def start(self):
"""Register hotkeys and waits for exit"""
# The main hot_key
keyboard.add_hotkey('esc', self.toggle_clicking)
# Hotkeys for changing speed
keyboard.add_hotkey('right', self.change_speed, args=(-1,))
keyboard.add_hotkey('left', self.change_speed, args=(1,))
keyboard.add_hotkey('up', self.change_speed, args=(0,))
keyboard.add_hotkey('down', self.change_speed, args=(0,))
print("Stick Click is ready.")
print("Press CTRL+ALT to exit.")
print("Press ESC to start/stop clicking.")
# Exit Hotkey
keyboard.wait('ctrl+alt')
def __init__(self):
super(Window, self).__init__()
self.setGeometry(100,100,400,200)
self.setWindowTitle('M1N3')
self.locs = []
self.adding_points = False
self.should_m1n3 = False
self.m1n1ng = False
self.loop_index = 0
self.looting = False
self.should_loot = False
self.loot_timer = QTimer()
self.loot_timer.timeout.connect(self.loot)
self.m1n3_timer = QTimer()
self.m1n3_timer.timeout.connect(self.m1n3)
self.standby_timer = QTimer()
self.standby_timer.timeout.connect(self.standby)
self.standby_timer.start(1000)
keyboard.add_hotkey('ctrl+s', self.add_point)
keyboard.add_hotkey('ctrl+t', self.toggle_add)
keyboard.add_hotkey('ctrl+p', self.print_points)
keyboard.add_hotkey('ctrl+m', self.toggle_should_m1n3)
keyboard.add_hotkey('ctrl+`', self.toggle_should_loot)
self.show()
def test_add_hotkey_single_step_nonsuppress_repeated(self):
queue = keyboard._queue.Queue()
keyboard.add_hotkey('ctrl+shift+a+b', lambda: queue.put(True), suppress=False)
self.do(d_shift+d_ctrl+d_a+d_b)
self.do(d_shift+d_ctrl+d_a+d_b)
self.assertTrue(queue.get(timeout=0.5))
self.assertTrue(queue.get(timeout=0.5))
def hotkey():
global nopyhk
if nopyhk:
return
# add hotkey
try:
keyboard.add_hotkey('ctrl+alt+' + HOTKEY.lower(), manual_dump)
except:
nopyhk = True
def start_app():
logging.debug(
'\nVariables at start:\nEncoding: {}\nHotkey: {}\nSwitch combination: {}\nLogging level: {}'.format(
options['encoding'],
options['hotkey'],
options['switch_combination'],
options['log_level']))
global running
logging.info('App is running...')
keyboard.add_hotkey(options['hotkey'], main)
running = True
def __init__(self, exaile):
import keyboard
from xl.player import PLAYER, QUEUE
self.handlers = [
# use lambda here because gi function isn't hashable
keyboard.add_hotkey(
'select media', lambda: exaile.gui.main.window.present()
),
keyboard.add_hotkey('stop media', PLAYER.stop),
keyboard.add_hotkey('play/pause media', PLAYER.toggle_pause),
keyboard.add_hotkey('next track', QUEUE.next),
keyboard.add_hotkey('previous track', QUEUE.prev),
]
def test_remove_hotkey_internal_multistep_start(self):
remove = keyboard.add_hotkey('shift+a, b', trigger, suppress=True)
self.assertTrue(all(keyboard._listener.blocking_hotkeys.values()))
self.assertTrue(all(keyboard._listener.filtered_modifiers.values()))
self.assertNotEqual(keyboard._hotkeys, {})
remove()
self.assertTrue(not any(keyboard._listener.filtered_modifiers.values()))
self.assertTrue(not any(keyboard._listener.blocking_hotkeys.values()))
self.assertEqual(keyboard._hotkeys, {})
def triggers(self, combination, keys):
self.triggered = False
def on_triggered():
self.triggered = True
keyboard.add_hotkey(combination, on_triggered)
for group in keys:
for key in group:
self.assertFalse(self.triggered)
self.press(key)
for key in reversed(group):
self.release(key)
keyboard.remove_hotkey(combination)
self.wait_for_events_queue()
return self.triggered
def tray():
global icon, thread
icon = None
thread = None
name = 'ED - Autopilot'
icon = Icon(name=name, title=name)
logo = Image.open(resource_path('src/logo.png'))
icon.icon = logo
icon.menu = Menu(
MenuItem(
'Scan Off',
set_state(0),
checked=get_state(0),
radio=True
),
MenuItem(
'Scan on Primary Fire',
set_state(1),
checked=get_state(1),
radio=True
),
MenuItem(
'Scan on Secondary Fire',
set_state(2),
checked=get_state(2),
radio=True
),
MenuItem('Exit', lambda : exit_action())
)
keyboard.add_hotkey('home', start_action)
keyboard.add_hotkey('end', stop_action)
icon.run(setup)
def test_remove_hotkey(self):
keyboard.press("a")
keyboard.add_hotkey("a", self.fail)
keyboard.clear_all_hotkeys()
keyboard.press("a")
keyboard.add_hotkey("a", self.fail)
keyboard.clear_all_hotkeys()
keyboard.press("a")
keyboard.clear_all_hotkeys()
keyboard.add_hotkey("a", self.fail)
with self.assertRaises(ValueError):
keyboard.remove_hotkey("b")
keyboard.remove_hotkey("a")
def test_add_hotkey_multi_step_last_timeout(self):
keyboard.add_hotkey('a, b', trigger, timeout=0.01, suppress=True)
self.do(du_a, [])
time.sleep(0.05)
self.do(du_b, du_a+du_b)
def process(self, err_queue):
try:
file_path = self.file_out_path.get().strip()
#Проверки
if file_path == "":
tm.showerror("Ошибка", "Выберите файл")
self.back_to_chill()
return
if not os.path.splitext(file_path)[1] in self.extensions:
question = tm.askyesno(
"Предупреждение",
"Неправильный тип файла. Хотите создать новый .docx файл с тем же именем?"
)
if not question:
self.back_to_chill()
return
else:
self.file_out_path.set(self.file_out_path.get() + ".docx")
file_path += ".docx"
if not os.path.exists(file_path):
question = tm.askyesno(
"Предупреждение",
"Файла не существует. Вы хотите создать его?")
