private async void cmbExistingArmVNets_SelectedIndexChanged(object sender, EventArgs e)
{
cmbExistingArmSubnet.Items.Clear();
if (cmbExistingArmVNets.SelectedItem != null)
{
if (cmbExistingArmVNets.SelectedItem.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork))
{
Azure.MigrationTarget.VirtualNetwork selectedNetwork = (Azure.MigrationTarget.VirtualNetwork)cmbExistingArmVNets.SelectedItem;
foreach (Azure.MigrationTarget.Subnet subnet in selectedNetwork.TargetSubnets)
{
if (!subnet.IsGatewaySubnet)
{
cmbExistingArmSubnet.Items.Add(subnet);
}
}
}
else if (cmbExistingArmVNets.SelectedItem.GetType() == typeof(Azure.Arm.VirtualNetwork))
{
Azure.Arm.VirtualNetwork selectedNetwork = (Azure.Arm.VirtualNetwork)cmbExistingArmVNets.SelectedItem;
foreach (Azure.Arm.Subnet subnet in selectedNetwork.Subnets)
{
if (!subnet.IsGatewaySubnet)
{
cmbExistingArmSubnet.Items.Add(subnet);
}
}
}
}
PropertyChanged();
}
public NetworkInterfaceIpConfiguration(Azure.Arm.NetworkInterfaceIpConfiguration ipConfiguration, List <VirtualNetwork> virtualNetworks, TargetSettings targetSettings) : base(String.Empty, String.Empty)
{
_SourceIpConfiguration = ipConfiguration;
#region Attempt to default Target Virtual Network and Target Subnet objects from source names
this.SetTargetName(ipConfiguration.Name, targetSettings);
if (ipConfiguration.PrivateIpAllocationMethod.Trim().ToLower() == "static")
{
this.TargetPrivateIPAllocationMethod = IPAllocationMethodEnum.Static;
}
else
{
this.TargetPrivateIPAllocationMethod = IPAllocationMethodEnum.Dynamic;
}
this.TargetPrivateIpAddress = ipConfiguration.PrivateIpAddress;
this.TargetVirtualNetwork = SeekVirtualNetwork(virtualNetworks, ipConfiguration.VirtualNetworkName);
if (this.TargetVirtualNetwork != null && this.TargetVirtualNetwork.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork)) // Should only be of this type, as we don't default to another existing ARM VNet (which would be of the base interface type also)
{
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork) this.TargetVirtualNetwork;
foreach (Subnet targetSubnet in targetVirtualNetwork.TargetSubnets)
{
if (targetSubnet.SourceName == ipConfiguration.SubnetName)
{
this.TargetSubnet = targetSubnet;
break;
}
}
}
#endregion
}
public NetworkInterfaceIpConfiguration(AzureContext azureContext, Azure.Arm.NetworkInterfaceIpConfiguration ipConfiguration, List <VirtualNetwork> virtualNetworks)
{
_AzureContext = azureContext;
_SourceIpConfiguration = ipConfiguration;
#region Attempt to default Target Virtual Network and Target Subnet objects from source names
this.TargetName = ipConfiguration.Name;
this.TargetPrivateIPAllocationMethod = ipConfiguration.PrivateIpAllocationMethod;
this.TargetPrivateIpAddress = ipConfiguration.PrivateIpAddress;
this.TargetVirtualNetwork = SeekVirtualNetwork(virtualNetworks, ipConfiguration.VirtualNetworkName);
if (this.TargetVirtualNetwork != null && this.TargetVirtualNetwork.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork)) // Should only be of this type, as we don't default to another existing ARM VNet (which would be of the base interface type also)
{
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork) this.TargetVirtualNetwork;
foreach (Subnet targetSubnet in targetVirtualNetwork.TargetSubnets)
{
if (targetSubnet.SourceName == ipConfiguration.SubnetName)
{
this.TargetSubnet = targetSubnet;
break;
}
}
}
#endregion
}
public List <Azure.MigrationTarget.VirtualNetwork> GetVirtualNetworksInMigration()
{
List <Azure.MigrationTarget.VirtualNetwork> _TargetVirtualNetworks = new List <MigrationTarget.VirtualNetwork>();
TreeNode targetResourceGroupNode = this.ResourceGroupNode;
if (targetResourceGroupNode != null)
{
foreach (TreeNode treeNode in targetResourceGroupNode.Nodes)
{
if (treeNode.Tag != null && treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork))
{
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork)treeNode.Tag;
_TargetVirtualNetworks.Add(targetVirtualNetwork);
}
}
}
return(_TargetVirtualNetworks);
}
public void toname(string accessKey, string secretKey, TreeNode subscriptionNode)
{
List <Amazon.RegionEndpoint> regionsList = new List <Amazon.RegionEndpoint>();
foreach (var region in Amazon.RegionEndpoint.EnumerableAllRegions)
{
try
{
_awsObjectRetriever = new AwsObjectRetriever(accessKey, secretKey, region, _LogProvider, _StatusProvider);
//// todo, not needed in this method_templateGenerator = new TemplateGenerator(_logProvider, _statusProvider, _awsObjectRetriever, telemetryProvider);
TreeNode amazonRegionNode = new TreeNode(region.DisplayName);
amazonRegionNode.Text = region.DisplayName;
amazonRegionNode.Tag = region;
//DescribeVolumesResponse ebsVolumesResponse;
_StatusProvider.UpdateStatus("BUSY: Getting the VPC details");
DescribeVpcsResponse vpcResponse = getVPCs();
Application.DoEvents();
List <Azure.MigrationTarget.VirtualNetwork> targetVirtualNetworks = new List <Azure.MigrationTarget.VirtualNetwork>();
_StatusProvider.UpdateStatus("BUSY: Processing VPC");
foreach (var vpc in vpcResponse.Vpcs)
{
MigAz.AWS.MigrationSource.VirtualNetwork sourceVirtualNetwork = new MigrationSource.VirtualNetwork(_awsObjectRetriever, vpc);
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = new Azure.MigrationTarget.VirtualNetwork(sourceVirtualNetwork, null);
targetVirtualNetworks.Add(targetVirtualNetwork);
TreeNode vpcTreeNode = new TreeNode(sourceVirtualNetwork.Id + " - " + sourceVirtualNetwork.Name);
vpcTreeNode.Tag = targetVirtualNetwork;
vpcTreeNode.ImageKey = "VirtualNetwork";
vpcTreeNode.SelectedImageKey = "VirtualNetwork";
amazonRegionNode.Nodes.Add(vpcTreeNode);
// // todo, this is foreach subnet
// foreach (Subnet subnet in subnets)
// {
// //QUES: Single Sec group?
