def main(file_name, file_format, lottery_template, output_file):
participants = Participants()
participants.read_data_from_file(file_name, file_format)
prizes = Prizes(specify_lottery_template(lottery_template))
prizes.load_prize_data()
lottery = Lottery(prizes, participants)
lottery.award_prizes()
lottery.save_awarded_prizes_data_to_json_file(output_file)
def __init__(self):
self.__channel_users = {}
self.__user_ids = {}
self.__bracket = TourneyTree()
self.__last_post = None
self.participants = Participants()
self.presets = Presets()
self.is_joinable = False
def __init__(self, dict_info={}):
if dict_info != {}:
if "gameCreation" in dict_info.keys():
self.gameCreation = dict_info["gameCreation"]
if "gameDuration" in dict_info.keys():
self.gameDuration = dict_info["gameDuration"]
if "gameId" in dict_info.keys():
self.gameId = dict_info["gameId"]
if "gameMode" in dict_info.keys():
self.gameMode = dict_info["gameMode"]
if "gameType" in dict_info.keys():
self.gameType = dict_info["gameType"]
if "gameVersion" in dict_info.keys():
self.gameVersion = dict_info["gameVersion"]
if "mapId" in dict_info.keys():
self.mapId = dict_info["mapId"]
if "platformId" in dict_info.keys():
self.platformId = dict_info["platformId"]
if "queueId" in dict_info.keys():
self.queueId = dict_info["queueId"]
if "seasonId" in dict_info.keys():
self.seasonId = dict_info["seasonId"]
if "participantIdentities" in dict_info.keys():
self.participantIdentities = [ParticipantIdentities(p) for p in dict_info["participantIdentities"]]
if "participants" in dict_info.keys():
self.participants = [Participants(p) for p in dict_info["participants"]]
if "teams" in dict_info.keys():
self.teams = [Teams(p) for p in dict_info["teams"]]
def __init__(self, id, contributor):
""" """
NyFolder.__dict__['__init__'](self, id, contributor)
self.participants = Participants('participants')
self.email_sender = EmailSender('email_sender')
self.survey_required = False
self.allow_register = True
self.restrict_items = True
class CompleteGame:
gameCreation = 0
gameDuration = 0
gameId = 0
gameMode = ""
gameType = ""
gameVersion = ""
mapId = 0
platformId = ""
queueId = 0
seasonId = 0
participantIdentities = [ParticipantIdentities()]
teams = [Teams()]
participants = [Participants()]
def __init__(self, dict_info={}):
if dict_info != {}:
if "gameCreation" in dict_info.keys():
self.gameCreation = dict_info["gameCreation"]
if "gameDuration" in dict_info.keys():
self.gameDuration = dict_info["gameDuration"]
if "gameId" in dict_info.keys():
self.gameId = dict_info["gameId"]
if "gameMode" in dict_info.keys():
self.gameMode = dict_info["gameMode"]
if "gameType" in dict_info.keys():
self.gameType = dict_info["gameType"]
if "gameVersion" in dict_info.keys():
self.gameVersion = dict_info["gameVersion"]
if "mapId" in dict_info.keys():
self.mapId = dict_info["mapId"]
if "platformId" in dict_info.keys():
self.platformId = dict_info["platformId"]
if "queueId" in dict_info.keys():
self.queueId = dict_info["queueId"]
if "seasonId" in dict_info.keys():
self.seasonId = dict_info["seasonId"]
if "participantIdentities" in dict_info.keys():
self.participantIdentities = [ParticipantIdentities(p) for p in dict_info["participantIdentities"]]
if "participants" in dict_info.keys():
self.participants = [Participants(p) for p in dict_info["participants"]]
if "teams" in dict_info.keys():
self.teams = [Teams(p) for p in dict_info["teams"]]
def __str__(self):
return "GameId: " + str(self.gameId) + "\n" + \
"GameDuration: " + duration_game_str(self.gameDuration) + "\n" + \
"GameMode: " + str(self.gameMode) + "\n" + \
