void
explorerAddReader(
int readerNumber
)
{
char numberString[20];
int tagNum;
GtkTreeIter readerIter, nameIter, driverIter, SAMIter, SAMIDIter, SAMSerialIter, tagListIter;
sprintf( numberString, "Reader %d", readerNumber );
gtk_tree_store_insert( store, &readerIter, &rootIter, readerNumber ); /* Acquire a child iterator */
/* if we are currently connected to this reader then we can show info */
if ( readerManager.readers[readerNumber].hCard != NULL )
{
gtk_tree_store_set( store, &readerIter,
OBJECT_COLUMN, numberString,
DESCRIPTION_COLUMN, "Connected", -1);
/***************** NAME **********************/
gtk_tree_store_append( store, &nameIter, &readerIter );
gtk_tree_store_set( store, &nameIter,
OBJECT_COLUMN, "Name/Firmware",
DESCRIPTION_COLUMN, readerManager.readers[readerNumber].name, -1);
/***************** DRIVER **********************/
gtk_tree_store_append( store, &driverIter, &readerIter );
gtk_tree_store_set( store, &driverIter,
OBJECT_COLUMN, "Driver",
DESCRIPTION_COLUMN, readerManager.readers[readerNumber].driverDescriptor, -1);
/******************** SAM **********************/
gtk_tree_store_append( store, &SAMIter, &readerIter );
/* if there is a SAM present then show it's details */
if ( readerManager.readers[readerNumber].SAM )
{
gtk_tree_store_set( store, &SAMIter,
OBJECT_COLUMN, "SAM",
DESCRIPTION_COLUMN, "Present", -1);
gtk_tree_store_append( store, &SAMIDIter, &SAMIter );
gtk_tree_store_set( store, &SAMIDIter,
OBJECT_COLUMN, "ID",
DESCRIPTION_COLUMN, readerManager.readers[readerNumber].SAM_id, -1);
gtk_tree_store_append( store, &SAMSerialIter, &SAMIter );
gtk_tree_store_set( store, &SAMSerialIter,
OBJECT_COLUMN, "Serial",
DESCRIPTION_COLUMN, readerManager.readers[readerNumber].SAM_serial, -1);
}
else
gtk_tree_store_set( store, &SAMIter,
OBJECT_COLUMN, "SAM",
DESCRIPTION_COLUMN, "No SAM present", -1);
/******************** TAGS **********************/
sprintf( numberString, "%d tags", readerManager.readers[readerNumber].tagList.numTags);
gtk_tree_store_append( store, &tagListIter, &readerIter );
gtk_tree_store_set( store, &tagListIter,
OBJECT_COLUMN, "Tags",
DESCRIPTION_COLUMN, numberString, -1);
for ( tagNum = 0; tagNum < readerManager.readers[readerNumber].tagList.numTags; tagNum++ )
tagAdd( &readerManager, &tagListIter, readerNumber, tagNum );
}
else
{
/* we have not connected to this reader, see if it exists */
if ( readerNumber >= readerManager.nbReaders )
{
gtk_tree_store_set( store, &readerIter,
OBJECT_COLUMN, numberString,
DESCRIPTION_COLUMN, "Not detected", -1);
}
else
{ /* there is such a reader in the system, although we're not connected to it */
gtk_tree_store_set( store, &readerIter,
OBJECT_COLUMN, numberString,
DESCRIPTION_COLUMN, "Not connected", -1);
if ( readerManager.readers[readerNumber].name != NULL )
{
/***************** NAME **********************/
gtk_tree_store_append( store, &nameIter, &readerIter );
gtk_tree_store_set( store, &nameIter,
OBJECT_COLUMN, "Name/Firmware",
DESCRIPTION_COLUMN, readerManager.readers[readerNumber].name, -1);
/***************** DRIVER **********************/
gtk_tree_store_append( store, &driverIter, &readerIter );
gtk_tree_store_set( store, &driverIter,
OBJECT_COLUMN, "Driver",
DESCRIPTION_COLUMN, "Information not available", -1);
}
}
}
}
//Compose the XML ATM_request message used to send the job info to the user
//DGAS server.
void ATMc_xml_compose(string requestType, ATM_job_data &job_data, ATM_usage_info &usage_info, vector<string> info_v, string *xml)
{
// add client version to info vector:
string cVString = "atmClientVersion=";
cVString += ATM_CLIENT_VERSION;
cVString += VERSION;
info_v.push_back(cVString);
*xml = "<HLR type=\"";
*xml += requestType;
*xml += "\">\n";
*xml += "<BODY>\n";
*xml += "<JOB_PAYMENT>\n";
*xml += "<EDG_ECONOMIC_ACCOUNTING>\n";
*xml += job_data.economicAccountingFlag;
*xml += "</EDG_ECONOMIC_ACCOUNTING>\n";
*xml += "<DG_JOBID>\n";
*xml += job_data.dgJobId;
*xml += "\n</DG_JOBID>\n";
*xml += "<SUBMISSION_TIME>\n";
*xml += job_data.time;
*xml += "\n</SUBMISSION_TIME>\n";
*xml += "<RES_ACCT_PA_ID>\n";
*xml += job_data.res_acct_PA_id;
*xml += "\n</RES_ACCT_PA_ID>\n";
*xml += "<RES_ACCT_BANK_ID>\n";
*xml += job_data.res_acct_bank_id;
*xml += "\n</RES_ACCT_BANK_ID>\n";
*xml += "<USER_CERT_SUBJECT>\n";
*xml += job_data.user_CertSubject;
*xml += "\n</USER_CERT_SUBJECT>\n";
*xml += "<RES_GRID_ID>\n";
*xml += job_data.res_grid_id;
*xml += "\n</RES_GRID_ID>\n";
*xml += "<forceResourceHlrOnly>\n";
*xml += "yes";
*xml += "\n</forceResourceHlrOnly>\n";
*xml += "<JOB_INFO>\n";
*xml += "<CPU_TIME>\n";
*xml += int2string(usage_info.cpu_time);
*xml += "\n</CPU_TIME>\n";
*xml += "<WALL_TIME>\n";
*xml += int2string(usage_info.wall_time);
*xml += "\n</WALL_TIME>\n";
*xml += "<MEM>\n";
*xml += usage_info.mem;
*xml += "\n</MEM>\n";
*xml += "<VMEM>\n";
*xml += usage_info.vmem;
*xml += "\n</VMEM>\n";
*xml += "</JOB_INFO>\n";
*xml += "</JOB_PAYMENT>\n";
*xml += "<AdditionalUR>\n";
vector<string>::iterator it = info_v.begin();
while (it != info_v.end())
{
int pos = (*it).find_first_of( "=" );
if ( pos != string::npos )
{
vector<attribute> attributes;
string keyBuff = "";
string valueBuff = "";
keyBuff = (*it).substr(0, pos);
valueBuff = (*it).substr(pos+1, (*it).size()-pos);
attribute attrBuff = {keyBuff,valueBuff};
attributes.push_back(attrBuff);
*xml += tagAdd ("dgas:item", "", attributes );
}
it++;
}
*xml += "</AdditionalUR>\n";
*xml += "</BODY>\n";
*xml += "</HLR>\n";
return;
}
