t_int32
PSPReturnXMLError (PSPTransactionId_t * pTrSet, DOM XMLNode)
{
t_int32 iErrCode;
t_char8 *pXmlBuffer = NULL;
if (!XMLNode)
{
return CNTRLXML_BADPARAM;
}
if ((iErrCode = CNTRLXMLtoBuffer (XMLNode, &pXmlBuffer)) != CNTRLXML_SUCCESS)
{
XML_Error ("Failed to load result DOM.");
return CNTRLXML_FAILURE;
}
if ((iErrCode =
PSPReturnXMLErrorString (pTrSet, pXmlBuffer)) != CNTRLXML_SUCCESS)
{
XML_Error ("PSPReturnXMLErrorString Failed");
}
XML_DebugArg ("pXmlBuffer=", pXmlBuffer);
XMLBUFFERFREE (pXmlBuffer);
return CNTRLXML_SUCCESS;
}
/***********************************************************************
* Function Name : CNTRLXMLGETReqHandler
* Description : This function calls the registered callback functions
against the XML file URL
* Input : regUrl - XML file URL
* pOutXMLStr - Response XML buffer
* Output : none
* Return value : CNTRLXML_SUCCESS, CNTRLXML_FAILURE, CNTRLXML_BADPARAM
***********************************************************************/
t_char8
CNTRLXMLGETReqHandler (t_char8 * pInXMLFile, t_void * pAppData,
t_char8 ** pOutXMLStr)
{
XMLTEMPLATE_CALLBACK_HANDLER pCbfun;
t_int32 retStatus = CNTRLXML_SUCCESS;
if (!pInXMLFile)
{
XML_Error ("pInXMLFile is NULL");
return CNTRLXML_BADPARAM;
}
XML_DebugArg ("Look up for tag = ", pInXMLFile);
pCbfun = xmlHashLookup (hTable, pInXMLFile);
if (pCbfun != NULL)
{
XML_DebugArg ("Found function for tag =", pInXMLFile);
retStatus = (*pCbfun) (pInXMLFile, pAppData);
if (retStatus != CNTRLXML_SUCCESS)
{
XML_Error ("GET Request CbkFunction Failed");
if(pXMLErrorStr)
{
*pOutXMLStr = xmlStrdup ((const xmlChar *) pXMLErrorStr);
XML_DebugArg ("*pOutXMLStr=", *pOutXMLStr);
XMLBUFFERFREE (pXMLErrorStr);
pXMLErrorStr = NULL;
return CNTRLXML_SUCCESS;
}
*pOutXMLStr = NULL;
return CNTRLXML_FAILURE;
}
/**pOutXMLStr = (t_char8*) T_malloc(T_strlen(pXMLResultStr)+1);
of_strcpy(*pOutXMLStr, pXMLResultStr);*/
*pOutXMLStr = xmlStrdup ((const xmlChar *) pXMLResultStr);
XML_DebugArg ("*pOutXMLStr=", *pOutXMLStr);
XMLBUFFERFREE (pXMLResultStr);
pXMLResultStr = NULL;
return CNTRLXML_SUCCESS;
}
return CNTRLXML_FAILURE;
}
/***********************************************************************
* Function Name : PSPReturnXMLResultString
* Description : This function appends given result XML string(xmlStr)
* to the Result XML buffer.
* Input : pTrSet - Transaction Set
* xmlStr - Result XML string to be appended
* Output : none
* Return value : CNTRLXML_SUCCESS, CNTRLXML_BADPARAM, CNTRLXML_FAILURE
***********************************************************************/
t_int32
PSPReturnXMLResultString (PSPTransactionId_t * pTrSet, XML_STR pInXMLStr)
{
t_char8 xmlDeclare[] =
"<?xml version=\"1.0\"encoding=\"UTF-8\"?>\n<result><Transaction status=\'ok\'>";
t_char8 xmlEndDecl[] = "</Transaction></result>";
if (!pInXMLStr)
{
XML_Error ("BAD Input Parameters");
return CNTRLXML_BADPARAM;
}
if (IsValidTransaction (pTrSet))
{
/*
* Transaction based XML processing.
