package person import ( "sync" ) type ItemMutex struct { sync.Map } func NewItemMutex() *ItemMutex { return &ItemMutex{} } func (m *ItemMutex) AddItem(item *Item) { m.Store(item.ID, item) // storage.Repo.SaveItem(item) } func (m *ItemMutex) DeleteItem(id string) { m.Delete(id) // storage.Repo.DeleteItem(id) } func (m *ItemMutex) GetItem(id string) *Item { item, ok := m.Load(id) if !ok { return nil } return item.(*Item) } func (m *ItemMutex) RangeItems(f func(key string, value *Item) bool) { m.Range(func(key, value interface{}) bool { return f(key.(string), value.(*Item)) }) } func (m *ItemMutex) Count() int { count := 0 m.Range(func(key, value interface{}) bool { count++ return true }) return count } type GiftMutex struct { sync.Map } func NewGiftMutex() *GiftMutex { return &GiftMutex{} } func (m *GiftMutex) AddGift(gift *Gift) { m.Store(gift.ID, gift) // storage.Repo.SaveGift(gift) } func (m *GiftMutex) DeleteGift(id string) { m.Delete(id) // storage.Repo.DeleteGift(id) } func (m *GiftMutex) GetGift(id string) *Gift { gift, ok := m.Load(id) if !ok { return nil } return gift.(*Gift) } func (m *GiftMutex) RangeGifts(f func(key string, value *Gift) bool) { m.Range(func(key, value interface{}) bool { return f(key.(string), value.(*Gift)) }) } func (m *GiftMutex) Count() int { count := 0 m.Range(func(key, value interface{}) bool { count++ return true }) return count } type QuestMutex struct { sync.Map } func NewQuestMutex() *QuestMutex { return &QuestMutex{} } func (m *QuestMutex) AddQuest(quest *Quest) { m.Store(quest.ID, quest) // storage.Repo.SaveQuest(quest) } func (m *QuestMutex) DeleteQuest(id string) { m.Delete(id) // storage.Repo.DeleteQuest(id) } func (m *QuestMutex) GetQuest(id string) *Quest { quest, ok := m.Load(id) if !ok { return nil } return quest.(*Quest) } func (m *QuestMutex) RangeQuests(f func(key string, value *Quest) bool) { m.Range(func(key, value interface{}) bool { return f(key.(string), value.(*Quest)) }) } func (m *QuestMutex) Count() int { count := 0 m.Range(func(key, value interface{}) bool { count++ return true }) return count }