// // add Network Security Group if exists - 2 subnets - each acl is associated with both
// List<Amazon.EC2.Model.NetworkAcl> networkAcls = _awsObjectRetriever.getNetworkAcls(subnetnode.SubnetId);
// List<Amazon.EC2.Model.RouteTable> routeTable = _awsObjectRetriever.getRouteTables(subnetnode.SubnetId);
// //var nodes = networkAcls.SelectSingleNode("DescribeNetworkAclsResponse ").SelectSingleNode("networkAclSet").SelectNodes("item");
// if (networkAcls.Count > 0)
// {
// NetworkSecurityGroup networksecuritygroup = BuildNetworkSecurityGroup(networkAcls[0]);
// //NetworkSecurityGroup networksecuritygroup = BuildNetworkSecurityGroup(subnet.name);
// // Add NSG reference to the subnet
// Reference networksecuritygroup_ref = new Reference();
// networksecuritygroup_ref.id = "[concat(resourceGroup().id,'/providers/Microsoft.Network/networkSecurityGroups/" + networksecuritygroup.name + "')]";
// properties.networkSecurityGroup = networksecuritygroup_ref;
// // Add NSG dependsOn to the Virtual Network object
// if (!virtualnetwork.dependsOn.Contains(networksecuritygroup_ref.id))
// {
// virtualnetwork.dependsOn.Add(networksecuritygroup_ref.id);
// }
// }
// if (routeTable.Count > 0)
// {
// RouteTable routetable = BuildRouteTable(routeTable[0]);
// if (routetable.properties != null)
// {
// // Add Route Table reference to the subnet
// Reference routetable_ref = new Reference();
// routetable_ref.id = "[concat(resourceGroup().id,'/providers/Microsoft.Network/routeTables/" + routetable.name + "')]";
// properties.routeTable = routetable_ref;
// // Add Route Table dependsOn to the Virtual Network object
// if (!virtualnetwork.dependsOn.Contains(routetable_ref.id))
// {
// virtualnetwork.dependsOn.Add(routetable_ref.id);
// }
// }
// }
// }
//}
Application.DoEvents();
}
DescribeInstancesResponse instResponse = getEC2Instances();
Application.DoEvents();
foreach (LoadBalancerDescription loadBalancerDescription in _awsObjectRetriever.GetAllLBs().LoadBalancerDescriptions)
{
MigAz.AWS.MigrationSource.LoadBalancer sourceLoadBalancer = new MigAz.AWS.MigrationSource.LoadBalancer(loadBalancerDescription);
Azure.MigrationTarget.LoadBalancer targetLoadBalancer = new Azure.MigrationTarget.LoadBalancer();
targetLoadBalancer.SetTargetName(loadBalancerDescription.LoadBalancerName, null);
Azure.MigrationTarget.FrontEndIpConfiguration targetFrontEndIpConfiguration = new Azure.MigrationTarget.FrontEndIpConfiguration(targetLoadBalancer);
targetFrontEndIpConfiguration.Name = "ipconfig1"; // can this come from Amazon?
