package com.dev.bybb;
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import java.nio.ByteBuffer;
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import java.nio.ByteOrder;
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import java.util.ArrayList;
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public class BYBB_Data {
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private final int BYTE_ETH_DATA_LEN = 66*4 + 2;
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private final int BYTE_ETH_STAT_LEN = 56;
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int DC_AnDian_Vol_1;
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int DC_AnDian_Curr_1;
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int DC_AnDian_Vol_2;
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int DC_AnDian_Curr_2;
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int Batt_GroupVol_1;
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int Batt_GroupCurr_1;
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int Batt_GroupVol_2;
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int Batt_GroupCurr_2;
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int QiFa_Vol_1;
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int QiFa_Curr_1;
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int QiFa_Vol_2;
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int QiFa_Curr_2;
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int DianJi_Speed;
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int DianJi_Power;
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int NiBian_Power1_VolAB;
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int NiBian_Power1_VolBC;
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int NiBian_Power1_VolCA;
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int NiBian_Power1_Power;
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int NiBian_Power2_VolAB;
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int NiBian_Power2_VolBC;
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int NiBian_Power2_VolCA;
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int NiBian_Power2_Power;
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int NiBian_Power3_VolAB;
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int NiBian_Power3_VolBC;
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int NiBian_Power3_VolCA;
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int NiBian_Power3_Power;
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int NiBian_Power4_VolAB;
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int NiBian_Power4_VolBC;
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int NiBian_Power4_VolCA;
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int NiBian_Power4_Power;
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int AC_AnDian_VolAB;
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int AC_AnDian_VolBC;
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int AC_AnDian_VolCA;
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int AC_AnDian_Power;
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int DC_230V_Fault;
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int DC_25V_Fault;
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int MonitSys_Fault;
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int QD103_Curr;
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int QD105_Curr;
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int QD203_Curr;
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int QD205_Curr;
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int QD206_Curr;
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int QD302_Curr;
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int QD304_Curr;
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int QD305_Curr;
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int QD306_Curr;
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int QD307_Curr;
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int QD308_Curr;
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int QD402_Curr;
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int QD404_Curr;
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int QD405_Curr;
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int QD407_Curr;
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int QD408_Curr;
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int QA101_A_Curr;
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int QA105_A_Curr;
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int QA201_A_Curr;
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int QA205_A_Curr;
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int QA206_A_Curr;
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int QA301_A_Curr;
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int QA302_A_Curr;
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int QA305_A_Curr;
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int QA306_A_Curr;
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int QA401_A_Curr;
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int QA402_A_Curr;
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int QA403_A_Curr;
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int QA405_A_Curr;
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int crc;
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private void genRandomData() {
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DC_AnDian_Vol_1 = (int) (900 + Math.random()*100);
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DC_AnDian_Curr_1 = (int) (200 + Math.random()*10);
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DC_AnDian_Vol_2 = (int) (910 + Math.random()*100);
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DC_AnDian_Curr_2 = (int) (100 + Math.random()*10);
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Batt_GroupVol_1 = (int) (900 + Math.random()*100);
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Batt_GroupCurr_1 = (int) (-100/* + Math.random()*10*/);
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Batt_GroupVol_2 = (int) (910 + Math.random()*100);
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Batt_GroupCurr_2 = (int) (-200/* + Math.random()*10*/);
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QiFa_Vol_1 = (int) (900 + Math.random()*100);
