def WeeklyComicReleases(books):
try:
MainDisplay.ComicRack = ComicRack
m = MainDisplay.MainDisplay()
m.ShowDialog()
m.Dispose()
except Exception, e:
print str(e)
print type(e)
def __init__(self):
self.l_btn = cf.l_btn
self.clicks = cf.clicks
self.timeout = 0.5 # how long can pass between two clicks to consider them part of the same event
self.short_click = 0.65 # length of a single click
self.long_click = 1.0 # length of a long click
self.very_long_click = 4.0 # length of a veeeery long click
self.display = m.Display()
self.controll = C.CONTROLL()
self.GPIO_setup()
self.controll.get_player()
self.controll.add_event_callbakcs()
self.vlc_player = self.controll.vlc_player
ap.play(self.vlc_player)
def start(self):
self._display = MainDisplay.MainDisplay()
self._message = "Howdy"
self._connection.open_connection()
while not self._account.is_logged_in():
try:
session_info = self._display.retrieve_user_info(self._message)
self._account.set_username(session_info[0])
self._account.set_password(session_info[1])
game_choice = session_info[2]
#################### DEBUG ##########################
game_choice = ("generic")
#print 'user info entered'
#####################################################
response = self._account.login(self._connection, game_choice)
player_id = int(response[0])
status = response[1]
print 'bgc received messages 1 and 3'
print 'player_id: ',player_id
print 'status: ',status
if Account.FAIL_KEYWORD not in status.upper():
self._account.set_logged_in(True)
player_num = int(self._connection.get_response())
print 'bgc received message 4'
print 'player_num: ',player_num
else:
self._message = status
except Exception as e:
print e
sys.exit()
self._game, self._display = self._board_game_factory(game_choice)
self._game.set_my_player_number(player_num)
print 'my player number is(bgc): ', self._game.get_my_player_number()
self._game.set_my_player_id(player_id)
################### DEBUG ######################
#Until message 5 is implemented in standard way#
#self._game.set_my_turn(True)
################################################
self._run_game()
class MainScreen:
def __init__(self, skrn, screenManager):
self.skrn = skrn
self.screenManager = screenManager
self.mainDisplay = MainDisplay(skrn)
def draw(self):
# Draw Time
self.mainDisplay.draw()
def logic(self, deltaTime):
self.mainDisplay.logic(deltaTime)
def event(self, event):
self.mainDisplay.event(event)
def mainDisplay():
#call('sudo pigpiod', shell=True)
m = MD.Display()
while True:
m.main()
from tkinter import Tk
import MainDisplay
from PyQt5 import QtWidgets
if __name__ == '__main__':
import sys
trackApp = QtWidgets.QApplication(sys.argv)
trackWindow = QtWidgets.QMainWindow()
track = trackModel.trackModel()
track.setupUi(trackWindow)
track.importTrack()
trainCApp = QtWidgets.QApplication(sys.argv)
trainCWindow = QtWidgets.QMainWindow()
trainC = MainDisplay.Ui_LoginWindow()
trainApp = QtWidgets.QApplication(sys.argv)
trainWindow = QtWidgets.QMainWindow()
train = trainModel.Ui_MainWindow()
track.setTrainModel(train)
train.trackModelInstance(track)
train.trainControllerInstance(trainC)
train.setupUi(trainWindow)
trainC.setupUi1(trainCWindow)
trainC.importTrain(train)
ctc = t1_updated.CTCOFFICE()
trackCApp = QtWidgets.QApplication(sys.argv)
def __init__(self, master, hide_vcdat=0, stdout=0):
Tkinter.Frame.__init__(self, master)
self._master = master
self._stdout = stdout
self._hide_vcdat = hide_vcdat
self._about = 0
self._select = 0
self._idleEditor = 0
self._threadVCDAT = 0
master.title('CDAT Demo - Main Menu')
#-----------------------------------
# Create and install the MenuBar.
#-----------------------------------
self._menuBar = Pmw.MainMenuBar(master)
master.config(menu=self._menuBar)
# Add File
self._menuBar.addmenu('File', '')
# Add File->Exit
self._menuBar.addmenuitem('File',
'command',
label='Exit',
command=sys.exit)
# Add Applications
self._menuBar.addmenu('Applications', '')
# Add Applications->...
applications = [('Earth Sciences', self._cbackEarthSci),
('Engineering', self._cbackEngineering),
('Air Pollution', self._cbackAirPollution)]
for lbl, cmd in applications:
self._menuBar.addmenuitem('Applications',
'command',
label=lbl,
command=cmd)
# Add Features
self._menuBar.addmenu('Features', '')
# Add Features->...
features = [('Visualization', self._cbackVisual),
('Diagnostics', self._cbackDiagnostics),
('Xmgrace', self._cbackXmgrace),
('Data Analysis', self._cbackDataAnalysis),
('Application Development', self._cbackAppDevel)]
for lbl, cmd in features:
self._menuBar.addmenuitem('Features',
'command',
label=lbl,
command=cmd)
if not self._hide_vcdat:
# Add Run CDAT
self._menuBar.addmenu('VCDAT', '')
