gt-common/datacenter_client/types.go

package datacenter_client

type (
	// 公共部分

	ItemHistoryResp struct {
		ProjectId int     `json:"project_id"`
		ItemName  string  `json:"item_name"`
		Val       float64 `json:"val"`
		HTime     string  `json:"h_time"`
	}

	InstrumentCompareData struct {
		Max float64 `json:"max_val"`
		Min float64 `json:"min_val"`
	}

	WorkingPump struct {
		Id           int64   `json:"id"`
		ProjectId    int64   `json:"project_id"`
		DeviceCode   string  `json:"device_code"`
		FeedPressure float64 `json:"feed_pressure"`
		OutPressure  float64 `json:"out_pressure"`
		Duration     int64   `json:"duration"`
		Current      float64 `json:"current"`
		Frequency    float64 `json:"frequency"`
		Lift         float64 `json:"lift"`
		Efficiency   float64 `json:"efficiency"`
		RunStatus    int64   `json:"run_status"`
		FaultStatus  int64   `json:"fault_status"`
		CTime        string  `json:"c_time"`
	}

	WorkingChest struct {
		Id                  int64   `json:"id"`
		ProjectId           int64   `json:"project_id"`
		DeviceCode          string  `json:"device_code"`
		Switch              int64   `json:"switch"`
		Level               float64 `json:"level"`
		AgitatorStatus      int64   `json:"agitator_status"`
		AgitatorDuration    int64   `json:"agitator_duration"`
		AgitatorFaultStatus int64   `json:"agitator_fault_status"`
		CTime               string  `json:"c_time"`
	}

	WorkingRo struct {
		Id                  int64   `json:"id"`
		ProjectId           int64   `json:"project_id"`
		DeviceCode          string  `json:"device_code"`
		WaterTemperature    float64 `json:"water_temperature"`
		FeedFlow_1St        float64 `json:"feed_flow_1_st"`
		ConFlow_1St         float64 `json:"con_flow_1_st"`
		ProductFlow_1St     float64 `json:"product_flow_1_st"`
		FeedPressure_1St    float64 `json:"feed_pressure_1_st"`
		ConPressure_1St     float64 `json:"con_pressure_1_st"`
		ProductPressure_1St float64 `json:"product_pressure_1_st"`
		Tmp_1St             float64 `json:"tmp_1_st"`
		Flux_1St            float64 `json:"flux_1_st"`
		Permeability_1St    float64 `json:"permeability_1_st"`
		FeedFlow_2Nd        float64 `json:"feed_flow_2_nd"`
		ConFlow_2Nd         float64 `json:"con_flow_2_nd"`
		ProductFlow_2Nd     float64 `json:"product_flow_2_nd"`
		FeedPressure_2Nd    float64 `json:"feed_pressure_2_nd"`
		ConPressure_2Nd     float64 `json:"con_pressure_2_nd"`
		ProductPressure_2Nd float64 `json:"product_pressure_2_nd"`
		Tmp_2Nd             float64 `json:"tmp_2_nd"`
		Flux_2Nd            float64 `json:"flux_2_nd"`
		Permeability_2Nd    float64 `json:"permeability_2_nd"`
		FeedFlow_3Th        float64 `json:"feed_flow_3_th"`
		ConFlow_3Th         float64 `json:"con_flow_3_th"`
		ProductFlow_3Th     float64 `json:"product_flow_3_th"`
		FeedPressure_3Th    float64 `json:"feed_pressure_3_th"`
		ConPressure_3Th     float64 `json:"con_pressure_3_th"`
		ProductPressure_3Th float64 `json:"product_pressure_3_th"`
		Tmp_3Th             float64 `json:"tmp_3_th"`
		Flux_3Th            float64 `json:"flux_3_th"`
		Permeability_3Th    float64 `json:"permeability_3_th"`
		FeedWqTurbidity     float64 `json:"feed_wq_turbidity"`
		FeedWqPh            int64   `json:"feed_wq_ph"`
		ProductWqPh         int64   `json:"product_wq_ph"`
		FeedWqAl            float64 `json:"feed_wq_al"`
		ProductWqAl         float64 `json:"product_wq_al"`
		FeedWqFe            float64 `json:"feed_wq_fe"`
		ProductWqFe         float64 `json:"product_wq_fe"`
		FeedWqMn            float64 `json:"feed_wq_mn"`
		ProductWqMn         float64 `json:"product_wq_mn"`
		FeedWqSio2          float64 `json:"feed_wq_sio_2"`
		ProductWqSio2       float64 `json:"product_wq_sio_2"`
		FeedWqCod           float64 `json:"feed_wq_cod"`
		ProductWqCod        float64 `json:"product_wq_cod"`
		FeedWqP             float64 `json:"feed_wq_p"`
		ProductWqP          float64 `json:"product_wq_p"`
		Step                int64   `json:"step"`
		CTime               string  `json:"c_time"`
	}

