mirror of
https://codeup.aliyun.com/67c68d4e484ca2f0a13ac3c1/ydc/jsowell-charger-web.git
synced 2026-04-20 11:05:18 +08:00
新增 0x17、0x23报文解析
This commit is contained in:
Lemon
@@ -2,11 +2,15 @@ package com.jsowell.netty.handler.yunkuaichong;
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import com.jsowell.common.core.domain.ykc.YKCDataProtocol;
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import com.jsowell.common.core.domain.ykc.YKCFrameTypeCode;
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import com.jsowell.common.core.redis.RedisCache;
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import com.jsowell.common.util.BytesUtil;
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import com.jsowell.common.util.YKCUtils;
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import com.jsowell.netty.factory.YKCOperateFactory;
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import com.jsowell.common.core.domain.ykc.BMSDemandAndChargerOutputData;
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import com.jsowell.pile.service.PileBasicInfoService;
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import io.netty.channel.ChannelHandlerContext;
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import lombok.extern.slf4j.Slf4j;
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import org.springframework.beans.factory.annotation.Autowired;
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import org.springframework.stereotype.Component;
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/**
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@@ -19,6 +23,13 @@ import org.springframework.stereotype.Component;
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@Slf4j
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@Component
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public class BMSDemandAndChargerOutputHandler extends AbstractYkcHandler {
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@Autowired
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private RedisCache redisCache;
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@Autowired
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private PileBasicInfoService pileBasicInfoService;
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private final String type = YKCUtils.frameType2Str(YKCFrameTypeCode.CHARGING_PROCESS_BMS_DEMAND_AND_CHARGER_OUTPUT_CODE.getBytes());
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@Override
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@@ -26,6 +37,94 @@ public class BMSDemandAndChargerOutputHandler extends AbstractYkcHandler {
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YKCOperateFactory.register(type, this);
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}
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public static void main(String[] args) {
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String msg = "8823000000259602241208235501743088230000002596023c10ed1202d70d40037201175500e10de3120000";
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// 获取消息体
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byte[] msgBody = BytesUtil.str2Bcd(msg);
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int startIndex = 0;
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int length = 16;
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// 交易流水号
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byte[] serialNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String transactionCode = BytesUtil.bcd2Str(serialNumByteArr);
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// 桩编码
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startIndex += length;
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length = 7;
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byte[] pileSnByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String pileSn = BytesUtil.bcd2Str(pileSnByteArr);
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// 枪号
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startIndex += length;
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length = 1;
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byte[] pileConnectorNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String connectorCode = BytesUtil.bcd2Str(pileConnectorNumByteArr);
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// BMS 电压需求 0.1 V/位， 0 V 偏移量
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startIndex += length;
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length = 2;
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byte[] bmsVoltageDemandByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsVoltageDemand = String.valueOf(BytesUtil.bytesToIntLittle(bmsVoltageDemandByteArr) * 0.1);
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// BMS 电流需求 0.1 A/位， -400 A 偏移量
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startIndex += length;
