def test_remove_empty_player(self): app = App() response = app.remove_player(None) self.assertFalse(response.ok) self.assertEqual('The player name can\'t be empty.', response.message)
def main(): # Initialize the app and the shell using the configuration data app = App(cache_folder=CACHE_FOLDER, database_folder=DATABASE_FOLDER) # Create all the necessary folders app.cache.init() # Initialize the shell and run it with the given arguments load_shell(app=app, style=style).run(argv)
def test_remove_nonexistent_player(self): app = App() reponse = app.remove_player('Rafael') self.assertFalse(reponse.ok) self.assertEqual('Rafael not in the list', reponse.message)
def main(): parser = argparse.ArgumentParser() parser.add_argument("--model", default="assets/models/cnn_113_80_quantized.tflite") parser.add_argument("--checkpoint", action="store_true") parser.add_argument("--large", action="store_true") args = parser.parse_args() from load_model import load_any_model_filepath model, (HEIGHT, WIDTH) = load_any_model_filepath(args.model, not args.checkpoint, args.large) # screen box is (x, y, width, height) bounding_box = (677, 289, 322, 455) app = App() app.bounding_box = bounding_box callback = ImageCallback(*bounding_box[2:4]) app.image_callback = callback.on_image screenshotter = MSSScreenshot() # screenshotter = D3DScreenshot() predictor = Predictor(model, (HEIGHT, WIDTH)) predictor.acceleration = 2.5 def on_press(key): if key == Key.f1: print("[Resumed]") app.is_paused = False elif key == Key.f2: print("[Paused]") app.is_paused = True elif key == Key.f3: print("[Exit]") app.stop() # callback.stop_threads() elif key == Key.f4: callback.is_preview = not callback.is_preview print(f"[Preview={callback.is_preview}]") elif key == Key.f5: app.show_debug = not app.show_debug print("[Debug={0}]".format(app.show_debug)) elif key == Key.f6: app.track_only = not app.track_only print("[Track={0}]".format(app.track_only)) elif key == Key.f7: callback.is_recording = not callback.is_recording print(f"[Recording={callback.is_recording}]") input_listener = Listener(on_press=on_press) input_listener.start() display_controls() callback.start_threads() app.start(predictor, screenshotter) input_listener.stop() callback.stop_threads()
def main(): attach_logger_to_stdout() if _download_necessary_files() == False: return q_app = QtWidgets.QApplication(sys.argv) app = App() app.display_main_menu() sys.exit(q_app.exec())
def test_remove_player_successfully(self): app = App() reponse = app.add_player('Rafael') response = app.remove_player('Rafael') self.assertTrue(reponse.ok) self.assertEqual('Rafael was succesfully removed.', response.message)
def test_add_player_succesfully(self): app = App() reponse = app.add_player('Rafael') self.assertTrue(reponse.ok) self.assertEqual('Rafael successfully added.', reponse.message) self.assertTrue('Rafael' in app.players)
def test_add_player_duplicated(self): app = App() app.add_player('Rafael') reponse = app.add_player('Rafael') self.assertFalse(reponse.ok) self.assertEqual( 'Rafael already in the players list.', reponse.message)
def run(self): running = True while running: app = App(self.args) app.init(self.ai_controllers) self.ai_controllers = app.ai_controllers should_exit = app.run() running = not should_exit
def test_list_three_players(self): app = App() app.add_player('Rafael') app.add_player('Simão') app.add_player('Rodrigo') response = app.list_players() self.assertTrue(response.ok) self.assertEqual(3, len(response.data['players']))
def main(): # First we created a application object for pyqt app = QApplication(sys.argv) # Then we apply Flatipie style sheet and modern window style for creating modern-looking interfaces. # Please note that this is important for creating flatipie style app. apply_palette(app) window = ModernWindow(App()) # Next is we show the window then execute the app. window.show() sys.exit(app.exec_())
def main() -> int: start = now() parser = argparse.ArgumentParser(description='Display subtitles from file') parser.add_argument('file', type=str, help='file path') options = parser.parse_args() subs = Subs(options.file) try: subs.process() except SubsFileNotFound: return 1 app = App(start, subs) return app.run()
def app(browser): yield App(browser)
""" if app.args.show == "true": print("\r Trying %s..." % password, end="") return True if validator.main(password, app.args.command) == app.args.code else False # Configurações do App. description = "|Brute Force| by Jean Loui Bernard Silva de Jesus" data_dir = "data" key_to_stop = "q" # Cria uma instância de App e obtém os argumentos passados na linha de comando. app = App(try_password, err_callback, data_dir, description, key_to_stop) # Mostra as informações que o usuário passou como argumento. print("\n INFO:") print(" -----------------------------------") print(" Command:", app.args.command) print(" Expected Exit Code:", app.args.code) print(" Show:", app.args.show) print(" Length:", app.args.min, "-", app.args.max) print(" -----------------------------------") print('\n Press "q" to finish.') if app.args.show != "true": print(" Running...") try:
def main(): app = App() app.run()
def run(): e = Engine(WIDTH, HEIGHT) app = App(WIDTH, HEIGHT, 'Test Engine', 30, e) app.run()
def open_application(context): context.app = App()
from src.app import App if __name__ == "__main__": main_app_window = App(900, 684) main_app_window()
from src.app import App import sys App().start()
def main(): app = App() app.run(creative_mode=False)
from src.app import App import sys if __name__ == "__main__" and "win" in sys.platform: App().run()
from src.app import App import pygame if __name__ == '__main__': pygame.init() pygame.font.init() info_obj = pygame.display.Info() size = (info_obj.current_w, info_obj.current_h) screen = pygame.display.set_mode(size, pygame.FULLSCREEN) app = App(60, size, screen) app.run()
from src.app import App if __name__ == '__main__': App()
import json from bson import ObjectId from flask import request from flask_cors import CORS from werkzeug.exceptions import abort from src.app import App # app = Flask(__name__) # CORS(app) app = App() CORS(app.flask) # run the application that does database manipulation def route(): return app.flask @app.flask.route("/api/v1/company", methods=["POST"]) def create_company(): if not request.json or 'name' not in request.json: abort(400) # company = Company(**request.json) # print(company) # company = { # 'type': request.json['type'], # 'name': request.json['name'], # 'address': request.json['address'],
def test_run(self): result = None self.assertEqual(App().run(), result)
def test_answer(): assert App().hello_world() == "Hello World!!!!!"
""" @package main @author andresgonzalezfornell Main module to run the application. """ from lib.appJar.appjar import gui from src.app import App gui = gui() gui.setImageLocation("res") gui.setIcon("airplane.gif") app = App(gui)
from src.app import App print(App().hello_world())
def init_app(self): app = App() app.do_routine() if env.HAS_ROUTINE: app.start_routine()
def main() -> None: app = QApplication([]) window = App() window.show() app.exec_()