/// <summary>
/// 设置通讯类的 命令打包工具 应该是从上层调用的类中指定的
/// </summary>
/// <param name="DTPLCcmd"></param>
public void SetDTPLCcmd(DTPLCPackCmdAndDataUnpack dtplccmd)
{
if (dtplccmd != null)
{
DTPLCcmd = dtplccmd;
}
}
public void SetDTPLCcmd(DTPLCPackCmdAndDataUnpack xjplccmd)
{
if (xjplccmd != null)
{
DTPLCcmd = xjplccmd;
}
}
public bool WriteMultiPleDMData(int relAddr, int[] value, string area, string mode)
{
int intArea = DTPLCPackCmdAndDataUnpack.AreaGetFromStr(area);
List <int> mvalueLst = new List <int>();
if (intArea < Constant.M_ID)
{
if (mode.Equals(Constant.DoubleMode))
{
int dcount = value.Count() * 2;
List <int> valueLst = new List <int>();
foreach (int valuevaluesingle in value)
{
int addr_high = (int)((valuevaluesingle & 0xFFFF0000) >> 16);
int addr_low = valuevaluesingle & 0xFFFF;
valueLst.Add(addr_low);
valueLst.Add(addr_high);
}
return(SetMultipleDArea(relAddr, dcount, valueLst.ToArray(), area));
}
else
{
if (mode.Equals(Constant.SingleMode))
{
return(SetMultipleDArea(relAddr, value.Count(), value, area));
}
else
{
return(false);
}
}
}
else
{
string strvalue = "";
//8个数据一组
for (int i = 0; i < value.Count(); i++)
{
string s = value[i].ToString();
strvalue = strvalue.Insert(0, s);
if ((((i + 1) % 8) == 0) || (i == value.Count() - 1))
{
mvalueLst.Add(Convert.ToInt32(strvalue, 2));
strvalue = "";
}
}
}
//这里传入的数据 应该是
return(SetMultipleMArea(relAddr, value.Count(), mvalueLst.ToArray(), area));
}
//传入相对地址 和区域 单双字
public DTPlcInfo(int addr, string areaIn, string valuemode)
{
this.relativeaddr = addr;
this.StrArea = areaIn;
absAddr = DTPLCPackCmdAndDataUnpack.AreaGetFromStr(relativeaddr, StrArea);
intArea = DTPLCPackCmdAndDataUnpack.AreaGetFromStr(StrArea);
valueMode = valuemode;
//D区两个字节
if (intArea < Constant.M_ID)
{
ByteValue = new byte[2];
}
else
{
ByteValue = new byte[1];
}
}
/// <summary>
/// XY 地址 8进制转换成十进制 进行类建立
/// </summary>
/// <param name="addr"></param>
/// <returns></returns>
public DTPlcInfo[] GetPlcInfo(int addr, int count, string XYM, string mode)
{
List <DTPlcInfo> plcinforlst = new List <DTPlcInfo>();
int addrreal = addr;
if (DTPLCPackCmdAndDataUnpack.AreaGetFromStr(XYM.Trim()) > Constant.HM_ID)
{
addrreal = ConstantMethod.GetXYAddr8To10(addr);
}
for (int i = 0; i < count; i++)
{
DTPlcInfo tmpInfo = new DTPlcInfo(addrreal, XYM.Trim(), mode);
tmpInfo.Xuhao = -1;
plcinforlst.Add(tmpInfo);
addrreal++;
}
return(plcinforlst.ToArray());
}
public int PackSetCmdReadDDataOut(List <DTPlcInfo> addrLst)
{
List <byte> byteLst = new List <byte>();
List <byte> byteLstIn = new List <byte>();
List <byte> byteLstOut = new List <byte>();
byte[] DTCmdSetReadDDataOutTemp;
byte[] DTCmdReadDDataOutTemp;
DTCmdSetReadDDataOutTemp = Constant.DTCmdSetReadDDataOut232;
DTCmdReadDDataOutTemp = Constant.DTCmdReadDDataOut232;
