public static ResourceConfig <NetworkInterface> CreateNetworkInterfaceConfig(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
string edgeZone,
NestedResourceConfig <Subnet, VirtualNetwork> subnet,
ResourceConfig <PublicIPAddress> publicIPAddress,
ResourceConfig <NetworkSecurityGroup> networkSecurityGroup = null,
bool enableAcceleratedNetworking = false)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: engine => new NetworkInterface
{
EnableAcceleratedNetworking = enableAcceleratedNetworking,
IpConfigurations = new []
{
new NetworkInterfaceIPConfiguration
{
Name = name,
Subnet = engine.GetReference(subnet),
PublicIPAddress = engine.GetReference(publicIPAddress)
}
},
NetworkSecurityGroup = networkSecurityGroup == null
? null
: engine.GetReference(networkSecurityGroup),
ExtendedLocation = edgeZone == null
? null
: new ExtendedLocation {
Name = edgeZone
}
});
public static TModel GetReference <TModel, TParentModel>(
this IEngine engine, NestedResourceConfig <TModel, TParentModel> config)
where TModel : SubResource, new()
where TParentModel : Resource
=> new TModel
{
Id = engine.GetId(config)
};
/// <summary>
/// Get a model of the given nested resource config from the given state.
/// </summary>
/// <typeparam name="TModel"></typeparam>
/// <typeparam name="TParentModel"></typeparam>
/// <param name="state"></param>
/// <param name="config"></param>
/// <returns></returns>
public static TModel Get <TModel, TParentModel>(
this IState state, NestedResourceConfig <TModel, TParentModel> config)
where TModel : class
where TParentModel : class
{
var parentModel = state.GetDispatch(config.Parent);
return(parentModel == null ? null : config.Strategy.Get(parentModel, config.Name));
}
public static NestedResourceConfig <InboundNatPool, LoadBalancer> CreateInboundNatPool(
this ResourceConfig <LoadBalancer> loadBalancer,
string name,
NestedResourceConfig <FrontendIPConfiguration, LoadBalancer> frontendIpConfiguration,
int frontendPortRangeStart,
int frontendPortRangeEnd,
int backendPort)
=> loadBalancer.CreateNested(
Strategy,
name,
engine => new InboundNatPool
{
FrontendIPConfiguration = engine.GetReference(frontendIpConfiguration),
Protocol = NetworkStrategy.Tcp,
FrontendPortRangeStart = frontendPortRangeStart,
FrontendPortRangeEnd = frontendPortRangeEnd,
BackendPort = backendPort
});
public static NestedResourceConfig <LoadBalancingRule, LoadBalancer> CreateLoadBalancingRule(
this ResourceConfig <LoadBalancer> loadBalancer,
string name,
NestedResourceConfig <FrontendIPConfiguration, LoadBalancer> fronendIpConfiguration,
NestedResourceConfig <BackendAddressPool, LoadBalancer> backendAddressPool,
int frontendPort,
int backendPort)
=> loadBalancer.CreateNested(
Strategy,
name,
engine => new LoadBalancingRule
{
FrontendIPConfiguration = engine.GetReference(fronendIpConfiguration),
BackendAddressPool = engine.GetReference(backendAddressPool),
Protocol = NetworkStrategy.Tcp,
FrontendPort = frontendPort,
BackendPort = backendPort,
});
public static ResourceConfig <LoadBalancer> CreateLoadBalancerConfig(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
string froontendPoolName,
string backendPoolName,
IList <string> zones,
ResourceConfig <PublicIPAddress> publicIPAddress,
NestedResourceConfig <Subnet, VirtualNetwork> subnet)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: subscriptionId =>
{
var lb = new LoadBalancer();
