wstr, len, mylocale);
pfree(wstr);
if (wlen < 0)
ereport(ERROR,
(errcode(ERRCODE_CHARACTER_NOT_IN_REPERTOIRE),
errmsg("conversion from wchar_t to server encoding failed: %m")));
Assert(wlen < len);
}
else
#endif /* USE_WIDE_UPPER_LOWER */
{
const char *ptr = str;
char *outptr;
outptr = out = (char *) palloc(sizeof(char) * (len + 1));
while ((ptr - str) < len && *ptr)
{
*outptr++ = tolower(TOUCHAR(ptr));
ptr++;
}
*outptr = '\0';
}
return out;
}
//mhb TODO, check if the sqltype defined here match from c#
RETCODE SQL_API _SQLColConvert ( pODBCStmt pStmt,
void* pTgtDataPtr,
Long* pTgtDataSizePtr,
const wchar_t* pSrcColData,
pARDItem pARDCol,
bool isSigned ) {
//check out this for SQL data type to C data type mapping
//http://msdn.microsoft.com/en-us/library/ms714556(v=vs.85).aspx
// note
// this function actually determines the conversion
// required to transfer the data
Word pSrcDataType = pARDCol->SrcDataType;
Word pTgtDataType = pARDCol->DataConciseType;
Long pTgtDataSize = pARDCol->DataSize;
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "_SQLColConvert called" ) );
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "The SrcDataType is %d, the TgtDataType is %d, the TgtDataSize is %d",
pSrcDataType, pTgtDataType, pTgtDataSize ) );
// TARGET TYPE IS LEFT TO OUR DRIVER
// check if target type is open
if ( pTgtDataType == SQL_DEFAULT ) {
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "pTgtDataType is SQL_DEFAULT, use default type mapping." ) );
// determine targettype based on data-source type
// check out this http://msdn.microsoft.com/en-us/library/ms716298(v=vs.85).aspx for default type mapping
switch ( pSrcDataType ) {
case SQL_CHAR:
pTgtDataType = SQL_C_CHAR;
break;
case SQL_VARCHAR:
pTgtDataType = SQL_C_CHAR;
break;
case SQL_WCHAR:
pTgtDataType = SQL_C_WCHAR;
break;
case SQL_WVARCHAR:
pTgtDataType = SQL_C_WCHAR;
break;
case SQL_DECIMAL:
pTgtDataType = SQL_C_CHAR;
break;
case SQL_BIT:
pTgtDataType = SQL_C_BIT;
break;
case SQL_TINYINT:
if ( isSigned )
{ pTgtDataType = SQL_C_STINYINT; }
else
{ pTgtDataType = SQL_C_UTINYINT; }
break;
case SQL_SMALLINT:
if ( isSigned )
{ pTgtDataType = SQL_C_SSHORT; }
else
{ pTgtDataType = SQL_C_USHORT; }
break;
case SQL_INTEGER:
if ( isSigned )
{ pTgtDataType = SQL_C_SLONG; }
else
{ pTgtDataType = SQL_C_ULONG; }
break;
case SQL_BIGINT:
if ( isSigned )
{ pTgtDataType = SQL_C_SBIGINT; }
else
{ pTgtDataType = SQL_C_UBIGINT; }
break;
case SQL_FLOAT:
pTgtDataType = SQL_C_FLOAT;
break;
case SQL_DOUBLE:
pTgtDataType = SQL_C_DOUBLE;
break;
case SQL_TYPE_DATE:
pTgtDataType = SQL_C_CHAR;
break;
case SQL_TYPE_TIME:
pTgtDataType = SQL_C_CHAR;
break;
case SQL_TYPE_TIMESTAMP:
pTgtDataType = SQL_C_CHAR;
break;
//case SQL_C_SLONG:
//case SQL_C_ULONG: // unsigned long
//case SQL_C_USHORT:
//case SQL_C_SSHORT:
//case SQL_NUMERIC:
//case SQL_REAL:
// pTgtDataType = pSrcDataType;
// break;
default:
__ODBCPOPMSG ( _ODBCPopMsg ( "The data type %d not implemented", pSrcDataType ) );
return SQL_ERROR;
break;
}
}
else {
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "pTgtDataType is NOT SQL_DEFAULT, it is %d", pTgtDataType ) );
}
// TARGET TYPE IS CHAR