if (loadBalancerDescription.Scheme != "internet-facing") // if internal load balancer
{
foreach (Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork in targetVirtualNetworks)
{
if (targetVirtualNetwork.SourceVirtualNetwork != null)
{
AWS.MigrationSource.VirtualNetwork amazonVirtualNetwork = (AWS.MigrationSource.VirtualNetwork)targetVirtualNetwork.SourceVirtualNetwork;
if (amazonVirtualNetwork.Id == loadBalancerDescription.VPCId)
{
targetFrontEndIpConfiguration.TargetVirtualNetwork = targetVirtualNetwork;
foreach (Azure.MigrationTarget.Subnet targetSubnet in targetVirtualNetwork.TargetSubnets)
{
if (targetSubnet.SourceSubnet.Id == loadBalancerDescription.Subnets[0])
{
targetFrontEndIpConfiguration.TargetSubnet = targetSubnet;
break;
}
}
break;
}
}
}
targetFrontEndIpConfiguration.TargetPrivateIPAllocationMethod = IPAllocationMethodEnum.Static;
try
{
IPHostEntry host = Dns.GetHostEntry(loadBalancerDescription.DNSName);
targetFrontEndIpConfiguration.TargetPrivateIpAddress = host.AddressList[0].ToString();
}
catch
{
targetFrontEndIpConfiguration.TargetPrivateIPAllocationMethod = IPAllocationMethodEnum.Dynamic;
}
}
else // if external (public) load balancer
{
Azure.MigrationTarget.PublicIp targetPublicIp = new Azure.MigrationTarget.PublicIp();
targetPublicIp.SetTargetName(loadBalancerDescription.LoadBalancerName, null);
targetPublicIp.DomainNameLabel = loadBalancerDescription.LoadBalancerName;
targetLoadBalancer.LoadBalancerType = Azure.MigrationTarget.LoadBalancerType.Public;
targetFrontEndIpConfiguration.PublicIp = targetPublicIp;
TreeNode loadBalancerPublicIpNode = new TreeNode(targetPublicIp.TargetName);
loadBalancerPublicIpNode.Tag = targetPublicIp;
loadBalancerPublicIpNode.ImageKey = "PublicIp";
loadBalancerPublicIpNode.SelectedImageKey = "PublicIp";
amazonRegionNode.Nodes.Add(loadBalancerPublicIpNode);
}
TreeNode loadBalancerNode = new TreeNode(targetLoadBalancer.TargetName);
loadBalancerNode.Tag = targetLoadBalancer;
loadBalancerNode.ImageKey = "LoadBalancer";
loadBalancerNode.SelectedImageKey = "LoadBalancer";
amazonRegionNode.Nodes.Add(loadBalancerNode);
}
if (instResponse != null)
{
_StatusProvider.UpdateStatus("BUSY: Processing Instances");
if (instResponse.Reservations.Count > 0)
{
foreach (var instanceResp in instResponse.Reservations)
{
foreach (var instance in instanceResp.Instances)
{
var selectedInstances = _awsObjectRetriever.getInstancebyId(instance.InstanceId);
// List<NetworkProfile_NetworkInterface> networkinterfaces = new List<NetworkProfile_NetworkInterface>();
String vpcId = selectedInstances.Instances[0].VpcId.ToString();
//Process LBs
var LBs = _awsObjectRetriever.GetAllLBs().LoadBalancerDescriptions;
string instanceLBName = "";
foreach (var LB in LBs)
{
foreach (var LBInstance in LB.Instances)
{
if ((LB.VPCId == vpcId) && (LBInstance.InstanceId == instance.InstanceId))
{
if (LB.Scheme == "internet-facing")
{
// BuildPublicIPAddressObject(LB);
}
instanceLBName = LB.LoadBalancerName;
//BuildLoadBalancerObject(LB, instance.InstanceId.ToString());
}
}
}
//Process Network Interface
// todo now BuildNetworkInterfaceObject(selectedInstances.Instances[0], ref networkinterfaces, LBs);
//Process EC2 Instance
// todo now BuildVirtualMachineObject(selectedInstances.Instances[0], networkinterfaces, storageAccountName, instanceLBName);
string name = "";
foreach (var tag in instance.Tags)
{
if (tag.Key == "Name")
{
name = tag.Value;
}
}
TreeNode instanceTreeNode = new TreeNode(instance.InstanceId + " - " + name);
instanceTreeNode.Tag = instance;
amazonRegionNode.Nodes.Add(instanceTreeNode);
Application.DoEvents();
}
}
}
}
if (amazonRegionNode.Nodes.Count > 0)
{
subscriptionNode.Nodes.Add(amazonRegionNode);
}
else
{
_LogProvider.WriteLog("Load_Items", "Not adding Amazon Region '" + region.DisplayName + "' to Source Node list, as it contains no resources to export.");
}
}
catch (Exception exc)
{
_LogProvider.WriteLog("Load_Items", "AWS Exception - " + region.DisplayName + ": " + exc.Message);
}
}
}
private async Task SelectDependencies(TreeNode selectedNode)
{
if (this.AutoSelectDependencies && (selectedNode.Checked) && (selectedNode.Tag != null))
{
if (selectedNode.Tag.GetType() == typeof(Azure.MigrationTarget.AvailabilitySet))
{
Azure.MigrationTarget.AvailabilitySet targetAvailabilitySet = (Azure.MigrationTarget.AvailabilitySet)selectedNode.Tag;
foreach (Azure.MigrationTarget.VirtualMachine targetVirtualMachine in targetAvailabilitySet.TargetVirtualMachines)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(targetVirtualMachine.TargetName, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualMachine)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
}
if (selectedNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualMachine))
{
Azure.MigrationTarget.VirtualMachine targetVirtualMachine = (Azure.MigrationTarget.VirtualMachine)selectedNode.Tag;
if (targetVirtualMachine.Source != null)
{
if (targetVirtualMachine.Source.GetType() == typeof(Azure.Asm.VirtualMachine))
{
Azure.Asm.VirtualMachine asmVirtualMachine = (Azure.Asm.VirtualMachine)targetVirtualMachine.Source;
#region process virtual network
foreach (Azure.MigrationTarget.NetworkInterface networkInterface in targetVirtualMachine.NetworkInterfaces)
{
#region Auto Select Virtual Network from each IpConfiguration
// This source code to auto select the Virtual Network as a Parent node has been commented out purposefully.
// It was observed through use of MigAz that users were not aware that "including the Virtual Network" in multiple
// migrations was actually creating new / independent / non-connected versions of the same Virtual Network.
