# -*- coding: UTF-8 -*-

# pylint: disable=too-many-lines

import argparse
import datetime
import logging
import os
import re
import subprocess
import sys
import time
import json
import warnings
from collections import defaultdict
from configparser import ConfigParser

import requests

try:
    from bs4 import BeautifulSoup
except ImportError:
    BeautifulSoup = None

try:
    import argcomplete
except ImportError:
    argcomplete = None

try:
    from configupdater import ConfigUpdater
except ImportError:
    ConfigUpdater = None

import copr.exceptions as copr_exceptions
from copr.v3 import (
    Client, config_from_file, CoprException, CoprRequestException,
    CoprConfigException, CoprNoResultException, CoprAuthException,
)
from copr.v3.pagination import next_page
from copr_cli.helpers import cli_use_output_format, print_project_info
from copr_cli.monitor import cli_monitor_parser
from copr_cli.printers import cli_get_output_printer as get_printer
from copr_cli.util import get_progress_callback, serializable, package_version
from .build_config import MockProfile


try:
    from urllib.parse import urljoin, urlparse
except ImportError:
    from urlparse import urljoin, urlparse

log = logging.getLogger(__name__)


ON_OFF_MAP = {
    'on': True,
    'off': False,
    None: None,
}

BOOTSTRAP_MAP = {
    "default": "default",
    "on": "on",
    "off": "off",
    "image": "image",
    None: "default",
}

try:
    input = raw_input
except NameError:
    pass


class FrontendOutdatedCliException(Exception):
    """
    If Frontend is too old to process this cli request, error out with an
    informative text rather than some ugly traceback.

    :param minimal_version: string minimal copr-frontend version
    """
    def __init__(self, minimal_version):
        super(FrontendOutdatedCliException, self).__init__(
            "The Copr Frontend server you run against is older than {0}. "
            "Please contact the server administrator and request "
            "an update.".format(minimal_version)
        )


class ActionDeprecated(argparse.Action):
    """ automate deprecation warnings for options """
    def __call__(self, parser, namespace, values, option_string=None):
        options = ", ".join(self.option_strings)
        warnings.warn("Use of DEPRECATED option: {0}".format(options))
        # keep the normal "store" behavior
        setattr(namespace, self.dest, values)


def buildopts_from_args(args, progress_callback=None):
    """
    For all the build commands, parse the common set of build options.
    """
    buildopts = {
        "timeout": args.timeout,
        "chroots": args.chroots,
        "background": args.background,
        "progress_callback": progress_callback,
    }

    if args.enable_net is not None:
        buildopts["enable_net"] = ON_OFF_MAP[args.enable_net]

    for opt in ["exclude_chroots", "bootstrap", "after_build_id", "with_build_id", "isolation"]:
        value = getattr(args, opt)
        if value is not None:
            buildopts[opt] = value
    return buildopts


def requires_api_auth(func):
    """
    For operations that need authentication with server, check early that we
    have either the user/token pair in hand, or that we can use the GSSAPI
    session for authentication.  IOW, this decorator contacts the server
    only if the GSSAPI is ON and preferred -- and the session cookie is not
    initialized.
    """
    def wrapper(self, args):
        # This call implies that either login+token is specified, GSSAPI
        # session file exists, or (as a fallback) that we are able to do
        # GSSAPI handshake and initialize the GSSAPI session.
        self.client.base_proxy.auth_username()
        return func(self, args)

    wrapper.__doc__ = func.__doc__
    wrapper.__name__ = func.__name__
    return wrapper


class Commands(object):
    def __init__(self, config_path):
        self.config = config_from_file(config_path)

        if self.config.get("gssapi") is None:
            # Contrary to what is set in python-copr, we set GSSAPI on by
            # default (unless user explicitly says otherwise).
            self.config["gssapi"] = True
        self.config["connection_attempts"] = 3
        self.client = Client(self.config)

    @property
    def username(self):
        """
        Get the username from user's config, or obtain it via auth_check
        (transitively via GSSAPI).
        """
        if self.config.get("username"):
            return self.config["username"]

        if self.config.get("gssapi"):
            return self.client.base_proxy.auth_username()
        raise CoprConfigException(
            "This operation tries to detect your username, but it is not "
            "possible to find it in configuration, and GSSAPI is disabled "
        )

    def parse_name(self, name):
        """
        Several sub-commands accept the project NAME argument in the '<project>'
        (that defaults to '<authenticated_user>/<project>'), or in the full
        '<owner>/<project>' format.  Translate this NAME string to the
        (owner, project) pair.
        """
        m = re.match(r"([^/]+)/(.*)", name)
        if m:
            owner = m.group(1)
            name = m.group(2)
        else:
            try:
                owner = self.username
            except:
                log.error("Wrong project argument format '%s'.  Please use "
                          "the full '<owner>/<project>' argument format, or "
                          "authenticate to use the short '<project>' format "
                          "(which means '<your_username>/<project>').", name)
                raise
        return owner, name

    def parse_dirname(self, name):
        """
        From specified <owner>/<dirname> or just <dirname> return the
        tripled (owner, project, dirname).
        """
        owner, dirname = self.parse_name(name)
        project = dirname.split(':')[0]
        return owner, project, dirname


    def build_url(self, build_id):
        """
        Return the "generic" predictable url for build_id, which redirects
        to the final owner/project/build_id route.
        """
        return urljoin(self.config["copr_url"],
                       "/coprs/build/{0}".format(build_id))

    def parse_chroot_path(self, path):
        """
        Take a `path` in an `owner/project/chroot` format and return a tuple of
        the corresponding values, i.e. `(owner, project, chroot)`
        """
        m = re.match(r"(([^/]+)/)?([^/]+)/(.*)", path)
        if m:
            owner = m.group(2)
            if not owner:
                try:
                    owner = self.username
                except:
                    log.error("Wrong chroot path format '%s'. Use the full "
                              "'<owner>/<project>/<chroot>' format or "
                              "authenticate to use the short "
                              "'<project>/<chroot>' format (which means "
                              "'<your_username>/<project>/<chroot>').", path)
                    raise

            return owner, m.group(3), m.group(4)
        raise CoprException("Unexpected chroot path format")

    def _watch_builds(self, build_ids):
        """
        :param build_ids: list of build IDs
        """
        print("Watching build(s): (this may be safely interrupted)")

        prevstatus = defaultdict(lambda: None)
        failed_ids = []
        canceled_ids = []

        watched = set(build_ids)
        done = set()

        try:
            while watched != done:
                for build_id in watched:
                    if build_id in done:
                        continue
                    try:
                        build_details = self.client.build_proxy.get(build_id=build_id)
                    except requests.ConnectionError as e:
                        raise CoprRequestException(e)
                    now = datetime.datetime.now()
                    if prevstatus[build_id] != build_details.state:
                        prevstatus[build_id] = build_details.state
                        print("  {0} Build {2}: {1}".format(
                            now.strftime("%H:%M:%S"),
                            build_details.state, build_id))
                        sys.stdout.flush()

                    if build_details.state in ["failed"]:
                        failed_ids.append(build_id)
                    if build_details.state in ["canceled"]:
                        canceled_ids.append(build_id)
                    if build_details.state in ["succeeded", "skipped",
                                               "failed", "canceled"]:
                        done.add(build_id)
                    if build_details.state == "unknown":
                        raise copr_exceptions.CoprBuildException(
                            "Unknown status.")

                if watched == done:
                    break

                time.sleep(30)

            exception_message = ""
            separator = ""
            if failed_ids:
                exception_message = "Build(s) {0} failed.".format(", ".join(str(x) for x in failed_ids))
                separator = " "
            if canceled_ids:
                exception_message += separator + "Build(s) {0} canceled.".format(", ".join(str(x) for x in canceled_ids))

            if failed_ids or canceled_ids:
                raise copr_exceptions.CoprBuildException(exception_message)

        except KeyboardInterrupt:
            pass

    def action_whoami(self, _args):
        """
        Simply print out the current user as defined in copr config.
        """
        try:
            print(self.username)
        except:
            log.error("Can't detect who are you.")
            raise

    def action_new_api_token(self, args):
        """
        Simply print out the current user as defined in copr config.
        """

        if not os.path.exists(args.config):
            # We don't want to generate the file when user authenticates
            # via gssapi, or?
            raise CoprConfigException(f"File {args.config} not found.  Can't update.")

        # We know there's a TOCTOU.  It is better to check that the file is
        # writable *before* we regenerate the token, avoiding a situation where
        # we have no way to write the new token.
        if not os.access(args.config, os.W_OK):
            raise CoprConfigException(f"File {args.config} is not writable.  Can't update.")

        if not (self.config["login"] and self.config["token"]):
            # users that use gssapi do not have token/login specified
            raise CoprConfigException(f"Current {args.config} doesn't specify login/token.  Can't update.")

        result = self.client.base_proxy.new_api_token()

        self._update_config(args.config, {
            "login": result.api_login,
            "token": result.api_token,
        })
        print(f"New API token was updated in {args.config}.")


    def _update_config(self, path, data):
        if ConfigUpdater:
            config = ConfigUpdater()
            config.read(path)
            for key, value in data.items():
                config["copr-cli"][key].value = value
            config.update_file()
        else:
            # This breaks the previous formatting, removes comments inside of
            # the config file, etc. That's why we only use it as a fallback.
            self.client.config.update(data)
            config = ConfigParser()
            config["copr-cli"] = self.client.config
            with open(path, "w") as fp:
                config.write(fp)

    def action_new_webhook_secret(self, args):
        """
        Regenerate webhook secret for a copr.
        """
        answer = None

        while not answer:
            a = input('Generate a new webhook secret for {0} [y/n]? '.format(args.name))

            if a == 'n' or a == 'no':
                answer = 'n'
            if a == 'y' or a == 'yes':
                answer = 'y'

        if answer == 'y':
            ownername, projectname = self.parse_name(args.name)
            token = self.client.webhook_proxy.generate(ownername, projectname)
            print("Generated new token: {0}".format(token.webhook_secret))

    @requires_api_auth
    def action_build(self, args):
        """ Method called when the 'build' action has been selected by the
        user.