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byte[] bmsCurrentDemandByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsCurrentDemand = String.valueOf(BytesUtil.bytesToIntLittle(bmsCurrentDemandByteArr) * 0.1 - 400);
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// BMS 充电模式 0x01：恒压充电； 0x02：恒流充电
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startIndex += length;
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length = 1;
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byte[] bmsChargingModelByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsChargingModel = BytesUtil.bcd2Str(bmsChargingModelByteArr);
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// BMS 充电电压测量值 0.1 V/位， 0 V 偏移量
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startIndex += length;
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length = 2;
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byte[] bmsChargingVoltageByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsChargingVoltage = String.valueOf(BytesUtil.bytesToIntLittle(bmsChargingVoltageByteArr) * 0.1);
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// BMS 充电电流测量值 0.1 A/位， -400 A 偏移量
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startIndex += length;
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byte[] bmsChargingCurrentByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsChargingCurrent = String.valueOf(BytesUtil.bytesToIntLittle(bmsChargingCurrentByteArr) * 0.1 - 400);
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// BMS 最高单体动力蓄电池电压及组号 1-12 位：最高单体动力蓄电池电压， 数据分辨率： 0.01 V/位， 0 V 偏移量；数据范围： 0~24 V； 13-16 位： 最高单体动力蓄电池电 压所在组号，数据分辨率： 1/位， 0 偏移量；数据范围： 0~15
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startIndex += length;
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byte[] bmsMaxVoltageAndGroupNum = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsMaxVoltageAndGroup = String.valueOf(BytesUtil.bytesToIntLittle(bmsMaxVoltageAndGroupNum) * 0.01);
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// BMS 当前荷电状态 SOC（ %） 1%/位， 0%偏移量； 数据范围： 0~100%
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startIndex += length;
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length = 1;
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byte[] socByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String soc = BytesUtil.bcd2Str(socByteArr);
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// BMS 估算剩余充电时间 1 min/位， 0 min 偏移量； 数据范围： 0~600 min
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startIndex += length;
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length = 2;
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byte[] bmsTheRestChargingTimeByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsTheRestChargingTime = String.valueOf(BytesUtil.bytesToIntLittle(bmsTheRestChargingTimeByteArr));
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// 电桩电压输出值 0.1 V/位， 0 V 偏移量
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startIndex += length;
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byte[] pileVoltageOutputByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String pileVoltageOutput = String.valueOf(BytesUtil.bytesToIntLittle(pileVoltageOutputByteArr) * 0.1);
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// 电桩电流输出值 0.1 A/位， -400 A 偏移量
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startIndex += length;
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byte[] pileCurrentOutputByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String pileCurrentOutput = String.valueOf(BytesUtil.bytesToIntLittle(pileCurrentOutputByteArr) * 0.1 - 400);
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// 累计充电时间 1 min/位， 0 min 偏移量； 数据范围： 0~600 min
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startIndex += length;
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byte[] chargingTimeByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String chargingTime = String.valueOf(BytesUtil.bytesToIntLittle(chargingTimeByteArr));
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}
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@Override
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public byte[] supplyProcess(YKCDataProtocol ykcDataProtocol, ChannelHandlerContext channel) {
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// log.info("[===充电过程 BMS 需求与充电机输出===] param:{}, channel:{}", JSON.toJSONString(ykcDataProtocol), channel.toString());
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@@ -37,6 +136,7 @@ public class BMSDemandAndChargerOutputHandler extends AbstractYkcHandler {
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// 交易流水号
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byte[] serialNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String transactionCode = BytesUtil.bcd2Str(serialNumByteArr);
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// 桩编码
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startIndex += length;
