def PlayFunc(bindings, recorded):
if keyboard.is_pressed(',') == True and recorded != None:
print("\nPlaying...")
sharedData = multiprocessing.Queue()
if isinstance(recorded[0], tuple):
sharedData.put([
keyboard.KeyboardEvent(x[0], x[1], x[6], x[2], x[3], x[5],
x[4]) for x in recorded
])
else:
sharedData.put(recorded)
p = multiprocessing.Process(target=PlayFromProcessQueue,
args=(sharedData, ))
p.start()
time.sleep(1)
print("Press [,] if would like stop playing recorded input...")
while p.is_alive():
if not sharedData.empty() and sharedData.get() == "stop":
keyboard.unhook_all()
p.terminate()
p.join()
time.sleep(1)
ResetUserInput()
ClearConsole()
print("Done\n")
ShowOptions(bindings, recorded)
def release_all_keys():
event_list = []
event_list.append(
keyboard.KeyboardEvent('up',
30,
name='a',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
31,
name='s',
time=0.01,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
32,
name='d',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
17,
name='w',
time=0.03,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
def bailie():
event_list = []
event_list.append(
keyboard.KeyboardEvent('down',
36,
name='j',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
36,
name='j',
time=0.01,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
36,
name='j',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
36,
name='j',
time=0.20,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
def keyListener(x):
global isRecord
press = keyboard.KeyboardEvent('down', 28, 'r')
release = keyboard.KeyboardEvent('up', 28, 'r')
if x.event_type == 'down' and x.name == press.name:
isRecord = True
if x.event_type == 'up' and x.name == release.name:
isRecord = False
def key(x):
global press, interval, point
p = keyboard.KeyboardEvent('down', 28, 'p')
q = keyboard.KeyboardEvent('down', 28, 'q')
if x.event_type == 'down' and x.name == p.name:
press = True
elif x.name == p.name:
press = False
if x.event_type == 'down' and x.name == q.name:
interval = GetInterval()
if press and time.time() - point >= interval:
mouse.click(mouse.position()[0], mouse.position()[1], 1)
point = time.time()
def on_press_release(x):
"""Keyboard callback function."""
global is_recording, enable_trigger_record
press = keyboard.KeyboardEvent('down', 28, 'space')
release = keyboard.KeyboardEvent('up', 28, 'space')
if x.event_type == 'down' and x.name == press.name:
if (not is_recording) and enable_trigger_record:
sys.stdout.write("Start Recording ... ")
sys.stdout.flush()
is_recording = True
if x.event_type == 'up' and x.name == release.name:
if is_recording:
is_recording = False
def judgeEvent(x):
a = keyboard.KeyboardEvent('down', 28, 's')
#按键事件a为按下enter键，第二个参数如果不知道每个按键的值就随便写，
#如果想知道按键的值可以用hook绑定所有事件后，输出x.scan_code即可
global flag
if x.event_type == 'down' and x.name == a.name:
if flag:
flag = False
print('开启脚本')
else:
flag = True
print('关闭脚本')
x = []
y = []
for a, b in points:
x.append(a)
y.append(b)
n = 2
x = x[n:-1]
y = y[n:-1]
varLD.saveData([x, y], 'date')
pyplot.plot(x, y)
pyplot.show()
time.sleep(2)
def fileToPKR(fName=""):
if fName == "":
fName = chooseFile()
file = open("local/recordings/"+ fName, 'r')
pkrFromFile = file.readlines()
file.close()
pkrToPlay = []
for entry in pkrFromFile:
splitEntry = entry.split()
newEntry = keyboard.KeyboardEvent(event_type=splitEntry[0], scan_code=int(splitEntry[1]))
newEntry.name = splitEntry[2]
try:
newEntry.time = float(splitEntry[3])
except:
newEntry.name = splitEntry[2] + " " + splitEntry[3]
newEntry.time = float(splitEntry[4])
newEntry.device = splitEntry[5]
newEntry.modifiers = splitEntry[6]
newEntry.is_keypad = bool(splitEntry[7])
else:
newEntry.time = float(splitEntry[3])
newEntry.device = splitEntry[4]
newEntry.modifiers = splitEntry[5]
newEntry.is_keypad = bool(splitEntry[6])
if newEntry.event_type == 'D':
newEntry.event_type = "down"
elif newEntry.event_type == 'U':
newEntry.event_type = "up"
if newEntry.device == 'n':
newEntry.device = None
if newEntry.modifiers == 'n':