        :param args: argparse arguments provided by the user
        """

        username, projectname, project_dirname = self.parse_dirname(args.copr_repo)
        buildopts = buildopts_from_args(args)

        # Before we start uploading potentially large source RPM file, make sure
        # that the user has valid credentials and can build in the project.
        self.client.build_proxy.check_before_build(
            ownername=username,
            projectname=projectname,
            project_dirname=project_dirname,
            buildopts=buildopts,
        )

        builds = []
        for pkg in args.pkgs:
            if os.path.exists(pkg):
                progress_callback = get_progress_callback(os.path.getsize(pkg))
                buildopts["progress_callback"] = progress_callback
                data = {"path": pkg}
                print('Uploading package {0}'.format(pkg))
                try:
                    builds.append(self.client.build_proxy.create_from_file(
                        ownername=username, projectname=projectname,
                        project_dirname=project_dirname, buildopts=buildopts,
                        **data))
                finally:
                    if progress_callback:
                        progress_callback.finish()
            elif not urlparse(pkg).scheme:
                raise CoprException("File {0} not found".format(pkg))
            else:
                data = {"url": pkg}
                builds.append(self.client.build_proxy.create_from_url(
                    ownername=username, projectname=projectname,
                    project_dirname=project_dirname, buildopts=buildopts,
                    **data))

        self.print_build_info_and_wait(builds, args)

    @requires_api_auth
    def action_build_pypi(self, args):
        """
        Method called when the 'buildpypi' action has been selected by the user.

        :param args: argparse arguments provided by the user
        """
        data = {
            "pypi_package_name": args.packagename,
            "pypi_package_version": args.packageversion,
            "spec_generator": args.spec_generator,
            "spec_template": args.spec_template,
            "python_versions": args.pythonversions,
        }
        return self.process_build(args, self.client.build_proxy.create_from_pypi, data)

    @requires_api_auth
    def action_build_scm(self, args):
        """
        Method called when the 'buildscm' action has been selected by the user.

        :param args: argparse arguments provided by the user
        """
        data = {
            "clone_url": args.clone_url,
            "committish": args.committish,
            "subdirectory": args.subdirectory,
            "spec": args.spec,
            "scm_type": args.scm_type,
            "source_build_method": args.srpm_build_method,
        }
        return self.process_build(args, self.client.build_proxy.create_from_scm, data)

    @requires_api_auth
    def action_build_distgit_simple(self, args):
        """ build-distgit method """
        data = {
            "packagename": args.pkgname,
            "distgit": args.instance,
            "namespace": args.namespace,
            "committish": args.committish,
        }
        return self.process_build(
            args, self.client.build_proxy.create_from_distgit, data)

    @requires_api_auth
    def action_build_rubygems(self, args):
        """
        Method called when the 'buildgem' action has been selected by the user.

        :param args: argparse arguments provided by the user
        """
        data = {"gem_name": args.gem_name}
        return self.process_build(args, self.client.build_proxy.create_from_rubygems, data)

    @requires_api_auth
    def action_build_custom(self, args):
        """
        Method called when 'buildcustom' has been selected by the user.

        :param args: argparse arguments provided by the user
        """
        data = {
            'script': ''.join(args.script.readlines()),
        }
        for arg in ['script_chroot', 'script_builddeps',
                    'script_resultdir', 'script_repos']:
            data[arg] = getattr(args, arg)
        return self.process_build(args, self.client.build_proxy.create_from_custom, data)

    def print_build_info_and_wait(self, builds, args):
        """
        Print to stdout information about just submitted builds.  Note that our
        users parse this non-parseable output, because we don't have issue #224
        fixed.
        """

        print("Build was added to {0}:".format(builds[0].projectname))

        for build in builds:
            print("  {0}".format(self.build_url(build.id)))

        build_ids = [build.id for build in builds]
        print("Created builds: {0}".format(" ".join(map(str, build_ids))))

        if not args.nowait:
            self._watch_builds(build_ids)


    def process_build(self, args, build_function, data):
        username, projectname, project_dirname = self.parse_dirname(args.copr_repo)
        buildopts = buildopts_from_args(args)
        result = build_function(ownername=username,
                                projectname=projectname,
                                project_dirname=project_dirname,
                                buildopts=buildopts, **data)
        builds = result if type(result) == list else [result]
        self.print_build_info_and_wait(builds, args)


    @requires_api_auth
    def action_create(self, args):
        """ Method called when the 'create' action has been selected by the
        user.

        :param args: argparse arguments provided by the user

        """
        username, copr = self.parse_name(args.name)
        project = self.client.project_proxy.add(
            ownername=username, projectname=copr, description=args.description,
            instructions=args.instructions, chroots=args.chroots,
            additional_repos=args.repos, # packages=args.initial_pkgs, @TODO remove packages
            devel_mode=args.disable_createrepo,
            unlisted_on_hp=ON_OFF_MAP[args.unlisted_on_hp],
            enable_net=ON_OFF_MAP[args.enable_net],
            persistent=args.persistent,
            auto_prune=ON_OFF_MAP[args.auto_prune],
            bootstrap=BOOTSTRAP_MAP[args.bootstrap],
            isolation=args.isolation,
            follow_fedora_branching=ON_OFF_MAP[args.follow_fedora_branching],
            delete_after_days=args.delete_after_days,
            multilib=ON_OFF_MAP[args.multilib],
            module_hotfixes=ON_OFF_MAP[args.module_hotfixes],
            fedora_review=args.fedora_review,
            appstream=ON_OFF_MAP[args.appstream],
            runtime_dependencies=args.runtime_dependencies,
            packit_forge_projects_allowed=args.packit_forge_projects_allowed,
            repo_priority=args.repo_priority,
            storage=args.storage,
        )

        owner_part = username.replace('@', "g/")
        project_url = '/'.join([self.client.config["copr_url"].strip("/"),
                                'coprs', owner_part, copr, ""])
        print("New project was successfully created: {0}".format(project_url))

    @requires_api_auth
    def action_modify_project(self, args):
        """ Method called when the 'modify' action has been selected by the
        user.

        :param args: argparse arguments provided by the user
        """
        username, copr = self.parse_name(args.name)
        project = self.client.project_proxy.edit(
            ownername=username, projectname=copr,
            description=args.description, instructions=args.instructions,
            additional_repos=args.repos, devel_mode=args.disable_createrepo,
            unlisted_on_hp=ON_OFF_MAP[args.unlisted_on_hp],
            enable_net=ON_OFF_MAP[args.enable_net],
            auto_prune=ON_OFF_MAP[args.auto_prune],
            bootstrap=BOOTSTRAP_MAP[args.bootstrap],
            isolation=args.isolation,
            follow_fedora_branching=ON_OFF_MAP[args.follow_fedora_branching],
            chroots=args.chroots,
            delete_after_days=args.delete_after_days,
            multilib=ON_OFF_MAP[args.multilib],
            module_hotfixes=ON_OFF_MAP[args.module_hotfixes],
            fedora_review=ON_OFF_MAP[args.fedora_review],
            appstream=ON_OFF_MAP[args.appstream],
            runtime_dependencies=args.runtime_dependencies,
            packit_forge_projects_allowed=args.packit_forge_projects_allowed,
            repo_priority=args.repo_priority,
        )

    @requires_api_auth
    def action_delete(self, args):
        """ Method called when the 'delete' action has been selected by the
        user.

        :param args: argparse arguments provided by the user
        """
        username, copr = self.parse_name(args.copr)
        project = self.client.project_proxy.delete(ownername=username, projectname=copr)
        print("Project {0} has been deleted.".format(project.name))

    @requires_api_auth
    def action_fork(self, args):
        """ Method called when the 'fork' action has been selected by the
        user.

        :param args: argparse arguments provided by the user
        """
        srcownername, srcprojectname = self.parse_name(args.src)
        dstownername, dstprojectname = self.parse_name(args.dst)

        try:
            dst = self.client.project_proxy.get(ownername=dstownername, projectname=dstprojectname)
        except CoprNoResultException:
            dst = None

        project = self.client.project_proxy.fork(ownername=srcownername, projectname=srcprojectname,
                                                 dstownername=dstownername, dstprojectname=dstprojectname,
                                                 confirm=args.confirm)
        if not dst:
            print("Forking project {0}/{1} for you into {2}.\nPlease be aware that it may take a few minutes "
                  "to duplicate backend data.".format(srcownername, srcprojectname, project.full_name))
        else:
            print("Updating packages in {0} from {1}/{2}.\nPlease be aware that it may take a few minutes "
                  "to duplicate backend data.".format(project.full_name, srcownername, srcprojectname))

    @requires_api_auth
    def action_regenerate_repos(self, args):
        """ Method called when the 'regenerate-repos' action has been selected
        by the user.

        :param args: argparse arguments provided by the user
        """
        ownername, projectname = self.parse_name(args.copr)
        project = self.client.project_proxy.regenerate_repos(
            ownername, projectname)

        print("Submitted action to regenerate repository metadata for "
              "the '{0}' project.".format(project.full_name))

    def action_list_builds(self, args):
        """ Method called when the 'list-builds' action has been selected by
        the user.

