How to use print_wrapped method in autotest

Best Python code snippet using autotest_python

client.py

Source:client.py

...30        return input()31'''32    wrapped function for testing purposes. same interface as print()33'''34def print_wrapped(message=""):35    if TESTING:36        return test_output(message)37    else:38        return print(message)39'''40    @param valid_actions: A dictionary mapping action code numbers to41    their associated functions42    @returns: -1 if there is an error and the action code if the input is43    valid44'''45def collect_user_input(valid_actions):46    try:47        action = int(input_wrapped().strip())48    except ValueError:49        print_wrapped("It looks like you did not input an integer. Try again!\n")50        return -151    if action not in valid_actions:52        print_wrapped("It looks like you input an invalid number. Try again")53        return -154    return action55# Universal action functions56"""57    Adds a ping message to the message queue to check connectivity58    message gets sent by the socket thread59"""60def ping():61    payload = messages.PingMessage()62    message_queue.put(payload.serialize())63# Logged out action functions64"""65    Exits the program when called66"""67def program_quit():68    exit("Goodbye!")69"""70    Asks the user for their username then adds a login request71    to the message queue. Updates global boolean logged_in 72    and global string username.73"""74def login():75    global logged_in76    global username77    local_username = input_wrapped("What is your username?: ")78    payload = messages.HereMessage(local_username)79    message_queue.put(payload.serialize())80    logged_in = True81    username = local_username82"""83    Asks the user the name of the account they want to create84    then adds that request to the message queue. Updates the85    global boolean logged_in and the global string username86"""87def create_account():88    global logged_in89    global username90    local_username = input_wrapped("What do you want your username to be?: ")91    payload = messages.CreateAccountMessage(local_username)92    message_queue.put(payload.serialize())93    logged_in = True94    time.sleep(.5)95    username = local_username96# Universal actions:97PING           = 998# Logged out actions99LOGIN          = 1100CREATE_ACCOUNT = 2101QUIT           = 3102# Dict mapping action numbers to action functions103LOGGED_OUT_ACTIONS = {104    LOGIN: login,105    CREATE_ACCOUNT: create_account,106    QUIT: program_quit,107    PING: ping108}109# Logged in action functions110"""111    Logs the user out, adding an Away Message to the112    message queue. Updates the global boolean logged_in113    to False114"""115def logout():116    global logged_in117    payload = messages.AwayMessage()118    message_queue.put(payload.serialize())119    print_wrapped("Logged out!")120    logged_in = False121"""122    Prompts the user for a recipient and their message. Places that message on123    the message queue.124"""125def chat_send():126    receiver = input_wrapped("Who do you want to send the message to?: ").strip()127    print_wrapped("Write your message below and press 'enter' to send:")128    message = input_wrapped()129    payload = messages.SendChatMessage(receiver, message)130    message_queue.put(payload.serialize())131    print_wrapped("Message sent!")132"""133    Places a the bytes for a user list request on the message queue134"""135def list_users():136    payload = messages.RequestUserListMessage()137    message_queue.put(payload.serialize())138"""139    Updates global boolean logged_in to False. Places message to 140    delete account on the message queue141"""142def delete_account():143    global logged_in144    payload = messages.DeleteAccountMessage()145    message_queue.put(payload.serialize())146    print_wrapped("Account deleted!")147    logged_in = False148"""149    Places a request to show undelivered messages onto the 150    message queue.151"""152def show_messages():153    payload = messages.ShowUndeliveredMessage()154    message_queue.put(payload.serialize())155# Logged in actions156LOGOUT = 1157CHAT_SEND = 2158LIST_USERS = 3159DELETE_ACCOUNT = 4160SHOW_MESSAGES = 5161# Maps actions to their respective functions162LOGGED_IN_ACTIONS = {163    LOGOUT: logout,164    CHAT_SEND: chat_send,165    LIST_USERS: list_users,166    DELETE_ACCOUNT: delete_account,167    SHOW_MESSAGES: show_messages,168    PING: ping169}170# The user flow when logged in.171def logged_in_sequence():172    global username173    print_wrapped(f"You are logged in as " + username + "!")174    print_wrapped(("What would you like to do now? Type '1' to log out, '2' to send a chat, "175        "'3' to list all available users, '4' to