// as an optimization, check if the application
// or target data type is char. since the data from
// server is already in char format. the data can
// easily be transferred without incurring any
// conversion overhead
unique_ptr<char[]> pTextInAnsi ( wchar2char ( pSrcColData ) );
// check if char type
if ( pTgtDataType == SQL_CHAR || pTgtDataType == SQL_VARCHAR ) {
// only in case of src data being bool a conversion is required
if ( pSrcDataType == SQL_BIT ) {
// prepare a converted single char bool string
Char src[2];
if ( pTextInAnsi.get() == NULL )
{ src[0] = '0'; }
else
{ src[0] = ( pTextInAnsi.get() [0] == 'T' || pTextInAnsi.get() [0] == '1' || pTextInAnsi.get() [0] == 't' ) ? '1' : '0'; }
src[1] = 0;
// transfer the bool string
return _SQLCopyCharData ( _DIAGSTMT ( pStmt ), pTgtDataPtr, pARDCol->DataSize, pTgtDataSizePtr, 32, src, -1 );
}
else {
// transfer the string as it is
return _SQLCopyCharData ( _DIAGSTMT ( pStmt ), pTgtDataPtr, pARDCol->DataSize, pTgtDataSizePtr, 32, pTextInAnsi.get(),
-1 );
}
}
if ( pTgtDataType == SQL_WCHAR || pTgtDataType == SQL_WVARCHAR ) {
return _SQLCopyWCharDataW ( _DIAGSTMT ( pStmt ), pTgtDataPtr, pARDCol->DataSize, pTgtDataSizePtr, 32, pSrcColData, -1 );
}
// TARGET TYPE IS NOT CHAR
// try using a numeric conversion
switch ( _SQLCopyNumData ( _DIAGSTMT ( pStmt ), pTgtDataPtr, pTgtDataType, pTextInAnsi.get(), pSrcDataType ,
pTgtDataSizePtr ) ) {
case -1:
return SQL_ERROR;
case 0:
return SQL_SUCCESS;
default:
break;
}
// try using a date/time conversion
switch ( _SQLCopyDateTimeData ( _DIAGSTMT ( pStmt ), pTgtDataPtr, pTgtDataType, pTextInAnsi.get(), pSrcDataType ) ) {
case -1:
return SQL_ERROR;
case 0:
return SQL_SUCCESS;
default:
break;
}
// try using SQL_BIT data type ie bool
if ( pTgtDataType == SQL_BIT ) {
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "the target data type is SQL_C_BIT" ) );
// prepare a converted single char bool string
if ( pTextInAnsi.get() == NULL )
{ * ( ( char* ) pTgtDataPtr ) = 0; }
else
{ * ( ( char* ) pTgtDataPtr ) = ( pTextInAnsi.get() [0] == 'T' || pTextInAnsi.get() [0] == '1' || pTextInAnsi.get() [0] == 't' ) ? 1 : 0; }
return SQL_SUCCESS;
}
// error condition
__ODBCPOPMSG ( _ODBCPopMsg ( "_SQLColConvert - Unknown data type, Target: %d, Source: %d", pTgtDataType,
pSrcDataType ) );
_SQLPutDiagRow ( SQL_HANDLE_STMT, pStmt, "_SQLColConvert", "01000", -1, "Unknown data type, Target: %d, Source: %d",
pTgtDataType, pSrcDataType );
return SQL_ERROR;
}
//mhb added, for those ard that accept wchar
RETCODE SQL_API _SQLCopyWCharDataW ( pODBCDiag pDiag, void* pTgtDataPtr, Long pDataBufSize, void* pSizePtr,
Word pSizePtrSize, const wchar_t* pSrcData, Long pSrcDataSize ) {
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "_SQLCopyWCharDataW called, pTgtDataPtr is null? %d, pSizePtr == null? %d",
pTgtDataPtr == NULL, pSizePtr == NULL ) );
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "_SQLCopyWCharDataW called, the src string is :" ) );
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, pSrcData ) );
Long n;
// caller safe
if ( pTgtDataPtr )
{ * ( ( wchar_t* ) pTgtDataPtr ) = 0; }
// DATA SIZE
// check source data to compute size
