def _default_start_battle(data, dungeon, battle_level, now):
"""默认开始战斗方法"""
user = data.user.get(True)
status = dungeon.status(user.level, now)
if status != dungeon.ACTIVE:
return dungeon_pb2.DUNGEON_NOT_OPEN
if dungeon.get_remain_num() <= 0:
return dungeon_pb2.DUNGEON_NO_ENTER_NUM
node_basic_id = dungeon.node_basic_id()
node_id = NodeInfo.generate_id(data.id, node_basic_id)
node = data.node_list.get(node_id)
if node is None:
node = NodeInfo.create(data.id, node_basic_id)
data.node_list.add(node)
node.set_expand_dungeon()
user = data.user.get(True)
rival = data.rival_list.get(node_id)
if rival is None:
rival = RivalInfo.create(node_id, data.id)
data.rival_list.add(rival)
rival.set_expand_dungeon(dungeon.basic_id, dungeon.level(user.level), battle_level)
return dungeon_pb2.DUNGEON_OK
def _post_upgrade(data, user, old_level, new_level, now):
"""用户升级后的处理
1 可能解锁 PVP
2 可能解锁 pvp arena
3 升级世界地图上己方主城的等级
4 增加政令值
5 想邀请者转发升级通知
"""
if not check_pvp_authority(data):
return False
if not check_arena_authority(data, now):
return False
if not check_worldboss_authority(data):
return False
own_basic_id = NodeInfo.get_own_node_basic_id()
own_id = NodeInfo.generate_id(data.id, own_basic_id)
own = data.node_list.get(own_id)
own.update_own_city_level(user.level)
energy = data.energy.get()
level_diff = new_level - old_level
diff = 1
while diff <= level_diff:
energy.update_energy_and_capacity(old_level + diff)
diff += 1
if user.is_invited():
_forward_invitee_upgrade(data, user)
return True
def start_battle(data, teams, heroes, rival_user_id, rival, now, force=False):
"""开始战斗
"""
user = data.user.get(True)
union = data.union.get()
node_id = NodeInfo.generate_id(data.id,
union.get_battle_mapping_node_basic_id())
battle = data.battle_list.get(node_id)
if battle is None:
battle = BattleInfo.create(node_id, data.id)
data.battle_list.add(battle)
node = data.node_list.get(node_id)
if node is None:
node = NodeInfo.create(data.id,
union.get_battle_mapping_node_basic_id())
data.node_list.add(node)
r = data.rival_list.get(node_id)
if r is None:
r = RivalInfo.create(node_id, data.id)
data.rival_list.add(r)
#标记敌对玩家
r.set_union_battle_enemy_detail(rival_user_id, rival)
#消耗攻击次数
union.consume_battle_attack()
#消耗粮草
resource = data.resource.get()
resource.update_current_resource(now)
need_food = battle_business._calc_food_consume(heroes)
if not resource.cost_food(need_food):
return False
battle.set_food_consume(need_food)
#消耗兵力
if not battle_business._consume_soldier(data, battle, now, heroes, force):
return False
#计算战利品
reward_money = 0
reward_food = 0
reward_user_exp = 0
reward_hero_exp = data_loader.MonarchLevelBasicInfo_dict[
user.level].heroBattleExp
reward_items = reward_module.random_battle_gift(user.level)
battle.set_reward(reward_money, reward_food, reward_hero_exp,
reward_user_exp, reward_items)
return battle.start(None, r, None, teams, heroes, now, user.vip_level)
def _calc_start_battle_result(self, union_response, data, req, timer):
res = union_boss_pb2.StartUnionBossBattleRes()
res.status = 0
union_res = internal_union_pb2.InternalSyncBossRes()
union_res.ParseFromString(union_response)
if union_res.status != 0:
raise Exception("Start union boss battle failed")
if union_res.ret != union_pb2.UNION_OK:
res.ret = union_res.ret
return self._start_battle_succeed(data, req, res, timer)
if union_res.boss_status != UserUnionBossInfo.BATTLE:
if union_res.boss_status == UserUnionBossInfo.INACTIVE:
res.ret = union_pb2.UNION_BOSS_INACTIVE
else:
res.ret = union_pb2.UNION_BOSS_KILLED
return self._start_battle_succeed(data, req, res, timer)
boss_id = union_res.boss_id
array_index = req.world_boss_choose_index #选择boss队伍的index
#参战队伍 & 英雄
