def special_action(self, event):
hex_key = keymap.convert(ecodes.KEY[event.code])
if event.value == 0:
self.action = []
else:
self.action.append(hex_key)
self.action.sort()
if cmp(self.action, self.action1) == 0:
print("research")
pid = self.getServicePID()
if pid is not None:
os.system("kill -9 " + pid)
os.system("sh " + Keyboard.KEYBOARD_HOME + "/start.sh -s &")
os.system("kill -9 " + str(os.getpid()))
elif cmp(self.action, self.action2) == 0:
print("next")
nextmac = self.getNext()
print(nextmac)
pid = self.getServicePID()
if pid is not None:
os.system("kill -9 " + pid)
if nextmac is not None:
os.system("sh " + Keyboard.KEYBOARD_HOME +
"/start.sh -n " + self.getNext() + " &")
else:
os.system("sh " + Keyboard.KEYBOARD_HOME +
"/start.sh -d &")
os.system("kill -9 " + str(os.getpid()))
def change_state(self, event):
evdev_code = ecodes.KEY[event.code]
modkey_element = keymap.modkey(evdev_code)
if modkey_element > 0:
if self.mods[modkey_element] == 0:
self.mods[modkey_element] = 1
else:
self.mods[modkey_element] = 0
self.lock = mapneo.locks(self.mods, self.lock)
else:
#Get the keycode of the key
hex_key_old = keymap.convert(ecodes.KEY[event.code])
hex_key = mapneo.convert(hex_key_old, self.mods, self.state[2],
self.lock)
#Loop through elements 4 to 9 of the inport report structure
for i in range(4, 10): #(4,10)
if self.state[i] == hex_key and event.value == 0:
#Code 0 so we need to depress it
self.state[i] = 0x00
elif self.state[i] == 0x00 and event.value == 1:
#if the current space if empty and the key is being pressed
self.state[i] = hex_key
break
def change_state(self, button, event, i):
inputStr = database.keyDatabase(button.objectName(), i)
if inputStr == 'ctrl' or inputStr == 'shift' or inputStr == 'alt':
inputStr = 'left' + inputStr
elif inputStr == 'caps':
inputStr = inputStr + 'lock'
elif inputStr == '.':
inputStr = 'dot'
evdev_code = "KEY_" + inputStr.upper()
modkey_element = keymap.modkey(evdev_code)
if modkey_element > 0:
if self.state[2][modkey_element] == 0:
self.state[2][modkey_element] = 1
else:
self.state[2][modkey_element] = 0
else:
#Get the keycode of the key
#hex_key = keymap.convert(ecodes.KEY[event.code])
hex_key = keymap.convert(evdev_code)
#Loop through elements 4 to 9 of the inport report structure
for i in range(4, 10):
if self.state[i] == hex_key and event == 0:
#Code 0 so we need to depress it
self.state[i] = 0x00
elif self.state[i] == 0x00 and event == 1:
#if the current space if empty and the key is being pressed
self.state[i] = hex_key
break
def update(self, event):
code = evdev.ecodes.KEY[event.code]
modkey = keymap.modkey(code)
if modkey > 0:
self.modifier_state ^= 1 << (7 - modkey)
else:
key = keymap.convert(code)
for i in range(len(self.key_state)):
if self.key_state[i] == 0 and event.value == 1:
self.key_state[i] = key
break
elif self.key_state[i] == key and event.value == 0:
self.key_state[i] = 0
def event_loop(self):
"""
Loop to check for keyboard events and send HID message
over D-Bus keyboard service when they happen
"""
print('Listening...')
