public void AddGobject(int x1, int y1, int x2, int y2, MeshRelation prelation)
{
#region 为了防止刷新，不在此时画线!!! urinatedong 20170322
//Graphics g = this.panel2.CreateGraphics();//this.CreateGraphics();
//g.SmoothingMode = SmoothingMode.AntiAlias; //使绘图质量最高，即消除锯齿
//g.InterpolationMode = InterpolationMode.HighQualityBicubic;
//g.CompositingQuality = CompositingQuality.HighQuality;
//AdjustableArrowCap lineCap = new AdjustableArrowCap(5, 6, true);
//Pen p;
//if (prelation.Findtimes == 2)
//{
// p = new Pen(Color.Blue,3);
//}
//else
//{
// p = new Pen(Color.Orange,3);
// p.DashStyle = DashStyle.Custom;
// p.DashPattern = new float[] { 6, 3 };
//}
//p.CustomEndCap = lineCap;
//g.DrawLine(p, x1, y1, x2, y2);
#endregion
///新需求中不再强调这些信息
///urinatedong 20170314
//int xm = (x1 + x2) / 2;
//int ym = (y1 + y2) / 2;
string relationinfo = "Localport " + prelation.Localport +
"\nTxsnr" + prelation.Txsnr +
"\nTxspeed " + prelation.Txspeed +
"\nRemoteport " + prelation.Remoteport +
"\nRxsnr " + prelation.Rxsnr +
"\nRxspeed " + prelation.Rxspeed +
"\nFindTimes " + prelation.Findtimes;
//AddText(xm, ym, relationinfo, false);
//AddText(xm, ym, "Rx Tx", false);
GObject TempGObject = new GObject();
//在数组中查找是否已经有该关系了
GNetwork.FindGObjectByName(prelation.Localnode.MacAddress + prelation.Remotenode.MacAddress, ref TempGObject);
if (TempGObject.Type == "")
{
GNetwork.AddGObject(prelation.Localnode.MacAddress + prelation.Remotenode.MacAddress, "Line", x1, y1, x2, y2, relationinfo);
}
else
{
///更新关系信息！！！
TempGObject.AddInfo = relationinfo;
}
}
public void TestSendTelnetTelegram(string needInfoNode)
{
//需要在这里try catch finally 以关闭连接
//必须关闭连接!!!!!! tn.close!!!!
LogHelper.WriteLog("开始获取MAC为:" + needInfoNode + " 的NODE的信息！！！ ");
MeshNode TheNode = MYBlockNodes.Nodelist.Where(n => n.MacAddress.Equals(needInfoNode)).ToList().First();
if (TheNode != null)
{
MyTelnet tn = new MyTelnet(TheNode.IpAddress);
try
{
string recvStr = tn.recvDataWaitWord("help", 1);
//Thread.Sleep(1);
tn.sendData("battery");
//Thread.Sleep(1);
recvStr = tn.recvDataWaitWord("V", 1);
TheNode.Battery = double.Parse(recvStr.Replace("OK\n#user@/>", "").Replace("V", ""));
Thread.Sleep(1);
tn.sendData("frequency");
recvStr = tn.recvDataWaitWord("MHz", 1);
TheNode.Frequency = double.Parse(recvStr.Replace("OK\n#user@/>", "").Replace("MHz", ""));
//Thread.Sleep(1);
tn.sendData("txpower");
recvStr = tn.recvDataWaitWord("dBm", 1);
TheNode.TxPower = double.Parse(recvStr.Replace("OK\n#user@/>", "").Replace("dBm", ""));
//Thread.Sleep(1);
tn.sendData("bandwidth");
recvStr = tn.recvDataWaitWord("MHz", 1);
TheNode.BandWidth = double.Parse(recvStr.Replace("OK\n#user@/>", "").Replace("MHz", ""));
//Thread.Sleep(1);
tn.sendData("mesh");
recvStr = tn.recvDataWaitWord("OK", 1);
string[] tempmesh = recvStr.Replace("OK\n#user@/>", "").Split(":".ToArray());
if (tempmesh.Length > 1)
{
int i = int.Parse(tempmesh[0]);
if (i > 0)
{
string[] mymesh = tempmesh[1].Split(";".ToArray());
TheNode.Haschild = true;
//3:
//9,6C6126100328,14,12,45,19,6C6126100327
//
//11,6C6126100328,13,12,57,21,6C612610035C.