"GameType: " + str(self.gameType) + "\n" + \
"QueueId: " + queue_str(self.queueId) + "\n" + \
"SeasonId: " + season_str(self.seasonId)
class NyMeeting(NyContentData, NyFolder):
""" """
implements(INyMeeting)
meta_type = config['meta_type']
meta_label = config['label']
icon = 'misc_/NaayaContent/NyMeeting.gif'
icon_marked = 'misc_/NaayaContent/NyMeeting_marked.gif'
attendees_icon = 'misc_/NaayaContent/Attendees.jpg'
email_icon = 'misc_/NaayaContent/Email.jpg'
icalendar_icon = 'misc_/NaayaContent/iCalendar.jpg'
agenda_icon = 'misc_/NaayaContent/Agenda.png'
minutes_icon = 'misc_/NaayaContent/Minutes.png'
survey_icon = 'misc_/NaayaContent/survey.gif'
default_form_id = 'meeting_index'
manage_options = NyFolder.manage_options
security = ClassSecurityInfo()
__allow_groups__ = SignupUsersTool()
__ac_roles__ = (PARTICIPANT_ROLE, WAITING_ROLE)
def __init__(self, id, contributor):
""" """
NyFolder.__dict__['__init__'](self, id, contributor)
self.participants = Participants('participants')
self.email_sender = EmailSender('email_sender')
self.survey_required = False
self.allow_register = True
self.restrict_items = True
security.declareProtected(view, 'getParticipants')
def getParticipants(self):
return self.participants
security.declareProtected(PERMISSION_ADMIN_MEETING, 'getEmailSender')
def getEmailSender(self):
return self.email_sender
security.declarePrivate('objectkeywords')
def objectkeywords(self, lang):
return u' '.join([self._objectkeywords(lang), self.geo_address()])
security.declarePrivate('export_this_tag_custom')
def export_this_tag_custom(self):
return ('location="%s" start_date="%s" end_date="%s" max_participants='
'"%s" agenda_pointer="%s" minutes_pointer="%s" survey_pointer='
'"%s" contact_person="%s" contact_email="%s"' %
(self.utXmlEncode(self.geo_address()),
self.utXmlEncode(self.utNoneToEmpty(
self.interval.start_date)),
self.utXmlEncode(self.utNoneToEmpty(self.interval.end_date)),
self.utXmlEncode(self.max_participants),
self.utXmlEncode(self.agenda_pointer),
self.utXmlEncode(self.minutes_pointer),
self.utXmlEncode(self.survey_pointer),
self.utXmlEncode(self.contact_person),
self.utXmlEncode(self.contact_email)))
security.declarePrivate('export_this_body_custom')
def export_this_body_custom(self):
r = []
return ''.join(r)
security.declarePrivate('syndicateThis')
def syndicateThis(self, lang=None):
l_site = self.getSite()
if lang is None:
lang = self.gl_get_selected_language()
item = rss_item_for_object(self, lang)
syndication_tool = self.getSyndicationTool()
namespaces = syndication_tool.getNamespaceItemsList()
nsmap = get_nsmap(namespaces)
dc_namespace = nsmap['dc']
ev_namespace = nsmap['ev']
Dc = ElementMaker(namespace=dc_namespace, nsmap=nsmap)
Ev = ElementMaker(namespace=ev_namespace, nsmap=nsmap)
the_rest = Dc.root(
Dc.type('Meeting'),
Dc.format('text'),
Dc.source(l_site.getLocalProperty('publisher', lang)),
Dc.creator(l_site.getLocalProperty('creator', lang)),
Dc.publisher(l_site.getLocalProperty('publisher', lang)),
Ev.startdate(self.utShowFullDateTimeHTML(
self.interval.start_date)),
Ev.enddate(self.utShowFullDateTimeHTML(self.interval.end_date)),
Ev.location(self.geo_address()),
Ev.organizer(self.contact_person),
Ev.type('Meeting')
)
item.extend(the_rest)
return etree.tostring(item, xml_declaration=False, encoding="utf-8")
def _check_meeting_dates(self, form_errors):
_startdate = getattr(self, 'interval.start_date', '')
_enddate = getattr(self, 'interval.end_date', '')
if _startdate and _enddate:
if _startdate > _enddate:
form_errors.setdefault('interval.start_date', [])
