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How to use enable_outputs method in avocado

Best Python code snippet using avocado_python

ctrl_process.py

Source:ctrl_process.py

1#!/usr/aut_env/bin/python3.82'''3CTRL_FREC4Version 1.0.0 15-04-2021 11:195''' 6## LIBRERIAS7import sys8import os9import configparser10## CONEXIONES11from CTRL_FREC.PROCESS.drv_visual import dic12from __CORE__.drv_redis import Redis13from __CORE__.drv_logs import ctrl_logs14from __CORE__.mypython import str2bool, config_var15from __CORE__.drv_dlg import emerg_system, read_param16from time import time  17from __CORE__.drv_config import serv_APP_config18from CTRL_FREC.PROCESS.ctrl_library import ctrlProcess19ctrl_start_time = time() 20def control_process(LIST_CONFIG):21    ''''''22    23    name_function = 'CONTROL_PROCESS'24    25    conf = config_var(LIST_CONFIG)26    27    # VARIABLES DE EJECUCION28    DLGID_CTRL = conf.lst_get('DLGID_CTRL') 29    TYPE = conf.lst_get('TYPE')                  30    print_log = str2bool(conf.lst_get('print_log'))31    LOG_LEVEL = conf.lst_get('LOG_LEVEL')32    33    #VARIABLES DE CONFIGURACION34    ENABLE_OUTPUTS = str2bool(conf.lst_get('ENABLE_OUTPUTS'))35    TYPE_IN_FREC = conf.lst_get('TYPE_IN_FREC')36    DLGID_REF = conf.lst_get('DLGID_REF')   37    CHANNEL_REF = conf.lst_get('CHANNEL_REF') 38    DLGID_REF_1 = conf.lst_get('DLGID_REF_1')   39    CHANNEL_REF_1 = conf.lst_get('CHANNEL_REF_1') 40    41    ## INSTANCIAS42    logs = ctrl_logs(TYPE,'CTRL_FREC_process',DLGID_CTRL,print_log,LOG_LEVEL)43    config = configparser.ConfigParser()44    redis = Redis()45    #gda = GDA(serv_APP_config['CONFIG']['working_mode'])46    47    redis.no_execution('MER004')48    49    '''50    # INSTANCIA DE error_process51    import importlib.util52    #spec = importlib.util.spec_from_file_location("archivo", f"../{TYPE}/PROCESS/ctrl_library.py")53    spec = importlib.util.spec_from_file_location("archivo", f"/datos/cgi-bin/spx/AUTOMATISMOS/{TYPE}/PROCESS/ctrl_library.py")54    archivo = importlib.util.module_from_spec(spec)55    spec.loader.exec_module(archivo)56    p = archivo.ctrl_process(LIST_CONFIG)'''57    p = ctrlProcess(LIST_CONFIG)58    59    # OBTENFO LA CARPETA EN DONDE SE ENCUENTRA EL ARCHIVO ACTUAL60    current_path = os.path.dirname(os.path.abspath(__file__))61    # LEO EL ARCHIVO DE CONFIGURACION62    config.read(f"{current_path}/ctrl_config.ini")63    64    #---------------------------------------------------------65    ##PROCESS66    67    logs.basicLog(__doc__)68    69    # ESCRIBO LA EJECUCION DEL SCRIPT70    logs.print_log(f"{name_function}")71   72    #logs.script_performance(f"{name_function}")73    74    75    76    77    # MUESTRO VARIABLES DE ENTRADA78    logs.print_in(name_function, 'print_log', print_log)79    logs.print_in(name_function, 'DLGID_CTRL', DLGID_CTRL)80    logs.print_in(name_function, 'TYPE', TYPE)81    logs.print_in(name_function, 'ENABLE_OUTPUTS', ENABLE_OUTPUTS)82    logs.print_in(name_function, 'TYPE_IN_FREC', TYPE_IN_FREC)83    logs.print_in(name_function, 'DLGID_REF', DLGID_REF)84    logs.print_in(name_function, 'CHANNEL_REF', CHANNEL_REF)85    logs.print_in(name_function, 'DLGID_REF_1', DLGID_REF_1)86    logs.print_in(name_function, 'CHANNEL_REF_1', CHANNEL_REF_1)87    88    89    # ESCRIBO NUMERO DE EJECUCION90    #redis.no_execution(DLGID_CTRL)91    92    93    # CHEQUEO QUE EXISTAN