BOOL IsNumber( const wchar_t * szNumber )
{
Assert( szNumber );
int nLen = T_strlen( szNumber );
for( int i = 0; i < nLen; i++ )
{
if( szNumber[i] > L'9' || szNumber[i] < L'0' )
return FALSE;
}
return TRUE;
}
void makefullpath(TCHAR* pdbname)
{
TCHAR* pdbstart = pdbname;
TCHAR fullname[260];
TCHAR* pfullname = fullname;
int drive = 0;
if (pdbname[0] && pdbname[1] == ':')
{
if (pdbname[2] == '\\' || pdbname[2] == '/')
return;
drive = T_toupper (pdbname[0]);
pdbname += 2;
}
else
{
drive = _getdrive();
}
if (*pdbname != '\\' && *pdbname != '/')
{
T_getdcwd(drive, pfullname, sizeof(fullname)/sizeof(fullname[0]) - 2);
pfullname += T_strlen(pfullname);
if (pfullname[-1] != '\\')
*pfullname++ = '\\';
}
else
{
*pfullname++ = 'a' - 1 + drive;
*pfullname++ = ':';
}
T_strcpy(pfullname, pdbname);
T_strcpy(pdbstart, fullname);
for(TCHAR*p = pdbstart; *p; p++)
if (*p == '/')
*p = '\\';
// remove relative parts "./" and "../"
while (TCHAR* p = T_strstr (pdbstart, TEXT("\\.\\")))
T_strcpy(p, p + 2);
while (TCHAR* p = T_strstr (pdbstart, TEXT("\\..\\")))
{
for (TCHAR* q = p - 1; q >= pdbstart; q--)
if (*q == '\\')
{
T_strcpy(q, p + 3);
break;
}
}
}
/***********************************************************************
* Function Name : PSPReturnXMLResult
* Description : This function appends given element(xmlNode)
* to the Result XML
* Input : pTrSet - Transaction Set
* xmlNode - Result XML element to be appended.
* Calling function should free"xmlNode".
* Output : none
* Return value : CNTRLXML_SUCCESS, CNTRLXML_BADPARAM, CNTRLXML_FAILURE
***********************************************************************/
t_int32
PSPReturnXMLResult (PSPTransactionId_t * pTrSet, DOM xmlNode)
{
t_char8 xmlDeclare[] = "<?xml version=\"1.0\"encoding=\"UTF-8\"?>";
t_char8 xmlFile[] =
"<result><Transaction status=\'ok\'></Transaction></result>";
t_int32 retVal = 0;
t_char8 *tempBuff = NULL;
if (!xmlNode)
{
return CNTRLXML_BADPARAM;
}
if (IsValidTransaction (pTrSet))
{
if (pXmlResult == NULL)
{
/*
* Create error XML DOM structure.
*/
retVal = CNTRLXMLParseXML (xmlFile, &pXmlResult);
}
if (!pTransList) /*If no transactions in progress */
{
/*
* Convert the XML structure into string buffer
*/
retVal = CNTRLXMLtoBuffer (pXmlResult, &tempBuff);
if (retVal == CNTRLXML_SUCCESS)
{
pXMLResultStr = (t_char8 *) T_malloc (T_strlen (xmlDeclare)
+ T_strlen (tempBuff) + 1);
T_strcat (pXMLResultStr, xmlDeclare);
T_strcat (pXMLResultStr, tempBuff);
free (tempBuff);
}
}
else
{
/*
* Append xmlNode structure to pXmlError
*/
t_void *rootNode = NULL;
t_void *pCurrentCommand = NULL;
CNTRLXMLGetRootNode (pXmlResult, &rootNode);
retVal = CNTRLXMLGetFirstChildElement (rootNode, &pCurrentCommand);
if (retVal != CNTRLXML_SUCCESS)
{
#ifdef XMLDEBUG
XML_Debug ("Could not append the child.", __FUNCTION__);
#endif
return CNTRLXML_FAILURE;
}
retVal = CNTRLXMLAppendChildNode (&rootNode, xmlNode);
if (retVal != CNTRLXML_SUCCESS)
{
#ifdef XMLDEBUG
XML_Debug ("Could not append the child.", __FUNCTION__);
#endif
return CNTRLXML_FAILURE;
}
}
}
else
{
/*
* Convert the XML structure into string buffer
*/
retVal = CNTRLXMLtoBuffer (pXmlResult, &pXMLResultStr);
if (retVal != CNTRLXML_SUCCESS)
{
#ifdef XMLDEBUG
XML_Debug ("Could not append the Result XML.", __FUNCTION__);
#endif
return CNTRLXML_FAILURE;
}
}
return CNTRLXML_SUCCESS;
}