if (ConnectMode == Constant.TaiDaConnectMode485)
{
DTCmdSetReadDDataOutTemp = Constant.DTCmdSetReadDDataOut485;
DTCmdReadDDataOutTemp = Constant.DTCmdReadDDataOut485;
}
if (!(addrLst.Count > 0))
{
CmdSetReadDDataOut = null;
CmdSetReadDDataIn = null;
CmdReadDDataOut = null;
return(-1);
}
List <byte> cmdByte = new List <byte>();
for (int i = 0; i < addrLst.Count; i++)
{
int addr_high = (addrLst[i].AbsAddr & 0xFF00) >> 8;
int addr_low = addrLst[i].AbsAddr & 0xFF;
cmdByte.Add((byte)addr_high);
cmdByte.Add((byte)addr_low);
}
int addrcount_high = ((addrLst.Count + 1) & 0xFF00) >> 8;
int addrcount_low = (addrLst.Count + 1) & 0xFF;
int count = (addrLst.Count + 1) * 2;
//发送设置读取D区命令
byteLst.Add(0x01);
byteLst.Add(0x10);
byteLst.AddRange(DTCmdSetReadDDataOutTemp);
byteLstIn.Add(0x01);
byteLstIn.Add(0x10);
byteLstIn.AddRange(DTCmdSetReadDDataOutTemp);
byteLstOut.Add(0x01);
byteLstOut.Add(0x03);
byteLstOut.AddRange(DTCmdReadDDataOutTemp);
int addrcount_high0 = ((addrLst.Count) & 0xFF00) >> 8;
int addrcount_low0 = (addrLst.Count) & 0xFF;
byteLstOut.Add((byte)addrcount_high0);
byteLstOut.Add((byte)addrcount_low0);
byteLst.Add((byte)addrcount_high);
byteLst.Add((byte)addrcount_low);
byteLstIn.Add((byte)addrcount_high);
byteLstIn.Add((byte)addrcount_low);
byteLst.Add((byte)((addrLst.Count + 1) * 2));
addrcount_high = ((addrLst.Count) & 0xFF00) >> 8;
addrcount_low = (addrLst.Count) & 0xFF;
byteLst.Add((byte)addrcount_high);
byteLst.Add((byte)addrcount_low);
byteLst.AddRange(cmdByte);
//根据232 还是485来选择
byteLst.Add(DTPLCPackCmdAndDataUnpack.LRC16_C(byteLst.ToArray()));
byteLstIn.Add(DTPLCPackCmdAndDataUnpack.LRC16_C(byteLstIn.ToArray()));
byteLstOut.Add(DTPLCPackCmdAndDataUnpack.LRC16_C(byteLstOut.ToArray()));
//开始拼接 台达设置读取D区命令
CmdSetReadDDataOut = byteLst.ToArray();
CmdSetReadDDataIn = byteLstIn.ToArray();
CmdReadDDataOut = byteLstOut.ToArray();
return(0);
}
public int PackSetCmdReadMDataOut(List <List <DTPlcInfo> > addrLst)
{
List <DTPlcInfo> mplcLst = new List <DTPlcInfo>();
byte[] DTCmdSetReadMDataOutTemp;
byte[] DTCmdReadMDataOutTemp;
DTCmdSetReadMDataOutTemp = Constant.DTCmdSetReadMDataOut232;
DTCmdReadMDataOutTemp = Constant.DTCmdReadMDataOut232;
if (ConnectMode == Constant.TaiDaConnectMode485)
{
DTCmdSetReadMDataOutTemp = Constant.DTCmdSetReadMDataOut485;
DTCmdReadMDataOutTemp = Constant.DTCmdReadMDataOut485;
}
for (int i = 0; i < addrLst.Count; i++)
{
mplcLst.AddRange(addrLst[i]);
}
if (!(mplcLst.Count > 0))
{
CmdSetReadMDataOut = null;
CmdSetReadMDataIn = null;
CmdReadMDataOut = null;
return(-1);
}
List <byte> cmdByte = new List <byte>();
for (int i = 0; i < mplcLst.Count; i++)
{
int addr_high = (mplcLst[i].AbsAddr & 0xFF00) >> 8;
int addr_low = mplcLst[i].AbsAddr & 0xFF;