LOS LINES DEL DATALOGGER DE CONTROL Y EL DE REFERENCIA.94    if not(redis.hexist(DLGID_CTRL,'LINE')): 95        #logs.script_performance(f'{name_function} ==> NO EXISTE LINE {DLGID_CTRL}')96        logs.print_inf(name_function,f'NO EXISTE LINE {DLGID_CTRL}')97        logs.print_inf(name_function,'EJECUCION INTERRUMPIDA')98        quit()99    100    if not(redis.hexist(DLGID_REF,'LINE')): 101        #logs.script_performance(f'NO EXISTE LINE {DLGID_REF}')102        logs.print_inf(name_function,f'NO EXISTE LINE {DLGID_REF}')103        logs.print_inf(name_function,'EJECUCION INTERRUMPIDA')104        quit()105    106    #107    logs.print_inf(name_function, 'CHEQUEO_ALARMAS')108    p.chequeo_alarmas()109    #110    #logs.print_inf(name_function, 'CHEQUEO_SENSOR')   111    #p.chequeo_sensor()112    #113    logs.print_inf(name_function, 'MAIN')   114    115    # FUNCION MAIN116    name_function = 'MAIN'117    118    # CONDICIONES INICIALES119    #120    ## ACTIVO BANDERA PARA QUE control_error NOTIFIQUE QUE SE ESTA TRABAJANDO CON REFERENCIA_1121    redis.hset(DLGID_CTRL, 'flag_work_syst_ref_1','NO')122    123    124    # REVISO SI ESTA TRABAJANDO EN MODO LOCAL EN EL TABLERO125    if read_param(DLGID_CTRL,'LM') == '1': 126        logs.print_inf(name_function, 'TRABAJO EN MODO LOCAL')127        redis.hset(DLGID_CTRL, 'LOCAL_MODE', 'SI')    128    elif read_param(DLGID_CTRL,'LM') == '0':129        redis.hset(DLGID_CTRL, 'LOCAL_MODE', 'NO')    #VISUALIZACION130        #131        # SI NO EXISTE LA VARIABLE DE SELECCION SW1 LA CREO CON VALOR AUTO132        if not(redis.hexist(DLGID_CTRL, dic.get_dic('WEB_MODE', 'name'))): 133            redis.hset(DLGID_CTRL, dic.get_dic('WEB_MODE', 'name'), dic.get_dic('WEB_MODE', 'True_value'))134            # MUESTRO LOGS DE ADVERTENCIA135            logs.print_inf(name_function, 'NO EXISTE LA VARIABLE SW1 EN REDIS')136            logs.print_inf(name_function, 'SE CREA LA VARIABLE CON VALOR [0]'.format(dic.get_dic('WEB_MODE', 'True_value')))137            #logs.script_performance('error in [0] [1] = ,'.format(name_function,dic.get_dic('WEB_MODE', 'name')))138            #logs.script_performance('error in [0], SE CREA [1] = [2]'.format(name_function,dic.get_dic('WEB_MODE', 'name'),dic.get_dic('WEB_MODE', 'True_value')))139        #140        # LEO VAERIABLE WEB_MODE141        WEB_MODE = redis.hget(DLGID_CTRL, dic.get_dic('WEB_MODE', 'name'))142        143        144        # REVISO EL MODO DE TRABAJO WEB145        if WEB_MODE == 'REMOTO':146            logs.print_inf(name_function, 'TRABAJO EN MODO REMOTO')147            p.modo_remoto()148            149        elif WEB_MODE in [dic.get_dic('WEB_MODE', 'value_1'), dic.get_dic('WEB_MODE', 'value_1'), ]:150            logs.print_inf(name_function, 'TRABAJO EN MODO SISTEMA DE EMERGENCIA')151            # REVISO EL ESTADO DE ENABLE_OUTPUTS152            if ENABLE_OUTPUTS:153                emerg_system(DLGID_CTRL)154            else:155                logs.print_inf(name_function, f"SALIDAS DESCACTIVADAS [ENABLE_OUTPUTS = {ENABLE_OUTPUTS}]")    156                #logs.script_performance(f"{name_function} ==> SALIDAS DESCACTIVADAS [ENABLE_OUTPUTS = {ENABLE_OUTPUTS}]")157            158        elif WEB_MODE == 'AUTO':159            logs.print_inf(name_function, 'TRABAJO EN MODO AUTOMATICO')160            #161            # SI NO EXISTE LA VARIABLE TX_ERROR EN