if ( pSrcData && _wcsicmp ( pSrcData, L"NULL" ) != 0 )
{ n = ( pSrcDataSize < 0 ) ? wcslen ( pSrcData ) : pSrcDataSize; } // compute length based on whether null terminated
else
{ n = 0; }
// check if there is a holder for size
if ( pSizePtr ) {
// set size as per ptr type 16-bt or 32-bit
//should be number of characters
if ( pSizePtrSize == 16 )
{ * ( ( Word* ) pSizePtr ) = ( Word ) ( 2 * n ); }
else
{ * ( ( Long* ) pSizePtr ) = ( 2 * n ); }
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "pSizePtr is set to %d", n ) );
}
// check if src data but no size holder
else if ( pSrcData ) {
// check if diag to be set
if ( pDiag )
{ _SQLPutDiagRow ( pDiag, "_SQLCopyWCharDataW", "01000", -1, "No holder for data size", NULL ); }
__ODBCPOPMSG ( _ODBCPopMsg ( "_SQLCopyWCharDataW - No holder for data size" ) );
return SQL_ERROR;
}
// DATA
// check if there is a target holder
if ( pTgtDataPtr ) {
// check if there is a source pointer
if ( pSrcData ) {
// does all of it fit with null char
if ( pDataBufSize >= ( n + 1 ) ) {
memcpy ( ( StrPtr ) pTgtDataPtr, pSrcData, 2 * ( n + 1 ) );
( ( wchar_t* ) pTgtDataPtr ) [n] = '\0';
//__ODBCLOG(_ODBCLogMsg(LogLevel_DEBUG,"_SQLCopyWCharDataW has been called, the target string(not truncated) is :"));
//unique_ptr<char[]> temp2(wchar2char( (wchar_t*)pTgtDataPtr));
//__ODBCLOG(_ODBCLogMsg(LogLevel_DEBUG,temp2.get()));
return SQL_SUCCESS;
}
// all of it does not fit
else {
//if(pDataBufSize % 2 == 1)
// pDataBufSize -= 1;
memcpy ( ( StrPtr ) pTgtDataPtr, pSrcData, 2 * ( pDataBufSize - 1 ) );
( ( wchar_t* ) pTgtDataPtr ) [pDataBufSize - 1] = 0;
//__ODBCLOG(_ODBCLogMsg(LogLevel_WARN,"_SQLCopyWCharDataW has been called, the target string is(truncated) :"));
unique_ptr<char[]> temp ( wchar2char ( ( wchar_t* ) pTgtDataPtr ) );
//__ODBCLOG(_ODBCLogMsg(LogLevel_DEBUG, temp.get()));
//return SQL_SUCCESS_WITH_INFO may cause error in tableau
//if ( pDiag )
// _SQLPutDiagRow ( pDiag, "_SQLCopyWCharDataW", "01000", -1, "string data truncated", NULL );
//return SQL_SUCCESS_WITH_INFO;
__ODBCLOG ( _ODBCLogMsg ( LogLevel_WARN, "string data truncated" ) );
return SQL_SUCCESS;
}
}
// tgt data but no src data
else {
// clear tgt
* ( ( wchar_t* ) pTgtDataPtr ) = 0;
__ODBCLOG ( _ODBCLogMsg ( LogLevel_DEBUG, "_SQLCopyWCharDataW has been called, the string is (empty) %s",
pTgtDataPtr ) );
}
}
return SQL_SUCCESS;
}
// 处理GM消息
int CSoMJFrameLogic::ProcessRequestGMCmd(UINT nPlayerID, int nChair, void * pcGameData, UINT nDataLen)
{
/***************************************************************************************
* GM换牌操作命令指南:
* 牌值: 1-9 万(w), 筒(t), 条(t), 东(df), 南(nf), 西(xf), 北(bf), 中(hz), 发(fc), 白(bb), 春(ch), 夏(xh), 秋(qh), 冬(dh), 梅(mh), 兰(lh), 竹(zh), 菊(jh)
* swap *,1w2w3w4w5w6w7w8w9w1s2s3s4s4s 换牌所有牌命令
* swap 1w2w3w,1s2s3s 换手牌现有的牌
* next 1w1t1s 下面要摸的牌
* set 1w2w3w 自己下面要摸的牌
* dice 1,6,5,7 设置游戏接下来的骰子点数, 每次取2个骰子
****************************************************************************************/
if (0 == GetMJSetting().nOpenGM)
{
return 1;
}
ISoGameProcessor* pProcessor = GetSoGameProcess();
if (NULL == pProcessor)
{
return 1;
}
ISoUserManager* pUserMgr = GetSoUserManager();
if (NULL == pUserMgr)
{
return 1;
}
