internal TrafficManagerDefinition(XElement xml, TrafficManagerProfile parent)
{
var ns = XmlNamespaces.WindowsAzure;
Version = (string)xml.Element(ns + "Version");
DnsTtlInSeconds = (int)xml.Element(ns + "DnsOptions").Element(ns + "TimeToLiveInSeconds");
Enabled = (string)xml.Element(ns + "Status") != "Disabled";
Monitors = xml.Element(ns + "Monitors").Elements(ns + "Monitor").Select(xe => new TrafficManagerMonitor(xe)).ToList();
Policy = new TrafficManagerPolicy(xml.Element(ns + "Policy"));
Parent = parent;
}
internal TrafficManagerDefinition(XElement xml, TrafficManagerProfile parent)
{
var ns = XmlNamespaces.WindowsAzure;
Version = (string)xml.Element(ns + "Version");
DnsTtlInSeconds = (int)xml.Element(ns + "DnsOptions").Element(ns + "TimeToLiveInSeconds");
Enabled = (string)xml.Element(ns + "Status") != "Disabled";
Monitors = xml.Element(ns + "Monitors").Elements(ns + "Monitor").Select(xe => new TrafficManagerMonitor(xe)).ToList();
Policy = new TrafficManagerPolicy(xml.Element(ns + "Policy"));
Parent = parent;
}
public async Task CanUseTrafficManager()
{
Debug.WriteLine("Retrieving traffic manager profile");
var profiles = await GetProfilesAsync();
Assert.AreEqual(profiles.Length, 1);
Assert.AreEqual(profiles[0].Name, Profile.Name);
var monitor = new TrafficManagerMonitor(80, new TrafficManagerHttpOptions ("/foo"))
{
Protocol = MonitorProtocol.HTTPS
};
var policy = new TrafficManagerPolicy (new[] { new TrafficManagerEndpoint (Parent.CloudService.Name + ".cloudapp.net") })
{
LoadBalancingMethod = LoadBalancingMethod.RoundRobin
};
var defn = new TrafficManagerDefinition(3600, new[] { monitor }, policy);
Debug.WriteLine("Creating traffic manager definition");
await Profile.AddDefinitionAsync(defn);
Debug.WriteLine("Retrieving traffic manager definition");
var allDefns = await Profile.Definitions.AsTask();
Assert.AreEqual(1, allDefns.Length);
var defn2 = allDefns[0];
Assert.AreEqual(defn.DnsTtlInSeconds, defn2.DnsTtlInSeconds);
Assert.AreEqual(1, defn2.Monitors.Count);
Assert.AreEqual(defn.Version, defn2.Version);
Assert.AreEqual(monitor.IntervalInSeconds, defn2.Monitors[0].IntervalInSeconds);
Assert.AreEqual(monitor.TimeoutInSeconds, defn2.Monitors[0].TimeoutInSeconds);
Assert.AreEqual(monitor.Protocol, defn2.Monitors[0].Protocol);
Assert.AreEqual(policy.LoadBalancingMethod, defn2.Policy.LoadBalancingMethod);
Assert.AreEqual(1, defn2.Policy.EndPoints.Count);
Assert.AreEqual(policy.EndPoints[0].DomainName, defn2.Policy.EndPoints[0].DomainName);
Debug.WriteLine("Enabling profile");
await Profile.UpdateAsync(true, "1");
var result = Subscription.TrafficManagerProfiles.AsEnumerable().Single(x => x.Name == Profile.Name);
Assert.AreEqual(true, result.Enabled);
}
public TrafficManagerDefinition(int dnsTtlInSeconds, IEnumerable<TrafficManagerMonitor> monitors, TrafficManagerPolicy policy) : this()
{
DnsTtlInSeconds = dnsTtlInSeconds;
Monitors = monitors.ToList();
Policy = policy;
}
public TrafficManagerDefinition()
{
Monitors = new List<TrafficManagerMonitor>();
Policy = new TrafficManagerPolicy();
Enabled = true;
}
public TrafficManagerDefinition(int dnsTtlInSeconds, IEnumerable <TrafficManagerMonitor> monitors, TrafficManagerPolicy policy) : this()
{
DnsTtlInSeconds = dnsTtlInSeconds;
Monitors = monitors.ToList();
Policy = policy;
}
public TrafficManagerDefinition()
{
Monitors = new List <TrafficManagerMonitor>();
Policy = new TrafficManagerPolicy();
Enabled = true;
}