NormalizeChildResourcesId(lb, subscriptionId, resourceGroup.Name);
return(lb);
},
dependencies: new IEntityConfig[] { subnet, publicIPAddress });
public static NestedResourceConfig <FrontendIPConfiguration, LoadBalancer> CreateFrontendIPConfiguration(
this ResourceConfig <LoadBalancer> loadBalancer,
string name,
IList <string> zones,
ResourceConfig <PublicIPAddress> publicIPAddress,
NestedResourceConfig <Subnet, VirtualNetwork> subnet)
=> Strategy.CreateConfig(
parent: loadBalancer,
name: name,
createModel: subscriptionId => {
var frontEndConfig = CreateFrontendIpConfig(
froontendPoolName: name,
subscriptionId: subscriptionId,
subnetId: subnet.GetId(subscriptionId).IdToString(),
publicIpAddressId: publicIPAddress.GetId(subscriptionId).IdToString(),
privateIpAddress: null,
zones: zones);
return(frontEndConfig);
});
public static ResourceConfig <NetworkInterface> CreateNetworkInterfaceConfig(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
NestedResourceConfig <Subnet, VirtualNetwork> subnet,
ResourceConfig <PublicIPAddress> publicIPAddress,
ResourceConfig <NetworkSecurityGroup> networkSecurityGroup = null)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: subscription => new NetworkInterface
{
IpConfigurations = new []
{
new NetworkInterfaceIPConfiguration
{
Name = name,
Subnet = new Subnet {
Id = subnet.GetId(subscription).IdToString()
},
PublicIPAddress = new PublicIPAddress
{
Id = publicIPAddress.GetId(subscription).IdToString()
}
}
},
NetworkSecurityGroup = networkSecurityGroup == null
? null
: new NetworkSecurityGroup
{
Id = networkSecurityGroup.GetId(subscription).IdToString()
}
},
dependencies: new IEntityConfig[]
{
subnet,
publicIPAddress,
networkSecurityGroup
});
public static ResourceConfig <NetworkInterface> CreateNetworkInterfaceConfig(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
NestedResourceConfig <Subnet, VirtualNetwork> subnet,
ResourceConfig <PublicIPAddress> publicIPAddress,
ResourceConfig <NetworkSecurityGroup> networkSecurityGroup = null)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: engine => new NetworkInterface
{
IpConfigurations = new []
{
new NetworkInterfaceIPConfiguration
{
Name = name,
Subnet = engine.GetReference(subnet),
PublicIPAddress = engine.GetReference(publicIPAddress)
}
},
NetworkSecurityGroup = networkSecurityGroup == null
? null
: engine.GetReference(networkSecurityGroup)
});
internal static ResourceConfig <VirtualMachineScaleSet> CreateVirtualMachineScaleSetConfigOrchestrationModeFlexible(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
NestedResourceConfig <Subnet, VirtualNetwork> subnet,
NestedResourceConfig <BackendAddressPool, LoadBalancer> backendAdressPool,
ResourceConfig <NetworkSecurityGroup> networkSecurityGroup,
ImageAndOsType imageAndOsType,
string adminUsername,
string adminPassword,
string vmSize,
int instanceCount,
VirtualMachineScaleSetIdentity identity,
bool singlePlacementGroup,
IEnumerable <int> dataDisks,
IList <string> zones,
bool ultraSSDEnabled,
Func <IEngine, CM.SubResource> proximityPlacementGroup,
Func <IEngine, CM.SubResource> hostGroup,
string priority,
string evictionPolicy,
double?maxPrice,
string[] scaleInPolicy,
bool doNotRunExtensionsOnOverprovisionedVMs,
bool encryptionAtHost,
int?platformFaultDomainCount,
string edgeZone,
string orchestrationMode,
string capacityReservationId