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QiFa_Curr_1 = (int) (300 + Math.random()*50);
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QiFa_Vol_2 = (int) (910 + Math.random()*100);
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QiFa_Curr_2 = (int) (300 + Math.random()*50);
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DianJi_Speed = (int) (100 + Math.random()*50);
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DianJi_Power = (int) (10 + Math.random()*10);
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NiBian_Power1_VolAB = (int) (380 + Math.random()*10);
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NiBian_Power1_VolBC = (int) (380 + Math.random()*10);
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NiBian_Power1_VolCA = (int) (380 + Math.random()*10);
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NiBian_Power1_Power = (int) (650 + Math.random()*100);
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NiBian_Power2_VolAB = (int) (380 + Math.random()*10);
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NiBian_Power2_VolBC = (int) (380 + Math.random()*10);
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NiBian_Power2_VolCA = (int) (380 + Math.random()*10);
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NiBian_Power2_Power = (int) (600 + Math.random()*100);
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NiBian_Power3_VolAB = (int) (380 + Math.random()*10);
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NiBian_Power3_VolBC = (int) (380 + Math.random()*10);
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NiBian_Power3_VolCA = (int) (380 + Math.random()*10);
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NiBian_Power3_Power = (int) (500 + Math.random()*100);
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NiBian_Power4_VolAB = (int) (380 + Math.random()*10);
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NiBian_Power4_VolBC = (int) (380 + Math.random()*10);
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NiBian_Power4_VolCA = (int) (380 + Math.random()*10);
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NiBian_Power4_Power = (int) (400 + Math.random()*100);
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AC_AnDian_VolAB = (int) (380 + Math.random()*10);
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AC_AnDian_VolBC = (int) (380 + Math.random()*10);
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AC_AnDian_VolCA = (int) (380 + Math.random()*10);
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AC_AnDian_Power = (int) (2000 + Math.random()*100);
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DC_230V_Fault = (int) (Math.random() + 0.5);
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DC_25V_Fault = (int) (Math.random() + 0.5);
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MonitSys_Fault = (int) (Math.random() + 0.5);
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QD103_Curr = (int) (100 + Math.random()*50);
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QD105_Curr = (int) (100 + Math.random()*50);
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QD203_Curr = (int) (100 + Math.random()*50);
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QD205_Curr = (int) (100 + Math.random()*50);
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QD206_Curr = (int) (100 + Math.random()*50);
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QD302_Curr = (int) (100 + Math.random()*50);
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QD304_Curr = (int) (100 + Math.random()*50);
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QD305_Curr = (int) (100 + Math.random()*50);
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QD306_Curr = (int) (100 + Math.random()*50);
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QD307_Curr = (int) (100 + Math.random()*50);
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QD308_Curr = (int) (100 + Math.random()*50);
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QD402_Curr = (int) (100 + Math.random()*50);
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QD404_Curr = (int) (100 + Math.random()*50);
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QD405_Curr = (int) (100 + Math.random()*50);
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QD407_Curr = (int) (100 + Math.random()*50);
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QD408_Curr = (int) (100 + Math.random()*50);
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QA101_A_Curr = (int) (100 + Math.random()*50);
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QA105_A_Curr = (int) (100 + Math.random()*50);
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QA201_A_Curr = (int) (100 + Math.random()*50);
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QA205_A_Curr = (int) (100 + Math.random()*50);
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QA206_A_Curr = (int) (100 + Math.random()*50);
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QA301_A_Curr = (int) (100 + Math.random()*50);
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QA302_A_Curr = (int) (100 + Math.random()*50);
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QA305_A_Curr = (int) (100 + Math.random()*50);
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QA306_A_Curr = (int) (100 + Math.random()*50);
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QA401_A_Curr = (int) (100 + Math.random()*50);
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QA402_A_Curr = (int) (100 + Math.random()*50);
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QA403_A_Curr = (int) (100 + Math.random()*50);
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QA405_A_Curr = (int) (100 + Math.random()*50);
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}
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public ArrayList<byte[]> makeEthData(short dev_id) {
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genRandomData();
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ByteBuffer bf = ByteBuffer.allocate(500);
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bf.order(ByteOrder.BIG_ENDIAN);
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bf.putShort( dev_id );
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bf.putShort( (short) 0x0D0E );