TCMD_REQUEST_GMCMD* pCmd = (TCMD_REQUEST_GMCMD*)pcGameData;
if (NULL == pCmd)
{
return 1;
}
TCMD_NOTIFY_GMCMD cmd;
cmd.ucChair = nChair;
cmd.ucGMCmd = 0;
char chGMCmd[500 + 1] = {0};
wchar2char(pCmd->strGMCmd, chGMCmd);
UINT tempLen = Mystrnlen(chGMCmd, sizeof(chGMCmd));
if ((tempLen ==0) || (tempLen== sizeof(chGMCmd)))
{
return 1;
}
char *pData = NULL;
pData = Mystrstr(chGMCmd, ' ', tempLen);
if (pData == NULL)
{
return 1;
}
// 获取关键字命令, 例 swap 1w,3w字符串中获取 swap关键字
//pKey = strtok(chGMCmd, " ");
// 获取除去关键字的字符串
//pData = strtok(NULL, "");
if (memcmp(GMCMD_SET_DICE, chGMCmd, sizeof(GMCMD_SWAP) - 1) == 0)
{
// 进行骰子数设定
if (TransGMCmdSetDice(nChair, pData))
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d执行更新骰子命令成功", nChair);
}
else
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d执行更新骰子命令失败", nChair);
}
}
else if (memcmp(GMCMD_SET_DEALER, chGMCmd, sizeof(GMCMD_SET_DEALER) - 1) == 0)
{
// 进行庄家设定
if (TransGMCmdSetDealer(nChair, pData))
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d执行更新庄家命令成功", nChair);
}
else
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d执行更新庄家命令失败", nChair);
}
}
else if (memcmp(GMCMD_SWAP, chGMCmd, sizeof(GMCMD_SWAP) - 1) == 0)
{
// 手牌进行换牌
if (TransGMCmdSwap(nChair, pData))
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d执行换牌命令成功", nChair);
}
else
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d执行换牌命令失败", nChair);
}
}
else if (memcmp(GMCMD_NEXT, chGMCmd, sizeof(GMCMD_NEXT) - 1) == 0)
{
// 设置下一张抓牌数据
if (TransGMCmdNext(nChair, pData))
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d设置下一张摸牌数据成攻", nChair);
}
else
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d设置下一张摸牌数据失败", nChair);
}
}
else if (memcmp(GMCMD_SET, chGMCmd, sizeof(GMCMD_SET) - 1) == 0)
{
// 设置自己接下来要抓的牌数据
if (TransGMCmdSet(nChair, pData))
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d设置自己接下来要抓的牌数据成攻", nChair);
}
else
{
_snprintf(cmd.strGMResult, sizeof(cmd.strGMResult), "GMCMD: 玩家%d设置自己接下来要抓的牌数据失败", nChair);
}
}
_DOUT1("\n%s\n", cmd.strGMResult);
if (m_pSoGameProcessor != NULL)
{
m_pSoGameProcessor->SendGameDataTo(nPlayerID, (char*)&cmd, sizeof(cmd));
}
return 0;
}
//-------------------------------------------------------------------------------------
bool Script::install(const wchar_t* pythonHomeDir, std::wstring pyPaths, const char* moduleName, COMPONENT_TYPE componentType)
{
std::wstring pySysPaths = SCRIPT_PATH;
wchar_t* pwpySysResPath = char2wchar(const_cast<char*>(Resmgr::getPySysResPath().c_str()));
kbe_replace(pySysPaths, L"../../res/", pwpySysResPath);
pyPaths += pySysPaths;
free(pwpySysResPath);
#if KBE_PLATFORM == PLATFORM_WIN32
Py_SetPythonHome(const_cast<wchar_t*>(pythonHomeDir)); // 先设置python的环境变量
#else
std::wstring fs = L";";
std::wstring rs = L":";
size_t pos = 0;
while(true)
{
pos = pyPaths.find(fs, pos);
if (pos == std::wstring::npos) break;
pyPaths.replace(pos, fs.length(), rs);
}
Py_SetPath(pyPaths.c_str());
char* tmpchar = wchar2char(const_cast<wchar_t*>(pyPaths.c_str()));
DEBUG_MSG("Script::install: paths=%s.\n", tmpchar);
free(tmpchar);
#endif
// Initialise python
// Py_VerboseFlag = 2;
Py_FrozenFlag = 1;
// Warn if tab and spaces are mixed in indentation.
