private void issueClockStart() {
byte[] cmd = jmri.jmrix.nce.NceBinaryCommand.accStartClock();
NceMessage cmdNce =
jmri.jmrix.nce.NceMessage.createBinaryMessage(tc, cmd, CMD_CLOCK_SET_REPLY_SIZE);
waiting++;
waitingForCmdStart = true;
tc.sendNceMessage(cmdNce, this);
}
@SuppressWarnings("unused")
private void issueClock1224(boolean mode) {
byte[] cmd = jmri.jmrix.nce.NceBinaryCommand.accSetClock1224(mode);
NceMessage cmdNce =
jmri.jmrix.nce.NceMessage.createBinaryMessage(tc, cmd, CMD_CLOCK_SET_REPLY_SIZE);
waiting++;
waitingForCmd1224 = true;
tc.sendNceMessage(cmdNce, this);
}
private void issueClockRatio(int r) {
log.debug("sending ratio " + r + " to nce cmd station");
byte[] cmd = jmri.jmrix.nce.NceBinaryCommand.accSetClockRatio(r);
NceMessage cmdNce =
jmri.jmrix.nce.NceMessage.createBinaryMessage(tc, cmd, CMD_CLOCK_SET_REPLY_SIZE);
waiting++;
waitingForCmdRatio = true;
tc.sendNceMessage(cmdNce, this);
}
private void issueReadOnlyRequest() {
if (!waitingForCmdRead) {
byte[] cmd = jmri.jmrix.nce.NceBinaryCommand.accMemoryRead(CS_CLOCK_MEM_ADDR);
NceMessage cmdNce = jmri.jmrix.nce.NceMessage.createBinaryMessage(tc, cmd, CS_CLOCK_MEM_SIZE);
waiting++;
waitingForCmdRead = true;
tc.sendNceMessage(cmdNce, this);
// log.debug("issueReadOnlyRequest at " + internalClock.getTime());
}
}
private void issueClockSetMem(int hh, int mm, int ss) {
byte[] cmd =
jmri.jmrix.nce.NceBinaryCommand.accMemoryWriteN(CS_CLOCK_MEM_ADDR + CS_CLOCK_SECONDS, 3);
cmd[4] = (byte) ss;
cmd[5] = (byte) mm;
cmd[6] = (byte) hh;
NceMessage cmdNce =
jmri.jmrix.nce.NceMessage.createBinaryMessage(tc, cmd, CMD_MEM_SET_REPLY_SIZE);
waiting++;
waitingForCmdTime = true;
tc.sendNceMessage(cmdNce, this);
}