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bf.putShort( (short) (BYTE_ETH_DATA_LEN / 2) );
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bf.putFloat((float)DC_AnDian_Vol_1 );
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bf.putFloat((float)DC_AnDian_Curr_1 );
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bf.putFloat((float)DC_AnDian_Vol_2 );
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bf.putFloat((float)DC_AnDian_Curr_2 );
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bf.putFloat((float)Batt_GroupVol_1 );
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bf.putFloat((float)Batt_GroupCurr_1 );
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bf.putFloat((float)Batt_GroupVol_2 );
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bf.putFloat((float)Batt_GroupCurr_2 );
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bf.putFloat((float)QiFa_Vol_1 );
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bf.putFloat((float)QiFa_Curr_1 );
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bf.putFloat((float)QiFa_Vol_2 );
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bf.putFloat((float)QiFa_Curr_2 );
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bf.putFloat((float)DianJi_Speed );
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bf.putFloat((float)DianJi_Power );
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bf.putFloat((float)NiBian_Power1_VolAB );
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bf.putFloat((float)NiBian_Power1_VolBC );
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bf.putFloat((float)NiBian_Power1_VolCA );
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bf.putFloat((float)NiBian_Power1_Power );
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bf.putFloat((float)NiBian_Power2_VolAB );
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bf.putFloat((float)NiBian_Power2_VolBC );
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bf.putFloat((float)NiBian_Power2_VolCA );
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bf.putFloat((float)NiBian_Power2_Power );
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bf.putFloat((float)NiBian_Power3_VolAB );
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bf.putFloat((float)NiBian_Power3_VolBC );
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bf.putFloat((float)NiBian_Power3_VolCA );
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bf.putFloat((float)NiBian_Power3_Power );
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bf.putFloat((float)NiBian_Power4_VolAB );
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bf.putFloat((float)NiBian_Power4_VolBC );
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bf.putFloat((float)NiBian_Power4_VolCA );
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bf.putFloat((float)NiBian_Power4_Power );
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bf.putFloat((float)AC_AnDian_VolAB );
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bf.putFloat((float)AC_AnDian_VolBC );
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bf.putFloat((float)AC_AnDian_VolCA );
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bf.putFloat((float)AC_AnDian_Power );
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bf.putInt( DC_230V_Fault );
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bf.putInt( DC_25V_Fault );
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bf.putInt( MonitSys_Fault );
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bf.putFloat((float)QD103_Curr );
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bf.putFloat((float)QD105_Curr );
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bf.putFloat((float)QD203_Curr );
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bf.putFloat((float)QD205_Curr );
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bf.putFloat((float)QD206_Curr );
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bf.putInt( QD302_Curr );
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bf.putInt( QD304_Curr );
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bf.putInt( QD305_Curr );
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bf.putInt( QD306_Curr );
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bf.putInt( QD307_Curr );
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bf.putInt( QD308_Curr );
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bf.putInt( QD402_Curr );
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bf.putInt( QD404_Curr );
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bf.putInt( QD405_Curr );
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bf.putInt( QD407_Curr );
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bf.putInt( QD408_Curr );
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bf.putInt( QA101_A_Curr );
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bf.putInt( QA105_A_Curr );
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bf.putInt( QA201_A_Curr );
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bf.putInt( QA205_A_Curr );
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bf.putInt( QA206_A_Curr );
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bf.putInt( QA301_A_Curr );
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bf.putInt( QA302_A_Curr );
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bf.putInt( QA305_A_Curr );
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bf.putInt( QA306_A_Curr );
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bf.putInt( QA401_A_Curr );
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bf.putInt( QA402_A_Curr );
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bf.putInt( QA403_A_Curr );
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bf.putInt( QA405_A_Curr );
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/*
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bf.putInt( DC_AnDian_Vol_1 );
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bf.putInt( DC_AnDian_Curr_1 );
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bf.putInt( DC_AnDian_Vol_2 );
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bf.putInt( DC_AnDian_Curr_2 );
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bf.putInt( Batt_GroupVol_1 );
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bf.putInt( Batt_GroupCurr_1 );
