void detachReconfigurationToNewThread() { addInfo("Detected change in [" + configurationWatchList.getCopyOfFileWatchList() + "]"); context.getExecutorService().submit(new ReconfiguringThread()); }
void detachReconfigurationToNewThread() { addInfo("Detected change in [" + configurationWatchList.getCopyOfFileWatchList() + "]"); context.getExecutorService().submit(new ReconfiguringThread()); }
void detachReconfigurationToNewThread() { addInfo("Detected change in [" + configurationWatchList.getCopyOfFileWatchList() + "]"); context.getExecutorService().submit(new ReconfiguringThread()); }
void detachReconfigurationToNewThread() { addInfo("Detected change in [" + configurationWatchList.getCopyOfFileWatchList() + "]"); context.getExecutorService().submit(new ReconfiguringThread()); }
void detachReconfigurationToNewThread() { addInfo("Detected change in [" + configurationWatchList.getCopyOfFileWatchList() + "]"); context.getExecutorService().submit(new ReconfiguringThread()); }
void detachReconfigurationToNewThread() { addInfo("Detected change in [" + configurationWatchList.getCopyOfFileWatchList() + "]"); context.getScheduledExecutorService().submit(new ReconfiguringThread()); }
private void detachReconfigurationToNewThread() { addInfo("Detected change in [" + configurationWatchList.getCopyOfFileWatchList() + "]"); context.getExecutorService().submit(new ReconfiguringThread()); }
private void detachReconfigurationToNewThread() { // Even though this method resets the loggerContext, which clears the // list of turbo filters including this instance, it is still possible // for this instance to be subsequently invoked by another thread if it // was already executing when the context was reset. disableSubsequentRecofiguration(); addInfo("Detected change in [" + fileToScan + "]"); addInfo("Resetting and reconfiguring context [" + context.getName() + "]"); new ReconfiguringThread().start(); }