/// <summary>
/// Compares the card by speed.
/// </summary>
/// <param name="x">The x.</param>
/// <param name="y">The y.</param>
/// <returns></returns>
private static int CompareProfileByCardSpeed(NetworkProfile x, NetworkProfile y)
{
// check first of all adatper type
if (x.NetworkCardInfo.CardType != y.NetworkCardInfo.CardType)
{
return(-x.NetworkCardInfo.CardType.CompareTo(y.NetworkCardInfo.CardType));
}
// otherwise max speed
return(-x.NetworkCardInfo.MaxSpeed.CompareTo(y.NetworkCardInfo.MaxSpeed));
}
/// <summary>
/// Copies the specified origin.
/// </summary>
/// <param name="origin">The origin.</param>
/// <returns></returns>
public static NetworkProfile Copy(NetworkProfile origin)
{
NetworkProfile profile = new NetworkProfile();
profile.Id = 0;
profile.Name = origin.Name;
profile.ImageName = origin.ImageName;
profile.NetworkCardInfo = WindowsNetworkCard.Copy(origin.NetworkCardInfo);
profile.ProxyConfig = ProxyConfiguration.Copy(origin.ProxyConfig);
profile.ServiceList = new List <IWindowsServiceInfo>();
foreach (IWindowsServiceInfo item in profile.ServiceList)
{
WindowsServiceInfoImpl temp = (WindowsServiceInfoImpl)item;
profile.ServiceList.Add(WindowsServiceInfoImpl.Copy(temp));
}
profile.ExecList = new List <WindowsExecutable>();
foreach (WindowsExecutable item in origin.ExecList)
{
profile.ExecList.Add(WindowsExecutable.Copy(item));
}
profile.DriveMapList = new List <DriveMap>();
foreach (DriveMap item in origin.DriveMapList)
{
profile.DriveMapList.Add(DriveMap.Copy(item));
}
profile.DefaultPrinter = origin.DefaultPrinter;
foreach (WindowsNetworkCard item in origin.DisabledNetworkCards)
{
profile.DisabledNetworkCards.Add(WindowsNetworkCard.Copy(item));
}
return(profile);
}
/// <summary>
/// Runs the printer setup.
/// </summary>
/// <param name="profile">The profile.</param>
public static void RunPrinterSetup(NetworkProfile profile)
{
PrinterManager.SetDefaultPrinter(profile.DefaultPrinter);
}
/// <summary>
/// Runs the programs setup.
/// </summary>
/// <param name="profile">The profile.</param>
public static void RunProgramsSetup(NetworkProfile profile)
{
WindowsExecutableManager.Apply(profile.ExecList);
}
/// <summary>
/// Runs the services setup.
/// </summary>
/// <param name="profile">The profile.</param>
public static void RunServicesSetup(NetworkProfile profile)
{
WindowsServiceManager.Apply(profile.ServiceList);
}
/// <summary>
/// Runs the drive mapping.
/// </summary>
/// <param name="profile">The profile.</param>
public static void RunDriveMapping(NetworkProfile profile)
{
DriveMapManager.Apply(profile.DriveMapList);
}
/// <summary>
/// Runs the setup proxy.
/// </summary>
/// <param name="profile">The profile.</param>
/// <returns>true if proxy config applied, false if configuration </returns>
public static bool RunProxySetup(NetworkProfile profile)
{
return(ProxyConfigurationManager.Apply(profile.ProxyConfig));
}
/// <summary>
/// Runs the network card setup.
/// </summary>
/// <param name="profile">The profile.</param>
public static void RunNetworkCardSetup(NetworkProfile profile)
{
WindowsNetworkCardManager.Apply(profile.NetworkCardInfo);
}
/// <summary>
/// Loads the specified file name.