        :param args: argparse arguments provided by the user
        """
        ownername, projectname = self.parse_name(args.project)
        pagination = {"limit": 1000}

        builds_list = self.client.build_proxy.get_list(ownername, projectname,
                                                       pagination=pagination)
        if not args.output_format:
            args.output_format = "text-row"
            sys.stderr.write(
                "The default setting will be changed from text-row to json in the following releases\n")

        fields = ["id", lambda name: name["source_package"]["name"], "state"]
        printer = get_printer(args.output_format, fields, True)
        while builds_list:
            for data in builds_list:
                printer.add_data(data)
            builds_list = next_page(builds_list)
        printer.finish()

    def action_mock_config(self, args):
        """ Method called when the 'mock-config' action has been selected by the
        user.

        :param args: argparse arguments provided by the user

        """
        ownername, projectname = self.parse_name(args.project)
        build_config = self.client.project_chroot_proxy.get_build_config(ownername, projectname, args.chroot)
        build_config.rootdir = "{0}-{1}_{2}".format(ownername.replace("@", "group_"), projectname, args.chroot)
        print(MockProfile(build_config))

    def action_list(self, args):
        """ Method called when the 'list' action has been selected by the
        user.

        :param args: argparse arguments provided by the user

        """
        username = args.username
        if not username:
            try:
                username = self.username
            except:
                log.error("The 'username|@groupname' not specified.  Either "
                          "specify it, or authenticate to list your projects.")
                raise
        projects = self.client.project_proxy.get_list(username)
        if not projects:
            sys.stderr.write("No copr retrieved for user: '{0}'\n".format(username))
            return

        for project in projects:
            print_project_info(project)

    def action_status(self, args):
        build = self.client.build_proxy.get(args.build_id)
        print(build.state)

    def action_download_build(self, args):
        build = self.client.build_proxy.get(args.build_id)
        base_len = len(os.path.split(build.repo_url))
        build_chroots = self.client.build_chroot_proxy.get_list(args.build_id)
        project = self.client.project_proxy.get(
            build.ownername,
            build.projectname,
        )

        for chroot in build_chroots:
            if args.chroots and chroot.name not in args.chroots:
                continue

            if not chroot.result_url:
                sys.stderr.write("No data for build id: {} and chroot: {}.\n".format(args.build_id, chroot.name))
                continue

            dst = os.path.join(args.dest, chroot.name)
            cmd = ['wget', '-r', '-nH', '--no-parent', '--reject', '"index.html*"', '-e', 'robots=off', '--no-verbose']
            cmd.extend(['-P', dst])
            cmd.extend(['--cut-dirs', str(base_len + 4)])

            if args.rpms:
                cmd.extend(["-A", "*.rpm"])

            # Unfortunately, when the project is in Pulp, we need also
            # `results.json` so that we know what filenames to download from Pulp
            if args.rpms and project.storage == "pulp":
                cmd.extend(["-A", "results.json"])

            if args.spec:
                cmd.extend(["-A", "*.spec"])

            if args.logs:
                cmd.extend(["-A", "*.log.gz"])

            if args.review:
                cmd.extend([
                    "-A", "files.dir",
                    "-A", "licensecheck.txt",
                    "-A", "review.txt",
                    "-A", "review.json",
                    "-A", "rpmlint.txt",
                ])
                # fedora-review url redirects to the fedora-review/ and wget2 with -A option
                # doesn't follow redirects in this case
                # upstream issue: https://bugzilla.redhat.com/show_bug.cgi?id=2348400
                cmd.append(chroot.result_url + "fedora-review/")

            cmd.append(chroot.result_url)
            subprocess.call(cmd)

            if project.storage != "pulp":
                continue

            results_json = os.path.join(dst, "results.json")
            try:
                with open(results_json, "r", encoding="utf-8") as fp:
                    results = json.load(fp)
            except FileNotFoundError:
                # The file doesn't exist when for example `--logs`, or `--spec`
                # were specified, and in that case we can safely continue. When
                # no filters were specified or `--rpms` was used, then the file
                # exists.
                continue

            for nevra in results["packages"]:
                filename = "{N}-{V}-{R}.{A}.rpm".format(
                    N=nevra["name"],
                    V=nevra["version"],
                    R=nevra["release"],
                    A=nevra["arch"],
                )
                url = "{baseurl}/{chroot}/Packages/{letter}/{filename}".format(
                    baseurl=build.repo_url,
                    chroot=chroot.name,
                    letter=filename[0],
                    filename=filename,
                )
                response = requests.get(url)
                if not response.ok:
                    sys.stderr.write("Failed to download: {0}\n".format(url))
                    # Everything should be possible to download. But if not,
                    # it is better for the user to download at least what we
                    # can instead of immediately exiting.
                    continue
                with open(os.path.join(dst, filename), "wb") as fp:
                    fp.write(response.content)

    @requires_api_auth
    def action_cancel(self, args):
        """ Method called when the 'cancel' action has been selected by the
        user.
        :param args: argparse arguments provided by the user
        """
        build = self.client.build_proxy.cancel(args.build_id)
        print(build.state)

    def action_watch_build(self, args):
        self._watch_builds(args.build_id)

    def action_delete_build(self, args):
        result = self.client.build_proxy.delete_list(args.build_id)
        print("Build(s) {0} were deleted.".format(", ".join(map(str, result["builds"]))))

    def action_get(self, args):
        """ Method called when the 'get' action has been selected by the
        user.

        :param args: argparse arguments provided by the user
        """
        owner, project = self.parse_name(args.project)
        print_project_info(self.client.project_proxy.get(owner, project))

    #########################################################
    ###                   Chroot actions                  ###
    #########################################################

    @requires_api_auth
    def action_edit_chroot(self, args):
        """ Method called when the 'edit-chroot' action has been selected by the
        user.

        :param args: argparse arguments provided by the user
        """
        if args.bootstrap_image:
            args.bootstrap = 'image'
        owner, copr, chroot = self.parse_chroot_path(args.coprchroot)

        with_opts = None
        if args.rpmbuild_with:
            with_opts = ' '.join(args.rpmbuild_with)

        without_opts = None
        if args.rpmbuild_without:
            without_opts = ' '.join(args.rpmbuild_without)

        self.client.project_chroot_proxy.edit(
            ownername=owner, projectname=copr, chrootname=chroot,
            comps=args.upload_comps, delete_comps=args.delete_comps,
            additional_packages=args.packages, additional_repos=args.repos,
            additional_modules=args.modules, with_opts=with_opts,
            without_opts=without_opts, bootstrap=args.bootstrap,
            bootstrap_image=args.bootstrap_image,
            isolation=args.isolation,
            reset_fields=args.reset,
        )
        print("Edit chroot operation was successful.")

    def action_get_chroot(self, args):
        """ Method called when the 'get-chroot' action has been selected by the
        user.

        :param args: argparse arguments provided by the user
        """
        owner, copr, chroot = self.parse_chroot_path(args.coprchroot)
        project_chroot = self.client.project_chroot_proxy.get(
            ownername=owner, projectname=copr, chrootname=chroot
        )
        fields = ["additional_packages", "additional_repos", "additional_modules",
                  "comps_name", "delete_after_days", "isolation", "mock_chroot",
                  "ownername", "projectname", "with_opts", "without_opts",
                  "follow_fedora_branching"]
        printer = get_printer(args.output_format, fields)
        printer.add_data(project_chroot)
        printer.finish()

    def action_list_chroots(self, args):
        """List all currently available chroots.
        """
        def indent(string):
            return '\n'.join(['    ' + l for l in string.split('\n')])

        chroots = self.client.mock_chroot_proxy.get_list()
        chroots = serializable(chroots)
        for chroot, comment in chroots.items():
            print(chroot)
            if comment:
                print(indent(comment))

    #########################################################
    ###                   Package actions                 ###
    #########################################################

    @requires_api_auth
    def action_add_or_edit_package_pypi(self, args):
        ownername, projectname = self.parse_name(args.copr)
        data = {
            "package_name": args.name,
            "pypi_package_name": args.packagename,
            "pypi_package_version": args.packageversion,
            "spec_generator": args.spec_generator,
            "spec_template": args.spec_template,
            "python_versions": args.pythonversions,
            "max_builds": args.max_builds,
            "timeout": args.timeout,
            "webhook_rebuild": ON_OFF_MAP[args.webhook_rebuild],
        }
        if args.create:
            package = self.client.package_proxy.add(ownername, projectname, args.name, "pypi", data)
        else:
            package = self.client.package_proxy.edit(ownername, projectname, args.name, "pypi", data)
        print("Create or edit operation was successful.")

    @requires_api_auth
    def action_add_or_edit_package_scm(self, args):
        ownername, projectname = self.parse_name(args.copr)
        data = {
            "package_name": args.name,
            "clone_url": args.clone_url,
            "committish": args.committish,
            "subdirectory": args.subdirectory,
            "spec": args.spec,
            "scm_type": args.scm_type,
            "source_build_method": args.srpm_build_method,
            "max_builds": args.max_builds,
            "timeout": args.timeout,
            "webhook_rebuild": ON_OFF_MAP[args.webhook_rebuild],
        }
        if args.create:
            package = self.client.package_proxy.add(ownername, projectname, args.name, "scm", data)
        else:
            package = self.client.package_proxy.edit(ownername, projectname, args.name, "scm", data)
        print("Create or edit operation was successful.")

