package model

import (
	"SciencesServer/app/common/model"
	"SciencesServer/serve/orm"
	"fmt"
)

type SysPatent struct {
	*model.SysPatent
}

// Distribution 分布信息
func (m *SysPatent) Distribution() ([]*DataAreaDistributionInfo, error) {
	out := make([]*DataAreaDistributionInfo, 0)

	err := orm.GetDB().Table(m.TableName()+" AS p").
		Select("e.province", "e.city", "GROUP_CONCAT(p_c.industry_detail SEPARATOR '&') AS industry").
		Joins(fmt.Sprintf("RIGHT JOIN %s AS p_c ON p.ipc_code = p_c.ipc AND p_c.is_deleted = %d",
			model.NewSysPatentClassify().TableName(), model.DeleteStatusForNot)).
		Joins(fmt.Sprintf("RIGHT JOIN %s AS u_p ON p.id = u_p.patent_id AND u_p.is_deleted = %d",
			model.NewUserPatent().TableName(), model.DeleteStatusForNot)).
		Joins(fmt.Sprintf("LEFT JOIN %s AS u_e ON u_p.uid = u_e.uid", model.NewUserExpert().TableName())).
		Joins(fmt.Sprintf("LEFT JOIN %s AS e ON u_e.expert_id = e.id", model.NewManageExpert().TableName())).
		Where("p.is_deleted = ?", model.DeleteStatusForNot).
		Where("p.shelf_status = ?", model.ShelfStatusForUp).
		Group("e.province").Group("e.city").
		Order("e.province " + model.OrderModeToAsc).Order("e.city " + model.OrderModeToAsc).Scan(&out).Error
	return out, err
}

func NewSysPatent() *SysPatent {
	return &SysPatent{model.NewSysPatent()}
}