void getStrPattern(char* str, int len, int pattern[len])
{
StrPair pair[len];
for (int i = 0; i < len; ++i) {
char* s = getStr(str, i);
int v = getStrValue(s, i, pair);
pair[i].v = v;
pair[i].s = s;
pattern[i] = v;
}
}
void getRunState(int idpm, xmlDoc* doc, char* state) {
int dpm;
xmlXPathObjectPtr result;
xmlNodePtr node;
char tmp[256];
dpm = idpm;
strcpy((char*)state, "undef");
if(DEBUG>0)
printf("[ getRunState ] : get state of dpm %d (idpm=%d) dpm_doc at %p\n", dpm, idpm, doc);
if(doc!=NULL) {
if(DEBUG>0)
printf("[ getRunState ]: idpm %d xml ok\n", idpm);
if(DEBUG>2)
printf("[ getRunStateFromDpmValue ] : get RunState from dpm xml\n");
sprintf(tmp,"/system/status/RunState");
if(DEBUG>2) printf("[ getRunStateDpm ] : xpath \"%s\"\n",tmp);
result = getnodeset(doc, (xmlChar*) tmp);
if(result!=NULL) {
if(DEBUG>2)
printf("[ getRunStateFromDpmValue ] : got %d nodes\n", result->nodesetval->nodeNr);
if(result->nodesetval->nodeNr==1) {
node = result->nodesetval->nodeTab[0];
if(node!=NULL) {
getStrValue(doc, node, state);
//getRunStateFromDpmValue(doc, (xmlChar*) state);
if(DEBUG>0)
printf("[ getRunState ]: got val %s\n", state);
} else {
printf("[ getRunStateFromDpmValue ] : [ WARNING ] no RunState nodes found\n");
strcpy((char*)state, "no valid node");
}
} else {
printf("[ getRunStateFromDpmValue ] : [ WARNING ] %d RunState nodes found, should be exactly 1\n", result->nodesetval->nodeNr);
strcpy((char*)state,"wrong nr of nodes");
}
} else {
printf("[ getRunStateFromDpmValue ] : [ WARNING ] no results found\n");
strcpy((char*)state, "no xpath results");
}
} else {
if(DEBUG>0)
printf("[ getRunState ]: [ WARNING ]: the dpm %d xml doc status is invalid\n",idpm);
strcpy(state,"no valid xml");
}
if(DEBUG>0)
printf("[ getRunStateFromDpmValue ] : returning with state \"%s\"\n", state);
return;
}
void getFebDnaValue(xmlDocPtr doc,int index, xmlChar* dna) {
xmlNodePtr node;
node = getFebDnaNode(doc,index);
if(node!=NULL) {
if(DEBUG>1)
printf("[ getFebDnaValue ] : get str value from node %s\n", node->name);
getStrValue(doc, node, dna);
} else {
if(DEBUG>1)
printf("[ getFebDnaValue ] : no valid xml node found\n");
strcpy((char*) dna,"no xml node");
}
if(DEBUG>1)
printf("[ getFebDnaValue ] : got value %s\n", (char*)dna);
}
void getSyncProcess(char* pname, xmlDoc* doc, char* value) {
int val;
int ifeb;
int idp;
int iapv;
char str1[256];
char str5[256];
char action[256];
char tmp[256];
xmlXPathObjectPtr result;
xmlNodePtr node;
val = -1;
ifeb = -1;
idp = -1;
getStringFromEpicsName(pname,str1,1);
if(strcmp(str1,"daq")==0) {
getStringFromEpicsName(pname,str5,5);
if(strcmp(str5,"syncbase_rd_asub")==0) {
ifeb = getIntFromEpicsName(pname,2);
idp = getIntFromEpicsName(pname,3);
iapv = getIntFromEpicsName(pname,4);
sprintf(tmp,"/system/status/ControlDpm/FebFpga[@index=\"%d\"]/FebCore/HybridSyncStatus[@index=\"%d\"]/Base%d", ifeb, idp, iapv);
} else if(strcmp(str5,"syncpeak_rd_asub")==0) {
ifeb = getIntFromEpicsName(pname,2);
idp = getIntFromEpicsName(pname,3);
iapv = getIntFromEpicsName(pname,4);
sprintf(tmp,"/system/status/ControlDpm/FebFpga[@index=\"%d\"]/FebCore/HybridSyncStatus[@index=\"%d\"]/Peak%d", ifeb, idp, iapv);
} else {
strcpy(tmp,"");
}
