How to use get_connection_status method in localstack

Best Python code snippet using localstack_python

module_connect.py

Source:module_connect.py

...23    self.last_seen       = datetime.now()24# ---25def display_connection_status ():26  print()27  connection_status = get_connection_status()28  if connection_status['State'] == 'connected':29    print('Connected to ' + connection_status['SSID'] + ' (' + connection_status['BSSID'] + ')')30  else:31    print('Disconnected.')32# ---33def get_connection_status ():34  result = {}35  output = str(check_output('netsh wlan show interface wi-fi'))36  for line in output.split('\\r\\n'):37    pair = line.split(' : ')38    if len(pair) == 2:39      result[pair[0].strip()] = pair[1].strip()40  return result41# ---42def get_network_list ():43  networks = {}44  # Get all nearby networks using netsh45  netsh_output = str(check_output('netsh wlan show networks mode=bssid'))46  # For each SSID47  for result in netsh_output.split('\\r\\nSSID')[1:]:48    # Split the result into key/value pairs49    pairs = result.split('\\r\\n')50    SSID = pairs[0].split(' : ')[1].strip()51    network_type = pairs[1].split(' : ')[1].strip()52    authentication = pairs[2].split(' : ')[1].strip()53    encryption = pairs[3].split(' : ')[1].strip()54    # For each BSSID55    for sub_result in result.split('BSSID')[1:]:56      # Split the result into key/value pairs57      sub_pairs = sub_result.split('\\r\\n')58      BSSID = sub_pairs[0].split(' : ')[1].strip()59      signal = sub_pairs[1].split(' : ')[1].strip()60      protocol = sub_pairs[2].split(' : ')[1].strip()61      channel = sub_pairs[3].split(' : ')[1].strip()62      # Record the network details63      networks[BSSID] = Network(BSSID, SSID, network_type, authentication, encryption, protocol, channel)64      networks[BSSID].update_signal_strength(signal)65  return networks66# ---67def autocomplete_network (SSID):68  for network in get_network_list().values():69    if network.SSID.lower().startswith(SSID.lower()):70      return network71# ---72def connect_to_network (name):73  print()74  # Are we already connected?75  connection_status = get_connection_status()76  if connection_status['State'] == 'connected':77    print('Already connected to ' + connection_status['SSID'] + ' (' + connection_status['BSSID'] + ')')78    if confirm('Disconnect?'):79      disconnect_from_network()80      print()81    else:82      return83  # Is there a nearby network with this SSID?84  target_network = autocomplete_network(name)85  if not target_network:86    print('Could not locate ' + name)87    return88  print('Found network ' + target_network.SSID + ' (' + target_network.BSSID + ')')89  print('Security: ' + target_network.authentication + ' (' + target_network.encryption + ')' + NL)90  # Does a profile exist for this SSID?91  for profile_SSID, profile_name in get_profile_list().items():92    if profile_SSID.lower() == target_network.SSID.lower():93      if confirm('Use existing profile?'):94        # Attempt to connect using the existing profile95        print()96        attempt_connection(profile_name)97        return98      else:99        print(NL + 'This will overwrite the existing profile.')100        if confirm('Are you sure?'):101          # Delete the existing profile102          delete_profile(profile_name)103          print()104        else:105          return106  # Generate a new profile107  profile = generate_profile(target_network)108  # Add the network password, if required109  if target_network.authentication not in ['None', 'Open']:110    password = input('Password required: ')111    profile = profile.format(password)112  # Attempt to connect using the new profile113  command_result = add_profile(profile)114  if not command_result['Success']:115    print(command_result['Output'])116    return117  attempt_connection(target_network.SSID)118  # ---119def attempt_connection (profile_name):120  print('Sending connection request...')121  command_result = try_call(['netsh', 'wlan', 'connect', profile_name])122  if not command_result['Success']:123    print(command_result['Output'])124  try:125    # Check if the request was successful126    for i in range(5):127      sleep(1)128      if get_connection_status()['State'] == 'connected':129        print('Connected.')130        return131  except KeyboardInterrupt:132    pass133  print('Request timed out.' + NL)134  print('This may mean the network is no longer available or the network password is incorrect')135  if confirm('Delete associated profile?'):136    delete_profile(profile_name)137# ---138def disconnect_from_network ():139  print()140  connection_status = get_connection_status()141  if connection_status['State'] == 'disconnected':142    print('Not connected to a network.')143    return144  command_result = try_call('netsh wlan disconnect')145  if command_result['Success']:146    print('Disconnected from ' + connection_status['SSID'])147  else:148    print('Disconnect failed.')...

