def configureKeyboard(self, currentDevice):
menus.clearPreviousMenu()
print('Configuring {0}'.format(currentDevice['name']))
device = [] # Append new controls to this list
deviceName = currentDevice[
'name'] # Current controller being configured
# Second, Configure Buttons
for button in currentDevice['buttons']:
cmdName = button[0]
command = button[1]
unit = pcolor('cyan', cmdName)
print('Press and hold GPIO pin(s) to map {0}'.format(unit),
end=' ')
sys.stdout.flush()
pressed = self.wait_for_pin()
pressed = ', '.join(map(str, pressed))
print('- Pins(s):', pressed)
self.waitForButtonRelease()
device.append((deviceName, cmdName, 'KEY', command, pressed))
# Save to Database
print('Saving Configuration!')
# Delete Old Entries
SQL.deleteDevice(deviceName)
# Create New Entries
SQL.createDevice(device)
time.sleep(1)
self.getControllerType()
def __init__(self, args):
self.args = args
# Stop any running GPIOnext1 components
subprocess.call(('systemctl', 'stop', 'gpionext1'))
time.sleep(1) #give time to stop processes
try:
active = subprocess.check_output(
['systemctl', 'is-active', 'gpionext1'])
except:
active = 'active'
if 'active' in active:
self.DEBUG('ERROR: systemctl stop gpionext1 has failed!')
self.DEBUG('Please stop gpionext1 before running config!')
else:
self.DEBUG('gpionext1 service has been successfully stopped')
self.DEBUG('Initializing SIGNAL HANDLERS')
for sig in [signal.SIGTERM, signal.SIGQUIT, signal.SIGINT]:
signal.signal(sig, self.signal_handler)
gpio.pinPressMethods.append(self.setTimer)
gpio.pinReleaseMethods.append(self.clearTimer)
self.set_args()
SQL.init()
gpio.setupGPIO(self.args)
self.getControllerType()
def editCommand(self, cmd):
# User input Prompts
promptButton = (pcolor("fuschia", "Hold a button ") +
"to configure this command")
promptCommand = (pcolor("fuschia", "Enter a command ") +
"to map to this button: ")
promptAdditonal = ("Map an additional command " +
pcolor("cyan", "to this button? "))
promptName = (pcolor("fuschia", "Enter a name ") +
"for this command: ")
# name command
cmd['name'] = self.getInput(promptName, cmd['name'])
# Press Button to map
print(promptButton, end=' ')
sys.stdout.flush()
pressed = self.wait_for_pin()
cmd['pins'] = ', '.join(map(str, pressed))
print('- Pin(s):', cmd['pins'])
self.waitForButtonRelease()
# get commands
print()
answer = 'Y'
commandList = []
while 'Y' in answer.upper():
# Enter new command
commandList.append(self.getInput(promptCommand, cmd['command']))
cmd['command'] = ''
# add another command?
answer = input(promptAdditonal)
cmd['command'] = '; '.join(commandList)
cmd['device'] = 'Commands'
SQL.updateEntry(cmd)
def configureCommands(self):
while True:
cmd = menus.editCommandButton()
if cmd == menus.GOTO_MAIN:
return self.getControllerType()
if cmd[0] == 'EDIT':
self.editCommand(cmd[1])
elif cmd[0] == 'DELETE':
SQL.deleteEntry(cmd[1])
def reload(self, signal, frame):
self.DEBUG(addSeparator=True)
self.DEBUG("Received Reload Signal. Reloading GPIOnext1!")
self.DEBUG(addSeparator=True)
gpio.cleanup()
importlib.reload(gpio)
importlib.reload(SQL)
gpio.setupGPIO(self.args)
SQL.init()
self.devices = SQL.getDevices(DEVICE_LIST, self.args)
gpio.registerDevices(self.devices)
def __init__(self, args):
# Watch for system signals
for sig in [signal.SIGTERM, signal.SIGQUIT, signal.SIGINT]:
signal.signal(sig, self.signal_handler)
signal.signal(signal.SIGHUP, self.reload)
self.args = args
self.set_args()
gpio.setupGPIO(self.args)
SQL.init()
self.devices = SQL.getDevices(DEVICE_LIST, self.args)
gpio.registerDevices(self.devices)
self.main()
def editCommandButton():
global currentDevice
cmdList = SQL.getDeviceRaw( 'Commands' )
entries = [ '• Edit Command: {0}'.format( x['name'] ) for x in cmdList ]
entries.insert( 0, '• Add New Command' )
entries.append( '← Return to Main Menu' )
edit = 2
while edit == 2:
clearPreviousMenu()
choice = SelectionMenu.get_selection(
strings = entries,
title = 'Configuring {0}'.format( currentDevice['name'] ),
subtitle = 'Select a command to edit',
exit_option = False
)
if choice == 0:
return ( 'EDIT', {'command':'', 'pins': None, 'id': None, 'device': None, 'name': '', 'type':'COMMAND' } )
elif choice == len( entries ) - 1:
return GOTO_MAIN
clearPreviousMenu()
edit = SelectionMenu.get_selection(
strings = ['Edit', 'Delete', '← Go Back' ],
title = 'Configuring {0}'.format( cmdList[ choice - 1 ]['name'] ),
subtitle = 'Edit or Delete this command?',
exit_option = False
)
edit = 'EDIT' if edit == 0 else 'DELETE'
return ( edit, cmdList[ choice - 1 ] )
def clearDevice():
clearPreviousMenu()
options = DEVICE_LIST + ['← Return to Main Menu']
choice = SelectionMenu.get_selection(
strings=options,
title='CLEAR DEVICE',
subtitle='Remove configs for which device?',
exit_option=False)
currentDevice['name'] = options[choice]
if currentDevice['name'] == '← Return to Main Menu':
return GOTO_MAIN
else:
clearPreviousMenu()
print('Deleting config files for {0}...'.format(currentDevice['name']))
SQL.deleteDevice(currentDevice['name'])
time.sleep(1)
return clearDevice()
def configureJoypad(self, currentDevice):
menus.clearPreviousMenu()
print('Configuring {0}'.format(currentDevice['name']))
device = [] # Append new controls to this list
deviceName = currentDevice[
'name'] # Current controller being configured
# First, Configure Joysticks
for dpad in range(currentDevice['axisCount']):
# Define Axes
device.append(self.defineAxis("UP", dpad, deviceName, offset=1))
device.append(self.defineAxis("DOWN", dpad, deviceName, offset=1))
device.append(self.defineAxis("LEFT", dpad, deviceName))
device.append(self.defineAxis("RIGHT", dpad, deviceName))
# Second, Configure Buttons
for button in currentDevice['buttons']:
cmdName = button[0]
command = button[1]
unit = pcolor('cyan', cmdName)
print('Hold {0}'.format(unit), end=' ')
sys.stdout.flush()
pressed = self.wait_for_pin()
pressed = ', '.join(map(str, pressed))
print('- Pins(s):', pressed)
self.waitForButtonRelease()
device.append((deviceName, cmdName, 'BUTTON', command, pressed))
# Save to Database
print('Saving Configuration!')
# Delete Old Entries
SQL.deleteDevice(deviceName)
# Create New Entries
SQL.createDevice(device)
time.sleep(1)
self.getControllerType()