# -*- coding: utf-8 -*-

# parser.py - Module for parsing whois response data

# Copyright (c) 2008 Andrey Petrov

#

# This module is part of pywhois and is released under

# the MIT license: http://www.opensource.org/licenses/mit-license.php

from __future__ import absolute_import

from __future__ import unicode_literals

from __future__ import print_function

from __future__ import division

from future import standard_library

standard_library.install_aliases()

from builtins import *

from builtins import str

from past.builtins import basestring

import json

from datetime import datetime

import re

try:

    import dateutil.parser as dp

    from .time_zones import tz_data

    DATEUTIL = True

except ImportError:

    DATEUTIL = False

EMAIL_REGEX = "[a-z0-9!#$%&'*+/=?^_`{|}~-]+(?:\.[a-z0-9!#$%&'*+/=?^_`{|}~-]+)*@(?:[a-z0-9](?:[a-z0-9-]*[a-z0-9])?\.)+[a-z0-9](?:[a-z0-9-]*[a-z0-9])?"

KNOWN_FORMATS = [

    '%d-%b-%Y', 				# 02-jan-2000

    '%Y-%m-%d', 				# 2000-01-02

    '%d.%m.%Y', 				# 2.1.2000

    '%Y.%m.%d',                 # 2000.01.02

    '%Y/%m/%d',                 # 2000/01/02

    '%Y%m%d',                   # 20170209

    '%d/%m/%Y',                 # 02/01/2013

    '%Y. %m. %d.',              # 2000. 01. 02.

    '%Y.%m.%d %H:%M:%S',        # 2014.03.08 10:28:24

    '%d-%b-%Y %H:%M:%S %Z',		# 24-Jul-2009 13:20:03 UTC

    '%a %b %d %H:%M:%S %Z %Y',  # Tue Jun 21 23:59:59 GMT 2011

    '%Y-%m-%dT%H:%M:%SZ',       # 2007-01-26T19:10:31Z

    '%Y-%m-%dT%H:%M:%S%z',      # 2013-12-06T08:17:22-0800

    '%Y-%m-%d %H:%M:%SZ',       # 2000-08-22 18:55:20Z

    '%Y-%m-%d %H:%M:%S',        # 2000-08-22 18:55:20

    '%d %b %Y %H:%M:%S',        # 08 Apr 2013 05:44:00

    '%d/%m/%Y %H:%M:%S',     # 23/04/2015 12:00:07 EEST

    '%d/%m/%Y %H:%M:%S %Z',     # 23/04/2015 12:00:07 EEST

    '%d/%m/%Y %H:%M:%S.%f %Z',  # 23/04/2015 12:00:07.619546 EEST

    '%B %d %Y',                 # August 14 2017

]

class PywhoisError(Exception):

    pass

def datetime_parse(s):

    for known_format in KNOWN_FORMATS:

        try:

            s = datetime.strptime(s, known_format)

            break

        except ValueError as e:

            pass  # Wrong format, keep trying

    return s

def cast_date(s, dayfirst=False, yearfirst=False):

    """Convert any date string found in WHOIS to a datetime object.

    """

    if DATEUTIL:

        try:

            return dp.parse(

                s,

                tzinfos=tz_data,

                dayfirst=dayfirst,

                yearfirst=yearfirst

            ).replace(tzinfo=None)

        except Exception:

            return datetime_parse(s)

    else:

        return datetime_parse(s)

class WhoisEntry(dict):

    """Base class for parsing a Whois entries.