if(strcmp(tmp,"")!=0) {
if(DEBUG>2)
printf("[ getSyncProcess ] : xpath \"%s\"\n",tmp);
result = getnodeset(doc, (xmlChar*) tmp);
if(result!=NULL) {
if(DEBUG>0) printf("[ getSyncProcess ] : got %d nodes\n", result->nodesetval->nodeNr);
if(result->nodesetval->nodeNr==1) {
node = result->nodesetval->nodeTab[0];
if(node!=NULL) {
getStrValue(doc,node,value);
if(DEBUG>0) printf("[ getSyncProcess ]: got val %tmp2.\n",value);
} else {
printf("[ getSyncProcess ] : [ WARNING ] no Sync nodes found\n");
strcpy(value,"no nodes");
}
} else {
printf("[ getSyncProcess ] : [ WARNING ] %d Sync nodes found, should be exactly 1\n", result->nodesetval->nodeNr);
strcpy(value,"too many nodes");
}
} else {
if(DEBUG>1)
printf("[ getSyncProcess ] : [ WARNING ] no results found\n");
strcpy(value,"no result");
}
} else {
printf("[ getSyncProcess ]: [ ERROR ]: wrong action \"%s\"!\n",action);
strcpy(value,"wrong action");
}
} else {
printf("[ getSyncProcess ]: [ ERROR ]: wrong record name? \"%s\"!\n",pname);
strcpy(value, "record");
}
return;
}
int getLinkProcess(char* pname, xmlDoc* doc) {
int val;
int idpm;
int idp;
char str1[256];
char str2[256];
char action[256];
char tmp[256];
xmlXPathObjectPtr result;
xmlNodePtr node;
val = -1;
idpm = -1;
idp = -1;
getStringFromEpicsName(pname,str1,1);
getStringFromEpicsName(pname,str2,2);
if(strcmp(str1,"daq")==0 && strcmp(str2,"dpm")==0) {
idpm = getIntFromEpicsName(pname,3);
idp = getIntFromEpicsName(pname,4);
getStringFromEpicsName(pname,action,5);
if(strcmp(action,"rxphyready_sub")==0) {
sprintf(tmp,"/system/status/DataDpm/Pgp2bAxi[@index=\"%d\"]/RxPhyReady",idp);
}
else if(strcmp(action,"rxframecount_sub")==0) {
sprintf(tmp,"/system/status/DataDpm/Pgp2bAxi[@index=\"%d\"]/RxFrameCount",idp);
}
else if(strcmp(action,"rxframeerrorcount_sub")==0) {
sprintf(tmp,"/system/status/DataDpm/Pgp2bAxi[@index=\"%d\"]/RxFrameErrorCount",idp);
}
else if(strcmp(action,"rxcellerrorcount_sub")==0) {
sprintf(tmp,"/system/status/DataDpm/Pgp2bAxi[@index=\"%d\"]/RxCellErrorCount",idp);
}
else if(strcmp(action,"rxlinkerrorcount_sub")==0) {
sprintf(tmp,"/system/status/DataDpm/Pgp2bAxi[@index=\"%d\"]/RxLinkErrorCount",idp);
}
else if(strcmp(action,"rxlinkdowncount_sub")==0) {
sprintf(tmp,"/system/status/DataDpm/Pgp2bAxi[@index=\"%d\"]/RxLinkDownCount",idp);
} else {
strcpy(tmp,"");
}
if(strcmp(tmp,"")!=0) {
if(DEBUG>2) printf("[ getLinkDpm ] : xpath \"%s\"\n",tmp);
result = getnodeset(doc, (xmlChar*) tmp);
if(result!=NULL) {
if(DEBUG>0) printf("[ getLinkProcess ] : got %d nodes\n", result->nodesetval->nodeNr);
if(result->nodesetval->nodeNr==1) {
node = result->nodesetval->nodeTab[0];
if(node!=NULL) {
if(strcmp(action,"rxphyready")==0) {
char tmp2[256];
getStrValue(doc,node,tmp2);
if(strcmp(strToUpper(tmp2),"FALSE")==0)
val = 0;
else if(strcmp(strToUpper(tmp2),"TRUE")==0)
val = 1;
else {
printf("[ getLinkProcess ] : [ ERROR ] wrong boolean string %s\n",tmp2);
val = -2;
}
} else {
val = getIntValue(doc, node);
}
if(DEBUG>0) printf("[ getLinkProcess ]: got val %d.\n",val);
} else {
printf("[ getLinkProcess ] : [ WARNING ] no Link nodes found\n");
}
} else {
printf("[ getLinkProcess ] : [ WARNING ] %d Link nodes found, should be exactly 1\n", result->nodesetval->nodeNr);
