/// <summary>
/// 使用 2007-12-10 第 1 版协议解析数据
/// </summary>
private static MemDataAnalyz AnalysisPolling_20071210_1(byte[] cmdRight, MemDataAnalyz memDataAnalyz)
{
int iCmdLength = cmdRight[3] + cmdRight[4] * 256; // 命令长度
memDataAnalyz.IsEnable = true;
memDataAnalyz.CmdLength = iCmdLength;
int iCmdLoc = 5;
ArrayList arrayList = new ArrayList();
while (iCmdLoc < iCmdLength + 5)
{
MemHead memHead = new MemHead();
#region [ 检测探头数据时间和状态 ]
memHead.IsBreak = false; // 探头是否故障
int iSHead = cmdRight[iCmdLoc]; // 探头号
int iSecond = cmdRight[iCmdLoc + 4]; // 秒，其中最高位 1 时表示探头故障
memHead.HeadAddress = iSHead;
DateTime dtTime = DateTime.Now;
int iPerCount = 0;
int iPerLength = 0;
//Czlt-2011-11-17--交直流供电
if (iSHead == 7)
{
//if (iSecond >= 128)
// iSecond = iSecond - 128;
if (cmdRight[iCmdLoc + 1] != 0)
{
// 接收到数据的时间
dtTime = BuildDateTime(cmdRight[iCmdLoc + 1],
cmdRight[iCmdLoc + 2], cmdRight[iCmdLoc + 3], iSecond);
memHead.Time = dtTime;
}
iPerCount = cmdRight[iCmdLoc + 5]; // 人数
iPerLength = cmdRight[iCmdLoc + 5] * 2; // 长度
memHead.CodeCount = iPerCount; // 探头检测到的人数
}
else
{
if (iSecond >= 128)
{
// 秒最高位为 1 时探头故障
iSecond = iSecond - 128;
if (cmdRight[iCmdLoc + 1] != 0)
{
// 接收到数据的时间
dtTime = BuildDateTime(cmdRight[iCmdLoc + 1],
cmdRight[iCmdLoc + 2], cmdRight[iCmdLoc + 3], iSecond);
memHead.Time = dtTime;
}
memHead.IsBreak = true; // 该探头故障
}
else
{
if (cmdRight[iCmdLoc + 1] != 0)
{
dtTime = BuildDateTime(cmdRight[iCmdLoc + 1],
cmdRight[iCmdLoc + 2], cmdRight[iCmdLoc + 3], iSecond);
memHead.Time = dtTime;
}
iPerCount = cmdRight[iCmdLoc + 5]; // 人数
iPerLength = cmdRight[iCmdLoc + 5] * 2; // 长度
memHead.CodeCount = iPerCount; // 探头检测到的人数
}
}
#endregion
#region [ 探头接收到的卡号 ]
StringBuilder sbHeadA = new StringBuilder(); // 探头 A 接收到的发码器
StringBuilder sbHeadB = new StringBuilder(); // 探头 B 接收到的发码器
StringBuilder sbHeadC = new StringBuilder(); // 探头 接收到全为 0 的发码器 出
StringBuilder sbHeadD = new StringBuilder(); // 探头 接收到全为 1 的发码器 求救
StringBuilder sbHeadE = new StringBuilder(); // 低电量 探头 A 接收到的发码器
StringBuilder sbHeadF = new StringBuilder(); // 低电量 探头 B 接收到的发码器
StringBuilder sbHeadG = new StringBuilder(); // 低电量 探头 接收到全为 0 的发码器 出
StringBuilder sbHeadH = new StringBuilder(); // 低电量 探头 接收到全为 1 的发码器 求救
//Czlt-2011-11-17-添加交直流的判断
StringBuilder dyHead = new StringBuilder();
int i;
for (i = iCmdLoc + 6; i < iCmdLoc + 6 + iPerLength; i += 2)
{
int iCard = cmdRight[i] + cmdRight[i + 1] * 256;
#region 【Czlt-2011-11-17 交直流供电】
//Czlt -2011-11-17 -交直流供电
if (iCard == 24486) //交流
{
dyHead.Append("3.");
}
else if (iCard == 24487) //直流
{
dyHead.Append("2.");
}
#endregion
if (iCard > 49152)//求救
{
iCard = iCard - 49152;
if (iCard > 8192)
{
iCard = iCard - 8192;
sbHeadH.Append(iCard + ",");
}
else
{
sbHeadD.Append(iCard + ",");
}
}
else if (iCard >= 32768)//A天线
{
iCard = iCard - 32768;
if (iCard > 8192)
{
iCard = iCard - 8192;
sbHeadE.Append(iCard + ",");
}
else
{
sbHeadA.Append(iCard + ",");
}
}
else if (iCard >= 16384)//B天线
{
iCard = iCard - 16384;
if (iCard > 8192)
{
iCard = iCard - 8192;
sbHeadF.Append(iCard + ",");
}
else
{
sbHeadB.Append(iCard + ",");
}
}
else//出
{
if (iCard > 8192)
{
iCard = iCard - 8192;
sbHeadG.Append(iCard + ",");
}
else
{