// It is valid that the user would want to migrate the Virtual Network during the first run migration; however, beyond
// that first pass (the Azure ARM Virtual Network exists) the user is more likely to need to migrate the Virtual Machine(s)
// into an existing Azure Virtual Network. In order to guide the user in this direction, we do not want to auto select the
// source Virtual Network to be included in the Migration Template as a new Virtual Network. We want the user to explicitly
// select and include the source Azure Virtual Network into the Migration Template (if they want to include it), or utilize
// the built in property editor dialogs to "select an existing Virtual Network and Subnet".
//foreach (Azure.MigrationTarget.NetworkInterfaceIpConfiguration ipConfiguration in networkInterface.TargetNetworkInterfaceIpConfigurations)
//{
// if (ipConfiguration.TargetVirtualNetwork != null && ipConfiguration.TargetVirtualNetwork.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork))
// {
// Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork)ipConfiguration.TargetVirtualNetwork;
// foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(targetVirtualNetwork.SourceName, true))
// {
// if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork)))
// {
// if (!treeNode.Checked)
// treeNode.Checked = true;
// }
// }
// }
//}
#endregion
#region Auto Select Network Security Group
if (asmVirtualMachine.NetworkSecurityGroup != null)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(asmVirtualMachine.NetworkSecurityGroup.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.NetworkSecurityGroup)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
#endregion
}
#endregion
}
}
}
else if (selectedNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork))
{
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork)selectedNode.Tag;
foreach (Azure.MigrationTarget.Subnet targetSubnet in targetVirtualNetwork.TargetSubnets)
{
if (targetSubnet.NetworkSecurityGroup != null)
{
if (targetSubnet.NetworkSecurityGroup.SourceNetworkSecurityGroup != null)
{
if (targetSubnet.NetworkSecurityGroup.SourceNetworkSecurityGroup.GetType() == typeof(Azure.Asm.NetworkSecurityGroup))
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(targetSubnet.NetworkSecurityGroup.SourceName, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.NetworkSecurityGroup)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
}
}
}
}
_AzureContextSource.StatusProvider.UpdateStatus("Ready");
}
}
private async Task AsmSelectDependencies(TreeNode selectedNode)
{
if (this.AutoSelectDependencies && (selectedNode.Checked) && (selectedNode.Tag != null))
{
if (selectedNode.Tag.GetType() == typeof(Azure.MigrationTarget.AvailabilitySet))
{
Azure.MigrationTarget.AvailabilitySet targetAvailabilitySet = (Azure.MigrationTarget.AvailabilitySet)selectedNode.Tag;
foreach (Azure.MigrationTarget.VirtualMachine targetVirtualMachine in targetAvailabilitySet.TargetVirtualMachines)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(targetVirtualMachine.TargetName, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualMachine)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
}
if (selectedNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualMachine))
{
Azure.MigrationTarget.VirtualMachine targetVirtualMachine = (Azure.MigrationTarget.VirtualMachine)selectedNode.Tag;
if (targetVirtualMachine.Source != null)
{
if (targetVirtualMachine.Source.GetType() == typeof(Azure.Arm.VirtualMachine))
{
Azure.Arm.VirtualMachine armVirtualMachine = (Azure.Arm.VirtualMachine)targetVirtualMachine.Source;
#region process virtual network
// This source code to auto select the Virtual Network as a Parent node has been commented out purposefully.
// It was observed through use of MigAz that users were not aware that "including the Virtual Network" in multiple
// migrations was actually creating new / independent / non-connected versions of the same Virtual Network.
// It is valid that the user would want to migrate the Virtual Network during the first run migration; however, beyond
// that first pass (the Azure ARM Virtual Network exists) the user is more likely to need to migrate the Virtual Machine(s)
// into an existing Azure Virtual Network. In order to guide the user in this direction, we do not want to auto select the
// source Virtual Network to be included in the Migration Template as a new Virtual Network. We want the user to explicitly
// select and include the source Azure Virtual Network into the Migration Template (if they want to include it), or utilize
// the built in property editor dialogs to "select an existing Virtual Network and Subnet".
