//0000 0071 前四个字节暂时不用
public override void execute(Tag tag, String devCode, CellTag cellTag,
SystemDateTag systemDateTag, CasicSession session)
{
//TODO LIST:解析井盖传感器数据并保存
UploadTag wellTag = tag as UploadTag;
int itv = wellTag.CollectInter;
String collecTime = wellTag.CollectTime;
int len = wellTag.Len;
String dataValue = wellTag.DataValue;
session.Logger.Info("井盖数据上传TAG：oid：" + wellTag.Oid + " 采集间隔: " +
itv + "采集时间：" + collecTime + "上传数值：" + dataValue);
int num = len / 1; //上传的井盖数据个数
List <Model.WellSensorInfo> djs = new List <WellSensorInfo>();
//井盖数据tag之前，无系统日期tag数据
// DateTime baseTime = Convert.ToDateTime(CasicCmd.currentSystemDate + " " + collecTime);
for (int i = 0; i < num; i++)
{
//上传的有状态数据、设备ID、可能有电池电量等数据
WellSensorInfo wellInfo = new WellSensorInfo();
wellInfo.DEVID = devCode;
wellInfo.LOGTIME = DateTime.Now;
byte btStatus = byte.Parse(dataValue, System.Globalization.NumberStyles.HexNumber);
string descn = "";
switch (btStatus)
{
case 0:
descn = "状态正常";
new BLL.WellInfo().saveDeviceStatus(wellInfo.DEVID, WellAlarmEnum.NORMAL);
break;
case 1:
descn = "井盖开启";
saveWellAlarm(wellInfo.DEVID, session);
break;
case 2:
descn = "时钟故障";
new BLL.WellInfo().saveDeviceStatus(wellInfo.DEVID, WellAlarmEnum.SYS_ERROR);
break;
case 3:
descn = "低电压";
new BLL.WellInfo().saveDeviceStatus(wellInfo.DEVID, WellAlarmEnum.BATTERY_LOW);
break;
default:
descn = "未知状态";
break;
}
wellInfo.DESCN = descn;
wellInfo.STATUS = btStatus + "";
djs.Add(wellInfo);
}
new BLL.WellInfo().insert(djs);
session.Logger.Info("井盖数据保存成功");
}
public override bool isThisTag(Tag tag)
{
if (!(tag is UploadTag))
{
return(false);
}
UploadTag uploadTag = tag as UploadTag;
return(uploadTag.BizType == 4 ? true : false);
}
public override void execute(Tag tag, String devCode, CellTag cellTag,
SystemDateTag systemDateTag, CasicSession session)
{
//TODO LIST:解析腐蚀速率数据，保存腐蚀速率
UploadTag fsslTag = tag as UploadTag;
int itv = fsslTag.CollectInter;
String collecTime = fsslTag.CollectTime;
int len = fsslTag.Len;
String dataValue = fsslTag.DataValue;
session.Logger.Info("腐蚀速率数据上传TAG：oid：" + fsslTag.Oid + " 采集间隔: " +
itv + "采集时间：" + collecTime + "上传数值：" + dataValue);
int num = len / 20; //上传的腐蚀速率的组数，1组5个数据，1个数据4个字节
/*
* 开路电位OCP：单位V
* 溶液电阻Rs：单位Ω.cm2
* 极化电阻Rp：单位Ω.cm2
* 腐蚀电流密度Icorr：单位mA/cm2
* 腐蚀速率Vcorr：单位mm/a
* */
List <Model.AKFSSLInfo> djs = new List <Model.AKFSSLInfo>();
DateTime baseTime = Convert.ToDateTime(systemDateTag.CollectDate + " " + collecTime);
for (int i = 0; i < num; i++)
{
Model.AKFSSLInfo fssl = new Model.AKFSSLInfo();
String openCircultVol = strHexToFloat(dataValue.Substring(i * 40, 8)).ToString("f4");
String ryResist = strHexToFloat(dataValue.Substring(i * 40 + 8, 8)).ToString("f4");
String jhResist = strHexToFloat(dataValue.Substring(i * 40 + 16, 8)).ToString("f4");
String concurDen = strHexToFloat(dataValue.Substring(i * 40 + 24, 8)).ToString("f4");
String errosionRate = strHexToFloat(dataValue.Substring(i * 40 + 32, 8)).ToString("f4");
fssl.Cell = (cellTag == null ? "" : cellTag.Cell);
fssl.OpenCir = openCircultVol;
fssl.RyResist = ryResist;
fssl.JhResist = jhResist;
fssl.CurrentDen = concurDen;
fssl.ErrosionRat = errosionRate;
fssl.LogTime = DateTime.Now;
fssl.UpTime = baseTime.AddMinutes(i * itv);