*/
if (pXMLResultStr == NULL)
{
pXMLResultStr = xmlStrdup ((const xmlChar *) xmlDeclare);
}
if (!pTransList) /*If no transaction in progress */
{
pXMLResultStr = xmlStrcat (pXMLResultStr, (const xmlChar *) pInXMLStr);
pXMLResultStr = xmlStrcat (pXMLResultStr, (const xmlChar *) xmlEndDecl);
}
else
{
pXMLResultStr = xmlStrcat (pXMLResultStr, (const xmlChar *) pInXMLStr);
}
}
else
{
/*
* Non-Transaction XML processing.
*/
XML_Debug ("Non-Transaction based XML processing");
/* XML_DebugArg ("pInXMLStr =", pInXMLStr);*/
if (pXMLResultStr == NULL ||
T_strnicmp (pInXMLStr, "<html>", 6) == 0)
{
pXMLResultStr = xmlStrdup ((const xmlChar *) pInXMLStr);
}
else
{
if (T_strnicmp (pXMLResultStr, "<html>", 6) != 0)
pXMLResultStr = xmlStrcat (pXMLResultStr, (const xmlChar *) pInXMLStr);
}
}
return CNTRLXML_SUCCESS;
}
/**********************************************************************
* Function Name: PSPInitXmlModsetTable
* Desription : This functions Initializes the HashTable for Modset
* Input : None
* Output : xmlHashTableptr
* Return Value : None
***********************************************************************/
t_int32
PSPInitXmlModsetTable (t_void)
{
pModSetTable = xmlHashCreate (MAX_HASH_SIZE);
if (pModSetTable == NULL)
{
XML_Error ("xml Modset Table is not created");
return CNTRLXML_FAILURE;
}
/* XMLMain_RegisterAll(); *//*This will be called from xmlhtphdlr.c. */
return CNTRLXML_SUCCESS;
}
/***********************************************************************
* Function Name: CNTRLXMLRegisterModsets
* Desription : This functions Register Modset entry to Hash Table
* Input : pModsetName - Modset Name
* funptr - Call back function pointer
* Output : Success or Failure
* Return Value : None
***********************************************************************/
t_int32
CNTRLXMLRegisterModsets (t_char8 * pModsetName, t_void * strPtr)
{
int val;
XML_DebugArg ("pModsetName = ", pModsetName);
if (pModSetTable == NULL)
{
XML_Error ("Xml Module Hash Table does not exist");
return CNTRLXML_FAILURE;
}
val = xmlHashAddEntry (pModSetTable, pModsetName, strPtr);
if (val != 0)
{
XML_DebugArg (pModsetName, "is already exist in Hash");
return CNTRLXML_FAILURE;
}
return CNTRLXML_SUCCESS;
}
/// do actual parse, firing events a& returning true if all went well
/// need to create expat parser each time we dparse as its a one shot device
bool ParserImpl :: Parse( const string & s ) {
if ( mExpat ) {
XML_ParserFree( mExpat );
}
mExpat = XML_ParserCreate( 0 );
XML_SetElementHandler( mExpat, StartElementHandler, EndElementHandler );
XML_SetCharacterDataHandler( mExpat, CharDataHandler );
XML_SetUserData( mExpat, this );
unsigned int err = XML_Parse( mExpat, s.c_str(), s.size(), 1 );
if ( err == 0 ) {
mErrorCode = XML_GetErrorCode( mExpat );
mErrorMsg = XML_ErrorString( XML_Error( err ) );
mErrorLine = XML_GetCurrentLineNumber( mExpat );
}
return err != 0;
}
/***********************************************************************
* Function Name : PSPReturnXMLErrorString
* Description : This function appends given error XML string(xmlStr)
* to the Result XML buffer.