cmdByte.Add((byte)addr_high);
cmdByte.Add((byte)addr_low);
}
List <byte> byteLst = new List <byte>();
List <byte> byteLstIn = new List <byte>();
List <byte> byteLstOut = new List <byte>();
byteLst.Add(0x01);
byteLst.Add(0x10);
byteLst.AddRange(DTCmdSetReadMDataOutTemp);
byteLstIn.Add(0x01);
byteLstIn.Add(0x10);
byteLstIn.AddRange(DTCmdSetReadMDataOutTemp);
byteLstOut.Add(0x01);
byteLstOut.Add(0x03);
byteLstOut.AddRange(DTCmdReadMDataOutTemp);
int addrcount_high = ((mplcLst.Count + 1) & 0xFF00) >> 8;
int addrcount_low = (mplcLst.Count + 1) & 0xFF;
int c = (int)Math.Ceiling((double)mplcLst.Count / 16); //多少个16位的数据 至少是16位
int addrcount_high0 = ((c) & 0xFF00) >> 8;
int addrcount_low0 = (c) & 0xFF;
int count = (mplcLst.Count + 1) * 2;
byteLst.Add((byte)addrcount_high);
byteLst.Add((byte)addrcount_low);
byteLstIn.Add((byte)addrcount_high);
byteLstIn.Add((byte)addrcount_low);
byteLstOut.Add((byte)addrcount_high0);
byteLstOut.Add((byte)addrcount_low0);
byteLst.Add((byte)((mplcLst.Count + 1) * 2));
addrcount_high = ((mplcLst.Count) & 0xFF00) >> 8;
addrcount_low = (mplcLst.Count) & 0xFF;
byteLst.Add((byte)addrcount_high);
byteLst.Add((byte)addrcount_low);
byteLst.AddRange(cmdByte);
byteLst.Add(DTPLCPackCmdAndDataUnpack.LRC16_C(byteLst.ToArray()));
byteLstIn.Add(DTPLCPackCmdAndDataUnpack.LRC16_C(byteLstIn.ToArray()));
byteLstOut.Add(DTPLCPackCmdAndDataUnpack.LRC16_C(byteLstOut.ToArray()));
//开始拼接 台达设置读取D区命令
CmdSetReadMDataOut = byteLst.ToArray();
CmdSetReadMDataIn = byteLstIn.ToArray();
CmdReadMDataOut = byteLstOut.ToArray();
return(0);
}
/// <summary>
/// dataform中的数据 与 dplcinfo 和 mplcinfoall 集合对应起来 这样 更新速度会很快
/// </summary>
/// <param name="datafm"></param>
/// <param name="dAll"></param>
/// <param name="mAll"></param>
/// <returns></returns>
private bool FindIndexInPlcInfo(DataTable datafm, List <DTPlcInfo> dAll, List <List <DTPlcInfo> > mAll)
{
foreach (DataRow row in datafm.Rows)
{
if (row == null)
{
continue;
}
int mAddr = 0; //地址
int mArea;
string strSplit1;
string strSplit2; //地址区域
string DSmode; //单字还是双字
strSplit1 = Regex.Replace(row["addr"].ToString().Trim(), "[A-Z]", "", RegexOptions.IgnoreCase);
//取字母
strSplit2 = Regex.Replace(row["addr"].ToString().Trim(), "[0-9]", "", RegexOptions.IgnoreCase);
strSplit1 = strSplit1.Trim();
strSplit2 = strSplit2.Trim();
DSmode = row["mode"].ToString().Trim();
//地址超了 无效 暂且定XDM 最大69999
if (!int.TryParse(strSplit1, out mAddr) || (mAddr < 0) || (mAddr > Constant.XJMaxAddr))
{
continue;
}
int count;
if (!int.TryParse(row["count"].ToString().Trim(), out count))
{
continue;
}
mArea = DTPLCPackCmdAndDataUnpack.AreaGetFromStr(strSplit2);
if (mArea > Constant.HM_ID)
{
mAddr = ConstantMethod.GetXYAddr8To10(mAddr);
}
mAddr = DTPLCPackCmdAndDataUnpack.AreaGetFromStr(mAddr, strSplit2);