sbHeadC.Append(iCard + ",");
}
}
}
memHead.CodesA = sbHeadA.ToString();
memHead.CodesB = sbHeadB.ToString();
memHead.CodesC = sbHeadC.ToString();
memHead.CodesD = sbHeadD.ToString();
memHead.CodesE = sbHeadE.ToString();
memHead.CodesF = sbHeadF.ToString();
memHead.CodesG = sbHeadG.ToString();
memHead.CodesH = sbHeadH.ToString();
//Czlt-2011-11-17 交直流电源
memHead.CodesDY = dyHead.ToString();
if (memHead.IsBreak)
{
iCmdLoc = i - 1;
}
else
{
iCmdLoc = i;
}
// 显示探头出检测出多少张卡
if (iPerCount > 0)
{
// RTxtMsgc.WriteTxt(strMsg.ToString(), " RX", true);
//return strMsg.ToString();
}
#endregion
arrayList.Add(memHead);
#region [ 检测标记位是否存在 ]
if (cmdRight[iCmdLoc++] != 255)
{
break;
}
#endregion
}
// 初始化探头
memDataAnalyz.memHead= new MemHead[arrayList.Count];
// 循环添加探头
for (int i = 0; i < arrayList.Count;i++ )
{
memDataAnalyz.memHead[i] = (MemHead)arrayList[i];
}
return memDataAnalyz;
}
/// <summary>
/// 使用 2007-12-10 第 1 版协议解析数据
/// </summary>
private static MemDataAnalyz AnalysisPolling_20060610_1(byte[] cmdRight, MemDataAnalyz memDataAnalyz)
{
int iCmdLength = cmdRight[2] + cmdRight[3] * 256; // 命令长度
memDataAnalyz.IsEnable = true;
memDataAnalyz.CmdLength = iCmdLength;
ArrayList arrayList = new ArrayList();
// 人数
int iPerCount = cmdRight[4] + cmdRight[5] * 256;
//获取数据的时间
DateTime dtTime = BuildDateTime(cmdRight[6], cmdRight[7], cmdRight[8]);
MemHead memHead = new MemHead();
memHead.Time = dtTime;
memHead.CodeCount = iPerCount; // 探头检测到的人数
memHead.HeadAddress = 0;
memHead.IsBreak = true;
#region [ 分站接收到的卡号 ]
StringBuilder sbHeadA = new StringBuilder(); // 分站 接收到最高位为 1 的发码器 出分站
StringBuilder sbHeadC = new StringBuilder(); // 分站 第一位和第二位为0 的发码器 进分站
StringBuilder sbHeadD = new StringBuilder(); // 分站 接收到全为 1 的发码器 即求救
StringBuilder sbHeadE = new StringBuilder(); // 低电量 分站 接收到最高位为 1 的发码器 出分站
StringBuilder sbHeadG = new StringBuilder(); // 低电量 分站 第一位和第二位为0 的发码器 进分站
StringBuilder sbHeadH = new StringBuilder(); // 低电量 分站 接收到全为 1 的发码器 即求救
for (int i = 0; i < iPerCount; i++)
{
int iCard;
iCard = (int)cmdRight[9 + 2 * i] + (int)cmdRight[10 + 2 * i] * 256;
if (iCard != 29998 && iCard != 62766 && iCard !=29999)
{
if (iCard > 49152)//求救
{
iCard = iCard - 49152;
if (iCard > 8192)
{
iCard = iCard - 8192;
sbHeadH.Append(iCard + ",");
}
sbHeadD.Append(iCard + ",");
}
else if (iCard >= 32768)//出分站
{
iCard = iCard - 32768;
if (iCard > 8192)
{
iCard = iCard - 8192;
sbHeadE.Append(iCard + ",");
}
sbHeadA.Append(iCard + ",");
}
else if (iCard >= 16384)//B天线
{
//iCard = iCard - 16384;
//if (iCard > 8192)
//{
// iCard = iCard - 8192;
// sbHeadF.Append(iCard + ",");
//}
//sbHeadB.Append(iCard + ",");
}
else//进分站
{
if (iCard > 8192)
{
iCard = iCard - 8192;
sbHeadG.Append(iCard + ",");
}
sbHeadC.Append(iCard + ",");
}
}
}
#endregion
memHead.CodesA = sbHeadA.ToString();
memHead.CodesC = sbHeadC.ToString();
memHead.CodesD = sbHeadD.ToString();
memHead.CodesE = sbHeadE.ToString();
memHead.CodesG = sbHeadG.ToString();
memHead.CodesH = sbHeadH.ToString();
arrayList.Add(memHead);
// 初始化探头
memDataAnalyz.memHead = new MemHead[arrayList.Count];
// 循环添加探头
for (int i = 0; i < arrayList.Count; i++)
{
memDataAnalyz.memHead[i] = (MemHead)arrayList[i];
}
return memDataAnalyz;
}