delete your account, '5' to receive undelivered messages, and '9' to test connection. "))176    action = collect_user_input(LOGGED_IN_ACTIONS)177    if action != -1:178        LOGGED_IN_ACTIONS[action]()179"""180    Updates the global boolean logged_in and is_connected.181    Logs the user out and shuts down the connection.182"""183def logout(sock):184    global logged_in185    global is_connected186    sock.close()187    is_connected = False188    logged_in = False189"""190    Reads bytes from the socket, timing out after .5 seconds.191    Returns None if no messages show up, or if it fails.192"""193def read_message_bytes(sock):194    # Look to see if any messages showed up.195    try:196        ready = select.select([sock], [], [], .5)197    except:198        return None199    # no message received200    if not ready[0]:201        return None202    # read the first 64 bytes203    try:204        message = sock.recv(64)205    except OSError as e:206        logout(sock)207        print_wrapped("Failed to receive data. Resetting connection.")208        return None209    # if we haven't received a message, nothing to do210    if not message or len(message) < 12:211        return None212    # read the rest of the message213    message_len = messages.extract_length(message)214    while len(message) < message_len:215        try:216            chunk = sock.recv(64)217        except OSError:218            logout(sock)219            print_wrapped("Failed to receive data. Resetting connection.")220            return None221        message += chunk222    return message223# The listener thread runs this loop, checking for and handling224# any new communication from the server.225def socket_loop(sock):226    global logged_in227    global is_connected228    while True:229        # First send any messages on the queue to the server.230        while not message_queue.empty():231            message = message_queue.get()232            sock.send(message)233        message_bytes = read_message_bytes(sock)234        # Nothing new from the server.235        if not message_bytes:236            continue237        try:238            message_object = messages.deserialize_message(message_bytes)239        except Exception as e:240            print_wrapped("Failed to deserialize message." + str(e.message))241            print_wrapped("Invalid message received. Closing program.")242            logout(sock)243            return244        # Handle messages from server, depending on type.245        message_type = type(message_object)246        # received response to a ping247        if message_type == messages.PongMessage:248            print_wrapped("Pong message received!")249        # received a response to a request for a list of users250        elif message_type == messages.UserListResponseMessage:251            print_wrapped("These are the users!:")252            print_wrapped(message_object.user_list)253            print_wrapped()254        # received messages255        elif message_type == messages.DeliverMessage:256            for message in message_object.message_list:257                sender, body = message258                print_wrapped(f"Message from " + sender + ":")259                print_wrapped(body)260                print_wrapped()261        # received an error262        elif message_type == messages.ErrorMessage:263            print_wrapped("Error received: " + str(message_object.error_message))264            print_wrapped("You may need to restart the client to resume normal behavior.")265        # Server is sending nonsense.266        else:267            print("Invalid message object.")268# The user flow when logged out.269def logged_out_sequence():270    global is_connected271    if not is_connected:272        print_wrapped("Establishing connection with server...")273        sock = None274        try:275            sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)276            sock.connect((HOST, PORT))277        except OSError:278            print_wrapped("Failure to connect!")279            program_quit()280        is_connected = True281        threading.Thread(target=socket_loop, args=(sock,)).start()282        print_wrapped("Successfully connected to server!")283    print_wrapped()284    print_wrapped(("Welcome to Sooper Chat! Type '1' to log in, '2' to "285            "create an account, '3' to quit, and '9' to ping (test connection)."))286    action = collect_user_input(LOGGED_IN_ACTIONS)287    if action != -1:288        LOGGED_OUT_ACTIONS[action]()289# Main event loop290def main():291    global logged_in292    global is_connected293    while True:294        time.sleep(1)295        if logged_in:296            logged_in_sequence()297        else:298            logged_out_sequence()...

