def Run(self, event = None, wait = None, return_queue=None):
'''
setup thread
event combination
'''
self._initialize_waitlist()
if wait is not None: return_queue = Queue.Queue()
t, queue = get_thread(return_queue)
t._verbose = self._run_verbose
trigger = t.bind_init(self, self._doJob1)
t_list = self.set_background(False)._setup_jobchain(t, [t])
if event is not None:
w = event.GetEventObject()
else:
w = self.get_app()
for t in t_list:
ifigure.events.SendThreadStartEvent(self, w=w, thread=t)
#print 'thread list', t_list
send_event(trigger)
if wait is not None:
t = threading.current_thread()
if t.name == 'MainThread':
while return_queue.empty():
wx.Yield()
else:
return_queue.get()
if return_queue is not None: return [t.name for t in t_list]
def Run(self, event=None, wait=None, return_queue=None):
'''
setup thread
event combination
'''
self._initialize_waitlist()
if wait is not None: return_queue = Queue.Queue()
t, queue = get_thread(return_queue)
t._verbose = self._run_verbose
trigger = t.bind_init(self, self._doJob1)
t_list = self.set_background(False)._setup_jobchain(t, [t])
if event is not None:
w = event.GetEventObject()
else:
w = self.get_app()
for t in t_list:
ifigure.events.SendThreadStartEvent(self, w=w, thread=t)
#print 'thread list', t_list
send_event(trigger)
if wait is not None:
t = threading.current_thread()
if t.name == 'MainThread':
while return_queue.empty():
wx.Yield()
else:
return_queue.get()
if return_queue is not None: return [t.name for t in t_list]
def _doJob1(self, event):
# check conditions
if event in self._waitlist1:
self._waitlist1[event] = True
v = True
for key in self._waitlist1: v = v and self._waitlist1[key]
if not v: return False
name = self.get_full_path()
if self._run_verbose:
print('performing ' + name + '.job1 in ' + c_thread().name)
self._status = 'running...'
app = wx.GetApp().TopWindow
# print 'in do job1', self, threading.current_thread().name
wx.CallAfter(app.proj_tree_viewer.update_widget_request2)
self.do_run()
send_event(name + '.job1_done')
# for key in self._waitlist1: self._waitlist1[key] = False
return True
def _doJob2(self, event):
if event in self._waitlist2:
self._waitlist2[event] = True
v = True
for key in self._waitlist2: v = v and self._waitlist2[key]
if not v: return False
name = self.get_full_path()
if self._run_verbose:
print('performing ' + name + '.job2 in ' + c_thread().name)
send_event(name + '.job2_done')
self._status = ''
# print 'in do job2', self, threading.current_thread().name
# if self._return_queue is not None: self._return_queue.put('done')
app = wx.GetApp().TopWindow
wx.CallAfter(app.proj_tree_viewer.update_widget_request2)
# for key in self._waitlist2: self._waitlist2[key] = False
return True
def _doJob1(self, event):
# check conditions
if event in self._waitlist1:
self._waitlist1[event] = True
v = True
for key in self._waitlist1:
v = v and self._waitlist1[key]
if not v: return False
name = self.get_full_path()
if self._run_verbose:
print('performing ' + name + '.job1 in ' + c_thread().name)
self._status = 'running...'
app = wx.GetApp().TopWindow
# print 'in do job1', self, threading.current_thread().name
wx.CallAfter(app.proj_tree_viewer.update_widget_request2)
self.do_run()
send_event(name + '.job1_done')
# for key in self._waitlist1: self._waitlist1[key] = False
return True
def _doJob2(self, event):
if event in self._waitlist2:
self._waitlist2[event] = True
v = True
for key in self._waitlist2:
v = v and self._waitlist2[key]
if not v: return False
name = self.get_full_path()
if self._run_verbose:
print('performing ' + name + '.job2 in ' + c_thread().name)
send_event(name + '.job2_done')
self._status = ''
# print 'in do job2', self, threading.current_thread().name
# if self._return_queue is not None: self._return_queue.put('done')
app = wx.GetApp().TopWindow
wx.CallAfter(app.proj_tree_viewer.update_widget_request2)
# for key in self._waitlist2: self._waitlist2[key] = False
return True