form_errors['interval.start_date'].append(
'The start date should be before the end date')
form_errors.setdefault('interval.end_date', [])
form_errors['interval.end_date'].append(
'The start date should be before the end date')
def _check_meeting_pointers(self, form_errors):
if getattr(self, 'agenda_pointer', ''):
try:
self.unrestrictedTraverse(str(self.agenda_pointer))
except KeyError:
form_errors.setdefault('agenda_pointer', [])
form_errors['agenda_pointer'].append(
'No object at the selected path')
if getattr(self, 'survey_pointer', ''):
try:
self.unrestrictedTraverse(str(self.survey_pointer))
except KeyError:
form_errors.setdefault('survey_pointer', [])
form_errors['survey_pointer'].append(
'No object at the selected path')
if getattr(self, 'minutes_pointer', ''):
try:
self.unrestrictedTraverse(str(self.minutes_pointer))
except KeyError:
form_errors.setdefault('minutes_pointer', [])
form_errors['minutes_pointer'].append(
'No object at the selected path')
security.declarePrivate('meeting_submitted_form')
def meeting_submitted_form(self, REQUEST_form, _lang=None,
_all_values=True, _override_releasedate=None):
"""
this should be used for the meeting instead of process_submitted_form
"""
form_errors = super(NyMeeting, self).process_submitted_form(
REQUEST_form, _lang, _all_values, _override_releasedate)
self._check_meeting_dates(form_errors) # can modify form_errors
self._check_meeting_pointers(form_errors) # can modify form_errors
self._set_items_view_permissions()
return form_errors
def _set_items_view_permissions(self):
if getattr(self, 'restrict_items', True):
agenda_pointer = str(getattr(self, 'agenda_pointer', ''))
site = self.getSite()
for item in self.objectValues():
if relative_object_path(item, site) == agenda_pointer:
_unrestrict_meeting_item_view(item)
else:
_restrict_meeting_item_view(item)
else:
for item in self.objectValues():
_unrestrict_meeting_item_view(item)
# zmi actions
security.declareProtected(view_management_screens, 'manageProperties')
def manageProperties(self, REQUEST=None, **kwargs):
""" """
if not self.checkPermissionEditObject():
raise EXCEPTION_NOTAUTHORIZED(EXCEPTION_NOTAUTHORIZED_MSG)
if REQUEST is not None:
schema_raw_data = dict(REQUEST.form)
else:
schema_raw_data = kwargs
_lang = schema_raw_data.pop('_lang', schema_raw_data.pop('lang', None))
_releasedate = self.process_releasedate(
schema_raw_data.pop('releasedate', ''), self.releasedate)
_approved = int(bool(schema_raw_data.pop('approved', False)))
form_errors = self.meeting_submitted_form(
schema_raw_data, _lang, _override_releasedate=_releasedate)
if form_errors:
raise ValueError(form_errors.popitem()[1]) # pick a random error
self.custom_index = schema_raw_data.pop('custom_index', '')
if _approved != self.approved:
if _approved == 0:
_approved_by = None
else:
_approved_by = self.REQUEST.AUTHENTICATED_USER.getUserName()
self.approveThis(_approved, _approved_by)
self._p_changed = 1
self.recatalogNyObject(self)
if REQUEST:
REQUEST.RESPONSE.redirect('manage_edit_html?save=ok')
# site actions
security.declareProtected(PERMISSION_EDIT_OBJECTS, 'saveProperties')
def saveProperties(self, REQUEST=None, **kwargs):
""" """
if not self.checkPermissionEditObject():
raise EXCEPTION_NOTAUTHORIZED(EXCEPTION_NOTAUTHORIZED_MSG)
obj = self
if REQUEST is not None:
schema_raw_data = dict(REQUEST.form)
else:
schema_raw_data = kwargs
_lang = schema_raw_data.pop('_lang', schema_raw_data.pop('lang', None))
_releasedate = self.process_releasedate(
schema_raw_data.pop('releasedate', ''), obj.releasedate)
