private void CalculateIPv4SubnetAction()
{
IsDetailsVisible = false;
string[] subnet = Subnet.Trim().Split('/');
string subnetmask = subnet[1];
// Convert CIDR to subnetmask
if (subnetmask.Length < 3)
{
subnetmask = Subnetmask.GetFromCidr(int.Parse(subnet[1])).Subnetmask;
}
SubnetInfo subnetInfo = Models.Network.Subnet.CalculateIPv4Subnet(IPAddress.Parse(subnet[0]), IPAddress.Parse(subnetmask));
DetailsNetworkAddress = subnetInfo.NetworkAddress;
DetailsBroadcast = subnetInfo.Broadcast;
DetailsSubnetmask = subnetInfo.Subnetmask;
DetailsCIDR = subnetInfo.CIDR;
DetailsIPAddresses = subnetInfo.IPAddresses;
DetailsFirstIPAddress = subnetInfo.HostFirstIP;
DetailsLastIPAddress = subnetInfo.HostLastIP;
DetailsHosts = subnetInfo.Hosts;
IsDetailsVisible = true;
SubnetHistory = new List <string>(HistoryListHelper.Modify(SubnetHistory, Subnet, SettingsManager.Current.Application_HistoryListEntries));
}
private async void AddProfileAction()
{
MetroDialogSettings settings = AppearanceManager.MetroDialog;
settings.AffirmativeButtonText = Application.Current.Resources["String_Button_Add"] as string;
settings.NegativeButtonText = Application.Current.Resources["String_Button_Cancel"] as string;
string name = await dialogCoordinator.ShowInputAsync(this, Application.Current.Resources["String_Header_AddProfile"] as string, Application.Current.Resources["String_EnterNameForProfile"] as string, settings);
if (string.IsNullOrEmpty(name))
{
return;
}
string configSubnetmask = ConfigSubnetmaskOrCidr;
if (ConfigEnableStaticIPAddress && ConfigSubnetmaskOrCidr.StartsWith("/"))
{
configSubnetmask = Subnetmask.GetFromCidr(int.Parse(ConfigSubnetmaskOrCidr.TrimStart('/'))).Subnetmask;
}
NetworkInterfaceProfileInfo profile = new NetworkInterfaceProfileInfo
{
Name = name,
EnableStaticIPAddress = ConfigEnableStaticIPAddress,
IPAddress = ConfigIPAddress,
Gateway = ConfigGateway,
Subnetmask = configSubnetmask,
EnableStaticDNS = ConfigEnableStaticDNS,
PrimaryDNSServer = ConfigPrimaryDNSServer,
SecondaryDNSServer = ConfigSecondaryDNSServer
};
NetworkInterfaceProfileManager.AddProfile(profile);
}
private void CalculateIPv4SubnetAction()
{
IsDetailsVisible = false;
string[] subnet = Subnet.Trim().Split('/');
string subnetmask = subnet[1];
// Convert CIDR to subnetmask
if (subnetmask.Length < 3)
{
subnetmask = Subnetmask.GetFromCidr(int.Parse(subnet[1])).Subnetmask;
}
SubnetInfo subnetInfo = Models.Network.Subnet.CalculateIPv4Subnet(IPAddress.Parse(subnet[0]), IPAddress.Parse(subnetmask));
DetailsNetworkAddress = subnetInfo.NetworkAddress;
DetailsBroadcast = subnetInfo.Broadcast;
DetailsSubnetmask = subnetInfo.Subnetmask;
DetailsCIDR = subnetInfo.CIDR;
DetailsIPAddresses = subnetInfo.IPAddresses;
DetailsFirstIPAddress = subnetInfo.HostFirstIP;
DetailsLastIPAddress = subnetInfo.HostLastIP;
DetailsHosts = subnetInfo.Hosts;
IsDetailsVisible = true;
AddSubnetToHistory(Subnet);
}
public async void ApplyNetworkInterfaceConfig()
{
IsConfigurationRunning = true;
DisplayStatusMessage = false;
string subnetmask = ConfigSubnetmaskOrCidr;
// CIDR to subnetmask
if (ConfigEnableStaticIPAddress && subnetmask.StartsWith("/"))
