def mainException(s):
if isinstance(sys.exc_info()[1], KeyboardInterrupt) and \
s.iswaiting:
sys.stdout.write("Timer interrupted at user request; program terminating. \n")
s.terminate()
else:
UIBase.mainException(s)
def mainException(s):
if isinstance(sys.exc_info()[1], KeyboardInterrupt) and \
s.iswaiting:
sys.stdout.write("Timer interrupted at user request; program terminating. \n")
s.terminate()
else:
UIBase.mainException(s)
def mainException(s):
s.c.stop()
UIBase.mainException(s)
def threadException(s, thread):
s.c.stop()
UIBase.threadException(s, thread)
def terminate(s, exitstatus=0, errortitle=None, errormsg=None):
s.c.stop()
UIBase.terminate(s,
exitstatus=exitstatus,
errortitle=errortitle,
errormsg=errormsg)
def __init__(s, config, verbose = 0):
UIBase.__init__(s, config, verbose)
s.iswaiting = 0
s.outputlock = Lock()
def terminate(s, exitstatus=0, errortitle=None, errormsg=None):
s.c.stop()
UIBase.terminate(s, exitstatus=exitstatus, errortitle=errortitle, errormsg=errormsg)
def registerthread(s, account):
UIBase.registerthread(s, account)
s._printData('registerthread', account)
def __init__(s, config, verbose=0):
UIBase.__init__(s, config, verbose)
s.iswaiting = 0
s.outputlock = Lock()
def __init__(s, config, verbose = 0):
UIBase.__init__(s, config, verbose)
s.iswaiting = 0
s.outputlock = Lock()
s._lastThreaddisplay = None
def __init__(s, config, verbose=0):
UIBase.__init__(s, config, verbose)
s.iswaiting = 0
s.outputlock = Lock()
s._lastThreaddisplay = None
def mainException(s):
s.c.stop()
UIBase.mainException(s)
def threadException(s, thread):
s.c.stop()
UIBase.threadException(s, thread)
def threadExited(s, thread):
s._printData('threadExited', thread.getName())
UIBase.threadExited(s, thread)
def sleep(s, sleepsecs, siglistener):
if s.verbose >= 0:
s._msg("Sleeping for %d:%02d" % (sleepsecs / 60, sleepsecs % 60))
return UIBase.sleep(s, sleepsecs, siglistener)
def __init__(s, config, verbose = 0):
UIBase.__init__(s, config, verbose)
s.safechars=" ;,./-_=+()[]"
s.iswaiting = 0
s.outputlock = Lock()
s._printData('__init__', protocol)
def sleep(s, sleepsecs, siglistener):
if s.verbose >= 0:
s._msg("Sleeping for %d:%02d" % (sleepsecs / 60, sleepsecs % 60))
return UIBase.sleep(s, sleepsecs, siglistener)
def unregisterthread(s, thread):
UIBase.unregisterthread(s, thread)
s._printData('unregisterthread', thread.getName())
def sleep(s, sleepsecs):
if s.verbose >= 0:
s._msg("Sleeping for %d:%02d" % (sleepsecs / 60, sleepsecs % 60))
UIBase.sleep(s, sleepsecs)