teams = []
heroes = []
for team_info in req.battle.attack_teams:
team_id = TeamInfo.generate_id(data.id, team_info.index)
team = data.team_list.get(team_id)
if team is None:
continue
teams.append(team)
for hero_id in team.get_heroes():
if hero_id != 0:
hero = data.hero_list.get(hero_id)
heroes.append(hero)
(ret, battle_ret) = union_boss_business.start_battle(data, boss_id,
array_index, teams, heroes, timer.now, req.gold)
if ret != union_pb2.UNION_OK or battle_ret != battle_pb2.BATTLE_OK:
res.ret = ret
res.battle_ret = battle_ret
return self._start_battle_succeed(data, req, res, timer)
node_id = NodeInfo.generate_id(data.id, UserUnionInfo.get_union_boss_node_basic_id())
battle = data.battle_list.get(node_id, True)
resource = data.resource.get(True)
pack.pack_battle_reward_info(battle, res.reward)
pack.pack_resource_info(resource, res.resource)
conscript_list = data.conscript_list.get_all(True)
for conscript in conscript_list:
pack.pack_conscript_info(conscript, res.conscripts.add(), timer.now)
res.ret = union_pb2.UNION_OK
res.battle_ret = battle_pb2.BATTLE_OK
defer = DataBase().commit(data)
defer.addCallback(self._start_battle_succeed, req, res, timer)
return defer
def trigger_custom_event(data, now, node_basic_id, event_type, change_nodes):
"""触发特定的事件
可以指定发生事件的节点，事件的类型
"""
logger.debug("Trigger custom event")
map = data.map.get()
node_id = NodeInfo.generate_id(data.id, node_basic_id)
node = data.node_list.get(node_id)
candidate = _calc_candidate_event(data, node, now)
candidate.extend(_calc_candidate_event(data, node, now, False))
if len(candidate) == 0:
logger.warning("Node not prepared for event[node basic id=%d]" % node.basic_id)
return False
if event_type not in candidate:
logger.warning("Node not matched event"
"[node basic id=%d][event type=%d][available=%s]" %
(node.basic_id, event_type, utils.join_to_string(candidate)))
return False
if not _node_arise_event(data, node_id, event_type, now,
change_nodes, [], []):
return False
change_nodes.append(node)
logger.debug("node trigger event[basic id=%d][event type=%d]" %
(node.basic_id, node.event_type))
map.update_next_luck_time(now)
return True
def _calc_abandon_node(self, data, req, timer):
"""
"""
abandon_node_id = NodeInfo.generate_id(data.id, req.node_id)
abandon_node = data.node_list.get(abandon_node_id)
change_nodes = []
if not map_business.abandon_key_node(data, abandon_node, timer.now,
change_nodes):
raise Exception("Abandon node failed")
#为新刷出的敌方节点匹配敌人
#不合法的敌人：自己，以及已经在地图上出现过的 PVP 敌人
invalid_rival = [data.id]
for node in data.node_list.get_all(True):
if node.is_rival_pvp() and node.is_enemy_complete():
rival_id = node.id
rival = data.rival_list.get(rival_id, True)
invalid_rival.append(rival.rival_id)
user = data.user.get(True)
matcher = RivalMatcher(user.level, invalid_rival)
for node in change_nodes:
if node.is_lack_enemy_detail():
matcher.add_condition(data, node)
defer = matcher.match(user.country)
defer.addCallback(self._pack_abandon_node_response, data, change_nodes,
req, timer)
return defer
def _calc_upgrade(self, data, req, timer):
"""进行升级
"""
#涉及到跨天的数据统计，所以此处要更新所有跨天数据
if not account_business.update_across_day_info(data, timer.now):
raise Exception("Update across day info failed")
node_basic_id = req.node.basic_id
node_id = NodeInfo.generate_id(data.id, node_basic_id)
node = data.node_list.get(node_id)
gold = 0
if req.HasField("gold"):
gold = req.gold
if not exploitation_business.finish_upgrade_event(
data, node, timer.now, gold):
raise Exception("Finish upgrade event failed")
resource = data.resource.get(True)
res = self._pack_upgrade_response(data, resource, node, timer.now)
map_business.check_map_data(data)