form_errors = self.meeting_submitted_form(
schema_raw_data, _lang, _override_releasedate=_releasedate)
if schema_raw_data.get('survey_required') and not schema_raw_data.get(
'survey_pointer'):
form_errors['survey_required'] = [
'Cannot set survey required without a link to a survey']
if not form_errors:
self._p_changed = 1
self.recatalogNyObject(self)
# log date
if self.eionet_meeting(survey=True):
portal_map = self.getGeoMapTool()
meeting_type = portal_map.getSymbolTitle(self.geo_type)
survey_ids = [survey.getId() for survey in
self.objectValues('Naaya Mega Survey')]
if EIONET_SURVEYS[meeting_type]['id'] not in survey_ids:
_create_eionet_survey(self)
eionet_survey = _get_eionet_survey(self)
start_date = DateTime(self.interval.start_date.year,
self.interval.start_date.month,
self.interval.start_date.day)
if start_date != eionet_survey.releasedate:
eionet_survey.releasedate = start_date
eionet_survey.expirationdate = start_date + 13
if start_date + 13 != eionet_survey.expirationdate:
eionet_survey.expirationdate = start_date + 13
contributor = self.REQUEST.AUTHENTICATED_USER.getUserName()
auth_tool = self.getAuthenticationTool()
auth_tool.changeLastPost(contributor)
notify(NyContentObjectEditEvent(self, contributor))
if REQUEST:
self.setSessionInfoTrans(MESSAGE_SAVEDCHANGES,
date=self.utGetTodayDate())
REQUEST.RESPONSE.redirect('%s/edit_html?lang=%s' %
(self.absolute_url(), _lang))
else:
if REQUEST is not None:
self._prepare_error_response(REQUEST, form_errors,
schema_raw_data)
REQUEST.RESPONSE.redirect('%s/edit_html?lang=%s' %
(self.absolute_url(), _lang))
else:
raise ValueError(form_errors.popitem()[1]) # pick an error
def checkPermissionParticipateInMeeting(self):
""" """
return (self.checkPermission(PERMISSION_PARTICIPATE_IN_MEETING) or
self.checkPermissionAdminMeeting() or
self.nfp_for_country())
def checkPermissionAdminMeeting(self):
""" """
return self.checkPermission(PERMISSION_ADMIN_MEETING)
def checkPermissionChangePermissions(self):
""" """
return self.nfp_for_country() or self.checkPermission(
change_permissions)
def isParticipant(self, userid=None):
""" """
participants = self.getParticipants()
return participants.isParticipant(userid)
def registration_status(self, username=None):
""" """
username = username or self.REQUEST.AUTHENTICATED_USER.getUserName()
participants = self.getParticipants()
a_subscriptions = participants.subscriptions._account_subscriptions
subscriptions = a_subscriptions.itervalues()
for subscriber in subscriptions:
if username == subscriber.uid:
return subscriber.accepted
attendees = participants._get_attendees()
attendee_data = attendees.get(username)
if attendee_data:
attendee_role = attendee_data['role']
if attendee_role == 'Meeting Participant':
return 'accepted'
elif attendee_role == 'Meeting Waiting List':
return 'new'
return None
security.declareProtected(view, 'get_survey')
def get_survey(self):
site = self.getSite()
path = str(self.survey_pointer)
if path:
return site.unrestrictedTraverse(path, None)
security.declareProtected(view, 'get_survey_questions')
def get_survey_questions(self):
survey = self.get_survey()
if survey is not None and survey.meta_type == 'Naaya Mega Survey':
questions = []
for question in survey.getSortedWidgets():
questions.append((question.id, question.title))
return questions
security.declareProtected(view, 'get_survey_answer')
def get_survey_answer(self, uid, qid):
survey = self.get_survey()
if survey is not None and survey.meta_type == 'Naaya Mega Survey':
question = getattr(survey, qid, None)
if question:
for answer in survey.objectValues('Naaya Survey Answer'):