)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: engine => new VirtualMachineScaleSet()
{
Zones = zones,
ExtendedLocation = edgeZone == null ? null : new CM.ExtendedLocation(edgeZone, CM.ExtendedLocationTypes.EdgeZone),
Sku = new Azure.Management.Compute.Models.Sku()
{
Capacity = instanceCount,
Name = vmSize,
},
Identity = identity,
SinglePlacementGroup = singlePlacementGroup,
AdditionalCapabilities = ultraSSDEnabled ? new AdditionalCapabilities(true) : null,
PlatformFaultDomainCount = platformFaultDomainCount,
VirtualMachineProfile = new VirtualMachineScaleSetVMProfile
{
SecurityProfile = (encryptionAtHost == true) ? new SecurityProfile(encryptionAtHost: encryptionAtHost) : null,
OsProfile = new VirtualMachineScaleSetOSProfile
{
ComputerNamePrefix = name.Substring(0, Math.Min(name.Length, 9)),
WindowsConfiguration = imageAndOsType.CreateWindowsConfiguration(),
LinuxConfiguration = imageAndOsType.CreateLinuxConfiguration(),
AdminUsername = adminUsername,
AdminPassword = adminPassword,
},
StorageProfile = new VirtualMachineScaleSetStorageProfile
{
ImageReference = imageAndOsType?.Image,
DataDisks = DataDiskStrategy.CreateVmssDataDisks(
imageAndOsType?.DataDiskLuns, dataDisks)
},
NetworkProfile = new VirtualMachineScaleSetNetworkProfile
{
NetworkApiVersion = flexibleOModeNetworkAPIVersion,
NetworkInterfaceConfigurations = new[]
{
new VirtualMachineScaleSetNetworkConfiguration
{
Name = name,
IpConfigurations = new []
{
new VirtualMachineScaleSetIPConfiguration
{
Name = name,
LoadBalancerBackendAddressPools = new []
{
engine.GetReference(backendAdressPool)
},
Subnet = engine.GetReference(subnet)
}
},
Primary = true,
NetworkSecurityGroup = engine.GetReference(networkSecurityGroup)
}
}
},
Priority = priority,
EvictionPolicy = evictionPolicy,
BillingProfile = (maxPrice == null) ? null : new BillingProfile(maxPrice),
CapacityReservation = (capacityReservationId == null) ? null : new CapacityReservationProfile
{
CapacityReservationGroup = new Microsoft.Azure.Management.Compute.Models.SubResource(capacityReservationId)
}
},
ProximityPlacementGroup = proximityPlacementGroup(engine),
HostGroup = hostGroup(engine),
ScaleInPolicy = (scaleInPolicy == null) ? null : new ScaleInPolicy
{
Rules = scaleInPolicy
},
DoNotRunExtensionsOnOverprovisionedVMs = doNotRunExtensionsOnOverprovisionedVMs ? true : (bool?)null,
OrchestrationMode = orchestrationMode
});
internal static ResourceConfig <VirtualMachineScaleSet> CreateVirtualMachineScaleSetConfig(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
NestedResourceConfig <Subnet, VirtualNetwork> subnet,
NestedResourceConfig <BackendAddressPool, LoadBalancer> backendAdressPool,
IEnumerable <NestedResourceConfig <InboundNatPool, LoadBalancer> > inboundNatPools,
ResourceConfig <NetworkSecurityGroup> networkSecurityGroup,
ImageAndOsType imageAndOsType,
string adminUsername,
string adminPassword,
string vmSize,
int instanceCount,
VirtualMachineScaleSetIdentity identity,
Boolean singlePlacementGroup,
UpgradeMode?upgradeMode,
IEnumerable <int> dataDisks,
IList <string> zones)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: engine => new VirtualMachineScaleSet()
{
Zones = zones,
UpgradePolicy = new UpgradePolicy
{
Mode = upgradeMode ?? UpgradeMode.Manual
},
Sku = new Azure.Management.Compute.Models.Sku()
{
Capacity = instanceCount,
Name = vmSize,
},
Identity = identity,
SinglePlacementGroup = singlePlacementGroup,
