EdbScanClientSysal Class Reference

#include <EdbScanClientSysal.h>

Inheritance diagram for EdbScanClientSysal:

Collaboration diagram for EdbScanClientSysal:

Public Member Functions
virtual void	AsyncScanAreaS (int id1, int id2, int id3, int id4, float x1, float x2, float y1, float y2, const char *fname)
virtual void	AsyncScanPreloadAreaS (int id1, int id2, int id3, int id4, float x1, float x2, float y1, float y2, const char *fname, float x1n, float x2n, float y1n, float y2n)
virtual int	AsyncWaitForScanResult ()
	EdbScanClientSysal ()
virtual int	LoadPlate (int BRICK, int PLATE, const char *mapext, int nAttempts=1)
virtual void	Print ()
int	RcvLine (TSocket *sock, char *line, int size)
virtual int	ScanAreas (ScanType st, int id[4], EdbPattern &areas, EdbRun *run, const char *options="")
virtual bool	ServerCreatesTarget ()
virtual void	SetClusterThresholds (int TOP, int BOT)
virtual int	SetFragmentSize (int X, int Y)
virtual void	SetOdysseyThresholds (int itop, int ibottom, int size, int TOP, int BOT)
virtual void	SetParameter (const char *Object, const char *Parameter, const char *Value)
virtual int	UnloadPlate ()
virtual	~EdbScanClientSysal ()
Public Member Functions inherited from EdbScanClientCommon
virtual int	AddRWC_ (EdbRun *run, char *rwcname, int bAddRWD=true, const char *options="")
void	CloseSocket ()
virtual int	ConvertAreas (int id[4], EdbPattern &areas, EdbRun &run, const char *options="")
	EdbScanClientCommon ()
const char *	GetCmd ()
int	GetMaxAttempts ()
int	GetMaxFails ()
const char *	GetMess ()
const char *	GetMess1 ()
float	GetNXView ()
float	GetNYView ()
int	GetPort ()
const char *	GetProcPthServer ()
const char *	GetProcTgtServer ()
const char *	GetRawDirClient ()
const char *	GetRawDirServer ()
const char *	GetServer ()
const char *	GetServerCreatedRunName ()
float	GetXstep ()
float	GetYstep ()
virtual int	InitializeSocket ()
virtual int	ScanPreloadAreaS (int id1, int id2, int id3, int id4, float x1, float x2, float y1, float y2, const char *fname, float x1n, float x2n, float y1n, float y2n)
void	SetCmd (const char *cmd_)
void	SetMaxAttempts (int attempts_)
void	SetMaxFails (int fails_)
void	SetMess (const char *mess_)
void	SetMess1 (const char *mess_)
void	SetNXview (float nxview_)
void	SetNYview (float nyview_)
void	SetPort (int port_)
void	SetProcPthServer (const char *prcpthserver_)
void	SetProcTgtServer (const char *prctgtserver_)
void	SetRawDirClient (const char *rawdirclient_)
void	SetRawDirServer (const char *rawdirserver_)
void	SetServer (const char *server_)
void	SetXstep (float xstep_)
void	SetYstep (float ystep_)
virtual Short_t	ShortBrick (Int_t brick)
virtual	~EdbScanClientCommon ()
Public Member Functions inherited from EdbScanClientBase
	EdbScanClientBase ()
virtual	~EdbScanClientBase ()

Additional Inherited Members
Public Types inherited from EdbScanClientBase
enum	ScanType { stPred , stVolume }
Protected Attributes inherited from EdbScanClientCommon
char	eCMD [CMD_LEN]
int	eMAXFAILS
int	eMAXSCANATTEMPTS
char	eMess [CMD_LEN]
char	eMess1 [CMD_LEN]
float	eNXview
float	eNYview
int	ePORT
TString	eProcPthServer
TString	eProcTgtServer
TString	eRawDirClient
TString	eRawDirServer
TString	eServer
TString	eServerCreatedRunName
TSocket *	eSock
float	eXstep
float	eYstep

Constructor & Destructor Documentation

EdbScanClientSysal()

EdbScanClientSysal::EdbScanClientSysal ( )

inline

{};

~EdbScanClientSysal()

virtual EdbScanClientSysal::~EdbScanClientSysal ( )

inlinevirtual

{};

Member Function Documentation

AsyncScanAreaS()

void EdbScanClientSysal::AsyncScanAreaS ( int  id1, int  id2, int  id3, int  id4, float  x1, float  x2, float  y1, float  y2, const char *  fname  )

virtual

Implements EdbScanClientCommon.