    """

    # regular expressions to extract domain data from whois profile

    # child classes will override this

    _regex = {

        'domain_name':          'Domain Name: *(.+)',

        'registrar':            'Registrar: *(.+)',

        'whois_server':         'Whois Server: *(.+)',

        'referral_url':         'Referral URL: *(.+)',  # http url of whois_server

        'updated_date':         'Updated Date: *(.+)',

        'creation_date':        'Creation Date: *(.+)',

        'expiration_date':      'Expir\w+ Date: *(.+)',

        'name_servers':         'Name Server: *(.+)',  # list of name servers

        'status':               'Status: *(.+)',  # list of statuses

        'emails':               EMAIL_REGEX,  # list of email s

        'dnssec':               'dnssec: *([\S]+)',

        'name':                 'Registrant Name: *(.+)',

        'org':                  'Registrant\s*Organization: *(.+)',

        'address':              'Registrant Street: *(.+)',

        'city':                 'Registrant City: *(.+)',

        'state':                'Registrant State/Province: *(.+)',

        'zipcode':              'Registrant Postal Code: *(.+)',

        'country':              'Registrant Country: *(.+)',

    }

    dayfirst = False

    yearfirst = False

    def __init__(self, domain, text, regex=None):

        if 'This TLD has no whois server, but you can access the whois database at' in text:

            raise PywhoisError(text)

        else:

            self.domain = domain

            self.text = text

            if regex is not None:

                self._regex = regex

            self.parse()

    def parse(self):

        """The first time an attribute is called it will be calculated here.

        The attribute is then set to be accessed directly by subsequent calls.

        """

        for attr, regex in list(self._regex.items()):

            if regex:

                values = []

                for data in re.findall(regex, self.text, re.IGNORECASE):

                    matches = data if isinstance(data, tuple) else [data]

                    for value in matches:

                        value = self._preprocess(attr, value)

                        if value and value not in values:

                            # avoid duplicates

                            values.append(value)

                if values and attr in ('registrar', 'whois_server', 'referral_url'):

                    values = values[-1] # ignore junk

                if len(values) == 1:

                    values = values[0]

                elif not values:

                    values = None

                self[attr] = values

    def _preprocess(self, attr, value):

        value = value.strip()

        if value and isinstance(value, basestring) and not value.isdigit() and '_date' in attr:

            # try casting to date format

            value = cast_date(

                value,

                dayfirst=self.dayfirst,

                yearfirst=self.yearfirst)

        return value

    def __setitem__(self, name, value):

        super(WhoisEntry, self).__setitem__(name, value)

    def __getattr__(self, name):

        return self.get(name)

    def __str__(self):

        handler = lambda e: str(e)

        return json.dumps(self, indent=2, default=handler)

    def __getstate__(self):

        return self.__dict__

    def __setstate__(self, state):

        self.__dict__ = state

    @staticmethod

    def load(domain, text):

        """Given whois output in ``text``, return an instance of ``WhoisEntry``

        that represents its parsed contents.

        """

        if text.strip() == 'No whois server is known for this kind of object.':

            raise PywhoisError(text)

        if domain.endswith('.com'):

            return WhoisCom(domain, text)

        elif domain.endswith('.net'):

            return WhoisNet(domain, text)

        elif domain.endswith('.org'):

            return WhoisOrg(domain, text)

        elif domain.endswith('.name'):

            return WhoisName(domain, text)

        elif domain.endswith('.me'):

            return WhoisMe(domain, text)

        elif domain.endswith('.au'):

            return WhoisAU(domain, text)

        elif domain.endswith('.ru'):

            return WhoisRu(domain, text)

        elif domain.endswith('.us'):

            return WhoisUs(domain, text)

        elif domain.endswith('.uk'):

            return WhoisUk(domain, text)

        elif domain.endswith('.fr'):

            return WhoisFr(domain, text)

        elif domain.endswith('.nl'):

            return WhoisNl(domain, text)

        elif domain.endswith('.fi'):

            return WhoisFi(domain, text)

        elif domain.endswith('.jp'):

            return WhoisJp(domain, text)

        elif domain.endswith('.pl'):

            return WhoisPl(domain, text)

        elif domain.endswith('.br'):

            return WhoisBr(domain, text)

        elif domain.endswith('.eu'):

            return WhoisEu(domain, text)

        elif domain.endswith('.ee'):

