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/Go4ExampleMesh/MainUserAnalysis.cxx

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//---------------------------------------------------------------
//        Go4 Release Package v2.10-5 (build 21005) 
//                      03-Nov-2005
//---------------------------------------------------------------
//       The GSI Online Offline Object Oriented (Go4) Project
//       Experiment Data Processing at DVEE department, GSI
//---------------------------------------------------------------
//
//Copyright (C) 2000- Gesellschaft f. Schwerionenforschung, GSI
//                    Planckstr. 1, 64291 Darmstadt, Germany
//Contact:            http://go4.gsi.de
//----------------------------------------------------------------
//This software can be used under the license agreements as stated
//in Go4License.txt file which is part of the distribution.
//----------------------------------------------------------------
#include <iostream.h>
#include <string.h>
#include <stdlib.h>
#include "TROOT.h"
#include "TRint.h"
#include "TApplication.h"
#include "TH1.h"
#include "TBrowser.h"
#include "TCanvas.h"
#include "TBenchmark.h"
#include "Go4ProfileTimer/TGo4ProfileTimer.h"
#include "TMeshAnalysis.h"
#include "Go4AnalysisClient/TGo4AnalysisClient.h"
#include "Go4EventServer/Go4EventServer.h"

void usage(); // print announcement

TROOT go4application("GO4","Go4 user analysis");

#define kGUI   2
#define kBatch 1

//==================  analysis main program ============================
int main(int argc, char **argv)
{
if(argc < 3) {
  usage(); // no argument: print usage
  exit(0);
}

//=================  init root application loop ==========================
TApplication theApp("Go4App", 0, 0);

//================= Begin analysis setup ==================================
// argv[0] program
// argv[1] "-gui" when started by GUI.
//         In this case the following args are (delivered by GUI):
// argv[2] analysis name as specified in GUI
// argv[3] hostname of GUI
// argv[4] connector port of GUI
//         if not GUI (batch mode) the args are (designed by user):
// argv[1] -file|-trans|-stream|-evserv|-revserv
// argv[2] input name (file or server)
// argv[3] optional -p portnumber
// argv[4] optional -output or number of events
// argv[5] optional number of events

Int_t  runningMode;      // kGUI or kBatch
Int_t  maxevents = -1;   // number of events (batch mode)
Int_t  intype=GO4EV_NULL;// type of source
Bool_t writeout1=kFALSE;  // write output file
Bool_t writeout2=kFALSE;  // write output file
UInt_t iport;            // port number used by GUI
UInt_t sport=6003;       // remote event server port
Int_t  iarg;             // argument index
Text_t serv[128];        // input name
Text_t out[128];         // output root events
Text_t anl[128];         // output root events
Text_t asf[128];         // auto save file (batch)
Text_t filetype[8];      // file type .lmd or .lml
Text_t *pc,*tmpname,*outname;
TMeshAnalysis* analysis;

// strip any path information from input:
// outname is name without path and postfix
// postfix .lmd is default in all cases
// postfix .lml is a metafile, @ is prefixed
 strcpy(filetype,".lmd");
 tmpname=argv[2]+strlen(argv[2])-4;
 if((pc=strstr(tmpname,".lmd")) != 0)*pc=0;
 if((pc=strstr(tmpname,".lml")) != 0){*pc=0;strcpy(filetype,".lml");}
 tmpname=argv[2];
 if((pc=strstr(argv[2],"@")) != 0) tmpname++;
 outname=tmpname;
 if((tmpname=strrchr(outname,'/')) != 0) outname=tmpname+1;
 strncpy(asf,outname,110);     // auto save file
 strcat(asf,"_AS");