VirtualMachineProfile = new VirtualMachineScaleSetVMProfile
{
OsProfile = new VirtualMachineScaleSetOSProfile
{
ComputerNamePrefix = name.Substring(0, Math.Min(name.Length, 9)),
WindowsConfiguration = imageAndOsType.CreateWindowsConfiguration(),
LinuxConfiguration = imageAndOsType.CreateLinuxConfiguration(),
AdminUsername = adminUsername,
AdminPassword = adminPassword,
},
StorageProfile = new VirtualMachineScaleSetStorageProfile
{
ImageReference = imageAndOsType?.Image,
DataDisks = DataDiskStrategy.CreateVmssDataDisks(
imageAndOsType?.DataDiskLuns, dataDisks)
},
NetworkProfile = new VirtualMachineScaleSetNetworkProfile
{
NetworkInterfaceConfigurations = new[]
{
new VirtualMachineScaleSetNetworkConfiguration
{
Name = name,
IpConfigurations = new []
{
new VirtualMachineScaleSetIPConfiguration
{
Name = name,
LoadBalancerBackendAddressPools = new []
{
engine.GetReference(backendAdressPool)
},
Subnet = engine.GetReference(subnet),
LoadBalancerInboundNatPools = inboundNatPools
?.Select(engine.GetReference)
.ToList()
}
},
Primary = true,
NetworkSecurityGroup = engine.GetReference(networkSecurityGroup)
}
}
}
}
});
internal static ResourceConfig <VirtualMachineScaleSet> CreateVirtualMachineScaleSetConfig(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
NestedResourceConfig <Subnet, VirtualNetwork> subnet,
NestedResourceConfig <BackendAddressPool, LoadBalancer> backendAdressPool,
IEnumerable <NestedResourceConfig <InboundNatPool, LoadBalancer> > inboundNatPools,
ResourceConfig <NetworkSecurityGroup> networkSecurityGroup,
ImageAndOsType imageAndOsType,
string adminUsername,
string adminPassword,
string vmSize,
int instanceCount,
VirtualMachineScaleSetIdentity identity,
bool singlePlacementGroup,
UpgradeMode?upgradeMode,
IEnumerable <int> dataDisks,
IList <string> zones,
bool ultraSSDEnabled,
Func <IEngine, SubResource> proximityPlacementGroup,
string priority,
string evictionPolicy,
double?maxPrice,
string[] scaleInPolicy,
bool doNotRunExtensionsOnOverprovisionedVMs)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: engine => new VirtualMachineScaleSet()
{
Zones = zones,
UpgradePolicy = new UpgradePolicy
{
Mode = upgradeMode ?? UpgradeMode.Manual
},
Sku = new Azure.Management.Compute.Models.Sku()
{
Capacity = instanceCount,
Name = vmSize,
},
Identity = identity,
SinglePlacementGroup = singlePlacementGroup,
AdditionalCapabilities = ultraSSDEnabled ? new AdditionalCapabilities(true) : null,
VirtualMachineProfile = new VirtualMachineScaleSetVMProfile
{
OsProfile = new VirtualMachineScaleSetOSProfile
{
ComputerNamePrefix = name.Substring(0, Math.Min(name.Length, 9)),
WindowsConfiguration = imageAndOsType.CreateWindowsConfiguration(),
LinuxConfiguration = imageAndOsType.CreateLinuxConfiguration(),
AdminUsername = adminUsername,
AdminPassword = adminPassword,
},
StorageProfile = new VirtualMachineScaleSetStorageProfile
{
ImageReference = imageAndOsType?.Image,
DataDisks = DataDiskStrategy.CreateVmssDataDisks(
imageAndOsType?.DataDiskLuns, dataDisks)
},
NetworkProfile = new VirtualMachineScaleSetNetworkProfile
{
NetworkInterfaceConfigurations = new[]
{
new VirtualMachineScaleSetNetworkConfiguration
{
Name = name,
IpConfigurations = new []
{
new VirtualMachineScaleSetIPConfiguration
{
Name = name,
LoadBalancerBackendAddressPools = new []
{
engine.GetReference(backendAdressPool)
},
Subnet = engine.GetReference(subnet),