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bf.putInt( Batt_GroupVol_2 );
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bf.putInt( Batt_GroupCurr_2 );
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bf.putInt( QiFa_Vol_1 );
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bf.putInt( QiFa_Curr_1 );
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bf.putInt( QiFa_Vol_2 );
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bf.putInt( QiFa_Curr_2 );
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bf.putInt( DianJi_Speed );
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bf.putInt( DianJi_Power );
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bf.putInt( NiBian_Power1_VolAB );
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bf.putInt( NiBian_Power1_VolBC );
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bf.putInt( NiBian_Power1_VolCA );
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bf.putInt( NiBian_Power1_Power );
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bf.putInt( NiBian_Power2_VolAB );
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bf.putInt( NiBian_Power2_VolBC );
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bf.putInt( NiBian_Power2_VolCA );
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bf.putInt( NiBian_Power2_Power );
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bf.putInt( NiBian_Power3_VolAB );
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bf.putInt( NiBian_Power3_VolBC );
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bf.putInt( NiBian_Power3_VolCA );
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bf.putInt( NiBian_Power3_Power );
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bf.putInt( NiBian_Power4_VolAB );
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bf.putInt( NiBian_Power4_VolBC );
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bf.putInt( NiBian_Power4_VolCA );
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bf.putInt( NiBian_Power4_Power );
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bf.putInt( AC_AnDian_VolAB );
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bf.putInt( AC_AnDian_VolBC );
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bf.putInt( AC_AnDian_VolCA );
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bf.putInt( AC_AnDian_Power );
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bf.putInt( DC_230V_Fault );
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bf.putInt( DC_25V_Fault );
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bf.putInt( MonitSys_Fault );
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bf.putInt( QD103_Curr );
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bf.putInt( QD105_Curr );
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bf.putInt( QD203_Curr );
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bf.putInt( QD205_Curr );
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bf.putInt( QD206_Curr );
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bf.putInt( QD302_Curr );
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bf.putInt( QD304_Curr );
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bf.putInt( QD305_Curr );
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bf.putInt( QD306_Curr );
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bf.putInt( QD307_Curr );
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bf.putInt( QD308_Curr );
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bf.putInt( QD402_Curr );
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bf.putInt( QD404_Curr );
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bf.putInt( QD405_Curr );
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bf.putInt( QD407_Curr );
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bf.putInt( QD408_Curr );
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bf.putInt( QA101_A_Curr );
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bf.putInt( QA105_A_Curr );
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bf.putInt( QA201_A_Curr );
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bf.putInt( QA205_A_Curr );
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bf.putInt( QA206_A_Curr );
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bf.putInt( QA301_A_Curr );
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bf.putInt( QA302_A_Curr );
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bf.putInt( QA305_A_Curr );
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bf.putInt( QA306_A_Curr );
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bf.putInt( QA401_A_Curr );
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bf.putInt( QA402_A_Curr );
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bf.putInt( QA403_A_Curr );
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bf.putInt( QA405_A_Curr );
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*/
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//bf.putInt( crc );
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bf.flip();
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ArrayList<byte[]> ret_dat = new ArrayList<byte[]>();
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byte[] bb = new byte[bf.limit()];
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bf.get(bb);
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ret_dat.add(bb);
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return ret_dat;
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}
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public ArrayList<byte[]> makeEthStatData(short dev_id) {
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ByteBuffer bf = ByteBuffer.allocate(500);
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bf.order(ByteOrder.BIG_ENDIAN);
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bf.putShort( dev_id );
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bf.putShort( (short) 0x0D0E );
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bf.putShort( (short) (BYTE_ETH_STAT_LEN / 2) );
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for(int n=6; n<BYTE_ETH_STAT_LEN; n++) {
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bf.put( (byte)(Math.random()*1000) );
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}
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bf.flip();
