New package structure for result info classes

1 files changed, 0 insertions, 237 deletions

diff --git a/jfr_playoff/data.py b/jfr_playoff/data.py
deleted file mode 100644
index 132ee02..0000000
--- a/jfr_playoff/data.py
+++ /dev/null
@@ -1,237 +0,0 @@
-from jfr_playoff.logger import PlayoffLogger
-
-
-class ResultInfo(object):
-    def __init__(self, *args):
-        self.clients = self.fill_client_list(*args)
-
-    def fill_client_list(self, settings, database):
-        return []
-
-    def call_client(self, method, default, *args):
-        PlayoffLogger.get('resultinfo').info(
-            'calling %s on result info clients', method)
-        for client in self.clients:
-            try:
-                ret = getattr(client, method)(*args)
-                PlayoffLogger.get('resultinfo').info(
-                    '%s method returned %s', method, ret)
-                return ret
-            except Exception as e:
-                if type(e) in client.get_exceptions(method):
-                    PlayoffLogger.get('resultinfo').warning(
-                        '%s method raised %s(%s)',
-                        method, type(e).__name__, str(e))
-                else:
-                    raise
-        PlayoffLogger.get('resultinfo').info(
-            '%s method returning default: %s', method, default)
-        return default
-
-
-from cached_property import cached_property
-
-from jfr_playoff.db import PlayoffDB
-from jfr_playoff.dto import Phase
-from jfr_playoff.matchinfo import MatchInfo
-from jfr_playoff.tournamentinfo import TournamentInfo
-
-
-class PlayoffData(object):
-    def __init__(self, settings=None):
-        if settings is not None:
-            self.database = PlayoffDB(settings.get('database')) \
-                if settings.has_section('database') else None
-            if self.database is None:
-                PlayoffLogger.get('db').warning(
-                    PlayoffDB.DATABASE_NOT_CONFIGURED_WARNING)
-            self.team_settings = settings.get('teams')
-            self.custom_final_order = []
-            if settings.has_section('custom_final_order'):
-                self.custom_final_order = settings.get('custom_final_order')
-            self.custom_final_order = [
-                t for t in [
-                    self.teams[i-1] if isinstance(i, int)
-                    else self.get_team_data_by_name(i)
-                    for i in self.custom_final_order]
-                if t is not None]
-            self.phases = settings.get('phases')
-            self.swiss = []
-            if settings.has_section('swiss'):
-                self.swiss = settings.get('swiss')
-            self.aliases = {}
-            if settings.has_section('team_aliases'):
-                self.aliases = settings.get('team_aliases')
-        self.grid = []
-        self.match_info = {}
-        self.leaderboard = []
-
-    def fetch_team_list(self, settings, db_interface):
-        if isinstance(settings, list):
-            PlayoffLogger.get('data').info(
-                'team list pre-defined: %s', settings)
-            return settings
-        tournament_info = TournamentInfo(settings, db_interface)
-        team_list = tournament_info.get_tournament_results()
-        if len(team_list) == 0:
-            PlayoffLogger.get('data').warning('team list is empty!')
-        return team_list if 'max_teams' not in settings \
-            else team_list[0:settings['max_teams']]
-
-    @cached_property
-    def teams(self):
-        return self.fetch_team_list(self.team_settings, self.database)
-
-    def generate_phases(self):
-        self.grid = []
-        for phase in self.phases:
-            dummies = phase.get('dummies', [])
-            phase_count = len(phase['matches']) + len(dummies)
-            phase_object = Phase()
-            phase_object.title = phase['title']
-            phase_object.link = phase.get('link', None)
-            phase_object.matches = [None] * phase_count
-            phase_pos = 0
-            for match in phase['matches']:
-                while phase_pos in dummies:
-                    phase_pos += 1
-                phase_object.matches[phase_pos] = match['id']
-                phase_pos += 1
-            PlayoffLogger.get('data').info('phase object: %s', phase_object)
-            self.grid.append(phase_object)
-        return self.grid
-
-    def fill_match_info(self):
-        self.match_info = {}
-        for phase in self.phases:
-            for match in phase['matches']:
-                match_info = MatchInfo(match, self.teams, self.database, self.aliases)
-                if 'link' in phase:
-                    match_info.set_phase_link(phase['link'])
-                self.match_info[match['id']] = match_info.get_info()
-                if self.match_info[match['id']].running > 0:
-                    for phase_obj in self.grid:
-                        if match['id'] in phase_obj.matches:
-                            phase_obj.running = True
-                PlayoffLogger.get('data').info(
-                    'match object: %s', self.match_info[match['id']])
-        return self.match_info
-
-    def get_swiss_link(self, event):
-        event_info = TournamentInfo(event, self.database)