if answer.respondent in [uid, 'signup:'+uid]:
try:
return question.get_value(getattr(answer.aq_base,
qid))
except AttributeError:
return ''
# zmi pages
security.declareProtected(view_management_screens, 'manage_edit_html')
manage_edit_html = PageTemplateFile('zpt/meeting_manage_edit', globals())
# site pages
security.declareProtected(view, 'index_html')
def index_html(self, REQUEST):
""" """
if self.survey_required and (self.registration_status() or
self.isParticipant() or
self.is_pending_signup()):
survey_ob = self.get_survey()
if (survey_ob is not None and
survey_ob.meta_type == 'Naaya Mega Survey'):
answers = survey_ob.getAnswers()
respondents = [a.respondent for a in answers]
current_user = REQUEST.AUTHENTICATED_USER.getUserName()
if current_user not in respondents:
REQUEST.RESPONSE.redirect(
'%s/%s' %
(self.getSite().absolute_url(), self.survey_pointer))
tmpl = self.get_custom_index_template()
if tmpl is None:
# no custom_index was configured, or the template is missing
tmpl = self.getFormsTool()['meeting_index'].aq_base.__of__(self)
return tmpl(REQUEST)
security.declareProtected(PERMISSION_EDIT_OBJECTS, 'edit_html')
def edit_html(self, REQUEST=None, RESPONSE=None):
""" """
return self.getFormsTool().getContent({'here': self}, 'meeting_edit')
security.declareProtected(view, 'menusubmissions')
def menusubmissions(self, REQUEST=None, RESPONSE=None):
""" """
return self.getFormsTool().getContent(
{'here': self}, 'naaya.content.meeting.meeting_menusubmissions')
security.declareProtected(view, 'get_ics')
def get_ics(self, REQUEST):
""" Export this meeting as 'ics' """
cal = vobject.iCalendar()
cal.add('prodid').value = '-//European Environment Agency//Naaya//EN'
cal.add('method').value = 'PUBLISH'
cal.add('vevent')
cal.vevent.add('uid').value = self.absolute_url() + '/get_ics'
cal.vevent.add('url').value = self.absolute_url()
cal.vevent.add('summary').value = self.title_or_id()
cal.vevent.add('description').value = html2text(self.description)
header = ('<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01//EN">\n'
'<HTML>\n'
'<HEAD>\n<TITLE>' + self.title_or_id() +
'</TITLE>\n</HEAD>\n<BODY>\n')
footer = '\n</BODY>\n</HTML>'
cal.vevent.add('X-ALT-DESC;FMTTYPE=text/html').value = \
header + self.description + footer
cal.vevent.add('transp').value = 'OPAQUE'
modif_time = DT2dt(self.bobobase_modification_time())
cal.vevent.add('dtstamp').value = modif_time
interval = getattr(self, 'interval', None)
if interval is None:
# old object, backwards compatibility code
# should run updates.ConvertMeetingDates
log.warning("%s needs patch to use Interval", self.absolute_url(1))
cal.vevent.add('dtstart').value = DT2dt(self.start_date).date()
cal.vevent.add('dtend').value = (DT2dt(self.end_date).date() +
datetime.timedelta(days=1))
else:
if interval.all_day:
cal.vevent.add('dtstart').value = interval.start_date.date()
cal.vevent.add('dtend').value = (interval.end_date.date() +
datetime.timedelta(days=1))
else:
cal.vevent.add('dtstart').value = interval.start_date
cal.vevent.add('dtend').value = interval.end_date
loc = []
if getattr(self, 'location', False):
loc.append(self.location)
if self.geo_address():
loc.append(self.geo_address())
if loc:
cal.vevent.add('location').value = ', '.join(loc)
ics_data = cal.serialize()
REQUEST.RESPONSE.setHeader('Content-Type', 'text/calendar')
REQUEST.RESPONSE.setHeader('Content-Disposition',
'attachment;filename=%s.ics' % self.getId())
REQUEST.RESPONSE.write(ics_data)
security.declareProtected(view, 'nfp_for_country')
def nfp_for_country(self):
""" """
