# -*- coding: utf-8 -*- from src.logger import logger, loggerMapClicked from cv2 import cv2 from os import listdir from random import randint from random import random import numpy as np import mss import pyautogui import time import sys import yaml # Load config file. stream = open("config.yaml", 'r') c = yaml.safe_load(stream) ct = c['threshold'] ch = c['home'] pause = c['time_intervals']['interval_between_moviments'] pyautogui.PAUSE = pause cat = """ _ \`*-. ) _`-. . : `. . : _ ' \\ ; *` _. `*-._ `-.-' `-. ; ` `. :. . \\ . \ . : .-' . ' `+.; ; ' : : ' | ; ;-. ; ' : :`-: _.`* ; .*' / .*' ; .*`- +' `*' `*-* `*-* `*-*' ========================================================================= ========== πŸ’° Have I helped you in any way? All I ask is a tip! 🧾 ====== ========== ✨ FaΓ§a sua boa ação de hoje, manda aquela gorjeta! 😊 ======= ========================================================================= ======================== vvv BCOIN BUSD BNB vvv ========================= ============== 0xbd06182D8360FB7AC1B05e871e56c76372510dDf =============== ========================================================================= ===== https://www.paypal.com/donate?hosted_button_id=JVYSC6ZYCNQQQ ====== ========================================================================= >>---> Press ctrl + c to kill the bot. >>---> Some configs can be found in the config.yaml file.""" def addRandomness(n, randomn_factor_size=None): """Returns n with randomness Parameters: n (int): A decimal integer randomn_factor_size (int): The maximum value+- of randomness that will be added to n Returns: int: n with randomness """ if randomn_factor_size is None: randomness_percentage = 0.1 randomn_factor_size = randomness_percentage * n random_factor = 2 * random() * randomn_factor_size if random_factor > 5: random_factor = 5 without_average_random_factor = n - randomn_factor_size randomized_n = int(without_average_random_factor + random_factor) # logger('{} with randomness -> {}'.format(int(n), randomized_n)) return int(randomized_n) def moveToWithRandomness(x,y,t): pyautogui.moveTo(addRandomness(x,10),addRandomness(y,10),t+random()/2) def remove_suffix(input_string, suffix): """Returns the input_string without the suffix""" if suffix and input_string.endswith(suffix): return input_string[:-len(suffix)] return input_string def load_images(dir_path='./targets/'): """ Programatically loads all images of dir_path as a key:value where the key is the file name without the .png suffix Returns: dict: dictionary containing the loaded images as key:value pairs. """ file_names = listdir(dir_path) targets = {} for file in file_names: path = 'targets/' + file targets[remove_suffix(file, '.png')] = cv2.imread(path) return targets def loadHeroesToSendHome(): """Loads the images in the path and saves them as a list""" file_names = listdir('./targets/heroes-to-send-home') heroes = [] for file in file_names: path = './targets/heroes-to-send-home/' + file heroes.append(cv2.imread(path)) print('>>---> %d heroes that should be sent home loaded' % len(heroes)) return heroes def show(rectangles, img = None): """ Show an popup with rectangles showing the rectangles[(x, y, w, h),...] over img or a printSreen if no img provided. Useful for debugging""" if img is None: with mss.mss() as sct: monitor = sct.monitors[0] img = np.array(sct.grab(monitor)) for (x, y, w, h) in rectangles: cv2.rectangle(img, (x, y), (x + w, y + h), (255,255,255,255), 2) # cv2.rectangle(img, (result[0], result[1]), (result[0] + result[2], result[1] + result[3]), (255,50,255), 2) cv2.imshow('img',img) cv2.waitKey(0) def clickBtn(img, timeout=3, threshold = ct['default']): """Search for img in the scree, if found moves the cursor over it and clicks. Parameters: img: The image that will be used as an template to find where to click. timeout (int): Time in seconds that it will keep looking for the img before returning with fail threshold(float): How confident the bot needs to be to click the buttons (values from 0 to 1) """ logger(None, progress_indicator=True) start = time.time() has_timed_out = False while(not has_timed_out): matches = positions(img, threshold=threshold) if(len(matches)==0): has_timed_out = time.time()-start > timeout continue x,y,w,h = matches[0] pos_click_x = x+w/2 pos_click_y = y+h/2 moveToWithRandomness(pos_click_x,pos_click_y,1) pyautogui.click() return True return False def printSreen(): with mss.mss() as sct: monitor = sct.monitors[0] sct_img = np.array(sct.grab(monitor)) # The screen part to capture # monitor = {"top": 160, "left": 160, "width": 1000, "height": 135} # Grab