if not question:
self.back_to_chill()
return
#============================================
#Открываем файл
self.document = docx.Document()
def really_processing():
try:
screen_path = os.path.join(self.cur_dir, "__TEMP__.png")
screen_path = os.path.abspath(screen_path)
img = ""
#Делаем скриншот
if self.chosen_opt.get() == CHSE_OWN:
ch1x = int(self.btn_choose1_X.get())
ch1y = int(self.btn_choose1_Y.get())
ch2x = int(self.btn_choose2_X.get())
ch2y = int(self.btn_choose2_Y.get())
capture_space = {
"top": ch1x,
"left": ch1y,
"width": ch2x - ch1x,
"height": ch2y - ch1y
}
with mss.mss() as print_screen:
img = print_screen.grab(capture_space)
mss.tools.to_png(img.rgb, img.size, output=screen_path)
elif self.chosen_opt.get() == CHSE_FS:
with mss.mss() as print_screen:
img = print_screen.shot(output=screen_path)
#Работа с docx и doc файлами
section = self.document.sections[0]
section.left_margin = docx.shared.Cm(1)
section.right_margin = docx.shared.Cm(1)
section.top_margin = docx.shared.Cm(1)
section.bottom_margin = docx.shared.Cm(1)
self.document.add_picture(screen_path,
width=section.page_width -
section.left_margin -
section.right_margin)
self.document.save(file_path)
os.remove(screen_path)
except Exception as err:
err_queue.put((err.__class__, traceback.format_exc()))
self.root.event_generate("<<On error>>")
keyboard.add_hotkey(self.key_name.get(), really_processing)
except Exception as err:
err_queue.put((err.__class__, traceback.format_exc()))
self.root.event_generate("<<On error>>")
def uninstall(package_name: str, verbose: bool, debug: bool, no_color: bool,
logfile: str, yes: bool, silent: bool, python: bool,
no_cache: bool):
metadata = generate_metadata(None, silent, verbose, debug, no_color, yes,
logfile, None, None)
super_cache = check_supercache_valid()
if no_cache:
super_cache = False
if logfile:
logfile = logfile.replace('.txt', '.log')
createConfig(logfile, logging.INFO, 'Install')
if python:
flags = []
package_names = package_name.split(',')
for name in package_names:
handle_python_package(name, 'uninstall', metadata)
sys.exit()
status = 'Initializing'
setup_name = ''
keyboard.add_hotkey('ctrl+c',
lambda: handle_exit(status, setup_name, metadata))
packages = package_name.split(',')
if super_cache:
res, time = handle_cached_request()
else:
status = 'Networking'
write_verbose('Sending GET Request To /rapidquery/packages', metadata)
write_debug('Sending GET Request To /rapidquery/packages', metadata)
log_info('Sending GET Request To /rapidquery/packages', logfile)
res, time = send_req_all()
res = json.loads(res)
correct_names = get_correct_package_names(res)
corrected_package_names = []
for name in packages:
if name in correct_names:
corrected_package_names.append(name)
else:
corrections = difflib.get_close_matches(name, correct_names)
if corrections:
if silent:
click.echo(
click.style(
'Incorrect / Invalid Package Name Entered. Aborting Uninstallation.',
fg='red'))
log_info(
'Incorrect / Invalid Package Name Entered. Aborting Uninstallation',
logfile)
handle_exit(status, setup_name, metadata)
if yes:
write(f'Autocorrecting To {corrections[0]}', 'green',
metadata)
log_info(f'Autocorrecting To {corrections[0]}', logfile)
write(f'Successfully Autocorrected To {corrections[0]}',
'green', metadata)
log_info(f'Successfully Autocorrected To {corrections[0]}',
logfile)
corrected_package_names.append(corrections[0])
else:
write(f'Autocorrecting To {corrections[0]}',
'bright_magenta', metadata)
write_verbose(f'Autocorrecting To {corrections[0]}',
metadata)
write_debug(f'Autocorrecting To {corrections[0]}',
metadata)
log_info(f'Autocorrecting To {corrections[0]}', logfile)
if click.prompt(
'Would You Like To Continue? [y/n]') == 'y':
package_name = corrections[0]
corrected_package_names.append(package_name)
else:
sys.exit()
else:
write(f'Could Not Find Any Packages Which Match {name}',
'bright_magenta', metadata)
write_debug(f'Could Not Find Any Packages Which Match {name}',
metadata)
write_verbose(
f'Could Not Find Any Packages Which Match {name}',
metadata)
log_info(f'Could Not Find Any Packages Which Match {name}',
logfile)
write_debug(install_debug_headers, metadata)
for header in install_debug_headers:
log_info(header, logfile)
index = 0
for package in corrected_package_names:
pkg = res[package]
packet = Packet(package, pkg['package-name'], pkg['win64'],
pkg['darwin'], pkg['debian'], pkg['win64-type'],
pkg['darwin-type'], pkg['debian-type'],
pkg['custom-location'], pkg['install-switches'],
pkg['uninstall-switches'], None)
proc = None
keyboard.add_hotkey('ctrl+c', lambda: kill_proc(proc, metadata))
kill_running_proc(packet.json_name, metadata)
if super_cache:
write(
f'Rapidquery Successfully SuperCached {packet.json_name} in {round(time, 6)}s',
'bright_yellow', metadata)
write_debug(
f'Rapidquery Successfully SuperCached {packet.json_name} in {round(time, 9)}s',
metadata)
log_info(
f'Rapidquery Successfully SuperCached {packet.json_name} in {round(time, 6)}s',
metadata)
else:
write(
f'Rapidquery Successfully Received {packet.json_name}.json in {round(time, 6)}s',
'bright_green', metadata)
log_info(
f'Rapidquery Successfully Received {packet.json_name}.json in {round(time, 6)}s',
logfile)
# Getting UninstallString or QuietUninstallString From The Registry Search Algorithm
write_verbose("Fetching uninstall key from the registry...", metadata)
log_info("Fetching uninstall key from the registry...", logfile)
start = timer()
key = get_uninstall_key(packet.json_name)
end = timer()
# If The UninstallString Or QuietUninstallString Doesn't Exist
# if not key:
# write_verbose('No registry keys found', verbose, no_color, silent)
# log_info('No registry keys found', logfile)
# if "uninstall-command" in pkg:
# if pkg['uninstall-command'] == '':
# write(
# f'Could Not Find Any Existing Installations Of {packet.json_name}', 'yellow', no_color, silent)
# log_error(
# f'Could Not Find Any Existing Installations Of {packet.json_name}', logfile)
# closeLog(logfile, 'Uninstall')
# index += 1
# continue
# else:
# write_verbose("Executing the uninstall command",
# verbose, no_color, silent)
# log_info("Executing the uninstall command", logfile)
# try:
# proc = Popen(shlex.split(
# pkg['uninstall-command']), stdout=PIPE, stdin=PIPE, stderr=PIPE)
# proc.wait()
# if proc.returncode != 0:
# write(f'Installation Failed, Make Sure You Accept All Prompts Asking For Admin permission', 'red', no_color, silent)
# handle_exit(status, 'None', no_color, silent)
# except FileNotFoundError:
# proc = Popen(shlex.split(
# pkg['uninstall-command']), stdout=PIPE, stdin=PIPE, stderr=PIPE, shell=True)
# proc.wait()
# if proc.returncode != 0:
# write(f'Installation Failed, Make Sure You Accept All Prompts Asking For Admin permission', 'red', no_color, silent)
# handle_exit(status, 'None', no_color, silent)
# write(
# f"Successfully Uninstalled {package_name}", "bright_magenta", no_color, silent)
# index += 1
# write_debug(
# f'Terminated debugger at {strftime("%H:%M:%S")} on uninstall::completion', debug, no_color, silent)
# log_info(
# f'Terminated debugger at {strftime("%H:%M:%S")} on uninstall::completion', logfile)
# closeLog(logfile, 'Uninstall')
# continue
# else:
# write(
# f'Could Not Find Any Existing Installations Of {package_name}', 'yellow', no_color, silent)
# closeLog(logfile, 'Uninstall')
# index += 1
# continue
if not key:
write(
f'Could Not Find Any Existing Installations Of {packet.display_name}',
'yellow', metadata)
closeLog(logfile, 'Uninstall')
index += 1
continue
write_verbose("Uninstall key found.", metadata)
log_info("Uninstall key found.", logfile)
write(
f'Successfully Retrieved Uninstall Key In {round(end - start, 4)}s',
'cyan', metadata)
log_info(
f'Successfully Retrieved Uninstall Key In {round(end - start, 4)}s',
logfile)
command = ''
# Key Can Be A List Or A Dictionary Based On Results
if isinstance(key, list):
if key:
key = key[0]
write(f'Uninstalling {packet.display_name}', 'green', metadata)
# If QuietUninstallString Exists (Preferable)
if 'QuietUninstallString' in key:
command = key['QuietUninstallString']
command = command.replace('/I', '/X')
command = command.replace('/quiet', '/passive')
additional_switches = None
if packet.uninstall_switches:
if packet.uninstall_switches != []:
write_verbose("Adding additional uninstall switches",
metadata)
log_info("Adding additional uninstall switches", logfile)
additional_switches = packet.uninstall_switches
if additional_switches:
for switch in additional_switches:
command += ' ' + switch
write_verbose("Executing the quiet uninstall command", metadata)
log_info("Executing the quiet uninstall command", logfile)
run_cmd(command, metadata, 'uninstallation')
write(f"Successfully Uninstalled {packet.display_name}",
"bright_magenta", metadata)
write_verbose("Uninstallation completed.", metadata)
log_info("Uninstallation completed.", logfile)
index += 1
write_debug(
f'Terminated debugger at {strftime("%H:%M:%S")} on uninstall::completion',
metadata)
log_info(
f'Terminated debugger at {strftime("%H:%M:%S")} on uninstall::completion',
logfile)
closeLog(logfile, 'Uninstall')
# If Only UninstallString Exists (Not Preferable)
if 'UninstallString' in key and 'QuietUninstallString' not in key:
command = key['UninstallString']
command = command.replace('/I', '/X')
command = command.replace('/quiet', '/passive')
command = f'"{command}"'
for switch in packet.uninstall_switches:
command += f' {switch}'
# Run The UninstallString
write_verbose("Executing the Uninstall Command", metadata)
log_info("Executing the Uninstall Command", logfile)
run_cmd(command, metadata, 'uninstallation')
write(f'Successfully Uninstalled {packet.display_name}',
'bright_magenta', metadata)
write_verbose("Uninstallation completed.", metadata)
log_info("Uninstallation completed.", logfile)
index += 1
write_debug(
f'Terminated debugger at {strftime("%H:%M:%S")} on uninstall::completion',
metadata)
log_info(
f'Terminated debugger at {strftime("%H:%M:%S")} on uninstall::completion',
logfile)
closeLog(logfile, 'Uninstall')
import keyboard
from PIL import ImageGrab
def screenshot():
# 2021년 1월 27일 10시 30분 30초 > _20210127_103030
curr_time = time.strftime("_%Y%d_%H%M%S")
img = ImageGrab.grab()
img.save("image{}.png".format(curr_time)) #ex) image_20210127_103030.png
keyboard.add_hotkey("F9", screenshot) #사용자가 F9 키를 누르면 스크린샷 저장
keyboard.wait("esc") #사용자가 esc를 누를 때까지 프로그램 수행
def test_add_hotkey_multi_step_suppress_regression_1(self):
keyboard.add_hotkey('a, b', trigger, suppress=True)
self.do(d_c+d_a+u_c+u_a+du_c, d_c+d_a+u_c+u_a+du_c)
def test_add_hotkey_multistep_suppress_fail(self):
keyboard.add_hotkey('a, b', trigger, suppress=True)
self.do(du_a+du_c, du_a+du_c)
def test_add_hotkey_single_step_suppress_regression_1(self):
keyboard.add_hotkey('a', trigger, suppress=True)
self.do(d_c+d_a+u_c+u_a, d_c+d_a+u_c+u_a)
datetime.now()
])
_key_press_rec_iter += 1
# print(_key_press_rec_iter)
# print("done")
# def do_this(temp1,temp2):
# print(temp1)
# print(temp2)
# # time.sleep(1)
# keyboard.add_hotkey(('ctrl+shift+p'),do_this,args=('This one is working !','But How ?'),timeout=0.5,trigger_on_release = False)
keyboard.add_hotkey('ctrl+shift+t',
add_key_press_rec,
args=(time.time(), recording_start_time),
timeout=0.5,
trigger_on_release=False)
class BodyGameRuntime(object):
def __init__(self):
global _key_press_rec_iter, _key_press_rec_label_uni, _key_press_rec_label_bil, _key_press_rec, recording_start_time
pygame.init()
# Set the width and height of the screen [width, height]
self._infoObject = pygame.display.Info()
self._screen = pygame.display.set_mode(
(self._infoObject.current_w >> 1, self._infoObject.current_h >> 1),
HWSURFACE | DOUBLEBUF | OPENGL, 32)
"""
author: @endormi
Keyboard hotkey
"""
import keyboard
keyboard.add_hotkey('ctrl + z', print, args=('this is', 'a hotkey'))
keyboard.wait('esc')
left_click() global pos_select_left, pos_select_right pos_select_right = cursor_position.get_cursor_position() ctypes.windll.user32.mouse_event(0x0001+0x8000, pos_select_left[0], pos_select_left[1], 0, 0) #Wait or fail. time.sleep(0.1) ctypes.windll.user32.mouse_event(0x0002, 0, 0, 0, 0) ctypes.windll.user32.mouse_event(0x0001+0x8000, pos_select_right[0], pos_select_right[1], 0, 0) ctypes.windll.user32.mouse_event(0x0004, 0, 0, 0, 0) #click control: ##single click: keyboard.add_hotkey(left_click_key, lambda: left_click()) keyboard.add_hotkey(right_click_key, lambda: right_click()) #double click: keyboard.add_hotkey(double_left_click_key, lambda: double_left_click()) #Text select control: keyboard.add_hotkey(select_text_begin_key, lambda: select_text_begin()) keyboard.add_hotkey(select_text_end_key, lambda: select_text_end()) #Cursor movement control: ##fast speed: keyboard.add_hotkey(move_left_fast_key, lambda: move_left(16)) keyboard.add_hotkey(move_right_fast_key, lambda: move_right(16)) keyboard.add_hotkey(move_up_fast_key, lambda: move_up(16)) keyboard.add_hotkey(move_down_fast_key, lambda: move_down(16))
for y in range(ylhs, yrhs):
coord = map_mdt_coord(x, y)
pixels[x-xlhs, y-ylhs] = mandelbrot(coord[0], coord[1])
img.show()
# show_mandelbrot(0, image_width, 0, image_height)
zoom_scale = 1.0
def zoom_in():
global image_width, image_height, zoom_scale
zoom_scale = zoom_scale * 2.0
image_width = int(WIDTH * zoom_scale)
image_height = image_width // 2
xlhs = (image_width - WIDTH) // 2
xrhs = xlhs + WIDTH
ylhs = xlhs // 2
yrhs = xrhs // 2
print("{} {} {} {}".format(xlhs, xrhs, ylhs, yrhs))
show_mandelbrot(xlhs, xrhs, ylhs, yrhs)
def move_left():
pass
keyboard.add_hotkey('s', zoom_in)
keyboard.wait()
import keyboard
print("Нажмите желаемую комбинацию клавиш")
shortcut = keyboard.read_hotkey()
print("Вы выбрали:", shortcut)
def on_triggered():
print("Triggered!")