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return;
  // send the instruction for area scan and do not wait for the result
  memset(eCMD,0,256);
  sprintf(eCMD,"101 %d %d %d %d %f %f %f %f %s\n", ShortBrick(id1),id2,id3,id4,x1,x2,y1,y2,fname);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  return;
}

AsyncScanPreloadAreaS()

void EdbScanClientSysal::AsyncScanPreloadAreaS ( int  id1, int  id2, int  id3, int  id4, float  x1, float  x2, float  y1, float  y2, const char *  fname, float  x1n, float  x2n, float  y1n, float  y2n  )

virtual

Implements EdbScanClientCommon.

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return;
  memset(eCMD,0,256);
  sprintf(eCMD,"102 %d %d %d %d %f %f %f %f %s %f %f %f %f\n", 
      ShortBrick(id1),id2,id3,id4,x1,x2,y1,y2,fname,x1n,x2n,y1n,y2n);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  return;
}

AsyncWaitForScanResult()

int EdbScanClientSysal::AsyncWaitForScanResult ( )

virtual

Implements EdbScanClientCommon.

{
  memset(eMess,0,256);
  memset(eMess1,0,256);
  RcvLine(eSock,eMess,sizeof(eMess));
  RcvLine(eSock,eMess,sizeof(eMess));
  RcvLine(eSock,eMess1,sizeof(eMess1));
  if(eMess1[0]!='O') {printf("Error scanning the plate! return 0\n"); return 0;}
  printf("Area scan complete\n");
  return 1;
}

LoadPlate()

int EdbScanClientSysal::LoadPlate ( int  BRICK, int  PLATE, const char *  mapext, int  nAttempts = 1  )

virtual

Implements EdbScanClientCommon.

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return 0;
  Int_t attempt=1;
  eMess1[0]=0;
 
  while( (attempt<nAttempts+1) &&  (eMess1[0]!='O') )
    {
      printf("Plate %d brick %d : load attempt %d (of %d)\n",PLATE,BRICK,attempt,nAttempts);
      sprintf(eCMD,"201 %d %d 0 0 gg %s\n",ShortBrick(BRICK),PLATE,mapext);
      printf("%s",eCMD);
      eSock->SendRaw(eCMD,strlen(eCMD));
      RcvLine(eSock,eMess,sizeof(eMess));
      RcvLine(eSock,eMess1,sizeof(eMess1));
      attempt++;
    }
  if(eMess1[0]!='O') {printf("Error loading the plate. \n"); return -1;}
  printf("Plate loaded\n");
  return 1;
}

Print()

virtual void EdbScanClientSysal::Print ( )

virtual

Implements EdbScanClientCommon.

RcvLine()

int EdbScanClientSysal::RcvLine	(	TSocket *	sock,
		char *	line,
		int	size
	)

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return 0;
  // Receave the line from socket; return the number of bytes receaved
  char chr=0;
  int i=0;
  if(!(sock->IsValid())) return -1;
  while( chr!=10 ) { sock->RecvRaw(&chr,1); if(i<size-1) { line[i]=chr; i++;}  } 
  line[i]=0;
  return i;
}

ScanAreas()

int EdbScanClientSysal::ScanAreas ( ScanType  st, int  id[4], EdbPattern &  areas, EdbRun *  run, const char *  options = ""  )

virtual

Implements EdbScanClientCommon.

{
  // this function scan the list of areas and save into  EdbRun
  // the run should be already correctly opened
  // prediction id will be used for the temporary file name construction and so should be unique
  // return number of correctly scanned and converted areas
 
  int n = areas.N();
  printf("ScanAreas: %d \n",n);
  int scanned=0, failed=0;
  EdbSegP *s = 0;
  EdbSegP *sn = 0;
  char str[256];
  for(int i=0; i<n; i++) {
    s = areas.GetSegment(i);
 
    if( (s->SX() < 0.5*eNXview*eXstep) || (s->SY() < 0.5*eNYview*eYstep) )  // set the fragments size for sysal
      s->SetErrors(0.5*eNXview*eXstep, 0.5*eNYview*eYstep, 0., .1, .1);
 
    if(i<n-1) sn = areas.GetSegment(i+1); 
    else  sn = areas.GetSegment(i);
 