            return WhoisEe(domain, text)

        elif domain.endswith('.kr'):

            return WhoisKr(domain, text)

        elif domain.endswith('.pt'):

            return WhoisPt(domain, text)

        elif domain.endswith('.bg'):

            return WhoisBg(domain, text)

        elif domain.endswith('.de'):

            return WhoisDe(domain, text)

        elif domain.endswith('.at'):

            return WhoisAt(domain, text)

        elif domain.endswith('.ca'):

            return WhoisCa(domain, text)

        elif domain.endswith('.be'):

            return WhoisBe(domain, text)

        elif domain.endswith('.рф'):

            return WhoisRf(domain, text)

        elif domain.endswith('.info'):

            return WhoisInfo(domain, text)

        elif domain.endswith('.su'):

            return WhoisSu(domain, text)

        elif domain.endswith('.kg'):

            return WhoisKg(domain, text)

        elif domain.endswith('.io'):

            return WhoisIo(domain, text)

        elif domain.endswith('.biz'):

            return WhoisBiz(domain, text)

        elif domain.endswith('.mobi'):

            return WhoisMobi(domain, text)

        elif domain.endswith('.ch'):

            return WhoisChLi(domain, text)

        elif domain.endswith('.li'):

            return WhoisChLi(domain, text)

        elif domain.endswith('.id'):

            return WhoisID(domain, text)

        elif domain.endswith('.sk'):

            return WhoisSK(domain, text)

        elif domain.endswith('.se'):

            return WhoisSe(domain, text)

        elif domain.endswith('.nu'):

            return WhoisSe(domain, text)

        elif domain.endswith('.is'):

            return WhoisIs(domain, text)

        elif domain.endswith('.dk'):

            return WhoisDk(domain, text)

        elif domain.endswith('.it'):

            return WhoisIt(domain, text)

        elif domain.endswith('.ai'):

            return WhoisAi(domain, text)

        elif domain.endswith('.il'):

            return WhoisIl(domain, text)

        else:

            return WhoisEntry(domain, text)

class WhoisCom(WhoisEntry):

    """Whois parser for .com domains

    """

    def __init__(self, domain, text):

        if 'No match for "' in text:

            raise PywhoisError(text)

        else:

            WhoisEntry.__init__(self, domain, text)

class WhoisNet(WhoisEntry):

    """Whois parser for .net domains

    """

    def __init__(self, domain, text):

        if 'No match for "' in text:

            raise PywhoisError(text)

        else:

            WhoisEntry.__init__(self, domain, text)

class WhoisOrg(WhoisEntry):

    """Whois parser for .org domains

    """

    regex = {

        'domain_name':      'Domain Name: *(.+)',

        'registrar':        'Registrar: *(.+)',

        'whois_server':     'Whois Server: *(.+)', # empty usually

        'referral_url':     'Referral URL: *(.+)', # http url of whois_server: empty usually

        'updated_date':     'Updated Date: *(.+)',

        'creation_date':    'Creation Date: *(.+)',

        'expiration_date':  'Registry Expiry Date: *(.+)',

        'name_servers':     'Name Server: *(.+)', # list of name servers

        'status':           'Status: *(.+)', # list of statuses

        'emails':           EMAIL_REGEX, # list of email addresses

    }

    def __init__(self, domain, text):

        if text.strip() == 'NOT FOUND':

            raise PywhoisError(text)

        else:

            WhoisEntry.__init__(self, domain, text)

class WhoisRu(WhoisEntry):

    """Whois parser for .ru domains

    """

    regex = {

        'domain_name': 'domain: *(.+)',

        'registrar': 'registrar: *(.+)',

        'creation_date': 'created: *(.+)',

        'expiration_date': 'paid-till: *(.+)',

        'name_servers': 'nserver: *(.+)',  # list of name servers

        'status': 'state: *(.+)',  # list of statuses

        'emails': EMAIL_REGEX,  # list of email addresses

        'org': 'org: *(.+)'

