void
CLeCroy4300B<Controller,RdoList>::writePedestals(Controller& controller,
const std::vector<int>& peds)
{
int slot = m_pConfig->getIntegerParameter("-slot");
unsigned int nPeds = peds.size();
if (nPeds>16) {
std::cerr << "!!! CLeCroy4300B configured with more than 16 specifiers"
<< std::endl;
std::cerr << " Only the first sixteen values will be used. "
<< std::endl;
}
int status = 0;
for (int i=0; i<nPeds; ++i) {
uint16_t qx = 0;
uint16_t ped_i = static_cast<uint16_t>(peds.at(i));
do {
// clear to enable for input
execClear(controller);
// write the pedestal to chan i
status = controller.simpleWrite16(slot,i,17,ped_i,qx);
handleStatus(status);
handleQ(qx&0x1);
} while (qx==0);
}
}
void CLeCroy4300B<Controller,RdoList>::Initialize(Controller& controller)
{
int slot = m_pConfig->getIntegerParameter("-slot");
std::vector<int> peds = m_pConfig->getIntegerList("-pedestals");
uint16_t q=0;
// clear
execClear(controller);
writePedestals(controller,peds);
// setCommandRegister(controller);
configureCommandRegister(controller);
}
KILLENUM Runtime::executeCrunch()
{
accept( Token::CRUNCH );
Token::Code code = tokenizer.token();
zdebug() << __FILE__ << ":" << __LINE__ << code << tokenizer.string();
KILLENUM ret = PROCEED;
switch ( code ) {
case Token::BECOME: ret = execBecome(); break;
case Token::BIND: ret = execBind(); break;
case Token::CHANGE: ret = execChange(); break;
case Token::CHAR: ret = execChar(); break;
case Token::CLEAR: ret = execClear(); break;
case Token::CYCLE: ret = execCycle(); break;
case Token::DIE: ret = execDie(); break;
case Token::END: ret = execEnd(); break;
case Token::ENDGAME: ret = execEndgame(); break;
case Token::GIVE: ret = execGive(); break;
case Token::GO: ret = execGo(); break;
case Token::IDLE: ret = execIdle(); break;
case Token::IF: ret = execIf(); break;
case Token::LOCK: ret = execLock(); break;
case Token::PLAY: ret = execPlay(); break;
case Token::PUT: ret = execPut(); break;
case Token::RESTART: ret = execRestart(); break;
case Token::RESTORE: ret = execRestore(); break;
case Token::SEND: ret = execSend(); break;
case Token::SET: ret = execSet(); break;
case Token::SHOOT: ret = execShoot(); break;
case Token::TAKE: ret = execTake(); break;
case Token::THROWSTAR: ret = execThrowstar(); break;
case Token::TRY: ret = execTry(); break;
case Token::UNLOCK: ret = execUnlock(); break;
case Token::WALK: ret = execWalk(); break;
case Token::ZAP: ret = execZap(); break;
case Token::ENDOFLINE: ret = throwError("COMMAND ERROR");
default: {
sendMessage( tokenizer.string() );
break;
}
}
return ret;
}