	WorkingUf struct {
		Id               int64   `json:"id"`
		ProjectId        int64   `json:"project_id"`
		DeviceCode       string  `json:"device_code"`
		WaterTemperature float64 `json:"water_temperature"`
		FeedFlow         float64 `json:"feed_flow"`
		ConFlow          float64 `json:"con_flow"`
		ProductFlow      float64 `json:"product_flow"`
		FeedPressure     float64 `json:"feed_pressure"`
		ConPressure      float64 `json:"con_pressure"`
		ProductPressure  float64 `json:"product_pressure"`
		Tmp              float64 `json:"tmp"`
		Flux             float64 `json:"flux"`
		Permeability     float64 `json:"permeability"`
		FeedWqTurbidity  float64 `json:"feed_wq_turbidity"`
		FeedWqPh         int64   `json:"feed_wq_ph"`
		ProductWqPh      int64   `json:"product_wq_ph"`
		FeedWqAl         float64 `json:"feed_wq_al"`
		ProductWqAl      float64 `json:"product_wq_al"`
		FeedWqFe         float64 `json:"feed_wq_fe"`
		ProductWqFe      float64 `json:"product_wq_fe"`
		FeedWqMn         float64 `json:"feed_wq_mn"`
		ProductWqMn      float64 `json:"product_wq_mn"`
		FeedWqSio2       float64 `json:"feed_wq_sio_2"`
		ProductWqSio2    float64 `json:"product_wq_sio_2"`
		FeedWqCod        float64 `json:"feed_wq_cod"`
		ProductWqCod     float64 `json:"product_wq_cod"`
		FeedWqP          float64 `json:"feed_wq_p"`
		ProductWqP       float64 `json:"product_wq_p"`
		Step             int64   `json:"step"`
		FilterTime       float64 `json:"filter_time"`
		FilterCycle      int64   `json:"filter_cycle"`
		CTime            string  `json:"c_time"`
	}
)

type (
	// 请求参数部分

	FindWorkingUfByCycleReq struct {
		ProjectId       int64
		DeviceCode      string
		FilterCycle     int64
		Step            int64
		FilterTimeStart float64
		FilterTimeEnd   float64
		Limit           int64
	}

	DcWorkingReq struct {
		ProjectId  int64
		DeviceCode string
		Stime      string
		Etime      string
		Page       int64
		PageSize   int64
		Order      string
	}

	// 点位最大 and 最小值请求
	RangeMaxMinReq struct {
		ProjectId string
		ItemName  string
		Stime     string
		Etime     string
	}

	ItemHistoryReq struct {
		ProjectId string
		ItemName  string
		Stime     string
		Etime     string
	}

	// 点位数据写入结构
	ItemHistoryData struct {
		ProjectId int     `json:"project_id"`
		ItemName  string  `json:"item_name"`
		Val       float64 `json:"val"`
		HTime     string  `json:"h_time"`
	}

	// 点位数据写入请求
	MultiAddReq struct {
		List []ItemHistoryData `json:"list"`
	}
)

type (
	// 响应结构部分

	GetWorkingPumpByCodeResp struct {
		Code int    `json:"code"`
		Msg  string `json:"msg"`
		Data struct {
			List []WorkingPump `json:"list"`
		} `json:"data"`
	}

	GetWorkingChestByCodeResp struct {
		Code int    `json:"code"`
		Msg  string `json:"msg"`
		Data struct {
			List []WorkingChest `json:"list"`
		} `json:"data"`
	}

	GetWorkingRoByCodeResp struct {
		Code int    `json:"code"`
		Msg  string `json:"msg"`
		Data struct {
			List []WorkingRo `json:"list"`
		} `json:"data"`
	}

	FindWorkingUfByCycleResp struct {
		Code int    `json:"code"`
		Msg  string `json:"msg"`
		Data struct {
			List []WorkingUf `json:"list"`
		} `json:"data"`
	}

	GetWorkingUfByCodeResp struct {
		Code int    `json:"code"`
		Msg  string `json:"msg"`
		Data struct {
			List []WorkingUf `json:"list"`
		} `json:"data"`
	}

	RangeMaxMinResp struct {
		Code int                    `json:"code"`
		Msg  string                 `json:"msg"`
		Data *InstrumentCompareData `json:"data"`
	}

	ItemHistoryRespList struct {
		List []ItemHistoryResp
	}

	MultiAddBody struct {
		Code int    `json:"code"`
		Msg  string `json:"msg"`
	}

	ItemHistoryBody struct {
		Code int                 `json:"code"`
		Msg  string              `json:"msg"`
		Data ItemHistoryRespList `json:"data"`
	}
)

type (
	// DcAPI 在这里定义了数据中心接口, 具体实现在版本目录中(目前只有v1)

	DcAPI interface {
		// GetItemHistory 查询历史点位数据
		GetItemHistory(req ItemHistoryReq) (resp []ItemHistoryResp, err error)
		// MultiAddData 点位数据写入
		MultiAddData(req MultiAddReq) (err error)
		// ObtainRangeMaxMin 查询最大最小值
		ObtainRangeMaxMin(req *RangeMaxMinReq) (resp *InstrumentCompareData, err error)

		// GetWorkingUfByCode 获得uf工况数据
		GetWorkingUfByCode(DcWorkingReq) (*GetWorkingUfByCodeResp, error)
		// FindWorkingUfByCycle 查询uf工况数据, 按周期进行过滤
		FindWorkingUfByCycle(FindWorkingUfByCycleReq) (*FindWorkingUfByCycleResp, error)
		// GetWorkingRoByCode 查询ro工况数据
		GetWorkingRoByCode(DcWorkingReq) (*GetWorkingRoByCodeResp, error)
		// GetWorkingChestByCode 查询液体容器类工况数据
		GetWorkingChestByCode(DcWorkingReq) (*GetWorkingChestByCodeResp, error)
		// GetWorkingPumpByCode 查询泵类工况数据
		GetWorkingPumpByCode(DcWorkingReq) (*GetWorkingPumpByCodeResp, error)
	}
)