    @requires_api_auth
    def action_add_or_edit_package_distgit(self, args):
        """ process 'add/edit-package-distgit' requests """
        data = {
            # package name (args.name) is not needed in data
            "distgit": args.instance,
            "namespace": args.namespace,
            "committish": args.committish,
            "max_builds": args.max_builds,
            "timeout": args.timeout,
            "webhook_rebuild": ON_OFF_MAP[args.webhook_rebuild],
        }
        ownername, projectname = self.parse_name(args.copr)
        if args.create:
            self.client.package_proxy.add(ownername, projectname, args.name,
                                          "distgit", data)
        else:
            self.client.package_proxy.edit(ownername, projectname, args.name,
                                           "distgit", data)
        print("Create or edit operation was successful.")

    @requires_api_auth
    def action_add_or_edit_package_rubygems(self, args):
        ownername, projectname = self.parse_name(args.copr)
        data = {
            "package_name": args.name,
            "gem_name": args.gem_name,
            "max_builds": args.max_builds,
            "timeout": args.timeout,
            "webhook_rebuild": ON_OFF_MAP[args.webhook_rebuild],
        }
        if args.create:
            package = self.client.package_proxy.add(ownername, projectname, args.name, "rubygems", data)
        else:
            package = self.client.package_proxy.edit(ownername, projectname, args.name, "rubygems", data)
        print("Create or edit operation was successful.")

    @requires_api_auth
    def action_add_or_edit_package_custom(self, args):
        ownername, projectname = self.parse_name(args.copr)
        data = {
            "package_name": args.name,
            "script": ''.join(args.script.readlines()),
            "script_chroot": args.script_chroot,
            "script_builddeps": args.script_builddeps,
            "script_resultdir": args.script_resultdir,
            "max_builds": args.max_builds,
            "timeout": args.timeout,
            "webhook_rebuild": ON_OFF_MAP[args.webhook_rebuild],
        }
        if args.create:
            package = self.client.package_proxy.add(ownername, projectname, args.name, "custom", data)
        else:
            package = self.client.package_proxy.edit(ownername, projectname, args.name, "custom", data)
        print("Create or edit operation was successful.")

    def action_list_packages(self, args):
        ownername, projectname = self.parse_name(args.copr)
        fields = [
            "id",
            "auto_rebuild",
            "name",
            "ownername",
            "projectname",
            "source_dict",
            "source_type",
            "latest_succeeded_build",
            "latest_build"
        ]
        if args.with_all_builds:
            fields.insert(1, "builds")

        pagination = {"limit": 1000}
        packages = self.client.package_proxy.get_list(
            ownername=ownername, projectname=projectname,
            with_latest_build=args.with_latest_build,
            with_latest_succeeded_build=args.with_latest_succeeded_build,
            pagination=pagination,
        )

        printer = get_printer(args.output_format, fields, True)
        while packages:
            packages_with_builds = [self._package_with_builds(p, args)
                                    for p in packages]
            for data in packages_with_builds:
                printer.add_data(data)
            packages = next_page(packages)
        printer.finish()

    def action_list_package_names(self, args):
        ownername, projectname = self.parse_name(args.copr)
        pagination = {"limit": 1000}
        packages = self.client.package_proxy.get_list(ownername=ownername, projectname=projectname,
                                                      pagination=pagination)
        while packages:
            for package in packages:
                print(package.name)
            packages = next_page(packages)

    def action_get_package(self, args):
        ownername, projectname = self.parse_name(args.copr)
        package = self.client.package_proxy.get(
            ownername=ownername,
            projectname=projectname,
            packagename=args.name,
            with_latest_build=args.with_latest_build,
            with_latest_succeeded_build=args.with_latest_succeeded_build,
        )
        package = self._package_with_builds(package, args)
        fields = ["auto_rebuild", "id", "latest_build", "latest_succeeded_build", "name", "ownername",
                  "projectname", "source_dict", "source_type"]
        if args.with_all_builds:
            fields.insert(1, "builds")
        printer = get_printer(args.output_format, fields)
        printer.add_data(package)
        printer.finish()

    def _package_with_builds(self, package, args):
        ownername, projectname = self.parse_name(args.copr)
        kwargs = {"ownername": ownername, "projectname": projectname, "packagename": package.name}

        # Avoid raising a KeyError here
        if not "builds" in package:
            raise FrontendOutdatedCliException("1.167")

        # Keep output of copr-cli compatible with copr-cli <= 1.87.
        api_provided_builds = package["builds"]
        del package["builds"]
        for key in ["latest_succeeded", "latest"]:
            if key in api_provided_builds:
                package[key + "_build"] = api_provided_builds[key]

        if args.with_all_builds:
            builds = self.client.build_proxy.get_list(**kwargs)
            package["builds"] = builds

        return package

    def action_delete_package(self, args):
        ownername, projectname = self.parse_name(args.copr)
        package = self.client.package_proxy.delete(ownername=ownername, projectname=projectname, packagename=args.name)
        print("Package {0} was successfully deleted.".format(args.name))

    def action_reset_package(self, args):
        ownername, projectname = self.parse_name(args.copr)
        package = self.client.package_proxy.reset(ownername=ownername, projectname=projectname, packagename=args.name)
        print("Package's default source was successfully reseted.")

    def action_build_package(self, args):
        ownername, projectname, project_dirname = self.parse_dirname(args.copr_repo)

        buildopts = buildopts_from_args(args)
        build = self.client.package_proxy.build(ownername=ownername, projectname=projectname,
                                                packagename=args.name, buildopts=buildopts,
                                                project_dirname=project_dirname)
        self.print_build_info_and_wait([build], args)

    def action_permissions_edit(self, args):
        ownername, projectname = self.parse_name(args.project)
        if not args.permissions:
            raise argparse.ArgumentTypeError(
                "neither --builder nor --admin specified")
        self.client.project_proxy.set_permissions(ownername, projectname,
                args.permissions)
        print("success")

    def action_permissions_list(self, args):
        ownername, projectname = self.parse_name(args.project)
        perms = self.client.project_proxy.get_permissions(ownername, projectname)
        for user in perms['permissions']:
            print(user + ":")
            for role, value in perms['permissions'][user].items():
                print("  {0}: {1}".format(role, value))

    def action_permissions_request(self, args):
        if not args.permissions:
            raise argparse.ArgumentTypeError(
                "neither --builder nor --admin specified")
        ownername, projectname = self.parse_name(args.project)
        request = {}
        for role, value in args.permissions['your user'].items():
            if value == 'nothing':
                request[role] = False
            elif value == 'request':
                request[role] = True
            else:
                raise argparse.ArgumentTypeError(
                        "--{0} can be 'nothing' or 'request', "
                        "not '{1}'".format(role, value))
        self.client.project_proxy.request_permissions(ownername, projectname,
                                                      request)
        print("success")


def create_and_modify_common_opts(parser):
    """
    De-duplicate options for 'copr create' and 'copr modify' options.
    """
    parser.add_argument(
        "--repo", dest="repos", action="append", metavar="REPO_BASEURL", help=(
            "Repository that will be enabled at package build time, can be "
            "specified multiple times."
    ))
    parser.add_argument(
        "--runtime-repo-dependency", dest="runtime_dependencies",
        metavar="REPO_BASEURL", action="append", help=(
            "Repository that will be automatically enabled together "
            "with repository from this copr, e.g. by `dnf copr enable`. "
            "This can be specified multiple times."
    ))

    parser.add_argument(
        "--packit-forge-project-allowed", dest="packit_forge_projects_allowed",
        metavar="FORGE_PROJECT", action="append", help=(
            "Forge project that will be allowed to build in this project "
            "via Packit in format github.com/packit/ogr. "
            "Supports wildcard patterns (e.g., github.com/theproject/* will allow "
            "all repositories in the theproject organization). "
            "Can be specified multiple times."
    ))


def setup_parser():
    """
    Set the main arguments.
    """
    #########################################################
    ###                    General options                ###
    #########################################################

    parser = argparse.ArgumentParser(prog="copr")
    # General connection options

    parser.add_argument("--debug", dest="debug", action="store_true",
                        help="Enable debug output")

    parser.add_argument("--config", dest="config",
                        help="Path to an alternative configuration file")

    parser.add_argument("--version", action="version",
                        version="%(prog)s version " + package_version("copr-cli"))

    subparsers = parser.add_subparsers(title="actions")

    parser_new_api_token = subparsers.add_parser(
        "new-api-token",
        help="Generate a new API token. Be careful, this destroys the old one!")
    parser_new_api_token.set_defaults(func="action_new_api_token")

    #########################################################
    ###                    Project options                ###
    #########################################################

    parser_whoami = subparsers.add_parser(
        "whoami",
        help="Print username that the client authenticates with against copr-frontend")
    parser_whoami.set_defaults(func="action_whoami")

    parser_new_webhook_secret = subparsers.add_parser(
        "new-webhook-secret",
        help="Regenerate webhook secret for a copr.")
    parser_new_webhook_secret.add_argument("name", help="copr to generate a new webhook secret for.")
    parser_new_webhook_secret.set_defaults(func="action_new_webhook_secret")

    # create the parser for the "list" command
    parser_list = subparsers.add_parser(
        "list",
        help="List all the copr of the "
             "provided "
    )
    parser_list.add_argument(
        "username", metavar="username|@groupname", nargs="?",
        help="The username or @groupname that you would like to "
             "list the coprs of (defaults to current user)"
    )
    parser_list.set_defaults(func="action_list")

    parser_mock_config = subparsers.add_parser(
        "mock-config",
        help="Get the mock profile (similar to koji mock-config)"
    )
    parser_mock_config.add_argument(
        "project",
        help="Expected format is <user>/<project>, <group>/<project> (including '@') or <project> (name of project you own)."
    )
    parser_mock_config.add_argument(
        "chroot",
        help="chroot id, e.g. 'fedora-rawhide-x86_64'"
    )
    parser_mock_config.set_defaults(func="action_mock_config")