fssl.DEVCODE = devCode;
djs.Add(fssl);
}
new BLL.AKFSSL().insert(djs);
new BLL.AKFSSL().saveAlarmInfo(djs);
// new BLL.DjLiquid().updateDevStatus(CasicCmd.devCode);
session.Logger.Info("腐蚀速率数据保存成功");
}
public override void execute(Tag tag, String devCode, CellTag cellTag,
SystemDateTag systemDateTag, CasicSession session)
{
//TODO LIST：处理对应的心跳上传数据
UploadTag heartBeatTag = tag as UploadTag;
int itv = heartBeatTag.CollectInter;
String collecTime = heartBeatTag.CollectTime;
int len = heartBeatTag.Len;
String dataValue = heartBeatTag.DataValue;
session.Logger.Info("心跳上传TAG：oid：" + heartBeatTag.Oid + " 采集间隔: " +
itv + "采集时间：" + collecTime + "上传数值：" + dataValue);
}
//0000 0071 前四个字节暂时不用
public override void execute(Tag tag, String devCode, CellTag cellTag,
SystemDateTag systemDateTag, CasicSession session)
{
//TODO LIST:解析流量数据保存流量数据
UploadTag noiseTag = tag as UploadTag;
int itv = noiseTag.CollectInter;
String collecTime = noiseTag.CollectTime;
int len = noiseTag.Len;
String dataValue = noiseTag.DataValue;
session.Logger.Info("噪声数据上传TAG：oid：" + noiseTag.Oid + " 采集间隔: " +
itv + "采集时间：" + collecTime + "上传数值：" + dataValue);
int num = len / 4; //上传的流量数据个数,修改未2个字节//yxw修改为4个字节，加频率
List <Model.SlNoiseInfo> djs = new List <SlNoiseInfo>();
DateTime baseTime = Convert.ToDateTime(systemDateTag.CollectDate + " " + collecTime);
for (int i = 0; i < num; i++)
{
// DjNoiseInfo noiseInfo = new DjNoiseInfo();
SlNoiseInfo slNoiseInfo = new SlNoiseInfo();
//TODO LIST:密集开始时间、密集间隔、密集样本数、无线开启时间、
//无线关闭时间、密集噪声、电池电量
slNoiseInfo.CELL = (cellTag == null ? "" : cellTag.Cell);
slNoiseInfo.LOGTIME = DateTime.Now;
slNoiseInfo.UPTIME = baseTime.AddMinutes(i * itv);
slNoiseInfo.SRCID = devCode;
slNoiseInfo.DSTID = "FFFF";
String dStr = dataValue.Substring(i * 8 + 0, 4);
String frequency = dataValue.Substring(i * 8 + 4, 4);
slNoiseInfo.DENSEDATA = int.Parse(dStr.Substring(0, 2) + dStr.Substring(2, 2), System.Globalization.NumberStyles.HexNumber).ToString();
slNoiseInfo.FREQUENCY = int.Parse(frequency.Substring(0, 2) + frequency.Substring(2, 2), System.Globalization.NumberStyles.HexNumber).ToString();
djs.Add(slNoiseInfo);
}
new BLL.SlNoise().insert(djs);
new BLL.SlNoise().SaveZZAlarmInfo(djs);
new BLL.SlNoise().updateDevStatus(devCode);
session.Logger.Info("噪声数据保存成功");
}
public override void execute(Tag tag, String devCode, CellTag cellTag,
SystemDateTag systemDateTag, CasicSession session)
{
//TODO LIST:解析压力数据保存压力数据
UploadTag pressTag = tag as UploadTag;
int itv = pressTag.CollectInter;
String collecTime = pressTag.CollectTime;
int len = pressTag.Len;
String dataValue = pressTag.DataValue;
session.Logger.Info("压力数据上传TAG：oid：" + pressTag.Oid + " 采集间隔: " +
itv + "采集时间：" + collecTime + "上传数值：" + dataValue);
int num = len / 4; //上传的液位数据个数
//List<Model.CasicPress> djs = new List<Model.CasicPress>();
List <Model.DjPressInfo> djs = new List <Model.DjPressInfo>();
DateTime baseTime = Convert.ToDateTime(systemDateTag.CollectDate + " " + collecTime);
for (int i = 0; i < num; i++)
{
DjPressInfo pressInfo = new DjPressInfo();
String press = strHexToFloat(dataValue.Substring(i * 8, 8)).ToString();
//TODO LIST:电池电量
pressInfo.CELL = (cellTag == null ? "" : cellTag.Cell);
pressInfo.PRESSDATA = press;
