def click(time_pre_up, passwd, deley):
a = keyboard.read_event()
if a.event_type == "down":
t = time.time()
b = keyboard.read_event()
while not b.event_type == "up" and b.name == a.name:
b = keyboard.read_event()
time_up = time.time()
wait_time = t - time_pre_up
if len(passwd) != 0:
deley.append(wait_time)
passwd.append(a.name)
return time_up, passwd, deley
def config():
#execute configuration
print(bcolors.GREEN + "\nInitializing configuration procedure .",
end="",
flush=True)
#Fancy startup stuff. Prolly going to remove it
time.sleep(0.5)
print(".", end="", flush=True)
time.sleep(0.5)
print(".", flush=True)
time.sleep(0.5)
print(bcolors.RESET)
#Create the folder for the configurations, if it it doesen't exist
Path("/etc/EasyKeyboardManager/").mkdir(parents=True, exist_ok=True)
outfile = open("/etc/EasyKeyboardManager/config.txt", "w")
#actual configuration
print("Press any key on your " + bcolors.YELLOW + "MAIN" + bcolors.RESET +
" keyboard")
ev = keyboard.read_event(suppress=False)
#double to capture the press AND the release
ev = keyboard.read_event(suppress=False)
mainK = ev.device
print("\nSaving " + bcolors.YELLOW + mainK + bcolors.RESET +
" as MAIN keyboard")
time.sleep(0.5)
print("\n\nPress any key on your " + bcolors.RED + "MACRO" +
bcolors.RESET + " keyboard")
ev = keyboard.read_event(suppress=False)
#double to capture the press AND the release
ev = keyboard.read_event(suppress=False)
macroK = ev.device
print("\nSaving " + bcolors.RED + macroK + bcolors.RESET +
" as MACRO keyboard")
#write the file
outfile.write("MAIN:=:" + mainK + "\n")
outfile.write("MACRO:=:" + macroK)
outfile.close()
print("\nConfig file saved in /etc/EasyKeyboardManager/config.txt" +
bcolors.GREEN + "\nConfiguration procedure complete.\n" +
bcolors.RESET)
#Flush stdin to prompt a clear terminal
time.sleep(0.5)
tcflush(sys.stdin, TCIOFLUSH)
def record(start='Ctrl + F3'):
macro = Macro()
try:
print('Waiting for %s to start...' % start)
keyboard.wait(start)
print('Start recording. ')
print('Tip: press \\ for special operations or end recording. ')
mouse.hook(macro.appendMouse)
while True:
op = keyboard.read_event()
if op.name == '\\':
help = '\\ : \\, t : sleep, esc : stop'
print(help, end='\r', flush=True)
opUp = passKeyUp(op)
superKey = keyboard.read_event()
print(' ' * len(help), end='\r')
passKeyUp(superKey)
if superKey.name == '\\':
print('\\')
macro.append(Action(getPos(), key=op))
macro.append(Action(getPos(), key=opUp))
elif superKey.name == 't':
print('Sleep')
macro.append(Sleep(macro.default_interval))
elif superKey.name == 'esc':
mouse.unhook(macro.appendMouse)
print('End')
try:
try:
while macro[0].key.name in start.lower(
) and macro[0].key.event_type == 'up':
macro.pop(0)
except AttributeError:
pass
except IndexError:
pass
record.last = macro
return macro
else:
print('Invalid super key. ', ' ' * 6)
elif 'win' in op.name:
print('Sorry, Windows key is reserved for Failsafe. ')
else:
if op.event_type == 'down':
print(op.name)
macro.append(Action(getPos(), key=op))
except MismatchError:
return None
def capture_keys(queue):
print("Ctrl-ESC to exit!")