DLGID_REF LA CREO CON VALOR NO162            if not(redis.hexist(DLGID_REF, dic.get_dic('TX_ERROR', 'name'))): 163                redis.hset(DLGID_REF, dic.get_dic('TX_ERROR', 'name'), dic.get_dic('TX_ERROR', 'False_value'))164            #165            # LEO MAG_REF SELECCIONADA POR EL CLIENTE. SI NO EXISTE LMIN LO CREO CON VALOR 1166            if not(redis.hexist(DLGID_CTRL, dic.get_dic('MAG_REF', 'name'))): 167                redis.hset(DLGID_CTRL, dic.get_dic('MAG_REF', 'name'), dic.get_dic('MAG_REF', 'True_value'))168            else:169                MAG_REF = float(redis.hget(DLGID_CTRL, dic.get_dic('MAG_REF', 'name')))170                171            172            # LEO TX_ERROR Y # error_1min173            TX_ERROR = redis.hget(DLGID_REF, dic.get_dic('TX_ERROR', 'name'))174            error_1min = redis.hget(DLGID_REF,'error_1min')175                                         176            # CHEQUEO ERROR TX EN EL DLG DE REFERENCIA (SE DECLARA ERROR_TX CUANDO PASAN 10 MIN SIN TRANSMITIR)177            if TX_ERROR == 'SI':178                logs.print_inf(name_function, f'ERROR TX EN SISTEMA DE REFERENCIA [ {DLGID_REF} ]')179                #logs.print_inf(name_function, 'AUTOMATISMO TRABAJADO CON SISTEMA DE EMERGENCIA')180                #181                # CHEQUEO QUE SE HAYA ESCRITO LA DIFERENCIA EN MAGNITUD ENTRE LOS SENSORES182                if redis.hexist(DLGID_CTRL,'delta_ref1_ref'):183                    #184                    # LEO LA DIFERENCIA ENTRE LAS MAGNITUDES DE REFERENCIA185                    delta_ref1_ref = float(redis.hget(DLGID_CTRL,'delta_ref1_ref'))186                    #187                    # CHEQUEO EL ESTADO DEL SENSOR DE REFERENCIA 1188                    if not(p.chequeo_sensor(DLGID_REF_1,CHANNEL_REF_1)):189                        logs.print_inf(name_function, 'ERROR DE SENSOR EN SISTEMA DE REFERENCIA 1')190                        logs.print_inf(name_function, 'AUTOMATISMO TRABAJADO CON SISTEMA DE EMERGENCIA')191                        emerg_system(DLGID_CTRL)192                    else:193                        logs.print_inf(name_function, 'AUTOMATISMO TRABAJADO CON SISTEMA DE REFERENCIA 1')194                        #195                        # ACTIVO BANDERA PARA QUE control_error NOTIFIQUE QUE SE ESTA TRABAJANDO CON REFERENCIA_1196                        redis.hset(DLGID_CTRL, 'flag_work_syst_ref_1','SI')197                        #198                        # LLAMO AL CONTROL DEL SISTEMA199                        p.control_sistema(DLGID_REF_1,CHANNEL_REF_1,MAG_REF + delta_ref1_ref)200                #201                else:202                    logs.print_inf(name_function, 'AUTOMATISMO TRABAJADO CON SISTEMA DE EMERGENCIA')203                    emerg_system(DLGID_CTRL)204                    205            elif TX_ERROR == 'NO':206                # ME ASEGURO QUE LA REFENCIA ME HAYA MANDADO UN DATO NUEVO 207                if error_1min == 'NO':208                    # CHEQUEO ERROR EN EL SENSOR209                    if not(p.chequeo_sensor(DLGID_REF,CHANNEL_REF)):210                        logs.print_inf(name_function, 'ERROR DE SENSOR EN SISTEMA DE REFERENCIA')211                        logs.print_inf(name_function, 'AUTOMATISMO TRABAJADO CON SISTEMA DE EMERGENCIA')212                        #213                        emerg_system(DLGID_CTRL)214                    