for (int j = 0; j < mymesh.Length; j++)
{
/////在这里增加新节点
//1
//\r\n9,6C612610034D,82,26,85,27,6C612610031D.\n
///在这里建立新的Relation
//if (j % 2 == 1)
//{
if (mymesh[j] == "\r\n\n")
{
break;
}
string SplitNewNode = mymesh[j].Replace("\r", "").Replace("\n", "").Replace(".", "");
string[] MeshInfo = SplitNewNode.Split(",".ToCharArray());
///如果用子节点登录?不再访问其根节点
string NeedToCheckMac = MeshInfo[6].Substring(0, 12);
string NeedToCheckIP = mOperateNode.getIPaddress(NeedToCheckMac, MyARPLIST);
if (MYBlockNodes.Nodelist.Count > 1)
{
int samenode = MYBlockNodes.Nodelist.Where(x => x.MacAddress.Equals(NeedToCheckMac) && x.IpAddress.Equals(NeedToCheckIP)).ToList().Count;
if (samenode == 0) //这是首次发现的NODE
{
MeshNode NewNode = new MeshNode(NeedToCheckMac);
NewNode.IpAddress = NeedToCheckIP;
MeshRelation NewRelation = new MeshRelation(TheNode, NewNode);
NewRelation.Localport = int.Parse(MeshInfo[0]);
NewRelation.Txspeed = int.Parse(MeshInfo[2]);
NewRelation.Txsnr = int.Parse(MeshInfo[3]);
NewRelation.Rxspeed = int.Parse(MeshInfo[4]);
NewRelation.Rxsnr = int.Parse(MeshInfo[5]);
NewRelation.Findtimes = 1;
this.MYBlockNodes.Nodelist.Add(NewNode);
this.MYBlockNodes.Relationlist.Add(NewRelation);
this.NeedResearchMac.Add(NeedToCheckMac);
}
else //找到了根节点，这时候跟新与根节点的端口关系
{
//对关系是否需要增加则需要判断一下是否有该关系
if (MYBlockNodes.Relationlist.Count > 0)
{
//
var needupdaterelation = MYBlockNodes.Relationlist.Where(x => x.Localnode.MacAddress.Equals(NeedToCheckMac) && x.Localnode.IpAddress.Equals(NeedToCheckIP) && x.Remotenode.MacAddress.Equals(TheNode.MacAddress) && x.Remotenode.IpAddress.Equals(TheNode.IpAddress)).ToList();
if (needupdaterelation.Count > 0)
{
MeshRelation TheRelation = needupdaterelation.FirstOrDefault();
TheRelation.Remoteport = int.Parse(MeshInfo[0]);
TheRelation.Findtimes = 2;
//这里需要确认以下是否需要跟新RX和TX的信息！！！
}
else
{
var theOtherNode = MYBlockNodes.Nodelist.Where(x => x.MacAddress.Equals(NeedToCheckMac) && x.IpAddress.Equals(NeedToCheckIP)).ToList().First();
MeshRelation NewRelation = new MeshRelation(TheNode, theOtherNode);
NewRelation.Localport = int.Parse(MeshInfo[0]);
NewRelation.Txspeed = int.Parse(MeshInfo[2]);
NewRelation.Txsnr = int.Parse(MeshInfo[3]);
NewRelation.Rxspeed = int.Parse(MeshInfo[4]);
NewRelation.Rxsnr = int.Parse(MeshInfo[5]);
NewRelation.Findtimes = 1;
this.MYBlockNodes.Relationlist.Add(NewRelation);
}
}
}
}
else //刚开始从根目录查找
{
MeshNode NewNode = new MeshNode(NeedToCheckMac);
NewNode.IpAddress = NeedToCheckIP;
MeshRelation NewRelation = new MeshRelation(TheNode, NewNode);
NewRelation.Localport = int.Parse(MeshInfo[0]);
NewRelation.Txspeed = int.Parse(MeshInfo[2]);
