初次修改

whyclj

2020-12-24 bbd0bca64a9694492efc432c4457078d926853ef

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package com.data; 
 
import java.util.Date; 
 
import com.base.ComBase; 
import com.modbus.data.MyModbusMaster; 
import com.modbus.data.MyModbusUtils; 
import com.serotonin.modbus4j.BatchRead; 
import com.serotonin.modbus4j.BatchResults; 
import com.serotonin.modbus4j.code.DataType; 
 
/** 
 *     ÕûÁ÷״̬ÐÅÏ¢ 
 */ 
public class Afe_Rectifier_State { 
     
    public int dev_id; 
    public Date record_time = new Date();            //¼Ç¼ʱ¼ä 
     
    public int rectifier_start;            //'ÕûÁ÷Æô¶¯', 
    public int rectifier_stop;            //'ÕûÁ÷Í£Ö¹', 
    public int inverter_start;            //'Äæ±äÆô¶¯', 
    public int inverter_stop;            //'Äæ±äÍ£Ö¹', 
    public int speed_torque_change;        //'ËÙ¶È/ת¾Øģʽ', 
    public int reset;                    //'¸´Î»', 
    public int rectifier_run;            //'ÕûÁ÷ÔËÐÐ', 
    public int inverter_run;            //'Äæ±äÔËÐÐ', 
    public int report_alm;                //'×ۺϱ¨¾¯', 
    public int report_fault;            //'×ۺϹÊÕÏ', 
     
    public BatchRead<Integer> createBatchRead(MyModbusMaster master) { 
        BatchRead<Integer> batch = new BatchRead<Integer>();         
        batch.addLocator(0,MyModbusUtils.createBaseLocator(0x85B6,DataType.TWO_BYTE_INT_UNSIGNED,master));        // 
        batch.addLocator(1,MyModbusUtils.createBaseLocator(0x85B7,DataType.TWO_BYTE_INT_UNSIGNED,master));        // 
        return batch; 
    } 
 
    public void putBatchResult(BatchResults<Integer> res) { 
        if(null != res) { 
            int state1 = MyModbusUtils.readIntergerToInt(res.getValue(0)); 
            int state2 = MyModbusUtils.readIntergerToInt(res.getValue(1)); 
            //System.out.println(state1+"==="+state2); 
             
            this.rectifier_start = (state1 & ComBase.my_power_2(0))>0?1:0; 
            this.rectifier_stop = (state1 & ComBase.my_power_2(1))>0?1:0; 
            this.inverter_start = (state1 & ComBase.my_power_2(2))>0?1:0; 
            this.inverter_stop = (state1 & ComBase.my_power_2(3))>0?1:0; 
            this.speed_torque_change = (state1 & ComBase.my_power_2(4))>0?1:0; 
            this.reset = (state1 & ComBase.my_power_2(5))>0?1:0; 
             
            this.rectifier_run = (state2 & ComBase.my_power_2(0))>0?1:0; 
            this.inverter_run = (state2 & ComBase.my_power_2(1))>0?1:0; 
            this.report_alm = (state2 & ComBase.my_power_2(2))>0?1:0; 
            this.report_fault = (state2 & ComBase.my_power_2(3))>0?1:0; 
            this.record_time = new Date(); 
        } 
    } 
     
    public Afe_Rectifier_State() { 
         
    } 
     
    public Afe_Rectifier_State(int dev_id) { 
        this.dev_id = dev_id; 
    } 
     
    public int getDev_id() { 
        return dev_id; 
    } 
    public void setDev_id(int dev_id) { 
        this.dev_id = dev_id; 
    } 
    public Date getRecord_time() { 
        return record_time; 
    } 
    public void setRecord_time(Date record_time) { 
        this.record_time = record_time; 
    } 
    public int getRectifier_start() { 
        return rectifier_start; 
    } 
    public void setRectifier_start(int rectifier_start) { 
        this.rectifier_start = rectifier_start; 
    } 
    public int getRectifier_stop() { 
        return rectifier_stop; 
    } 
    public void setRectifier_stop(int rectifier_stop) { 
        this.rectifier_stop = rectifier_stop; 
    } 
    public int getInverter_start() { 
        return inverter_start; 
    } 
    public void setInverter_start(int inverter_start) { 
        this.inverter_start = inverter_start; 
    } 
    public int getInverter_stop() { 
        return inverter_stop; 
    } 
    public void setInverter_stop(int inverter_stop) { 
        this.inverter_stop = inverter_stop; 
    } 
    public int getSpeed_torque_change() { 
        return speed_torque_change; 
    } 
    public void setSpeed_torque_change(int speed_torque_change) { 
        this.speed_torque_change = speed_torque_change; 
    } 
    public int getReset() { 
        return reset; 
    } 
    public void setReset(int reset) { 
        this.reset = reset; 
    } 
    public int getRectifier_run() { 
        return rectifier_run; 
    } 
    public void setRectifier_run(int rectifier_run) { 
        this.rectifier_run = rectifier_run; 
    } 
    public int getInverter_run() { 
        return inverter_run; 
    } 
    public void setInverter_run(int inverter_run) { 
        this.inverter_run = inverter_run; 
    } 
    public int getReport_alm() { 
        return report_alm; 
    } 
    public void setReport_alm(int report_alm) { 
        this.report_alm = report_alm; 
    } 
    public int getReport_fault() { 
        return report_fault; 
    } 
    public void setReport_fault(int report_fault) { 
        this.report_fault = report_fault; 
    } 
     
    @Override 
    public String toString() { 
        return "Afe_Rectifier_State [dev_id=" + dev_id + ", record_time=" + record_time + ", rectifier_start=" 
                + rectifier_start + ", rectifier_stop=" + rectifier_stop + ", inverter_start=" + inverter_start 
                + ", inverter_stop=" + inverter_stop + ", speed_torque_change=" + speed_torque_change + ", reset=" 
                + reset + ", rectifier_run=" + rectifier_run + ", inverter_run=" + inverter_run + ", report_alm=" 
                + report_alm + ", report_fault=" + report_fault + "]"; 
    } 
}