private unsafe static Win32_IP_ADAPTER_ADDRESSES[] GetAdaptersAddresses()
{
//IL_0055: Incompatible stack types: I vs Ref
byte[] info = null;
int size = 0;
GetAdaptersAddresses(0u, 0u, IntPtr.Zero, info, ref size);
info = new byte[size];
int adaptersAddresses = GetAdaptersAddresses(0u, 0u, IntPtr.Zero, info, ref size);
if (adaptersAddresses != 0)
{
throw new NetworkInformationException(adaptersAddresses);
}
List <Win32_IP_ADAPTER_ADDRESSES> list = new List <Win32_IP_ADAPTER_ADDRESSES>();
fixed(byte *value = &((info != null && info.Length != 0) ? ref info[0] : ref *(byte *)null))
{
IntPtr intPtr = (IntPtr)(void *)value;
while (intPtr != IntPtr.Zero)
{
Win32_IP_ADAPTER_ADDRESSES win32_IP_ADAPTER_ADDRESSES = new Win32_IP_ADAPTER_ADDRESSES();
Marshal.PtrToStructure(intPtr, win32_IP_ADAPTER_ADDRESSES);
list.Add(win32_IP_ADAPTER_ADDRESSES);
intPtr = win32_IP_ADAPTER_ADDRESSES.Next;
}
}
return(list.ToArray());
}
unsafe static Win32_IP_ADAPTER_ADDRESSES [] GetAdaptersAddresses()
{
byte [] bytes = null;
int len = 0;
GetAdaptersAddresses(0, 0, IntPtr.Zero, bytes, ref len);
bytes = new byte [len];
int ret = GetAdaptersAddresses(0, 0, IntPtr.Zero, bytes, ref len);
if (ret != 0)
{
throw new NetworkInformationException(ret);
}
List <Win32_IP_ADAPTER_ADDRESSES> l = new List <Win32_IP_ADAPTER_ADDRESSES> ();
fixed(byte *ptr = bytes)
{
Win32_IP_ADAPTER_ADDRESSES info;
for (IntPtr p = (IntPtr)ptr; p != IntPtr.Zero; p = info.Next)
{
info = new Win32_IP_ADAPTER_ADDRESSES();
Marshal.PtrToStructure(p, info);
l.Add(info);
}
}
return(l.ToArray());
}
private unsafe static Win32_IP_ADAPTER_ADDRESSES[] GetAdaptersAddresses()
{
byte[] array = null;
int num = 0;
Win32NetworkInterface2.GetAdaptersAddresses(0u, 0u, IntPtr.Zero, array, ref num);
array = new byte[num];
int adaptersAddresses = Win32NetworkInterface2.GetAdaptersAddresses(0u, 0u, IntPtr.Zero, array, ref num);
if (adaptersAddresses != 0)
{
throw new NetworkInformationException(adaptersAddresses);
}
List <Win32_IP_ADAPTER_ADDRESSES> list = new List <Win32_IP_ADAPTER_ADDRESSES>();
fixed(byte *value = ref (array != null && array.Length != 0)?ref array[0] : ref *null)
{
IntPtr intPtr = (IntPtr)((void *)value);
while (intPtr != IntPtr.Zero)
{
Win32_IP_ADAPTER_ADDRESSES win32_IP_ADAPTER_ADDRESSES = new Win32_IP_ADAPTER_ADDRESSES();
Marshal.PtrToStructure(intPtr, win32_IP_ADAPTER_ADDRESSES);
list.Add(win32_IP_ADAPTER_ADDRESSES);
intPtr = win32_IP_ADAPTER_ADDRESSES.Next;
}
}
return(list.ToArray());
}
public Win32IPv4InterfaceProperties(Win32_IP_ADAPTER_ADDRESSES addr, Win32_MIB_IFROW mib)
{
this.addr = addr;
this.mib = mib;
// get per-adapter info.
