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5 f9daq 1 
#include <stdio.h>
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#include <vector>
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#include "VmUsbStack.h"
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VmUsbStack::VmUsbStack(){
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	fStack.push_back(0x1);
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	fStack.push_back(0x0);
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}
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VmUsbStack::~VmUsbStack(){
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	fStack.clear();
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}
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int VmUsbStack::Get(int maxn, int *stack){
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  for (int i=0;i<fStack.size();i++){
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			if (i<maxn) stack[i]=fStack[i]; else return -1;
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  }
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  return fStack[0];
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}
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void VmUsbStack::Append(int cmd, int addr ){
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  fStack.push_back(cmd & 0xFFFF);
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  fStack.push_back(cmd >> 16);
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  fStack.push_back(addr&0xFFFF);
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  fStack.push_back((addr >> 16)& 0xFFFF);
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  fStack[0]=fStack.size()-1;
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}
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void VmUsbStack::Append(int cmd, int addr , int data){
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  Append( cmd, addr );
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  fStack.push_back(data&0xFFFF);
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  fStack.push_back((data >> 16)&0xFFFF);
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  fStack[0] = fStack.size()-1;
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}
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void VmUsbStack::ReadA24D16(int addr ){
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	Append(CMD_READ | CMD_A24 , CMD_D16 | addr);
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}
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void VmUsbStack::WriteA24D16(int addr, int data){
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  return Append(CMD_WRITE | CMD_A24,CMD_D16 | addr, data);
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}
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void VmUsbStack::ReadA24D32(int addr ){
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	Append(CMD_READ | CMD_A24 , CMD_D32 | addr);
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}
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void VmUsbStack::WriteA24D32(int addr, int data){
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  return Append(CMD_WRITE | CMD_A24 , CMD_D32 | addr, data);
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}
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void VmUsbStack::ReadA32D16(int addr ){
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	Append(CMD_READ | CMD_A32 , CMD_D16| addr);
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}
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void VmUsbStack::WriteA32D16(int addr, int data){
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  return Append(CMD_WRITE | CMD_A32 , CMD_D16 | addr, data);
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}
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void VmUsbStack::ReadA32D32(int addr ){
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	Append(CMD_READ | CMD_A32 , CMD_D32 | addr);
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}
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void VmUsbStack::WriteA32D32(int addr, int data){
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  return Append(CMD_WRITE | CMD_A32 , CMD_D32| addr, data);
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}
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void VmUsbStack::Marker(int marker){
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  return Append(CMD_MRK, marker);
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}
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void VmUsbStack::ConditionalRead(int adr_mod,int d16d32, int addr, int bmask){
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	Append(CMD_READ| CMD_HD | adr_mod ,addr);
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	Append(CMD_READ| CMD_HD | CMD_HM |adr_mod, d16d32 |addr,bmask);
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}
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void VmUsbStack::RepeatRead(int adr_mod,int d16d32, int baseaddr, int n, int increment){
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	for (int i=0;i<n;i++) Append( adr_mod | CMD_READ, d16d32 +baseaddr + i*increment);
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}
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void VmUsbStack::RepeatWrite(int adr_mod,int d16d32,int baseaddr, int n, int increment, int data){
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	for (int i=0;i<n;i++)  Append( adr_mod | CMD_WRITE,d16d32 + baseaddr+i*increment, data);
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}
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void VmUsbStack::Print(){
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	for (int i=0; i < fStack.size();i++) printf("0x%04x\n",fStack[i]);
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   printf("%d %d __________________________________\n",fStack.size(),fStack[0]);
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}
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#ifdef MAIN
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#include "CAENV965_DEF.h"
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#define CAEN_V965    0x340000
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int main(){
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// INIT stackdata
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int geo=1,fPedestal=255;
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VmUsbStack *init=new VmUsbStack();
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init->Write(CAEN_V965 + CAENV965_CRN, 0x0);
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init->Write(CAEN_V965 + CAENV965_GEO, geo);
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init->RepeatWrite( CAEN_V965 + CAENV965_THM, 32, 0x02,0x0); // threshold/kill for 32 channels, 2*i addr increment
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init->Write( CAEN_V965 + CAENV965_BS1, 0x80 ); // soft reset
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init->Write( CAEN_V965 + CAENV965_BC1, 0x80 ); // soft reset
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init->Write( CAEN_V965 + CAENV965_PED, fPedestal ); // pedestal
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init->Write(CAEN_V965 + CAENV965_BS2,0x5000);
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init->Write(CAEN_V965 + CAENV965_BS2,0x4);  // clear module
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init->Write(CAEN_V965 + CAENV965_BC2,0x4);
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init->Print();
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// READOUT stackdata
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VmUsbStack *stack=new VmUsbStack();
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stack->Write(CAEN_V965 + CAENV965_BS2,0x4);  // clear module
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stack->Write(CAEN_V965 + CAENV965_BC2,0x4);
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stack->ConditionalRead(CAEN_V965 + CAENV965_SR1,0x1);        // TRG wait : loop until bit 0 is on
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stack->ConditionalRead(CAEN_V965 + CAENV965_OB ,0x4000000) ; // loop until bit 26 is on, read data
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stack->Marker(0xFAFB);
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stack->Print();
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 int st[1000];
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 int nb= stack->Get(1000,st);
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 for (int i=0;i<nb;i++) if (st[i]!=stack->fStack[i]) printf("error i=%d 0x%04x 0x%04x \n",i,st[i],stack->fStack[i] );
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 return 0;
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}
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#endif