* Input : pTrSet - Transaction Set
* xmlStr - Error XML string to be appended
* Output : none
* Return value : CNTRLXML_SUCCESS, CNTRLXML_BADPARAM, CNTRLXML_FAILURE
***********************************************************************/
t_int32
PSPReturnXMLErrorString (PSPTransactionId_t * pTrSet, XML_STR pInXMLStr)
{
t_char8 xmlDeclare[] =
"<?xml version=\"1.0\"encoding=\"UTF-8\"?>\n<result><Transaction status=\'error\'>";
t_char8 xmlEndDecl[] = "</Transaction></result>";
if (!pInXMLStr)
{
XML_Error ("Bad Input Parameters");
return CNTRLXML_BADPARAM;
}
if (IsValidTransaction (pTrSet))
{
/*
* Transaction based XML processing.
*/
XML_Debug ("Transaction based XML processing.");
/* XML_Debug("Master tr_id = %d", (int)pTrSet->MasterTrId); */
if (pXMLErrorStr == NULL)
{
/*of_strcpy(pXMLErrorStr, xmlDeclare); */
pXMLErrorStr = xmlStrdup ((const xmlChar *) xmlDeclare);
}
if (!pTransList) /*If no transaction in progress */
{
/*T_strcat(pXMLErrorStr, pInXMLStr);
T_strcat(pXMLErrorStr, xmlEndDecl); */
pXMLErrorStr = xmlStrcat (pXMLErrorStr, pInXMLStr);
pXMLErrorStr = xmlStrcat (pXMLErrorStr, xmlEndDecl);
}
else
{
/*T_strcat(pXMLErrorStr, pInXMLStr); */
pXMLErrorStr = xmlStrcat (pXMLErrorStr, pInXMLStr);
}
}
else
{
/*
* Non-Transaction XML processing.
*/
XML_Debug ("Non-Transaction XML processing.");
if (pXMLErrorStr == NULL)
{
pXMLErrorStr = xmlStrdup ((const xmlChar *) pInXMLStr);
}
else
{
/*pXMLErrorStr = (XML_STR) T_malloc(T_strlen(pInXMLStr) + 1); */
/*of_strcpy(pXMLErrorStr, pInXMLStr); */
pXMLErrorStr = xmlStrcat (pXMLErrorStr, pInXMLStr);
/*free(pInXMLStr); */
}
}
XML_DebugArg ("pXMLErrorStr = ", pXMLErrorStr);
return CNTRLXML_SUCCESS;
}
int tt0137_lt_process(request_rec *r, struct global_struct *gbp, char *stdout_buffer)
{
gbp->sendbuf0137 = (tt0137_st_send *)malloc(sizeof(tt0137_st_send));
gbp->recvbuf0137 = (tt0137_st_recv *)malloc(sizeof(tt0137_st_recv));
gbp->sendbufcat = malloc(tt0137_LAN_SEND_BUF_LEN + 1);
if (gbp->sendbufcat == NULL)
{
ap_rprintf(r, "Isufficient memory available\n");
exit(1);
}
gbp->recvbufcat = malloc(tt0137_LAN_RECV_BUF_LEN + 1);
if (gbp->recvbufcat == NULL)
{
ap_rprintf(r, "Isufficient memory available\n");
exit(1);
}
memset(gbp->sendbufcat, '\0', tt0137_LAN_SEND_BUF_LEN + 1);
memset(gbp->recvbufcat, '\0', tt0137_LAN_RECV_BUF_LEN + 1);
memset(gbp->sendbuf0137, '\0', sizeof(tt0137_st_send));
strcpy(gbp->sendbuf0137->request_id, "XML");
strcpy(gbp->sendbuf0137->record_id, "0137");
get_tag_data("COMPANY", gbp->sendbuf0137->company,gbp,stdout_buffer);
get_tag_data("DIVISION", gbp->sendbuf0137->division,gbp,stdout_buffer);
get_tag_data("UID", gbp->sendbuf0137->userid,gbp,stdout_buffer);
strcpy(gbp->sendbuf0137->ip_address, r->connection->remote_ip);
get_tag_data("COPY_CUSTOMIZE", gbp->sendbuf0137->custom_flag,gbp,stdout_buffer);
get_tag_data("COPY_SHIP_TO", gbp->sendbuf0137->shipto_flag,gbp,stdout_buffer);
