public static int Ping(IPAddress IP)
{
IntPtr ICMPHandle;
Int32 iIP;
String sData;
ICMP_OPTIONS oICMPOptions = new ICMP_OPTIONS();
ICMP_ECHO_REPLY ICMPReply = new ICMP_ECHO_REPLY();
Int32 iReplies;
ICMPHandle = IcmpCreateFile();
iIP = BitConverter.ToInt32(IP.GetAddressBytes(), 0);
sData = "x";
oICMPOptions.Ttl = 255;
iReplies = IcmpSendEcho(ICMPHandle, iIP,
sData, sData.Length, ref oICMPOptions, ref ICMPReply,
Marshal.SizeOf(ICMPReply), 30);
IcmpCloseHandle(ICMPHandle);
return(iReplies);
}
public static int Ping(IPAddress IP)
{
IntPtr ICMPHandle;
Int32 iIP;
String sData;
ICMP_OPTIONS oICMPOptions = new ICMP_OPTIONS();
ICMP_ECHO_REPLY ICMPReply = new ICMP_ECHO_REPLY();
Int32 iReplies;
ICMPHandle = IcmpCreateFile();
iIP = BitConverter.ToInt32(IP.GetAddressBytes(), 0);
sData = "x";
oICMPOptions.Ttl = 255;
iReplies = IcmpSendEcho(ICMPHandle, iIP,
sData, sData.Length, ref oICMPOptions, ref ICMPReply,
Marshal.SizeOf(ICMPReply), 30);
IcmpCloseHandle(ICMPHandle);
return iReplies;
}
public static int PingQdata(ref queueData qData)
{
IntPtr ICMPHandle;
Int32 iIP;
String sData;
ICMP_OPTIONS oICMPOptions = new ICMP_OPTIONS();
ICMP_ECHO_REPLY ICMPReply = new ICMP_ECHO_REPLY();
Int32 iReplies;
int[] roundTrips = new int[qData.iPingCount];
int averageRoundTrip = 0;
//reset ping reply count
qData.iPingReplies = 0;
/*
* qData.iPingTimeout = (byte)qData.iPingTimeout;
* qData.sIP = IP.ToString();
* qData.IP = IP;
*/
ICMPHandle = IcmpCreateFile();
iIP = BitConverter.ToInt32(qData.IP.GetAddressBytes(), 0);
sData = "x";
oICMPOptions.Ttl = (byte)qData.iPingTimeout; //time to live
for (int i = 0; i < qData.iPingCount; i++)
{
iReplies = IcmpSendEcho(ICMPHandle, iIP,
sData, sData.Length, ref oICMPOptions, ref ICMPReply,
Marshal.SizeOf(ICMPReply), 30);
if (iReplies == 1)
{
roundTrips[i] = ICMPReply.RoundTripTime;
qData.iPingReplies++;
}
else
{
roundTrips[i] = -1;
}
}
//calc average
int counts = 0;
for (int i = 0; i < qData.iPingCount; i++)
{
if (roundTrips[i] != -1)
{
averageRoundTrip += roundTrips[i];
counts++;
}
}
if (counts > 0)
{
averageRoundTrip = averageRoundTrip / counts;
}
else
{
averageRoundTrip = 0;
}
qData.iPingReplyTime = averageRoundTrip;
IcmpCloseHandle(ICMPHandle);
return(qData.iPingReplies);
}
private static extern Int32 IcmpSendEcho(IntPtr icmpHandle, Int32 destinationAddress, String requestData, Int32 requestSize, ref ICMP_OPTIONS requestOptions, ref ICMP_ECHO_REPLY replyBuffer, Int32 replySize, Int32 timeout);
public static int PingQdata(ref queueData qData)
{
IntPtr ICMPHandle;
Int32 iIP;
String sData;
ICMP_OPTIONS oICMPOptions = new ICMP_OPTIONS();
ICMP_ECHO_REPLY ICMPReply = new ICMP_ECHO_REPLY();
Int32 iReplies;
int[] roundTrips= new int[qData.iPingCount];
int averageRoundTrip=0;
//reset ping reply count
qData.iPingReplies = 0;
/*
qData.iPingTimeout = (byte)qData.iPingTimeout;
qData.sIP = IP.ToString();
qData.IP = IP;
*/
ICMPHandle = IcmpCreateFile();
iIP = BitConverter.ToInt32(qData.IP.GetAddressBytes(), 0);
sData = "x";
oICMPOptions.Ttl = (byte) qData.iPingTimeout; //time to live
for(int i=0; i<qData.iPingCount; i++){
iReplies = IcmpSendEcho(ICMPHandle, iIP,
sData, sData.Length, ref oICMPOptions, ref ICMPReply,
Marshal.SizeOf(ICMPReply), 30);
if (iReplies == 1)
{
roundTrips[i] = ICMPReply.RoundTripTime;
qData.iPingReplies++;
}
else
roundTrips[i] = -1;
}
//calc average
int counts = 0;
for (int i = 0; i < qData.iPingCount; i++)
{
if (roundTrips[i] != -1)
{
averageRoundTrip += roundTrips[i];
counts++;
}
}
if(counts>0)
averageRoundTrip = averageRoundTrip / counts;
else
averageRoundTrip = 0;
qData.iPingReplyTime = averageRoundTrip;
IcmpCloseHandle(ICMPHandle);
return qData.iPingReplies;
}
private static extern Int32 IcmpSendEcho(IntPtr icmpHandle, Int32 destinationAddress, String requestData, Int32 requestSize, ref ICMP_OPTIONS requestOptions, ref ICMP_ECHO_REPLY replyBuffer, Int32 replySize, Int32 timeout);