{
subnetmask = Subnetmask.GetFromCidr(int.Parse(subnetmask.TrimStart('/'))).Subnetmask;
}
// If primary and secondary DNS are empty --> autoconfiguration
if (ConfigEnableStaticDNS && string.IsNullOrEmpty(ConfigPrimaryDNSServer) && string.IsNullOrEmpty(ConfigSecondaryDNSServer))
{
ConfigEnableDynamicDNS = true;
}
// When primary DNS is empty, swap it with secondary (if not empty)
if (ConfigEnableStaticDNS && string.IsNullOrEmpty(ConfigPrimaryDNSServer) && !string.IsNullOrEmpty(ConfigSecondaryDNSServer))
{
ConfigPrimaryDNSServer = ConfigSecondaryDNSServer;
ConfigSecondaryDNSServer = string.Empty;
}
NetworkInterfaceConfig config = new NetworkInterfaceConfig
{
Name = SelectedNetworkInterface.Name,
EnableStaticIPAddress = ConfigEnableStaticIPAddress,
IPAddress = ConfigIPAddress,
Subnetmask = subnetmask,
Gateway = ConfigGateway,
EnableStaticDNS = ConfigEnableStaticDNS,
PrimaryDNSServer = ConfigPrimaryDNSServer,
SecondaryDNSServer = ConfigSecondaryDNSServer
};
try
{
Models.Network.NetworkInterface networkInterface = new Models.Network.NetworkInterface();
networkInterface.UserHasCanceled += NetworkInterface_UserHasCanceled;
await networkInterface.ConfigureNetworkInterfaceAsync(config);
ReloadNetworkInterfacesAction();
}
catch (Exception ex)
{
StatusMessage = ex.Message;
DisplayStatusMessage = true;
}
finally
{
IsConfigurationRunning = false;
}
}
private async void StartSplit()
{
DisplayStatusMessage = false;
IsSplitRunning = true;
SplitResult.Clear();
string[] subnetSplit = Subnet.Trim().Split('/');
string newSubnetmaskOrCidr = NewSubnetmaskOrCIDR.TrimStart('/');
// Validate the user input and display warning
double cidr = subnetSplit[1].Length < 3 ? double.Parse(subnetSplit[1]) : Subnetmask.ConvertSubnetmaskToCidr(subnetSplit[1]);
double newCidr = newSubnetmaskOrCidr.Length < 3 ? double.Parse(newSubnetmaskOrCidr) : Subnetmask.ConvertSubnetmaskToCidr(newSubnetmaskOrCidr);
if (65535 < (Math.Pow(2, (32 - cidr)) / Math.Pow(2, (32 - newCidr))))
{
MetroDialogSettings settings = AppearanceManager.MetroDialog;
settings.AffirmativeButtonText = LocalizationManager.GetStringByKey("String_Button_Continue");
settings.NegativeButtonText = LocalizationManager.GetStringByKey("String_Button_Cancel");
settings.DefaultButtonFocus = MessageDialogResult.Affirmative;
if (await dialogCoordinator.ShowMessageAsync(this, LocalizationManager.GetStringByKey("String_Header_AreYouSure"), LocalizationManager.GetStringByKey("String_TheProcessCanTakeUpSomeTimeAndResources"), MessageDialogStyle.AffirmativeAndNegative, settings) != MessageDialogResult.Affirmative)
{
CancelSplit = false;
IsSplitRunning = false;
return;
}
}
// Convert CIDR to subnetmask
string subnetmask = Subnetmask.GetFromCidr((int)cidr).Subnetmask;
string newSubnetmask = Subnetmask.GetFromCidr((int)newCidr).Subnetmask;
// Add history
AddSubnetToHistory(Subnet);
AddNewSubnetmaskOrCIDRToHistory(NewSubnetmaskOrCIDR);
cancellationTokenSource = new CancellationTokenSource();
try
{
foreach (SubnetInfo subnetInfo in await Models.Network.Subnet.SplitIPv4SubnetAsync(IPAddress.Parse(subnetSplit[0]), IPAddress.Parse(subnetmask), IPAddress.Parse(newSubnetmask), cancellationTokenSource.Token))