}
} else {
printf("[ getLinkProcess ] : [ WARNING ] no results found\n");
}
} else {
printf("[ getLinkProcess ]: [ ERROR ]: wrong action \"%s\"!\n",action);
}
} else {
printf("[ getLinkProcess ]: [ ERROR ]: wrong record name? \"%s\"!\n",pname);
}
return val;
}
QString getWhereClauseFromExtent(QString extent,QSqlDatabase db, QString table)
{
//(1.3333,32.1212321) (-4.12121,41.212121)
if (!extent.count(" ") == 1)
{
gbtLog(QObject::tr("Extent is invalid"));
return QString();
}
if (!extent.count(",") == 2)
{
gbtLog(QObject::tr("Extent is invalid"));
return QString();
}
if (!extent.count("(") == 2)
{
gbtLog(QObject::tr("Extent is invalid"));
return QString();
}
if (!extent.count(")") == 2)
{
gbtLog(QObject::tr("Extent is invalid"));
return QString();
}
int pos;
pos = extent.indexOf(" ");
QString from;
QString to;
from = extent.left(pos);
to = extent.mid(pos+1,extent.length()-pos+1);
from.replace("(","");
from.replace(")","");
to.replace("(","");
to.replace(")","");
//Get UpperLeft
QPointF dupperLeft;
pos = from.indexOf(",");
dupperLeft.setX(from.left(pos).toDouble());
dupperLeft.setY(from.mid(pos+1,from.length()-pos+1).toDouble());
//Get lower right
QPointF dlowerRight;
pos = to.indexOf(",");
dlowerRight.setX(to.left(pos).toDouble());
dlowerRight.setY(to.mid(pos+1,to.length()-pos+1).toDouble());
QSqlQuery qry(db);
QString sql;
double dbCellSize;
dbCellSize = 0.0;
sql = "SELECT cellSize FROM gbtconfig";
if (qry.exec(sql))
{
if (qry.first())
dbCellSize = qry.value(0).toDouble();
else
return QString();
}
else
return QString();
if (dbCellSize == 0.0)
return QString();
double xllCenter;
double yllCenter;
int NumberRows;
sql = "SELECT xllCenter,yllCenter,nrows FROM datasetinfo WHERE dataset_id = '" + table + "'";
if (qry.exec(sql))
{
if (qry.first())
{
xllCenter = qry.value(0).toDouble();
yllCenter = qry.value(1).toDouble();
NumberRows = qry.value(2).toInt();
}
else
return QString();
}
else
return QString();
QPoint upperLeft;
QPoint lowerRight;
int xpos;
int ypos;
if(dbCellSize != 0.0)
{
//Plots the bounds in the grid
upperLeft.setX(round( ( dupperLeft.x() - xllCenter )/dbCellSize ));
upperLeft.setY(NumberRows - round( ( dupperLeft.y() - yllCenter )/dbCellSize ) - 1);
QPointF UL;
UL = dupperLeft;
lowerRight.setX(round( ( dlowerRight.x() - xllCenter )/dbCellSize ));
lowerRight.setY(NumberRows - round( ( dlowerRight.y() - yllCenter )/dbCellSize ) - 1);
QPointF LR;
LR = dlowerRight;
//Plots the bounds in the GOBLET coordinate system
ypos = round((180/dbCellSize) - (fabs((-90 - yllCenter)/dbCellSize) + NumberRows)) + 1;
xpos = round(fabs((-180 - xllCenter)/dbCellSize))+1;
upperLeft.setX(xpos + upperLeft.x());
upperLeft.setY(ypos + upperLeft.y());
lowerRight.setX(xpos + lowerRight.x());
lowerRight.setY(ypos + lowerRight.y());
//Crete the where clause
QString idsuit;
idsuit = getStrValue(upperLeft.y()) + getStrValue(upperLeft.x());
QString where;
where = " TA.geokey BETWEEN '" + idsuit + "' AND ";
idsuit = getStrValue(lowerRight.y()) + getStrValue(lowerRight.x());
where = where + "'" + idsuit + "'";
return where;
}
return QString();
}
int HGameConfig::getIntValue(int type)
{
return atoi(getStrValue(type));
}