all_keys = np.zeros(128, dtype=np.float32)
running = True
# stash current state
current_state = keyboard.stash_state()
# ctrl-esc
exit_seq = on_sequence([29, 1])
while running:
k = keyboard.read_event(True)
if k.scan_code < len(all_keys) and k.scan_code >= 0:
if k.event_type == "up" and all_keys[k.scan_code] != 0:
all_keys[k.scan_code] = 0.0
if k.event_type == "down" and all_keys[k.scan_code] != 1:
all_keys[k.scan_code] = 1.0
if exit_seq(k.scan_code):
running = False
queue.put((all_keys.tobytes(), k.time, k.name))
keyboard.restore_state(current_state)
time.sleep(0.05)
keyboard.restore_state(current_state)
queue.put(None)
keyboard.restore_state(current_state)
def run(self):
"""
- zapisuje aktualny input klawiatury do zmiennej globalnej
- wymaga ustawienia input_enable na True na początku i na False na końcu
:return:
"""
hotkey_press = {'shift': False, 'alt': False, 'backspace': False}
while True:
event = str(read_event())
if 'alt' in event:
hotkey_press['alt'] = True if 'down' in event else False
continue
if 'shift' in event:
hotkey_press['shift'] = True if 'down' in event else False
continue
if 'backspace' in event and 'down' in event:
self.current_input = self.current_input[:-1] if len(
self.current_input) >= 1 else ''
if 'enter' in event and 'down' in event:
self.finish = True
break
pocz = event.find('(')
end = event.find(')')
event = event[pocz + 1:end]
event = event.split(' ')
if len(event) == 2:
event, action = event
if len(event) == 1 and action == 'down':
out = event
if hotkey_press['alt']:
out = self.letter_alt.get(out, out)
if hotkey_press['shift']:
out = out.capitalize()
self.current_input += out
def run(self):
self.root.update_idletasks()
print('# --------------------')
print(f'Deciding About picture nr. {pic_ix + 1}: {this_pic_source}:')
for this_mapping in key_mappings:
print(f' {this_mapping} -> {key_mappings[this_mapping]}')
print(' b -> go back one image')
print(' a -> apply changes and quit')
print(' q -> quit without applying changes')
await_input = True
while await_input:
key = keyboard.read_event()
if key.event_type == 'up':
key = None
elif key.name in key_mappings.keys() or\
key.name in ['a', 'q', 'b']:
self.captured_key = key.name
await_input = False
else:
print('No function attached to this key.')
self.root.quit()
self.root.update_idletasks()
def _start_listening(self):
""" Listen to keypresses until 'esc' is pressed. """
while self._esc_trigger:
self._key_pressed = keyboard.read_event()
self._log_event(self._key_pressed)
def resize(prompt, key_in, x_, y_):
full_scr = 0
print(prompt)
x, y = x_, y_
while True:
event = keyboard.read_event()
if event.event_type == keyboard.KEY_DOWN:
key = event.name
if key == key_in:
break
elif key == 'down':
y += 1
set_mod(x, y)
elif key == 'up':
y -= 1
set_mod(x, y)
elif key == 'right':
x += 1
set_mod(x, y)
elif key == 'left':
x -= 1
set_mod(x, y)
elif key == 'f11' or 'alt+enter':
if full_scr == 0:
print('Внимание! Вы вышли в полноэкранный режим!')
full_scr = 1
else:
set_mod(x, y)
full_scr = 0
else:
pass
return x, y
def make_cooltext(is_uppercase_turn=False):
#wait for them to press a key and then record that event
key = keyboard.read_event(suppress=True)
name = key.name
#If they are not pressing down a key, then we should just ignore the event
if key.event_type != "down":
return make_cooltext(is_uppercase_turn=is_uppercase_turn)
if name == "esc":
#If they press the escape key, then they want to stop doing the
#Cooltext. Once they press the escape buttton, it will recurse
#the main funciton, and will again wait for the key combination
return main()
if len(name) != 1:
#any time that the length is longer than one it is a special key
#We should stil send special keys as well, because they cannot have
#an uppercase version.