//foreach (Azure.Arm.NetworkInterface networkInterface in armVirtualMachine.NetworkInterfaces)
//{
// foreach (Azure.Arm.NetworkInterfaceIpConfiguration ipConfiguration in networkInterface.NetworkInterfaceIpConfigurations)
// {
// if (ipConfiguration.VirtualNetwork != null)
// {
// foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(ipConfiguration.VirtualNetwork.Name, true))
// {
// if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork)))
// {
// if (!treeNode.Checked)
// treeNode.Checked = true;
// }
// }
// }
// }
//}
#endregion
#region process managed disks
if (armVirtualMachine.OSVirtualHardDisk.GetType() == typeof(Azure.Arm.ManagedDisk))
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(((Azure.Arm.ManagedDisk)armVirtualMachine.OSVirtualHardDisk).Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.Disk)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
foreach (Azure.Interface.IArmDisk dataDisk in armVirtualMachine.DataDisks)
{
if (dataDisk.GetType() == typeof(Azure.Arm.ManagedDisk))
{
Azure.Arm.ManagedDisk managedDisk = (Azure.Arm.ManagedDisk)dataDisk;
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(managedDisk.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.Disk)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
}
#endregion
#region OS Disk Storage Account
if (armVirtualMachine.OSVirtualHardDisk.GetType() == typeof(Azure.Arm.ClassicDisk)) // Disk in a Storage Account, not a Managed Disk
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(((Azure.Arm.ClassicDisk)armVirtualMachine.OSVirtualHardDisk).StorageAccountName, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.StorageAccount)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
#endregion
#region Data Disk(s) Storage Account(s)
foreach (IArmDisk dataDisk in armVirtualMachine.DataDisks)
{
if (dataDisk.GetType() == typeof(Azure.Arm.ClassicDisk))
{
Azure.Arm.ClassicDisk classicDisk = (Azure.Arm.ClassicDisk)dataDisk;
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(classicDisk.StorageAccountName, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.StorageAccount)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
else if (dataDisk.GetType() == typeof(Azure.Arm.ManagedDisk))
{
Azure.Arm.ManagedDisk managedDisk = (Azure.Arm.ManagedDisk)dataDisk;
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(managedDisk.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.Disk)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
}
#endregion
#region Network Interface Card(s)
foreach (Azure.Arm.NetworkInterface networkInterface in armVirtualMachine.NetworkInterfaces)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(networkInterface.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.NetworkInterface)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
if (networkInterface.NetworkSecurityGroup != null)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(networkInterface.NetworkSecurityGroup.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.NetworkSecurityGroup)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
foreach (Azure.Arm.NetworkInterfaceIpConfiguration ipConfiguration in networkInterface.NetworkInterfaceIpConfigurations)
{
if (ipConfiguration.BackEndAddressPool != null && ipConfiguration.BackEndAddressPool.LoadBalancer != null)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(ipConfiguration.BackEndAddressPool.LoadBalancer.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.LoadBalancer)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
if (ipConfiguration.PublicIP != null)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(ipConfiguration.PublicIP.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.PublicIp)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
}
}
#endregion
#region Parent Availability Set
if (armVirtualMachine.AvailabilitySet != null)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(armVirtualMachine.AvailabilitySet.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.AvailabilitySet)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
#endregion
}
}
}
else if (selectedNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork))
{
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork)selectedNode.Tag;
foreach (Azure.MigrationTarget.Subnet targetSubnet in targetVirtualNetwork.TargetSubnets)
{
if (targetSubnet.NetworkSecurityGroup != null)
{
if (targetSubnet.NetworkSecurityGroup.SourceNetworkSecurityGroup != null)
{
if (targetSubnet.NetworkSecurityGroup.SourceNetworkSecurityGroup.GetType() == typeof(Azure.Arm.NetworkSecurityGroup))
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(targetSubnet.NetworkSecurityGroup.SourceName, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.NetworkSecurityGroup)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
}
}
}
}
else if (selectedNode.Tag.GetType() == typeof(Azure.MigrationTarget.LoadBalancer))
{
Azure.MigrationTarget.LoadBalancer targetLoadBalancer = (Azure.MigrationTarget.LoadBalancer)selectedNode.Tag;
if (targetLoadBalancer.Source != null)
{
if (targetLoadBalancer.Source.GetType() == typeof(Azure.Arm.LoadBalancer))
{
Azure.Arm.LoadBalancer armLoadBalaner = (Azure.Arm.LoadBalancer)targetLoadBalancer.Source;
foreach (Azure.Arm.FrontEndIpConfiguration frontEndIpConfiguration in armLoadBalaner.FrontEndIpConfigurations)
{
if (frontEndIpConfiguration.PublicIP != null)
{
foreach (TreeNode treeNode in selectedNode.TreeView.Nodes.Find(frontEndIpConfiguration.PublicIP.Name, true))