defer = DataBase().commit(data)
defer.addCallback(self._upgrade_succeed, req, res, timer)
return defer
def _default_finish_battle(data, dungeon, now, **kw):
"""默认结束战斗方法"""
dungeon_level = kw['dungeon_level'] #完成的副本难度
win = kw['win'] #是否胜利
if not win:
dungeon.attack()
return dungeon_pb2.DUNGEON_OK
key = "%d_%d" % (dungeon.basic_id, dungeon_level)
ratio = data_loader.ExpandDungeonLevelBasicInfo_dict[key].rewardRatio
#修改battle中的奖励信息
node_basic_id = dungeon.node_basic_id()
node_id = NodeInfo.generate_id(data.id, node_basic_id)
battle = data.battle_list.get(node_id)
reward_money = battle.reward_money
reward_food = battle.reward_food
reward_hero_exp = battle.reward_hero_exp
reward_user_exp = battle.reward_user_exp
item_list = battle.get_reward_items()
reward_money *= ratio
reward_food *= ratio
new_item_list = []
for item_id, item_num in item_list:
new_item_list.append((item_id, item_num * ratio))
battle.set_reward(reward_money, reward_food, reward_hero_exp, reward_user_exp, new_item_list)
dungeon.attack()
return dungeon_pb2.DUNGEON_OK
def _calc_rematch_node(self, data, req, timer):
"""
"""
rematch_node_id = NodeInfo.generate_id(data.id, req.node.basic_id)
rematch_node = data.node_list.get(rematch_node_id)
rival_id = rematch_node.id
rival = data.rival_list.get(rival_id, True)
invalid_rival = [data.id, rival.rival_id] #不允许出现原来的敌人
if not map_business.rematch_key_node(data, rematch_node, timer.now):
raise Exception("Rematch node failed")
#为新刷出的敌方节点匹配敌人
for node in data.node_list.get_all(True):
if node.is_rival_pvp() and node.is_enemy_complete():
rival_id = node.id
rival = data.rival_list.get(rival_id, True)
invalid_rival.append(rival.rival_id)
user = data.user.get(True)
matcher = RivalMatcher(user.level, invalid_rival)
matcher.add_condition(data, rematch_node)
defer = matcher.match(user.country)
defer.addCallback(self._pack_rematch_node_response, data, rematch_node,
req, timer)
return defer
def _calc_increase(self, data, req, timer):
"""
"""
#涉及到跨天的数据统计，所以此处要更新所有跨天数据
if not account_business.update_across_day_info(data, timer.now):
raise Exception("Update across day info failed")
node_id = NodeInfo.generate_id(data.id, req.node.basic_id)
node = data.node_list.get(node_id)
use_gold = req.node.increase.use_gold
rate = req.node.increase.rate
duration = req.node.increase.total_time
if use_gold:
item = None
else:
item_id = ItemInfo.generate_id(data.id, req.item.basic_id)
item = data.item_list.get(item_id)
if not increase_business.increase(data, node, rate, use_gold, duration,
item, timer.now):
raise Exception("Increase failed")
#记录次数
trainer = data.trainer.get()
trainer.add_daily_increase_item_num(1)
return DataBase().commit(data)
def lose_battle(data, enemy_soldier_info, own_soldier_info, score, now):
"""战斗失败
"""
user = data.user.get(True)
union = data.union.get()
node_id = NodeInfo.generate_id(data.id,
union.get_battle_mapping_node_basic_id())
battle = data.battle_list.get(node_id)
rival = data.rival_list.get(node_id)
#根据杀敌，增加战功
_gain_union_battle_individual_score_of_battle(union, enemy_soldier_info,
score)
#返还己方存活士兵
if not battle_business._reclaim_soldier(data, battle, now,
own_soldier_info):
return False
#更新统计信息
if not battle_business._update_statistics(data, battle, False, rival, None,
enemy_soldier_info,
own_soldier_info):
return False
#清除原有的敌人信息
rival.clear()
return battle.finish()
def finish_jungle_event_fail(data, node, now, change_nodes):
"""结束野怪事件: 失败
"""
#如果附属点所在的key node已经丢失，则野怪事件结束，附属点也消失
parent_basic_id = MapGraph().get_parent(node.basic_id)
parent_id = NodeInfo.generate_id(data.id, parent_basic_id)
parent = data.node_list.get(parent_id, True)
if not parent.is_visible() or not parent.is_own_side():