NewRelation.Txsnr = int.Parse(MeshInfo[3]);
NewRelation.Rxspeed = int.Parse(MeshInfo[4]);
NewRelation.Rxsnr = int.Parse(MeshInfo[5]);
NewRelation.Findtimes = 1;
this.MYBlockNodes.Nodelist.Add(NewNode);
this.MYBlockNodes.Relationlist.Add(NewRelation);
this.NeedResearchMac.Add(NeedToCheckMac);
}
//0 -> 端口号
//1 -> 本地MAC
//2 -> TX Speed
//3 -> TX SNR
//4 -> RX Speed
//5 -> RX SNR
//6 -> REMOTE MAC ADDRESS 子节点MAC地址
// }
}
}
else
{
// //此时只有根节点
// //需要告知用户
LogHelper.WriteLog("此拓扑只发现单一节点，未发现子节点！！！");
}
}
}
catch (Exception ex)
{
LogHelper.WriteLog("在获取NODE信息时异常: " + ex.Message);
}
finally
{
tn.close();
}
} //if end
}
/// <summary>
/// urinatedong 20170314
/// 新增离线测试功能，用来测试绘图部分的优化
/// </summary>
private void DrawNodeTest()
{
while (true)
{
///随机增加层数和NODE数量，关系
MeshNode TestNode1 = new MeshNode("AAAAAAAAAAAA");
TestNode1.IpAddress = "192.168.0.9";
TestNode1.Battery = 1900;
MeshNode TestNode2 = new MeshNode("AAAAAAAAAAAB");
TestNode2.IpAddress = "192.168.0.10";
TestNode2.Battery = 1900;
MeshNode TestNode3 = new MeshNode("AAAAAAAAAAAC");
TestNode3.IpAddress = "192.168.0.11";
TestNode3.Battery = 1900;
MeshNode TestNode4 = new MeshNode("AAAAAAAAAAAD");
TestNode4.IpAddress = "192.168.0.18";
this.MYBlockNodes.Nodelist.Add(TestNode1);
this.MYBlockNodes.Nodelist.Add(TestNode2);
this.MYBlockNodes.Nodelist.Add(TestNode3);
this.MYBlockNodes.Nodelist.Add(TestNode4);
MeshRelation relation1 = new MeshRelation(TestNode1, TestNode2);
relation1.Findtimes = 2;
MeshRelation relation2 = new MeshRelation(TestNode2, TestNode3);
relation2.Findtimes = 2;
MeshRelation relation3 = new MeshRelation(TestNode2, TestNode4);
relation3.Findtimes = 1;
this.MYBlockNodes.Relationlist.Add(relation1);
this.MYBlockNodes.Relationlist.Add(relation2);
this.MYBlockNodes.Relationlist.Add(relation3);
this.RepeatTime = 3;
this.EveryColumnNodeCount = new List <int>()
{
1, 1, 2
};
LogHelper.WriteLog("DrawNodeTest全部拓扑信息读取完成");
// this.PrintStatues(this.MYBlockNodes.Nodelist.ToList(), this.MYBlockNodes.Relationlist.ToList(), true);
///锁定信息并进行复制
_rwlock.AcquireWriterLock(100);
///全部复制
this.RepeatTimeForRead = this.RepeatTime;
this.EveryColumnNodeCountForRead = this.EveryColumnNodeCount.ToArray().ToList();
this.ShowBlockNodes.Nodelist = this.MYBlockNodes.Nodelist.ToArray().ToList();
this.ShowBlockNodes.Relationlist = this.MYBlockNodes.Relationlist.ToArray().ToList();
// = new List<string>(NeedResearchMac.ToArray());
_rwlock.ReleaseWriterLock();
///打印信息
///清除所有内容
this.MYBlockNodes.Nodelist.Clear();
this.MYBlockNodes.Relationlist.Clear();
///将所有实时的拓扑节点复制到MYBlockNodes用于显示
///清空实时拓扑用于显示
//初步定为每隔1分钟总体扫描1次
Thread.Sleep(this.ScanRate * 1000);
}
}