if (mArea < 0)
{
continue;
}
if (row["param1"] != null && row["param2"] != null)
{
int[] s = FindValueIndexFromDPlcInfo(mAddr, mArea, DSmode);
row["param1"] = s[0];
row["param2"] = s[1];
//让集合 把dataform 也保存下 方便更新数据
if (mArea < Constant.M_ID)
{
if (!(s[0] > -1))
{
continue;
}
DPlcInfo[s[0]].BelongToDT = datafm;
DPlcInfo[s[0]].Row = datafm.Rows.IndexOf(row);
}
else
{
if (!(s[0] > -1 && s[1] > -1))
{
continue;
}
MPlcInfoAll[s[0]][s[1]].BelongToDT = datafm;
MPlcInfoAll[s[0]][s[1]].Row = datafm.Rows.IndexOf(row);
}
}
}
return(true);
}
/// <summary>
/// 这里增加一个 就是 主form太大了 分割一个form出来 但是 绑定 还是在原来那个主form上
/// </summary>
/// <param name="dataForm0"></param>
void SplitPackCmdReadDMDataOut(DataTable dataForm0, DataTable dataForm1)
{
List <DTPlcInfo> plcInfoLst = new List <DTPlcInfo>();
List <DTPlcInfo> MPlcInfo = new List <DTPlcInfo>();
foreach (DataRow row in dataForm0.Rows)
{
int mAddr = 0;
int count = 0;
string strSplit1;
string strSplit2;
string DSmode; //单字还是双字
#region 获取地址 个数 区域 创建plcinfo类 并添加到集合
if (row == null)
{
return;
}
if (row["addr"].ToString() == null || row["mode"].ToString() == null || row["count"].ToString() == null)
{
return;
}
;
//添加各个单元
//取数字 用替代的字符的方法 取数组就替换字母为空 取字母就替换数字
strSplit1 = Regex.Replace(row["addr"].ToString(), "[A-Z]", "", RegexOptions.IgnoreCase);
//取字母
strSplit2 = Regex.Replace(row["addr"].ToString(), "[0-9]", "", RegexOptions.IgnoreCase);
DSmode = row["mode"].ToString();
if (!int.TryParse(row["count"].ToString(), out count))
{
continue;
}
//地址超了 无效 暂且定XDM 最大69999
if (!int.TryParse(strSplit1, out mAddr) || (mAddr < 0) || (mAddr > Constant.XJMaxAddr))
{
continue;
}
//字母大于4 无效地址
if (strSplit2.Count() > 3)
{
continue;
}
//这里数组进行统计
if (DSmode.Equals(Constant.DoubleMode) && (DTPLCPackCmdAndDataUnpack.AreaGetFromStr(strSplit2) < Constant.M_ID))
{
count = count * 2;
}
//传入数据起始地址 个数 区域 模式
DTPlcInfo[] tmpInfoLst = DTPLCcmd.GetPlcInfo(mAddr, count, strSplit2, DSmode);
if (tmpInfoLst.Count() > 0)
{
plcInfoLst.AddRange(tmpInfoLst);
}
#endregion
}
#region 排序 去重复 统计DM 起始点
//排序 按照绝对地址
plcInfoLst = plcInfoLst.OrderBy(x => x.AbsAddr).ToList();
//去重复
plcInfoLst = plcInfoLst.Distinct(new ModelComparerDT()).ToList();
//分离D 区 M区
DPlcInfo = plcInfoLst.FindAll(t => t.IntArea < (Constant.HSD_ID + 1));
MPlcInfo = plcInfoLst.FindAll(t => t.IntArea > (Constant.HSD_ID));
DPlcInfo = InsertPlcInfo(DPlcInfo); //将D区分解出来 出来 变成一个一个单个的地址 尽量保持连续
MPlcInfo = InsertPlcInfo(MPlcInfo);
plcInfoLst = DPlcInfo.Union(MPlcInfo).ToList <DTPlcInfo>();
#endregion
#region 根据断点 建立命令的表格缓冲lst 然后创建读取DM区域的命令
//开始打包
List <int> addrLst = new List <int>(); //连续地址的起始地址
List <int> idLst = new List <int>(); //地址是D xy HSD
List <int> addrcount = new List <int>(); //起始地址开始 读取几个寄存器
List <int> breakPoint = new List <int>(); //在