LoadBalancerInboundNatPools = inboundNatPools
?.Select(engine.GetReference)
.ToList()
}
},
Primary = true,
NetworkSecurityGroup = engine.GetReference(networkSecurityGroup)
}
}
},
Priority = priority,
EvictionPolicy = evictionPolicy,
BillingProfile = (maxPrice == null) ? null : new BillingProfile(maxPrice)
},
ProximityPlacementGroup = proximityPlacementGroup(engine),
ScaleInPolicy = (scaleInPolicy == null) ? null : new ScaleInPolicy
{
Rules = scaleInPolicy
},
DoNotRunExtensionsOnOverprovisionedVMs = doNotRunExtensionsOnOverprovisionedVMs ? true : (bool?)null
});
public static SubResource GetReference(
this IEngine engine,
NestedResourceConfig <N.BackendAddressPool, N.LoadBalancer> backendAddressPool)
=> engine.GetSubResourceReference(backendAddressPool);
public static bool Contains <TModel, TParentModel>(
this IState state, NestedResourceConfig <TModel, TParentModel> config)
where TModel : class
where TParentModel : class
=> state.Get(config) != null;
public bool Visit <TModel, TParentModel>(
NestedResourceConfig <TModel, TParentModel> config, IState context)
where TModel : class
where TParentModel : class
=> context.IsCurrentPresentAndCompatible(config);
internal static ResourceConfig <VirtualMachineScaleSet> CreateVirtualMachineScaleSetConfig(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
NestedResourceConfig <Subnet, VirtualNetwork> subnet,
IEnumerable <NestedResourceConfig <FrontendIPConfiguration, LoadBalancer> > frontendIpConfigurations,
NestedResourceConfig <BackendAddressPool, LoadBalancer> backendAdressPool,
bool isWindows,
string adminUsername,
string adminPassword,
Image image,
string vmSize,
int instanceCount,
UpgradeMode?upgradeMode)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: subscriptionId =>
{
var vmss = new VirtualMachineScaleSet()
{
Zones = frontendIpConfigurations
?.Select(f => f.CreateModel(subscriptionId))
?.Where(z => z?.Zones != null)
.SelectMany(z => z.Zones)
.Where(z => z != null)
.ToList(),
UpgradePolicy = upgradeMode.HasValue ?
new UpgradePolicy
{
Mode = upgradeMode
}
: new UpgradePolicy
{
Mode = UpgradeMode.Manual
},
Sku = new Microsoft.Azure.Management.Compute.Models.Sku()
{
Capacity = instanceCount,
Name = vmSize,
},
VirtualMachineProfile = new VirtualMachineScaleSetVMProfile()
};
vmss.VirtualMachineProfile.OsProfile = new VirtualMachineScaleSetOSProfile
{
ComputerNamePrefix = name.Substring(0, Math.Min(name.Length, 9)),
WindowsConfiguration = isWindows ? new WindowsConfiguration {
} : null,
LinuxConfiguration = isWindows ? null : new LinuxConfiguration(),
AdminUsername = adminUsername,
AdminPassword = adminPassword,
};
vmss.VirtualMachineProfile.StorageProfile = new VirtualMachineScaleSetStorageProfile
{
ImageReference = new ImageReference
{
Publisher = image.publisher,
Offer = image.offer,
Sku = image.sku,
Version = image.version
}
};
var ipConfig = new VirtualMachineScaleSetIPConfiguration
{
Name = name,
LoadBalancerBackendAddressPools = new List <Microsoft.Azure.Management.Compute.Models.SubResource>(
new[] {
new Microsoft.Azure.Management.Compute.Models.SubResource(
id: backendAdressPool.GetId(subscriptionId).IdToString())
}),
Subnet = new ApiEntityReference {
Id = subnet.GetId(subscriptionId).IdToString()
}
};
vmss.VirtualMachineProfile.NetworkProfile = new VirtualMachineScaleSetNetworkProfile
{
NetworkInterfaceConfigurations = new[]
{
new VirtualMachineScaleSetNetworkConfiguration
