~whyclj/Demo_Central_ModBus_Tester.git

package com.dev.lubrication;
 
import java.io.Serializable;
import java.util.Date;
 
import com.intelligt.modbus.MyJlibModbus;
import com.intelligt.modbus.jlibmodbus.exception.IllegalDataAddressException;
import com.intelligt.modbus.jlibmodbus.exception.IllegalDataValueException;
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;
 
public class Water_comm implements Serializable{
    public int num;//,
    public int dev_id ;// 'Éè±¸id',
    public Date record_time;//'¼ÇÂ¼Ê±¼ä',
    public int water_state ;// 'Ë®Õ¾ÔËÐÐ',
    public int water_highTmp ;// 'Ë®Õ¾¸ßÓÍÎÂ±¨¾¯',
    public int water_lowLevel ;// 'Ë®Õ¾µÍÒºÎ»±¨¾¯',
    public int water_highLevel ;// 'Ë®Õ¾¸ßÒºÎ»±¨¾¯',
    public int water_eleMachine1 ;// 'Ë®Õ¾µç»ú1¹ÊÕÏ',
    public int water_eleMachine2 ;// 'Ë®Õ¾µç»ú2¹ÊÕÏ',
    public float water_returnTmp ;// 'Ë®Õ¾»ØË®ÎÂ¶È',
    public float water_outFlow ;// 'Àä¶³Ë®³ö¿ÚÁ÷Á¿',
    public float water_pre1 ;// 'Àä¶³Ë®Ñ¹Á¦1',
    public float water_pre2 ;// 'Àä¶³Ë®Ñ¹Á¦2',
    public float water_outpre1 ;// 'Ë®Õ¾³ö¿Ú1Ñ¹Á¦',
    public float water_outpre2 ;// 'Ë®Õ¾³ö¿Ú2Ñ¹Á¦',
    public float water_outpre3 ;// 'Ë®Õ¾³ö¿Ú3Ñ¹Á¦',
    public float water_outpre4 ;// 'Ë®Õ¾³ö¿Ú4Ñ¹Á¦',
    public float water_returnFlow ;// 'Àä¶³Ë®»ØË®Á÷Á¿',
    public float water_coolpre ;// 'Ë®Õ¾ÀäÈ´Ë®Ñ¹Á¦',
    public float water_coolTmp ;// 'Ë®Õ¾ÀäÈ´Ë®»ØË®ÎÂ¶È',
    public float water_outTmp ;// 'Ë®Õ¾³öË®ÎÂ¶È',
    public int compressor_state;//Ñ¹Ëõ»ú×´Ì¬
    public String note ;//'±¸ÓÃ',
    
    /**
     * ¶ÁÈ¡Êý¾Ý
     * @param mymodbus
     */
    public void readMutliData(MyJlibModbus mymodbus) {
        try {
            water_state = MyModbusUtils.readBooleanToInt(mymodbus.coils_ser.get(10001));// 'Ë®Õ¾ÔËÐÐ',
            water_highTmp = MyModbusUtils.readBooleanToInt(mymodbus.coils_ser.get(10002));// 'Ë®Õ¾¸ßË®ÎÂ±¨¾¯',
            water_lowLevel = MyModbusUtils.readBooleanToInt(mymodbus.coils_ser.get(10003));// 'Ë®Õ¾µÍÒºÎ»±¨¾¯',
            water_highLevel = MyModbusUtils.readBooleanToInt(mymodbus.coils_ser.get(10004));// 'Ë®Õ¾¸ßÒºÎ»±¨¾¯',
            water_eleMachine1 = MyModbusUtils.readBooleanToInt(mymodbus.coils_ser.get(10005));// 'Ë®Õ¾µç»ú1¹ÊÕÏ',
            water_eleMachine2 = MyModbusUtils.readBooleanToInt(mymodbus.coils_ser.get(10006));// 'Ë®Õ¾µç»ú1¹ÊÕÏ',
            compressor_state = MyModbusUtils.readBooleanToInt(mymodbus.coils_ser.get(10007));// 'Ñ¹Ëõ»ú×´Ì¬',
            