#ifdef WIN32
    sprintf(str,"del %s/raw.%d.%d.%d.%d.*",eRawDirClient.Data(),ShortBrick(id[0]), id[1], id[2], s->ID()); // s->ID() must be unique!
#else
    sprintf(str,"rm -f %s/raw.%d.%d.%d.%d.*",eRawDirClient.Data(),ShortBrick(id[0]), id[1], id[2], s->ID()); // s->ID() must be unique!
#endif
 
    gSystem->Exec(str);
    printf("ScanAreas: scan progress: %d out of %d (%4.1f%%)\n",i,n,100.*i/n);
    sprintf(str,"%s/raw.%d.%d.%d.%d",eRawDirServer.Data(),ShortBrick(id[0]), id[1], id[2], s->ID());
    
    if( !ScanPreloadAreaS( id[0], id[1], id[2], s->ID(),
               s->X()-s->SX(), s->X()+s->SX(), s->Y()-s->SY(), s->Y()+s->SY(), 
               str,sn->X()-sn->SX(), sn->X()+sn->SX(), sn->Y()-sn->SY(), sn->Y()+sn->SY() ) )  {
      //      i--; //? Igor added this line?
      printf("EdbScanClient::ScanAreas: WARNING!!! scanning failed for area %d (%d.%d.%d.%d)!\n",
         i,  id[0], id[1], id[2], s->ID());
      if(++failed > eMAXFAILS)  {
    printf("EdbScanClient::ScanAreas: ERROR!!! too many failures - stop scanning!\n");
    break;
      }
      continue;  // still try to scan other predictions
    }
    sprintf(str,"%s/raw.%d.%d.%d.%d.rwc",eRawDirClient.Data(),ShortBrick(id[0]), id[1], id[2], s->ID());
    run->GetHeader()->SetFlag(9, s->ID());
    run->GetHeader()->SetFlag(8, s->MCEvt());
    AddRWC(run,str,true,options);
    scanned++;
  }
  
  return scanned;
}

ServerCreatesTarget()

virtual bool EdbScanClientSysal::ServerCreatesTarget ( )

inlinevirtual

Implements EdbScanClientCommon.

{return false;};

SetClusterThresholds()

void EdbScanClientSysal::SetClusterThresholds ( int  TOP, int  BOT  )

virtual

Implements EdbScanClientCommon.

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return;
  sprintf(eCMD,"203 VertigoScanner TopClusterThreshold  %d\n",TOP);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  RcvLine(eSock,eMess,sizeof(eMess));
  printf("%s",eMess);
  sprintf(eCMD,"203 VertigoScanner BottomClusterThreshold %d\n",BOT);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  RcvLine(eSock,eMess,sizeof(eMess));
  printf("%s",eMess);
}

SetFragmentSize()

int EdbScanClientSysal::SetFragmentSize ( int  X, int  Y  )

virtual

Implements EdbScanClientCommon.

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return 0;
  eNXview = X;
  eNYview = Y;
  eCMD[0]=0;
  sprintf(eCMD,"203 VertigoScanner XFields %d\n",X);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  RcvLine(eSock,eMess,sizeof(eMess));
  printf("%s",eMess);
  sprintf(eCMD,"203 VertigoScanner YFields %d\n",Y);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  RcvLine(eSock,eMess,sizeof(eMess));
  printf("%s",eMess); 
  return 1; //todo!!!
}

SetOdysseyThresholds()

void EdbScanClientSysal::SetOdysseyThresholds ( int  itop, int  ibottom, int  size, int  TOP, int  BOT  )

virtual

Implements EdbScanClientCommon.

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return;
  sprintf(eCMD,"203 Frame_Grabber VPProgram%d 0008000804F003F0%4.4X%02d%02d\n",itop,TOP,size,size);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  RcvLine(eSock,eMess,sizeof(eMess));
  printf("%s",eMess);
  sprintf(eCMD,"203 Frame_Grabber VPProgram%d 0008000804F003F0%4.4X%02d%02d\n",ibottom,BOT,size,size);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  RcvLine(eSock,eMess,sizeof(eMess));
  printf("%s",eMess);
}

SetParameter()

void EdbScanClientSysal::SetParameter ( const char *  Object, const char *  Parameter, const char *  Value  )

virtual

Implements EdbScanClientCommon.

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return;
  memset(eCMD,0,256);
  sprintf(eCMD,"203 %s %s %s\n",Object,Parameter,Value);
  printf("%s",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  RcvLine(eSock,eMess,sizeof(eMess));
  printf("%s",eMess);
}

UnloadPlate()

int EdbScanClientSysal::UnloadPlate ( )

virtual

!! todo

Implements EdbScanClientCommon.

{
  if(!eSock)
    InitializeSocket();
  if(!eSock)
    return 0;
  sprintf(eCMD,"202\n");
  printf("%s: UnloadPlate\n",eCMD);
  eSock->SendRaw(eCMD,strlen(eCMD));
  RcvLine(eSock,eMess,sizeof(eMess));
  return 1;  
}

---

The documentation for this class was generated from the following files:

• src/libScan/EdbScanClientSysal.h
• src/libScan/EdbScanClientSysal.cxx