the data return sct_img[:,:,:3] def positions(target, threshold=ct['default'],img = None): if img is None: img = printSreen() result = cv2.matchTemplate(img,target,cv2.TM_CCOEFF_NORMED) w = target.shape[1] h = target.shape[0] yloc, xloc = np.where(result >= threshold) rectangles = [] for (x, y) in zip(xloc, yloc): rectangles.append([int(x), int(y), int(w), int(h)]) rectangles.append([int(x), int(y), int(w), int(h)]) rectangles, weights = cv2.groupRectangles(rectangles, 1, 0.2) return rectangles def scroll(): commoms = positions(images['commom-text'], threshold = ct['commom']) if (len(commoms) == 0): return x,y,w,h = commoms[len(commoms)-1] # moveToWithRandomness(x,y,1) if not c['use_click_and_drag_instead_of_scroll']: pyautogui.scroll(-c['scroll_size']) else: pyautogui.dragRel(0,-c['click_and_drag_amount'],duration=1, button='left') def clickButtons(): buttons = positions(images['go-work'], threshold=ct['go_to_work_btn']) # print('buttons: {}'.format(len(buttons))) for (x, y, w, h) in buttons: moveToWithRandomness(x+(w/2),y+(h/2),1) pyautogui.click() global hero_clicks hero_clicks = hero_clicks + 1 #cv2.rectangle(sct_img, (x, y) , (x + w, y + h), (0,255,255),2) if hero_clicks > 20: logger('too many hero clicks, try to increase the go_to_work_btn threshold') return return len(buttons) def isHome(hero, buttons): y = hero[1] for (_,button_y,_,button_h) in buttons: isBelow = y < (button_y + button_h) isAbove = y > (button_y - button_h) if isBelow and isAbove: # if send-home button exists, the hero is not home return False return True def isWorking(bar, buttons): y = bar[1] for (_,button_y,_,button_h) in buttons: isBelow = y < (button_y + button_h) isAbove = y > (button_y - button_h) if isBelow and isAbove: return False return True def clickGreenBarButtons(): # ele clicka nos q tao trabaiano mas axo q n importa offset = 140 green_bars = positions(images['green-bar'], threshold=ct['green_bar']) logger('🟩 %d green bars detected' % len(green_bars)) buttons = positions(images['go-work'], threshold=ct['go_to_work_btn']) logger('πŸ†— %d buttons detected' % len(buttons)) not_working_green_bars = [] for bar in green_bars: if not isWorking(bar, buttons): not_working_green_bars.append(bar) if len(not_working_green_bars) > 0: logger('πŸ†— %d buttons with green bar detected' % len(not_working_green_bars)) logger('πŸ‘† Clicking in %d heroes' % len(not_working_green_bars)) # se tiver botao com y maior que bar y-10 e menor que y+10 hero_clicks_cnt = 0 for (x, y, w, h) in not_working_green_bars: # isWorking(y, buttons) moveToWithRandomness(x+offset+(w/2),y+(h/2),1) pyautogui.click() global hero_clicks hero_clicks = hero_clicks + 1 hero_clicks_cnt = hero_clicks_cnt + 1 if hero_clicks_cnt > 20: logger('⚠️ Too many hero clicks, try to increase the go_to_work_btn threshold') return #cv2.rectangle(sct_img, (x, y) , (x + w, y + h), (0,255,255),2) return len(not_working_green_bars) def clickFullBarButtons(): offset = 100 full_bars = positions(images['full-stamina'], threshold=ct['default']) buttons = positions(images['go-work'], threshold=ct['go_to_work_btn']) not_working_full_bars = [] for bar in full_bars: if not isWorking(bar, buttons): not_working_full_bars.append(bar) if len(not_working_full_bars) > 0: logger('πŸ‘† Clicking in %d heroes' % len(not_working_full_bars)) for (x, y, w, h) in not_working_full_bars: moveToWithRandomness(x+offset+(w/2),y+(h/2),1) pyautogui.click() global hero_clicks hero_clicks = hero_clicks + 1 return len(not_working_full_bars) def goToHeroes(): if clickBtn(images['go-back-arrow']): global login_attempts login_attempts = 0 #TODO tirar o sleep quando colocar o pulling time.sleep(1) clickBtn(images['hero-icon']) time.sleep(randint(1,3)) def goToGame(): # in case of server overload popup clickBtn(images['x']) # time.sleep(3) clickBtn(images['x']) clickBtn(images['treasure-hunt-icon']) def refreshHeroesPositions(): logger('πŸ”ƒ Refreshing Heroes Positions') clickBtn(images['go-back-arrow']) clickBtn(images['treasure-hunt-icon']) # time.sleep(3) clickBtn(images['treasure-hunt-icon']) def login(): global login_attempts logger('😿 Checking if game has disconnected') if login_attempts > 3: logger('πŸ”ƒ Too many login attempts, refreshing') login_attempts = 0 pyautogui.hotkey('ctrl','f5') return if clickBtn(images['connect-wallet-1'], timeout = 5): if clickBtn(images['connect-wallet-2'], timeout = 10): logger('πŸŽ‰ Connect wallet button detected, logging in!') login_attempts = login_attempts + 1 #TODO mto ele da erro e poco o botao n abre # time.sleep(10) if clickBtn(images['select-wallet-2'], timeout=8): # sometimes the sign