// method to return an array of the active Network adapters on your system
private AdaptersInfo[] EnumerateAdapters()
{
int adapterIndex = 0; // the current adapter index
bool validAdapter = true; // are we still getting a valid adapter
// we are going to look for up to 10 adapters
// temp array to hold the adapters that we find
AdaptersInfo[] aiTemp = new AdaptersInfo[10];
//start a loop while we look for adapters one by one starting at index 0
do
{
// buffer to hold the adapter information that we get
byte[] buf = new byte[1024];
// uint to hold the number of bytes that we read
uint iBytesRead = 0;
// NDISPROT_QUERY_BINDING structure containing the index
// that we want to query for
NDISPROT_QUERY_BINDING ndisprot = new NDISPROT_QUERY_BINDING();
ndisprot.BindingIndex = (ulong)adapterIndex;
// uint to hold the length of the ndisprot
uint bufsize = (uint)Marshal.SizeOf(ndisprot);
// perform the following in and unsafe context
unsafe
{
// create a void pointer to buf
fixed(void *vpBuf = buf)
{
// use the DeviceIoControl API to query the adapters
validAdapter = DeviceIoControl(this.m_iHandle,
IOCTL_NDISPROT_QUERY_BINDING, (void *)&ndisprot,
bufsize, vpBuf, (uint)buf.Length,
&iBytesRead, 0);
}
}
// if DeviceIoControl returns false, then there are no
// more valid adapters, so break the loop
if (!validAdapter)
{
break;
}
// add the adapter information to the temp AdaptersInfo struct array
// first, get a string containing the info from buf
string tmpinfo = Encoding.Unicode.GetString(buf).Trim((char)0x00);
tmpinfo = tmpinfo.Substring(tmpinfo.IndexOf("\\"));
// add the info to aiTemp
aiTemp[adapterIndex].Index = adapterIndex;
aiTemp[adapterIndex].AdapterID = tmpinfo.Substring(0,
tmpinfo.IndexOf("}") + 1);
aiTemp[adapterIndex].AdapterName = tmpinfo.Substring(
tmpinfo.IndexOf("}") + 1).Trim((char)0x00);
// Increment the adapterIndex count
adapterIndex++;
// loop while we have a valid adapter
}while (validAdapter || adapterIndex < 10);
// Copy the temp adapter struct to the return struct
AdaptersInfo[] aiReturn = new AdaptersInfo[adapterIndex];
for (int i = 0; i < aiReturn.Length; i++)
{
aiReturn[i] = aiTemp[i];
}
// return aiReturn struct
return(aiReturn);
}
/// <summary>
/// Enumerate network adapters to bind to.
/// </summary>
/// <returns>
/// Returns an array of network adapters.
/// </returns>
private NetworkAdapter[] EnumerateAdapters()
{
int adapterIndex = 0; // the current adapter index
bool validAdapter = true; // whether or not we are reading valid adapters
// temporary array to store adapter info in
NetworkAdapter[] adapters = new NetworkAdapter[10];
do
{
// buffer to hold returned data
byte[] buf = new byte[1024];
// number of bytes read into the buffer
uint bytesRead = 0;
// the query binding struct
NDISPROT_QUERY_BINDING ndisprot = new NDISPROT_QUERY_BINDING();
// size of the query binding struct
uint bufsize = (uint)Marshal.SizeOf(ndisprot);
// set the current index to the next adapter
ndisprot.BindingIndex = (ulong)adapterIndex;
// read the adapter info
unsafe
{
fixed(void *vpBuf = buf)
{
validAdapter = DeviceIoControl(m_hDevice, IOCTL_NDISPROT_QUERY_BINDING, (void *)&ndisprot, bufsize, vpBuf, (uint)buf.Length, &bytesRead, 0);
}
}
// if not a valid adapter, break out of the loop
if (!validAdapter)
{
break;
}
string tmpinfo = Encoding.Unicode.GetString(buf).Trim((char)0x00);
tmpinfo = tmpinfo.Substring(tmpinfo.IndexOf("\\"));
// store the adapter information
adapters[adapterIndex] = new NetworkAdapter();
adapters[adapterIndex].Index = adapterIndex;
adapters[adapterIndex].AdapterID = tmpinfo.Substring(0, tmpinfo.IndexOf("}") + 1);
adapters[adapterIndex].AdapterName = tmpinfo.Substring(tmpinfo.IndexOf("}") + 1).Trim((char)0x00);
// increment the adapterIndex count
adapterIndex++;
}while (validAdapter && adapterIndex < 10);
// copy the temp adapter struct to the return struct
NetworkAdapter[] returnInfo = new NetworkAdapter[adapterIndex];
for (int i = 0; i < returnInfo.Length; i++)
{
returnInfo[i] = adapters[i];
}
// return the adapters
return(returnInfo);
}
/// <summary>
/// Enumerate network adapters to bind to.