    # create the parser for the "create" command
    parser_create = subparsers.add_parser("create", help="Create a new copr")
    parser_create.add_argument("name",
                               help="The name of the copr to create")
    parser_create.add_argument("--chroot", dest="chroots", metavar="CHROOT",
                               action="append",
                               help="Chroot to use for this copr")



    parser_create.add_argument("--initial-pkgs", dest="initial_pkgs",
                               action="append",
                               help="List of packages URL to build in this "
                                    "new copr")
    parser_create.add_argument("--description",
                               help="Description of the copr")
    parser_create.add_argument("--instructions",
                               help="Instructions for the copr")
    parser_create.add_argument("--disable_createrepo", type=str2bool,
                               help="Disable metadata auto generation")
    parser_create.add_argument("--enable-net", choices=["on", "off"], default="off",
                               help="If net should be enabled for builds in this project (default is off)")
    parser_create.add_argument("--unlisted-on-hp", choices=["on", "off"],
                               help="The project will not be shown on COPR home page")
    parser_create.add_argument("--persistent", action="store_true",
                               help="Project and its builds will be undeletable. This option can only be specified by a COPR admin.")
    parser_create.add_argument("--auto-prune", choices=["on", "off"], default="on",
                               help="If auto-deletion of project's obsoleted builds should be enabled (default is on).\
                               This option can only be specified by a COPR admin.")
    parser_create.add_argument("--isolation", choices=["simple", "nspawn", "default"], default="default",
                               help="Choose the isolation method for running commands in buildroot.")

    parser_create.add_argument(
        "--bootstrap",
        choices=["default", "on", "off", "image"],
        help=(
            "Configure Mock's bootstrap feature (consult 'man mock' for more "
            "info).  'on'/'off' enables/disables bootstrap.  The 'default' "
            "variant uses pre-configured setup from mock-core-configs.  The "
            "'image' variant enforces the bootstrap initialization from "
            "the pre-configured container image (defined in "
            "mock-core-configs.rpm)."
        ),
    )

    parser_create.add_argument("--delete-after-days", default=None, metavar='DAYS',
                               help="Delete the project after the specfied period of time")
    parser_create.add_argument(
        "--module-hotfixes", choices=["on", "off"], default="off",
        help=("Allow packages from this project to override packages from "
              "active module streams."))
    parser_create.add_argument(
        "--multilib", choices=["on", "off"], default="off",
        help=("When users enable this copr repository on 64bit variant of "
              "multilib capable architecture (e.g. x86_64), they will also be "
              "able to install 32bit variants of the packages (e.g. i386 for "
              "x86_64 arch), default is 'off'"))

    parser_create.add_argument(
        "--fedora-review", action="store_true", default=False,
        help=("When submitting new package to Fedora, it needs to comply with "
              "Fedora Packaging Guidelines. Use fedora-review tool to help you "
              "discover packaging errors. Failing fedora-review will not fail "
              "the build itself."))

    parser_create.add_argument(
        "--appstream", choices=["on", "off"], default="off",
        help=("Generate AppStream metadata for this project. Generating "
              "metadata slows down the builds in large Copr projects."))

    parser_create.add_argument(
        "--follow-fedora-branching", choices=["on", "off"], default="on",
        help=("When Fedora is branched from rawhide, the "
              "respective chroots for the new branch are automatically "
              "created for you (as soon as they are available) as rawhide "
              "chroot forks."))

    parser_create.add_argument(
        "--repo-priority", default=None,
        help=("Use the priority=<INT> config option for repositories in this "
              "project, see man dnf.conf(5) for more info."))

    parser_create.add_argument(
        "--storage",
        choices=["backend", "pulp"],
        help=("What storage should be used for this project. "
              "This option can only be specified by a COPR admin.")
    )

    create_and_modify_common_opts(parser_create)

    parser_create.set_defaults(func="action_create")

    # create the parser for the "modify_project" command
    parser_modify = subparsers.add_parser("modify", help="Modify existing copr")

    parser_modify.add_argument("name", help="The name of the copr to modify")
    parser_modify.add_argument("--chroot", dest="chroots", metavar="CHROOT",
                               action="append",
                               help="Chroot to use for this copr")
    parser_modify.add_argument("--description",
                               help="Description of the copr")
    parser_modify.add_argument("--instructions",
                               help="Instructions for the copr")
    parser_modify.add_argument("--disable_createrepo", type=str2bool,
                               help="Disable metadata auto generation")
    parser_modify.add_argument("--enable-net", choices=["on", "off"],
                               help="If net should be enabled for builds in this project (default is \"don't change\")")
    parser_modify.add_argument("--unlisted-on-hp", choices=["on", "off"],
                               help="The project will not be shown on COPR home page")
    parser_modify.add_argument("--auto-prune", choices=["on", "off"],
                               help="If auto-deletion of project's obsoleted builds should be enabled.\
                               This option can only be specified by a COPR admin.")
    parser_modify.add_argument("--isolation", choices=["simple", "nspawn", "default"],
                               help="Choose the isolation method for running commands in buildroot.")

    parser_modify.add_argument(
        "--bootstrap",
        choices=["default", "on", "off", "image"],
        help=("Configure Mock's bootstrap feature, "
              "See 'create --help' for more info."))

    parser_modify.add_argument("--delete-after-days", default=None, metavar='DAYS',
                               help=("Delete the project after the specfied "
                                     "period of time, empty or -1 disables, "
                                     "(default is \"don't change\")"))
    parser_modify.add_argument(
        "--module-hotfixes", choices=["on", "off"],
        help=("Allow packages from this project to override packages from "
              "active module streams."))
    parser_modify.add_argument(
        "--multilib", choices=["on", "off"],
        help=("When users enable this copr repository on 64bit variant of "
              "multilib capable architecture (e.g. x86_64), they will also be "
              "able to install 32bit variants of the packages (e.g. i386 for "
              "x86_64 arch), default is \"don't change\""))

    parser_modify.add_argument(
        "--fedora-review", choices=["on", "off"],
        help=("When submitting new package to Fedora, it needs to comply with "
              "Fedora Packaging Guidelines. Use fedora-review tool to help you "
              "discover packaging errors. Failing fedora-review will not fail "
              "the build itself."))

    parser_modify.add_argument(
        "--appstream", choices=["on", "off"],
        help=("Generate AppStream metadata for this project. Generating "
              "metadata slows down the builds in large Copr projects."))

    parser_modify.add_argument(
        "--follow-fedora-branching", choices=["on", "off"],
        help=("When Fedora is branched from rawhide, the "
              "respective chroots for the new branch are automatically "
              "created for you (as soon as they are available) as rawhide "
              "chroot forks."))

    parser_modify.add_argument("--repo-priority", default=None,
                               help="Set the priority value of this repository")

    create_and_modify_common_opts(parser_modify)

    parser_modify.set_defaults(func="action_modify_project")

    # create the parser for the "delete" command
    parser_delete = subparsers.add_parser("delete", help="Deletes the entire project")
    parser_delete.add_argument("copr", help="Name of your project to be deleted.")
    parser_delete.set_defaults(func="action_delete")

    # create the parser for the "fork" command
    parser_delete = subparsers.add_parser("fork", help="Fork the project and builds in it")
    parser_delete.add_argument("src", help="Which project should be forked")
    parser_delete.add_argument("dst", help="Name of the new project")
    parser_delete.add_argument("--confirm", action="store_true", help="Confirm forking into existing project")
    parser_delete.set_defaults(func="action_fork")

    # create the parser for the "regenerate-repos" command
    parser_regenerate_repos = subparsers.add_parser(
        "regenerate-repos",
        help=("Regenerate repository metadata for a project. "
              "Useful when automatic generation is disabled"))
    parser_regenerate_repos.add_argument(
        "copr",
        help=("Can be just name of project or even in format owner/project."))
    parser_regenerate_repos.set_defaults(func="action_regenerate_repos")

    parser_builds = subparsers.add_parser("list-builds", help="List all builds in the project")
    parser_builds.add_argument("project", help="Which project's builds should be listed.\
                               Can be just a name of the project or even in format\
                               username/project or @groupname/project.")
    cli_use_output_format(parser_builds, default=None)
    parser_builds.set_defaults(func="action_list_builds")

    parser_get = subparsers.add_parser("get", help="Get information about project")
    parser_get.add_argument("project", help="Which project you want to get. Can be in format "
                            "`username/project` or in case of group `@groupname/project`")
    parser_get.set_defaults(func="action_get")

    #########################################################
    ###             Source-type related options           ###
    #########################################################

    parser_pypi_args_optional = argparse.ArgumentParser(add_help=False)
    parser_pypi_args_optional.add_argument("--pythonversions", nargs="*", type=int, metavar="VERSION",
                                         help="For what Python versions to build (by default: 3 2)")
    parser_pypi_args_optional.add_argument("--packageversion", metavar = "PYPIVERSION",
                                         help="Version of the PyPI package to be built (by default latest)")

    parser_pypi_args_optional.add_argument(
        "--spec-generator",
        dest="spec_generator",
        help="Tool for generating specfile from a PyPI package",
        choices=["pyp2rpm", "pyp2spec"],
        default="pyp2spec",
    )

    parser_pypi_args_optional.add_argument("--template", "-t", dest="spec_template",
                                         help="Spec template to be used to build srpm with pyp2rpm")

    parser_pypi_args_parent = argparse.ArgumentParser(add_help=False, parents=[parser_pypi_args_optional])
    parser_pypi_args_parent.add_argument("--packagename", required=True, metavar="PYPINAME",
                                         help="Name of the PyPI package to be built, required.")