keyboard.add_hotkey(shortcut, on_triggered, suppress=True)
# keyboard.add_hotkey('ctrl+shift', on_triggered)
# suppress = True подавляет другие возможные пересечения.
print("Нажмите ESC для остановки")
keyboard.wait("esc")
# os.system("""osascript -e 'do shell script "{}" with administrator privileges'""".format(path))
if False:
from tkinter import simpledialog, Tk # One of the ones where you can't tk.f
root = Tk()
root.withdraw()
pwd = simpledialog.askstring("Breaker",
"Breaker needs your password!",
show='*',
parent=root)
root.destroy()
script = """from minigame import minigame; import keyboard; keyboard.add_hotkey("windows+shift+y", minigame)"""
os.system(""" echo {} | sudo -S python3 -c '{}'""".format(pwd, script))
else:
keyboard.add_hotkey('windows+shift+y',
set_flag) #lambda:print('hello!')) #set_flag)
# print(pwd)
# but what is this RUNNING?
# keyboard.add_hotkey('windows+shift+y', set_flag) #lambda:print('hello!')) #set_flag)
# from tkinter import *
#
# def getpwd():
# password = ''
# root = Tk()
# pwdbox = Entry(root, show = '*')
# def onpwdentry(evt):
# password = pwdbox.get()
# root.destroy()
# def onokclick():
def test_add_hotkey_multi_step_suffix_timeout(self):
keyboard.add_hotkey('a, b, a', trigger, timeout=0.01, suppress=True)
self.do(du_a+du_b, [])
time.sleep(0.05)
self.do(du_a, du_a+du_b)
self.do(du_b+du_a, triggered_event)
if success:
uploaded_image = im.upload_image(filename, title='Thowaway Title')
link = uploaded_image.link
pyperclip.copy(link)
os.remove(filename)
with open('link_log.txt', 'a') as f:
f.write(filename + ' --> ' + link + '\n')
else:
with open('link_log.txt', 'a') as f:
f.write(filename + ' --> failure\n')
if __name__ == '__main__':
if sys.executable.endswith('pythonw.exe'):
sys.stdout = open(os.devnull, 'w')
sys.stderr = open(
os.path.join(os.getenv('TEMP'),
'stderr-' + os.path.basename(sys.argv[0])), 'w')
for i in range(1, desktop.screenCount() + 1):
with open('key_log.txt', 'a') as f:
f.write('it worked for \'alt+shift+{}\'\n'.format(i))
keyboard.add_hotkey('alt+shift+{}'.format(i), save_screen, args=[i])
keyboard.wait('alt+shift+q')
if wait_time > 0:
time.sleep(wait_time)
# info
start = time.time()
pag.press("L")
press_load_time = time.time() - start
print("oad press time:", press_load_time)
print("Max typing speed: cca", round(60 / press_load_time))
# init
try:
rawconfig = rf(CONFIG_FILE)
except:
error("Missing config.txt!")
try:
config = parse_config(rawconfig)
except:
error("Invalid config.txt!")
try:
text = rf(config["textfile"])
except:
error("Could not find text file!")
if "mistakes" in config:
text = apply_random(text)
kb.add_hotkey(config['start'], start_typing)
# destruct
input("Press enter to end program...")
kb.unhook_all_hotkeys()
sys.exit()
def test_add_hotkey_multistep_suppress_incomplete(self):
keyboard.add_hotkey('a, b', trigger, suppress=True)
self.do(du_a+du_b, triggered_event)
ctypes.windll.user32.SetCursorPos(int(offsetX + predictedPoint[0]),
int(offsetY + predictedPoint[1]))
time.sleep(0.005)
leftClick()
ctypes.windll.user32.SetCursorPos(int(last[0]), int(last[1]))
print("nabbin' a loot")
#cv.imshow("frame", frame)
#cv.waitKey(10)
print(
"\nPath of Automation:\n" +
" _ _ _ _ ____ _ _ _ \n"
+
" / \ _ _| |_ ___ | | ___ ___ | |_ / ___| (_) ___| | _____ _ __ \n"
+
" / _ \| | | | __/ _ \ _____| | / _ \ / _ \| __| | | | | |/ __| |/ / _ \ '__|\n"
+
" / ___ \ |_| | || (_) |_____| |__| (_) | (_) | |_ | |___| | | (__| < __/ | \n"
+
" /_/ \_\__,_|\__\___/ |_____\___/ \___/ \__| \____|_|_|\___|_|\_\___|_| \n\n"
+ "by LazyGuyWithRSI\n\n")
init()
print("Ready to grab some loot!\n")
keyboard.add_hotkey(HOTKEY, grabLoot)
while True:
time.sleep(0.03) #keep it alive
def test_add_hotkey_multistep_suppress_repeated_prefix(self):
keyboard.add_hotkey('a, a, c', trigger, suppress=True, trigger_on_release=True)
self.do(du_a+du_a+du_c, triggered_event)
from wx import App
from main_frame import MainFrame
import keyboard
# Options
hash_lang = 'RU' # Available choices: 'EN', 'RU'
# App initialization
app = App()
main_frame = MainFrame(hash_lang)
# Listener
keyboard.add_hotkey('F1', lambda: main_frame.prev_item())
keyboard.add_hotkey('F2', lambda: main_frame.next_item())
keyboard.add_hotkey('F3', lambda: main_frame.search_first_no_hash_item())
keyboard.add_hotkey('F4', lambda: main_frame.search_last_no_hash_item())
keyboard.add_hotkey('F5', lambda: keyboard.write(main_frame.item_name()))
keyboard.add_hotkey('F6', lambda: main_frame.set_hash_to_item())
keyboard.add_hotkey('F7', lambda: main_frame.set_no_hash_to_item())
keyboard.add_hotkey('F8', lambda: main_frame.save())
app.MainLoop()
import keyboard
import os
ans = ""
def exit_():
f = open("log.txt","w")
f.write(ans)
f.close()
os._exit(1)
while True:
try:
keyboard.add_hotkey('shift+esc', exit_)
if keyboard.read_key():
key = keyboard.read_key()
ans += key
else:
pass
except:
break
from googletrans import Translator
import keyboard
import pyperclip
def ceviri():
trans = Translator()
yazi = pyperclip.paste()
t = trans.translate(yazi, dest='tr')
i = trans.translate(yazi, dest='en')
print(f'{i.text} {t.text}')
if t.src == 'en':
pyperclip.copy(t.text)
if i.src == 'tr':
pyperclip.copy(i.text)
keyboard.add_hotkey('tab', lambda: ceviri())
keyboard.wait()
import time
import keyboard
from PIL import ImageGrab
def screenshot():
curr_time = time.strftime("_%Y%m%d_%H%M%S")
img = ImageGrab.grab()
img.save("image{}.png".format(curr_time))
keyboard.add_hotkey("F9", screenshot) # F9 누르면 스크린샷 저장
keyboard.wait("esc") # 사용자가 esc를 누를 때까지 수행
def stopArm():
ARM_DATA_JSON["LAC"] = 0
ARM_DATA_JSON["UAC"] = 0
ARM_DATA_JSON["TRT"] = 0
ARM_DATA_JSON["GRPR"] = 0
ARM_DATA_JSON["GRPX"] = 0
ARM_DATA_JSON["GRPY"] = 0
sendDataToArm(ARM_DATA_JSON)
if __name__ == "__main__":
ARM_SERIAL.open()
keyboard.add_hotkey("q", lambda: setFieldAndSend("LAC", 150))
keyboard.add_hotkey("a", lambda: setFieldAndSend("LAC", 0))
keyboard.add_hotkey("z", lambda: setFieldAndSend("LAC", -150))
keyboard.add_hotkey("w", lambda: setFieldAndSend("UAC", 150))
