def cleanup_exit(*args, **kwargs):
print("\nBye!")
Program.stop()
s.disable()
w.disable()
m.disable()
WebSocketBase.stop_reactor()
exit()
def item_chosen(choice, button):
body = [urwid.Divider("-"), urwid.Text(choice, align='center'), urwid.Divider("-"), urwid.Text("Parameters:")]
params = {}
for p, v in Program.getPromotedPrograms()[choice].getParams().items():
#body.append(urwid.Text())
edit = urwid.Edit(caption = u"▸ " + p.title() + ": ", edit_text = v)
body.append(urwid.AttrMap(edit, None, focus_map='reversed'))
#body.append(urwid.Divider())
params[p] = edit
body.append(urwid.Divider("-"))
ok = urwid.Button(u'Ok')
back = urwid.Button(u'Back')
urwid.connect_signal(ok, 'click', start_program, user_args = [choice, params])
urwid.connect_signal(back, 'click', show_menu)
tOk = urwid.AttrMap(ok, None, focus_map='reversed')
body.append(tOk)
body.append(urwid.AttrMap(back, None, focus_map='reversed'))
mainWidget.original_widget = urwid.Filler(urwid.Pile(body, focus_item=tOk))
def setFile(self, fileName):
"""The method setFile removes the old file and puts the new file in place with the preferred name of a file.
:param fileName: The name of the new file
:type fileName: Str. -- path to the new file
"""
self.fileName = self.getPreferredFileName()
Program.Program().execute("mv " + fileName + " " + self.fileName, "mv",
self)
def start_program(choice, params, button):
cParams = {}
for p in params:
cParams[p] = params[p].get_edit_text()
if Program.running:
Program.running.stop()
Program.running.join()
p = Program.getPromotedPrograms()[choice](**cParams)
p.start()
show_menu()
def from_xml_(self, xml_string):
recording = parseString(xml_string.encode(XMLDOC_CODEPAGE))
try:
self.id_ = str(recording.getElementsByTagName(RECORDING_ID_NODE)[0].firstChild.data)
self.schedule_id_ = str(recording.getElementsByTagName(RECORDING_SCHEDULE_ID_NODE)[0].firstChild.data)
self.channel_id_ = str(recording.getElementsByTagName(RECORDING_CHANNEL_ID_NODE)[0].firstChild.data)
except:
return False
try:
self.is_active_ = string_to_bool(recording.getElementsByTagName(RECORDING_IS_ACTIVE_NODE)[0].firstChild.data)
except:
self.is_active_ = False
try:
self.is_conflicting_ = string_to_bool(recording.getElementsByTagName(RECORDING_IS_CONFLICT_NODE)[0].firstChild.data)
except:
self.is_conflicting_ = False
try:
self.program_ = Program(recording.toxml())
except:
self.program_ = None
return True
def from_xml_(self, xml_string):
schedule = parseString(xml_string.encode(XMLDOC_CODEPAGE))
try:
self.channel_id_ = str(
schedule.getElementsByTagName(SCHEDULE_CHANNEL_ID_NODE)
[0].firstChild.data)
self.program_id_ = str(
schedule.getElementsByTagName(SCHEDULE_PROGRAM_ID_NODE)
[0].firstChild.data)
self.program_ = Program(
schedule.getElementsByTagName(EPG_PROGRAM)[0].toxml())
except:
return False
try:
self.is_repeat_ = string_to_bool(
schedule.getElementsByTagName(SCHEDULE_REPEATE_NODE)
[0].firstChild.data)
except:
self.is_repeat_ = False
try:
self.is_new_only_ = string_to_bool(
schedule.getElementsByTagName(SCHEDULE_NEW_ONLY_NODE)
[0].firstChild.data)
except:
self.is_new_only_ = False
try:
self.is_record_series_anytime_ = string_to_bool(
schedule.getElementsByTagName(SCHEDULE_SERIES_ANYTIME_NODE)
[0].firstChild.data)
except:
self.is_record_series_anytime_ = False
try:
self.recordings_to_keep_ = int(
schedule.getElementsByTagName(SCHEDULE_REC_TO_KEEP_NODE)
[0].firstChild.data)
except:
self.recordings_to_keep_ = 0
def get_params():
return Program.get_params()
def start_program(self, **info):
Program.start(**info)
def get_params():
params = Program.get_params()