keyboard.send(name)
return make_cooltext(is_uppercase_turn=is_uppercase_turn)
#write the uppercase version of the letter if it is an alternate keypress
keyboard.write(name.upper() if is_uppercase_turn else name)
#toggle the boolean value
return make_cooltext(is_uppercase_turn=not is_uppercase_turn)
def main():
print('ClicKeys clackering')
while True:
key = keyboard.read_event()
# print('{0}: {1}'.format(key.event_type, key.name))
key_pressed(key)
def spec_input(prompt, hist_list):
'''
This procedure prompts the user with "prompt", and reads characters until <enter>. It also
recognizes the arrow keys and in response, allows the user to scroll through the history and select or edit
one of them. The return value is the user input (either by typing or history lisy)
'''
spec_keys = [
'up', 'down', 'right', 'left', 'esc', 'enter', 'delete', 'backspace'
]
spec_key = True
user_inp = ''
hist_dx = len(hist_list) #Pointer to history entr to display
# print(prompt, end='')
print(prompt)
while spec_key:
key = kb.read_key(
) #This triggers/unblocks on the downpress of any key
next = kb.read_event() #Finish thge keypress--wait for release of key
# print('\n\n*** YOU PRESSED "{}"; ASCII = {}\n'.format(key,ord(key)))
# print('\n\n*** YOU PRESSED "{}, LENGTH = {}"\n'.format(key, len(key)))
if key == "enter":
user_inp = user_inp + key
else:
spec_key = key in spec_keys
if not spec_key:
continue
elif key == "up":
hist_dx = maximum(0, hist_dx - 1) #Decement with 0 as min
user_inp = hist_list[hist_dx]
elif key == "down":
hist_dx = minimum(len(hist_list),
hist_dx + 1) #Decement with 0 as min
user_inp = hist_list[hist_dx]
elif key == "left":
pass #Not implemented yet
elif key == "right":
pass #Not implemented yet
elif key == "esc":
pass #Not implemented yet
elif key == "delete":
pass #Not implemented yet
elif key == "backspace":
pass #Not implemented yet
else:
pass #Not implemented yet
# hist_list.append(user_inp)
return (user_inp)
def passKeyUp(keyDown):
try:
assert keyDown.event_type == 'down'
keyUp = keyboard.read_event()
assert keyUp.name == keyDown.name and keyUp.event_type == 'up'
return keyUp
except AssertionError:
print('\nError: mismatch:', keyDown, 'and', keyUp)
raise MismatchError
def main():
try:
while True:
event = keyboard.read_event()
handleEvent(event)
except KeyboardInterrupt:
pass
finally:
clearTempFile()
def key_pressed(prompt, *key_in):
print(prompt)
while True:
event = keyboard.read_event()
if event.event_type == keyboard.KEY_DOWN:
key = event.name
if key in key_in:
break
return key
def game_loop_learn(screen=None, player_nick=None):
"""
# Karol
#czyści okno i rysuje swoje
wyswietla litery
wykorzystuje choose_letter
jak jest poprawna podaje kolejną a jak nie to czeka aż będzie
enter przerywa grę
:return: None
"""
# Inicjalizacja, wartosci Pomocnicze
white = (255, 255, 255)
screen.fill(white)
char = choose_letter()
letter = ''
font = pygame.font.Font('freesansbold.ttf', 70)
start = True
while True:
if start is False:
event = str(read_event())
else:
event = ''
start = False
if 'down)' in event:
if 'esc' in event:
return None
if len(event[event.find('(') + 1:event.find(' ')]) == 1:
letter = event[event.find('(') + 1:event.find(' ')]
if letter == char:
char = choose_letter()
# for event in pygame.event.get():
# if event.type == pygame.KEYDOWN:
# # if event.key == 13:
# # sys.exit(0)
# letter = Keyborder.code2letter[event.key]
# if letter == char:
# char = choose_letter()
# Rysowanie
pygame.display.update()
screen.fill(white)
# Litera Wylosowana
tekst = font.render("NACIŚNIJ> " + char, True, (0, 0, 0))
tekst_prost = tekst.get_rect()
tekst_prost.center = (600, 163)
screen.blit(tekst, tekst_prost)
# Litera Wpisana
tekst1 = font.render(letter, True, (0, 0, 0))
tekst1_prost = tekst1.get_rect()
tekst1_prost.center = (600, 325)