#节点上必须有合法的野怪随机事件
if node.event_type != NodeInfo.EVENT_TYPE_JUNGLE:
logger.warning("Wrong event[type=%d]" % node.event_type)
return False
if not node.launch_event(now, overtime=True):
return False
if not node.finish_event(now, overtime=True):
return False
#节点变为不活跃
map = data.map.get()
node.reset_dependency(map)
change_nodes.append(node)
return True
def start_battle(data, arena, now):
"""开始战斗"""
user = data.user.get(True)
if not arena.is_able_to_open(user, now):
logger.warning("arena is not open[user_id=%d]" % data.id)
#return -1
node_basic_id = arena.get_node_basic_id()
node_id = NodeInfo.generate_id(data.id, node_basic_id)
node = data.node_list.get(node_id)
if node is None:
node = NodeInfo.create(data.id, node_basic_id)
data.node_list.add(node)
node.set_arena()
return node_id
def is_able_to_finish_battle(data, now):
"""是否可以结束战斗
"""
union = data.union.get()
node_id = NodeInfo.generate_id(data.id,
union.get_battle_mapping_node_basic_id())
battle = data.battle_list.get(node_id)
return battle.is_able_to_finish(now)
def _calc_start_exploit(self, data, req, timer):
"""开始进行开采的逻辑
"""
user = data.user.get(True)
resource = data.resource.get()
resource.update_current_resource(timer.now)
node_id = NodeInfo.generate_id(data.id, req.node.basic_id)
node = data.node_list.get(node_id)
work_heroes = [] #参与采集的英雄
for basic_id in req.node.exploitation.hero_basic_ids:
if basic_id == 0:
work_heroes.append(None)
else:
hero_id = HeroInfo.generate_id(data.id, basic_id)
hero = data.hero_list.get(hero_id)
work_heroes.append(hero)
#将参与研究的英雄从其他建筑物中移除，更新原有建筑的影响
#不结算英雄经验 : 英雄经验由客户端周期性请求结算
#WARNING : 在上一次请求到此时英雄驻守的经验不结算
for hero in work_heroes:
if hero is not None and hero.is_working_in_building():
building = data.building_list.get(hero.place_id)
defense = None
if building.is_defense():
defense = data.defense_list.get(building.id)
if not building_business.remove_garrison(
building, hero, resource, timer.now):
raise Exception("Reassign build hero error")
#所有生效的内政科技
interior_technologys = [
tech for tech in data.technology_list.get_all(True)
if tech.is_interior_technology() and not tech.is_upgrade
]
#离线开采事件的开采时间单独设置
if node.is_exploit_offline():
if (req.node.exploitation.total_time != OFFLINE_EXPLOIT_TIME_1 and
req.node.exploitation.total_time != OFFLINE_EXPLOIT_TIME_2
and req.node.exploitation.total_time !=
OFFLINE_EXPLOIT_TIME_3):
raise Exception("Exploitation total time error")
else:
node.set_exploit_total_time(req.node.exploitation.total_time)
node.set_exploit_level(req.node.exploitation.level)
if not exploitation_business.start_exploit_event(
data, node, work_heroes, timer.now, interior_technologys):
raise Exception("Start exploit failed")
#compare.check_node(data, req.node, with_exploit = True)
return DataBase().commit(data)
def init_legendcity(data, now):
"""初始化史实城
"""
for city_id in data_loader.LegendCityBasicInfo_dict:
node_id = NodeInfo.generate_id(
data.id, data_loader.LegendCityBasicInfo_dict[city_id].nodeId)
legendcity = LegendCityInfo.create(data.id, city_id, node_id, now)
data.legendcity_list.add(legendcity)
return True
def _calc_start_question(self, data, req, timer):
"""开始问答逻辑
"""
node_basic_id = req.node.basic_id
node_id = NodeInfo.generate_id(data.id, node_basic_id)
node = data.node_list.get(node_id)
if not question_business.start_question_event(data, node, timer.now):
raise Exception("Start question failed")
return DataBase().commit(data)
def pack_mail_info(mail, message, now):
message.index = MailInfo.get_index(mail.id)
message.type = mail.type
message.state = mail.status
message.passed_time = now - mail.time
message.delete_after_used = mail.delete_after_used
message.reward_resource.money = mail.reward_money