# if we are not in the Eionet network, NFPs don't get special treatment
if not self.in_eionet():
return ''
auth_tool = self.getAuthenticationTool()
user_id = self.REQUEST.AUTHENTICATED_USER.getId()
if user_id:
ldap_groups = auth_tool.get_ldap_user_groups(user_id)
for group in ldap_groups:
if 'eionet-nfp-cc-' in group[0]:
return group[0].replace('eionet-nfp-cc-', '')
if 'eionet-nfp-mc-' in group[0]:
return group[0].replace('eionet-nfp-mc-', '')
security.declareProtected(view, 'get_country')
def get_country(self, country_code):
""" """
if country_code is None:
return '-'
return country_from_country_code.get(country_code, country_code)
def get_countries(self):
""" """
countries = sorted(country_from_country_code.items(),
key=lambda x: x[1])
return countries
security.declareProtected(view, 'is_signup')
def is_signup(self):
""" """
username = self.REQUEST.AUTHENTICATED_USER.getUserName()
key = username.replace('signup:', '')
return self.participants.getSubscriptions()._is_signup(key)
security.declareProtected(view, 'is_pending_signup')
def is_pending_signup(self):
""" """
username = self.REQUEST.AUTHENTICATED_USER.getUserName()
key = username.replace('signup:', '')
return self.participants.getSubscriptions()._is_pending_signup(key)
# Compatibility code
security.declarePublic('start_date')
@property
def start_date(self):
d = self.interval.start_date
return DateTime(d.year, d.month, d.day)
security.declarePublic('start_date')
@property
def end_date(self):
d = self.interval.end_date
return DateTime(d.year, d.month, d.day)
security.declarePublic('restrictedTraverse')
def restrictedTraverse(self, path, default=_marker):
handle_traverse_meeting(self, self.REQUEST)
return self.unrestrictedTraverse(path, default, restricted=True)
security.declarePublic('get_signup_details')
def get_signup_details(self):
""" Return a json with the signup details"""
user_id = self.REQUEST.AUTHENTICATED_USER.getUserName()
if user_id.startswith('signup:'):
key = user_id.replace('signup:', '')
signup = self.getParticipants().getSubscriptions().getSignup(key)
if signup:
signup_details = {
'name': signup.name,
'email': signup.email,
'organization': signup.organization,
'phone': signup.phone
}
return json.dumps(signup_details)
security.declarePublic('in_eionet')
def in_eionet(self):
""" Return if the meeting is part of the Eionet network"""
return NETWORK_NAME.lower() == 'eionet'
security.declarePublic('eionet_meeting')
def eionet_meeting(self, survey=False):
""" Check if the meeting is part of the so calles 'Eionet meetings'
and if it should have an automatic survey"""
if not self.in_eionet():
return False
portal_map = self.getGeoMapTool()
meeting_type = portal_map.getSymbolTitle(self.geo_type)
# if survey parameter is true, we want to know if this meeting
# type requires an automatic survey
if survey:
if meeting_type in EIONET_SURVEYS:
return True
else:
if meeting_type in EIONET_MEETINGS:
return True
return False
import random
from participants import Participants
from game import Game
turn = 0
print ('Введите имя игрока:')
name = input()
print ('Введите здоровье участников игры:')
inputHealth = input()
maxHealth = int(inputHealth)
user = Participants(name, maxHealth)
computer = Participants('Компьютер', maxHealth)
while True:
turn += 1
Game.battle(user, computer, turn, maxHealth)
if user.getHealth() < 0:
print('Ваше здоровье меньше 1, вы проиграли')
break
if computer.getHealth() < 0:
print('Здоровье противника меньше 1, вы выиграли')
break
input()
class Tourney:
'''
This class provides methods to manage the tournament tree bracket.