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ArrayList<byte[]> ret_dat = new ArrayList<byte[]>();
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byte[] bb = new byte[bf.limit()];
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bf.get(bb);
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ret_dat.add(bb);
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return ret_dat;
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}
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static private byte[] genCanFrame(byte[] can_id, int val1, int val2, int val3, int val4, int dat_cnt) {
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ByteBuffer bf = ByteBuffer.allocate(100);
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bf.order(ByteOrder.LITTLE_ENDIAN);
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byte[] dat = new byte[13];
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bf.clear();
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bf.put((byte) ((byte)0x80 + (byte)(dat_cnt*2)));
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bf.put(can_id);
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bf.putShort( (short) val1 );
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bf.putShort( (short) val2 );
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bf.putShort( (short) val3 );
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bf.putShort( (short) val4 );
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bf.flip();
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bf.get(dat);
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return dat;
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}
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ArrayList<byte[]> makeCanData() {
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ArrayList<byte[]> al_bytes = new ArrayList<byte[]>();
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genRandomData();
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byte[] can_id = new byte[4];
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can_id[0] = (byte) 0x1E;
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can_id[1] = (byte) 0x86;
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can_id[2] = (byte) 0x68;
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can_id[3] = (byte) 0x00;
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al_bytes.add(genCanFrame(can_id, DC_AnDian_Vol_1, DC_AnDian_Curr_1, DC_AnDian_Vol_2, DC_AnDian_Curr_2, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, Batt_GroupVol_1, Batt_GroupCurr_1, Batt_GroupVol_2, Batt_GroupCurr_2, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, QiFa_Vol_1, QiFa_Curr_1, QiFa_Vol_2, QiFa_Curr_2, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, DianJi_Speed, DianJi_Power, 0, 0, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, NiBian_Power1_VolAB, NiBian_Power1_VolBC,
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NiBian_Power1_VolCA, NiBian_Power1_Power, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, NiBian_Power2_VolAB, NiBian_Power2_VolBC,
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NiBian_Power2_VolCA, NiBian_Power2_Power, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, NiBian_Power3_VolAB, NiBian_Power3_VolBC,
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NiBian_Power3_VolCA, NiBian_Power3_Power, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, NiBian_Power4_VolAB, NiBian_Power4_VolBC,
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NiBian_Power4_VolCA, NiBian_Power4_Power, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, AC_AnDian_VolAB, AC_AnDian_VolBC,
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AC_AnDian_VolCA, AC_AnDian_Power, 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, DC_230V_Fault, DC_25V_Fault,
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MonitSys_Fault, 0, 3));
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return al_bytes;
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}
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ArrayList<byte[]> makeCanStatData(){
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ArrayList<byte[]> al_bytes = new ArrayList<byte[]>();
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byte[] can_id = new byte[4];
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can_id[0] = (byte) 0x1E;
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can_id[1] = (byte) 0x86;
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can_id[2] = (byte) 0x68;
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can_id[3] = (byte) 0x00;
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al_bytes.add(genCanFrame(can_id, (short)(Math.random()*100000), (short)(Math.random()*100000),
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(short)(Math.random()*100000), (short)(Math.random()*100000), 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, (short)(Math.random()*100000), (short)(Math.random()*100000),
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(short)(Math.random()*100000), (short)(Math.random()*100000), 4));
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can_id[3] += 1;
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al_bytes.add(genCanFrame(can_id, (short)(Math.random()*100000), (short)(Math.random()*100000),
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(short)(Math.random()*100000), (short)(Math.random()*100000), 4));
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return al_bytes;
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}
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static public ArrayList<byte[]> iniCanFrameData(byte[] can_id, int frame_cnt) {
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ArrayList<byte[]> al_bytes = new ArrayList<byte[]>();
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for(int n=0; n<frame_cnt; n++) {
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al_bytes.add(genCanFrame(can_id, (short)(0), (short)(0), (short)(0), (short)(0), 4));
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can_id[3] += 1;
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}
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return al_bytes;
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}
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}
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