    }

    def __init__(self, domain, text):

        if text.strip() == 'No entries found':

            raise PywhoisError(text)

        else:

            WhoisEntry.__init__(self, domain, text, self.regex)

class WhoisNl(WhoisEntry):

    """Whois parser for .nl domains

    """

    regex = {

        'name': None,

        'address': None,

        'zip_code': None,

        'city': None,

        'country': None

    }

    def __init__(self, domain, text):

        if text.endswith('is free'):

            raise PywhoisError(text)

        else:

            WhoisEntry.__init__(self, domain, text, self.regex)

        match = re.compile('Registrar:(.*?)DNSSEC', re.DOTALL).search(text)

        if match:

            lines = [line.strip() for line in match.groups()[0].strip().splitlines()]

            self['name'] = lines[0]

            self['address'] = lines[1]

            if len(lines) == 4:

                self['zip_code'], _, self['city'] = lines[2].partition(' ')

            self['country'] = lines[-1]

class WhoisName(WhoisEntry):

    """Whois parser for .name domains

    """

    regex = {

        'domain_name_id':  'Domain Name ID: *(.+)',

        'domain_name':     'Domain Name: *(.+)',

        'registrar_id':    'Sponsoring Registrar ID: *(.+)',

        'registrar':       'Sponsoring Registrar: *(.+)',

        'registrant_id':   'Registrant ID: *(.+)',

        'admin_id':        'Admin ID: *(.+)',

        'technical_id':    'Tech ID: *(.+)',

        'billing_id':      'Billing ID: *(.+)',

        'creation_date':   'Created On: *(.+)',

        'expiration_date': 'Expires On: *(.+)',

        'updated_date':    'Updated On: *(.+)',

        'name_server_ids': 'Name Server ID: *(.+)',  # list of name server ids

        'name_servers':    'Name Server: *(.+)',  # list of name servers

        'status':          'Domain Status: *(.+)',  # list of statuses

    }

    def __init__(self, domain, text):

        if 'No match for ' in text:

            raise PywhoisError(text)

        else:

            WhoisEntry.__init__(self, domain, text, self.regex)

class WhoisUs(WhoisEntry):

    """Whois parser for .us domains

    """

    regex = {

        'domain_name':                    'Domain Name: *(.+)',

        'domain__id':                     'Domain ID: *(.+)',

        'registrar':                      'Sponsoring Registrar: *(.+)',

        'registrar_id':                   'Sponsoring Registrar IANA ID: *(.+)',

        'registrar_url':                  'Registrar URL \(registration services\): *(.+)',

        'status':                         'Domain Status: *(.+)',  # list of statuses

        'registrant_id':                  'Registrant ID: *(.+)',

        'registrant_name':                'Registrant Name: *(.+)',

        'registrant_address1':            'Registrant Address1: *(.+)',

        'registrant_address2':            'Registrant Address2: *(.+)',

        'registrant_city':                'Registrant City: *(.+)',

        'registrant_state_province':      'Registrant State/Province: *(.+)',

        'registrant_postal_code':         'Registrant Postal Code: *(.+)',

        'registrant_country':             'Registrant Country: *(.+)',

        'registrant_country_code':        'Registrant Country Code: *(.+)',

        'registrant_phone_number':        'Registrant Phone Number: *(.+)',

        'registrant_email':               'Registrant Email: *(.+)',

        'registrant_application_purpose': 'Registrant Application Purpose: *(.+)',

        'registrant_nexus_category':      'Registrant Nexus Category: *(.+)',

        'admin_id':                       'Administrative Contact ID: *(.+)',

        'admin_name':                     'Administrative Contact Name: *(.+)',

        'admin_address1':                 'Administrative Contact Address1: *(.+)',

        'admin_address2':                 'Administrative Contact Address2: *(.+)',

        'admin_city':                     'Administrative Contact City: *(.+)',

        'admin_state_province':           'Administrative Contact State/Province: *(.+)',