# Add Run CDAT->...
runcdat = [('VCDAT (Lite)', self._cbackVCDATLite),
('VCDAT (Full)', self._cbackVCDATFull)]
for lbl, cmd in runcdat:
self._menuBar.addmenuitem('VCDAT',
'command',
label=lbl,
command=cmd)
# Add Help
self._menuBar.addmenu('Help', '')
# Add Help->About
self._menuBar.addmenuitem('Help',
'command',
label='About',
command=self._aboutDialog)
# Create buttons.
if not self._hide_vcdat:
background_fname = os.path.join(sys.exec_prefix, 'bin/images',
'main_background.gif')
buttons = [('Earth Sciences', 1, 23, self._cbackEarthSci,
self._onBtnEarthSciEnter),
('Engineering', 1, 24, self._cbackEngineering,
self._onBtnEngineeringEnter),
('Air Pollution', 1, 25, self._cbackAirPollution,
self._onBtnAirPollutionEnter),
('CDAT Overview', 1, 31, self._cbackCDATOverview,
self._onBtnCDATOverviewEnter),
('Run VCDAT (Lite)', 5, 28, self._cbackVCDATLite,
self._onBtnVCDATLiteEnter),
('Run VCDAT (Full)', 5, 29, self._cbackVCDATFull,
self._onBtnVCDATFullEnter),
('Visualization', 9, 27, self._cbackVisual,
self._onBtnVisualEnter),
('Diagnostics', 9, 28, self._cbackDiagnostics,
self._onBtnDiagnosticsEnter),
('Xmgrace', 9, 29, self._cbackXmgrace,
self._onBtnXmgraceEnter),
('Data Analysis', 9, 30, self._cbackDataAnalysis,
self._onBtnDataAnalysisEnter),
('Application Development', 9, 31, self._cbackAppDevel,
self._onBtnAppDevelEnter)]
else:
background_fname = os.path.join(sys.exec_prefix, 'bin/images',
'main_background2.gif')
buttons = [('Earth Sciences', 3, 23, self._cbackEarthSci,
self._onBtnEarthSciEnter),
('Engineering', 3, 24, self._cbackEngineering,
self._onBtnEngineeringEnter),
('Air Pollution', 3, 25, self._cbackAirPollution,
self._onBtnAirPollutionEnter),
('CDAT Overview', 3, 27, self._cbackCDATOverview,
self._onBtnCDATOverviewEnter),
('Visualization', 8, 23, self._cbackVisual,
self._onBtnVisualEnter),
('Diagnostics', 8, 24, self._cbackDiagnostics,
self._onBtnDiagnosticsEnter),
('Xmgrace', 8, 25, self._cbackXmgrace,
self._onBtnXmgraceEnter),
('Data Analysis', 8, 26, self._cbackDataAnalysis,
self._onBtnDataAnalysisEnter),
('Application Development', 8, 27, self._cbackAppDevel,
self._onBtnAppDevelEnter)]
# Create a display frame container.
self._display = Pmw.ScrolledFrame(master)
self._display.pack(expand=1, fill='both')
# Create the Main Menu.
import MainDisplay
self._curDisplay = MainDisplay.MainDisplay(self._display.interior(),
background_fname, buttons,
self._onBtnLeave)
self._curDisplay.pack(expand=1, fill='both')
self._curDisplay.update_idletasks()
# Save the Main Menu display; will be used when
# user clicks "Return to Main Menu" button.
self._mainDisplay = self._curDisplay
self._display.component('borderframe')['bd'] = 0
self._display.component(
'clipper')['width'] = self._curDisplay.getWidth() + 4
self._display.component(
'clipper')['height'] = self._curDisplay.getHeight() + 4
# Create status display.
self._statusBox = Pmw.Group(master, tag_pyclass=None)
self._statusBox.pack(fill='x', padx=3, pady=2)
self._statusText = Tkinter.Label(self._statusBox.interior())
self._statusText.pack(side='left', padx=5, pady=2)
self._setDefaultStatusText()
self._setStatusText()
# Demo sets configuration.
self._demoNames = {
'EARTH_SCI': ['Earth Sciences', 'earth_sciences.gif', '', '', ''],
'ENGINEERING':
['Engineering', 'engineering.gif', 'engineering_ss.gif', '', ''],
'AIR_POLLUTION':
['Air Pollution', 'air_pollution.gif', '', '', ''],
'CDAT_OVERVIEW':
['Overview', 'cdat_overview.gif', 'cdat_overview_ss.gif', '', ''],
'VISUAL': ['Visualization', 'visualization.gif', '', '', ''],
'DIAGNOSTICS': ['Diagnostics', 'diagnostics.gif', '', '', ''],
'XMGRACE': ['Xmgrace', 'xmgrace.gif', '', '', ''],
'DATA_ANALYSIS':
['Data Analysis', 'data_analysis.gif', '', '', ''],
'APP_DEVEL': [
'Application Development', 'application_development.gif', '',
'', ''
],
}
# Initialize demo sets to zero.
for val in self._demoNames.values():
name = val[0]
self._demos[name] = 0
def __init__(self, skrn, screenManager):
self.skrn = skrn
self.screenManager = screenManager
self.mainDisplay = MainDisplay(skrn)