def wait_for_scaling_group_status()

in ManagedkdbInsights/dbmaint/managed_kx.py [0:0]

• 34 lines of code
• 11 McCabe index (conditional complexity)

def wait_for_scaling_group_status(client, environmentId:str, scalingGroupName: str, status: str='ACTIVE', sleep_sec=30, max_wait_sec=3600, show_wait=False):
    if environmentId is None:
        environmentId = get_kx_environment_id(client)

    """
    Function polls until volume is in desired status
    """
    total_wait = 0

    while True and total_wait < max_wait_sec:
        this_sg = get_kx_scaling_group(client=client, environmentId = environmentId, scalingGroupName=scalingGroupName)

        if this_sg is None:
            print(f"Scaling Group: {scalingGroupName} not found")
            return None

        this_status = this_sg['status']

        if this_status.upper() == "CREATE_FAILED":
            print(f"Scaling Group: {this_status}, total wait {datetime.timedelta(seconds=total_wait)}")

            error_info = resp.get('errorInfo', None)
            if error_info is not None:
                print(f"Type: {error_info.get('errorType', '')}")
                print(f"Message: {error_info.get('errorMessage', '')}")
                print(error_info)
            else:
                print(resp)

            return None
        elif this_status.upper() != status.upper():
            if show_wait:
                print(f"Scaling Group: {scalingGroupName} status is {this_status}, total wait {datetime.timedelta(seconds=total_wait)}, waiting {sleep_sec} sec ...")
            time.sleep(sleep_sec)
            total_wait = total_wait + sleep_sec
            continue
        else:
            if show_wait:
                if total_wait > 0:
                    print(f"Scaling Group: {scalingGroupName} status is now {this_status}, total wait {datetime.timedelta(seconds=total_wait)}")
                else:
                    print(f"Scaling Group: {scalingGroupName} status is {this_status}")
            return this_sg

    print(f"No Scaling Group after {datetime.timedelta(seconds=total_wait)}")