using System; using System.Collections.Generic; using System.ComponentModel; using System.Linq; using System.Runtime.CompilerServices; using System.Runtime.Serialization; using System.Text; using System.Threading.Tasks; using Newtonsoft.Json; namespace WinUI { [Serializable] public class ZeroTierNetwork : ISerializable, IEquatable, IComparable, INotifyPropertyChanged { private string networkId; private string macAddress; private string networkName; private string networkStatus; private string networkType; private Int32 mtu; private bool dhcp; private bool bridge; private bool broadcastEnabled; private Int32 portError; private Int32 netconfRevision; private string[] assignedAddresses; private NetworkRoute[] routes; private string deviceName; private bool allowManaged; private bool allowGlobal; private bool allowDefault; private bool allowDNS; private bool isConnected; protected ZeroTierNetwork(SerializationInfo info, StreamingContext ctx) { try { NetworkId = info.GetString("nwid"); MacAddress = info.GetString("mac"); NetworkName = info.GetString("name"); NetworkStatus = info.GetString("status"); NetworkType = info.GetString("type"); MTU = info.GetInt32("mtu"); DHCP = info.GetBoolean("dhcp"); Bridge = info.GetBoolean("bridge"); BroadcastEnabled = info.GetBoolean("broadcastEnabled"); PortError = info.GetInt32("portError"); NetconfRevision = info.GetInt32("netconfRevision"); AssignedAddresses = (string[])info.GetValue("assignedAddresses", typeof(string[])); Routes = (NetworkRoute[])info.GetValue("routes", typeof(NetworkRoute[])); DeviceName = info.GetString("portDeviceName"); AllowManaged = info.GetBoolean("allowManaged"); AllowGlobal = info.GetBoolean("allowGlobal"); AllowDefault = info.GetBoolean("allowDefault"); AllowDNS = info.GetBoolean("allowDNS"); } catch { } IsConnected = false; } public event PropertyChangedEventHandler PropertyChanged; public virtual void GetObjectData(SerializationInfo info, StreamingContext ctx) { info.AddValue("nwid", NetworkId); info.AddValue("mac", MacAddress); info.AddValue("name", NetworkName); info.AddValue("status", NetworkStatus); info.AddValue("type", NetworkType); info.AddValue("mtu", MTU); info.AddValue("dhcp", DHCP); info.AddValue("bridge", Bridge); info.AddValue("broadcastEnabled", BroadcastEnabled); info.AddValue("portError", PortError); info.AddValue("netconfRevision", NetconfRevision); info.AddValue("assignedAddresses", AssignedAddresses); info.AddValue("routes", Routes); info.AddValue("portDeviceName", DeviceName); info.AddValue("allowManaged", AllowManaged); info.AddValue("allowGlobal", AllowGlobal); info.AddValue("allowDefault", AllowDefault); info.AddValue("allowDNS", AllowDNS); } public void UpdateNetwork(ZeroTierNetwork network) { if (network == null) return; if (!NetworkId.Equals(network.NetworkId)) { NetworkId = network.NetworkId; } if (!MacAddress.Equals(network.MacAddress)) { MacAddress = network.MacAddress; } if (!NetworkName.Equals(network.NetworkName)) { NetworkName = network.NetworkName; } if (!NetworkStatus.Equals(network.NetworkStatus)) { NetworkStatus = network.NetworkStatus; } if (!NetworkType.Equals(network.NetworkType)) { NetworkType = network.NetworkType; } if (MTU != network.MTU) { MTU = network.MTU; } if (DHCP != network.DHCP) { DHCP = network.DHCP; } if (Bridge != network.Bridge) { Bridge = network.Bridge; } if (BroadcastEnabled != network.BroadcastEnabled) { BroadcastEnabled = network.BroadcastEnabled; } if (PortError != network.PortError) { PortError = network.PortError; } if (NetconfRevision != network.NetconfRevision) { NetconfRevision = network.NetconfRevision; } AssignedAddresses = network.AssignedAddresses; Routes = network.Routes; if (!DeviceName.Equals(network.DeviceName)) { DeviceName = network.DeviceName; } if (AllowManaged != network.AllowManaged) { AllowManaged = network.AllowManaged; } if (AllowGlobal != network.AllowGlobal) { AllowGlobal = network.AllowGlobal; } if (AllowDefault != network.AllowDefault) { AllowDefault = network.AllowDefault; } if (AllowDNS != network.AllowDNS) { AllowDNS = network.AllowDNS; } if (IsConnected != network.IsConnected) { IsConnected = network.IsConnected; } } protected void NotifyPropertyChanged([CallerMemberName] string propertyName = null) { PropertyChanged?.Invoke(this, new PropertyChangedEventArgs(propertyName)); } [JsonProperty("nwid")] public string NetworkId { get { return networkId; } set { networkId = value; NotifyPropertyChanged(); } } [JsonProperty("mac")] public string MacAddress { get { return macAddress; } set { macAddress = value; NotifyPropertyChanged(); } } [JsonProperty("name")] public string NetworkName { get { return networkName; } set { networkName = value; NotifyPropertyChanged(); } } [JsonProperty("status")] public string NetworkStatus { get { return networkStatus; } set { networkStatus = value; NotifyPropertyChanged(); } } [JsonProperty("type")] public string NetworkType { get { return networkType; } set { networkType = value; NotifyPropertyChanged(); } } [JsonProperty("mtu")] public int MTU { get { return mtu; } set { mtu = value; NotifyPropertyChanged(); } } [JsonProperty("dhcp")] public bool DHCP { get { return dhcp; } set { dhcp = value; NotifyPropertyChanged(); } } [JsonProperty("bridge")] public bool Bridge { get { return bridge; } set { bridge = value; NotifyPropertyChanged(); } } [JsonProperty("broadcastEnabled")] public bool BroadcastEnabled { get { return broadcastEnabled; } set { broadcastEnabled = value; NotifyPropertyChanged(); } } [JsonProperty("portError")] public int PortError { get { return portError; } set { portError = value; NotifyPropertyChanged(); } } [JsonProperty("netconfRevision")] public int NetconfRevision { get { return netconfRevision; } set { netconfRevision = value; NotifyPropertyChanged(); } } [JsonProperty("assignedAddresses")] public string[] AssignedAddresses { get { return assignedAddresses; } set { assignedAddresses = value; NotifyPropertyChanged(); } } [JsonProperty("routes")] public NetworkRoute[] Routes { get { return routes; } set { routes = value; NotifyPropertyChanged(); } } [JsonProperty("portDeviceName")] public string DeviceName { get { return deviceName; } set { deviceName = value; NotifyPropertyChanged(); } } [JsonProperty("allowManaged")] public bool AllowManaged { get { return allowManaged; } set { allowManaged = value; NotifyPropertyChanged(); } } [JsonProperty("allowGlobal")] public bool AllowGlobal { get { return allowGlobal; } set { allowGlobal = value; NotifyPropertyChanged(); } } [JsonProperty("allowDefault")] public bool AllowDefault { get { return allowDefault; } set { allowDefault = value; NotifyPropertyChanged(); } } [JsonProperty("allowDNS")] public bool AllowDNS { get { return allowDNS; } set { allowDNS = value; NotifyPropertyChanged(); } } public bool IsConnected { get { return isConnected; } set { isConnected = value; NotifyPropertyChanged(); } } public String Title { get { if (NetworkName != null && NetworkName.Length > 0) { return NetworkId + " (" + NetworkName + ")"; } else { return NetworkId; } } } public bool Equals(ZeroTierNetwork network) { if (NetworkId == null || network == null) return false; return NetworkId.Equals(network.NetworkId); } public int CompareTo(ZeroTierNetwork network) { if (NetworkId == null || network == null) return -1; UInt64 thisNwid = UInt64.Parse(NetworkId, System.Globalization.NumberStyles.HexNumber); UInt64 otherNwid = UInt64.Parse(network.NetworkId, System.Globalization.NumberStyles.HexNumber); if (thisNwid > otherNwid) { return 1; } else if (thisNwid < otherNwid) { return -1; } else { return 0; } } } public class NetworkEqualityComparer : IEqualityComparer { public bool Equals(ZeroTierNetwork lhs, ZeroTierNetwork rhs) { if (lhs.NetworkId.Equals(rhs.NetworkId)) { lhs.UpdateNetwork(rhs); return true; } return false; } public int GetHashCode(ZeroTierNetwork obj) { return obj.NetworkId.GetHashCode(); } } }