public async Task CanCreateFloatingIpWithCreatedResponse()
{
var payload = @"{
""floatingip"":
{
""router_id"": ""fafac59b-a94a-4525-8700-f4f448e0ac97"",
""status"": ""ACTIVE"",
""tenant_id"": ""ffe683d1060449d09dac0bf9d7a371cd"",
""floating_network_id"": ""3eaab3f7-d3f2-430f-aa73-d07f39aae8f4"",
""fixed_ip_address"": ""10.0.0.2"",
""floating_ip_address"": ""172.0.0.1"",
""port_id"": ""9da94672-6e6b-446c-9579-3dd5484b31fd"",
""id"": ""12345""
}
}";
var content = TestHelper.CreateStream(payload);
var restResp = new HttpResponseAbstraction(content, new HttpHeadersAbstraction(), HttpStatusCode.Created);
this.NetworkServiceRestClient.Responses.Enqueue(restResp);
var client = new NetworkServicePocoClient(GetValidContext(), this.ServiceLocator);
var result = await client.CreateFloatingIp("12345");
Assert.IsNotNull(result);
Assert.AreEqual("12345", result.Id);
Assert.AreEqual("172.0.0.1", result.FloatingIpAddress);
Assert.AreEqual(FloatingIpStatus.Active, result.Status);
}
public async Task ExceptionthrownWhenDeletingFloatingIpAndServerError()
{
var restResp = new HttpResponseAbstraction(new MemoryStream(), new HttpHeadersAbstraction(), HttpStatusCode.InternalServerError);
this.NetworkServiceRestClient.Responses.Enqueue(restResp);
var client = new NetworkServicePocoClient(GetValidContext(), this.ServiceLocator);
await client.DeleteFloatingIp("12345");
}
public async Task CanDeleteFloatingIpWithNoContentResponse()
{
var restResp = new HttpResponseAbstraction(new MemoryStream(), new HttpHeadersAbstraction(), HttpStatusCode.NoContent);
this.NetworkServiceRestClient.Responses.Enqueue(restResp);
var client = new NetworkServicePocoClient(GetValidContext(), this.ServiceLocator);
await client.DeleteFloatingIp("12345");
}
public async Task ExceptionthrownWhenCreatingFloatingIpAndNotAuthed()
{
var restResp = new HttpResponseAbstraction(new MemoryStream(), new HttpHeadersAbstraction(), HttpStatusCode.Unauthorized);
this.NetworkServiceRestClient.Responses.Enqueue(restResp);
var client = new NetworkServicePocoClient(GetValidContext(), this.ServiceLocator);
await client.CreateFloatingIp("12345");
}
public async Task CanGetNetworksWithOkResponse()
{
var payload = @"{
""networks"": [
{
""status"": ""ACTIVE"",
""subnets"": [
""d3839504-ec4c-47a4-b7c7-07af079a48bb""
],
""name"": ""myNetwork"",
""router:external"": false,
""tenant_id"": ""ffe683d1060449d09dac0bf9d7a371cd"",
""admin_state_up"": true,
""shared"": false,
""id"": ""12345""
}
]
}";
var content = TestHelper.CreateStream(payload);
var restResp = new HttpResponseAbstraction(content, new HttpHeadersAbstraction(), HttpStatusCode.OK);
this.NetworkServiceRestClient.Responses.Enqueue(restResp);
var client = new NetworkServicePocoClient(GetValidContext(), this.ServiceLocator);
var result = await client.GetNetworks();
Assert.IsNotNull(result);
var networks = result.ToList();
Assert.AreEqual(1, networks.Count());
var network = networks.First();
Assert.AreEqual("myNetwork", network.Name);
Assert.AreEqual("12345", network.Id);
Assert.AreEqual(NetworkStatus.Active, network.Status);
}