{
if ((treeNode.Tag != null) && (treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.PublicIp)))
{
if (!treeNode.Checked)
{
treeNode.Checked = true;
}
}
}
}
}
}
}
}
_StatusProvider.UpdateStatus("Ready");
}
}
public async Task <TreeNode> AddMigrationTargetToTargetTree(IMigrationTarget parentNode)
{
if (parentNode == null)
{
throw new ArgumentNullException("Migration Target cannot be null.");
}
TreeNode targetResourceGroupNode = SeekResourceGroupTreeNode();
if (parentNode.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork))
{
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork)parentNode;
TreeNode virtualNetworkNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetVirtualNetwork.SourceName, targetVirtualNetwork.ToString(), targetVirtualNetwork, true);
foreach (Azure.MigrationTarget.Subnet targetSubnet in targetVirtualNetwork.TargetSubnets)
{
TreeNode subnetNode = SeekARMChildTreeNode(virtualNetworkNode.Nodes, targetVirtualNetwork.ToString(), targetSubnet.ToString(), targetSubnet, true);
}
targetResourceGroupNode.ExpandAll();
return(virtualNetworkNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.StorageAccount))
{
Azure.MigrationTarget.StorageAccount targetStorageAccount = (Azure.MigrationTarget.StorageAccount)parentNode;
TreeNode storageAccountNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetStorageAccount.SourceName, targetStorageAccount.ToString(), targetStorageAccount, true);
targetResourceGroupNode.ExpandAll();
return(storageAccountNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.NetworkSecurityGroup))
{
Azure.MigrationTarget.NetworkSecurityGroup targetNetworkSecurityGroup = (Azure.MigrationTarget.NetworkSecurityGroup)parentNode;
TreeNode networkSecurityGroupNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetNetworkSecurityGroup.SourceName, targetNetworkSecurityGroup.ToString(), targetNetworkSecurityGroup, true);
targetResourceGroupNode.ExpandAll();
return(networkSecurityGroupNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.LoadBalancer))
{
Azure.MigrationTarget.LoadBalancer targetLoadBalancer = (Azure.MigrationTarget.LoadBalancer)parentNode;
TreeNode targetLoadBalancerNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetLoadBalancer.SourceName, targetLoadBalancer.ToString(), targetLoadBalancer, true);
targetResourceGroupNode.ExpandAll();
return(targetLoadBalancerNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.PublicIp))
{
Azure.MigrationTarget.PublicIp targetPublicIp = (Azure.MigrationTarget.PublicIp)parentNode;
TreeNode targetPublicIpNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetPublicIp.SourceName, targetPublicIp.ToString(), targetPublicIp, true);
targetResourceGroupNode.ExpandAll();
return(targetPublicIpNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.VirtualMachine))
{
Azure.MigrationTarget.VirtualMachine targetVirtualMachine = (Azure.MigrationTarget.VirtualMachine)parentNode;
TreeNode virtualMachineParentNode = targetResourceGroupNode;
TreeNode targetAvailabilitySetNode = null;
// https://docs.microsoft.com/en-us/azure/virtual-machines/windows/manage-availability
if (targetVirtualMachine.TargetAvailabilitySet != null)
{
targetAvailabilitySetNode = GetTargetAvailabilitySetNode(targetResourceGroupNode, targetVirtualMachine.TargetAvailabilitySet);
virtualMachineParentNode = targetAvailabilitySetNode;
}
TreeNode virtualMachineNode = SeekARMChildTreeNode(virtualMachineParentNode.Nodes, targetVirtualMachine.SourceName, targetVirtualMachine.ToString(), targetVirtualMachine, true);
foreach (Azure.MigrationTarget.Disk targetDisk in targetVirtualMachine.DataDisks)
{
TreeNode dataDiskNode = SeekARMChildTreeNode(virtualMachineNode.Nodes, targetDisk.ToString(), targetDisk.ToString(), targetDisk, true);
}
foreach (Azure.MigrationTarget.NetworkInterface targetNetworkInterface in targetVirtualMachine.NetworkInterfaces)
{
TreeNode networkInterfaceNode = SeekARMChildTreeNode(virtualMachineNode.Nodes, targetNetworkInterface.ToString(), targetNetworkInterface.ToString(), targetNetworkInterface, true);
}
targetResourceGroupNode.ExpandAll();
return(virtualMachineNode);
}
else
{
throw new Exception("Unhandled Node Type in AddMigrationTargetToTargetTree: " + parentNode.GetType());
}
}
public async Task <TreeNode> AddMigrationTargetToTargetTree(IMigrationTarget parentNode)
{
if (parentNode == null)
{
throw new ArgumentNullException("Migration Target cannot be null.");
}
TreeNode targetResourceGroupNode = SeekResourceGroupTreeNode();
if (parentNode.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork))
{
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork)parentNode;
TreeNode virtualNetworkNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetVirtualNetwork.SourceName, targetVirtualNetwork.ToString(), targetVirtualNetwork, true);
foreach (Azure.MigrationTarget.Subnet targetSubnet in targetVirtualNetwork.TargetSubnets)
{
TreeNode subnetNode = SeekARMChildTreeNode(virtualNetworkNode.Nodes, targetVirtualNetwork.ToString(), targetSubnet.ToString(), targetSubnet, true);
}
targetResourceGroupNode.ExpandAll();
return(virtualNetworkNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.StorageAccount))
{
Azure.MigrationTarget.StorageAccount targetStorageAccount = (Azure.MigrationTarget.StorageAccount)parentNode;
TreeNode storageAccountNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetStorageAccount.SourceName, targetStorageAccount.ToString(), targetStorageAccount, true);
targetResourceGroupNode.ExpandAll();