for event in self.dev.read_loop():
# only bother if we hit a key and its an up or down event
if event.type == evdev.ecodes.EV_KEY and event.value < 2:
key_str = evdev.ecodes.KEY[event.code]
mod_key = keymap.modkey(key_str)
if mod_key > -1:
self.update_mod_keys(mod_key, event.value)
else:
self.update_keys(keymap.convert(key_str), event.value)
self.send_keys()
def change_state(self, event):
evdev_code = ecodes.KEY[event.code]
modkey_element = keymap.modkey(evdev_code)
if modkey_element > 0:
if self.state[2][modkey_element] == 0:
self.state[2][modkey_element] = 1
else:
self.state[2][modkey_element] = 0
else:
hex_key = keymap.convert(evdev_code)
for i in range(4, 10):
if self.state[i] == hex_key and event.value == 0:
self.state[i] = 0x00
elif self.state[i] == 0x00 and event.value == 1:
self.state[i] = hex_key
break
def change_state(self,event):
evdev_code = ecodes.KEY[event.code]
modkey_element = keymap.modkey(evdev_code)
if modkey_element > 0:
if self.state[2][modkey_element] == 0:
self.state[2][modkey_element] = 1
else:
self.state[2][modkey_element] = 0
else:
hex_key = keymap.convert(evdev_code)
for i in range(4,10):
if self.state[i] == hex_key and event.value == 0:
self.state[i] = 0x00
elif self.state[i] == 0x00 and event.value == 1:
self.state[i] = hex_key
break
def change_state(self, event):
evdev_code = ecodes.KEY[event.code]
modkey_element = keymap.modkey(evdev_code)
if modkey_element > 0:
# Need to set one of the modifier bits
if self.state[2][modkey_element] == 0:
self.state[2][modkey_element] = 1
else:
self.state[2][modkey_element] = 0
else:
# Get the hex keycode of the key
hex_key = keymap.convert(ecodes.KEY[event.code])
# Loop through elements 4 to 9 of the input report structure
for i in range (4, 10):
if self.state[i] == hex_key and event.value == 0:
# Code is 0 so we need to depress it
self.state[i] = 0x00
elif self.state[i] == 0x00 and event.value == 1:
# If the current space is empty and the key is being pressed
self.state[i] = hex_key
break
def getReport(self, json):
# The structure for an bt keyboard input report (size is 10 bytes)
report = [
0xA1, # This is an input report
0x01, # Report ID
# Bit array for Modifier keys
[0, # Right GUI - (usually the Windows key)
0, # Right ALT
0, # Right Shift
0, # Right Control
0, # Left GUI - (again, usually the Windows key)
0, # Left ALT
0, # Left Shift
0], # Left Control
0x00, # Vendor reserved
0x00, # Rest is space for 6 keys
0x00,
0x00,
0x00,
0x00,
0x00 ]
# Expects json to be in the form of {"pressedKeys": ["KEY_LEFTSHIFT", "KEY_A"]}
if 'pressedKeys' not in json.keys():
return
pressedKeys = json['pressedKeys']
startIndexForKeys = 4
for pressedKey in pressedKeys:
modkey_element = keymap.modkey(pressedKey)
if modkey_element > 0:
report[2][modkey_element] = 1
else:
# Get the hex keycode of the key
hex_key = keymap.convert(pressedKey)
report[startIndexForKeys] = hex_key
startIndexForKeys += 1
return report
def change_state(self, event):
# linux and X codes differ by X's reserved 8?
evdev_code = ecodes.KEY[event.detail - 8]
modkey_element = keymap.modkey(evdev_code)
if modkey_element > 0:
# Need to set one of the modifier bits
if self.state[2][modkey_element] == 0:
self.state[2][modkey_element] = 1
else:
self.state[2][modkey_element] = 0
else:
# Get the hex keycode of the key
hex_key = keymap.convert(evdev_code)
# Loop through elements 4 to 9 of the input report structure
for i in range(4, 10):
if self.state[i] == hex_key and event.type == X.KeyRelease:
# Code is 0 so we need to depress it
self.state[i] = 0x00
break
elif self.state[i] == 0x00 and event.type == X.KeyPress:
# If the current space is empty and the key is being pressed
self.state[i] = hex_key
break
def change_keyboard_state(self, event):
evdev_code = ecodes.KEY[event.code]
modkey_element = keymap.modkey(evdev_code)
if modkey_element > 0:
if self.keyboard_state[2][modkey_element] == 0:
self.keyboard_state[2][modkey_element] = 1
else:
self.keyboard_state[2][modkey_element] = 0
else:
# Get the keycode of the key
hex_key = keymap.convert(ecodes.KEY[event.code])
print("Key " + str(ecodes.KEY[event.code]) + " was pressed")
# Loop through elements 4 to 9 of the input report structure
for i in range(4, 10):
if self.keyboard_state[i] == hex_key and event.value == 0:
# Code 0 so we need to depress it
self.keyboard_state[i] = 0x00
elif self.keyboard_state[i] == 0x00 and event.value == 1:
# if the current space is empty and the key is being pressed
self.keyboard_state[i] = hex_key
break