// Py_TabcheckFlag = 1;
Py_NoSiteFlag = 1;
Py_IgnoreEnvironmentFlag = 1;
Py_Initialize(); // python解释器的初始化
if (!Py_IsInitialized())
{
ERROR_MSG("Script::install::Py_Initialize is failed!\n");
return false;
}
#if KBE_PLATFORM == PLATFORM_WIN32
PySys_SetPath(pyPaths.c_str());
#endif
PyObject *m = PyImport_AddModule("__main__");
module_ = PyImport_AddModule(moduleName); // 添加一个脚本基础模块
if (module_ == NULL)
return false;
const char* componentName = COMPONENT_NAME_EX(componentType);
if (PyModule_AddStringConstant(module_, "component", componentName))
{
ERROR_MSG( "Script::init: Unable to set KBEngine.component to %s\n",
componentName );
return false;
}
// 注册产生uuid方法到py
APPEND_SCRIPT_MODULE_METHOD(module_, genUUID64, __py_genUUID64, METH_VARARGS, 0);
#ifndef KBE_SINGLE_THREADED
s_pOurInitTimeModules = PyDict_Copy( PySys_GetObject( "modules" ) );
s_pMainThreadState = PyThreadState_Get();
s_defaultContext = s_pMainThreadState;
PyEval_InitThreads();
KBEConcurrency::setMainThreadIdleFunctions(
&Script::releaseLock, &Script::acquireLock );
#endif
ScriptStdOutErr::installScript(NULL); // 安装py重定向模块
ScriptStdOutErrHook::installScript(NULL);
static struct PyModuleDef moduleDesc =
{
PyModuleDef_HEAD_INIT,
moduleName,
"This module is created by KBEngine!",
-1,
NULL
};
PyModule_Create(&moduleDesc); // 初始化基础模块
PyObject_SetAttrString(m, moduleName, module_); // 将模块对象加入main
pyStdouterr_ = new ScriptStdOutErr(); // 重定向python输出
pyStdouterrHook_ = new ScriptStdOutErrHook();
if(!pyStdouterr_->install()){ // 安装py重定向脚本模块
ERROR_MSG("Script::install::pyStdouterr_->install() is failed!\n");
SCRIPT_ERROR_CHECK();
return false;
}
Pickler::initialize();
Copy::initialize();
Uuid::initialize();
math::installModule("Math");
INFO_MSG("Script::install is successfully!\n");
return true;
}
char *
lowerstr(char *str)
{
char *ptr = str;
char *out;
int len = strlen(str);
if ( len == 0 )
return pstrdup("");
#ifdef TS_USE_WIDE
/*
* Use wide char code only when max encoding length > 1 and ctype != C.
* Some operating systems fail with multi-byte encodings and a C locale.
* Also, for a C locale there is no need to process as multibyte. From
* backend/utils/adt/oracle_compat.c Teodor
*/
if (pg_database_encoding_max_length() > 1 && !lc_ctype_is_c())
{
wchar_t *wstr,
*wptr;
int wlen;
/*
*alloc number of wchar_t for worst case, len contains
* number of bytes <= number of characters and
* alloc 1 wchar_t for 0, because wchar2char(wcstombs in really)
* wants zero-terminated string
*/
wptr = wstr = (wchar_t *) palloc(sizeof(wchar_t) * (len+1));
/*
* str SHOULD be cstring, so wlen contains number
* of converted character
*/
wlen = char2wchar(wstr, str, len);
if ( wlen < 0 )
ereport(ERROR,
(errcode(ERRCODE_CHARACTER_NOT_IN_REPERTOIRE),
errmsg("translation failed from server encoding to wchar_t")));
Assert(wlen<=len);
wstr[wlen] = 0;
while (*wptr)
{
*wptr = towlower((wint_t) *wptr);
wptr++;
}
/*
* Alloc result string for worst case + '\0'
*/
len = sizeof(char)*pg_database_encoding_max_length()*(wlen+1);
out = (char*)palloc(len);
/*
* wlen now is number of bytes which is always >= number of characters
*/
wlen = wchar2char(out, wstr, len);
pfree(wstr);
if ( wlen < 0 )
ereport(ERROR,
(errcode(ERRCODE_CHARACTER_NOT_IN_REPERTOIRE),
errmsg("translation failed from wchar_t to server encoding %d", errno)));
Assert(wlen<=len);
out[wlen]='\0';
}
else
#endif
{
char *outptr;
outptr = out = (char*)palloc( sizeof(char) * (len+1) );
while (*ptr)
{
*outptr++ = tolower(*(unsigned char *) ptr);
ptr++;
}
*outptr = '\0';
}
return out;
}