            water_returnTmp = mymodbus.holdings_ser.getFloat32At(40001);// 'Ë®Õ¾»ØË®ÎÂ¶È',
            water_outFlow = mymodbus.holdings_ser.getFloat32At(40004);// 'ÀäÈ´Ë®³ö¿ÚÁ÷Á¿',
            water_pre1 = mymodbus.holdings_ser.getFloat32At(40008);// 'ÀäÈ´Ë®Ñ¹Á¦1',
            water_pre2 = mymodbus.holdings_ser.getFloat32At(40012);// 'ÀäÈ´Ë®Ñ¹Á¦2',
            water_outpre1 = mymodbus.holdings_ser.getFloat32At(40016);// 'Ë®Õ¾³ö¿Ú1Ñ¹Á¦',
            water_outpre2 = mymodbus.holdings_ser.getFloat32At(40020);// 'Ë®Õ¾³ö¿Ú2Ñ¹Á¦',
            water_outpre3 = mymodbus.holdings_ser.getFloat32At(40024);// 'Ë®Õ¾³ö¿Ú3Ñ¹Á¦',
            water_outpre4 = mymodbus.holdings_ser.getFloat32At(40028);// 'Ë®Õ¾³ö¿Ú4Ñ¹Á¦',
            water_returnFlow = mymodbus.holdings_ser.getFloat32At(40032);// 'ÀäÈ´Ë®»ØË®Á÷Á¿',
            water_coolpre = mymodbus.holdings_ser.getFloat32At(40036);// 'Ë®Õ¾ÀäÈ´Ë®Ñ¹Á¦',
            water_coolTmp = mymodbus.holdings_ser.getFloat32At(40040);// 'Ë®Õ¾ÀäÈ´Ë®»ØË®ÎÂ¶È',
            water_outTmp = mymodbus.holdings_ser.getFloat32At(40044);// 'Ë®Õ¾³öË®ÎÂ¶È',
            
            
        } catch (IllegalDataAddressException e) {
            e.printStackTrace();
        }
    }
    
    /**
     *     Éú³ÉËæ»úÊý
     */
    public void randomData() {
        water_state = MyModbusUtils.CreateSwitchRanDom();// 'Ë®Õ¾ÔËÐÐ',
        water_highTmp = MyModbusUtils.CreateSwitchRanDom();// 'Ë®Õ¾¸ßÓÍÎÂ±¨¾¯',
        water_lowLevel = MyModbusUtils.CreateSwitchRanDom();// 'Ë®Õ¾µÍÒºÎ»±¨¾¯',
        water_highLevel = MyModbusUtils.CreateSwitchRanDom();// 'Ë®Õ¾¸ßÒºÎ»±¨¾¯',
        water_eleMachine1 = MyModbusUtils.CreateSwitchRanDom();// 'Ë®Õ¾µç»ú1¹ÊÕÏ',
        water_eleMachine2 = MyModbusUtils.CreateSwitchRanDom();// 'Ë®Õ¾µç»ú2¹ÊÕÏ',
        compressor_state = MyModbusUtils.CreateSwitchRanDom();//Ñ¹Ëõ»ú×´Ì¬
        
        water_returnTmp = MyModbusUtils.CreateFloatRanDom(0, 1000);// 'Ë®Õ¾»ØË®ÎÂ¶È',
        water_outFlow = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Àä¶³Ë®³ö¿ÚÁ÷Á¿',
        water_pre1 = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Àä¶³Ë®Ñ¹Á¦1',
        water_pre2 = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Àä¶³Ë®Ñ¹Á¦2',
        water_outpre1 = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Ë®Õ¾³ö¿Ú1Ñ¹Á¦',
        water_outpre2 = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Ë®Õ¾³ö¿Ú2Ñ¹Á¦',
        water_outpre3 = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Ë®Õ¾³ö¿Ú3Ñ¹Á¦',
        water_outpre4 = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Ë®Õ¾³ö¿Ú4Ñ¹Á¦',
        water_returnFlow = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Àä¶³Ë®»ØË®Á÷Á¿',
        water_coolpre = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Ë®Õ¾ÀäÈ´Ë®Ñ¹Á¦',
        water_coolTmp = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Ë®Õ¾ÀäÈ´Ë®»ØË®ÎÂ¶È',
        water_outTmp = MyModbusUtils.CreateFloatRanDom(0, 1000);;// 'Ë®Õ¾³öË®ÎÂ¶È',
        