screen.blit(tekst1, tekst1_prost)
font_b = pygame.font.Font('freesansbold.ttf', 50)
back = font_b.render("Powrót (ESC)", True, (0, 0, 0), (255, 255, 255))
screen.blit(back, (870, 595))
pygame.display.flip()
def color_selector(self):
"""
allows user to move the cursor to select a color
"""
option = 0
show = True
self.color_op(option)
maxi = len(Color) - 1 # amount of colors
sel = False
while True:
# read event and parse it
event = keyboard.read_event(suppress=True)
tipo = event.event_type
key = event.name
if tipo == "down":
# movement to the left
if key == "left":
if option <= 0:
# no change
show = False
else:
option -= 1
show = True
sel = True
elif key == "right":
if option >= maxi:
# no change
show = False
else:
option += 1
show = True
sel = True
elif key == "esc":
exit()
elif key == "enter":
# update selected color
new_color = color.get_color_at_index(option)
if self.option != new_color:
self.option = new_color
self.game.player.score = 1
return
else:
continue
if show:
# reprint color options
Terminal.up_n_lines(1)
self.color_op(option)
def __record(self):
event = keyboard.read_event()
self.hotkeyData['scan_code'] = event.scan_code
self.hotkeyData['is_keypad'] = event.is_keypad
self.hotkeyData['name'] = event.name
if event.is_keypad:
self.hotkeyData['name'] = "num " + self.hotkeyData['name']
self.hotkeyData['name'] = self.hotkeyData['name'].upper().replace(
"LEFT ", '').replace("RIGHT ", '')
self.thread.deactivateTask('hotkey')
def show_Menu():
pImage = ["arrow_left.jpg", "arrow_left_up.jpg", "arrow_top.jpg"]
always = 0
while always == 0:
print("Waiting for press!")
test = keyboard.read_event()
print(test.name)
if test.name == '6':
# idx = keyboard.read_event()
# print(int(idx.name))
# startScanning(pImage, idx.name)
try:
idx = keyboard.read_event()
print(int(idx.name))
startScanning(pImage, idx.name)
except:
print("what?")
elif test.name == 'esc':
pass
def generate_events(self):
while True:
if keyboard.is_pressed("ctrl+shift+e"):
exit()
elif keyboard.is_pressed("ctrl+shift+s"):
self.save()
logging.warning("returned")
# elif keyboard.is_pressed("ctrl+shift+p"):
# send_to_server()
else:
yield keyboard.read_event()
def generate_events():
while True:
if keyboard.is_pressed('ctrl+shift+e'):
exit()
elif keyboard.is_pressed('ctrl+shift+s'):
global data
save()
logging.warning("returned")
elif keyboard.is_pressed('ctrl+shift+p'):
send_to_server()
else:
yield keyboard.read_event()
def wait_for_keypress(suppress=False):
""" Waits for any key to be pressed
TODO: Add timeout keyword to wait_for_keypress when keyboard.read_event
can accept same keyword to allow user to press any key and end the
method immediately
"""
while True:
key_event = keyboard.read_event()
if key_event.event_type == 'up':
break
def main():
prev = False
while True:
print("\n\n\n\n\n\n")
keypressed = "select point"
while keypressed != 70:
keypressed = keyboard.read_event().scan_code
keyboard.read_event()
if keypressed==71:
prev=not(prev)
print("save range set to "+ str(prev))
if prev:
print("old range")
else:
print("new session")
box=getBoxRange()
text=itt_OCR(imagePostPro(rangeScreenshot(box)))
try: playGTTS(text)
except AssertionError: pass
def listen_key():
global tone_flag, rec_flag, record, interval, start_time, tone_name_list, ten_sec_flag, old_tone
while True:
key = keyboard.read_event()
if key.event_type == 'up':
key = key.name
# change the instrument
if key >= '0' and key <= '9':
print("change")
new_tone = int(key) - 1
if new_tone == old_tone or (new_tone +
1) > len(tone_name_list):
continue
else:
tone_flag = new_tone
old_tone = new_tone
print("Instruments Changed to:", tone_name_list[tone_flag])
# start/stop recording
elif key == 'r':
if rec_flag == 1:
record = np.zeros(shape=[441000, 2], dtype=np.int16)
print("record start!")