keyboard.add_hotkey("s", lambda: setFieldAndSend("UAC", 0))
keyboard.add_hotkey("x", lambda: setFieldAndSend("UAC", -150))
keyboard.add_hotkey("l", lambda: setFieldAndSend("TRT", 150))
keyboard.add_hotkey("k", lambda: setFieldAndSend("TRT", 0))
keyboard.add_hotkey("j", lambda: setFieldAndSend("TRT", -150))
keyboard.add_hotkey("p", lambda: setFieldAndSend("GRPR", 150))
keyboard.add_hotkey("o", lambda: setFieldAndSend("GRPR", 0))
keyboard.add_hotkey("i", lambda: setFieldAndSend("GRPR", -150))
def add_profile(self):
self.listener.stop()
text, ok = QInputDialog.getText(self, 'Add new Profile',
'Profile Name:', QLineEdit.Normal, "")
if ok and text and text not in [
box.name for box in self.profile_boxes
]:
profile = {
'name': text,
"hotkeys": [None, None, None, None, 'LeftClick', 'RightClick'],
"delays": [0, 0, 0, 0, 0, 0],
}
self.settings.skill_macro['profiles'][text] = profile
self.profile_amt += 1
skills = QGroupBox(self)
skills.setTitle(profile['name'])
skills_layout = QGridLayout(skills)
self.layout.addWidget(skills, self.profile_amt, 0)
self.profile_boxes.append(skills)
label = QLabel(skills)
label.setText('Key')
skills_layout.addWidget(label, 0, 0)
label = QLabel(skills)
label.setText('Delay (in ms)')
skills_layout.addWidget(label, 1, 0)
skills.name = profile['name']
skills.key_buttons = []
skills.spinboxes = []
for i, (hotkey, delay) in enumerate(
zip(
profile['hotkeys'],
profile['delays'],
)):
button = QPushButton(skills)
button.setText(hotkey)
button.key_code = hotkey
button.clicked.connect(self.set_key)
skills_layout.addWidget(button, 0, i + 1)
if i >= 4:
button.setDisabled(True)
skills.key_buttons.append(button)
spinbox = QSpinBox(skills)
spinbox.setMinimum(0)
spinbox.setMaximum(100000)
spinbox.setSingleStep(10)
spinbox.setValue(delay)
skills_layout.addWidget(spinbox, 1, i + 1)
skills.spinboxes.append(spinbox)
if i == 4:
spinbox.setDisabled(True)
radiobutton = QRadioButton(self.radiobuttons)
radiobutton.setText(profile['name'])
radiobutton.setChecked(
profile['name'] == self.settings.skill_macro['active'])
self.radiobuttons_layout.addWidget(radiobutton)
self.radiobuttons_x.append(radiobutton)
button = QPushButton(skills)
button.setText('Delete')
button.clicked.connect(lambda state: self.delete_profile(text))
skills_layout.addWidget(button, 0, 7)
elif text in [box.name for box in self.profile_boxes]:
msg = QMessageBox(self)
msg.setIcon(QMessageBox.Warning)
msg.setText("This Profile Name already exists!")
msg.setInformativeText('Pick a different Profile Name!')
msg.setWindowTitle("Profile Name exists!")
msg.exec_()
if not self.listener.paused:
self.listener.start()
elif self.settings.hotkeys['pause']:
keyboard.add_hotkey(self.settings.hotkeys['pause'],
self.listener.pause)
import keyboard
# Press PAGE UP then PAGE DOWN to type "foobar".
keyboard.add_hotkey('page up, page down', lambda: keyboard.write('foobar'))
keyboard.press_and_release('shift+s, space')
# Blocks until you press esc.
keyboard.wait('esc')
# Record events until 'esc' is pressed.
recorded = keyboard.record(until='esc')
# Then replay back at three times the speed.
keyboard.play(recorded, speed_factor=3)
def test_add_hotkey_multi_step_first_timeout(self):
keyboard.add_hotkey('a, b', trigger, timeout=0.01, suppress=True)
time.sleep(0.03)
self.do(du_a+du_b, triggered_event)
import keyboard
import time
from PIL import ImageGrab
def screenshot():
curr_time = time.strftime("_%Y%m%d_%H%M%S")
img = ImageGrab.grab()
img.save("image{}.png".format(curr_time))
keyboard.add_hotkey("F9", screenshot)
keyboard.wait("esc")
def test_add_hotkey_multi_step_success_timeout(self):
keyboard.add_hotkey('a, b', trigger, timeout=0.05, suppress=True)
self.do(du_a, [])
time.sleep(0.01)
self.do(du_b, triggered_event)
def run(self):
keyboard.add_hotkey(self.key_combo, self.val)
while self.status is True:
if(self.key is True):
print("Hello!")
self.key = False
def test_add_hotkey_multi_step_allow(self):
keyboard.add_hotkey('a, b', lambda: trigger() or True, suppress=True)
self.do(du_a+du_b, triggered_event+du_a+du_b)
def DisableHotkeys(hotkeys=["alt + f4", "alt + tab"]):
for i in range(len(hotkeys)):
keyboard.add_hotkey(hotkeys[i], lambda: None, suppress=True)
def test_add_hotkey_single_step_nosuppress_with_modifiers_out_of_order(self):
queue = keyboard._queue.Queue()
keyboard.add_hotkey('ctrl+shift+a', lambda: queue.put(True), suppress=False)
self.do(d_shift+d_ctrl+d_a)
self.assertTrue(queue.get(timeout=0.5))
def EnableHotkeys(hotkeys=["alt + f4", "alt + tab"]):
for i in range(len(hotkeys)):
keyboard.add_hotkey(hotkeys[i], lambda: None, suppress=False)
#keyboard.add_hotkey("ctrl + alt + del", lambda: None, suppress =True)
def test_add_hotkey_multistep_suppress_incomplete(self):
keyboard.add_hotkey('a, b', trigger, suppress=True)
self.do(du_a, [])
self.assertEqual(keyboard._listener.blocking_hotkeys[(1,)], [])
self.assertEqual(len(keyboard._listener.blocking_hotkeys[(2,)]), 1)
def loadAI(self,path):
self.run_AI = True
self.model = load_model(path)
keyboard.add_hotkey('ctrl + space',self._switchAICtl)
def test_add_hotkey_multistep_suppress_modifier(self):
keyboard.add_hotkey('shift+a, b', trigger, suppress=True)
self.do(d_shift+du_a+u_shift+du_b, triggered_event)
def initialize(self, app):
import keyboard
keyboard.add_hotkey('ctrl + space', app.show)
def test_add_hotkey_multistep_suppress_three_steps(self):
keyboard.add_hotkey('a, b, c', trigger, suppress=True)
self.do(du_a+du_b+du_c, triggered_event)
def chat_main(client):
""" (Clubhouse) -> NoneType
Main function for chat
"""
max_limit = 200
channel_speaker_permission = False
_wait_func = None
_ping_func = None
def _request_speaker_permission(client, channel_name, user_id):
""" (str) -> bool
Raise hands for permissions
"""
if not channel_speaker_permission:
client.audience_reply(channel_name, True, False)
_wait_func = _wait_speaker_permission(client, channel_name,
user_id)
print(
"[/] You've raised your hand. Wait for the moderator to give you the permission."