/// </summary>
/// <param name="fileName">Name of the file.</param>
/// <param name="imageName">default name of the image.</param>
/// <returns></returns>
public static List <NetworkProfile> Load(string fileName, string imageName = NetworkProfile.DEFAULT_PROFILE_IMAGE_NAME)
{
List <NetworkProfile> profiles = new List <NetworkProfile>();
if (!File.Exists(fileName))
{
return(null);
}
profiles.Clear();
XmlTextReader reader = null;
try
{
reader = new XmlTextReader(fileName);
NetworkProfile currentProfile = null;
while (reader.Read())
{
switch (reader.NodeType)
{
case XmlNodeType.Element: // The node is an element.
switch (reader.Name)
{
case "profile":
currentProfile = new NetworkProfile();
currentProfile.Id = Int32.Parse(reader.GetAttribute("id"));
currentProfile.Name = reader.GetAttribute("name");
currentProfile.ImageName = XmlUtility.ReadAttributeIfPresent(reader, "imageName", imageName);
profiles.Add(currentProfile);
break;
case "networkcard":
currentProfile.NetworkCardInfo = new WindowsNetworkCard();
currentProfile.NetworkCardInfo.Id = XmlUtility.ReadAttributeIfPresent(reader, "id", "");
currentProfile.NetworkCardInfo.ViewId = XmlUtility.ReadAttributeIfPresent(reader, "viewId", "");
currentProfile.NetworkCardInfo.Name = XmlUtility.ReadAttributeIfPresent(reader, "name", "");
currentProfile.NetworkCardInfo.Dhcp = Boolean.Parse(XmlUtility.ReadAttributeIfPresent(reader, "dhcp", Boolean.FalseString));
currentProfile.NetworkCardInfo.IpAddress = XmlUtility.ReadAttributeIfPresent(reader, "ipAddress", "");
currentProfile.NetworkCardInfo.SubnetMask = XmlUtility.ReadAttributeIfPresent(reader, "subnetMask", "");
currentProfile.NetworkCardInfo.GatewayAddress = XmlUtility.ReadAttributeIfPresent(reader, "defaultGateway", "");
currentProfile.NetworkCardInfo.MacAddress = XmlUtility.ReadAttributeIfPresent(reader, "macAddress", "");
currentProfile.NetworkCardInfo.DynamicDNS = Boolean.Parse(XmlUtility.ReadAttributeIfPresent(reader, "dynamicDns", Boolean.FalseString));
currentProfile.NetworkCardInfo.Dns = XmlUtility.ReadAttributeIfPresent(reader, "dns", "");
currentProfile.NetworkCardInfo.Dns2 = XmlUtility.ReadAttributeIfPresent(reader, "dns2", "");
currentProfile.NetworkCardInfo.HardwareName = XmlUtility.ReadAttributeIfPresent(reader, "hardwareName", "");
currentProfile.NetworkCardInfo.WinsPrimaryServer = XmlUtility.ReadAttributeIfPresent(reader, "winsPrimaryServer", "");
currentProfile.NetworkCardInfo.WinsSecondaryServer = XmlUtility.ReadAttributeIfPresent(reader, "winsSecondaryServer", "");
break;
case "proxy":
currentProfile.ProxyConfig = new ProxyConfiguration();
currentProfile.ProxyConfig.Enabled = Boolean.Parse(XmlUtility.ReadAttributeIfPresent(reader, "enabled", Boolean.FalseString));
currentProfile.ProxyConfig.ServerAddress = XmlUtility.ReadAttributeIfPresent(reader, "serverAddress", "");
currentProfile.ProxyConfig.Port = Int32.Parse(XmlUtility.ReadAttributeIfPresent(reader, "port", "80"));
currentProfile.ProxyConfig.ProxyOverrideEnabled = Boolean.Parse(XmlUtility.ReadAttributeIfPresent(reader, "overrideEnabled", Boolean.FalseString));
currentProfile.ProxyConfig.ProxyOverride = XmlUtility.ReadAttributeIfPresent(reader, "proxyOverride", "");
break;
case "application":
WindowsExecutable application = new WindowsExecutable();
application.Name = XmlUtility.ReadAttributeIfPresent(reader, "name", "");
application.Arguments = XmlUtility.ReadAttributeIfPresent(reader, "arguments", "");
application.Description = XmlUtility.ReadAttributeIfPresent(reader, "description", "");
application.Directory = XmlUtility.ReadAttributeIfPresent(reader, "directory", "");
application.File = XmlUtility.ReadAttributeIfPresent(reader, "fileName", "");
application.WaitForExit = Boolean.Parse(XmlUtility.ReadAttributeIfPresent(reader, "wait", Boolean.TrueString));
application.Kill = Boolean.Parse(XmlUtility.ReadAttributeIfPresent(reader, "kill", Boolean.TrueString));