{
SplitResult.Add(subnetInfo);
}
}
catch (OperationCanceledException)
{
StatusMessage = LocalizationManager.GetStringByKey("String_CanceledByUser");
DisplayStatusMessage = true;
}
CancelSplit = false;
IsSplitRunning = false;
}
private async void StartSplit()
{
DisplayStatusMessage = false;
IsSplitRunning = true;
SplitResult.Clear();
string[] subnetSplit = Subnet.Trim().Split('/');
string subnetmask = subnetSplit[1];
// Convert CIDR to subnetmask
if (subnetmask.Length < 3)
{
subnetmask = Subnetmask.GetFromCidr(int.Parse(subnetSplit[1])).Subnetmask;
}
string newSubnetmask = NewSubnetmaskOrCIDR.TrimStart('/');
if (newSubnetmask.Length < 3)
{
newSubnetmask = Subnetmask.GetFromCidr(int.Parse(newSubnetmask)).Subnetmask;
}
// Add history
SubnetHistory = new List <string>(HistoryListHelper.Modify(SubnetHistory, Subnet, SettingsManager.Current.Application_HistoryListEntries));
NewSubnetmaskOrCIDRHistory = new List <string>(HistoryListHelper.Modify(NewSubnetmaskOrCIDRHistory, NewSubnetmaskOrCIDR, SettingsManager.Current.Application_HistoryListEntries));
cancellationTokenSource = new CancellationTokenSource();
try
{
foreach (SubnetInfo subnetInfo in await Models.Network.Subnet.SplitIPv4SubnetAsync(IPAddress.Parse(subnetSplit[0]), IPAddress.Parse(subnetmask), IPAddress.Parse(newSubnetmask), cancellationTokenSource.Token))
{
SplitResult.Add(subnetInfo);
}
}
catch (OperationCanceledException)
{
StatusMessage = Application.Current.Resources["String_CanceledByUser"] as string;
DisplayStatusMessage = true;
}
CancelSplit = false;
IsSplitRunning = false;
}
private void CalculateIPv4SubnetAction()
{
string subnetmask = SubnetmaskOrCidr;
if (SubnetmaskOrCidr.StartsWith("/"))
{
subnetmask = Subnetmask.GetFromCidr(int.Parse(SubnetmaskOrCidr.TrimStart('/'))).Subnetmask;
}
SubnetInfo subnetInfo = Subnet.CalculateIPv4Subnet(IPAddress.Parse(IPv4Address), IPAddress.Parse(subnetmask));
DetailsNetworkAddress = subnetInfo.NetworkAddress;
DetailsBroadcast = subnetInfo.Broadcast;
DetailsSubnetmask = subnetInfo.Subnetmask;
DetailsCIDR = subnetInfo.CIDR;
DetailsTotalIPs = subnetInfo.TotalIPs;
DetailsHostIPRange = string.Format("{0} - {1}", subnetInfo.HostFirstIP, subnetInfo.HostLastIP);
DetailsHostIPs = subnetInfo.HostIPs;
IsDetailsVisible = true;
}
public async void ApplyNetworkInterfaceConfigAction()
{
DisplayStatusMessage = false;
progressDialogController = await dialogCoordinator.ShowProgressAsync(this, Application.Current.Resources["String_ProgessHeader_ConfigureNetworkInterface"] as string, string.Empty);
progressDialogController.SetIndeterminate();
string configSubnetmask = ConfigSubnetmaskOrCidr;
// CIDR to subnetmask
if (ConfigEnableStaticIPAddress && ConfigSubnetmaskOrCidr.StartsWith("/"))
{
configSubnetmask = Subnetmask.GetFromCidr(int.Parse(ConfigSubnetmaskOrCidr.TrimStart('/'))).Subnetmask;
}
// If primary and secondary DNS are empty --> autoconfiguration
if (ConfigEnableStaticDNS && string.IsNullOrEmpty(ConfigPrimaryDNSServer) && string.IsNullOrEmpty(ConfigSecondaryDNSServer))
{
ConfigEnableDynamicDNS = true;