//首先要确定断点
breakPoint.Add(0);
//获取不连续点的位置 D区域
for (int i = 0; i < plcInfoLst.Count - 1; i++)
{
if (((plcInfoLst[i + 1].RelAddr - plcInfoLst[i].RelAddr) > 1) || (plcInfoLst[i + 1].IntArea != plcInfoLst[i].IntArea))
{
int bp = i + 1;
breakPoint.Add(bp);
}
}
breakPoint.Add(plcInfoLst.Count);
//d区在前面，M区在后面 根据断点来区分
//统计D区起始地址个数 统计M区起始地址个数
//D区返回数据可以根据Dplcinfo集合来预算
//但M区需要知道M起始地址个数
for (int j = 0; j < breakPoint.Count; j++)
{
if (breakPoint[j] < plcInfoLst.Count)
{
addrLst.Add(plcInfoLst[breakPoint[j]].AbsAddr);
idLst.Add(plcInfoLst[breakPoint[j]].IntArea);
addrcount.Add(plcInfoLst[breakPoint[j + 1] - 1].RelAddr - plcInfoLst[breakPoint[j]].RelAddr + 1);
}
}
//这里d区的话 需要指定一下双字情况下的 另外一个字节
FindHighPlcInfo(DPlcInfo);
//这里M区麻烦一点 分成n个M单元组 每个单元组 有个起始地址
MPlcInfoAll = new List <List <DTPlcInfo> >();
for (int i = 0; i < addrLst.Count; i++)
{
List <DTPlcInfo> mplst = new List <DTPlcInfo>();
if (idLst[i] > Constant.HSD_ID)
{
for (int k = 0; k < addrcount[i]; k++)
{
DTPlcInfo p = new DTPlcInfo();
p.ValueMode = Constant.BitMode;
p.ByteValue = new byte[1];
p.IntArea = idLst[i];
p.AbsAddr = addrLst[i] + k;
p.Xuhao = k;
mplst.Add(p);
}
}
if (mplst.Count > 0)
{
MPlcInfoAll.Add(mplst);
}
}
int mCount = 0;
for (int i = 0; i < MPlcInfoAll.Count; i++)
{
double cntdb = (double)MPlcInfoAll[i].Count / 8;
mCount = mCount +
(int)Math.Ceiling(cntdb);
}
//绑定主form
FindIndexInPlcInfo(dataForm1, DPlcInfo, MPlcInfoAll);
DTPLCcmd.PackCmdReadDMDataOut(addrLst, idLst, addrcount, 5 + DPlcInfo.Count * 2 + mCount);
#endregion
addrLst = null;
idLst = null;
addrcount = null;
breakPoint = null;
//GC.Collect();
//GC.WaitForPendingFinalizers();
}
public DTDevice(List <string> filestr, int conneMode)
{
DTPLCcmd = new DTPLCPackCmdAndDataUnpack();
SetConnectMode(conneMode);
Init(filestr);
}
/// <summary>
/// 针对信捷PLC 进行设备的存在获取
/// </summary>
/// <returns></returns>
public DTDevice(List <string> filestr)
{
DTPLCcmd = new DTPLCPackCmdAndDataUnpack();
Init(filestr);
}
/// <summary>
/// 串口数据接收 针对信台达PLC
/// 数据没有结束符 只能通过校验来确认
/// 信捷PLC 通讯模式 发送一条带DM 区域的指令 返回所有数据
/// 数据错误需要超时机制来进行恢复 如果超时一定次数 则判断中断 机器不存在
// 数据长度达到 就进行数据处理判断 同时发送下一组读取命令
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void DTPLC_SerialPort_Received(object sender, SerialPortEvents e)
{
if (e.BufferData != null)
{
m_buffer.AddRange(e.BufferData);
//返回命令统一都是0X3a开头 如果不是则移除
if (m_buffer[0] != Constant.DTHeader)
{
m_buffer.RemoveAt(0);
}
if ((m_buffer.Count > receivedByteCount))
{
m_buffer.Clear();
}
//收到数据就清空错误指示器，如果长时间通讯错误 肯定会一直往上加
ErrorConnCount = 0;
#region 数据长度合格了
//数据接收超长了 也清空 数据刚好相等 头几个数据相同
if (m_buffer.Count == receivedByteCount)
{
//进行转换 去掉第一个0x3a
m_buffer = ConstantMethod.DeltaBufferPro(m_buffer);
//符合校验规则
if (DTPLCPackCmdAndDataUnpack.IsEnd(m_buffer.ToArray()))
{