    }
    
 
    public void writeMutliData(MyJlibModbus mymodbus) {
        try {
            mymodbus.coils_ser.set(10001, MyModbusUtils.changeIntToBoolean(water_state));
            mymodbus.coils_ser.set(10002, MyModbusUtils.changeIntToBoolean(water_highTmp));
            mymodbus.coils_ser.set(10003, MyModbusUtils.changeIntToBoolean(water_lowLevel));
            mymodbus.coils_ser.set(10004, MyModbusUtils.changeIntToBoolean(water_highLevel));
            mymodbus.coils_ser.set(10005, MyModbusUtils.changeIntToBoolean(water_eleMachine1));
            mymodbus.coils_ser.set(10006, MyModbusUtils.changeIntToBoolean(water_eleMachine2));
            mymodbus.coils_ser.set(10007, MyModbusUtils.changeIntToBoolean(compressor_state));
            
            mymodbus.holdings_ser.setFloat32At(40001, water_returnTmp);
            mymodbus.holdings_ser.setFloat32At(40004, water_outFlow);
            mymodbus.holdings_ser.setFloat32At(40008, water_pre1);
            mymodbus.holdings_ser.setFloat32At(40012, water_pre2);
            mymodbus.holdings_ser.setFloat32At(40016, water_outpre1);
            mymodbus.holdings_ser.setFloat32At(40020, water_outpre2);
            mymodbus.holdings_ser.setFloat32At(40024, water_outpre3);
            mymodbus.holdings_ser.setFloat32At(40028, water_outpre4);
            mymodbus.holdings_ser.setFloat32At(40032, water_returnFlow);
            mymodbus.holdings_ser.setFloat32At(40036, water_coolpre);
            mymodbus.holdings_ser.setFloat32At(40040, water_coolTmp);
            mymodbus.holdings_ser.setFloat32At(40044, water_outTmp);
            
            
        } catch (IllegalDataAddressException | IllegalDataValueException e) {
            e.printStackTrace();
        }
    }
    
    public Water_comm() {
        // TODO Auto-generated constructor stub
    }
    public Water_comm(int dev_id) {
        super();
        this.dev_id = dev_id;
    }
    public int getNum() {
        return num;
    }
    public void setNum(int num) {
        this.num = num;
    }
    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 getWater_state() {
        return water_state;
    }
    public void setWater_state(int water_state) {
        this.water_state = water_state;
    }
    public int getWater_highTmp() {
        return water_highTmp;
    }
    public void setWater_highTmp(int water_highTmp) {
        this.water_highTmp = water_highTmp;
    }
    public int getWater_lowLevel() {
        return water_lowLevel;
    }
    public void setWater_lowLevel(int water_lowLevel) {
        this.water_lowLevel = water_lowLevel;
    }
    public int getWater_highLevel() {
        return water_highLevel;
    }
    public void setWater_highLevel(int water_highLevel) {
        this.water_highLevel = water_highLevel;
    }
    public int getWater_eleMachine1() {
        return water_eleMachine1;
    }
    public void setWater_eleMachine1(int water_eleMachine1) {
        this.water_eleMachine1 = water_eleMachine1;
    }
    public int getWater_eleMachine2() {
        return water_eleMachine2;
    }
    public void setWater_eleMachine2(int water_eleMachine2) {
        this.water_eleMachine2 = water_eleMachine2;
    }
    public float getWater_returnTmp() {
        return water_returnTmp;
    }
    public void setWater_returnTmp(float water_returnTmp) {
        this.water_returnTmp = water_returnTmp;
    }
    public float getWater_outFlow() {
        return water_outFlow;
    }
    public void setWater_outFlow(float water_outFlow) {
        this.water_outFlow = water_outFlow;
    }
    public float getWater_pre1() {
        return water_pre1;
    }
    public void setWater_pre1(float water_pre1) {
        this.water_pre1 = water_pre1;
    }
    public float getWater_pre2() {
        return water_pre2;
    }
    public void setWater_pre2(float water_pre2) {
        this.water_pre2 = water_pre2;
    }
    public float getWater_outpre1() {
        return water_outpre1;
    }
    public void setWater_outpre1(float water_outpre1) {
        this.water_outpre1 = water_outpre1;
    }
    public float getWater_outpre2() {
        return water_outpre2;
    }
    public void setWater_outpre2(float water_outpre2) {
        this.water_outpre2 = water_outpre2;
    }
    public float getWater_outpre3() {
        return water_outpre3;
    }
    public void setWater_outpre3(float water_outpre3) {
        this.water_outpre3 = water_outpre3;
    }
    public float getWater_outpre4() {
        return water_outpre4;
    }
    public void setWater_outpre4(float water_outpre4) {
        this.water_outpre4 = water_outpre4;
    }
    public float getWater_returnFlow() {
        return water_returnFlow;
    }
    public void setWater_returnFlow(float water_returnFlow) {
        this.water_returnFlow = water_returnFlow;
    }
    public float getWater_coolpre() {
        return water_coolpre;
    }
    public void setWater_coolpre(float water_coolpre) {
        this.water_coolpre = water_coolpre;
    }
    public float getWater_coolTmp() {
        return water_coolTmp;
    }
    public void setWater_coolTmp(float water_coolTmp) {
        this.water_coolTmp = water_coolTmp;
    }
    public float getWater_outTmp() {
        return water_outTmp;
    }
    public void setWater_outTmp(float water_outTmp) {
        this.water_outTmp = water_outTmp;
    }
    