wizard.py

Source:wizard.py

...8from ehforwarderbot import coordinator, utils9from ehforwarderbot.types import ModuleID10from . import FBMessengerChannel11from .__main__ import run12def print_wrapped(text):13    paras = text.split("\n")14    for i in paras:15        print(*cjkwrap.wrap(i), sep="\n")16translator = translation("efb_fb_messenger_slave",17                         resource_filename("efb_fb_messenger_slave", "locale"),18                         fallback=True)19_ = translator.gettext20ngettext = translator.ngettext21class DataModel:22    data: dict23    def __init__(self, profile: str, instance_id: str):24        coordinator.profile = profile25        self.profile = profile26        self.instance_id = instance_id27        self.channel_id = FBMessengerChannel.channel_id28        if instance_id:29            self.channel_id = ModuleID(self.channel_id + "#" + instance_id)30        self.config_path = utils.get_config_path(self.channel_id)31        self.session_path = utils.get_data_path(self.channel_id) / "session.pickle"32        self.yaml = YAML()33        if not self.config_path.exists():34            self.build_default_config()35        else:36            self.data = self.yaml.load(self.config_path.open())37    def build_default_config(self):38        # TRANSLATORS: This part of text must be formatted in a monospaced font and no line shall exceed the width of a 70-cell-wide terminal.39        s = _(40            "# =======================================================\n"41            "# EFB Facebook Messenger Slave Channel Configuration File\n"42            "# =======================================================\n"43            "#\n"44            "# This file can help you to adjust some experimental features provided in\n"45            "# EFMS. It is not required to have this file for EFMS to work.\n"46        )47        s += "\n"48        s += "flags: {}"49        str_io = StringIO(s)50        str_io.seek(0)51        self.data = self.yaml.load(str_io)52    def save(self):53        with self.config_path.open('w') as f:54            self.yaml.dump(self.data, f)55def setup_account(data):56    print_wrapped(_(57        "Log in to your Facebook (Messenger) account\n"58        "-------------------------------------------"59    ))60    print()61    if data.session_path.exists():62        print_wrapped(_(63            "We find that you have successfully logged in once before. "64            "You don't need to log in again if everything is already "65            "working properly."66        ))67        widget = bullet.YesNo(prompt=_("Do you want to log in again? "),68                              prompt_prefix="[yN] ",69                              default="n")70        if not widget.launch():71            return72    run(data.instance_id, data.profile)73flags_settings = {74    "proxy_links_by_facebook":75        (False, 'bool', None,76         _('Deliver links (including links in share entities and thumbnails) '77           'using Facebookâs proxy. Disable this option to show the source '78           'directly.')79         ),80    "send_link_with_description":81        (False, 'bool', None,82         _('When processing link message from the Master Channel, attach '83           'the title and description besides the link when the option is '84           'enabled.\n'85           '\n'86           'Note: Regardless of this option, link messages are sent as text, '87           'and Facebook Messenger may or may not attach its own link '88           'preview per its system configuration.')89         ),90    "show_pending_threads":91        (False, 'bool', None,92         _('When showing the threads list, include threads '93           'pending approval.')94         ),95    "show_archived_threads":96        (False, 'bool', None,97         _('When showing the threads list, include archived threads.')98         )99}100def setup_experimental_flags(data):101    print()102    print_wrapped(_(103        "EFMS has also provided some experimental features that you can use. "104        "They are not required to be enabled for EFMS to work."105    ))106    widget = YesNo(prompt=_("Do you want to config experimental features? "),107                   prompt_prefix="[yN] ", default="n")108    if not widget.launch():109        return110    for key, value in flags_settings.items():111        default, cat, params, desc = value112        if data.data['flags'].get(key) is not None:113            default = data.data['flags'].get(key)114        if cat == 'bool':115            prompt_prefix = '[Yn] ' if default else '[yN] '116            print()117            print(key)118            print_wrapped(desc)119            ans = YesNo(prompt=f"{key}? ",120                        prompt_prefix=prompt_prefix,121                        default='y' if default else 'n') \122                .launch()123            data.data['flags'][key] = ans124        elif cat == 'int':125            print()126            print(key)127            print_wrapped(desc)128            ans = Numbers(prompt=f"{key} [{default}]? ", type=int) \129                .launch(default=default)130            data.data['flags'][key] = ans131        elif cat == 'choices':132            print()133            print(key)134            print_wrapped(desc)135            ans = Bullet(prompt=f"{key}?", choices=params) \136                .launch(default=default)137            data.data['flags'][key] = ans138    print(_("Saving configurations..."), end="", flush=True)139    data.save()140    print(_("OK"))141def wizard(profile, instance_id):142    data = DataModel(profile, instance_id)143    print_wrapped(_(144        "=================================================\n"145        "EFB Facebook Messenger Slave Channel Setup Wizard\n"146        "=================================================\n"147        "\n"148        "This wizard will guide you to setup your EFB Facebook Messenger "149        "Slave channel (EFMS). This would be really quick and simple."150    ))151    print()152    setup_account(data)153    setup_experimental_flags(data)154    print()155    print_wrapped(_(156        "Congratulations! You have finished the setup wizard for EFB Facebook "157        "Messenger Slave channel."...