if ((!isDeviceReady)
&&
(ConstantMethod.compareByteStrictly(m_buffer.ToArray(), ConstantMethod.DeltaBufferPro(DTPLCcmd.CmdIn))))
{
#region 设备未连接
//设备通了 要开始 连接了哦 准备好了
//设置标志位 打开监控定时器 设置发送和 接收命令
isDeviceReady = true;
isGoToGetData = true;
//台达这里还不能发送 因为要设置读取命令先
//SetCmdOutToCmdReadDMDataOut();
m_buffer.Clear();
#endregion
}
else
{
//设备连接情况下 是写数据区域命令的反馈 还是读数据区域命令的反馈
if (isWriteCmd)
{
#region 设备连接了 发送设置DM区域数据
//操做DTPLCcmd.CmdOut 只能在一条主线上做 不能再好多地方不然会出错
//这样 写寄存器的数据就要先放在一个缓存寄存命令里
SetCmdOutIn(DTPLCcmd.CmdSetBDREGOut, DTPLCcmd.CmdSetBDREGIn);
if (ConstantMethod.compareByte(m_buffer.ToArray(), DTPLCcmd.CmdSetBDREGIn))
{
isWriteCmd = false;
//SetCmdOutToCmdReadDMDataOut();
}
#endregion
}
else
{
#region 设置DM区域读取 这里不同于信捷 因为设置 命令返回还是要检查的 信捷直接就修改命令后 就返回数据了 所以多了个ympIsRePackymp
if (IsSetReadDDataOut)
{
if (DTPLCcmd.CmdSetReadDDataOut != null)
{
SetCmdOutIn(DTPLCcmd.CmdSetReadDDataOut.ToArray(), DTPLCcmd.CmdSetReadDDataIn.ToArray());
if (ConstantMethod.compareByte(m_buffer.ToArray(), DTPLCcmd.CmdSetReadDDataIn))
{
SetCmdDOut(DTPLCcmd.CmdReadDDataOut.ToArray());
IsSetReadDDataOut = false;
IsSetReadMDataOut = true;
IsReadingD = true;
IsReadingM = false;
}
}
else
{
IsSetReadDDataOut = false;
IsSetReadMDataOut = true;
}
}
else
if (IsSetReadMDataOut)
{
if (DTPLCcmd.CmdSetReadMDataOut != null)
{
SetCmdOutIn(DTPLCcmd.CmdSetReadMDataOut.ToArray(), DTPLCcmd.CmdSetReadMDataIn.ToArray());
if (ConstantMethod.compareByte(m_buffer.ToArray(), DTPLCcmd.CmdSetReadMDataIn))
{
SetCmdMOut(DTPLCcmd.CmdReadMDataOut.ToArray());
IsSetReadMDataOut = false;
IsReadingM = true;
IsReadingD = false;
}
}
else
{
IsSetReadMDataOut = false;
}
}
else
#endregion
//20180703249写到这里
#region 数据处理
//处理函数不为空 然后 数据开头也对 那就处理数据呗
if ((EventDataProcess != null))
{
if (ConstantMethod.compareByte(m_buffer.ToArray(), Constant.DTReadDataCmdCheck))
{
DataProcessEventArgs.Byte_buffer = m_buffer.ToArray();
EventDataProcess(this, DataProcessEventArgs);
ConstantMethod.Delay(50);
if ((IsReadingM) && (DTPLCcmd.CmdReadDDataOut != null))
{
IsReadingD = true;
IsReadingM = false;
}
else
if ((IsReadingD) && (DTPLCcmd.CmdReadMDataOut != null))
{
IsReadingM = true;
IsReadingD = false;
}
}
}
#endregion
}
}
}
//在读的过程当中 如果遇到要写 那就先写 有没有在优化
if (IsGoToGetData && IsNoConnection == false)
{
if (!IsSetReadDDataOut && !IsSetReadMDataOut && !isWriteCmd)
{
if ((IsReadingM) && (DTPLCcmd.CmdReadMDataOut != null))
{
SetCmdMOut(DTPLCcmd.CmdReadMDataOut);
}
else
if ((IsReadingD) && (DTPLCcmd.CmdReadDDataOut != null))
{
SetCmdDOut(DTPLCcmd.CmdReadDDataOut);
}
}
m_SerialPortListener.Send(DTPLCcmd.CmdOut.ToArray());
}
m_buffer.Clear();
#endregion 数据长度合格了
}
else
{
//收到字节数超出预计长度了
if (m_buffer.Count > receivedByteCount)
{
m_buffer.Clear();
}
}
}
////GC.Collect();
////GC.WaitForPendingFinalizers();
}