PrinterControl.py

Source:PrinterControl.py

1import requests2import time3base_url = 'http://octopi.local/api/'4apikey = {'apikey': 'C74BC62010F3417FBC5EEBA6A1BDF0BF'}5def get_connection_status():6    r = requests.get(base_url + 'connection', params=apikey)7    return r.json()["current"]["state"]8def connect_to_printer():9    command_data = {'command': 'connect', 'baudrate': 115200, 'printerProfile': 'prusa_i3_mk2'}10    r = requests.post(base_url + 'connection', json=command_data, params=apikey)11    return r12def upload_stl(filename):13    file = {'file': (filename, open(filename, 'rb'), 'application/octet-stream')}14    r = requests.post(base_url + 'files/local', files=file, params=apikey)15    return r16def slice_and_select(filename):17    command_parameters = {'command': 'slice',18                          'position': {'x': 125, 'y': 105},19                          'printerProfile': 'prusa_i3_mk2',20                          'profile': 'original_prusa_i3_mk2_0_15_pla_normal',21                          'select': True}22    r = requests.post(base_url + 'files/local/' + filename, json=command_parameters, params=apikey)23    return r24def get_print_job_info():25    return requests.get(base_url + 'job', params=apikey).json()26def start_print_job():27    start_command = {'command': 'start'}28    return requests.post(base_url + 'job', json=start_command, params=apikey)29def print_stl_file(filename):30    # Check current printer status and try to connect if necessary31    current_status = get_connection_status()32    print('Current printer connection status: ' + current_status)33    if current_status == 'Closed':34        print('Connecting to printer:')35        connect_to_printer()36        current_status = get_connection_status()37        print('\t' + current_status)38        while current_status != 'Operational':39            time.sleep(2)40            current_status = get_connection_status()41            print('\t' + current_status)42    # Upload stl file to OctoPrint43    file_upload_response = upload_stl(filename)44    if file_upload_response.json()['done']:45        print('File "' + filename + '" uploaded successfully')46    else:47        print('Failed to upload ' + filename)48        exit()49    # Slice stl file to gcode50    slice_and_select(filename)51    print('Preparing file for printing; please wait...')52    # Retrieve print info once slicing is complete53    print_job_info = get_print_job_info()54    while(print_job_info['job']['estimatedPrintTime'] == None):...

dbcon.py

Source:dbcon.py

...11    def __init__(self):12        ...13    def connect_to_db(self):14        ...15    def get_connection_status(self):16        ...17class GenericConnector:18    dbname = None19    username = None20    connection_str = None21    def __init__(self):22        self.connected = False23    def connect_to_db(self):24        self.connected = True25        logger.info(f"Connected to {self.dbname} with user {self.username} and"26                    f"connection details '{self.connection_str}'.")27        return self.dbname28    def get_connection_status(self):29        pass30class ConcreteSourceDBConnector(GenericConnector):31    dbname = 'my_source_database'32    username = 'my_user'33    connection_str = 'my_source_connection_string'34    def get_connection_status(self):35        if not self.connected:36            raise ConcreteDBConnectionError37        else:38            logger.info("Successfully connected to Source Database")39class ConcreteTargetDBConnector(GenericConnector):40    dbname = 'my_target_database'41    username = 'my_user'42    connection_str = 'my_target_connection_string'43    def get_connection_status(self):44        if not self.connected:45            raise ConcreteDBConnectionError46        else:...

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