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@@ -51,56 +151,89 @@ public class BMSDemandAndChargerOutputHandler extends AbstractYkcHandler {
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startIndex += length;
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length = 1;
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byte[] pileConnectorNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String connectorCode = BytesUtil.bcd2Str(pileConnectorNumByteArr);
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// BMS 电压需求 0.1 V/位， 0 V 偏移量
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startIndex += length;
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length = 2;
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byte[] bmsVoltageDemandByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsVoltageDemand = String.valueOf(BytesUtil.bytesToIntLittle(bmsVoltageDemandByteArr) * 0.1);
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// BMS 电流需求 0.1 A/位， -400 A 偏移量
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startIndex += length;
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byte[] bmsCurrentDemandByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsCurrentDemand = String.valueOf(BytesUtil.bytesToIntLittle(bmsCurrentDemandByteArr) * 0.1 - 400);
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// BMS 充电模式 0x01：恒压充电； 0x02：恒流充电
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startIndex += length;
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length = 1;
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byte[] bmsChargingModelByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsChargingModel = BytesUtil.bcd2Str(bmsChargingModelByteArr);
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// BMS 充电电压测量值 0.1 V/位， 0 V 偏移量
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startIndex += length;
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length = 2;
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byte[] bmsChargingVoltageByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsChargingVoltage = String.valueOf(BytesUtil.bytesToIntLittle(bmsChargingVoltageByteArr) * 0.1);
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// BMS 充电电流测量值 0.1 A/位， -400 A 偏移量
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startIndex += length;
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byte[] bmsChargingCurrentByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsChargingCurrent = String.valueOf(BytesUtil.bytesToIntLittle(bmsChargingCurrentByteArr) * 0.1 - 400);
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// BMS 最高单体动力蓄电池电压及组号 1-12 位：最高单体动力蓄电池电压， 数据分辨率： 0.01 V/位， 0 V 偏移量；数据范围： 0~24 V； 13-16 位： 最高单体动力蓄电池电 压所在组号，数据分辨率： 1/位， 0 偏移量；数据范围： 0~15
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startIndex += length;
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byte[] bmsMaxVoltageAndGroupNum = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsMaxVoltageAndGroup = String.valueOf(BytesUtil.bytesToIntLittle(bmsMaxVoltageAndGroupNum) * 0.01);
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// BMS 当前荷电状态 SOC（ %） 1%/位， 0%偏移量； 数据范围： 0~100%
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startIndex += length;
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length = 1;
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byte[] socByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String soc = BytesUtil.bcd2Str(socByteArr);
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// BMS 估算剩余充电时间 1 min/位， 0 min 偏移量； 数据范围： 0~600 min
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startIndex += length;
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length = 2;
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byte[] bmsTheRestChargingTimeByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsTheRestChargingTime = String.valueOf(BytesUtil.bytesToIntLittle(bmsTheRestChargingTimeByteArr));
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// 电桩电压输出值 0.1 V/位， 0 V 偏移量
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startIndex += length;
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byte[] pileVoltageOutputByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String pileVoltageOutput = String.valueOf(BytesUtil.bytesToIntLittle(pileVoltageOutputByteArr) * 0.1);
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// 电桩电流输出值 0.1 A/位， -400 A 偏移量
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startIndex += length;
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byte[] pileCurrentOutputByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String pileCurrentOutput = String.valueOf(BytesUtil.bytesToIntLittle(pileCurrentOutputByteArr) * 0.1 - 400);
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// 累计充电时间 1 min/位， 0 min 偏移量； 数据范围： 0~600 min
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startIndex += length;
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byte[] chargingTimeByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String chargingTime = String.valueOf(BytesUtil.bytesToIntLittle(chargingTimeByteArr));
