public void syncExecute() throws SicsIOException, SicsExecutionException {
// Clear interrupt flag
SicsCore.getSicsController().clearInterrupt();
if (getStatusController() == null) {
asyncExecute();
} else {
// Wait until command is available
while (getCommandStatus().equals(CommandStatus.BUSY)) {
sleep("Error occured while waiting for IDLE state");
}
// Execute
asyncExecute();
int counter = 0;
while (!statusChanged) {
sleep("Error occured while waiting for BUSY state");
counter += TIME_INTERVAL;
if (counter > TIME_OUT) {
throw new SicsExecutionException(
"Time out on syncExecute() where status did not changed whiling execution");
}
}
// while (getCommandStatus().equals(CommandStatus.BUSY) ||
// getCommandStatus().equals(CommandStatus.STARTING)) {
while (!getCommandStatus().equals(CommandStatus.IDLE)) {
sleep("Error occured while waiting for IDLE state");
}
}
// Check if this device is interrupted
if (SicsCore.getSicsController().isInterrupted()) {
SicsCore.getSicsController().clearInterrupt();
throw new SicsExecutionException("Interrupted");
}
}
public void activate() {
super.activate();
// Remove old listener (det)
SicsCore.getSicsManager().monitor().removeStateMonitor(getDeviceName(), this);
SicsCore.getSicsManager().monitor().removeStateMonitor(getPath(), this);
// Add new one (anticollider)
SicsCore.getSicsManager().monitor().addStateMonitor(ID_DEVICE, this);
}
public void asyncExecute() throws SicsIOException {
// Reset status change flag
// [TODO] This may not be thread safe if asyncExecute() is called
// multiple times when scan hasn't been finished
statusChanged = false;
// Send this to the blockable channel
SicsCore.getDefaultProxy().send("hset " + getPath() + " start", null, ISicsProxy.CHANNEL_SCAN);
// SicsCore.getDefaultProxy().send("hset " + getPath() + " start", null);
}
