// internal method to notify of the final result
protected void notifyProgListenerEnd(int value, int status) {
log.debug("notifyProgListenerEnd value {} status {}", value, status); // IN18N
// the programmingOpReply handler might send an immediate reply, so
// clear the current listener _first_
tc.removeTrafficListener(MrcInterface.PROGRAMMING, this);
jmri.ProgListener temp = _usingProgrammer;
_usingProgrammer = null;
temp.programmingOpReply(value, status);
}
// programming interface
public synchronized void writeCV(int CV, int val, jmri.ProgListener p)
throws jmri.ProgrammerException {
log.debug("writeCV {} listens {}", CV, p); // IN18N
useProgrammer(p);
_progRead = false;
// set state
progState = WRITECOMMANDSENT;
_val = val;
_cv = CV;
try {
// start the error timer
startShortTimer(); // we get no confirmation back that the packet has been read.
// format and send the write message
tc.addTrafficListener(MrcInterface.PROGRAMMING, this);
tc.sendMrcMessage(progTaskStart(getMode(), _val, _cv));
} catch (jmri.ProgrammerException e) {
progState = NOTPROGRAMMING;
throw e;
}
}
public synchronized void readCV(int CV, jmri.ProgListener p) throws jmri.ProgrammerException {
log.debug("readCV {} listens {}", CV, p); // IN18N
useProgrammer(p);
_progRead = true;
// set commandPending state
progState = READCOMMANDSENT;
_cv = CV;
try {
// start the error timer
startLongTimer();
// format and send the write message
tc.addTrafficListener(MrcInterface.PROGRAMMING, this);
tc.sendMrcMessage(progTaskStart(getMode(), -1, _cv));
} catch (jmri.ProgrammerException e) {
progState = NOTPROGRAMMING;
throw e;
}
}