'''
def __init__(self):
self.__channel_users = {}
self.__user_ids = {}
self.__bracket = TourneyTree()
self.__last_post = None
self.participants = Participants()
self.presets = Presets()
self.is_joinable = False
def set_last_post(self, last_post):
self.__last_post = last_post
def get_last_post(self):
return self.__last_post
def add_channel_user(self, player):
self.__channel_users[player.get_user()] = player
self.__user_ids[player.get_handle()] = player.get_user()
# def remove_channel_user(self, player_id):
# player = self.__channel_users[player_id]
# user_id = player.get_user()
# handle =player.get_handle()
# del self.__channel_users[user_id]
# del self.__user_ids[handle]
def singles(self):
self.__last_post = None
number_of_slots = 0
number_of_presets = len(self.presets.get_all())
is_random = number_of_presets == 0
if is_random:
if self.is_joinable:
number_of_slots = len(self.participants.get_handles())
else:
number_of_slots = len(self.__channel_users)
else:
number_of_slots = number_of_presets
if number_of_slots < 2:
return "There are not enough players."
response = ""
team = None
slots = []
if is_random:
users = {}
if self.is_joinable:
for participant in self.participants.get_handles():
user_id = self.__user_ids[participant]
users[user_id] = participant
else:
users = self.__channel_users
for key in users:
del(team)
team = PlayerTeam()
team.add_player(self.__channel_users[key])
slots.append(team)
response = "Singles bracket randomly generated."
else:
for handle in self.presets.get_all():
if handle == "-bye-":
del(team)
team = PlayerTeam()
slots.append(team)
else:
del(team)
team = PlayerTeam()
user_id = self.__user_ids[handle]
player = self.__channel_users[user_id]
team.add_player(player)
slots.append(team)
slots = self.__get_order_preset(slots)
response = "Singles bracket generated from presets."
self.__bracket.generate(slots, is_random)
return response
def doubles(self, user):
self.__last_post = None
number_of_slots = 0
number_of_presets = len(self.presets.get_all())
is_random = number_of_presets == 0
if is_random:
number_of_players = len(self.__channel_users)
number_of_slots = number_of_players / 2
else:
number_of_players = number_of_presets
number_of_slots = number_of_players / 2
is_odd = number_of_players % 2 == 1
if number_of_slots < 2:
return "There are not enough players."
if is_odd and is_preset:
return "There is an odd number of presets."
response = ""
team = None
slots = []
i = 0
if is_random:
players = []
if self.is_joinable:
users = {}
for participant in self.participants.get_handles():
user_id = self.__user_ids[participant]
users[user_id] = participant
for key in users:
if not is_odd or key != user:
players.append(self.__channel_users[key])
else:
for key in self.__channel_users:
if not is_odd or key != user:
players.append(self.__channel_users[key])
for x in range(len(players)):
rand_int = random.choice(range(len(players)))
random_player = players[rand_int]
del players[rand_int]
if i % 2 == 0:
del(team)
team = PlayerTeam()
team.add_player(random_player)
else:
team.add_player(random_player)
slots.append(team)
i += 1
response = "Doubles bracket randomly generated."
else:
for handle in self.presets.get_all():
user_id = self.__user_ids[handle]
player = self.__channel_users[user_id]
if handle == "-bye-":
del(team)
team = PlayerTeam()
slots.append(team)
elif player.get_handle() == handle:
if i % 2 == 0:
del(team)
team = PlayerTeam()
team.add_player(player)
else:
team.add_player(player)
slots.append(team)
i += 1
slots = self.__get_order_preset(slots)
response = "Doubles bracket generated from presets."
self.__bracket.generate(slots, is_random)
return response
def reset(self, handle):
'''
'''
response = ""
if handle in self.__user_ids:
user_id = self.__user_ids[handle]
player = self.__channel_users[user_id]
games = self.__bracket.get_round_matches()
match = games[player.get_match_id()]
response = match.reset_game(user_id)
if response == "":
response = "Player not found in tournament."
return response
def next(self):
'''
Advance the bracket to the next round if all the games are complete.
'''
response = ""
games = self.__bracket.get_round_matches()
if len(games) == 0:
response = "The tournament has not started."
elif self.is_round_complete():
self.__last_post = None
response = self.__bracket.advance()
else:
response = "The matches are not all complete."
return response
def help(self, key):
# call the readmedocs app
pass
def win(self, user):
'''
Report a win if the game is not already complete and also
check for a champion.
