public async Task AssignFloatingIP()
{
// 1. Make an internal network and subnet.
var internalNetwork = await _testData.CreateNetwork();
var internalSubnet = await _testData.CreateSubnet(internalNetwork);
// 2. Make an external network and subnet.
Operator.NetworkDefinition externalNetworkDefinition = _testData.BuildNetwork();
externalNetworkDefinition.IsExternal = true;
var externalNetwork = await _testData.CreateNetwork(externalNetworkDefinition);
var externalSubnet = await _testData.CreateSubnet(externalNetwork);
// 3. Make a router on the external network.
var routerDefinition = new RouterCreateDefinition
{
Name = TestData.GenerateName(),
ExternalGateway = new ExternalGatewayDefinition(externalNetwork.Id)
};
var router = await _networkingService.CreateRouterAsync(routerDefinition);
_testData.Register(router);
// 4. Attach the router to the internal network.
var internalPortId = await router.AttachSubnetAsync(internalSubnet.Id);
_testData.Register(new Port {
Id = internalPortId
});
// 5. Make a floating ip on the external network.
var floatingIPDefinition = new FloatingIPCreateDefinition(externalNetwork.Id);
var floatingIP = await _networkingService.CreateFloatingIPAsync(floatingIPDefinition);
_testData.Register(floatingIP);
// 6. Make a server on the internal network.
var serverDefinition = _computeTestData.BuildServer();
serverDefinition.Networks.Add(new ServerNetworkDefinition {
NetworkId = internalNetwork.Id
});
var server = await _computeTestData.CreateServer(serverDefinition);
await server.WaitUntilActiveAsync();
// 7.Associate the floating ip to the server.
await server.AssociateFloatingIPAsync(new AssociateFloatingIPRequest(floatingIP.FloatingIPAddress));
// 8. Disassociate the floating ip from the server
await server.DisassociateFloatingIPAsync(floatingIP.FloatingIPAddress);
}