newEntry.modifiers = None
pkrToPlay.append(newEntry)
return pkrToPlay
def start(self):
if not self.stopped:
return
super().start()
mouse_source, keyboard_source, engagement_source = self.sources
initial_keyboard_event = keyboard.KeyboardEvent(keyboard.KEY_UP, 0)
initial_mouse_event = mouse.ButtonEvent(event_type=mouse.UP,
button=0,
time=time.time())
self.subscriptions = [
mouse_source.output.pipe(
operators.start_with(initial_mouse_event)).pipe(
operators.combine_latest(
keyboard_source.output.pipe(
operators.start_with(initial_keyboard_event)),
engagement_source.output)).pipe(
operators.throttle_first(0.1)) # in seconds
.subscribe(self.update)
]
if self.window is None:
self.window = Window(points=self.points_in_buffer,
toggle_callback=self.toggle_recording)
self.window.show()
self.window.activateWindow()
self.window.raise_()
def fromFile(inputfile,duckyfile=None):
global ducky_file
global script
global output_log_file
if duckyfile is not None:
ducky_file=duckyfile
output_log_file = None
i = script
with open(inputfile) as json_file:
data = json.load(json_file)
for var in data:
x = json.dumps(var)
if x != "{}":
print_pressed_keys(keyboard.KeyboardEvent(**json.loads(x)))
if actualLine is not None:
i.append(actualLine)
if ducky_file is not None:
with open(ducky_file, "w") as wf:
for var in i:
wf.write(var + "\n")
cleanup()
return i
def speeddown(x):
global v
a = keyboard.KeyboardEvent('down', 28, 'down')
if x.event_type == 'down' and x.name == a.name:
print("你按下了down键")
v = v - 10
vel = float(v) * STEP_PER_CRICLE / MM_PER_CRICLE * CONV_PARAM
dType.SetEMotorEx(api, 0, 1, int(vel), 1)
def next(x):
event = keyboard.KeyboardEvent('down', 0)
if x.event_type == 'down' and x.name == event.event_type:
clear()
if news_queue.empty():
crawl()
global now_news
now_news = news_queue.get()
now_news.print_title()
def abc(x):
a = keyboard.KeyboardEvent('down', 28, 's')
#按键事件a为按下enter键，第二个参数如果不知道每个按键的值就随便写，
#如果想知道按键的值可以用hook绑定所有事件后，输出x.scan_code即可
global flag
if x.event_type == 'down' and x.name == a.name:
if flag:
flag = False
print('开启脚本')
else:
flag = True
print('关闭脚本')
def run():
event_list = []
event_list.append(
keyboard.KeyboardEvent('down',
32,
name='d',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
32,
name='d',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
32,
name='d',
time=0.03,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
def SaveData(data):
if len(data) > 0:
newData = []
for x in range(0, len(data)):
newData.append([])
for y in range(0, len(data[x])):
if isinstance(data[x][y], tuple):
newData[x].append(
keyboard.KeyboardEvent(data[x][y][0], data[x][y][1],
data[x][y][6], data[x][y][2],
data[x][y][3], data[x][y][5],
data[x][y][4]))
else:
newData[x].append(data[x][y])
with open("bindings.json", 'w') as file:
json.dump(newData, file, default=obj_dict)
def content(x):
event = keyboard.KeyboardEvent('left', 0)
if x.event_type == 'down' and x.name == event.event_type:
url = now_news.source_url
html = get_html(url)
matcher = re.search(r'content: \'(.*)\'', html)
if matcher:
content_str = matcher.group().replace('content: \'',
"").replace('\'', "")
content_html = re.sub(
r'(\\u[\s\S]{4})',
lambda x: x.group(1).encode("utf-8").decode("unicode-escape"),
content_str)
content_html = content_html.replace("\"", "\"").replace(
""", "").replace("=", "=")
soup = BeautifulSoup(content_html, 'html.parser')
p_list = soup.find_all('p')
for p in p_list:
text = p.get_text()
if text:
print(text)
def main():
ctx = zmq.Context()
sub = ctx.socket(zmq.SUB)
logger.info("Subscribing to to: %s:%s" % (common.host, common.sub_port))
sub.connect('tcp://%s:%s' % (common.host, port))
sub.subscribe(topic=common.Topics.KBD_EVENT)
last_event = kbd.KeyboardEvent(kbd.KEY_UP, 0)
def should_exec(event: kbd.KeyboardEvent):
if passive:
return False
nonlocal last_event # what the heck python
delta = event.time - last_event.time
last_event = event
print("Delta is" + str(delta))
return delta > TARGET_DELTA
while True:
if kbd.is_pressed('alt+backspace'):
exit(0)