'''
games = self.__bracket.get_round_matches()
if len(games) == 0:
return "The tournament has not started."
if user == None or user not in self.__channel_users:
return "Player not found in tournament."
response = ""
player = self.__channel_users[user]
match_id = player.get_match_id()
if match_id != None:
match = games[match_id]
response = match.add_win(user)
else:
response = "Player is not in the tournament."
return response
def loss(self, user):
'''
Report a loss if the game is not already complete
'''
games = self.__bracket.get_round_matches()
if len(games) == 0:
return "The tournament has not started."
if user == None or user not in self.__channel_users:
return "Player not found in tournament."
response = ""
player = self.__channel_users[user]
match_id = player.get_match_id()
if match_id != None:
match = games[match_id]
response = match.add_loss(user)
else:
response = "Player is not in the tournament."
return response
def clear_users(self):
self.__channel_users.clear()
self.__user_ids.clear()
return "Players have been cleared."
def destroy(self):
self.clear_users()
self.__bracket.destroy()
self.__last_post = None
self.participants.clear_users()
self.presets.clear_users()
self.is_joinable = False
return "Games have been destroyed"
def __get_order_preset(self, presets):
'''
Flip everyother postion in the list to feed it to tree generator.
'''
response = presets
size = len(response)
i = 0
j = 1
while j < size:
response[i], response[j] = response[j], response[i]
i += 2
j += 2
response.reverse()
return response
def get_printed(self):
'''
Loop through the list and print each game.
'''
games = self.__bracket.get_round_matches()
string = ""
number_of_games = len(games)
if number_of_games == 0:
return "The tournament has not started."
champion = False
if number_of_games == 1 and self.is_round_complete():
champion = True
champ = ""
for match in games:
if champion:
winner = match.get_winner()
name = winner.get_player_names()
if name == "":
name = winner.get_handle()
if winner.is_single_player():
champ = "\n" + name + " is the tournament champion!\n"
else:
champ = "\n" + name + " are the tournament champions!\n"
champ += "Grand Prize: :tada: :champagne: :cookie:\n"
match_number = match.get_match_number()
if number_of_games == 1:
if champion:
string = "%s\n*Match: %d* _Finals_ :trophy:\n" % (string, match_number)
else:
string = "%s\n*Match: %d* _Finals_ :trophy:\n" % (string, match_number)
else:
string = "%s\n*Match: %d*\n" % (string, match_number)
string = "%s%s\n" % (string, match.get_score())
return champ + string
def is_round_complete(self):
'''
Check if all the matches in the current round are complete.
'''
response = True
games = self.__bracket.get_round_matches()
for match in games:
if match.is_complete() == False:
response = False
return response
def add_participant(self, user_id):
response = ""
if user_id in self.__channel_users:
player = self.__channel_users[user_id]
response = self.participants.add_user(player.get_handle(), self.get_channel_users())
else:
response = "Player not found."
return response
def boot_participant(self, user_id):
response = ""
if user_id in self.__channel_users:
player = self.__channel_users[user_id]
response = self.participants.boot_user(player.get_handle(), self.get_channel_users())
else:
response = "Player not found."
return response
def list_players(self):
number_of_players = self.participants.get_count()
response = "\n*Registered Players ({})*:\n".format(number_of_players)
if number_of_players == 0:
response += "None"
for handle in self.participants.get_handles():
user_id = self.__user_ids[handle]
player = self.__channel_users[user_id]
response += player.get_handle_and_name() + "\n"
return response
def get_user(self, user_id):
response = None
user_upper = user_id.upper()
if user_upper in self.__channel_users:
response = self.__channel_users[user_upper]
return response
def get_user_id(self, handle):
response = None
if handle in self.__user_ids:
response = self.__user_ids[handle]
return response
def get_channel_users(self):
users = []
for user_id in self.__channel_users:
users.append(self.__channel_users[user_id])
return users
# To-Do: May not need this after creating messanger app, can get matches from db
def get_round_matches(self):
return self.__bracket.get_round_matches()