)
@set_interval(30)
def _ping_keep_alive(client, channel_name):
""" (str) -> bool
Continue to ping alive every 30 seconds.
"""
client.active_ping(channel_name)
return True
@set_interval(10)
def _wait_speaker_permission(client, channel_name, user_id):
""" (str) -> bool
Function that runs when you've requested for a voice permission.
"""
# Get some random users from the channel.
_channel_info = client.get_channel(channel_name)
if _channel_info['success']:
for _user in _channel_info['users']:
if _user['user_id'] != user_id:
user_id = _user['user_id']
break
# Check if the moderator allowed your request.
res_inv = client.accept_speaker_invite(channel_name, user_id)
if res_inv['success']:
print("[-] Now you have a speaker permission.")
print(
" Please re-join this channel to activate a permission."
)
return False
return True
while True:
# Choose which channel to enter.
# Join the talk on success.
user_id = client.HEADERS.get("CH-UserID")
print_channel_list(client, max_limit)
channel_name = input("[.] Enter channel_name: ")
channel_info = client.join_channel(channel_name)
if not channel_info['success']:
# Check if this channel_name was taken from the link
channel_info = client.join_channel(channel_name, "link", "e30=")
if not channel_info['success']:
print(
f"[-] Error while joining the channel ({channel_info['error_message']})"
)
continue
# List currently available users (TOP 20 only.)
# Also, check for the current user's speaker permission.
channel_speaker_permission = False
console = Console()
table = Table(show_header=True, header_style="bold magenta")
table.add_column("user_id", style="cyan", justify="right")
table.add_column("username")
table.add_column("name")
table.add_column("is_speaker")
table.add_column("is_moderator")
users = channel_info['users']
i = 0
for user in users:
i += 1
if i > max_limit:
break
table.add_row(
str(user['user_id']),
str(user['name']),
str(user['username']),
str(user['is_speaker']),
str(user['is_moderator']),
)
# Check if the user is the speaker
if user['user_id'] == int(user_id):
channel_speaker_permission = bool(user['is_speaker'])
console.print(table)
# Check for the voice level.
if RTC:
token = channel_info['token']
RTC.joinChannel(token, channel_name, "", int(user_id))
else:
print("[!] Agora SDK is not installed.")
print(" You may not speak or listen to the conversation.")
# Activate pinging
client.active_ping(channel_name)
_ping_func = _ping_keep_alive(client, channel_name)
_wait_func = None
# Add raise_hands key bindings for speaker permission
# Sorry for the bad quality
if not channel_speaker_permission:
if sys.platform == "darwin": # OSX
_hotkey = "9"
elif sys.platform == "win32": # Windows
_hotkey = "ctrl+shift+h"
print(
f"[*] Press [{_hotkey}] to raise your hands for the speaker permission."
)
keyboard.add_hotkey(_hotkey,
_request_speaker_permission,
args=(client, channel_name, user_id))
input("[*] Press [Enter] to quit conversation.\n")
keyboard.unhook_all()
# Safely leave the channel upon quitting the channel.
if _ping_func:
_ping_func.set()
if _wait_func:
_wait_func.set()
if RTC:
RTC.leaveChannel()
client.leave_channel(channel_name)
def test_add_hotkey_multistep_suppress_repeated_key(self):
keyboard.add_hotkey('a, b', trigger, suppress=True)
self.do(du_a+du_a+du_b, du_a+triggered_event)
self.assertEqual(keyboard._listener.blocking_hotkeys[(2,)], [])
self.assertEqual(len(keyboard._listener.blocking_hotkeys[(1,)]), 1)
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# SOURCE: https://github.com/boppreh/keyboard/blob/master/examples/customizable_hotkey.py
# pip install keyboard
import keyboard
print('Press and release your desired shortcut: ')
shortcut = keyboard.read_shortcut()
print('Shortcut selected:', shortcut)
def on_triggered():
print("Triggered!")
keyboard.add_hotkey(shortcut, on_triggered)
print("Press ESC to stop.")