return(storageAccountNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.NetworkSecurityGroup))
{
Azure.MigrationTarget.NetworkSecurityGroup targetNetworkSecurityGroup = (Azure.MigrationTarget.NetworkSecurityGroup)parentNode;
TreeNode networkSecurityGroupNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetNetworkSecurityGroup.SourceName, targetNetworkSecurityGroup.ToString(), targetNetworkSecurityGroup, true);
targetResourceGroupNode.ExpandAll();
return(networkSecurityGroupNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.LoadBalancer))
{
Azure.MigrationTarget.LoadBalancer targetLoadBalancer = (Azure.MigrationTarget.LoadBalancer)parentNode;
TreeNode targetLoadBalancerNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetLoadBalancer.SourceName, targetLoadBalancer.ToString(), targetLoadBalancer, true);
targetResourceGroupNode.ExpandAll();
return(targetLoadBalancerNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.PublicIp))
{
Azure.MigrationTarget.PublicIp targetPublicIp = (Azure.MigrationTarget.PublicIp)parentNode;
TreeNode targetPublicIpNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetPublicIp.SourceName, targetPublicIp.ToString(), targetPublicIp, true);
targetResourceGroupNode.ExpandAll();
return(targetPublicIpNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.NetworkInterface))
{
Azure.MigrationTarget.NetworkInterface targetNetworkInterface = (Azure.MigrationTarget.NetworkInterface)parentNode;
TreeNode targetNetworkInterfaceNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetNetworkInterface.ToString(), targetNetworkInterface.ToString(), targetNetworkInterface, true);
targetResourceGroupNode.ExpandAll();
return(targetNetworkInterfaceNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.AvailabilitySet))
{
Azure.MigrationTarget.AvailabilitySet targetAvailabilitySet = (Azure.MigrationTarget.AvailabilitySet)parentNode;
TreeNode targetAvailabilitySetNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetAvailabilitySet.ToString(), targetAvailabilitySet.ToString(), targetAvailabilitySet, true);
targetResourceGroupNode.ExpandAll();
return(targetAvailabilitySetNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.VirtualMachine))
{
Azure.MigrationTarget.VirtualMachine targetVirtualMachine = (Azure.MigrationTarget.VirtualMachine)parentNode;
TreeNode virtualMachineParentNode = targetResourceGroupNode;
TreeNode virtualMachineNode = SeekARMChildTreeNode(virtualMachineParentNode.Nodes, targetVirtualMachine.SourceName, targetVirtualMachine.ToString(), targetVirtualMachine, true);
if (targetVirtualMachine.TargetAvailabilitySet != null)
{
if (targetVirtualMachine.TargetAvailabilitySet.SourceAvailabilitySet != null && targetVirtualMachine.TargetAvailabilitySet.SourceAvailabilitySet.GetType() == typeof(Asm.CloudService))
{
// Adding under Virtual Machine, as it is not a managed disk
TreeNode dataDiskNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetVirtualMachine.TargetAvailabilitySet.ToString(), targetVirtualMachine.TargetAvailabilitySet.ToString(), targetVirtualMachine.TargetAvailabilitySet, true);
}
}
if (targetVirtualMachine.OSVirtualHardDisk.IsUnmanagedDisk)
{
// Adding under Virtual Machine, as it is not a managed disk
TreeNode dataDiskNode = SeekARMChildTreeNode(virtualMachineNode.Nodes, targetVirtualMachine.OSVirtualHardDisk.ToString(), targetVirtualMachine.OSVirtualHardDisk.ToString(), targetVirtualMachine.OSVirtualHardDisk, true);
}
else
{
// Under Resource Group, as it is a managed Disk
TreeNode dataDiskNode = SeekARMChildTreeNode(virtualMachineParentNode.Nodes, targetVirtualMachine.OSVirtualHardDisk.ToString(), targetVirtualMachine.OSVirtualHardDisk.ToString(), targetVirtualMachine.OSVirtualHardDisk, true);
}
foreach (Azure.MigrationTarget.Disk targetDisk in targetVirtualMachine.DataDisks)
{
if (targetDisk.IsUnmanagedDisk)
{
// Adding under Virtual Machine, as it is not a managed disk
TreeNode dataDiskNode = SeekARMChildTreeNode(virtualMachineNode.Nodes, targetDisk.ToString(), targetDisk.ToString(), targetDisk, true);
}
else
{
// Under Resource Group, as it is a managed Disk
TreeNode dataDiskNode = SeekARMChildTreeNode(virtualMachineParentNode.Nodes, targetDisk.ToString(), targetDisk.ToString(), targetDisk, true);
}
}
foreach (Azure.MigrationTarget.NetworkInterface targetNetworkInterface in targetVirtualMachine.NetworkInterfaces)
{
if (targetNetworkInterface.SourceNetworkInterface != null && targetNetworkInterface.SourceNetworkInterface.GetType() == typeof(Azure.Asm.NetworkInterface))
{
// We are only adding as a child node if it is an ASM Network Interface, otherwise we expect this to follow ARM convention in which NIC is a first class object in the resource group (not embededded under the VM).
TreeNode networkInterfaceNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetNetworkInterface.ToString(), targetNetworkInterface.ToString(), targetNetworkInterface, true);
}
}
targetResourceGroupNode.ExpandAll();
return(virtualMachineNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.Disk))
{
Azure.MigrationTarget.Disk targetDisk = (Azure.MigrationTarget.Disk)parentNode;
TreeNode targetDiskNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetDisk.SourceName, targetDisk.ToString(), targetDisk, true);
targetResourceGroupNode.ExpandAll();
return(targetDiskNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.VirtualMachineImage))
{
Azure.MigrationTarget.VirtualMachineImage targetVirtualMachineImage = (Azure.MigrationTarget.VirtualMachineImage)parentNode;