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// 存入缓存(过期时间 3 天)
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BMSDemandAndChargerOutputData bmsDemandAndChargerOutputData = BMSDemandAndChargerOutputData.builder()
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.transactionCode(transactionCode)
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.pileSn(pileSn)
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.connectorCode(connectorCode)
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.bmsVoltageDemand(bmsVoltageDemand)
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.bmsCurrentDemand(bmsCurrentDemand)
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.bmsChargingModel(bmsChargingModel)
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.bmsChargingVoltage(bmsChargingVoltage)
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.bmsChargingCurrent(bmsChargingCurrent)
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.bmsMaxVoltageAndGroup(bmsMaxVoltageAndGroup)
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.soc(soc)
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.bmsTheRestChargingTime(bmsTheRestChargingTime)
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.pileVoltageOutput(pileVoltageOutput)
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.pileCurrentOutput(pileCurrentOutput)
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.chargingTime(chargingTime)
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.build();
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// 调用方法存入缓存
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pileBasicInfoService.saveBMSDemandAndChargerOutputInfo2Redis(bmsDemandAndChargerOutputData);
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return null;
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}
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@@ -26,6 +26,113 @@ public class BMSInformationHandler extends AbstractYkcHandler {
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YKCOperateFactory.register(type, this);
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}
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public static void main(String[] args) {
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String msg = "8823000000104502241209160539911188230000001045027c45043e080010";
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byte[] msgBody = BytesUtil.str2Bcd(msg);
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int startIndex = 0;
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int length = 16;
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// 交易流水号
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byte[] serialNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String transactionCode = BytesUtil.bcd2Str(serialNumByteArr);
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// 桩编码
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startIndex += length;
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length = 7;
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byte[] pileSnByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String pileSn = BytesUtil.bcd2Str(pileSnByteArr);
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// 枪号
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startIndex += length;
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length = 1;
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byte[] pileConnectorNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String connectorCode = BytesUtil.bcd2Str(pileConnectorNumByteArr);
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// BMS 最高单体动力蓄电池电压所在编号 1/位， 1 偏移量； 数据范围： 1~256
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startIndex += length;
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byte[] BMSMaxVoltageNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsMaxVoltageNum = String.valueOf(BytesUtil.bytesToIntLittle(BMSMaxVoltageNumByteArr));
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// BMS 最高动力蓄电池温度 1ºC/位， -50 ºC 偏移量；数据范 围： -50 ºC ~+200 ºC
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startIndex += length;
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byte[] BMSMaxBatteryTemperatureByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsMaxBatteryTemperature = String.valueOf(BytesUtil.bytesToIntLittle(BMSMaxBatteryTemperatureByteArr) - 50);
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// 最高温度检测点编号 1/位， 1 偏移量； 数据范围： 1~128
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startIndex += length;
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byte[] maxTemperatureDetectionNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String maxTemperatureDetectionNum = String.valueOf(BytesUtil.bytesToIntLittle(maxTemperatureDetectionNumByteArr) + 1);
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// 最低动力蓄电池温度 1ºC/位， -50 ºC 偏移量；数据范 围： -50 ºC ~+200 ºC