noti_rec_start.play(0)
start_time = time.time()
rec_flag = rec_flag * (-1)
elif rec_flag == -1:
noti_rec_stop.play(0)
print("saving...")
zero_num = 0
i = 1
try:
while True:
if (record[len(record) - i] == record[0]).any():
zero_num += 1
i += 1
else:
break
record = record[:len(record) - 1 - zero_num]
except:
print("Empty record!")
continue
now = time.time()
now_time = time.strftime("%Y%m%d_%H%M%S")
path = (now_time + ".wav")
wavfile.write(path, 44100, record)
print("local saved!")
rec_flag = rec_flag * (-1)
else:
continue
def mode_selector() -> str:
"""
allows the user to select the game mode
"""
selection = 0
show = True
# clear screen before mode selection
Terminal.clear()
print("Welcome to the Tile Game!")
Terminal.print_modes(selection)
while True:
# read user event
event = keyboard.read_event(suppress=True)
key = event.name
tipo = event.event_type
# print(key, tipo)
if tipo == "down" and key == "down":
if selection >= 2:
# print(selection)
show = False
else:
selection += 1
show = True
elif tipo == "down" and key == "up":
if selection <= 0:
# print(selection)
show = False
else:
selection -= 1
show = True
elif tipo == "down" and key == "enter":
if selection == 0:
# exit the game
exit()
elif selection == 1:
# enable name mode
return TERMINAL
elif selection == 2:
return WINDOW
show = False
return
elif tipo == "down" and key == "esc":
exit()
if show:
Terminal.up_n_lines(3)
Terminal.print_modes(selection)
def callback(hotkey):
# try to remove the previously set hotkey if there is one.
try:
keyboard.unhook_key(hotkey)
# KeyError was coming up when loading the program and
# the lineEdit area was empty (no hotkey set), then you
# set one, reload the setting once back to blank works,
# but if you click reload settings again, it errors
# we can just have it pass, but don't want to throw in
# generic exception here in case another one of these
# pops up somewhere.
except (AttributeError, KeyError):
pass
# wait until user presses the hotkey, then keyboard module reads the input
key_name = __get_key_name(keyboard.read_event(True))
try:
# If the key the user presses is equal to itself or another hotkey already set,
# this causes issues. so here, it catches that, and will make no changes to the hotkey.
# or
# keyboard module allows you to hit multiple keys for a hotkey. they are joined
# together by +. If user hits two keys at the same time, make no changes to the
# hotkey. A try and except is needed if a hotkey hasn't been set yet. I'm not
# allowing for these multiple-key hotkeys because it can cause crashes, and
# not many people are going to really use or need this.
if __is_key_already_set(self, key_name) or (key_name != '+'
and '+' in key_name):
self.afterSettingHotkeySignal.emit()
return
except AttributeError:
self.afterSettingHotkeySignal.emit()