TreeNode targetVirtualMachineImageNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetVirtualMachineImage.SourceName, targetVirtualMachineImage.ToString(), targetVirtualMachineImage, true);
targetResourceGroupNode.ExpandAll();
return(targetVirtualMachineImageNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.NetworkInterface))
{
Azure.MigrationTarget.NetworkInterface targetNetworkInterface = (Azure.MigrationTarget.NetworkInterface)parentNode;
TreeNode targetNetworkInterfaceNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetNetworkInterface.SourceName, targetNetworkInterface.ToString(), targetNetworkInterface, true);
targetResourceGroupNode.ExpandAll();
return(targetNetworkInterfaceNode);
}
else if (parentNode.GetType() == typeof(Azure.MigrationTarget.RouteTable))
{
Azure.MigrationTarget.RouteTable targetRouteTable = (Azure.MigrationTarget.RouteTable)parentNode;
TreeNode targetRouteTableNode = SeekARMChildTreeNode(targetResourceGroupNode.Nodes, targetRouteTable.SourceName, targetRouteTable.ToString(), targetRouteTable, true);
targetRouteTableNode.ExpandAll();
return(targetRouteTableNode);
}
else
{
throw new Exception("Unhandled Node Type in AddMigrationTargetToTargetTree: " + parentNode.GetType());
}
}
public void toname(string accessKey, string secretKey, TreeNode subscriptionNode, ILogProvider logProvider, IStatusProvider statusProvider)
{
List <Amazon.RegionEndpoint> regionsList = new List <Amazon.RegionEndpoint>();
foreach (var region in Amazon.RegionEndpoint.EnumerableAllRegions)
{
try
{
_awsObjectRetriever = new AwsObjectRetriever(accessKey, secretKey, region, logProvider, statusProvider);
//// todo, not needed in this method_templateGenerator = new TemplateGenerator(_logProvider, _statusProvider, _awsObjectRetriever, telemetryProvider);
TreeNode amazonRegionNode = new TreeNode(region.DisplayName);
amazonRegionNode.Text = region.DisplayName;
amazonRegionNode.Tag = region;
//DescribeVolumesResponse ebsVolumesResponse;
statusProvider.UpdateStatus("BUSY: Getting the VPC details");
DescribeVpcsResponse vpcResponse = getVPCs();
Application.DoEvents();
statusProvider.UpdateStatus("BUSY: Processing VPC");
foreach (var vpc in vpcResponse.Vpcs)
{
MigAz.AWS.MigrationSource.VirtualNetwork sourceVirtualNetwork = new MigrationSource.VirtualNetwork(_awsObjectRetriever, vpc);
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = new Azure.MigrationTarget.VirtualNetwork(sourceVirtualNetwork);
TreeNode vpcTreeNode = new TreeNode(sourceVirtualNetwork.Id + " - " + sourceVirtualNetwork.Name);
vpcTreeNode.Tag = targetVirtualNetwork;
amazonRegionNode.Nodes.Add(vpcTreeNode);
Application.DoEvents();
}
DescribeInstancesResponse instResponse = getEC2Instances();
Application.DoEvents();
if (instResponse != null)
{
statusProvider.UpdateStatus("BUSY: Processing Instances");
if (instResponse.Reservations.Count > 0)
{
foreach (var instanceResp in instResponse.Reservations)
{
foreach (var instance in instanceResp.Instances)
{
string name = "";
foreach (var tag in instance.Tags)
{
if (tag.Key == "Name")
{
name = tag.Value;
}
}
TreeNode instanceTreeNode = new TreeNode(instance.InstanceId + " - " + name);
instanceTreeNode.Tag = instance;
amazonRegionNode.Nodes.Add(instanceTreeNode);
Application.DoEvents();
}
}
}
}
if (amazonRegionNode.Nodes.Count > 0)
{
subscriptionNode.Nodes.Add(amazonRegionNode);
}
else
{
logProvider.WriteLog("Load_Items", "Not adding Amazon Region '" + region.DisplayName + "' to Source Node list, as it contains no resources to export.");
}
}
catch (Exception exc)
{
logProvider.WriteLog("Load_Items", "AWS Exception - " + region.DisplayName + ": " + exc.Message);
}
}
}
private async void rbVNetInMigration_CheckedChanged(object sender, EventArgs e)
{
RadioButton rb = (RadioButton)sender;
if (rb.Checked)
{
#region Add "In MigAz Migration" Virtual Networks to cmbExistingArmVNets
cmbExistingArmVNets.Items.Clear();
cmbExistingArmSubnet.Items.Clear();
TreeNode targetResourceGroupNode = _TargetTreeView.ResourceGroupNode;
if (targetResourceGroupNode != null)
{
foreach (TreeNode treeNode in targetResourceGroupNode.Nodes)
{
if (treeNode.Tag != null && treeNode.Tag.GetType() == typeof(Azure.MigrationTarget.VirtualNetwork))
{
Azure.MigrationTarget.VirtualNetwork targetVirtualNetwork = (Azure.MigrationTarget.VirtualNetwork)treeNode.Tag;
cmbExistingArmVNets.Items.Add(targetVirtualNetwork);
}
}
}
#endregion
#region Seek Target VNet and Subnet as ComboBox SelectedItems
if (_TargetNetworkInterface != null && _TargetNetworkInterface.TargetNetworkInterfaceIpConfigurations.Count > 0)
{
if (_TargetNetworkInterface.TargetNetworkInterfaceIpConfigurations[0].TargetVirtualNetwork != null)
{
// Attempt to match target to list items
foreach (Azure.MigrationTarget.VirtualNetwork listVirtualNetwork in cmbExistingArmVNets.Items)
{
if (listVirtualNetwork.ToString() == _TargetNetworkInterface.TargetNetworkInterfaceIpConfigurations[0].TargetVirtualNetwork.ToString())
{
cmbExistingArmVNets.SelectedItem = listVirtualNetwork;
break;
}
}
if (cmbExistingArmVNets.SelectedItem != null && _TargetNetworkInterface.TargetNetworkInterfaceIpConfigurations[0].TargetSubnet != null)
{
foreach (Azure.MigrationTarget.Subnet listSubnet in cmbExistingArmSubnet.Items)
{
if (listSubnet.ToString() == _TargetNetworkInterface.TargetNetworkInterfaceIpConfigurations[0].TargetSubnet.ToString())
{
cmbExistingArmSubnet.SelectedItem = listSubnet;
break;
}
}
}
}
}
#endregion
}
PropertyChanged();
}
