def __init__(self, args=None):
super().__init__(target=self.key_listener)
# queue for getting info from 1st process
self.q1, self.q2, self.joy_n = args
# Set up the GUI part
self.joy = BotController.VXBOX_Device(self.joy_n)
self.running = True
self.playing = False
self.hks_on = False
self.rest = True
# ignore action interval (set to False at end of loops)
self.iai = False
#holds all hotkeys
self.hotkeys = []
self.hk_names = []
#holds all action strings
self.strings = []
self.pending = []
# variable for making sure client process has been informed
self.client_informed = False
def processIncoming(self):
# unpack data from queue
# may need to find a more robust way of doing this. Test for speed
#begin = time.time()
while self.q1.qsize():
try:
info = self.q1.get(0)
if info is not None:
# True or False
try:
self.cfg = info['cfg']
except Exception as e:
pass
#print(e)
try:
self.joycfg = info['joycfg']
except Exception as e:
pass
try:
self.playing = info['playing']
if self.playing == True:
self.rest = False
#print"self.playing = True")
#if self.strings == []:
self.strings = info['actlist']
else:
self.rest = True
#print"self.playing = False")
self.strings = []
self.client_informed = True
self.pending = []
except Exception as e:
pass
#print("PLAYING EXCEPTION: ", e)
try:
n = int(info['joy'])
#print("joy number: ", n)
if n != self.joy_n:
self.joy = BotController.VXBOX_Device(n)
except Exception as e:
pass
try:
self.settings = info['settings']
self.fps = int(self.settings['fps'])
self.start_delay_t = float(
self.settings['start delay'])
self.act_int_t = float(self.settings['ADI'])
self.defaultdir = self.settings['default direction']
except Exception as e:
#print("SETTINGS: ", e)
pass
try:
self.custom_delays = info['delay tuners']
#print"new custom delays: ", self.custom_delays)
self.fps = int(self.custom_delays['fps'])
self.act_int_t = float(self.custom_delays['ADI'])
print("action interval: {}; custom delays: {}".format(
self.act_int_t, self.custom_delays))
except Exception as e:
#print("custom delay error: ", e)
pass
try:
self.hks_on = info['hks on']
except Exception as e:
pass
# print("HKS ON: ", e)
try:
self.facing = info['facing']
except Exception as e:
#print("FACING: ", e)
pass
try:
if info['hks on'] == True:
# throw error if bus driver doesn't exist
self.check_for_vbus()
# turn on controller
self.joy.TurnOn()
for k, v in self.cfg.items():
hk = v['Hotkey']
try:
string = eval(v['String'])
except:
string = v['String']
notation = v['Notation']
if hk not in [
"None", "'None'"
] and string not in [
"None", "'None'"
] and hk != None and string != None and hk not in self.hk_names:
try:
key = keyboard.add_hotkey(
str(hk),
self.perform_hk,
args=(notation, string))
#print"appending {} to list".format(hk))
self.hk_names.append(hk)
self.hotkeys.append(key)
except:
pass
if 'play hotkey' not in self.hk_names:
print("play hotkey added")
v = self.settings['play hotkey']
key = keyboard.add_hotkey(
str(v), self.toggle_play)
self.hk_names.append('play hotkey')
self.hotkeys.append(key)
if 'switch sides hotkey' not in self.hk_names:
v = self.settings['switch sides hotkey']
key = keyboard.add_hotkey(
str(v), self.switch_sides)
self.hk_names.append('switch sides hotkey')
self.hotkeys.append(key)
# if 'increase tuner hotkey' not in self.hk_names:
# v = self.settings['increase tuner hotkey']
# #print'increase tuner appended')
# key = keyboard.add_hotkey(str(v), self.increase_tuner)
# self.hk_names.append('increase tuner hotkey')
# self.hotkeys.append(key)
#
# if 'decrease tuner hotkey' not in self.hk_names:
# v = self.settings['decrease tuner hotkey']
# #print'decrease tuner appended')
# key = keyboard.add_hotkey(str(v), self.decrease_tuner)
# self.hk_names.append('decrease tuner hotkey')
# self.hotkeys.append(key)
#
# if 'next tuner hotkey' not in self.hk_names:
# v = self.settings['next tuner hotkey']
# #print'increase adi hk appended')
# key = keyboard.add_hotkey(str(v), self.next_tuner)
# self.hk_names.append('next tuner hotkey')
# self.hotkeys.append(key)
#
# if 'previous tuner hotkey' not in self.hk_names:
# v = self.settings['previous tuner hotkey']
# #print'previous tuner hk appended')
# key = keyboard.add_hotkey(str(v), self.prev_tuner)
# self.hk_names.append('previous tuner hotkey')
# self.hotkeys.append(key)
for k, v in self.joycfg.items():
hk = v['Hotkey']
try:
string = eval(v['String'])
except:
string = v['String']
notation = v['Notation']
if hk not in [
"None", "'None'"
] and string not in [
"None", "'None'"
] and hk != None and string != None and hk not in self.hk_names:
try:
key = keyboard.add_hotkey(
str(hk),
self.perform_hk,
args=(notation, string))
self.hk_names.append(hk)
self.hotkeys.append(key)
except:
pass
else:
#print"hks off")
# turn off controller
self.joy.TurnOff()
# unbind hotkeys
for k in self.hotkeys:
try:
keyboard.remove_hotkey(k)
except:
pass
# empty containers
self.strings = []
self.hotkeys = []
self.hk_names = []
self.pending = []
except Exception as e:
print("HKS: ", e)
#pass
except Exception as e:
msg = "{}: {}".format(type(e).__name__, e.args)