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startIndex += length;
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byte[] minBatteryTemperatureByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String minBatteryTemperature = String.valueOf(BytesUtil.bytesToIntLittle(minBatteryTemperatureByteArr) - 50);
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// 最低动力蓄电池温度检测点编号 1/位， 1 偏移量； 数据范围： 1~128
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startIndex += length;
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byte[] minTemperatureDetectionNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String minTemperatureDetectionNum = String.valueOf(BytesUtil.bytesToIntLittle(minTemperatureDetectionNumByteArr) + 1);
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/**
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* BMS 单体动力蓄电池电压过高 /过低 (<00> ：=正常 ; <01> ：=过高 ; <10>： =过低)
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*/
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startIndex += length;
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length = 2;
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byte[] singleBMSVoltageStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String singleBMSVoltageStatus = BytesUtil.bcd2Str(singleBMSVoltageStatusByteArr);
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/**
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* BMS 整车动力蓄电池荷电状态 SOC 过高/过低 (<00> ：=正常 ; <01> ：=过高 ; <10>： =过低)
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*/
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startIndex += length;
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byte[] carBMSSocStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String carBMSSocStatus = BytesUtil.bcd2Str(carBMSSocStatusByteArr);
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/**
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* BMS 动力蓄电池充电过电流 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
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*/
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startIndex += length;
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byte[] BMSBatteryChargeCurrentStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsBatteryChargeCurrentStatus = BytesUtil.bcd2Str(BMSBatteryChargeCurrentStatusByteArr);
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/**
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* BMS 动力蓄电池温度过高 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
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*/
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startIndex += length;
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byte[] BMSBatteryTemperatureByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsBatteryTemperature = BytesUtil.bcd2Str(BMSBatteryTemperatureByteArr);
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/**
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* BMS 动力蓄电池绝缘状态 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
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*/
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startIndex += length;
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byte[] BMSBatteryInsulationStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsBatteryInsulationStatus = BytesUtil.bcd2Str(BMSBatteryInsulationStatusByteArr);
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/**
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* BMS 动力蓄电池组输出连接器连接状态 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
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*/
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startIndex += length;
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byte[] BMSBatteryOutputStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String bmsBatteryOutputStatus = BytesUtil.bcd2Str(BMSBatteryOutputStatusByteArr);
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/**
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* 充电禁止 (<00>： =禁止; <01>： =允许)
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*/
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startIndex += length;
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byte[] chargeProhibitByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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String chargeProhibit = BytesUtil.bcd2Str(chargeProhibitByteArr);
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/**
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* 预留位
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*/
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startIndex += length;
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byte[] noMeanPositionByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
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}
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@Override
