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How to use _print_step method in hypothesis

Best Python code snippet using hypothesis

main.py

Source:main.py

...15        """16        self.name = name17        self.email = email18        self.cv = cv19    def _print_step(self, message: str) -> None:20        """ 21        Print step22        """23        print("*" * 50)24        print(message)25        return26    def _get_session_id(self) -> None:27        """28        Get session id from _response header and save it to variable29        """30        request = self._response.get(self._base_url)31        session_id = request.cookies['PHPSESSID']32        self._session_id = session_id33        self._print_step(f"Get session id: {session_id}")34    def _get_token(self) -> None:35        """36        Get token from _response header and save it to variable37        """38        request = self._response.get(self._base_url)39        soup = BeautifulSoup(request.text, 'html.parser')40        self._token = soup.find('input', {'name': 'statefulhash'})['value']41        self._print_step(f"Get token: {self._token}")42    def _activate_account(self):43        """44        Activate account with token45        """46        request = self._response.get(47            f'{self._base_url}/activate?statefulhash={self._token}'48        )49        self._print_step(request.text)50    def _get_image(self) -> bytes:51        """52        Get image from _response and save it to file 53        """54        request = self._response.get(55            f"{self._base_url}/payload",56            stream=True57        )58        image = request.raw59        return image60    def _sing_image(self) -> None:61        """62        Sing image with name 63        """64        image = Image.open(self._get_image())65        draw = ImageDraw.Draw(image)66        draw.text(67            (image.width / 2, image.height / 2),68            f"{self.name}, Hash: {self._token}",69            fill=(255, 255, 255),70        )71        image.save("image.jpg", "JPEG")72        self._print_step("Sing image successfully")73    def _code_copy(self) -> None:74        """ 75        Copy code to file76        """77        copyfile("main.py", "code.py")78        self._print_step("Copy code successfully")79    def _form_submit(self) -> None:80        """81        Submit form with image and cv82        """83        payload = self._response.get(f"{self._base_url}/payload")84        url = payload.headers['X-Post-Back-To']85        files = {86            "code": open(self._file_path / "code.py", "rb"),87            "resume": open(self._file_path / "resume.pdf", "rb"),88            "image": open(self._file_path / "image.jpg", "rb")89        }90        data = {91            "email": self.email,92            "name": self.name,93            "aboutme": "I'm backend developer from Venezuela, I'm a Python developer.",94        }95        request = self._response.post(96            url,97            files=files,98            data=data,99        )100        self._print_step(request.status_code)101        self._print_step(request.text)102    def main(self) -> None:103        """104        Main function105        """106        self._get_session_id()107        self._get_token()108        self._activate_account()109        self._sing_image()110        self._code_copy()111        self._form_submit()112if __name__ == "__main__":113    name = input("Name: ")114    email = input("Email: ")115    job_test = JobTest(name, email, "cv.pdf")...

multiprocessing_utils.py

Source:multiprocessing_utils.py

1"""2Threading (multiprocessing) utilities.3"""4import math5import time6from itertools import cycle7from multiprocessing import Manager8from multiprocessing.pool import Pool9from typing import Optional10class AtomicCounter(object):11  """12  A thread safe (atomic) counter with automatic printing13  of global progression.14  """15  def __init__(self,16               manager: Manager,17               total_count: int,18               print_step: Optional[int] = None):19    """20    Constructs the counter with the given arguments21    :param manager: the manager has to be instanciated outside for shared22    resources23    :param total_count: the total number of elements to process24    :param print_step: the number of step between each print, initialized25    to sensible default if not provided26    """27    self._lock = manager.Lock()28    self._value = manager.Value('i', 0)29    self._total_count = total_count30    self._start_time = time.time()31    if print_step:32      self._print_step = print_step33    else:34      # Nearest (floored) power of 10 from the total count:35      # - if count is 456, the print step will be of 10036      # - if count is 55698, the print step will be of 1000037      if total_count < 10:38        self._print_step = 139      else:40        self._print_step = int(10 ** (math.floor(math.log10(total_count))) / 10)41  def _print(self):42    if not self._value.value:43      print(f"Iteration count: {self._value.value}/{self._total_count}")44      return45    current_time = time.time() - self._start_time46    expected_time = (current_time / self._value.value) * self._total_count47    remaining_time = expected_time - current_time48    completed_percentage = (current_time / expected_time) * 10049    print(f"Iteration count: {self._value.value}/{self._total_count} ("50          f"elapsed: {int(current_time)} sec, "51          f"remaining: {int(remaining_time)} sec, "52          f"total: {int(expected_time)} sec, "53          f"completion: {int(completed_percentage)}%)")54  def increment(self):55    """56    Increments the counter and prints the value if the print_step is met57    """58    with self._lock:59      if self._value.value == 0:60        self._print()61      self._value.value += 162      if self._value.value % self._print_step == 0:63        self._print()64  def value(self):65    """66    Returns the value for the counter67    """68    with self._lock:69      return self._value.value70def _process(x: int, counter: AtomicCounter):71  try:72    # Process here, you can return None73    pass74  except Exception as e:75    print(f"Exception during processing of {x}: {e}")76  finally:77    counter.increment()78def main():79  # Example usage80  with Pool(4) as pool:81    # Add elements to process here82    elements = []83    manager = Manager()84    counter = AtomicCounter(manager, len(elements))85    print("START")86    results = pool.starmap(_process, zip(elements, cycle([counter])))87    results = [result for result in results if result]88    print("END")89if __name__ == "__main__":...

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