        'admin_postal_code':              'Administrative Contact Postal Code: *(.+)',

        'admin_country':                  'Administrative Contact Country: *(.+)',

        'admin_country_code':             'Administrative Contact Country Code: *(.+)',

        'admin_phone_number':             'Administrative Contact Phone Number: *(.+)',

        'admin_email':                    'Administrative Contact Email: *(.+)',

        'admin_application_purpose':      'Administrative Application Purpose: *(.+)',

        'admin_nexus_category':           'Administrative Nexus Category: *(.+)',

        'billing_id':                     'Billing Contact ID: *(.+)',

        'billing_name':                   'Billing Contact Name: *(.+)',

        'billing_address1':               'Billing Contact Address1: *(.+)',

        'billing_address2':               'Billing Contact Address2: *(.+)',

        'billing_city':                   'Billing Contact City: *(.+)',

        'billing_state_province':         'Billing Contact State/Province: *(.+)',

        'billing_postal_code':            'Billing Contact Postal Code: *(.+)',

        'billing_country':                'Billing Contact Country: *(.+)',

        'billing_country_code':           'Billing Contact Country Code: *(.+)',

        'billing_phone_number':           'Billing Contact Phone Number: *(.+)',

        'billing_email':                  'Billing Contact Email: *(.+)',

        'billing_application_purpose':    'Billing Application Purpose: *(.+)',

        'billing_nexus_category':         'Billing Nexus Category: *(.+)',

        'tech_id':                        'Technical Contact ID: *(.+)',

        'tech_name':                      'Technical Contact Name: *(.+)',

        'tech_address1':                  'Technical Contact Address1: *(.+)',

        'tech_address2':                  'Technical Contact Address2: *(.+)',

        'tech_city':                      'Technical Contact City: *(.+)',

        'tech_state_province':            'Technical Contact State/Province: *(.+)',

        'tech_postal_code':               'Technical Contact Postal Code: *(.+)',

        'tech_country':                   'Technical Contact Country: *(.+)',

        'tech_country_code':              'Technical Contact Country Code: *(.+)',

        'tech_phone_number':              'Technical Contact Phone Number: *(.+)',

        'tech_email':                     'Technical Contact Email: *(.+)',

        'tech_application_purpose':       'Technical Application Purpose: *(.+)',

        'tech_nexus_category':            'Technical Nexus Category: *(.+)',

        'name_servers':                   'Name Server: *(.+)',  # list of name servers

        'created_by_registrar':           'Created by Registrar: *(.+)',

        'last_updated_by_registrar':      'Last Updated by Registrar: *(.+)',

        'creation_date':                  'Domain Registration Date: *(.+)',

        'expiration_date':                'Domain Expiration Date: *(.+)',

        'updated_date':                   'Domain Last Updated Date: *(.+)',

    }

    def __init__(self, domain, text):

        if 'Not found:' in text:

            raise PywhoisError(text)

        else:

            WhoisEntry.__init__(self, domain, text, self.regex)

class WhoisPl(WhoisEntry):

    """Whois parser for .pl domains

    """

    regex = {

        'domain_name':                    'DOMAIN NAME: *(.+)\n',

        'registrar':                      'REGISTRAR:\n\s*(.+)',

        'registrar_url':                  'URL: *(.+)',        # not available

        'status':                         'Registration status:\n\s*(.+)',  # not available

        'registrant_name':                'Registrant:\n\s*(.+)',   # not available

        'creation_date':                  'created: *(.+)\n',

        'expiration_date':                'renewal date: *(.+)',

        'updated_date':                   'last modified: *(.+)\n',

    }

    def __init__(self, domain, text):

        if 'No information available about domain name' in text:

            raise PywhoisError(text)

        else:

            WhoisEntry.__init__(self, domain, text, self.regex)

class WhoisCa(WhoisEntry):

    """Whois parser for .ca domains

    """