else:215                        logs.print_inf(name_function, 'CONTROL_SISTEMA')216                        p.control_sistema(DLGID_REF,CHANNEL_REF,MAG_REF)217                        #218                        logs.print_inf(name_function, 'DELTA_MAG')219                        p.delta_mag()220                else:221                    logs.print_inf(name_function, 'EN ESPERA DE DATOS DE LA REFERENCIA')222                        223            else:224                logs.print_inf(name_function, "error in [0], [1] = [2]".format(name_function,dic.get_dic('TX_ERROR', 'name'),TX_ERROR))225                # DEJAR REGISTRO DEL ERROR226                #logs.script_performance("error in [0], [1] = [2]".format(name_function,dic.get_dic('TX_ERROR', 'name'),TX_ERROR))227            #228        else:229            logs.print_inf(name_function, 'error in [0], [1] = [2]'.format(name_function,dic.get_dic('WEB_MODE', 'name'),WEB_MODE))230            # DEJAR REGISTRO DEL ERROR231            #logs.script_performance('error in [0], [1] = [2]'.format(name_function,dic.get_dic('WEB_MODE', 'name'),WEB_MODE))232            233    else:234        logs.print_inf(name_function, f"error in {name_function}, LM = {read_param(DLGID_CTRL,'LM')}")235        logs.print_inf(name_function,'EJECUCION INTERRUMPIDA')236        # DEJAR REGISTRO DEL ERROR237        #logs.script_performance(f"error in {name_function}, LM = {read_param(DLGID_CTRL,'LM')}")238            239    # LATCHEO LAS SALIDAS240    p.latch__outpust(DLGID_CTRL)241    242    # PREPARO DATA_DATE_TIME PARA MOSTRAR EN LA VISUALIZACION EN EL DATALOGGER DE CONTROL243    logs.print_inf(name_function, 'SHOW_DATA_DATE_TIME')244    p.show_DATA_DATE_TIME(DLGID_CTRL)245    246    # PREPARO DATA_DATE_TIME PARA MOSTRAR EN LA VISUALIZACION EN EL DATALOGGER DE REFERENCIA247    p.show_DATA_DATE_TIME(DLGID_REF)248    249    # PREPARO PUMP1_STATE PARA MOSTRAR EL ESTADO DE LA BOMBA250    logs.print_inf(name_function, 'SHOW_PUMP1_STATE')251    p.show_pump1_state('BR1')252    253    # MUESTRA LA FRECUENCIA ACTUAL A LA QUE SE ESTA TRABAJANDO 254    logs.print_inf(name_function, 'SHOW_WORK_FREQUENCY')255    p.show_work_frequency()256    257    #258    # CALCULO TIEMPO DE DEMORA259    #print('')260    #print('TIME_ALALYSIS')261    #print(f'ctrl_process_frec TERMINADO A {time()-ctrl_start_time} s') 262    263    264        265        266        267## VARIABLES DEL SCRIPT PARA EJECUCION LOCAL       268if __name__ == '__main__':269    # PREPARO EL SCRIPT PARA LLAMADA LOCAL. SE TOMA LA CONFIGURACION ESCRITA AL INICIO270    LIST_CONFIG = [271                #VARIABLES DE EJECUCION272                'print_log',        True,                          # VER LOS LOGS EN CONSOLA [ True | False ]273                'DLGID_CTRL',       'MER007',                      # ID DATALOGGER QUE EJECUTA LAS ACCIONES DE CONTROL274                'TYPE',             'FREC',                        # CUANDO TIENE LE VALOR CHARGE SE CARGA LA CONFIGURACION DE LA db275                276                277                #VARIABLES DE CONFIGURACION278                'TYPE_IN_FREC',     'NPN',                         # FORMA EN QUE EL VARIADOR DE VELOCIDAD DETECTA LAS ENTRADAS [ NPN (not_in)| PNP] 279                'DLGID_REF',        'MER005',                      # DATALOGGER QUE SE USA DE REFERENCIA PARA EL AUTOMATIMO280                'CHANNEL_REF',      