public static string GetDeviceDetails(WlanHostedNetworkPeerState peer, bool wait = false,
ILookup <string, Arp.MibIpNetRow> lookup = null, string padding = "")
{
var result = $"物理地址：{peer.PeerMacAddress} ({WlanManager.ToString(peer.PeerAuthState)})\n";
var ips = (lookup ?? Lookup)[peer.PeerMacAddress.ToString()].ToArray();
if (ips.Length > 0)
{
result += padding + "IP 地址：" + string.Join("\n " + padding,
ips.Select(ip =>
{
var domains = DnsCache.GetDomains(ip.IPAddress, wait || Ttl == 0);
return(ip.ToString() + (domains == null ? string.Empty : (" [" + domains + ']')));
})) + '\n';
}
else
{
lookupTime = DateTime.MinValue;
}
return(result);
}
private static void ShowStatus()
{
Try(() =>
{
WlanOpcodeValueType opCode;
try
{
WlanHostedNetworkConnectionSettings cs;
opCode = WlanManager.QueryConnectionSettings(out cs);
Console.WriteLine("托管网络连接设置来源：\t{0}\nSSID：\t\t\t{1}\n最大客户端数：\t\t{2}",
WlanManager.ToString(opCode), cs.HostedNetworkSSID.Content, cs.MaxNumberOfPeers);
}
catch (BadConfigurationException)
{
}
WlanHostedNetworkSecuritySettings ss;
opCode = WlanManager.QuerySecuritySettings(out ss);
Console.WriteLine("托管网络安全设置来源：\t{0}\n验证算法：\t\t{1}\n加密算法：\t\t{2}",
WlanManager.ToString(opCode),
WlanManager.ToString(ss.Dot11AuthAlgo), WlanManager.ToString(ss.Dot11CipherAlgo));
try
{
string profile;
opCode = WlanManager.QueryStationProfile(out profile);
Console.Write("托管网络配置文件来源：\t{0}\n配置文件：\n{1}",
WlanManager.ToString(opCode), profile.Trim('\0'));
}
catch (BadConfigurationException)
{
}
bool enabled;
opCode = WlanManager.QueryEnabled(out enabled);
Console.WriteLine("托管网络启用设置来源：\t{0}\n托管网络启用：\t\t{1}",
WlanManager.ToString(opCode), enabled ? '是' : '否');
string passKey;
bool isPassPhrase, isPersistent;
var reason = WlanManager.QuerySecondaryKey(out passKey, out isPassPhrase, out isPersistent);
if (reason == WlanHostedNetworkReason.Success)
{
Console.WriteLine("密码：\t\t\t{0}\n使用密码短语：\t\t{1}\n永久密码：\t\t{2}",
passKey, isPassPhrase ? '是' : '否', isPersistent ? '是' : '否');
}
else
{
Console.WriteLine("查询密码失败，原因：" + WlanManager.ToString(reason));
}
var status = WlanManager.QueryStatus();
Console.WriteLine("状态：\t\t\t" + WlanManager.ToString(status.HostedNetworkState));
if (status.HostedNetworkState == WlanHostedNetworkState.Unavailable)
{
return;
}
Console.WriteLine("实际网络 ID：\t\t{0}\nBSSID：\t\t\t{1}",
status.IPDeviceID, status.wlanHostedNetworkBSSID);
if (status.HostedNetworkState == WlanHostedNetworkState.Active)
{
Console.WriteLine("802.11 物理层类型：\t{0}\n网络接口信道频率：\t{1}\n已认证客户端数量：\t{2}",
WlanManager.ToString(status.dot11PhyType), status.ulChannelFrequency,
status.dwNumberOfPeers);
}
});
}
private static void WriteReason(WlanHostedNetworkReason reason)
{
Console.WriteLine(WlanManager.ToString(reason));
}