kbd_event: kbd.KeyboardEvent = sub.recv_pyobj()
if should_exec(kbd_event):
key = kbd_event.name
kbd.send(
key, True, False
) if kbd_event.event_type == kbd.KEY_DOWN else kbd.release(key)
else:
print("Skipping duplicate event")
logger.info("Pressed key: " + str(kbd_event))
print("=================")
def long_up_down_flag():
event_list = []
event_list.append(
keyboard.KeyboardEvent('down',
17,
name='w',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
17,
name='w',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
31,
name='s',
time=0.04,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
36,
name='j',
time=0.04,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
36,
name='j',
time=0.14,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
31,
name='s',
time=0.14,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
def rl_flyLag():
event_list = []
event_list.append(
keyboard.KeyboardEvent('down',
30,
name='a',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
30,
name='a',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
30,
name='a',
time=0.05,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
37,
name='k',
time=0.05,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
30,
name='a',
time=0.08,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
37,
name='k',
time=0.08,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
def tuQiu():
e1 = keyboard.KeyboardEvent('down',
31,
name='s',
time=0.94,
modifiers=False,
is_keypad=False)
e2 = keyboard.KeyboardEvent('down',
32,
name='d',
time=0.96,
modifiers=False,
is_keypad=False)
e3 = keyboard.KeyboardEvent('down',
36,
name='j',
time=0.98,
modifiers=False,
is_keypad=False)
e4 = keyboard.KeyboardEvent('up',
32,
name='d',
time=1.00,
modifiers=False,
is_keypad=False)
e5 = keyboard.KeyboardEvent('up',
36,
name='j',
time=1.03,
modifiers=False,
is_keypad=False)
e6 = keyboard.KeyboardEvent('up',
31,
name='s',
time=1.07,
modifiers=False,
is_keypad=False)
event_list = [e1, e2, e3, e4, e5, e6]
keyboard.play(event_list)
import keyboard
import webbrowser
while True:
event = keyboard.read_event()
if (event == keyboard.KeyboardEvent(
scan_code=keyboard.key_to_scan_codes('q')[0],
event_type=keyboard.KEY_DOWN)):
exit()
if (event == keyboard.KeyboardEvent(
scan_code=keyboard.key_to_scan_codes('home')[0],
event_type=keyboard.KEY_DOWN)):
webbrowser.open_new_tab('https://web.whatsapp.com/')
webbrowser.open_new_tab('https://www.twitch.tv/')
webbrowser.open_new_tab('https://www.youtube.com/?hl=es&gl=ES')
# -*- coding: utf-8 -*-
import keyboard
import fileinput
import json
import sys
def print_event_json(event):
print(event.to_json(ensure_ascii=sys.stdout.encoding != 'utf-8'))
sys.stdout.flush()
keyboard.hook(print_event_json)
parse_event_json = lambda line: keyboard.KeyboardEvent(**json.loads(line))
keyboard.play(parse_event_json(line) for line in fileinput.input())
def t2_rl_flag_bisha():
# print("2龟从右到左 飞腿+必杀")
event_list = []
event_list.append(
keyboard.KeyboardEvent('up',
30,
name='d',
time=0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
31,
name='s',
time=0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
30,
name='a',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
30,
name='a',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
30,
name='a',
time=0.05,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
37,
name='k',
time=0.05,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
30,
name='a',
time=0.09,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
37,
name='k',
time=0.09,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
36,
name='j',
time=0.10,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
17,
name='w',
time=0.10,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
36,
name='j',
time=0.15,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
17,
name='w',
time=0.15,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
def long_lr_flag():
event_list = []
event_list.append(
keyboard.KeyboardEvent('down',
32,
name='d',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