}
// When primary DNS is empty, swap it with secondary (if not empty)
if (ConfigEnableStaticDNS && string.IsNullOrEmpty(ConfigPrimaryDNSServer) && !string.IsNullOrEmpty(ConfigSecondaryDNSServer))
{
ConfigPrimaryDNSServer = ConfigSecondaryDNSServer;
ConfigSecondaryDNSServer = string.Empty;
}
NetworkInterfaceConfig config = new NetworkInterfaceConfig
{
Name = SelectedNetworkInterface.Name,
EnableStaticIPAddress = ConfigEnableStaticIPAddress,
IPAddress = ConfigIPAddress,
Subnetmask = configSubnetmask,
Gateway = ConfigGateway,
EnableStaticDNS = ConfigEnableStaticDNS,
PrimaryDNSServer = ConfigPrimaryDNSServer,
SecondaryDNSServer = ConfigSecondaryDNSServer
};
try
{
Models.Network.NetworkInterface networkInterface = new Models.Network.NetworkInterface();
networkInterface.UserHasCanceled += NetworkInterface_UserHasCanceled;
await networkInterface.ConfigureNetworkInterfaceAsync(config);
ReloadNetworkInterfacesAction();
}
catch (Exception ex)
{
StatusMessage = ex.Message;
DisplayStatusMessage = true;
}
finally
{
await progressDialogController.CloseAsync();
}
}
private async void ApplyProfileAction()
{
DisplayStatusMessage = false;
progressDialogController = await dialogCoordinator.ShowProgressAsync(this, Application.Current.Resources["String_Header_ConfigureNetworkInterface"] as string, string.Empty);
progressDialogController.SetIndeterminate();
string subnetmask = SelectedProfile.Subnetmask;
// CIDR to subnetmask
if (SelectedProfile.EnableStaticIPAddress && subnetmask.StartsWith("/"))
{
subnetmask = Subnetmask.GetFromCidr(int.Parse(subnetmask.TrimStart('/'))).Subnetmask;
}
bool enableStaticDNS = SelectedProfile.EnableStaticDNS;
string primaryDNSServer = SelectedProfile.PrimaryDNSServer;
string secondaryDNSServer = SelectedProfile.SecondaryDNSServer;
Debug.WriteLine(primaryDNSServer);
Debug.WriteLine(secondaryDNSServer);
// If primary and secondary DNS are empty --> autoconfiguration
if (enableStaticDNS && string.IsNullOrEmpty(primaryDNSServer) && string.IsNullOrEmpty(secondaryDNSServer))
{
enableStaticDNS = false;
}
// When primary DNS is empty, swap it with secondary (if not empty)
if (SelectedProfile.EnableStaticDNS && string.IsNullOrEmpty(primaryDNSServer) && !string.IsNullOrEmpty(secondaryDNSServer))
{
primaryDNSServer = secondaryDNSServer;
secondaryDNSServer = string.Empty;
}
NetworkInterfaceConfig config = new NetworkInterfaceConfig
{
Name = SelectedNetworkInterface.Name,
EnableStaticIPAddress = SelectedProfile.EnableStaticIPAddress,
IPAddress = SelectedProfile.IPAddress,
Subnetmask = subnetmask,
Gateway = SelectedProfile.Gateway,
EnableStaticDNS = enableStaticDNS,
PrimaryDNSServer = primaryDNSServer,
SecondaryDNSServer = secondaryDNSServer
};
try
{
Models.Network.NetworkInterface networkInterface = new Models.Network.NetworkInterface();
networkInterface.UserHasCanceled += NetworkInterface_UserHasCanceled;
await networkInterface.ConfigureNetworkInterfaceAsync(config);
ReloadNetworkInterfacesAction();
}
catch (Exception ex)
{
StatusMessage = ex.Message;
DisplayStatusMessage = true;
}
finally
{
await progressDialogController.CloseAsync();
}
}