kpt-pasture/model/event_pregnant_check.go

package model

import (
	"kpt-pasture/util"
	"time"

	pasturePb "gitee.com/xuyiping_admin/go_proto/proto/go/backend/cow"
)

type EventPregnantCheck struct {
	Id                  int64                              `json:"id"`
	CowId               int64                              `json:"cowId"`
	CowType             pasturePb.CowType_Kind             `json:"cowType"`
	PenId               int32                              `json:"penId"`
	PenName             string                             `json:"penName"`
	DayAge              int32                              `json:"dayAge"`
	Lact                int8                               `json:"lact"`
	MatingAge           int32                              `json:"matingAge"`
	PlanDay             int64                              `json:"planDay"`
	RealityDay          int64                              `json:"realityDay"`
	EndDay              int64                              `json:"endDay"`
	PregnantCheckName   string                             `json:"pregnantCheckName"`
	PregnantCheckResult pasturePb.PregnantCheckResult_Kind `json:"pregnantCheckResult"`
	PregnantCheckMethod pasturePb.PregnantCheckMethod_Kind `json:"pregnantCheckMethod"`
	BullId              string                             `json:"bullId"`
	Status              pasturePb.IsShow_Kind              `json:"status"`
	OperationId         int64                              `json:"operationId"`
	OperationName       string                             `json:"operationName"`
	Remarks             string                             `json:"remarks"`
	CreatedAt           int64                              `json:"createdAt"`
	UpdatedAt           int64                              `json:"updatedAt"`
}

func (e *EventPregnantCheck) TableName() string {
	return "event_pregnant_check"
}

func NewEventPregnantCheck(cow *Cow, penMap map[int32]*Pen, pregnantCheckName string) *EventPregnantCheck {
	return &EventPregnantCheck{
		CowId:             cow.Id,
		CowType:           cow.CowType,
		PenId:             cow.PenId,
		PenName:           penMap[cow.PenId].Name,
		DayAge:            cow.GetDayAge(),
		Lact:              int8(cow.Lact),
		PlanDay:           util.TimeParseLocalUnix(time.Now().Format(LayoutDate2)),
		EndDay:            util.TimeParseLocalEndUnix(time.Now().Format(LayoutDate2)),
		PregnantCheckName: pregnantCheckName,
		BullId:            cow.LastBullNumber,
		Status:            pasturePb.IsShow_No,
	}
}

func NewEventPregnantCheckList(cowList []*Cow, penMap map[int32]*Pen, pregnantCheckName string) []*EventPregnantCheck {
	res := make([]*EventPregnantCheck, len(cowList))
	for i, cow := range cowList {
		if cow.BreedStatus != pasturePb.BreedStatus_Breeding {
			continue
		}
		res[i] = NewEventPregnantCheck(cow, penMap, pregnantCheckName)
	}
	return res
}

type EventPregnantCheckSlice []*EventPregnantCheck

func (e EventPregnantCheckSlice) ToPB(
	pregnantCheckResultMap map[pasturePb.PregnantCheckResult_Kind]string,
	pregnantCheckMethodMap map[pasturePb.PregnantCheckMethod_Kind]string,
) []*pasturePb.SearchPregnantCheckList {
	result := make([]*pasturePb.SearchPregnantCheckList, len(e))
	for i, v := range e {
		result[i] = &pasturePb.SearchPregnantCheckList{
			Id:                      int32(v.Id),
			CowId:                   int32(v.CowId),
			DayAge:                  v.DayAge,
			Lact:                    int32(v.Lact),
			PregnantCheckAt:         int32(v.PlanDay),
			PregnantCheckResult:     v.PregnantCheckResult,
			PregnantCheckResultName: pregnantCheckResultMap[v.PregnantCheckResult],
			PregnantCheckMethod:     v.PregnantCheckMethod,
			PregnantCheckMethodName: pregnantCheckMethodMap[v.PregnantCheckMethod],
			Remarks:                 v.Remarks,
			OperationId:             int32(v.OperationId),
			OperationName:           v.OperationName,
			CreatedAt:               int32(v.CreatedAt),
			UpdatedAt:               int32(v.UpdatedAt),
		}
	}
	return result
}

func (e EventPregnantCheckSlice) ToPB3(
	pregnantCheckResultMap map[pasturePb.PregnantCheckResult_Kind]string,
	pregnantCheckMethodMap map[pasturePb.PregnantCheckMethod_Kind]string,
) []*pasturePb.PregnancyReportTable {
	res := make([]*pasturePb.PregnancyReportTable, len(e))
	for i, v := range e {
		pregnancyCheckName := ""
		if checkName, ok := PregnantCheckNameMap[v.PregnantCheckName]; ok {
			pregnancyCheckName = checkName
		}

		pregnantCheckMethodName := ""
		if checkMethodName, ok := pregnantCheckMethodMap[v.PregnantCheckMethod]; ok {
			pregnantCheckMethodName = checkMethodName
		}

		pregnantCheckResultName := ""
		if checkResultName, ok := pregnantCheckResultMap[v.PregnantCheckResult]; ok {
			pregnantCheckResultName = checkResultName
		}

		res[i] = &pasturePb.PregnancyReportTable{
			Id:                      int32(v.Id),
			CowId:                   int32(v.CowId),
			Lact:                    int32(v.Lact),
			PregnancyCheckName:      pregnancyCheckName,
			PregnancyCheckAtFormat:  time.Unix(v.RealityDay, 0).Format(LayoutDate2),
			MatingAge:               v.MatingAge,
			PregnantCheckMethod:     v.PregnantCheckMethod,
			PregnantCheckMethodName: pregnantCheckMethodName,
			PregnantCheckResult:     v.PregnantCheckResult,
			PregnantCheckResultName: pregnantCheckResultName,
			OperationName:           v.OperationName,
		}
	}
	return res
}