message.reward_resource.food = mail.reward_food
message.reward_resource.gold = mail.reward_gold
for (basic_id, num) in mail.get_reward_items():
item_message = message.reward_items.add()
item_message.basic_id = basic_id
item_message.num = num
message.lost_resource.money = mail.lost_money
message.lost_resource.food = mail.lost_food
message.lost_resource.gold = mail.lost_gold
message.lost_resource.soldier = mail.lost_soldier
if mail.related_node_id != 0:
message.node_id = NodeInfo.get_basic_id(mail.related_node_id)
if mail.related_exploitation_type != 0:
message.exploitation_type = mail.related_exploitation_type
message.exploitation_level = mail.related_exploitation_level
message.exploitation_progress = mail.related_exploitation_progress
if mail.related_enemy_type != 0:
message.enemy_type = mail.related_enemy_type
message.enemy_name = mail.get_readable_enemy_name()
message.battle_win = mail.related_battle_win
message.basic_id = mail.basic_id
#if not mail.is_content_empty():
# message.subject = mail.subject
# message.sender = mail.sender
# message.content = mail.content
if mail.subject != '':
message.subject = mail.subject
if mail.sender != '':
message.sender = mail.sender
if mail.content != '':
message.content = mail.content
if mail.arena_title_level != 0:
message.arena_title_level = mail.arena_title_level
if mail.arena_coin != 0:
message.arena_coin = mail.arena_coin
if mail.legendcity_id != 0:
message.legendcity_id = mail.legendcity_id
message.legendcity_position = mail.legendcity_position
def _post_lost_key_node(data, map, node, lost_time, now, change_nodes,
new_items, new_mails):
"""丢失邻接节点的后续处理
1 对附属点的影响: 清除附属点上随机事件
2 对邻接关键点的影响: 邻接的敌方关键点，如果是孤立节点，视野消失
"""
#对附属点的影响
for basic_id in MapGraph().get_children(node.basic_id):
child_id = NodeInfo.generate_id(data.id, basic_id)
child = data.node_list.get(child_id)
#如果附属点正在发生战斗，不处理，跳过
if child.is_in_battle():
continue
#中止/清除所有附属点上的随机事件
if child.is_event_arised():
if not _stop_lucky_event_on_node(data, child, lost_time, now,
change_nodes, new_items,
new_mails):
return False
assert not child.is_dependency_active()
##对邻接关键点的影响
#for basic_id in MapGraph().get_neighbors(node.basic_id):
# neighbor_id = NodeInfo.generate_id(data.id, basic_id)
# neighbor = data.node_list.get(neighbor_id)
# #如果邻接节点发生副本事件，视野不受影响
# if neighbor.event_type == NodeInfo.EVENT_TYPE_DUNGEON:
# continue
# #如果邻接点发生演武场事件，视野不受影响
# elif neighbor.event_type == NodeInfo.EVENT_TYPE_ARENA:
# continue
# #如果邻接点正发生战斗事件（委任），视野不受影响
# if neighbor.is_in_battle():
# continue
# #邻接敌方孤立关键点，视野消失，清除节点
# if neighbor.is_enemy_side() and is_key_node_isolated(data, neighbor):
# #清除随机事件
# if neighbor.is_event_arised():
# if not _stop_lucky_event_on_node(data, neighbor, lost_time, now,
# change_nodes, new_items, new_mails):
# return False
# if not clear_key_node(data, neighbor):
# return False
# change_nodes.append(neighbor)
#减少领地数
map.lost_node(1)
return True
def win_battle(data, enemy_soldier_info, own_soldier_info, score, now):
"""战斗胜利
"""
user = data.user.get(True)
union = data.union.get()
node_id = NodeInfo.generate_id(data.id,
union.get_battle_mapping_node_basic_id())
battle = data.battle_list.get(node_id)
rival = data.rival_list.get(node_id)
#获得战利品
resource = data.resource.get()
resource.update_current_resource(now)
resource.gain_money(battle.reward_money)
resource.gain_food(battle.reward_food)
if not item_business.gain_item(data, battle.get_reward_items(),
"win battle", log_formater.WIN_BATTLE):
return False
#根据杀敌，增加战功
_gain_union_battle_individual_score_of_battle(union, enemy_soldier_info,
score)
#返还己方存活士兵
if not battle_business._reclaim_soldier(data, battle, now,
own_soldier_info):