get_tag_data("COPY_GIFT_WRAP", gbp->sendbuf0137->giftwrap_flag,gbp,stdout_buffer);
get_tag_data("COPY_SOURCE", gbp->sendbuf0137->source_flag,gbp,stdout_buffer);
get_tag_data("COPY_COMMENTS", gbp->sendbuf0137->comment_flag,gbp,stdout_buffer);
if(tt0137_CatSendStr(gbp, gbp->sendbufcat, gbp->sendbuf0137) == tt0137_LAN_SEND_BUF_LEN)
{
if((gbp->sock = sga_connect( gbp->hphost, gbp->webport, gbp->webexec, &(gbp->rc),r,gbp)) == INVALID_SOCKET)
{
XML_Error("sga_connect","failed to connect","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->sendbuf0137);
free (gbp->recvbuf0137);
return(-1);
}
//ap_rprintf(r,"HOST %s PORT %s SENDBUF %s",gbp->hphost, gbp->webport,gbp->sendbufcat);
if((gbp->rc = sga_send(gbp->sock, gbp->sendbufcat, tt0137_LAN_SEND_BUF_LEN,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_send","failed to send","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->sendbuf0137);
free (gbp->recvbuf0137);
return(-1);
}
if((gbp->rc = sga_recv(gbp->sock, gbp->recvbufcat, tt0137_LAN_RECV_BUF_LEN,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_recv","failed to receive","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->sendbuf0137);
free (gbp->recvbuf0137);
return(-1);
}
if((gbp->rc = sga_send(gbp->sock, gbp->confirmbuf, 5,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_send","failed to send ack","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->sendbuf0137);
free (gbp->recvbuf0137);
return(-1);
}
/*
gbp->rc = sga_recv(sock, gbp->confirmbuf, 5);
*/
sga_close2(gbp->sock, (int)USE_SHUTDOWN,r,gbp);
//ap_rprintf(r,"RECVBUF %s",gbp->recvbufcat);
tt0137_ParceRecvStr(gbp->recvbuf0137, gbp->recvbufcat,r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->sendbuf0137);
free (gbp->recvbuf0137);
}
else
{
XML_Error("tt0137_CatSendStr","Failed filling the send buffer","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->sendbuf0137);
free (gbp->recvbuf0137);
return(-1);
}
return(0);
}
int ft0006_lt_process(request_rec *r, struct global_struct *gbp, char *stdout_buffer)
{
gbp->ftsendbuf0006 = (ft0006_st_send *)malloc(sizeof(ft0006_st_send));
gbp->ftrecvbuf0006 = (ft0006_st_recv *)malloc(sizeof(ft0006_st_recv));
gbp->sendbufcat = malloc(ft0006_LAN_SEND_BUF_LEN + 1);
if (gbp->sendbufcat == NULL)
{
ap_rprintf(r, "Isufficient memory available\n");
exit(1);
}
gbp->recvbufcat = malloc(ft0006_LAN_RECV_BUF_LEN + 1);
if (gbp->recvbufcat == NULL)
{
ap_rprintf(r, "Isufficient memory available\n");
exit(1);
}
memset(gbp->sendbufcat, '\0', ft0006_LAN_SEND_BUF_LEN + 1);
memset(gbp->recvbufcat, '\0', ft0006_LAN_RECV_BUF_LEN + 1);
memset(gbp->ftsendbuf0006, '\0', sizeof(ft0006_st_send));
sprintf(gbp->confirmbuf, " ");
strcpy(gbp->ftsendbuf0006->request_id, "XML");
strcpy(gbp->ftsendbuf0006->record_id, "0006");
strcpy(gbp->ftsendbuf0006->ip_address, r->connection->remote_ip);
get_tag_data("COMPANY", gbp->ftsendbuf0006->company,gbp,stdout_buffer);