'PMP',                         # NOMBRE DEL CANAL CON LA MEDIDA DE REFERENCIA PARA EL AUTOMATISMO281                'DLGID_REF_1',      '',                            # DATALOGGER AUXILIAR QUE SE VA A USAR DE REFERENCIA EN CASO DE FALLAS DE COMUNICACION DEL PRINCIPAL282                'CHANNEL_REF_1',    '',                            # NOMBRE DEL CANAL AUXILIAR CON LA MEDIDA DE REFERENCIA PARA EL AUTOMATISMO283            284            ]        285    286    control_process(LIST_CONFIG)287        288    289   ...

dockdet

Source:dockdet

1#!/usr/bin/env python32import dataclasses3import enum4import os5import pathlib6import re7import subprocess8import tempfile9import typing10@dataclasses.dataclass11class Output:12    name: str13    connected: bool14    resolution: typing.Optional[typing.Tuple[int, int]] = None15    physical_size: typing.Optional[typing.Tuple[int, int]] = None16    @property17    def internal(self):18        return self.name.startswith("eDP")19    @property20    def physical_size_in(self):21        if not self.physical_size:22            return None23        return (self.physical_size[0] / 25.4, self.physical_size[1] / 25.4)24    @property25    def dpi(self):26        if self.resolution and self.physical_size:27            x_res = self.resolution[0] / self.physical_size_in[0]28            y_res = self.resolution[1] / self.physical_size_in[1]29            return (x_res + y_res) / 230        return 9631    @property32    def scaling_factor(self):33        if not self.physical_size_in:34            return 1.035        phys_area = self.physical_size_in[0] * self.physical_size_in[1]36        for cutoff, factor in (37            (14 * 9, 0.75),38            (21 * 12, 0.8),39            (23.5 * 13.5, 0.85),40            (29 * 17, 0.9),41        ):42            if phys_area <= cutoff:43                return factor44        return 1.045    @property46    def adjusted_dpi(self):47        return max(96, self.dpi * self.scaling_factor)48    def __hash__(self):49        return hash(self.name)50def get_x_display():51    display = os.environ.get("DISPLAY")52    if display:53        return display54    for socket in pathlib.Path("/tmp/.X11-unix").glob("X*"):55        return socket.name[1:]56    raise OSError("Cannot find X display")57def run_xrandr(*args, **kwargs):58    kwargs.setdefault("check", True)59    kwargs.setdefault("stdin", subprocess.DEVNULL)60    kwargs.setdefault("stdout", subprocess.PIPE)61    kwargs.setdefault("encoding", "utf-8")62    kwargs.setdefault("errors", "replace")63    return subprocess.run(["xrandr", "-d", get_x_display(), *map(str, args)], **kwargs)64def get_outputs():65    outputs = []66    run_xrandr("--auto")67    xrandr_result = run_xrandr()68    res_p = re.compile(r"(\d+)x(\d+)")69    phys_p = re.compile(r"(\d+)mm x (\d+)mm")70    for line in xrandr_result.stdout.splitlines():71        parts = line.split()72        if len(parts) >= 2:73            if parts[1] == "connected":74                connected = True75            elif parts[1] == "disconnected":76                connected = False77            elif outputs and not outputs[-1].resolution:78                m = res_p.fullmatch(parts[0])79                if m:80                    outputs[-1].resolution = (int(m.group(1)), int(m.group(2)))81                continue82            else:83                continue84            physical_size = None85            m = phys_p.search(line)86            if m:87                physical_size = (int(m.group(1)), int(m.group(2)))88            outputs.append(89                Output(name=parts[0], connected=connected, physical_size=physical_size)90            )91    return outputs92def xrdb_merge(settings):93    with tempfile.NamedTemporaryFile(mode="w+") as f:94        for k, v in settings.items():95            f.write(f"{k}: {v}\n")96        f.flush()97        subprocess.run(98            ["xrdb", "-display", get_x_display(), "-merge", f.name],99            check=True,100        )101class LidState(enum.Enum):102    UNKNOWN = 0103    CLOSED = 1104    OPEN = 2105def get_lid_state():106    def get_possible_states():107        switches_dir = pathlib.Path("/proc/acpi/button/lid")108        if not switches_dir.is_dir():109            return110        for switch in switches_dir.iterdir():111            state_file = switch / "state"112            if state_file.is_file():113                contents = state_file.read_text()114                if "open" in contents:115                    yield LidState.OPEN116                elif "closed" in contents:117                    yield LidState.CLOSED118    states = set(get_possible_states())119    if not states:120        return LidState.UNKNOWN121    if len(states) == 1:122        return states.pop()123    raise RuntimeError(f"Lid is in multiple states: {states}")124def show_outputs(outputs):125    for output in outputs:126        print(output.name)127        for prop in (128            "connected",129            "resolution",130            "physical_size",131            "physical_size_in",132            "internal",133            "dpi",134            "scaling_factor",135            "adjusted_dpi",136        ):137            print(f"    {prop} = {getattr(output, prop)}")138def main():139    outputs = get_outputs()140    show_outputs(outputs)141    internal_displays = {d for d in outputs if d.internal and d.connected}142    external_displays = {d for d in outputs if not d.internal and d.connected}143    disconnected_outputs = {d for d in outputs if not d.connected}144    lid_state = get_lid_state()145    print(f"Lid State: {lid_state}")146    if lid_state == LidState.CLOSED and external_displays:147        enable_outputs = external_displays148        disable_outputs = internal_displays149    elif external_displays:150        enable_outputs = internal_displays | external_displays151        disable_outputs = set()152    else:153        enable_outputs = internal_displays154        disable_outputs = external_displays155    disable_outputs |= disconnected_outputs156    max_dpi_output = max(enable_outputs, key=lambda output: output.dpi)157    target_dpi = int(max_dpi_output.adjusted_dpi)158    print(f"target_dpi={target_dpi}")159    xrandr_opts = []160    for output in enable_outputs:161        xrandr_opts.extend(["--output", output.name, "--auto"])162    for output in disable_outputs:163        xrandr_opts.extend(["--output", output.name, "--off"])164    if xrandr_opts:165        run_xrandr(*xrandr_opts)166    run_xrandr("--dpi", target_dpi)167    cursor_size = 24 if target_dpi < 120 else 48168    xrdb_merge(169        {170            "Xft.dpi": target_dpi,171            "Xcursor.size": cursor_size,172        }173    )174    subprocess.run(["i3-msg", "restart"], check=True)175if __name__ == "__main__":...