    parser_scm_args_parent = argparse.ArgumentParser(add_help=False)
    parser_scm_args_parent.add_argument("--clone-url", required=True,
                                        help="clone url to a project versioned by Git or SVN, required")
    parser_scm_args_parent.add_argument("--commit", dest="committish", default="",
                                        help="branch name, tag name, or git hash to be built")
    parser_scm_args_parent.add_argument("--subdir", dest="subdirectory", default="",
                                        help="relative path from the repo root to the package content")
    parser_scm_args_parent.add_argument("--spec", default="",
                                        help="relative path from the subdirectory to the .spec file")
    parser_scm_args_parent.add_argument("--type", dest="scm_type", choices=["git", "svn"], default="git",
                                        help="Specify versioning tool. Default is 'git'.")
    parser_scm_args_parent.add_argument("--method", dest="srpm_build_method", default="rpkg",
                                        choices=["rpkg", "tito", "tito_test", "make_srpm"],
                                        help="Srpm build method. Default is 'rpkg'.")

    parser_distgit_simple_parent = argparse.ArgumentParser(add_help=False)
    parser_distgit_simple_parent.add_argument(
        "--commit", dest="committish", default=None,
        help="Branch name, tag name, or git hash to built the package from")
    parser_distgit_simple_parent.add_argument(
        "--namespace", dest="namespace", default=None,
        help=(
            "Some DistGit instances (e.g. the Fedora Copr dist-git) use "
            "a namespaced clone/lookaside URLs.  Typically it means that "
            "one package may be hosted in the same DistGit instance "
            "multiple times, in multiple namespaces.  Specify the NAMESPACE "
            "here (e.g. @copr/copr for @copr/copr/copr-cli package)."),
    )
    parser_distgit_simple_parent.add_argument(
        "--distgit", dest="instance", default=None,
        help=(
            "Dist-git instance to build the package from, for example "
            "'fedora'."
        ),
    )

    parser_rubygems_args_parent = argparse.ArgumentParser(add_help=False)
    parser_rubygems_args_parent.add_argument("--gem", metavar="GEM", dest="gem_name",
                                             help="Specify gem name")

    parser_distgit_args_parent = argparse.ArgumentParser(add_help=False)
    parser_distgit_args_parent.add_argument("--clone-url", metavar="URL", dest="clone_url", required=True,
                                             help="Specify clone url for the distgit repository")
    parser_distgit_args_parent.add_argument("--branch", metavar="BRANCH", dest="branch",
                                             help="Specify branch to be used")

    parser_custom_args_parent = argparse.ArgumentParser(add_help=False)
    parser_custom_args_parent.add_argument(
            '--script', required=True,
            type=argparse.FileType('r'),
            help='text file (script) to be used to prepare the sources')
    parser_custom_args_parent.add_argument(
            '--script-chroot',
            help='mock chroot to build sources for the SRPM in')
    parser_custom_args_parent.add_argument(
            '--script-builddeps',
            type=lambda x: x.split(),  # Store the deps as a list
            help='space separated list of packages needed to build the sources')
    parser_custom_args_parent.add_argument(
            '--script-resultdir',
            help='where SCRIPT generates the result, relatively to script\'s '
                 '$PWD (defaults to \'.\')')
    parser_custom_args_parent.add_argument(
            '--script-repos',
            help="space separated string of additional repo urls for script dependencies"
    )

    #########################################################
    ###                    Build options                  ###
    #########################################################

    # parent parser for the builds commands below
    parser_build_parent = argparse.ArgumentParser(add_help=False)
    parser_build_parent.add_argument("copr_repo",
                                     help="The copr repo to build the package in. Can be just name of project or even in format username/project or @groupname/project. "
                                     "It can also be in the form project:<tag>, which will put the build into a side repository with the user-chosen tag in its name.")
    parser_build_parent.add_argument("--memory", dest="memory",
                                     help=argparse.SUPPRESS,
                                     action=ActionDeprecated)
    parser_build_parent.add_argument(
        "--timeout", dest="timeout",
        help=("Specify build timeout (seconds), if the build takes "
              "longer than that, it is terminated and fails.  The "
              "default is usually set to 5 hours on Copr Frontend."))
    parser_build_parent.add_argument("--nowait", action="store_true", default=False,
                                     help="Don't wait for build")
    parser_build_parent.add_argument("-r", "--chroot", dest="chroots",
                                     metavar="CHROOT", action="append",
                                     help="If you don't need this build for all the project's chroots. You can use it several times for each chroot you need.")

    parser_build_parent.add_argument(
        "--exclude-chroot",
        dest="exclude_chroots",
        metavar="CHROOT",
        action="append",
        help=("If you don't need this build for all the project's chroots."
              "You can use it several times for each chroot you don't need.")
    )

    parser_build_parent.add_argument("--background", dest="background", action="store_true", default=False,
                                     help="Mark the build as a background job. It will have lesser priority than regular builds.")
    parser_build_parent.add_argument("--isolation", choices=["simple", "nspawn", "default"], default="unchanged",
                                     help="Choose the isolation method for running commands in buildroot.")

    parser_build_parent.add_argument(
        "--enable-net",
        choices=["on", "off"],
        help=("If net should be enabled for this build (by default "
              "the project configuration is used, see 'modify' command)."))

    parser_build_parent.add_argument(
        "--bootstrap",
        choices=["unchanged", "default", "on", "off", "image"],
        help=("Configure Mock's bootstrap feature, "
              "default is 'unchanged' so the configuration from Copr project "
              "and Copr chroot is used for this build. "
              "The 'default' variant resets the project/chroot configuration "
              "to the pre-configured setup from mock-core-configs. "
              "See 'create --help' for more info."))

    batch_build_opts = parser_build_parent.add_mutually_exclusive_group()
    batch_build_opts.add_argument(
        "--after-build-id", metavar="BUILD_ID",
        help=("Build after the batch containing the BUILD_ID build."),
    )

    batch_build_opts.add_argument(
        "--with-build-id", metavar="BUILD_ID",
        help=("Build in the same batch with the BUILD_ID build."),
    )

    # create the parser for the "build" (url/upload) command
    parser_build = subparsers.add_parser("build", parents=[parser_build_parent],
                                         help="Build packages to a specified copr")
    parser_build.add_argument(
        "pkgs", nargs="+",
        help="List of filenames or URLs for SRPMs or SPEC files to build packages")

    parser_build.set_defaults(func="action_build")

    # create the parser for the "buildpypi" command
    parser_build_pypi = subparsers.add_parser("buildpypi", parents=[parser_pypi_args_parent, parser_build_parent],
                                              help="Build PyPI package to a specified copr")
    parser_build_pypi.set_defaults(func="action_build_pypi")

    # create the parser for the "buildgem" command
    parser_build_rubygems = subparsers.add_parser("buildgem", parents=[parser_rubygems_args_parent, parser_build_parent],
                                                  help="Build gem from rubygems.org to a specified copr")
    parser_build_rubygems.set_defaults(func="action_build_rubygems")

    # create the parser for the "buildcustom" command
    parser_build_custom = subparsers.add_parser(
            "buildcustom",
            parents=[parser_custom_args_parent, parser_build_parent],
            help="Build packages from SRPM generated by custom script")
    parser_build_custom.set_defaults(func="action_build_custom")

    # create the parser for the "buildscm" command
    parser_build_scm = subparsers.add_parser("buildscm", parents=[parser_scm_args_parent, parser_build_parent],
                                              help="Builds package from Git/DistGit/SVN repository.")
    parser_build_scm.set_defaults(func="action_build_scm")

    # create the parser for the "build-distgit" command
    parser_build_distgit_simple = subparsers.add_parser(
        "build-distgit",
        parents=[parser_distgit_simple_parent, parser_build_parent],
        help="Builds a package from a DistGit repository",
        description=(
            "Build a package from a DistGit repository. "
            "For more info about DistGit build method see the description "
            "'add-package-distgit' command."),
    )
    parser_build_distgit_simple.add_argument(
        "--name", dest="pkgname", required=True,
        help=("Package name to build from the DistGit instance"),
    )
    parser_build_distgit_simple.set_defaults(func="action_build_distgit_simple")

    # create the parser for the "status" command
    parser_status = subparsers.add_parser("status", help="Get build status of build specified by its ID")
    parser_status.add_argument("build_id", help="Build ID", type=int)
    parser_status.set_defaults(func="action_status")

    # create the parser for the "download-build" command
    parser_download_build = subparsers.add_parser("download-build", help="Fetches built packages")
    parser_download_build.add_argument("build_id", help="Build ID")
    parser_download_build.add_argument("-r", "--chroot", dest="chroots",
                                       metavar="CHROOT", action="append",
                                       help="Select chroots to fetch")
    parser_download_build.add_argument("--dest", "-d", dest="dest",
                                       help="Base directory to store packages", default=".")
    parser_download_build.add_argument(
        "--rpms",
        dest="rpms",
        action="store_true",
        help="Download only built RPM packages",
    )
    parser_download_build.add_argument(
        "--spec",
        dest="spec",
        action="store_true",
        help="Download only the .spec file",
    )
    parser_download_build.add_argument(
        "--review",
        dest="review",
        action="store_true",
        help="Download only the fedora-review files",
    )
    parser_download_build.add_argument(
        "--logs",
        dest="logs",
        action="store_true",
        help="Download only the .log files",
    )
    parser_download_build.set_defaults(func="action_download_build")