if(strcmp(argv[1],"-gui") == 0)
{
// set up arguments for GUI mode
   runningMode = kGUI;
   iport = (argc>4) ? atoi(argv[4]) : 5000; // port of GUI server
   intype=GO4EV_MBS_FILE;
   writeout1=kFALSE;        // no output
   writeout2=kFALSE;        // no output
   strcpy(serv,"/GSI/lea/gauss"); // default input file
   strcpy(out,"gauss_MeshRawEvent");
   strcpy(anl,"gauss_MeshAnl");
 }
 else
// set up arguments for batch mode
 {
   strncpy(out,outname,110);     // output root file
   strcat(out,"_XXXEvent"); // append name of output event object
   strncpy(anl,outname,110);     // output root file
   strcat(anl,"_XXXAnl");   // append name of output event object
   runningMode = kBatch;
   strncpy(serv,argv[2],110);     // input (file with full path)
        if(strstr(argv[1],"-f")){intype=GO4EV_MBS_FILE;strcat(serv,filetype);}
   else if(strstr(argv[1],"-t")) intype=GO4EV_MBS_TRANSPORT;
   else if(strstr(argv[1],"-s")) intype=GO4EV_MBS_STREAM;
   else if(strstr(argv[1],"-e")) intype=GO4EV_MBS_EVENTSERVER;
   else if(strstr(argv[1],"-r")) intype=GO4EV_MBS_REVSERV;
   else {
       cout << "invalid input type: " << argv[1] << endl;
       usage(); // print usage
       exit(0);
     }
   iarg=3;
   if(argc > iarg){
     if(strstr(argv[iarg],"-o"))writeout2=kTRUE;
     else if(strstr(argv[iarg],"-p")){iarg++; sport=atoi(argv[iarg]);}
     else maxevents=atoi(argv[iarg]);
     iarg++;
   }
   if(argc > iarg){
     if(strstr(argv[iarg],"-o"))writeout2=kTRUE;
     else maxevents=atoi(argv[iarg]);
     iarg++;
   }
   if(argc > iarg)maxevents=atoi(argv[iarg]);
   if(maxevents == -1) maxevents = 99999999;
   cout << endl << "**** Input " << serv << " (" << argv[1] << ") ";
   if(strstr(argv[1],"-r")) cout << "port " << sport;
   cout << endl << "     output step1: " << out << ".root";
   if(writeout1) cout << " enabled"; else cout << " disabled";
   cout << endl << "     output step2: " << anl << ".root";
   if(writeout2) cout << " enabled"; else cout << " disabled";
   cout << endl << "     process " << maxevents << " events" << endl;
   cout << "     auto save file: " << asf << ".root" << endl << endl;
 }
// Now setup the  analysis itself
// arguments could be adjusted for other needs

//=================== log message settings =============================
TGo4Log::Instance();        // init logger object
TGo4Log::SetIgnoreLevel(1); // set this to 1 to suppress detailed debug output
                            // set this to 2 to get warnings and errors only
                            // set this to 3 to get errors only
TGo4Log::OpenLogfile("XXXLogfile.txt","--Logfile for go4 XXX--",kFALSE);
TGo4Log::LogfileEnable(kFALSE); // will enable or disable logging all messages

analysis = new TMeshAnalysis(serv,intype,sport,out,anl,writeout1,writeout2);

analysis->SetAutoSaveFile(asf);   // optional
analysis->SetAutoSaveInterval(0); // after n seconds , 0 = at termination of event loop
analysis->SetAutoSave(kFALSE);    // optional

// ===================== End analysis setup ================================

 if(runningMode == kBatch)
   {
     cout << "**** Main: starting analysis in batch mode ...  " << endl;
     analysis->SetAutoSave(kTRUE);   // optional enable auto-save
     if (analysis->InitEventClasses() )
       {
          analysis->RunImplicitLoop(maxevents);
          delete analysis;
          cout << "**** Main: Done!"<<endl;
          gApplication->Terminate();
       }
     else
       {
          cout << "**** Main: Init event classes failed, aborting!"<<endl;
          gApplication->Terminate();
       }
   }
 if(runningMode == kGUI)
   {
     cout << "**** Main: starting analysis in client mode ..." << endl;
     // to start histogram server: kTRUE,"base","password"
     TGo4AnalysisClient* client = new TGo4AnalysisClient(argc,argv,analysis,kFALSE,"","");
     cout << "**** Main created AnalysisClient Instance: "<<client->GetName()<<endl;
   }
//=================  start root application loop ==========================
cout << "Run the application loop" << endl;
theApp.Run();
return 0;
}

void usage()
{
cout << endl;
cout << "* GO4  online analysis    " << endl;
cout << "* H. Essel, GSI, Darmstadt" << endl;
cout << "* calling:                " << endl;
cout << "* MainUserAnalysis -file|-trans|-stream|-evserv|-revserv input [-port #] [-output] [events]" <<endl;
cout << endl;
}

//----------------------------END OF GO4 SOURCE FILE ---------------------

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