-        swiss_link = event_info.get_results_link()
-        if event.get('relative_path', None):
-            swiss_link = '%s/%s' % (event['relative_path'], swiss_link)
-        PlayoffLogger.get('data').info('swiss link: %s', swiss_link)
-        return swiss_link
-
-    def prefill_leaderboard(self, teams):
-        self.leaderboard = [None] * len(teams)
-        for team in teams:
-            if len(team) > 3 and team[3] is not None:
-                self.leaderboard[team[3]-1] = team[0]
-        self.fill_swiss_leaderboard(self.swiss, teams)
-        PlayoffLogger.get('data').info('leaderboard pre-filled: %s', self.leaderboard)
-        return self.leaderboard
-
-    def fill_swiss_leaderboard(self, swiss, teams):
-        teams = [team[0] for team in teams]
-        for event in swiss:
-            event['ties'] = teams
-            event_info = TournamentInfo(event, self.database)
-            if event_info.is_finished():
-                swiss_position = event.get('swiss_position', 1)
-                position_limit = event.get('position_to', 9999)
-                place = 1
-                swiss_results = event_info.get_tournament_results()
-                for team in swiss_results:
-                    if place >= swiss_position:
-                        target_position = event['position'] \
-                                          + place - swiss_position
-                        if target_position <= min(
-                                position_limit, len(self.leaderboard)):
-                            self.leaderboard[
-                                target_position - 1] = team[0]
-                    place += 1
-            PlayoffLogger.get('data').info(
-                'leaderboard after %s swiss: %s', event, self.leaderboard)
-
-    def fill_leaderboard(self):
-        self.prefill_leaderboard(self.teams)
-        leaderboard_teams = {}
-        for phase in self.phases:
-            for match in phase['matches']:
-                if 'winner' in match:
-                    winner_key = tuple(match['winner'])
-                    if winner_key not in leaderboard_teams:
-                        leaderboard_teams[winner_key] = []
-                    leaderboard_teams[winner_key].append(
-                        self.match_info[match['id']].winner)
-                if 'loser' in match:
-                    loser_key = tuple(match['loser'])
-                    if loser_key not in leaderboard_teams:
-                        leaderboard_teams[loser_key] = []
-                    leaderboard_teams[loser_key].append(
-                        self.match_info[match['id']].loser)
-        final_order = self.custom_final_order + [
-            t for t in self.teams if t not in self.custom_final_order]
-        PlayoffLogger.get('data').info(
-                'custom order for final positions: %s', self.custom_final_order)
-        PlayoffLogger.get('data').info(
-                'order of teams to fill leaderboard positions: %s',
-                final_order)
-        for positions, position_teams in leaderboard_teams.iteritems():
-            positions = list(positions)
-            PlayoffLogger.get('data').info(
-                'filling leaderboard positions %s with teams %s',
-                positions, position_teams)
-            if len(positions) == len([
-                    team for team in position_teams if team is not None]):
-                for table_team in final_order:
-                    if table_team[0] in position_teams:
-                        position = positions.pop(0)
-                        self.leaderboard[position-1] = table_team[0]
-                        PlayoffLogger.get('data').info(
-                            'team %s in position %d', table_team[0], position)
-        PlayoffLogger.get('data').info(
-            'leaderboard filled: %s', self.leaderboard)
-        return self.leaderboard
-
-    def get_swiss_info(self):
-        swiss_info = [{
-            'link': self.get_swiss_link(event),
-            'position': event['position'],
-            'label': event.get('label', None),
-            'finished': TournamentInfo(event, self.database).is_finished()
-        } for event in self.swiss]
-        PlayoffLogger.get('data').info('swiss info: %s', swiss_info)
-        return swiss_info
-
-    def get_dimensions(self):
-        dimensions = (
-            len(self.phases),
-            max([
-                len(phase['matches']) + len(phase.get('dummies', []))
-                for phase in self.phases
-            ] or [0])
-        )
-        PlayoffLogger.get('data').info('grid dimensions: %s', dimensions)
-        return dimensions
-
-    def get_team_data_by_name(self, fullname):
-        for team in self.teams:
-            if team[0] == fullname:
-                return team
-        return None
-
-    def get_shortname(self, fullname):
-        for team in self.teams:
-            if team[0] == fullname:
-                return team[1]
-        return fullname
-
-    def get_team_image(self, fullname):
-        for team in self.teams:
-            if team[0] == fullname and len(team) > 2:
-                return team[2]
-        return None