pressInfo.LOGTIME = DateTime.Now;
pressInfo.UPTIME = baseTime.AddMinutes(i * itv);
pressInfo.DEVID = devCode;
djs.Add(pressInfo);
}
new BLL.DjPress().insert(djs);
//new BLL.DjPress().saveAlarmInfo(djs);
new BLL.DjPress().updateDevStatus(devCode);
session.Logger.Info("压力数据保存成功");
}
public override void execute(Tag tag, String devCode, CellTag cellTag,
SystemDateTag systemDateTag, CasicSession session)
{
//TODO LIST:解析压力数据保存压力数据
UploadTag rqTag = tag as UploadTag;
int itv = rqTag.CollectInter;
String collecTime = rqTag.CollectTime;
int len = rqTag.Len;
String dataValue = rqTag.DataValue;
session.Logger.Info("燃气数据上传TAG：oid：" + rqTag.Oid + " 采集间隔: " +
itv + "采集时间：" + collecTime + "上传数值：" + dataValue);
int num = len / 4; //上传的燃气数据个数
List <Model.RQPeriodInfo> rqs = new List <Model.RQPeriodInfo>();
DateTime baseTime = Convert.ToDateTime(systemDateTag.CollectDate + " " + collecTime);
for (int i = 0; i < num; i++)
{
String density = strHexToFloat(dataValue.Substring(i * 8, 8)).ToString();
Model.RQPeriodInfo rq = new Model.RQPeriodInfo();
rq.ADDRESS = devCode;
rq.INPRESS = "0";
rq.OUTPRESS = "0";
rq.FLOW = "0";
rq.STRENGTH = density;
rq.TEMPERATURE = "0";
rq.CELL = (cellTag == null ? "" : cellTag.Cell);
rq.UPTIME = baseTime.AddMinutes(i * itv);
rq.LOGTIME = DateTime.Now;
rqs.Add(rq);
}
BLL.RQPeriod bll = new BLL.RQPeriod();
bll.insert(rqs);
bll.saveAlarmInfo(rqs);
session.Logger.Info("燃气数据保存成功");
}
public static Tag create(String oid, int len, String value)
{
Tag tag;
if (UploadTag.isUploadTag(oid))
{
tag = new UploadTag(oid, len, value);
}
else if (oid == SystemDateTag.SYSTEM_DATE_OID)
{
tag = new SystemDateTag(oid, len, value);
}
else if (oid == SystemTimeTag.SYSTEM_TIME_OID)
{
tag = new SystemTimeTag(oid, len, value);
}
else if (oid == WakeUpTag.WAKEUP_TAG_OID)
{
tag = new WakeUpTag(oid, len, value);
}
else if (oid == CellTag.CELL_TAG_OID)
{
tag = new CellTag(oid, len, value);
}
else if (oid == SensorException0Tag.SENSOR_EXCEP0_TAG_OID)
{
tag = new SensorException0Tag(oid, len, value);
}
else if (oid == SensorException1Tag.SENSOR_EXCEP1_TAG_OID)
{
tag = new SensorException1Tag(oid, len, value);
}
else
{
tag = new NormalTag(oid, len, value);
}
return(tag);
}
public override void execute(Tag tag, String devCode, CellTag cellTag,
SystemDateTag systemDateTag, CasicSession session)
{
//TODO LIST:解析水表数据，保存水表欧数据
UploadTag tempTag = tag as UploadTag;
int itv = tempTag.CollectInter;
String collecTime = tempTag.CollectTime;
int len = tempTag.Len;
String dataValue = tempTag.DataValue;
session.Logger.Info("水表数据上传TAG：oid：" + tempTag.Oid + " 采集间隔: " +
itv + "采集时间：" + collecTime + "上传数值：" + dataValue);
int num = len / 4; //上传的温度数据个数
List <Model.CasicWaterMeter> djs = new List <Model.CasicWaterMeter>();
DateTime baseTime = Convert.ToDateTime(systemDateTag.CollectDate + " " + collecTime);
for (int i = 0; i < num; i++)
{
Model.CasicWaterMeter tempInfo = new CasicWaterMeter();
String temp = strHexToInt32(dataValue.Substring(i * 8, 8)).ToString();
//TODO LIST:电池电量
tempInfo.Cell = (cellTag == null ? "" : cellTag.Cell);
tempInfo.Data = temp;
tempInfo.LogTime = DateTime.Now;
tempInfo.UpTime = baseTime.AddMinutes(i * itv);
tempInfo.DEVCODE = devCode;
djs.Add(tempInfo);
}
