public PSAppServiceEnvironment(AppServiceEnvironmentResource other) { this.Location = other.Location; this.Name = other.Name; this.Kind = other.Kind; this.ProvisioningState = other.ProvisioningState; this.Status = other.Status; this.Id = other.Id; }
public AppServiceEnvironmentResource CreateAppServiceEnvironment(string resourceGroupName, string aseName, AppServiceEnvironmentResource appServiceEnvironment) { return(WrappedWebsitesClient.AppServiceEnvironments().CreateOrUpdate(resourceGroupName, aseName, appServiceEnvironment)); }
public override void ExecuteCmdlet() { AppServiceEnvironmentResource ase = WebsitesClient.GetAppServiceEnvironment(ResourceGroupName, Name); string shouldProcessMessage = ""; if (ase.Kind.ToLower() == "asev2") { shouldProcessMessage = SkipDns ? "No changes will be made" : $"Create Private DNS Zone and A Records for {Name}"; } else if (ase.Kind.ToLower() == "asev3") { shouldProcessMessage = SkipDns ? $"Disable Network Policy in Subnet and create private endpoint for {Name}" : $"Disable Network Policy in Subnet, create private endpoint, and create Private DNS Zone and A Records for {Name}"; } if (ShouldProcess(Name, shouldProcessMessage)) { switch (ParameterSetName) { case SubnetNameParameterSet: case SubnetIdParameterSet: var subnet = ParameterSetName == SubnetNameParameterSet ? SubnetName : SubnetId; //Fetch RG of given Subnet var subnetResourceGroupName = NetworkClient.GetSubnetResourceGroupName(subnet, VirtualNetworkName); //If unable to fetch Subnet rg from above step, use the input RG to get validation error from api call. subnetResourceGroupName = !String.IsNullOrEmpty(subnetResourceGroupName) ? subnetResourceGroupName : ResourceGroupName; var subnetResourceId = NetworkClient.ValidateSubnet(subnet, VirtualNetworkName, subnetResourceGroupName, DefaultContext.Subscription.Id); if (ase != null) { string inboundIPAddress = ""; if (ase.Kind.ToLower() == "asev2") { // Internal ASEv2 if (ase.InternalLoadBalancingMode != "None") { var vipInfo = WebsitesClient.GetAppServiceEnvironmentAddresses(ResourceGroupName, Name); inboundIPAddress = vipInfo.InternalIpAddress; } else { throw new Exception("Private DNS Zone is not compatible with External App Service Environment"); } } else if (ase.Kind.ToLower() == "asev3") { // Create private endpoint var aseResourceId = ase.Id; var aseGroupId = "hostingEnvironments"; NetworkClient.EnsureSubnetPrivateEndpointPolicy(subnetResourceId, false); var pe = NetworkClient.CreatePrivateEndpoint(ResourceGroupName, Name, aseResourceId, aseGroupId, subnetResourceId, ase.Location); var nicId = pe.NetworkInterfaces[0].Id; inboundIPAddress = NetworkClient.GetNetworkInterfacePrivateIPAddress(nicId); } if (!SkipDns) { // Create Private DNS Zone and records var virtualNetworkResourceId = NetworkClient.GetVirtualNetworkResourceId(subnetResourceId); PrivateDnsClient.CreateAppServiceEnvironmentPrivateDnsZone(ResourceGroupName, Name, virtualNetworkResourceId, inboundIPAddress); } } break; } if (PassThru) { WriteObject(true); } } }
public override void ExecuteCmdlet() { if (ShouldProcess(Name, $"Creating App Service Environment '{Name}'")) { AppServiceEnvironmentResource appServiceEnvironment = new AppServiceEnvironmentResource(); appServiceEnvironment.AppServiceEnvironmentResourceName = Name; appServiceEnvironment.AppServiceEnvironmentResourceLocation = Location; appServiceEnvironment.Location = Location; appServiceEnvironment.Kind = Kind; appServiceEnvironment.WorkerPools = new List <WorkerPool>() { }; AppServiceEnvironmentResource ase = null; switch (ParameterSetName) { case ASEv2SubnetNameParameterSet: case ASEv2SubnetIdParameterSet: var subnet = ParameterSetName == ASEv2SubnetNameParameterSet ? SubnetName : SubnetId; //Fetch RG of given Subnet var subnetResourceGroupName = NetworkClient.GetSubnetResourceGroupName(subnet, VirtualNetworkName); //If unable to fetch Subnet rg from above step, use the input RG to get validation error from api call. subnetResourceGroupName = !String.IsNullOrEmpty(subnetResourceGroupName) ? subnetResourceGroupName : ResourceGroupName; var subnetResourceId = NetworkClient.ValidateSubnet(subnet, VirtualNetworkName, subnetResourceGroupName, DefaultContext.Subscription.Id); if (!SkipRouteTable) { NetworkClient.EnsureASEv2RouteTable(ResourceGroupName, Name, Location, subnetResourceId); } if (!SkipNetworkSecurityGroup) { NetworkClient.EnsureASEv2NetworkSecurityGroup(ResourceGroupName, Name, Location, subnetResourceId); } appServiceEnvironment.VirtualNetwork = new VirtualNetworkProfile(id: subnetResourceId); appServiceEnvironment.InternalLoadBalancingMode = LoadBalancerMode == "External" ? "None" : "Web,Publishing"; // Create ASEv2 ase = WebsitesClient.CreateAppServiceEnvironment(ResourceGroupName, Name, appServiceEnvironment); break; case ASEv3SubnetNameParameterSet: case ASEv3SubnetIdParameterSet: var outboundSubnet = ParameterSetName == ASEv3SubnetNameParameterSet ? SubnetName : SubnetId; //Fetch RG of given Subnet var outboundSubnetResourceGroupName = NetworkClient.GetSubnetResourceGroupName(outboundSubnet, VirtualNetworkName); //If unable to fetch Subnet rg from above step, use the input RG to get validation error from api call. outboundSubnetResourceGroupName = !String.IsNullOrEmpty(outboundSubnetResourceGroupName) ? outboundSubnetResourceGroupName : ResourceGroupName; var outboundSubnetResourceId = NetworkClient.ValidateSubnet(outboundSubnet, VirtualNetworkName, outboundSubnetResourceGroupName, DefaultContext.Subscription.Id); appServiceEnvironment.VirtualNetwork = new VirtualNetworkProfile(id: outboundSubnetResourceId); // Create ASEv3 NetworkClient.VerifyEmptySubnet(outboundSubnetResourceId); NetworkClient.EnsureSubnetDelegation(outboundSubnetResourceId, "Microsoft.Web/hostingEnvironments"); ase = WebsitesClient.CreateAppServiceEnvironment(ResourceGroupName, Name, appServiceEnvironment); break; } if (PassThru) { // Refresh object to get the final state var ps_ase = new PSAppServiceEnvironment(WebsitesClient.GetAppServiceEnvironment(ResourceGroupName, Name)); WriteObject(ps_ase); } } }