    public int getCompressor_state() {
        return compressor_state;
    }
    public void setCompressor_state(int compressor_state) {
        this.compressor_state = compressor_state;
    }
    public String getNote() {
        return note;
    }
    public void setNote(String note) {
        this.note = note;
    }
    
    
    @Override
    public String toString() {
        return "Water_comm [num=" + num + ", dev_id=" + dev_id + ", record_time=" + record_time + ", water_state="
                + water_state + ", water_highTmp=" + water_highTmp + ", water_lowLevel=" + water_lowLevel
                + ", water_highLevel=" + water_highLevel + ", water_eleMachine1=" + water_eleMachine1
                + ", water_eleMachine2=" + water_eleMachine2 + ", water_returnTmp=" + water_returnTmp
                + ", water_outFlow=" + water_outFlow + ", water_pre1=" + water_pre1 + ", water_pre2=" + water_pre2
                + ", water_outpre1=" + water_outpre1 + ", water_outpre2=" + water_outpre2 + ", water_outpre3="
                + water_outpre3 + ", water_outpre4=" + water_outpre4 + ", water_returnFlow=" + water_returnFlow
                + ", water_coolpre=" + water_coolpre + ", water_coolTmp=" + water_coolTmp + ", water_outTmp="
                + water_outTmp + ", compressor_state=" + compressor_state + ", note=" + note + "]";
    }
    public BatchRead<Integer> createBatchRead(MyModbusMaster master) {
        BatchRead<Integer> batch = new BatchRead<Integer>();        
        batch.addLocator(0,MyModbusUtils.createInputLocator(10001,master));        //Ë®Õ¾ÔËÐÐ
        batch.addLocator(1,MyModbusUtils.createInputLocator(10002,master));        //Ë®Õ¾¸ßÓÍÎÂ±¨¾¯
        batch.addLocator(2,MyModbusUtils.createInputLocator(10003,master));    //Ë®Õ¾µÍÒºÎ»±¨¾¯
        batch.addLocator(3,MyModbusUtils.createInputLocator(10004,master));        //Ë®Õ¾¸ßÒºÎ»±¨¾¯                
        batch.addLocator(4,MyModbusUtils.createInputLocator(10005,master));        //Ë®Õ¾µç»ú1¹ÊÕÏ                        
        batch.addLocator(5,MyModbusUtils.createInputLocator(10006,master));        //Ë®Õ¾µç»ú2¹ÊÕÏ    
        batch.addLocator(6,MyModbusUtils.createBaseLocator(40001,DataType.FOUR_BYTE_FLOAT,master));        //Ë®Õ¾»ØÓÍÎÂ¶È            
        batch.addLocator(7,MyModbusUtils.createBaseLocator(40004,DataType.FOUR_BYTE_FLOAT,master));    //Àä¶³Ë®³ö¿ÚÁ÷Á¿                    
        batch.addLocator(8,MyModbusUtils.createBaseLocator(40008,DataType.FOUR_BYTE_FLOAT,master));    //Àä¶³Ë®Ñ¹Á¦1                
        batch.addLocator(9,MyModbusUtils.createBaseLocator(40012,DataType.FOUR_BYTE_FLOAT,master));    //Àä¶³Ë®Ñ¹Á¦2                            
        batch.addLocator(10,MyModbusUtils.createBaseLocator(40016,DataType.FOUR_BYTE_FLOAT,master));        //Ë®Õ¾³ö¿Ú1Ñ¹Á¦
        batch.addLocator(11,MyModbusUtils.createBaseLocator(40020,DataType.FOUR_BYTE_FLOAT,master));        //Ë®Õ¾³ö¿Ú2Ñ¹Á¦
        batch.addLocator(12,MyModbusUtils.createBaseLocator(40024,DataType.FOUR_BYTE_FLOAT,master));    //Ë®Õ¾³ö¿Ú3Ñ¹Á¦
        batch.addLocator(13,MyModbusUtils.createBaseLocator(40028,DataType.FOUR_BYTE_FLOAT,master));        //Ë®Õ¾³ö¿Ú4Ñ¹Á¦                        
        batch.addLocator(14,MyModbusUtils.createBaseLocator(40032,DataType.FOUR_BYTE_FLOAT,master));        //Àä¶³Ë®»ØÓÍÁ÷Á¿                        
        batch.addLocator(15,MyModbusUtils.createBaseLocator(40036,DataType.FOUR_BYTE_FLOAT,master));        //Ë®Õ¾ÀäÈ´Ë®Ñ¹Á¦        
        batch.addLocator(16,MyModbusUtils.createBaseLocator(40040,DataType.FOUR_BYTE_FLOAT,master));        //Ë®Õ¾ÀäÈ´Ë®»ØË®ÎÂ¶È            
        batch.addLocator(17,MyModbusUtils.createBaseLocator(40044,DataType.FOUR_BYTE_FLOAT,master));        //Ë®Õ¾³öÓÍÎÂ¶È        
        batch.addLocator(18,MyModbusUtils.createInputLocator(10007,master));        //    Ñ¹Ëõ»ú×´Ì¬        
        