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public byte[] supplyProcess(YKCDataProtocol ykcDataProtocol, ChannelHandlerContext channel) {
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// log.info("[===充电过程 BMS 信息===] param:{}, channel:{}", JSON.toJSONString(ykcDataProtocol), channel.toString());
|
||||
@@ -37,6 +144,7 @@ public class BMSInformationHandler extends AbstractYkcHandler {
|
||||
|
||||
// 交易流水号
|
||||
byte[] serialNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String transactionCode = BytesUtil.bcd2Str(serialNumByteArr);
|
||||
|
||||
// 桩编码
|
||||
startIndex += length;
|
||||
@@ -51,46 +159,88 @@ public class BMSInformationHandler extends AbstractYkcHandler {
|
||||
startIndex += length;
|
||||
length = 1;
|
||||
byte[] pileConnectorNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String connectorCode = BytesUtil.bcd2Str(pileConnectorNumByteArr);
|
||||
|
||||
// BMS 最高单体动力蓄电池电压所在编号 1/位， 1 偏移量； 数据范围： 1~256
|
||||
startIndex += length;
|
||||
byte[] BMSMaxVoltageNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsMaxVoltageNum = String.valueOf(BytesUtil.bytesToIntLittle(BMSMaxVoltageNumByteArr));
|
||||
|
||||
// BMS 最高动力蓄电池温度 1ºC/位， -50 ºC 偏移量；数据范 围： -50 ºC ~+200 ºC
|
||||
startIndex += length;
|
||||
byte[] BMSMaxBatteryTemperatureByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsMaxBatteryTemperature = String.valueOf(BytesUtil.bytesToIntLittle(BMSMaxBatteryTemperatureByteArr) - 50);
|
||||
|
||||
// 最高温度检测点编号 1/位， 1 偏移量； 数据范围： 1~128
|
||||
startIndex += length;
|
||||
byte[] maxTemperatureDetectionNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String maxTemperatureDetectionNum = String.valueOf(BytesUtil.bytesToIntLittle(maxTemperatureDetectionNumByteArr) + 1);
|
||||
|
||||
// 最低动力蓄电池温度 1ºC/位， -50 ºC 偏移量；数据范 围： -50 ºC ~+200 ºC
|
||||
startIndex += length;
|
||||
byte[] minBatteryTemperature = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
byte[] minBatteryTemperatureByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String minBatteryTemperature = String.valueOf(BytesUtil.bytesToIntLittle(minBatteryTemperatureByteArr) - 50);
|
||||
|
||||
// 最低动力蓄电池温度检测点编号 1/位， 1 偏移量； 数据范围： 1~128
|
||||
startIndex += length;
|
||||
byte[] minTemperatureDetectionNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String minTemperatureDetectionNum = String.valueOf(BytesUtil.bytesToIntLittle(minTemperatureDetectionNumByteArr) + 1);
|
||||
|
||||
/**
|
||||
* 9-12
|
||||
* 9: BMS 单体动力蓄电池电压过高 /过低 (<00> ：=正常 ; <01> ：=过高 ; <10>： =过低)
|
||||
* 10: BMS 整车动力蓄电池荷电状态 SOC 过高/过低 (<00> ：=正常 ; <01> ：=过高 ; <10>： =过低)
|
||||
* 11: BMS 动力蓄电池充电过电流 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
|
||||
* 12: BMS 动力蓄电池温度过高 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
|
||||
* BMS 单体动力蓄电池电压过高 /过低 (<00> ：=正常 ; <01> ：=过高 ; <10>： =过低)
|
||||
*/
|
||||
startIndex += length;
|
||||
byte[] numNineToTwelve = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
length = 2;
|
||||
byte[] singleBMSVoltageStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String singleBMSVoltageStatus = BytesUtil.bcd2Str(singleBMSVoltageStatusByteArr);
|
||||
|
||||
/**
|
||||
* 13-16
|
||||
* 13: BMS 动力蓄电池绝缘状态 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
|
||||
* 14: BMS 动力蓄电池组输出连接器连接状态 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
|
||||
* 15: 充电禁止 (<00>： =禁止; <01>： =允许)
|
||||
* 16: 预留位 00
|
||||
* BMS 整车动力蓄电池荷电状态 SOC 过高/过低 (<00> ：=正常 ; <01> ：=过高 ; <10>： =过低)
|
||||
*/
|
||||
startIndex += length;
|
||||
byte[] numThirteenToSixteen = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
byte[] carBMSSocStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String carBMSSocStatus = BytesUtil.bcd2Str(carBMSSocStatusByteArr);
|
||||
|
||||
/**
|
||||
* BMS 动力蓄电池充电过电流 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
|
||||
*/
|
||||
startIndex += length;
|
||||
byte[] BMSBatteryChargeCurrentStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryChargeCurrentStatus = BytesUtil.bcd2Str(BMSBatteryChargeCurrentStatusByteArr);
|
||||
|
||||
/**
|
||||
* BMS 动力蓄电池温度过高 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
|
||||
*/
|
||||
startIndex += length;
|
||||
byte[] BMSBatteryTemperatureByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryTemperature = BytesUtil.bcd2Str(BMSBatteryTemperatureByteArr);
|
||||
|
||||
/**
|
||||
* BMS 动力蓄电池绝缘状态 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
|
||||
*/
|
||||
startIndex += length;
|
||||
byte[] BMSBatteryInsulationStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryInsulationStatus = BytesUtil.bcd2Str(BMSBatteryInsulationStatusByteArr);
|
||||
|
||||
/**
|
||||
* BMS 动力蓄电池组输出连接器连接状态 (<00> ：=正常 ; <01> ：=过流 ; <10>： =不可信状态)
|
||||
*/
|
||||
startIndex += length;
|
||||
byte[] BMSBatteryOutputStatusByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryOutputStatus = BytesUtil.bcd2Str(BMSBatteryOutputStatusByteArr);
|
||||
|
||||
/**
|
||||
* 充电禁止 (<00>： =禁止; <01>： =允许)
|
||||
*/
|
||||
startIndex += length;
|
||||