/// </summary>
/// <returns>
/// Returns an array of network adapters.
/// </returns>
private NetworkAdapter[] EnumerateAdapters ()
{
int adapterIndex = 0; // the current adapter index
bool validAdapter = true; // whether or not we are reading valid adapters
// temporary array to store adapter info in
NetworkAdapter[] adapters = new NetworkAdapter[10];
do
{
// buffer to hold returned data
byte[] buf = new byte[1024];
// number of bytes read into the buffer
uint bytesRead = 0;
// the query binding struct
NDISPROT_QUERY_BINDING ndisprot = new NDISPROT_QUERY_BINDING();
// size of the query binding struct
uint bufsize = (uint)Marshal.SizeOf(ndisprot);
// set the current index to the next adapter
ndisprot.BindingIndex = (ulong)adapterIndex;
// read the adapter info
unsafe
{
fixed (void* vpBuf = buf)
{
validAdapter = DeviceIoControl (m_hDevice, IOCTL_NDISPROT_QUERY_BINDING, (void*)&ndisprot, bufsize, vpBuf, (uint)buf.Length, &bytesRead, 0);
}
}
// if not a valid adapter, break out of the loop
if (!validAdapter)
{
break;
}
string tmpinfo = Encoding.Unicode.GetString(buf).Trim((char)0x00);
tmpinfo = tmpinfo.Substring(tmpinfo.IndexOf("\\"));
// store the adapter information
adapters[adapterIndex] = new NetworkAdapter ();
adapters[adapterIndex].Index = adapterIndex;
adapters[adapterIndex].AdapterID = tmpinfo.Substring(0, tmpinfo.IndexOf("}")+1);
adapters[adapterIndex].AdapterName = tmpinfo.Substring(tmpinfo.IndexOf("}")+1).Trim((char)0x00);
// increment the adapterIndex count
adapterIndex++;
}
while (validAdapter && adapterIndex < 10);
// copy the temp adapter struct to the return struct
NetworkAdapter[] returnInfo = new NetworkAdapter[adapterIndex];
for (int i=0; i < returnInfo.Length; i++)
{
returnInfo[i] = adapters[i];
}
// return the adapters
return returnInfo;
}
// method to return an array of the active Network adapters on your system
private AdaptersInfo[] EnumerateAdapters()
{
int adapterIndex = 0; // the current adapter index
bool validAdapter = true; // are we still getting a valid adapter
// we are going to look for up to 10 adapters
// temp array to hold the adapters that we find
AdaptersInfo[] aiTemp = new AdaptersInfo[10];
//start a loop while we look for adapters one by one starting at index 0
do
{
// buffer to hold the adapter information that we get
byte[] buf = new byte[1024];
// uint to hold the number of bytes that we read
uint iBytesRead = 0;
// NDISPROT_QUERY_BINDING structure containing the index
// that we want to query for
NDISPROT_QUERY_BINDING ndisprot = new NDISPROT_QUERY_BINDING();
ndisprot.BindingIndex = (ulong)adapterIndex;
// uint to hold the length of the ndisprot
uint bufsize = (uint)Marshal.SizeOf(ndisprot);
// perform the following in and unsafe context
unsafe
{
// create a void pointer to buf
fixed (void* vpBuf = buf)
{
// use the DeviceIoControl API to query the adapters
validAdapter = DeviceIoControl(this.m_iHandle,
IOCTL_NDISPROT_QUERY_BINDING, (void*)&ndisprot,
bufsize, vpBuf, (uint)buf.Length,
&iBytesRead, 0);
}
}
// if DeviceIoControl returns false, then there are no
// more valid adapters, so break the loop
if (!validAdapter) break;
// add the adapter information to the temp AdaptersInfo struct array
// first, get a string containing the info from buf
string tmpinfo = Encoding.Unicode.GetString(buf).Trim((char)0x00);
tmpinfo = tmpinfo.Substring(tmpinfo.IndexOf("\\"));
// add the info to aiTemp
aiTemp[adapterIndex].Index = adapterIndex;
aiTemp[adapterIndex].AdapterID = tmpinfo.Substring(0,
tmpinfo.IndexOf("}")+1);
aiTemp[adapterIndex].AdapterName = tmpinfo.Substring(
tmpinfo.IndexOf("}")+1).Trim((char)0x00);
// Increment the adapterIndex count
adapterIndex++;
// loop while we have a valid adapter
}while (validAdapter || adapterIndex < 10);
// Copy the temp adapter struct to the return struct
AdaptersInfo[] aiReturn = new AdaptersInfo[adapterIndex];
for (int i=0;i<aiReturn.Length;i++)
aiReturn[i] = aiTemp[i];
// return aiReturn struct
return aiReturn;
}