keyboard.wait('esc')
def test_add_hotkey_multi_step_suppress_replays(self):
keyboard.add_hotkey('a, b, c', trigger, suppress=True)
self.do(du_a+du_b+du_a+du_b+du_space, du_a+du_b+du_a+du_b+du_space)
fg='black',
bg="black")
label.config(width=360, height=120, cursor="none")
label.master.overrideredirect(True)
label.master.geometry("+0+0")
label.master.lift()
label.master.wm_attributes("-topmost", True)
label.master.wm_attributes("-transparentcolor", "black")
label.bind("<Button-1>", lambda event: toggle_black_screen(event.widget))
hWindow = pywintypes.HANDLE(int(label.master.frame(), 16))
globalExStyle = win32con.WS_EX_COMPOSITED | win32con.WS_EX_TOPMOST | win32con.WS_EX_TRANSPARENT | win32con.WS_EX_LAYERED | win32con.WS_EX_NOACTIVATE | win32con.WS_EX_TOOLWINDOW
win32api.SetWindowLong(hWindow, win32con.GWL_EXSTYLE, globalExStyle)
label.pack()
# Keybindings
keyboard.add_hotkey('ctrl+ü', toggle_game_close)
keyboard.add_hotkey('ctrl+shift+ü', exit_script)
keyboard.add_hotkey('ctrl+´', minimize_blacklisted)
keyboard.add_hotkey("p", take_pic)
keyboard.add_hotkey("v", toggle_survival)
keyboard.add_hotkey("ctrl+shift+e",
callback=toggle_black_screen,
args=(label, ))
# permanent infinite loops
threads = list()
threads.append(threading.Thread(target=auto_click_left))
threads.append(threading.Thread(target=auto_click_right))
threads.append(threading.Thread(target=survive))
for thread in threads:
import keyboard
import core
arrowDownHotkey = core.getHotKeyCombination() + str('up')
def process():
print("process: onArrowUp! api: ", core.getAndroidApi() )
if core.getAndroidApi() is 23:
core.adbKeyEvent('280')
elif core.getAndroidApi() is 25:
core.adbKeyEvent('KEYCODE_SYSTEM_NAVIGATION_UP')
else:
print("not defined for such api")
print 'Registrate ARROW_UP hotkey: ', arrowDownHotkey
keyboard.add_hotkey(arrowDownHotkey, process)
def install(
package_name: str,
verbose: bool,
debug: bool,
no_progress: bool,
no_color: bool,
logfile: str,
yes: bool,
silent: bool,
python: bool,
install_directory: str,
virus_check: bool,
no_cache: bool,
sync: bool,
reduce: bool,
rate_limit: int,
node: bool,
):
if logfile:
logfile = logfile.replace('=', '')
metadata = generate_metadata(no_progress, silent, verbose, debug, no_color,
yes, logfile, virus_check, reduce)
if logfile:
logfile = logfile.replace('.txt', '.log')
createConfig(logfile, logging.INFO, 'Install')
if python:
package_names = package_name.split(',')
for name in package_names:
handle_python_package(name, 'install', metadata)
sys.exit()
if node:
package_names = package_name.split(',')
for name in package_names:
handle_node_package(name, 'install', metadata)
sys.exit()
super_cache = check_supercache_valid()
if no_cache:
super_cache = False
status = 'Initializing'
setup_name = ''
keyboard.add_hotkey('ctrl+c',
lambda: handle_exit(status, setup_name, metadata))
packages = package_name.strip(' ').split(',')
if super_cache:
res, time = handle_cached_request()
else:
status = 'Networking'
write_verbose('Sending GET Request To /packages', metadata)
write_debug('Sending GET Request To /packages', metadata)
log_info('Sending GET Request To /packages', logfile)
res, time = send_req_all()
res = json.loads(res)
update_supercache(res)
del res['_id']
correct_names = get_correct_package_names(res)
corrected_package_names = []
for name in packages:
if name in correct_names:
corrected_package_names.append(name)
else:
corrections = difflib.get_close_matches(name, correct_names)
if corrections:
if silent:
click.echo(
click.style(
'Incorrect / Invalid Package Name Entered. Aborting Installation.',
fg='red'))
log_info(
'Incorrect / Invalid Package Name Entered. Aborting Installation',
logfile)
handle_exit(status, setup_name, metadata)
if yes:
write(f'Autocorrecting To {corrections[0]}', 'green',
metadata)
log_info(f'Autocorrecting To {corrections[0]}', logfile)
write(f'Successfully Autocorrected To {corrections[0]}',
'green', metadata)
log_info(f'Successfully Autocorrected To {corrections[0]}',
logfile)
corrected_package_names.append(corrections[0])
else:
write(f'Autocorrecting To {corrections[0]}',
'bright_magenta', metadata)
write_verbose(f'Autocorrecting To {corrections[0]}',
metadata)
write_debug(f'Autocorrecting To {corrections[0]}',
metadata)
log_info(f'Autocorrecting To {corrections[0]}', logfile)
if click.prompt(
'Would You Like To Continue? [y/n]') == 'y':
package_name = corrections[0]
corrected_package_names.append(package_name)
else:
sys.exit()
else:
write(f'Could Not Find Any Packages Which Match {name}',
'bright_magenta', metadata)
write_debug(f'Could Not Find Any Packages Which Match {name}',
metadata)
write_verbose(
f'Could Not Find Any Packages Which Match {name}',
metadata)
log_info(f'Could Not Find Any Packages Which Match {name}',
logfile)
write_debug(install_debug_headers, metadata)
for header in install_debug_headers:
log_info(header, logfile)
index = 0
if not sync:
if len(corrected_package_names) > 5:
write(
'electric Doesn\'t Support More Than 5 Parallel Downloads At Once Currently. Use The --sync Flag To Synchronously Download The Packages',
'red', metadata)
if len(corrected_package_names) > 1:
packets = []
for package in corrected_package_names:
pkg = res[package]
custom_dir = None
if install_directory:
custom_dir = install_directory + f'\\{pkg["package-name"]}'
else:
custom_dir = install_directory
packet = Packet(package, pkg['package-name'], pkg['win64'],
pkg['darwin'], pkg['debian'],
pkg['win64-type'], pkg['darwin-type'],
pkg['debian-type'], pkg['custom-location'],
pkg['install-switches'],
pkg['uninstall-switches'], custom_dir)
installation = find_existing_installation(
package, packet.json_name)
if installation:
write_debug(
f"Aborting Installation As {packet.json_name} is already installed.",
metadata)
write_verbose(
f"Found an existing installation of => {packet.json_name}",
metadata)
write(
f"Found an existing installation {packet.json_name}.",
'bright_yellow', metadata)
installation_continue = click.prompt(
f'Would you like to reinstall {packet.json_name} [y/n]'
)
if installation_continue == 'y' or installation_continue == 'y' or yes:
os.system(f'electric uninstall {packet.json_name}')
os.system(f'electric install {packet.json_name}')
return
else:
handle_exit(status, setup_name, metadata)
write_verbose(f"Package to be installed: {packet.json_name}",
metadata)
log_info(f"Package to be installed: {packet.json_name}",
logfile)
write_verbose(
f'Finding closest match to {packet.json_name}...',
metadata)
log_info(f'Finding closest match to {packet.json_name}...',
logfile)
packets.append(packet)
if super_cache:
write(
f'Rapidquery Successfully SuperCached Packages in {round(time, 6)}s',
'bright_yellow', metadata)
write_debug(
f'Rapidquery Successfully SuperCached Packages in {round(time, 9)}s',
metadata)
log_info(
f'Rapidquery Successfully SuperCached Packages in {round(time, 6)}s',
logfile)
else:
write(
f'Rapidquery Successfully Received packages.json in {round(time, 6)}s',
'bright_yellow', metadata)
write_debug(
f'Rapidquery Successfully Received packages.json in {round(time, 9)}s',
metadata)
log_info(
f'Rapidquery Successfully Received packages.json in {round(time, 6)}s',
logfile)
write_verbose('Generating system download path...', metadata)
log_info('Generating system download path...', logfile)
manager = PackageManager(packets, metadata)
paths = manager.handle_multi_download()
log_info('Finished Rapid Download...', logfile)
log_info(