    # create the parser for the "cancel" command
    parser_cancel = subparsers.add_parser("cancel", help="Cancel build specified by its ID")
    parser_cancel.add_argument("build_id", help="Build ID")
    parser_cancel.set_defaults(func="action_cancel")

    # create the parser for the "watch-build" command
    parser_watch = subparsers.add_parser("watch-build",
                                         help="Watch status and progress of build(s)"
                                              " specified by their ID")
    parser_watch.add_argument("build_id", nargs="+",
                              help="Build ID", type=int)
    parser_watch.set_defaults(func="action_watch_build")

    # create the parser for the "delete-build" command
    parser_delete = subparsers.add_parser("delete-build",
                                          help="Delete builds specified by their IDs")
    parser_delete.add_argument("build_id", help="Build ID", type=int, nargs="+")
    parser_delete.set_defaults(func="action_delete_build")

    #########################################################
    ###                   Chroot options                  ###
    #########################################################

    parser_edit_chroot = subparsers.add_parser("edit-chroot", help="Edit chroot of a project")
    parser_edit_chroot.add_argument("coprchroot", help="Path to a project chroot as owner/project/chroot or project/chroot")
    parser_edit_chroot_comps_group = parser_edit_chroot.add_mutually_exclusive_group()
    parser_edit_chroot_comps_group.add_argument("--upload-comps", metavar="FILEPATH",
                                                  help="filepath to the comps.xml file to be uploaded")
    parser_edit_chroot_comps_group.add_argument("--delete-comps", action="store_true",
                                                  help="deletes already existing comps.xml for the chroot")

    parser_edit_chroot.add_argument("--packages",
                                      help="space separated string of package names to be added to buildroot")
    parser_edit_chroot.add_argument("--repos",
                                      help="space separated string of additional repo urls for chroot")
    parser_edit_chroot.add_argument("--modules",
                                      help="comma separated list of modules that will be enabled or disabled in the given chroot, e.g. 'module1:stream,!module2:stream'")
    parser_edit_chroot.add_argument("--rpmbuild-with", action='append',
                                      help="rpmbuild --with option, can be set multiple times")
    parser_edit_chroot.add_argument("--rpmbuild-without", action='append',
                                      help="rpmbuild --without options, can be set multiple times")
    parser_edit_chroot.add_argument("--isolation", choices=["simple", "nspawn", "default"],
                                    help="Choose the isolation method for running commands in buildroot.")

    parser_edit_chroot.add_argument(
        "--bootstrap",
        choices=["unchanged", "default", "on", "off", "image"],
        help=("Configure Mock's bootstrap feature, "
              "default is 'unchanged' so the configuration from Copr project "
              "is used for this chroot. "
              "The 'default' variant resets the project configuration "
              "to the pre-configured setup from mock-core-configs. "
              "See 'create --help' for more info."))

    parser_edit_chroot.add_argument(
        "--bootstrap-image",
        help=("Use a custom container image for initializing Mock's "
              "bootstrap (Implies --bootstrap=image)"))

    parser_edit_chroot.add_argument(
        "--reset",
        action="append",
        help=("Reset this parameters to their respective defaults. "
              "Possible values are additional_packages, additional_modules, "
              "isolation, etc. See the output of `copr-cli get-chroot' for all "
              "the possible field names."),
    )

    parser_edit_chroot.set_defaults(func="action_edit_chroot")

    parser_get_chroot = subparsers.add_parser("get-chroot", help="Get chroot of a project")
    parser_get_chroot.add_argument("coprchroot", help="Path to a project chroot as owner/project/chroot or project/chroot")
    cli_use_output_format(parser_get_chroot)
    parser_get_chroot.set_defaults(func="action_get_chroot")

    parser_list_chroots = subparsers.add_parser("list-chroots", help="List all currently available chroots.")
    parser_list_chroots.set_defaults(func="action_list_chroots")

    #########################################################
    ###                   Package options                 ###
    #########################################################

    # package edit/create parent
    parser_add_or_edit_package_parent = argparse.ArgumentParser(add_help=False)
    parser_add_or_edit_package_parent.add_argument("--name",
                                                   help="Name of the package to be edited or created",
                                                   metavar="PKGNAME", required=True)
    parser_add_or_edit_package_parent.add_argument("copr",
                                                   help="The copr repo for the package. Can be just name of project or even in format username/project or @groupname/project.")
    parser_add_or_edit_package_parent.add_argument("--webhook-rebuild",
                                                   choices=["on", "off"], help="Enable auto-rebuilding.")
    parser_add_or_edit_package_parent.add_argument(
            "--max-builds",
            help="Keep only the specified number of the newest-by-id builds "\
                 "(garbage collector is run daily), zero disables (default)")
    parser_add_or_edit_package_parent.add_argument(
            "--timeout",
            help="Number of seconds we allow the builds to run, default is "\
                 "18000 (5h)")

    # PyPI edit/create
    parser_add_package_pypi = subparsers.add_parser("add-package-pypi",
                                                    help="Creates a new PyPI package",
                                                    parents=[parser_pypi_args_parent, parser_add_or_edit_package_parent])
    parser_add_package_pypi.set_defaults(func="action_add_or_edit_package_pypi", create=True)

    parser_edit_package_pypi = subparsers.add_parser("edit-package-pypi",
                                                     help="Edits an existing PyPI package",
                                                     parents=[parser_pypi_args_optional, parser_add_or_edit_package_parent])
    parser_edit_package_pypi.add_argument("--packagename", required=False, metavar="PYPINAME",
                                          help="Name of the PyPI package to be built, required.")
    parser_edit_package_pypi.set_defaults(func="action_add_or_edit_package_pypi", create=False)


    # SCM edit/create
    parser_add_package_scm = subparsers.add_parser("add-package-scm",
                                                       help="Creates a new SCM package.",
                                                       parents=[parser_scm_args_parent, parser_add_or_edit_package_parent])
    parser_add_package_scm.set_defaults(func="action_add_or_edit_package_scm", create=True)

    parser_edit_package_scm = subparsers.add_parser("edit-package-scm",
                                                        help="Edits an existing SCM package.",
                                                        parents=[parser_scm_args_parent, parser_add_or_edit_package_parent])
    parser_edit_package_scm.set_defaults(func="action_add_or_edit_package_scm", create=False)

    # DistGit edit/create package
    parser_add_package_distgit = subparsers.add_parser(
        "add-package-distgit",
        help="Creates a new DistGit package",
        description=(
            "DistGit (Distribution Git) is Git with additional data "
            "storage (so called \"lookaside cache\"). It is designed to hold "
            "content of source RPMs. For more info, see the "
            "https://github.com/release-engineering/dist-git documentation."
            "\n\n"
            "To build a package for a particular distribution, you need "
            "clone the correct git repository, and download corresponding "
            "sources files from the lookaside cache.  Each distribution though "
            "uses a different hostname for DistGit server and may store the "
            "git repositories and source files on a little bit different "
            "URIs (or even in NAMESPACEs).  That's why Copr has this "
            "build method pre-configured as \"DistGit instances\" (one "
            "instance per one distribution)."
        ),
        parents=[parser_distgit_simple_parent,
                 parser_add_or_edit_package_parent])
    parser_add_package_distgit.set_defaults(
        func="action_add_or_edit_package_distgit",
        create=True)
    parser_edit_package_distgit = subparsers.add_parser(
        "edit-package-distgit",
        help="Edits an existing DistGit package",
        description=(
            "Edit an existing DistGit package.  For more info about DistGit "
            "build method see the description of 'add-package-distgit' "
            "command."),
        parents=[parser_distgit_simple_parent,
                 parser_add_or_edit_package_parent])
    parser_edit_package_distgit.set_defaults(
        func="action_add_or_edit_package_distgit",
        create=False)

    # Rubygems edit/create
    parser_add_package_rubygems = subparsers.add_parser("add-package-rubygems",
                                                        help="Creates a new RubyGems package",
                                                        parents=[parser_rubygems_args_parent, parser_add_or_edit_package_parent])
    parser_add_package_rubygems.set_defaults(func="action_add_or_edit_package_rubygems", create=True)

    parser_edit_package_rubygems = subparsers.add_parser("edit-package-rubygems",
                                                         help="Edits an existing RubyGems package",
                                                         parents=[parser_rubygems_args_parent, parser_add_or_edit_package_parent])
    parser_edit_package_rubygems.set_defaults(func="action_add_or_edit_package_rubygems", create=False)

    # Custom build method - edit/create package
    parser_add_package_custom = subparsers.add_parser(
            "add-package-custom",
            help="Creates a new package where sources are built by custom script",
            parents=[parser_custom_args_parent, parser_add_or_edit_package_parent])
    parser_add_package_custom.set_defaults(
            func="action_add_or_edit_package_custom",
            create=True)
    parser_edit_package_custom = subparsers.add_parser(
            "edit-package-custom",
            help="Edits an existing Custom package",
            parents=[parser_custom_args_parent, parser_add_or_edit_package_parent])
    parser_edit_package_custom.set_defaults(
            func="action_add_or_edit_package_custom",
            create=False)