        return batch;
    }
    //¶ÁÈ¡Ë®Õ¾Í¨Ñ¶Êý¾Ý
    public void putBatchResult(BatchResults<Integer> res) {
        if(res!=null) {
            water_state = MyModbusUtils.readBooleanToInt(res.getValue(0));        //Ë®Õ¾ÔËÐÐ
            water_highTmp = MyModbusUtils.readBooleanToInt(res.getValue(1));        //Ë®Õ¾¸ßÓÍÎÂ±¨¾¯
            water_lowLevel = MyModbusUtils.readBooleanToInt(res.getValue(2));        //Ë®Õ¾µÍÒºÎ»±¨¾¯
            water_highLevel = MyModbusUtils.readBooleanToInt(res.getValue(3));        //Ë®Õ¾¸ßÒºÎ»±¨¾¯    
            water_eleMachine1 = MyModbusUtils.readBooleanToInt(res.getValue(4));        //Ë®Õ¾µç»ú1¹ÊÕÏ    
            water_eleMachine2 = MyModbusUtils.readBooleanToInt(res.getValue(5));        //Ë®Õ¾µç»ú2¹ÊÕÏ    
            
            water_returnTmp=res.getFloatValue(6);//Ë®Õ¾»ØÓÍÎÂ¶È
            water_outFlow=res.getFloatValue(7);//Àä¶³Ë®³ö¿ÚÁ÷Á¿
            water_pre1=res.getFloatValue(8);//Àä¶³Ë®Ñ¹Á¦1
            water_pre2=res.getFloatValue(9);//Àä¶³Ë®Ñ¹Á¦2
            water_outpre1=res.getFloatValue(10);//Ë®Õ¾³ö¿Ú1Ñ¹Á¦
            water_outpre2=res.getFloatValue(11);//Ë®Õ¾³ö¿Ú2Ñ¹Á¦
            water_outpre3=res.getFloatValue(12);//Ë®Õ¾³ö¿Ú3Ñ¹Á¦
            water_outpre4=res.getFloatValue(13);//Ë®Õ¾³ö¿Ú4Ñ¹Á¦
            water_returnFlow=res.getFloatValue(14);//Àä¶³Ë®»ØÓÍÁ÷Á¿
            water_coolpre=res.getFloatValue(15);//Ë®Õ¾ÀäÈ´Ë®Ñ¹Á¦
            water_coolTmp=res.getFloatValue(16);//Ë®Õ¾ÀäÈ´Ë®»ØË®ÎÂ¶È
            water_outTmp=res.getFloatValue(17);//Ë®Õ¾³öÓÍÎÂ¶È
            
            compressor_state = MyModbusUtils.readBooleanToInt(res.getValue(18));        //Ñ¹Ëõ»ú×´Ì¬        
        }
        
    }
    
    
 
}