from __future__ import absolute_import

import axelrod.strategies

from .tournament_manager import *


class TournamentManagerFactory(object):

    @classmethod
    def create_tournament_manager(
            cls,
            output_directory,
            no_ecological,
            rebuild_cache,
            cache_file,
            exclusions,
            processes,
            turns,
            repetitions,
            noise):

        kwargs = {
            'processes': processes,
            'turns': turns,
            'repetitions': repetitions,
            'noise': noise
        }

        manager = axelrod.TournamentManager(
            output_directory=output_directory,
            with_ecological=not no_ecological,
            save_cache=rebuild_cache,
            cache_file=cache_file)

        cls._add_tournaments(manager, exclusions, kwargs)

        return manager

    @classmethod
    def _add_tournaments(cls, manager, exclusions, kwargs):
        for name, strategies in cls._tournaments_dict(exclusions).items():
            players = manager.one_player_per_strategy(strategies)
            manager.add_tournament(
                name=name, players=players, **kwargs)

    @staticmethod
    def _tournaments_dict(exclusions=[]):

        tournaments = {
            'basic_strategies': axelrod.basic_strategies,
            'strategies':
                axelrod.basic_strategies +
                axelrod.ordinary_strategies,
            'cheating_strategies': axelrod.cheating_strategies,
            'all_strategies':
                axelrod.basic_strategies +
                axelrod.ordinary_strategies +
                axelrod.cheating_strategies}

        return {
            key: value for
            key, value in tournaments.items() if key not in exclusions}

from __future__ import absolute_import
from collections import OrderedDict

import axelrod.strategies

from .tournament_manager import *


class TournamentManagerFactory(object):

    @classmethod
    def create_tournament_manager(
            cls,
            output_directory,
            no_ecological,
            rebuild_cache,
            cache_file,
            exclusions,
            processes,
            turns,
            repetitions,
            noise):

        kwargs = {
            'processes': processes,
            'turns': turns,
            'repetitions': repetitions,
            'noise': noise
        }

        manager = axelrod.TournamentManager(
            output_directory=output_directory,
            with_ecological=not no_ecological,
            save_cache=rebuild_cache,
            cache_file=cache_file)

        cls._add_tournaments(manager, exclusions, kwargs)

        return manager

    @classmethod
    def _add_tournaments(cls, manager, exclusions, kwargs):
        for name, strategies in cls._tournaments_dict(exclusions).items():
            players = manager.one_player_per_strategy(strategies)
            manager.add_tournament(
                name=name, players=players, **kwargs)

    @staticmethod
    def _tournaments_dict(exclusions=None):
        if exclusions is None:
            exclusions = []

        tournaments = OrderedDict([
            ('basic_strategies', axelrod.basic_strategies),
            ('strategies',
                axelrod.basic_strategies +
                axelrod.ordinary_strategies),
            ('cheating_strategies', axelrod.cheating_strategies),
            ('all_strategies',
                axelrod.basic_strategies +
                axelrod.ordinary_strategies +
                axelrod.cheating_strategies)
        ])

        return OrderedDict([
            (key, value) for
            key, value in tournaments.items() if key not in exclusions
        ])

Use ordered dict for tournaments.