popup appears imediately login_attempts = login_attempts + 1 # print('sign button clicked') # print('{} login attempt'.format(login_attempts)) if clickBtn(images['treasure-hunt-icon'], timeout = 15): # print('sucessfully login, treasure hunt btn clicked') login_attempts = 0 return # click ok button if not clickBtn(images['select-wallet-1-no-hover'], ): if clickBtn(images['select-wallet-1-hover'], threshold = ct['select_wallet_buttons'] ): pass # o ideal era que ele alternasse entre checar cada um dos 2 por um tempo # print('sleep in case there is no metamask text removed') # time.sleep(20) else: pass # print('sleep in case there is no metamask text removed') # time.sleep(20) if clickBtn(images['select-wallet-2'], timeout = 20): login_attempts = login_attempts + 1 # print('sign button clicked') # print('{} login attempt'.format(login_attempts)) # time.sleep(25) if clickBtn(images['treasure-hunt-icon'], timeout=25): # print('sucessfully login, treasure hunt btn clicked') login_attempts = 0 # time.sleep(15) if clickBtn(images['ok'], timeout=5): pass # time.sleep(15) # print('ok button clicked') def sendHeroesHome(): if not ch['enable']: return heroes_positions = [] for hero in home_heroes: hero_positions = positions(hero, threshold=ch['hero_threshold']) if not len (hero_positions) == 0: #TODO maybe pick up match with most wheight instead of first hero_position = hero_positions[0] heroes_positions.append(hero_position) n = len(heroes_positions) if n == 0: print('No heroes that should be sent home found.') return print(' %d heroes that should be sent home found' % n) # if send-home button exists, the hero is not home go_home_buttons = positions(images['send-home'], threshold=ch['home_button_threshold']) # TODO pass it as an argument for both this and the other function that uses it go_work_buttons = positions(images['go-work'], threshold=ct['go_to_work_btn']) for position in heroes_positions: if not isHome(position,go_home_buttons): print(isWorking(position, go_work_buttons)) if(not isWorking(position, go_work_buttons)): print ('hero not working, sending him home') moveToWithRandomness(go_home_buttons[0][0]+go_home_buttons[0][2]/2,position[1]+position[3]/2,1) pyautogui.click() else: print ('hero working, not sending him home(no dark work button)') else: print('hero already home, or home full(no dark home button)') def refreshHeroes(): logger('🏒 Search for heroes to work') goToHeroes() if c['select_heroes_mode'] == "full": logger('βš’οΈ Sending heroes with full stamina bar to work', 'green') elif c['select_heroes_mode'] == "green": logger('βš’οΈ Sending heroes with green stamina bar to work', 'green') else: logger('βš’οΈ Sending all heroes to work', 'green') buttonsClicked = 1 empty_scrolls_attempts = c['scroll_attemps'] while(empty_scrolls_attempts >0): if c['select_heroes_mode'] == 'full': buttonsClicked = clickFullBarButtons() elif c['select_heroes_mode'] == 'green': buttonsClicked = clickGreenBarButtons() else: buttonsClicked = clickButtons() sendHeroesHome() if buttonsClicked == 0: empty_scrolls_attempts = empty_scrolls_attempts - 1 scroll() time.sleep(2) logger('πŸ’ͺ {} heroes sent to work'.format(hero_clicks)) goToGame() def main(): """Main execution setup and loop""" # ==Setup== global hero_clicks global login_attempts global last_log_is_progress hero_clicks = 0 login_attempts = 0 last_log_is_progress = False global images images = load_images() if ch['enable']: global home_heroes home_heroes = loadHeroesToSendHome() else: print('>>---> Home feature not enabled') print('\n') print(cat) time.sleep(7) t = c['time_intervals'] last = { "login" : 0, "heroes" : 0, "new_map" : 0, "check_for_captcha" : 0, "refresh_heroes" : 0 } # ========= while True: now = time.time() if now - last["check_for_captcha"] > addRandomness(t['check_for_captcha'] * 60): last["check_for_captcha"] = now if now - last["heroes"] > addRandomness(t['send_heroes_for_work'] * 60): last["heroes"] = now refreshHeroes() if now - last["login"] > addRandomness(t['check_for_login'] * 60): sys.stdout.flush() last["login"] = now login() if now - last["new_map"] > t['check_for_new_map_button']: last["new_map"] = now if clickBtn(images['new-map']): loggerMapClicked() if now - last["refresh_heroes"] > addRandomness( t['refresh_heroes_positions'] * 60): last["refresh_heroes"] = now refreshHeroesPositions() #clickBtn(teasureHunt) logger(None, progress_indicator=True) sys.stdout.flush() time.sleep(1) if __name__ == '__main__': main() #cv2.imshow('img',sct_img) #cv2.waitKey() # colocar o botao em pt # soh resetar posiΓ§oes se n tiver clickado em newmap em x segundos