/// <summary>
/// Creates an empty VNET to add address ranges and subnets
/// </summary>
public string AddSubnetToAddressRange(string networkName, string addressRange, string subnetName)
{
var networkResponse = GetAvailableVirtualNetworks();
var vNetSpecific = networkResponse.FirstOrDefault(vnet => vnet.Name == networkName);
var subnetAddress = VirtualNetworkingUtils.NextAvailableSubnet(addressRange, vNetSpecific);
if (subnetAddress == null)
{
throw new FluentManagementException("there is no space in the selected address range to create a new subnet", "VirtualNetworkClient");
}
var subnetTag = new SubnetTag()
{
NetworkName = networkName,
AddressPrefix = addressRange,
SubnetAddressRange = subnetAddress,
SubnetName = subnetName
};
string xml = AddXmlSubnetToExistingNetworkingDefinition(subnetTag);
var command = new SetVirtualNetworkConfigCommand(xml)
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
command.Execute();
return(xml);
}
private string AddXmlSubnetToExistingNetworkingDefinition(SubnetTag tag)
{
var xml = GetAllNetworkingConfig();
var document = XDocument.Parse(xml);
var virtualSites = document.Element(Namespace + "NetworkConfiguration")
.Element(Namespace + "VirtualNetworkConfiguration")
.Element(Namespace + "VirtualNetworkSites")
.Elements(Namespace + "VirtualNetworkSite")
.FirstOrDefault(site => site.Attributes("name").FirstOrDefault().Value == tag.NetworkName);
var addedSubnetTag = new XElement(Namespace + "Subnet",
new XAttribute("name", tag.SubnetName),
new XElement(Namespace + "AddressPrefix", tag.SubnetAddressRange)
);
if (virtualSites.Element(Namespace + "Subnets") == null)
{
virtualSites.Add(new XElement(Namespace + "Subnets"));
}
virtualSites.Element(Namespace + "Subnets").Add(addedSubnetTag);
return(document.ToStringFullXmlDeclaration());
}
/// <summary>
/// Creates an empty VNET to add address ranges and subnets
/// </summary>
public string AddSubnetToAddressRange(string networkName, string addressRange, string subnetName)
{
var networkResponse = GetAvailableVirtualNetworks();
var vNetSpecific = networkResponse.FirstOrDefault(vnet => vnet.Name == networkName);
var subnetAddress = VirtualNetworkingUtils.NextAvailableSubnet(addressRange, vNetSpecific);
if (subnetAddress == null)
{
throw new FluentManagementException("there is no space in the selected address range to create a new subnet", "VirtualNetworkClient");
}
var subnetTag = new SubnetTag()
{
NetworkName = networkName,
AddressPrefix = addressRange,
SubnetAddressRange = subnetAddress,
SubnetName = subnetName
};
string xml = AddXmlSubnetToExistingNetworkingDefinition(subnetTag);
var command = new SetVirtualNetworkConfigCommand(xml)
{
SubscriptionId = SubscriptionId,
Certificate = ManagementCertificate
};
command.Execute();
return xml;
}
private string AddXmlSubnetToExistingNetworkingDefinition(SubnetTag tag)
{
var xml = GetAllNetworkingConfig();
var document = XDocument.Parse(xml);
var virtualSites = document.Element(Namespace + "NetworkConfiguration")
.Element(Namespace + "VirtualNetworkConfiguration")
.Element(Namespace + "VirtualNetworkSites")
.Elements(Namespace + "VirtualNetworkSite")
.FirstOrDefault(site => site.Attributes("name").FirstOrDefault().Value == tag.NetworkName);
var addedSubnetTag = new XElement(Namespace + "Subnet",
new XAttribute("name", tag.SubnetName),
new XElement(Namespace + "AddressPrefix", tag.SubnetAddressRange)
);
if (virtualSites.Element(Namespace + "Subnets") == null)
{
virtualSites.Add(new XElement(Namespace + "Subnets"));
}
virtualSites.Element(Namespace + "Subnets").Add(addedSubnetTag);
return document.ToStringFullXmlDeclaration();
}