parfor_diagnostics.py

Source:parfor_diagnostics.py

...15            all_lines = self.get_all_lines(parfors_simple)16            print(" Auto-offloading ".center(_termwidth, "-"))17            self.print_auto_offloading(all_lines)18            if "kernel" in self.extra_info.keys():19                print_wrapped("Device - '%s'" % self.extra_info["kernel"])20            print(_termwidth * "-")21    def print_auto_offloading(self, lines):22        # Code partially borrowed from https://github.com/IntelPython/numba/blob/97fe221b3704bd17567b57ea47f4fc6604476cf9/numba/parfors/parfor.py#L98223        sword = "+--"24        fac = len(sword)25        fadj, froots = self.compute_graph_info(self.fusion_info)26        nadj, _nroots = self.compute_graph_info(self.nested_fusion_info)27        if len(fadj) > len(nadj):28            lim = len(fadj)29            tmp = nadj30        else:31            lim = len(nadj)32            tmp = fadj33        for x in range(len(tmp), lim):34            tmp.append([])35        summary = dict()36        # region : {fused, serialized}37        def print_nest(fadj_, nadj_, theroot, reported, region_id):38            def print_g(fadj_, nadj_, nroot, depth):39                for k in nadj_[nroot]:40                    msg = fac * depth * " " + "%s%s %s" % (sword, k, "(serial")41                    if nadj_[k] == []:42                        fused = []43                        if fadj_[k] != [] and k not in reported:44                            fused = sorted(self.reachable_nodes(fadj_, k))45                            msg += ", fused with loop(s): "46                            msg += ", ".join([str(x) for x in fused])47                        msg += ")"48                        reported.append(k)49                        print_wrapped(msg)50                        summary[region_id]["fused"] += len(fused)51                    else:52                        print_wrapped(msg + ")")53                        print_g(fadj_, nadj_, k, depth + 1)54                    summary[region_id]["serialized"] += 155            if nadj_[theroot] != []:56                print_wrapped("Parallel region %s:" % region_id)57                print_wrapped("%s%s %s" % (sword, theroot, "(parallel)"))58                summary[region_id] = {59                    "root": theroot,60                    "fused": 0,61                    "serialized": 0,62                }63                print_g(fadj_, nadj_, theroot, 1)64                print("\n")65                region_id = region_id + 166            return region_id67        def print_fuse(ty, pf_id, adj, depth, region_id):68            print_wrapped("Parallel region %s:" % region_id)69            msg = fac * depth * " " + "%s%s %s" % (sword, pf_id, "(parallel")70            fused = []71            if adj[pf_id] != []:72                fused = sorted(self.reachable_nodes(adj, pf_id))73                msg += ", fused with loop(s): "74                msg += ", ".join([str(x) for x in fused])75            summary[region_id] = {76                "root": pf_id,77                "fused": len(fused),78                "serialized": 0,79            }80            msg += ")"81            print_wrapped(msg)82            extra_info = self.extra_info.get(str(region_id))83            if extra_info:84                print_wrapped("Device - '%s'" % extra_info)85            region_id = region_id + 186            return region_id87        # Walk the parfors by src line and print optimised structure88        region_id = 089        reported = []90        for line, info in sorted(lines.items()):91            opt_ty, pf_id, adj = info92            if opt_ty == "fuse":93                if pf_id not in reported:94                    region_id = print_fuse("f", pf_id, adj, 0, region_id)95            elif opt_ty == "nest":96                region_id = print_nest(fadj, nadj, pf_id, reported, region_id)97            else:98                assert 099        # print the summary of the fuse/serialize rewrite100        if summary:101            for k, v in sorted(summary.items()):102                msg = (103                    "\n \nParallel region %s (loop #%s) had %s " "loop(s) fused"104                )105                root = v["root"]106                fused = v["fused"]107                serialized = v["serialized"]108                if serialized != 0:109                    msg += (110                        " and %s loop(s) "111                        "serialized as part of the larger "112                        "parallel loop (#%s)."113                    )114                    print_wrapped(msg % (k, root, fused, serialized, root))115                else:116                    msg += "."117                    print_wrapped(msg % (k, root, fused))118        else:...

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