return False
#用户获得经验
if not user_business.level_upgrade(data, battle.reward_user_exp, now,
"exp win union battle",
log_formater.EXP_WIN_BATTLE):
return False
#参战英雄获得经验
heroes_id = battle.get_battle_hero()
exp = int(battle.reward_hero_exp / len(heroes_id))
for hero_id in heroes_id:
hero = data.hero_list.get(hero_id)
if not hero_business.level_upgrade(data, hero, exp, now):
return False
#更新统计信息
if not battle_business._update_statistics(data, battle, True, rival, None,
enemy_soldier_info,
own_soldier_info):
return False
#清除原有的敌人信息
rival.clear()
return battle.finish()
def _get_all_own_dependency_node_count(data):
"""获得己方所有附属点的个数
"""
node_list = data.node_list.get_all(True)
count = 0
for node in node_list:
if node.is_dependency():
parent_basic_id = MapGraph().get_parent(node.basic_id)
parent_id = NodeInfo.generate_id(data.id, parent_basic_id)
parent = data.node_list.get(parent_id, True)
#父节点（关键点）是己方节点
if parent.is_own_side():
count += 1
return count
def arise_jungle_event(data, node, now, **kwargs):
"""出现野怪事件
1 附属点变为活跃
2 附属点出现 PVE 敌人
"""
change_nodes = kwargs["change_nodes"]
parent_basic_id = MapGraph().get_parent(node.basic_id)
parent_id = NodeInfo.generate_id(data.id, parent_basic_id)
parent = data.node_list.get(parent_id, True)
map = data.map.get()
user = data.user.get(True)
node.respawn_dependency_with_enemy(map, parent, user, now)
return node.arise_event(NodeInfo.EVENT_TYPE_JUNGLE, now)
def _get_all_enemy_neighbor_count(data):
"""获得我方总临近地城数目
"""
node_list = data.node_list.get_all(True)
count = 0
for node in node_list:
if node.is_own_side():
continue
for basic_id in MapGraph().get_neighbors(node.basic_id):
neighbor_id = NodeInfo.generate_id(data.id, basic_id)
neighbor = data.node_list.get(neighbor_id)
if neighbor.is_own_side():
count += 1
break
return count
def arise_gold_event(data, node, now, **kwargs):
"""出现金矿事件
1 附属点变活跃
2 附属点出现金矿资源信息
"""
change_nodes = kwargs["change_nodes"]
parent_basic_id = MapGraph().get_parent(node.basic_id)
parent_id = NodeInfo.generate_id(data.id, parent_basic_id)
parent = data.node_list.get(parent_id, True)
map = data.map.get()
user = data.user.get(True)
node.respawn_dependency_with_gold(map, parent, now)
return node.arise_event(NodeInfo.EVENT_TYPE_GOLD, now)
def finish_battle(data, worldboss, result, kill_soldier_num, now):
"""结束世界boss战斗
"""
if worldboss.is_killed():
ret = WorldBossInfo.BOSS_KILLED
elif not worldboss.is_in_battle_time(now, True) and worldboss.is_attack_overtime(now):
ret = WorldBossInfo.BOSS_OVERTIME
else:
ret = WorldBossInfo.BOSS_OK
worldboss.finish_battle(result, kill_soldier_num, now)
node_basic_id = worldboss.get_node_basic_id()
node_id = NodeInfo.generate_id(data.id, node_basic_id)
_update_worldboss_rival(data, worldboss, node_id)
return ret
def is_key_node_isolated(data, node):
"""
计算关键点是否孤立：相邻的没有己方关键点
"""
assert node.is_key_node()
for basic_id in MapGraph().get_neighbors(node.basic_id):
neighbor_id = NodeInfo.generate_id(data.id, basic_id)
neighbor = data.node_list.get(neighbor_id, True) #readonly
logger.debug(
"node has neighbor[basic id=%d]"
"[neighbor basic id=%d][neighbor own side=%r]" %
(node.basic_id, neighbor.basic_id, neighbor.is_own_side()))
if neighbor.is_own_side():
return False
return True
def _calc_search_visit(self, data, req, timer):
"""查询探访逻辑
"""
node_basic_id = req.node.basic_id
node_id = NodeInfo.generate_id(data.id, node_basic_id)
node = data.node_list.get(node_id)
candidate = []
if not visit_business.search_visit_event(data, node, candidate,
timer.now):
raise Exception("Search visit failed")
res = self._pack_search_visit_response(candidate)
defer = DataBase().commit(data)
defer.addCallback(self._search_visit_succeed, req, res, timer)