return
# add the key as the hotkey, set the text into the LineEdit, set it as old_xxx_key,
# then emite a signal to re-enable some buttons and change some text in GUI.
# We need to inspect the event to know if it comes from numpad because of _canonial_names.
# See: https://github.com/boppreh/keyboard/issues/161#issuecomment-386825737
# The best way to achieve this is make our own hotkey handling on top of hook
# See: https://github.com/boppreh/keyboard/issues/216#issuecomment-431999553
self.split_hotkey = keyboard.hook_key(
key_name,
lambda e: _hotkey_action(e, key_name, self.startAutoSplitter))
self.splitLineEdit.setText(key_name)
self.split_key = key_name
self.afterSettingHotkeySignal.emit()
def keyboard_val_gen():
key_status = {
'w': False,
'a': False,
's': False,
'd': False,
'up': False,
'down': False
}
while True:
event = keyboard.read_event()
if key_status.get(event.name) is not None:
if event.event_type == "up":
key_status[event.name] = False
else:
key_status[event.name] = True
left = 100
right = 100
ladder = 100
if key_status['s']:
left += 100
right += 100
if key_status['w']:
left -= 100
right -= 100
if key_status['d']:
left -= 100
right += 100
if key_status['a']:
left += 100
right -= 100
if key_status['up']:
ladder += 100
if key_status['down']:
ladder -= 100
left = max(left, 0)
left = min(left, 200)
right = max(right, 0)
right = min(right, 200)
ladder = max(ladder, 0)
ladder = min(ladder, 200)
yield jetsonrpc_pb2.MotorCmd(
values=encode_values(left, right, 100, 100, 100, 1))
def _shortcutButtonClick(self):
"""
Shortcut button click event
"""
QMessageBox.information(
self._view, "",
_("Close this message and press a key or key combination. "))
key = keyboard.read_hotkey(True)
if key == 'unknown':
QMessageBox.information(self._view, "", _("Press again."))
key = keyboard.read_event(True)
self._view.shortcutEdit.setText(str(key.scan_code))
else:
self._view.shortcutEdit.setText(key)
def run(self):
'''Background thread listening to for keyboard events'''
while True:
key = keyboard.read_event(suppress=True)
if key.name == 'esc':
self.run_cmd('all_stop')
if key.name == '7':
cmd = voice_command()
if cmd:
self.run_cmd(cmd)
if key.name in self.commands:
if key.event_type == 'down':
# on press
self.run_cmd(self.commands[key.name][0])
elif key.event_type == 'up':
# on release
self.run_cmd(self.commands[key.name][1])
def KeyboardListen(cont,env):
esc = False
amount = 1
while not esc:
key = keyboard.read_event()
if key.name == 'esc':
esc = True
if key.name == 'up':
cont.addTarget(2,amount)
if key.event_type == 'up':
cont.stop(2)
if key.name == 'down':
cont.addTarget(2,-amount)
if key.event_type == 'up':
cont.stop(2)
if key.name == 'left':
cont.addTarget(0,-amount)
if key.event_type == 'up':
cont.stop(0)
if key.name == 'right':
cont.addTarget(0,amount)
if key.event_type == 'up':
cont.stop(0)
if key.name == 'w':
cont.addTarget(1,amount)
if key.event_type == 'up':
cont.stop(1)
if key.name == 's':
cont.addTarget(-amount)
if key.event_type == 'up':
cont.stop(1)
if key.name == 'y':
cont.addYaw_target(2*amount)
if key.event_type == 'up':
cont.stop()
if key.name == 'x':
cont.addYaw_target(-2*amount)
if key.event_type == 'up':
cont.stop()
if key.name == 'q':
env.reset()
cont.reset()
def get_key_press():
""" Waits for and returns the name of a key release event
Note:
Using event_type 'up' here to only return the event name when a key
is released, otherwise we end up getting duplicate events when a key
is pressed and released. I felt waiting for release will feel more
correct than triggering the event when the key is pressed.
Returns:
string -- Name of the key that has been released
"""
while True:
key_event = keyboard.read_event(suppress=False)
## only capture key events when key is released. This prevents
## a second key name event from being captured
if key_event.event_type == 'up':
# need to convert key_event.name to lowercase to avoid the event
# handler being non-responsive if caps-lock is on
return str(key_event.name).lower()
def process():
queue.put(keyboard.read_event(suppress=True))