def mainException(self):
if isinstance(sys.exc_info()[1], KeyboardInterrupt):
self.logger.warn("Timer interrupted at user request; program "
"terminating.\n")
self.terminate()
else:
UIBase.mainException(self)
def mainException(self):
if isinstance(sys.exc_info()[1], KeyboardInterrupt):
self.logger.warn("Timer interrupted at user request; program "
"terminating.\n")
self.terminate()
else:
UIBase.mainException(self)
def terminate(self, *args, **kwargs):
curses.nocbreak();
self.stdscr.keypad(0);
curses.echo()
curses.endwin()
# need to remove the Curses console handler now and replace with
# basic one, so exceptions and stuff are properly displayed
self.logger.removeHandler(self._log_con_handler)
UIBase.setup_consolehandler(self)
# finally call parent terminate which prints out exceptions etc
super(Blinkenlights, self).terminate(*args, **kwargs)
def terminate(self, *args, **kwargs):
curses.nocbreak()
self.stdscr.keypad(0)
curses.echo()
curses.endwin()
# need to remove the Curses console handler now and replace with
# basic one, so exceptions and stuff are properly displayed
self.logger.removeHandler(self._log_con_handler)
UIBase.setup_consolehandler(self)
# reset the warning method, we do not have curses anymore
self.warn = super(Blinkenlights, self).warn
# finally call parent terminate which prints out exceptions etc
super(Blinkenlights, self).terminate(*args, **kwargs)
def threadExited(s, thread):
threadid = thread.threadid
accountname = s.getthreadaccount(thread)
s.tflock.acquire()
try:
if threadid in s.threadframes[accountname]:
tf = s.threadframes[accountname][threadid]
del s.threadframes[accountname][threadid]
s.availablethreadframes[accountname].append(tf)
tf.setthread(None)
finally:
s.tflock.release()
UIBase.threadExited(s, thread)
def threadExited(s, thread):
threadid = thread.threadid
accountname = s.getthreadaccount(thread)
s.tflock.acquire()
try:
if threadid in s.threadframes[accountname]:
tf = s.threadframes[accountname][threadid]
del s.threadframes[accountname][threadid]
s.availablethreadframes[accountname].append(tf)
tf.setthread(None)
finally:
s.tflock.release()
UIBase.threadExited(s, thread)
def mainException(self):
UIBase.mainException(self)
def sleep(s, sleepsecs, siglistener):
s.gettf().setcolor('red')
s.getaccountframe().startsleep(sleepsecs)
return UIBase.sleep(s, sleepsecs, siglistener)
def unregisterthread(s, thread):
UIBase.unregisterthread(s, thread)
s._printData(s.logger.info, 'unregisterthread', thread.getName())
def threadExited(s, thread):
s._printData(s.logger.info, 'threadExited', thread.getName())
UIBase.threadExited(s, thread)
def unregisterthread(s, thread):
UIBase.unregisterthread(s, thread)
s._printData('unregisterthread', thread.getName())
def threadException(self, thread):
#self._log_con_handler.stop()
UIBase.threadException(self, thread)
def mainException(self):
UIBase.mainException(self)
def unregisterthread(s, thread):
UIBase.unregisterthread(s, thread)
s._printData('unregisterthread', thread.getName())
def threadExited(s, thread):
s._printData('threadExited', thread.getName())
UIBase.threadExited(s, thread)
def sleep(s, sleepsecs, account):
s.gettf().setcolor('red')
s.getaccountframe().startsleep(sleepsecs)
return UIBase.sleep(s, sleepsecs, account)
def threadException(self, thread):
#self._log_con_handler.stop()
UIBase.threadException(self, thread)
def threadExited(s, thread):
s._printData('threadExited', thread.getName())
UIBase.threadExited(s, thread)