return defer
def _calc_finish_appoint(self, data, req, timer):
node_id = NodeInfo.generate_id(data.id, req.node.basic_id)
node = data.node_list.get(node_id)
battle = data.battle_list.get(node_id)
#存活兵力信息
own_soldier_info = battle.get_own_soldier_info()
enemy_soldier_info = battle.get_enemy_soldier_info()
change_nodes = []
items = []
heroes = []
mails = []
ret = Ret()
if not appoint_business.finish_appoint(
data, node, battle, change_nodes, items, heroes, mails,
timer.now, ret):
if ret.get() == "FINISHED":
res = appoint_pb2.FinishAppointRes()
res.status = 0
res.ret = appoint_pb2.FinishAppointRes.FINISHED
pack.pack_node_info(data, node, res.node, timer.now)
return self._finish_appoint_succeed(data, req, res, timer)
else:
raise Exception("Finish appoint failed")
#为新刷出的敌方节点匹配敌人
invalid_rival = [data.id]
for node in data.node_list.get_all(True):
if node.is_rival_pvp() and node.is_enemy_complete():
rival_id = node.id
rival = data.rival_list.get(rival_id, True)
invalid_rival.append(rival.rival_id)
user = data.user.get(True)
matcher = RivalMatcher(user.level, invalid_rival)
for node in change_nodes:
if node.is_lack_enemy_detail():
matcher.add_condition(data, node)
defer = matcher.match(user.country)
defer.addCallback(self._pack_finish_appoint_response, data,
change_nodes, items, heroes, mails, req, timer)
return defer
def abandon_key_node(data, node, now, change_nodes):
"""主动丢弃己方关键点:键点从己方占有，变为敌方占有
1.如果有可见附属点，不能丢弃
2.如果node上在战斗或者有随机事件，不能丢弃
3.变更节点状态
a 如果是孤立节点，变为不可见
b 否则，生成新敌方节点
4.邻接的敌方关键点，如果是孤立节点，视野消失
"""
if not node.is_able_to_abandon(now):
logger.debug("node is not able to abandon[basic id=%d]" %
node.basic_id)
return False
#如果有附属点则不可丢弃
for basic_id in MapGraph().get_children(node.basic_id):
child_id = NodeInfo.generate_id(data.id, basic_id)
child = data.node_list.get(child_id)
if child.is_dependency_active():
logger.debug("child dependency node is active[basic id=%d]" %
child.basic_id)
return False
map = data.map.get()
user = data.user.get(True)
#清除节点
if not clear_key_node(data, node):
logger.debug("clear key node failed[basic id=%d]" % node.basic_id)
return False
#当关键点不是孤立的时候，是可见的，生成新的敌方关键点
#is_dungeon = False
#if not is_key_node_isolated(data, node):
# if not respawn_enemy_key_node(data, node, now, is_dungeon):
# return False
change_nodes.append(node)
new_items = []
new_mails = []
return _post_lost_key_node(data, map, node, now, now, change_nodes,
new_items, new_mails)
def _calc_clear_lucky_event(self, data, req, timer):
"""
"""
node_basic_id = req.node.basic_id
node_id = NodeInfo.generate_id(data.id, node_basic_id)
node = data.node_list.get(node_id)
change_nodes = []
new_items = []
new_mails = []
ret = Ret()
if not event_business.clear_lucky_event(
data, node, timer.now, change_nodes, new_items, new_mails,
ret):
if ret.get() == "NO_EVENT":
res = map_pb2.ClearLuckyEventRes()
res.status = 0
res.ret = map_pb2.ClearLuckyEventRes.NO_EVENT
pack.pack_node_info(data, node, res.node, timer.now)
return self._clear_lucky_event_succeed(data, req, res, timer)
else:
raise Exception("Clear lucky event failed")
#为新刷出的敌方节点匹配敌人
#不合法的敌人：自己，以及已经在地图上出现过的 PVP 敌人
invalid_rival = [data.id]
for node in data.node_list.get_all(True):
if node.is_rival_pvp() and node.is_enemy_complete():
rival_id = node.id
rival = data.rival_list.get(rival_id, True)
invalid_rival.append(rival.rival_id)
user = data.user.get(True)
matcher = RivalMatcher(user.level, invalid_rival)
for node in change_nodes:
if node.is_lack_enemy_detail():
matcher.add_condition(data, node)
defer = matcher.match(user.country)
defer.addCallback(self._pack_clear_lucky_event_response, data,
change_nodes, new_items, new_mails, req, timer)
return defer