// Code generated by excel export. DO NOT EDIT.
package data

var MapAreaProvince = &mapAreaProvinceConfig{}

func init() {
	_allList = append(_allList, MapAreaProvince)
}

type (
	MapAreaProvinceRow struct {
		ID             int32 `json:"ID"`             // ID
		MapAreaStateID int32 `json:"MapAreaStateID"` // 州ID
		MapID          int32 `json:"MapID"`          // 地图ID
	}

	mapAreaProvinceConfig struct {
		baseConfig
		list      []*MapAreaProvinceRow         // all list
		idUniMaps map[int32]*MapAreaProvinceRow // key:id
	}
)

func (p *mapAreaProvinceConfig) Name() string {
	return "map_area_province"
}

func (p *mapAreaProvinceConfig) Init() {
	p.idUniMaps = map[int32]*MapAreaProvinceRow{}
}

func (p *mapAreaProvinceConfig) OnLoad(maps interface{}, reload bool) (int, error) {
	if reload && p.denyLoad {
		return 0, nil
	}

	var list []*MapAreaProvinceRow
	if err := DecodeData(maps, &list); err != nil {
		return 0, err
	}
	p.list = list

	idUniMaps := map[int32]*MapAreaProvinceRow{}
	for _, row := range list {
		idUniMaps[row.ID] = row
	}
	p.idUniMaps = idUniMaps

	return len(list), nil
}

// func (p *mapAreaProvinceConfig) OnAfterLoad(_ bool) {
// }

func (p *mapAreaProvinceConfig) List() []*MapAreaProvinceRow {
	return p.list
}
func (p *mapAreaProvinceConfig) GetByID(id int32) (*MapAreaProvinceRow, bool) {
	value, found := p.idUniMaps[id]
	return value, found
}

func (p *mapAreaProvinceConfig) ContainID(id int32) bool {
	_, found := p.idUniMaps[id]
	return found
}