currentProfile.ExecList.Add(application);
break;
case "service":
WindowsServiceInfoImpl service = new WindowsServiceInfoImpl();
service.ServiceName = XmlUtility.ReadAttributeIfPresent(reader, "name", "");
string temp = XmlUtility.ReadAttributeIfPresent(reader, "status", ServiceForcedStatus.STOPPED.ToString());
if (temp.Equals(ServiceForcedStatus.RUNNING.ToString()))
{
service.ForcedStatus = ServiceForcedStatus.RUNNING;
}
else if (temp.Equals(ServiceForcedStatus.STOPPED.ToString()))
{
service.ForcedStatus = ServiceForcedStatus.STOPPED;
}
else
{
service.ForcedStatus = ServiceForcedStatus.NONE;
}
currentProfile.ServiceList.Add(service);
break;
case "driveMap":
DriveMap drive = new DriveMap();
drive.Name = XmlUtility.ReadAttributeIfPresent(reader, "name", "");
drive.Drive = XmlUtility.ReadAttributeIfPresent(reader, "drive", "");
drive.Description = XmlUtility.ReadAttributeIfPresent(reader, "description", "");
drive.Username = XmlUtility.ReadAttributeIfPresent(reader, "username", "");
drive.Password = XmlUtility.ReadAttributeIfPresent(reader, "password", "");
drive.RealPath = XmlUtility.ReadAttributeIfPresent(reader, "realPath", "");
string temp1 = XmlUtility.ReadAttributeIfPresent(reader, "type", DriveMapType.MOUNT.ToString());
if (temp1.Equals(DriveMapType.MOUNT.ToString()))
{
drive.Type = DriveMapType.MOUNT;
}
else
{
drive.Type = DriveMapType.UNMOUNT;
}
currentProfile.DriveMapList.Add(drive);
break;
case "printer":
currentProfile.DefaultPrinter = XmlUtility.ReadAttributeIfPresent(reader, "defaultPrinter", "");
break;
case "forcedNic":
// disabled nic
WindowsNetworkCard disabledNIC;
disabledNIC = new WindowsNetworkCard();
disabledNIC.Id = XmlUtility.ReadAttributeIfPresent(reader, "id", "");
disabledNIC.HardwareName = XmlUtility.ReadAttributeIfPresent(reader, "hardwareName", "");
currentProfile.DisabledNetworkCards.Add(disabledNIC);
break;
case "wifi":
// wifi
string associatedSSID = XmlUtility.ReadAttributeIfPresent(reader, "associatedSSID", "");
currentProfile.AssociatedWifiSSID = associatedSSID;
break;
}
break;
case XmlNodeType.Text: //Display the text in each element.
Console.WriteLine(reader.Value);
break;
case XmlNodeType.EndElement: //Display the end of the element.
break;
}
}
}
catch (Exception e)
{
Debug.WriteLine(e.Message);
}
finally
{
if (reader != null)
{
reader.Close();
}
}
return(profiles);
}
/// <summary>
/// Autodetects the network profile. For the moment it works only for wifi connections!
/// If no connections found, it return null.
/// Use
/// WindowsNetworkCardManager.EnabledWindowsNetworkCardList
/// WifiProfileManager.ActiveWifiProfile;
/// </summary>
///
/// <param name="profiles">profiles.</param>
/// <returns></returns>
public static NetworkProfile AutodetectNetworkProfile(List <NetworkProfile> profiles)
{
NetworkProfileHelper.FireNotifyEvent("Start autodetect");
if (profiles == null || profiles.Count == 0)
{
NetworkProfileHelper.FireNotifyEvent("There's no profiles");
NetworkProfileHelper.FireNotifyEvent("End autodetect");
return(null);
}
// initial setup for cards
SetupNetworkCardForAutodetect(profiles);
NetworkProfile selectedProfile = null;
// one or more card (not only wifi)
// wifi connected,
WifiProfile currentWifiProfile = WifiProfileManager.ActiveWifiProfile;
// enable card
List <WindowsNetworkCard> enabledCardList = WindowsNetworkCardManager.EnabledWindowsNetworkCardList;
if (enabledCardList.Count == 1 && enabledCardList[0].CardType == WindowsNetworkCardType.WIRELESS && currentWifiProfile.SSID != null)
{
WindowsNetworkCard card = enabledCardList[0];
// only a wifi connection avaible
foreach (NetworkProfile item in profiles)
{
// select if card is right and (ssid is right or for that profile there's no ssid)
if (item.NetworkCardInfo.Id.Equals(card.Id) && (currentWifiProfile.SSID.Equals(item.AssociatedWifiSSID) || string.IsNullOrWhiteSpace(item.AssociatedWifiSSID)))
{
// ok, we found it!!!
