def _check_messages(self, quest_type, message):
writer = Writer(type=quest_type, message=message, substitution={}, hero=self.hero)
# print '--------'
# print writer.journal_id()
# print writer.diary_id()
# print writer.action_id()
self.assertTrue(writer.journal_id().upper() in LEXICON_KEY.index_name or
writer.diary_id().upper() in LEXICON_KEY.index_name or
writer.action_id().upper() in LEXICON_KEY.index_name)
def _check_messages(self, quest_type, message):
writer = Writer(type=quest_type, message=message, substitution={}, hero=self.hero)
# print '--------'
# print writer.journal_id()
# print writer.diary_id()
# print writer.action_id()
self.assertTrue(hasattr(LEXICON_KEY, writer.journal_id().upper()) or
hasattr(LEXICON_KEY, writer.diary_id().upper()) or
hasattr(LEXICON_KEY, writer.action_id().upper()))
def _bruteforce(self, knowledge_base, path, table, starts, processed,
powers):
current_state = knowledge_base[path[-1]]
if current_state.uid in processed:
return
if isinstance(current_state, facts.Start):
starts.append((current_state.uid, current_state.type))
writer = Writer(type=starts[-1][1],
message=None,
substitution={},
hero=self.hero)
self.assertTrue(writer.name_id().upper() in LEXICON_KEY.index_name)
for participant in knowledge_base.filter(facts.QuestParticipant):
if knowledge_base[participant.start].type != starts[-1][1]:
continue
self.assertTrue(
writer.actor_id(participant.role).upper() in
LEXICON_KEY.index_name)
self._check_action_messages(starts[-1][1], current_state.actions)
powers |= self._get_powers(starts[-1][0], current_state.actions)
if isinstance(current_state, facts.Finish):
starts.pop()
if not table.get(current_state.uid):
return
for next_jump in table[current_state.uid]:
self._check_action_messages(starts[-1][1], next_jump.start_actions)
self._check_action_messages(starts[-1][1], next_jump.end_actions)
powers |= self._get_powers(starts[-1][0], next_jump.start_actions)
powers |= self._get_powers(starts[-1][0], next_jump.end_actions)
if isinstance(next_jump, facts.Option):
writer = Writer(type=starts[-1][1],
message='choice',
substitution={},
hero=self.hero)
self.assertTrue(
writer.choice_variant_id(next_jump.type).upper() in
LEXICON_KEY.index_name)
self.assertTrue(
writer.current_choice_id(next_jump.type).upper() in
LEXICON_KEY.index_name)
path.append(next_jump.state_to)
self._bruteforce(knowledge_base, path, table, list(starts),
processed, powers)
path.pop()
processed.add(current_state.uid)
def _check_messages(self, quest_type, message):
writer = Writer(type=quest_type,
message=message,
substitution={},
hero=self.hero)
# print '--------'
# print writer.journal_id()
# print writer.diary_id()
# print writer.action_id()
self.assertTrue(
writer.journal_id().upper() in LEXICON_KEY.index_name
or writer.diary_id().upper() in LEXICON_KEY.index_name
or writer.action_id().upper() in LEXICON_KEY.index_name)
def _bruteforce(self, knowledge_base, path, table, starts, processed, powers):
current_state = knowledge_base[path[-1]]
if current_state.uid in processed:
return
if isinstance(current_state, facts.Start):
starts.append((current_state.uid, current_state.type))
writer = Writer(type=starts[-1][1], message=None, substitution={}, hero=self.hero)
self.assertTrue(writer.name_id().upper() in LEXICON_KEY.index_name)
for participant in knowledge_base.filter(facts.QuestParticipant):
if knowledge_base[participant.start].type != starts[-1][1]:
continue
self.assertTrue(writer.actor_id(participant.role).upper() in LEXICON_KEY.index_name)
self._check_action_messages(starts[-1][1], current_state.actions)
powers |= self._get_powers(starts[-1][0], current_state.actions)
if isinstance(current_state, facts.Finish):
starts.pop()
if not table.get(current_state.uid):
return
for next_jump in table[current_state.uid]:
self._check_action_messages(starts[-1][1], next_jump.start_actions)
self._check_action_messages(starts[-1][1], next_jump.end_actions)
powers |= self._get_powers(starts[-1][0], next_jump.start_actions)
powers |= self._get_powers(starts[-1][0], next_jump.end_actions)
if isinstance(next_jump, facts.Option):
writer = Writer(type=starts[-1][1], message='choice', substitution={}, hero=self.hero)
self.assertTrue(writer.choice_variant_id(next_jump.type).upper() in LEXICON_KEY.index_name)
self.assertTrue(writer.current_choice_id(next_jump.type).upper() in LEXICON_KEY.index_name)
path.append(next_jump.state_to)
self._bruteforce(knowledge_base, path, table, list(starts), processed, powers )
path.pop()
processed.add(current_state.uid)