new BLL.CasicWaterMeter().insert(djs);
new BLL.CasicWaterMeter().saveAlarmInfo(djs);
new BLL.CasicWaterMeter().updateDevStatus(devCode);
session.Logger.Info("水表数据保存成功");
}
public override void execute(Tag tag, String devCode, CellTag cellTag,
SystemDateTag systemDateTag, CasicSession session)
{
//TODO LIST:解析腐蚀环境数据，保存腐蚀环境数据
UploadTag fshjTag = tag as UploadTag;
int itv = fshjTag.CollectInter;
String collecTime = fshjTag.CollectTime;
int len = fshjTag.Len;
String dataValue = fshjTag.DataValue;
session.Logger.Info("腐蚀环境数据上传TAG：oid：" + fshjTag.Oid + " 采集间隔: " +
itv + "采集时间：" + collecTime + "上传数值：" + dataValue);
int num = len / (2 * 16); //上传的数据组数，1组16个数据，每个数据4个字节
List <Model.AKFSHJInfo> djs = new List <Model.AKFSHJInfo>();
DateTime baseTime = Convert.ToDateTime(systemDateTag.CollectDate + " " + collecTime);
for (int i = 0; i < num; i++)
{
Model.AKFSHJInfo fshjInfo = new Model.AKFSHJInfo();
String underVol1 = strHexToInt(dataValue.Substring(i * 64, 4)).ToString();
String underVol2 = strHexToInt(dataValue.Substring(i * 64 + 4, 4)).ToString();
String underVol3 = strHexToInt(dataValue.Substring(i * 64 + 8, 4)).ToString();
String underVol4 = strHexToInt(dataValue.Substring(i * 64 + 12, 4)).ToString();
String underVol5 = strHexToInt(dataValue.Substring(i * 64 + 16, 4)).ToString();
String underVol6 = strHexToInt(dataValue.Substring(i * 64 + 20, 4)).ToString();
String under_temp1 = (strHexToInt(dataValue.Substring(i * 64 + 24, 4)) / 10.0).ToString();
String under_temp2 = (strHexToInt(dataValue.Substring(i * 64 + 28, 4)) / 10.0).ToString();
String outter_temp1 = (strHexToInt(dataValue.Substring(i * 64 + 32, 4)) / 10.0).ToString();
String outter_temp2 = (strHexToInt(dataValue.Substring(i * 64 + 36, 4)) / 10.0).ToString();
String underWater1 = strHexToInt(dataValue.Substring(i * 64 + 40, 4)).ToString();
String underWater2 = strHexToInt(dataValue.Substring(i * 64 + 44, 4)).ToString();
String underWater3 = strHexToInt(dataValue.Substring(i * 64 + 48, 4)).ToString();
String underWater4 = strHexToInt(dataValue.Substring(i * 64 + 52, 4)).ToString();
String underWater5 = strHexToInt(dataValue.Substring(i * 64 + 56, 4)).ToString();
String underWater6 = strHexToInt(dataValue.Substring(i * 64 + 60, 4)).ToString();
fshjInfo.UnderTemp1 = under_temp1;
fshjInfo.UnderTemp2 = under_temp2;
fshjInfo.OutterTemp1 = outter_temp1;
fshjInfo.OutterTemp2 = outter_temp2;
fshjInfo.UnderVo11 = underVol1;
fshjInfo.UnderVo12 = underVol2;
fshjInfo.UnderVo13 = underVol3;
fshjInfo.UnderVo14 = underVol4;
fshjInfo.UnderVo15 = underVol5;
fshjInfo.UnderVo16 = underVol6;
fshjInfo.UnderWaterIn1 = underWater1;
fshjInfo.UnderWaterIn2 = underWater2;
fshjInfo.UnderWaterIn3 = underWater3;
fshjInfo.UnderWaterIn4 = underWater4;
fshjInfo.UnderWaterIn5 = underWater5;
fshjInfo.UnderWaterIn6 = underWater6;
fshjInfo.Cell = (cellTag == null ? "" : cellTag.Cell);
fshjInfo.LogTime = DateTime.Now;
fshjInfo.UpTime = baseTime.AddMinutes(i * itv);
fshjInfo.DEVCODE = devCode;
djs.Add(fshjInfo);
}
new BLL.AKFSHJ().insert(djs);
String pipeType = new BLL.AKFSHJ().getHeatPipeTypeByDevCode(devCode);
new BLL.AKFSHJ().saveAlarmInfo(djs, pipeType);
//new BLL.AKFSHJ().saveAlarmInfo(djs);//todo list:生成报警规则
session.Logger.Info("腐蚀环境数据保存成功");
}