selectedProfile = item;
if (!string.IsNullOrWhiteSpace(item.AssociatedWifiSSID))
{
NetworkProfileHelper.FireNotifyEvent("The card " + card.Name + " are connected with right SSID (" + currentWifiProfile.SSID + ")");
}
NetworkProfileHelper.FireNotifyEvent("Selected profile " + item.Name + " without do anything else!!");
break;
}
}
}
else
{
// order list by maxSpeed
//enabledCardList.Sort(CompareCardBySpeed);
// if there's no enabled card, it's a problem!
if (enabledCardList.Count == 0)
{
NetworkProfileHelper.FireNotifyEvent("No card enabled, found"); return(null);
}
List <NetworkProfile> enabledProfileList = FindValidOrderedNetworkProfiles(profiles, enabledCardList, currentWifiProfile);
// assert: enabledProfile contains the right profiles. Now we have to test it.
// the first with ping ok it's ok!
bool pingOk;
foreach (NetworkProfile item in enabledProfileList)
{
NetworkProfileHelper.FireNotifyEvent("Start analizing profile " + item.Name + " with card " + item.NetworkCardInfo.Name);
//WindowsNetworkCardHelper.SetDeviceStatus(item.NetworkCardInfo, false);
NetworkProfileHelper.RunDisableNetworkCardsSetup(item);
NetworkProfileHelper.RunNetworkCardSetup(item);
// wait for a while
//NetworkProfileHelper.FireNotifyEvent("Wait " + (WAIT_BEFORE_PING) + " ms.");
//System.Threading.Thread.Sleep(WAIT_BEFORE_PING);
WindowsNetworkCardEventHandler eventHandler = new WindowsNetworkCardEventHandler(item.NetworkCardInfo);
eventHandler.WaitUntilNetworkCardIsUp();
//WaitUntilNetworkCardIsUp(item.NetworkCardInfo);
NetworkProfileHelper.FireNotifyEvent("Wait " + (WAIT_BEFORE_PING) + " ms.");
System.Threading.Thread.Sleep(WAIT_BEFORE_PING);
WindowsNetworkCard card = WindowsNetworkCardManager.RefreshStatus(item.NetworkCardInfo.Id);
if (card.CardType == WindowsNetworkCardType.WIRELESS)
{
// get current wifi profile only for wifi card
currentWifiProfile = WifiProfileManager.GetActiveWifiProfileForCard(card);
if (currentWifiProfile != null && currentWifiProfile.SSID.Equals(item.AssociatedWifiSSID) && card.NetConnectionStatus == 2)
{
// ok, we found it!!!
selectedProfile = item;
NetworkProfileHelper.FireNotifyEvent("The card " + card.Name + " are connected with right SSID (" + currentWifiProfile.SSID + ")");
NetworkProfileHelper.FireNotifyEvent("Selected profile " + item.Name + " without do anything else!!");
break;
}
}
else
{
pingOk = false;
NetworkProfileHelper.FireNotifyEvent("The card " + card.Name + " are in status " + card.NetConnectionStatus);
// test both static config or dynamic config
pingOk = PingHelper.RunPing(card.GatewayAddress);
pingOk = pingOk || PingHelper.RunPing(card.CurrentGatewayAddress);
NetworkProfileHelper.FireNotifyEvent("For card " + card.Name + " and profile " + item.Name + ", ping to gateway are " + pingOk);
if (pingOk)
{
selectedProfile = item;
NetworkProfileHelper.FireNotifyEvent("Selected profile " + item.Name + "!!");
break;
}
}
NetworkProfileHelper.FireNotifyEvent("Stop analizing profile " + item.Name + ", go to next profile");
}
// restore initial enabled card
if (selectedProfile == null)
{
NetworkProfileHelper.FireNotifyEvent("No profile found, so restore status card");
foreach (WindowsNetworkCard item in enabledCardList)
{
NetworkProfileHelper.FireNotifyEvent("Enable card " + item.Name);
WindowsNetworkCardHelper.SetDeviceStatus(item, true);
}
}
}
NetworkProfileHelper.FireNotifyEvent("End autodetect");
return(selectedProfile);
}