{
Name = name,
IpConfigurations = new List <VirtualMachineScaleSetIPConfiguration>(
new [] { ipConfig }),
Primary = true
}
}
};
return(vmss);
},
dependencies: new IEntityConfig[] { subnet, backendAdressPool }
.Concat(frontendIpConfigurations));
//As of now this is just checking presence, we will revisit this later
//If sub resources need this functionality
public static bool IsCurrentPresentAndCompatible <TModel, TParentModel>(
this IState state, NestedResourceConfig <TModel, TParentModel> config)
where TModel : class
where TParentModel : class
=> state.Get(config) != null;
public TModel Visit <TParentModel>(
NestedResourceConfig <TModel, TParentModel> config, IState state)
where TParentModel : class
=> state.Get(config);
public static SubResource GetReference(
this IEngine engine,
NestedResourceConfig <N.InboundNatPool, N.LoadBalancer> inboundNatPool)
=> engine.GetSubResourceReference(inboundNatPool);
public bool Visit <TModel, TParentModel>(
NestedResourceConfig <TModel, TParentModel> config, IState context)
where TModel : class
where TParentModel : class
=> context.Contains(config);
internal static ResourceConfig <VirtualMachineScaleSet> CreateVirtualMachineScaleSetConfig(
this ResourceConfig <ResourceGroup> resourceGroup,
string name,
NestedResourceConfig <Subnet, VirtualNetwork> subnet,
IEnumerable <NestedResourceConfig <FrontendIPConfiguration, LoadBalancer> > frontendIpConfigurations,
NestedResourceConfig <BackendAddressPool, LoadBalancer> backendAdressPool,
IEnumerable <NestedResourceConfig <InboundNatPool, LoadBalancer> > inboundNatPools,
Func <ImageAndOsType> getImageAndOsType,
string adminUsername,
string adminPassword,
string vmSize,
int instanceCount,
UpgradeMode?upgradeMode)
=> Strategy.CreateResourceConfig(
resourceGroup: resourceGroup,
name: name,
createModel: engine =>
{
var imageAndOsType = getImageAndOsType();
return(new VirtualMachineScaleSet()
{
Zones = frontendIpConfigurations
?.Select(f => f.CreateModel(engine))
?.Where(z => z?.Zones != null)
.SelectMany(z => z.Zones)
.Where(z => z != null)
.ToList(),
UpgradePolicy = new UpgradePolicy
{
Mode = upgradeMode ?? UpgradeMode.Manual
},
Sku = new Azure.Management.Compute.Models.Sku()
{
Capacity = instanceCount,
Name = vmSize,
},
VirtualMachineProfile = new VirtualMachineScaleSetVMProfile
{
OsProfile = new VirtualMachineScaleSetOSProfile
{
ComputerNamePrefix = name.Substring(0, Math.Min(name.Length, 9)),
WindowsConfiguration = imageAndOsType.CreateWindowsConfiguration(),
LinuxConfiguration = imageAndOsType.CreateLinuxConfiguration(),
AdminUsername = adminUsername,
AdminPassword = adminPassword,
},
StorageProfile = new VirtualMachineScaleSetStorageProfile
{
ImageReference = imageAndOsType.Image
},
NetworkProfile = new VirtualMachineScaleSetNetworkProfile
{
NetworkInterfaceConfigurations = new[]
{
new VirtualMachineScaleSetNetworkConfiguration
{
Name = name,
IpConfigurations = new []
{
new VirtualMachineScaleSetIPConfiguration
{
Name = name,
LoadBalancerBackendAddressPools = new []
{
engine.GetReference(backendAdressPool)
},
Subnet = engine.GetReference(subnet),
LoadBalancerInboundNatPools = inboundNatPools
.Select(engine.GetReference)
.ToList()
}
},
Primary = true
}
}
}
}
});
});
public static ApiEntityReference GetReference(
this IEngine engine, NestedResourceConfig <Subnet, VirtualNetwork> subnet)
=> new ApiEntityReference
{
Id = engine.GetId(subnet)
};