get_tag_data("DIVISION", gbp->ftsendbuf0006->division,gbp,stdout_buffer);
get_tag_data("UID", gbp->ftsendbuf0006->userid,gbp,stdout_buffer);
get_tag_data("PAGE_NUM", gbp->ftsendbuf0006->page_no,gbp,stdout_buffer);
get_tag_data("PAGE_COUNT", gbp->ftsendbuf0006->page_cnt,gbp,stdout_buffer);
if(ft0006_CatSendStr(gbp, gbp->sendbufcat, gbp->ftsendbuf0006) == ft0006_LAN_SEND_BUF_LEN)
{
if((gbp->sock = sga_connect(gbp->hphost, gbp->fvfport, gbp->webexec, &(gbp->rc),r,gbp)) == INVALID_SOCKET)
{
XML_Error("sga_connect","failed to connect","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0006);
free (gbp->ftrecvbuf0006);
return(-1);
}
if((gbp->rc = sga_send(gbp->sock, gbp->sendbufcat, ft0006_LAN_SEND_BUF_LEN,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_send","failed to send","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0006);
free (gbp->ftrecvbuf0006);
return(-1);
}
if((gbp->rc = sga_recv(gbp->sock, gbp->recvbufcat, ft0006_LAN_RECV_BUF_LEN,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_recv","failed to receive","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0006);
free (gbp->ftrecvbuf0006);
return(-1);
}
// Do an additional send and recieve for confirmation
if((gbp->rc = sga_send(gbp->sock, gbp->confirmbuf, 5,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_send","failed to send ack","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0006);
free (gbp->ftrecvbuf0006);
return(-1);
}
/*
gbp->rc = sga_recv(sock, gbp->confirmbuf, 5);
*/
sga_close2(gbp->sock, (int)USE_SHUTDOWN,r,gbp);
ft0006_ParceRecvStr(gbp->ftrecvbuf0006, gbp->recvbufcat,r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0006);
free (gbp->ftrecvbuf0006);
}
else
{
XML_Error("ft0006_CatSendStr","Failed filling the send buffer","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0006);
free (gbp->ftrecvbuf0006);
return(-1);
}
return(0);
}
int ft0024_lt_process(request_rec *r, struct global_struct *gbp, char *stdout_buffer)
{
gbp->ftsendbuf0024 = (ft0024_st_send *)malloc(sizeof(ft0024_st_send));
gbp->ftrecvbuf0024 = (ft0024_st_recv *)malloc(sizeof(ft0024_st_recv));
gbp->sendbufcat = malloc(ft0024_LAN_SEND_BUF_LEN + 1);
if (gbp->sendbufcat == NULL)
{
ap_rprintf(r, "Isufficient memory available\n");
exit(1);
}
gbp->recvbufcat = malloc(ft0024_LAN_RECV_BUF_LEN + 1);
if (gbp->recvbufcat == NULL)
{
ap_rprintf(r, "Isufficient memory available\n");
exit(1);
}
memset(gbp->sendbufcat, '\0', ft0024_LAN_SEND_BUF_LEN + 1);
memset(gbp->recvbufcat, '\0', ft0024_LAN_RECV_BUF_LEN + 1);
memset(gbp->ftsendbuf0024, '\0', sizeof(ft0024_st_send));
sprintf(gbp->confirmbuf, " ");
strcpy(gbp->ftsendbuf0024->request_id, "XML");
strcpy(gbp->ftsendbuf0024->record_id, "0024");
strcpy(gbp->ftsendbuf0024->ip_address, r->connection->remote_ip);
get_tag_data("COMPANY", gbp->ftsendbuf0024->company,gbp,stdout_buffer);
get_tag_data("DIVISION", gbp->ftsendbuf0024->division,gbp,stdout_buffer);