params["uri"] = "http://spartan.ac.brocku.ca/~tmulligan/3p82inv_hand.html"
params["refresh_duration"] = "20"
return params
def __init__(self, uri_websocket):
Program.__init__(self)
self.uri_websocket = uri_websocket
def get_params():
params = Program.get_params()
params['text'] = u"0123456789abcdefghijklmnopqrstuvwxyzäöüß?!.,-\'\""
params['slide_speed'] = "0.4"
return params
def __init__(self, color=None, text=None, slide_speed=None):
Program.__init__(self, color=color)
self.text = self.get_params()["text"] if text is None else unicode(text)
self.slide_speed = float(self.get_params()["slide_speed"] if slide_speed is None else slide_speed)
def get_params():
params = Program.get_params()
params['signs'] = "1234"
return params
def __init__(self, color=None, signs=None):
Program.__init__(self, color=color)
self.signs = self.get_params()["signs"] if signs is None else signs
def next(self):
self.active_switch_program = (self.active_switch_program + 1) % len(self.switch_programs)
Program.start(**self.switch_programs[self.active_switch_program])
def __init__(self, color=None, uri=None, refresh_duration=None):
Program.__init__(self, color=color)
self.uri = self.get_params()["uri"] if uri is None else uri
self.refresh_duration = float(
self.get_params()["refresh_duration"] if refresh_duration is None else refresh_duration
)
# TODO(izzy): I misunderstood the rule when I glanced at the problem.
# We don't have th primitives for this one yet
'b548a754.json': (ColorGridWithMask, PassGrid, (MaskFromColor, PassGrid,
Color_p(8)), Color_p(0)),
# this one is a good exapmle of the value of for-loops, variables, and also
# of recognizing the boarders of the grid. Notice all the repeated structure.
'bc1d5164.json':
(MaskedOverlay,
(MaskedOverlay,
(MaskedOverlay,
(ExtractPatch, PassGrid, Int_p(0), Int_p(0), Int_p(3), Int_p(3)),
(ExtractPatch, PassGrid, Int_p(0), Int_p(2), Int_p(3),
Int_p(3)), (InvertMask, (MaskFromColor, (ExtractPatch, PassGrid,
Int_p(0), Int_p(2), Int_p(3),
Int_p(3)), Color_p(0)))),
(ExtractPatch, PassGrid, Int_p(4), Int_p(0), Int_p(3), Int_p(3)),
(InvertMask, (MaskFromColor, (ExtractPatch, PassGrid, Int_p(4), Int_p(0),
Int_p(3), Int_p(3)), Color_p(0)))),
(ExtractPatch, PassGrid, Int_p(4), Int_p(2), Int_p(3), Int_p(3)),
(InvertMask, (MaskFromColor, (ExtractPatch, PassGrid, Int_p(4), Int_p(2),
Int_p(3), Int_p(3)), Color_p(0))))
}
if __name__ == '__main__':
for task_name in demo_programs:
spec = demo_programs[task_name]
P = Program(spec)
if not P.type_check():
print(f'The program for {task_name} failed type_check')
print(f'{task_name}:\t{run_program_on_task_train(P, task_name)}')
"""
Testing
"""
from programs import ComputerController, Computer, Program
if __name__ == "__main__":
computer = Computer()
computer.add_program(ComputerController(keyword='computer.umdl'))
#computer.add_program(Program(keyword='computer_music.pmdl',callback=lambda x: print("MUSIC")))
# computer.add_program(Program(keyword='computer_email.pmdl',callback=lambda x: print("EMAIL")))
# computer.add_program(Program(keyword='youtube.pmdl',callback=lambda x: print("YT")))
computer.add_program(
Program('hey_fucker.pmdl', lambda x: print("Eres un deus")))
computer.start_programs()
def __init__(self):
Program.__init__(self)
def get_programs(self):
programs = Program.get_promoted_programs()
info = {}
for p in programs:
info[p] = programs[p].get_params()
return info
def handleConnected(self):
print(" - Connection established!")
print(" - Start Thread!")
Program.raiseException = True
self.t = Program.getPromotedPrograms()["FadeMe"](writer = self)
self.t.start()