'Using Rapid Install To Complete Setup, Accept Prompts Asking For Admin Permission...',
logfile)
manager.handle_multi_install(paths)
return
for package in corrected_package_names:
pkg = res[package]
packet = Packet(package, pkg['package-name'], pkg['win64'],
pkg['darwin'], pkg['debian'], pkg['win64-type'],
pkg['darwin-type'], pkg['debian-type'],
pkg['custom-location'], pkg['install-switches'],
pkg['uninstall-switches'], install_directory)
installation = find_existing_installation(package, packet.json_name)
if installation:
write_debug(
f"Aborting Installation As {packet.json_name} is already installed.",
metadata)
write_verbose(
f"Found an existing installation of => {packet.json_name}",
metadata)
write(f"Found an existing installation {packet.json_name}.",
'bright_yellow', metadata)
installation_continue = click.prompt(
f'Would you like to reinstall {packet.json_name} [y/n]')
if installation_continue == 'y' or installation_continue == 'y' or yes:
os.system(f'electric uninstall {packet.json_name}')
os.system(f'electric install {packet.json_name}')
return
else:
handle_exit(status, setup_name, metadata)
write_verbose(f"Package to be installed: {packet.json_name}", metadata)
log_info(f"Package to be installed: {packet.json_name}", logfile)
write_verbose(f'Finding closest match to {packet.json_name}...',
metadata)
log_info(f'Finding closest match to {packet.json_name}...', logfile)
if index == 0:
if super_cache:
write(
f'Rapidquery Successfully SuperCached {packet.json_name} in {round(time, 6)}s',
'bright_yellow', metadata)
write_debug(
f'Rapidquery Successfully SuperCached {packet.json_name} in {round(time, 9)}s',
metadata)
log_info(
f'Rapidquery Successfully SuperCached {packet.json_name} in {round(time, 6)}s',
logfile)
else:
write(
f'Rapidquery Successfully Received {packet.json_name}.json in {round(time, 6)}s',
'bright_yellow', metadata)
write_debug(
f'Rapidquery Successfully Received {packet.json_name}.json in {round(time, 9)}s',
metadata)
log_info(
f'Rapidquery Successfully Received {packet.json_name}.json in {round(time, 6)}s',
logfile)
write_verbose('Generating system download path...', metadata)
log_info('Generating system download path...', logfile)
start = timer()
status = 'Download Path'
download_url = get_download_url(packet)
status = 'Got Download Path'
end = timer()
val = round(Decimal(end) - Decimal(start), 6)
write(f'Electrons Transferred In {val}s', 'cyan', metadata)
log_info(f'Electrons Transferred In {val}s', logfile)
write('Initializing Rapid Download...', 'green', metadata)
log_info('Initializing Rapid Download...', logfile)
# Downloading The File From Source
write_verbose(f"Downloading from '{download_url}'", metadata)
log_info(f"Downloading from '{download_url}'", logfile)
status = 'Downloading'
if rate_limit == -1:
path = download(download_url, no_progress, silent,
packet.win64_type)
else:
bucket = TokenBucket(tokens=10 * rate_limit, fill_rate=rate_limit)
limiter = Limiter(
bucket=bucket,
filename=f"{tempfile.gettempdir()}\Setup{packet.win64_type}",
)
urlretrieve(
url=download_url,
filename=f"{tempfile.gettempdir()}\Setup{packet.win64_type}",
reporthook=limiter)
path = f"{tempfile.gettempdir()}\Setup{packet.win64_type}"
status = 'Downloaded'
write('\nFinished Rapid Download', 'green', metadata)
log_info('Finished Rapid Download', logfile)
if virus_check:
write('Scanning File For Viruses...', 'blue', metadata)
check_virus(path, metadata)
write(
'Using Rapid Install, Accept Prompts Asking For Admin Permission...',
'cyan', metadata)
log_info(
'Using Rapid Install To Complete Setup, Accept Prompts Asking For Admin Permission...',
logfile)
if debug:
click.echo('\n')
write_debug(
f'Installing {packet.json_name} through Setup{packet.win64}',
metadata)
log_info(f'Installing {packet.json_name} through Setup{packet.win64}',
logfile)
start_snap = get_environment_keys()
status = 'Installing'
# Running The Installer silently And Completing Setup
install_package(path, packet, metadata)
status = 'Installed'
final_snap = get_environment_keys()
if final_snap.env_length > start_snap.env_length or final_snap.sys_length > start_snap.sys_length:
write('Refreshing Environment Variables...', 'green', metadata)
start = timer()
log_info('Refreshing Environment Variables', logfile)
write_debug(
'Refreshing Env Variables, Calling Batch Script At scripts/refreshvars.cmd',
metadata)
write_verbose('Refreshing Environment Variables', metadata)
refresh_environment_variables()
end = timer()
write_debug(
f'Successfully Refreshed Environment Variables in {round(end - start)} seconds',
metadata)
write(f'Successfully Installed {packet.display_name}!',
'bright_magenta', metadata)
log_info(f'Successfully Installed {packet.display_name}!', logfile)
if metadata.reduce_package:
write('Successfully Cleaned Up Installer From Temp Directory...',
'green', metadata)
os.remove(path)
write_verbose('Installation and setup completed.', metadata)
log_info('Installation and setup completed.', logfile)
write_debug(
f'Terminated debugger at {strftime("%H:%M:%S")} on install::completion',
metadata)
log_info(
f'Terminated debugger at {strftime("%H:%M:%S")} on install::completion',
logfile)
closeLog(logfile, 'Install')
index += 1
end = timer()
'10': ':keycap_ten:'
}
newString = ""
for item in string:
# print("ITEM = {}".format(item))
if item in alphabet:
newString = newString + " " + ":regional_indicator_{}:".format(
item)
elif item == "?":
newString = newString + " " + ":question:"
elif item == "!":
newString = newString + " " + ":exclamation:"
elif item in numbers.keys():
newString = newString + " " + numbers[item]
elif item == " ":
newString = newString + " "
else:
pass
# print("DEBUGGING: newString = {}".format(str(newString)))
pyperclip.copy(newString)
print(" [+] Your hotkey is {}.".format(keyToUse))
keyboard.add_hotkey(keyToUse, run)
keyboard.wait()
def use_card(self, index, *args):
hand_card = self.my_hand_cards[index]
detail_card = hand_card.detail_card
debug_print(f"将使用卡牌[{index}] {hand_card.name}")
if detail_card is None:
MinionNoPoint.use_with_arg(self, index, *args)
else:
detail_card.use_with_arg(self, index, *args)
self.my_hand_cards.pop(index)
return hand_card.current_cost
if __name__ == "__main__":
keyboard.add_hotkey("ctrl+q", sys.exit)
log_iter = log_iter_func(HEARTHSTONE_POWER_LOG_PATH)
state = LogState()
while True:
log_container = next(log_iter)
if log_container.length > 0:
for x in log_container.message_list:
update_state(state, x)
strategy_state = StrategyState(state)
strategy_state.debug_print_out()
with open("game_state_snapshot.txt", "w", encoding="utf8") as f:
f.write(str(state))
def _set_hotkeys(self):
keyboard.add_hotkey("ctrl+up", self._up_event)
keyboard.add_hotkey("ctrl+down", self._down_event)
def all_off():
global _red, _green, _blue, _blink, _modulation, _buzzer, _music
if _red:
toggle_red()
if _green:
toggle_green()
if _blue:
toggle_blue()
_blink = False
_modulation = False
_buzzer = False
_music = False
print('all_off() 호출')
keyboard.add_hotkey('r', toggle_red) # R 입력
keyboard.add_hotkey('g', toggle_green) # G 입력
keyboard.add_hotkey('b', toggle_blue) # B 입력
keyboard.add_hotkey('m', toggle_modulation) # M 입력
keyboard.add_hotkey('x', toggle_blink) # X 입력
keyboard.add_hotkey('s', toggle_music) # S 입력
keyboard.add_hotkey('o', all_off) # O 입력
try:
while True: # 메인 루프
# PIR 감지
if GPIO.input(24): # 움직임을 감지했을 때
toggle_pir()
if _red: # if RED on then Blink
toggle_blink()
else: # RED on