get_tag_data("UID", gbp->ftsendbuf0024->userid,gbp,stdout_buffer);
get_tag_data("PAGE_NUM", gbp->ftsendbuf0024->page_no,gbp,stdout_buffer);
get_tag_data("PAGE_COUNT", gbp->ftsendbuf0024->page_cnt,gbp,stdout_buffer);
get_tag_data("ITEM_NUM", gbp->ftsendbuf0024->item_no,gbp,stdout_buffer);
get_tag_data("ITEM_QTY", gbp->ftsendbuf0024->item_qty,gbp,stdout_buffer);
get_tag_data("CUSTOMER_NUM", gbp->ftsendbuf0024->cust_no,gbp,stdout_buffer);
get_tag_data("OFFER_NUM", gbp->ftsendbuf0024->offer_no,gbp,stdout_buffer);
get_tag_data("CUSTOMER_TYPE", gbp->ftsendbuf0024->cust_type,gbp,stdout_buffer);
get_tag_data("CONTRACT", gbp->ftsendbuf0024->contract,gbp,stdout_buffer);
for (gbp->i = 0; gbp->i < ft0024_VAR_COMP_LOOP; gbp->i++)
{
sprintf(gbp->tagname, "VAR_ITEM_%d", gbp->i+1);
get_tag_data(gbp->tagname, gbp->ftsendbuf0024->var_item_no[gbp->i],gbp,stdout_buffer);
sprintf(gbp->tagname, "VAR_QTY_%d", gbp->i+1);
get_tag_data(gbp->tagname, gbp->ftsendbuf0024->var_item_qty[gbp->i],gbp,stdout_buffer);
sprintf(gbp->tagname, "VAR_PRICE_%d", gbp->i+1);
get_tag_data(gbp->tagname, gbp->ftsendbuf0024->var_item_price[gbp->i],gbp,stdout_buffer);
}
get_tag_data("SHOP_TYPE", gbp->ftsendbuf0024->shop_type,gbp,stdout_buffer);
get_tag_data("SHIPTO_COUNT", gbp->ftsendbuf0024->shipto_cnt,gbp,stdout_buffer);
if(ft0024_CatSendStr(gbp, gbp->sendbufcat, gbp->ftsendbuf0024) == ft0024_LAN_SEND_BUF_LEN)
{
if((gbp->sock = sga_connect(gbp->hphost, gbp->fvfport, gbp->webexec, &(gbp->rc),r,gbp)) == INVALID_SOCKET)
{
XML_Error("sga_connect","failed to connect","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0024);
free (gbp->ftrecvbuf0024);
return(-1);
}
if((gbp->rc = sga_send(gbp->sock, gbp->sendbufcat, ft0024_LAN_SEND_BUF_LEN,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_send","failed to send","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0024);
free (gbp->ftrecvbuf0024);
return(-1);
}
if((gbp->rc = sga_recv(gbp->sock, gbp->recvbufcat, ft0024_LAN_RECV_BUF_LEN,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_recv","failed to receive","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0024);
free (gbp->ftrecvbuf0024);
return(-1);
}
// Do an additional send and recieve for confirmation
if((gbp->rc = sga_send(gbp->sock, gbp->confirmbuf, 5,r,gbp)) == SOCKET_ERROR)
{
XML_Error("sga_send","failed to send ack","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0024);
free (gbp->ftrecvbuf0024);
return(-1);
}
/*
gbp->rc = sga_recv(sock, gbp->confirmbuf, 5);
*/
sga_close2(gbp->sock, (int)USE_SHUTDOWN,r,gbp);
ft0024_ParceRecvStr(gbp->ftrecvbuf0024, gbp->recvbufcat,r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0024);
free (gbp->ftrecvbuf0024);
}
else
{
XML_Error("ft0024_CatSendStr","Failed filling the send buffer","communications","-1",r,gbp);
free (gbp->sendbufcat);
free (gbp->recvbufcat);
free (gbp->ftsendbuf0024);
free (gbp->ftrecvbuf0024);
return(-1);
}
return(0);
}