    # package listing
    parser_list_packages = subparsers.add_parser("list-packages",
                                                 help="Returns list of packages in the given copr")
    parser_list_packages.add_argument("copr",
                                      help="The copr repo to list the packages of. Can be just name of project or even in format owner/project.")
    parser_list_packages.add_argument("--with-latest-build", action="store_true",
                                      help="Also display data related to the latest build for the package.")
    parser_list_packages.add_argument("--with-latest-succeeded-build", action="store_true",
                                      help="Also display data related to the latest succeeded build for the package.")
    parser_list_packages.add_argument("--with-all-builds", action="store_true",
                                      help="Also display data related to the builds for the package.")
    cli_use_output_format(parser_list_packages)
    parser_list_packages.set_defaults(func="action_list_packages")

    # package names listing
    parser_list_package_names = subparsers.add_parser("list-package-names",
                                                      help="Returns list of package names in the given copr")
    parser_list_package_names.add_argument("copr",
                                           help="The copr repo to list the packages of. Can be just name of project or even in format owner/project.")
    parser_list_package_names.set_defaults(func="action_list_package_names")

    # single package fetching
    parser_get_package = subparsers.add_parser("get-package",
                                               help="Returns package of the given name in the given copr")
    parser_get_package.add_argument("copr",
                                    help="The copr repo to list the packages of. Can be just name of project or even in format owner/project.")
    parser_get_package.add_argument("--name",
                                    help="Name of a single package to be displayed",
                                    metavar="PKGNAME", required=True)
    parser_get_package.add_argument("--with-latest-build", action="store_true",
                                    help="Also display data related to the latest build for each package.")
    parser_get_package.add_argument("--with-latest-succeeded-build", action="store_true",
                                    help="Also display data related to the latest succeeded build for each package.")
    parser_get_package.add_argument("--with-all-builds", action="store_true",
                                    help="Also display data related to the builds for each package.")
    cli_use_output_format(parser_get_package)
    parser_get_package.set_defaults(func="action_get_package")

    # package deletion
    parser_delete_package = subparsers.add_parser("delete-package",
                                                  help="Deletes the specified package")
    parser_delete_package.add_argument("copr",
                                       help="The copr repo to list the packages of. Can be just name of project or even in format owner/project.")
    parser_delete_package.add_argument("--name",
                                       help="Name of a package to be deleted",
                                       metavar="PKGNAME", required=True)
    parser_delete_package.set_defaults(func="action_delete_package")

    # package reseting
    parser_reset_package = subparsers.add_parser("reset-package",
                                                 help="Resets (clears) default source of the specified package")
    parser_reset_package.add_argument("copr",
                                      help="The copr repo to list the packages of. Can be just name of project or even in format owner/project.")
    parser_reset_package.add_argument("--name",
                                      help="Name of a package to be reseted",
                                      metavar="PKGNAME", required=True)
    parser_reset_package.set_defaults(func="action_reset_package")

    # package building
    parser_build_package = subparsers.add_parser("build-package", parents=[parser_build_parent],
                                                 help="Builds the package from its default source")
    parser_build_package.add_argument("--name",
                                      help="Name of a package to be built",
                                      metavar="PKGNAME", required=True)
    parser_build_package.set_defaults(func="action_build_package")


    #########################################################
    ###                   Permissions actions             ###
    #########################################################

    def make_permission_action(role, default_permission, default_username=None):
        class CustomAction(argparse.Action):
            def __call__(self, parser, args, argument, option_string=None):
                permission = self.default_permission
                username = self.default_username
                if not username:
                    # User required, user=permission allowed.
                    if '=' in argument:
                        splitted = argument.split('=')
                        permission = splitted.pop()
                        username = '='.join(splitted)
                    else:
                        username = argument
                else:
                    # username predefined (myself)
                    if argument:
                        permission = argument
                if not args.permissions:
                    args.permissions = {}
                if not username in args.permissions:
                    args.permissions[username] = {}
                if role in args.permissions[username]:
                    raise argparse.ArgumentError(
                        self, "requested more than once for {0}".format(username))
                args.permissions[username][role] = permission

        CustomAction.default_permission = default_permission
        CustomAction.default_username = default_username
        return CustomAction

    parser_permissions_edit = subparsers.add_parser(
            "edit-permissions",
            help="Edit roles/permissions on a copr project")
    parser_permissions_edit.add_argument("project",
            metavar='PROJECT',
            help="An existing copr project")
    edit_help = """Set the '{0}' role for USERNAME in PROJECT, VALUE can be one
            of 'approved|request|nothing' (default=approved)"""
    parser_permissions_edit.add_argument("--admin",
            metavar='USERNAME[=VALUE]',
            dest='permissions',
            action=make_permission_action('admin', 'approved'),
            help=edit_help.format('admin'))
    parser_permissions_edit.add_argument("--builder",
            metavar='USERNAME[=VALUE]',
            dest='permissions',
            action=make_permission_action('builder', 'approved'),
            help=edit_help.format('builder'))
    parser_permissions_edit.set_defaults(func='action_permissions_edit')

    # list
    parser_permissions_list = subparsers.add_parser(
            "list-permissions",
            help="Print the copr project roles/permissions")
    parser_permissions_list.add_argument("project",
            metavar='PROJECT',
            help="An existing copr project")
    parser_permissions_list.set_defaults(func='action_permissions_list')

    # request
    parser_permissions_request = subparsers.add_parser(
            "request-permissions",
            help="Request (or reject) your role in the copr project")
    parser_permissions_request.add_argument("project",
            metavar='PROJECT',
            help="An existing copr project")
    request_help = """Request/cancel request/remove your '{0}' permissions in
            PROJECT.  VALUE can be one of 'request|nothing', default=request
            """
    parser_permissions_request.add_argument(
            "--admin", nargs='?',
            action=make_permission_action('admin', 'request', 'your user'),
            dest='permissions',
            help=request_help.format('admin'))
    parser_permissions_request.add_argument(
            "--builder", nargs='?',
            action=make_permission_action('builder', 'request', 'your user'),
            dest='permissions',
            help=request_help.format('builder'))
    parser_permissions_request.set_defaults(func='action_permissions_request')

    # package monitoring
    cli_monitor_parser(subparsers)

    if argcomplete:
        argcomplete.autocomplete(parser)
    return parser


def setup_logging(debug):
    """
    Configure the global 'log' object so it prints to standard error output
    (INFO+ messages).  When --debug is used, all logging (even external
    libraries) is turned on for DEBUG+ level.
    """
    if debug:
        logging.basicConfig(
            level=logging.DEBUG,
            format='[%(asctime)s] {%(pathname)s:%(lineno)d} %(levelname)s - %(message)s',
            datefmt='%H:%M:%S'
        )
        sys.stderr.write("#  Debug log enabled  #\n")
        return

    stderr = logging.StreamHandler()
    stderr.setLevel(logging.INFO)
    formatter = logging.Formatter("%(levelname)s: %(message)s")
    stderr.setFormatter(formatter)
    log.addHandler(stderr)


def str2bool(v):
    if v.lower() in ("yes", "true", "on", "t", "y", "1"):
        return True
    elif v.lower() in ("no", "false", "off", "f", "n", "0"):
        return False
    else:
        raise argparse.ArgumentTypeError("Boolean value expected.")


def _handle_frontend_api_request_error(e, args):
    if "is not in JSON format" not in str(e):
        return
    if not args.debug:
        sys.stderr.write("Try 'copr-cli --debug' for more info.\n")
        return

    page_content = e.result.__response__.content
    if BeautifulSoup:
        soup = BeautifulSoup(page_content, features="html.parser")
        page_content = soup.get_text()
    else:
        page_content = re.sub(r'<.*?>', '', page_content.decode("utf-8"))

    sys.stderr.write(
        "\n"
        "Server response:\n"
        "----------------\n"
        "%s\n" % page_content)


def main(argv=sys.argv[1:]):
    # pylint: disable=too-many-branches
    try:
        # Set up parser for global args
        parser = setup_parser()
        # Parse the commandline
        arg = parser.parse_args(argv)
        setup_logging(arg.debug)

        if not "func" in arg:
            parser.print_help()
            return

        commands = Commands(arg.config)
        if isinstance(arg.func, str):
            # Call self method by its name
            getattr(commands, arg.func)(arg)
        else:
            # Call external command method
            arg.func(commands, arg)

    except KeyboardInterrupt:
        sys.stderr.write("\nInterrupted by user.")
        sys.exit(1)
    except copr_exceptions.CoprBuildException as e:
        sys.stderr.write("\nBuild error: {0}\n".format(e))
        sys.exit(4)
    except copr_exceptions.CoprUnknownResponseException as e:
        sys.stderr.write("\nError: {0}\n".format(e))
        sys.exit(5)
    except (CoprRequestException, CoprNoResultException) as e:
        sys.stderr.write("\nSomething went wrong:")
        sys.stderr.write("\nError: {0}\n".format(e))
        _handle_frontend_api_request_error(e, arg)
        sys.exit(1)
    except argparse.ArgumentTypeError as e:
        sys.stderr.write("\nError: {0}\n".format(e))
        sys.exit(2)
    except CoprConfigException as err:
        sys.stderr.write("\nError: Copr configuration error. {0}\n".format(err))
        sys.exit(6)
    except CoprAuthException as err:
        sys.stderr.write("\nError: Operation requires API authentication. "
                         "See the 'AUTHENTICATION' section in man copr-cli(1).\n"
                         "\nError: {0}\n".format(err))
        sys.exit(7)
    except CoprException as e:
        sys.stderr.write("\nError: {0}\n".format(e))
        sys.exit(3)
    except FrontendOutdatedCliException as e:
        sys.stderr.write("\nError: {0}\n".format(e))
        sys.exit(5)


if __name__ == "__main__":
    main()