byte[] chargeProhibitByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String chargeProhibit = BytesUtil.bcd2Str(chargeProhibitByteArr);
|
||||
|
||||
/**
|
||||
* 预留位
|
||||
*/
|
||||
startIndex += length;
|
||||
byte[] noMeanPositionByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
|
||||
|
||||
return null;
|
||||
|
||||
@@ -2,11 +2,13 @@ package com.jsowell.netty.handler.yunkuaichong;
|
||||
|
||||
import com.jsowell.common.core.domain.ykc.YKCDataProtocol;
|
||||
import com.jsowell.common.core.domain.ykc.YKCFrameTypeCode;
|
||||
import com.jsowell.common.core.redis.RedisCache;
|
||||
import com.jsowell.common.util.BytesUtil;
|
||||
import com.jsowell.common.util.YKCUtils;
|
||||
import com.jsowell.netty.factory.YKCOperateFactory;
|
||||
import io.netty.channel.ChannelHandlerContext;
|
||||
import lombok.extern.slf4j.Slf4j;
|
||||
import org.springframework.beans.factory.annotation.Autowired;
|
||||
import org.springframework.stereotype.Component;
|
||||
|
||||
/**
|
||||
@@ -19,6 +21,9 @@ import org.springframework.stereotype.Component;
|
||||
@Slf4j
|
||||
@Component
|
||||
public class ChargingHandshakeHandler extends AbstractYkcHandler {
|
||||
@Autowired
|
||||
private RedisCache redisCache;
|
||||
|
||||
private final String type = YKCUtils.frameType2Str(YKCFrameTypeCode.CHARGING_HANDSHAKE_CODE.getBytes());
|
||||
|
||||
@Override
|
||||
@@ -37,6 +42,7 @@ public class ChargingHandshakeHandler extends AbstractYkcHandler {
|
||||
|
||||
// 交易流水号
|
||||
byte[] serialNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String transactionCode = BytesUtil.bcd2Str(serialNumByteArr);
|
||||
|
||||
// 桩编码
|
||||
startIndex += length;
|
||||
@@ -57,48 +63,57 @@ public class ChargingHandshakeHandler extends AbstractYkcHandler {
|
||||
startIndex += length;
|
||||
length = 3;
|
||||
byte[] BMSCommunicationProtocolVersionByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
|
||||
String bmsCommunicationVersion = "V1.1";
|
||||
|
||||
// BMS 电池类型 01H:铅酸电池;02H:氢 电池;03H:磷酸铁锂电池;04H:锰 酸锂电池;05H:钴酸锂电池 ;06H: 三元材料电池;07H:聚合物锂离子 电池;08H:钛酸锂电池;FFH:其他
|
||||
startIndex += length;
|
||||
length = 1;
|
||||
byte[] BMSBatteryTypeByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryType = BytesUtil.bcd2Str(BMSBatteryTypeByteArr); // 03
|
||||
|
||||
// BMS 整车动力蓄电池系统额定容量 0.1 Ah /位， 0 Ah 偏移量
|
||||
startIndex += length;
|
||||
length = 2;
|
||||
byte[] BMSBatteryCapacityByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryCapacity = String.valueOf(BytesUtil.bytesToIntLittle(BMSBatteryCapacityByteArr) * 0.1); // 171.0
|
||||
|
||||
// BMS 整车动力蓄电池系统额定总电压 0.1V/位， 0V 偏移量
|
||||
startIndex += length;
|
||||
byte[] BMSBatteryVoltageByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryVoltage = String.valueOf(BytesUtil.bytesToIntLittle(BMSBatteryVoltageByteArr) * 0.1); // 347.8
|
||||
|
||||
// BMS 电池生产厂商名称
|
||||
startIndex += length;
|
||||
length = 4;
|
||||
byte[] BMSBatteryFactoryByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryFactory = BytesUtil.ascii2Str(BMSBatteryFactoryByteArr); // CATL
|
||||
|
||||
// BMS 电池组序号
|
||||
startIndex += length;
|
||||
byte[] BMSBatteryNumByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsBatteryNum = BytesUtil.bin2HexStr(BMSBatteryNumByteArr);
|
||||
|
||||
// BMS 电池组生产日期年 1985 年偏移量， 数据范围： 1985～ 2235 年
|
||||
startIndex += length;
|
||||
length = 1;
|
||||
byte[] BMSProductionDateYearByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsProductionDateYear = BytesUtil.bin2HexStr(BMSProductionDateYearByteArr);
|
||||
|
||||
// BMS 电池组生产日期月 0 月偏移量， 数据范围： 1～12 月
|
||||
startIndex += length;
|
||||
byte[] BMSProductionDateMonthByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsProductionDateMonth = BytesUtil.bin2HexStr(BMSProductionDateMonthByteArr);
|
||||
|
||||
// BMS 电池组生产日期日 0 日偏移量， 数据范围： 1～31 日
|
||||
startIndex += length;
|
||||
byte[] BMSProductionDateDayByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsProductionDateDay = BytesUtil.bin2HexStr(BMSProductionDateDayByteArr);
|
||||
|
||||
// BMS 电池组充电次数 1 次/位， 0 次偏移量， 以 BMS 统 计为准
|
||||
startIndex += length;
|
||||
length = 3;
|
||||
byte[] BMSChargingTimesByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String bmsChargingTimes = BytesUtil.bin2HexStr(BMSChargingTimesByteArr);
|
||||
|
||||
// BMS 电池组产权标识 （<0>： =租赁； <1>： =车自有）
|
||||
startIndex += length;
|
||||
@@ -112,14 +127,16 @@ public class ChargingHandshakeHandler extends AbstractYkcHandler {
|
||||
// BMS 车辆识别码
|
||||
startIndex += length;
|
||||
length = 17;
|
||||
byte[] BMSCarIdentifyCodeByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
byte[] vinByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
String vinCode = YKCUtils.parseVin(vinByteArr);
|
||||
|
||||
// BMS 软件版本号
|
||||
startIndex += length;
|
||||
length = 8;
|
||||
byte[] BMSSoftwareVersionByteArr = BytesUtil.copyBytes(msgBody, startIndex, length);
|
||||
|
||||
|
||||
// 保存数据到redis
|
||||
// redisCache.setCacheObject();
|
||||
|
||||
return null;
|
||||
}
|
||||
|
||||
Reference in New Issue
Block a user