32,
name='d',
time=0.01,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
32,
name='d',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
17,
name='w',
time=0.03,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
17,
name='w',
time=0.12,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
32,
name='d',
time=0.12,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
31,
name='s',
time=0.13,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
36,
name='j',
time=0.13,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
36,
name='j',
time=0.19,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
31,
name='s',
time=0.19,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
time.sleep(self.duration) #
keyboard.release(self.key) #
##############################################################################################
########## ---------- Actions ----------- ##########
########## -- Scenario to hunt rainbow pudding -- ##########
confirm_win = Command(ACTION_SELECT, 1)
run_up = Command(ACTION_UP, 4)
run_down = Command(ACTION_DOWN, 4)
stop = Command(ACTION_UP, 1, True)
commands = [run_up, confirm_win, run_down, confirm_win]
########################## Do not concern yourself with this part. ###########################
##############################################################################################
is_continue = True #
STOP_EVENT = keyboard.KeyboardEvent('down', STOP_SCRIPT, STOP_SCRIPT) #
def stop_script(keyboard_event): #
if(keyboard_event.name == STOP_EVENT.name): #
print("Goodbye.") #
global is_continue #
is_continue = False #
if __name__ == "__main__": #
global is_continue #
keyboard.on_press(stop_script) #
while is_continue: #
for command in commands: #
command.execute() #
##############################################################################################
def t4_lr_flag_bisha():
# print("4龟从左到右 飞腿+必杀")
event_list = []
event_list.append(
keyboard.KeyboardEvent('up',
30,
name='a',
time=0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
31,
name='s',
time=0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
32,
name='d',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
32,
name='d',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
32,
name='d',
time=0.03,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
37,
name='k',
time=0.05,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
32,
name='d',
time=0.06,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
37,
name='k',
time=0.06,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
17,
name='w',
time=0.08,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
17,
name='w',
time=0.09,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
def detail(x):
event = keyboard.KeyboardEvent('right', 0)
if x.event_type == 'down' and x.name == event.event_type:
now_news.print_all()
def press_event(x):
global loop_out
enter = keyboard.KeyboardEvent('down', 28, 'q')
if x.event_type == 'down' and x.name == enter.name:
loop_out = True
def qianmenhuanshu():
cnt = 0
# print("千门幻术...")
release_all_keys()
event_list = []
event_list.append(
keyboard.KeyboardEvent('down',
32,
name='d',
time=0.0,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
32,
name='d',
time=0.02,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
32,
name='d',
time=0.05,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
32,
name='d',
time=0.20,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
30,
name='a',
time=0.20,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('down',
31,
name='s',
time=0.20,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
30,
name='a',
time=0.20,
modifiers=False,
is_keypad=False))
event_list.append(
keyboard.KeyboardEvent('up',
31,
name='s',
time=0.20,
modifiers=False,
is_keypad=False))
keyboard.play(event_list)
cnt += 1
def abc(x):
a = keyboard.KeyboardEvent('down', 28, 'space')
#按键事件a为按下enter键，第二个参数如果不知道每个按键的值就随便写，
#如果想知道按键的值可以用hook绑定所有事件后，输出x.scan_code即可
if x.event_type == 'down' and x.name == a.name:
print("你按下了enter键")