int size = 0;
GetPerAdapterInfo(mib.Index, null, ref size);
painfo = new Win32_IP_PER_ADAPTER_INFO();
int ret = GetPerAdapterInfo(mib.Index, painfo, ref size);
if (ret != 0)
{
throw new NetworkInformationException(ret);
}
}
internal Win32NetworkInterface2(Win32_IP_ADAPTER_ADDRESSES addr)
{
this.addr = addr;
mib4 = default(Win32_MIB_IFROW);
mib4.Index = addr.Alignment.IfIndex;
if (GetIfEntry(ref mib4) != 0)
{
mib4.Index = -1; // unavailable;
}
mib6 = default(Win32_MIB_IFROW);
mib6.Index = addr.Ipv6IfIndex;
if (GetIfEntry(ref mib6) != 0)
{
mib6.Index = -1; // unavailable;
}
ip4stats = new Win32IPv4InterfaceStatistics(mib4);
ip_if_props = new Win32IPInterfaceProperties2(addr, mib4, mib6);
}
private Win32NetworkInterface2(Win32_IP_ADAPTER_ADDRESSES addr)
{
this.addr = addr;
this.mib4 = default(Win32_MIB_IFROW);
this.mib4.Index = addr.Alignment.IfIndex;
if (Win32NetworkInterface2.GetIfEntry(ref this.mib4) != 0)
{
this.mib4.Index = -1;
}
this.mib6 = default(Win32_MIB_IFROW);
this.mib6.Index = addr.Ipv6IfIndex;
if (Win32NetworkInterface2.GetIfEntry(ref this.mib6) != 0)
{
this.mib6.Index = -1;
}
this.ip4stats = new Win32IPv4InterfaceStatistics(this.mib4);
this.ip_if_props = new Win32IPInterfaceProperties2(addr, this.mib4, this.mib6);
}
public Win32IPInterfaceProperties2 (Win32_IP_ADAPTER_ADDRESSES addr, Win32_MIB_IFROW mib4, Win32_MIB_IFROW mib6)
{
this.addr = addr;
this.mib4 = mib4;
this.mib6 = mib6;
}
Win32NetworkInterface2 (Win32_IP_ADAPTER_ADDRESSES addr)
{
this.addr = addr;
mib4 = default (Win32_MIB_IFROW);
mib4.Index = addr.Alignment.IfIndex;
if (GetIfEntry (ref mib4) != 0)
mib4.Index = -1; // unavailable;
mib6 = default (Win32_MIB_IFROW);
mib6.Index = addr.Ipv6IfIndex;
if (GetIfEntry (ref mib6) != 0)
mib6.Index = -1; // unavailable;
ip4stats = new Win32IPv4InterfaceStatistics (mib4);
ip_if_props = new Win32IPInterfaceProperties2 (addr, mib4, mib6);
}
unsafe static Win32_IP_ADAPTER_ADDRESSES [] GetAdaptersAddresses ()
{
byte [] bytes = null;
int len = 0;
GetAdaptersAddresses (0, 0, IntPtr.Zero, bytes, ref len);
bytes = new byte [len];
int ret = GetAdaptersAddresses (0, 0, IntPtr.Zero, bytes, ref len);
if (ret != 0)
throw new NetworkInformationException (ret);
List<Win32_IP_ADAPTER_ADDRESSES> l = new List<Win32_IP_ADAPTER_ADDRESSES> ();
fixed (byte* ptr = bytes) {
Win32_IP_ADAPTER_ADDRESSES info;
for (IntPtr p = (IntPtr) ptr; p != IntPtr.Zero; p = info.Next) {
info = new Win32_IP_ADAPTER_ADDRESSES ();
Marshal.PtrToStructure (p, info);
l.Add (info);
}
}
return l.ToArray ();
}
public Win32IPInterfaceProperties2(Win32_IP_ADAPTER_ADDRESSES addr, Win32_MIB_IFROW mib4, Win32_MIB_IFROW mib6)
{
this.addr = addr;
this.mib4 = mib4;
this.mib6 = mib6;
}