IAMInitADUser.py

Source:IAMInitADUser.py

1import demistomock as demisto  # noqa: F4012from CommonServerPython import *  # noqa: F4013def main():4    outputs: Dict[str, Any] = {}5    readable_output = ''6    err = None7    args = demisto.args()8    pwd_generation_script = args.get("pwdGenerationScript")9    username = args.get("sAMAccountName")10    user_email = args.get("email")11    display_name = args.get("displayname")12    to_email = args.get("to_email")13    inc_id = args.get("inc_id")14    email_subject = args.get("email_subject")15    password = None16    try:17        # Generate a random password18        pwd_generation_script_output = demisto.executeCommand(pwd_generation_script, {})19        if is_error(pwd_generation_script_output):20            raise Exception(f'An error occurred while trying to generate a new password for the user. '21                            f'Error is:\n{get_error(pwd_generation_script_output)}')22        else:23            password_output = demisto.get(pwd_generation_script_output[0], 'Contents')24            if isinstance(password_output, dict):25                password = password_output.get("NEW_PASSWORD")26            elif isinstance(password_output, str):27                password = password_output28            else:29                raise Exception(f'Could not parse the generated password from {pwd_generation_script} outputs. '30                                f'Please make sure the output of the script is a string.')31            # set a new password32            ad_create_user_arguments = {33                'username': username,34                'password': password,35                'attribute-name': 'pwdLastSet',36                'attribute-value': -137            }38            set_password_outputs = demisto.executeCommand("ad-set-new-password", ad_create_user_arguments)39            if is_error(set_password_outputs):40                err = get_error(set_password_outputs)41                if '5003' in err:42                    raise Exception(f"An error occurred while trying to set a new password for the user. "43                                    f"Please make sure that \"{pwd_generation_script}\" script "44                                    f"complies with your domain's password complexity policy.")45                raise Exception(f"An error occurred while trying to set a new password for the user. "46                                f"Error is:\n{err}")47            else:48                enable_outputs = demisto.executeCommand("ad-enable-account", ad_create_user_arguments)49                if is_error(enable_outputs):50                    raise Exception(f'An error occurred while trying to enable the user account. '51                                    f'Error is:\n{get_error(enable_outputs)}')52                else:53                    update_outputs = demisto.executeCommand("ad-update-user", ad_create_user_arguments)54                    if is_error(update_outputs):55                        raise Exception(f'An error occurred while trying to update the user account. '56                                        f'Error is:\n{get_error(update_outputs)}')57        outputs['success'] = True58    except Exception as e:59        outputs['success'] = False60        outputs['errorDetails'] = str(e)61        err = str(e)62    try:63        send_mail_outputs = send_email(display_name, username, user_email, err,64                                       to_email, password, inc_id, email_subject)65        if is_error(send_mail_outputs):66            raise Exception(f'An error occurred while trying to send mail. Error is:\n{get_error(send_mail_outputs)}')67        outputs['sentMail'] = True68    except Exception as e:69        outputs['sentMail'] = False70        outputs['sendMailError'] = str(e)71    if outputs['success'] and outputs['sentMail']:72        readable_output = f'Successfully activated user {username}. ' \73            f'An email with the user details was sent to {to_email}.'74    else:75        if outputs.get('errorDetails'):76            readable_output += f"{outputs.get('errorDetails')}\n"77        if outputs.get('sendMailError'):78            readable_output += str(outputs.get('sendMailError'))79    result = CommandResults(80        outputs_prefix='IAM.InitADUser',81        outputs=outputs,82        readable_output=readable_output83    )84    return_results(result)85def send_email(display_name, username, user_email, err, to_email, password, inc_id, email_subject):86    if not err:87        if not email_subject:88            email_subject = f'[IAM] User {display_name} was successfully activated in Active Directory'89        email_body = 'Hello,\n\n' \90                     'The following account has been created in Active Directory:\n\n'91        if display_name:92            email_body += 'Name: ' + display_name + '\n'93        email_body += 'Username: ' + username + '\n' \94                      'Email: ' + user_email + '\n' \95                      'Password: ' + password + '\n\n' \96                      'Regards,\nIAM Team'97    else:98        email_subject = f'"IAM - Activate User In Active Directory" incident {inc_id} failed with user {display_name}'99        email_body = 'Hello,\n\n' \100                     'This message was sent to inform you that an error occurred while trying ' \101                     'to activate the user account of ' + username + ' in the active Directory.\n\n' \102                     'The error is: ' + err + '\n\nRegards,\nIAM Team'103    return demisto.executeCommand("send-mail", {"to": to_email, "subject": email_subject, "body": email_body})104if __name__ in ['__main__', 'builtin', 'builtins']:...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.