public void CreateDefinitionAny()
{
using (var undoContext = UndoContext.Current)
{
undoContext.Start();
//Arrange
LoadBalancingMethod testMethod = LoadBalancingMethod.Failover;
DefinitionEndpointCreateParameters endpointParam = new DefinitionEndpointCreateParameters();
endpointParam.DomainName = ExternalDomain;
endpointParam.Status = EndpointStatus.Enabled;
endpointParam.Type = EndpointType.Any;
endpointParam.Weight = 1;
//Arrange + Act + Assert
testCreateDefinition(testMethod, endpointParam);
}
}
public void CreateDefinitionWebsite()
{
using (var undoContext = UndoContext.Current)
{
undoContext.Start();
//Arrange
using (TrafficManagerTestBase _testFixture = new TrafficManagerTestBase())
{
string websiteDomain = _testFixture.CreateTestWebsite();
LoadBalancingMethod testMethod = LoadBalancingMethod.Performance;
DefinitionEndpointCreateParameters endpointParam = new DefinitionEndpointCreateParameters();
endpointParam.DomainName = websiteDomain;
endpointParam.Status = EndpointStatus.Enabled;
endpointParam.Type = EndpointType.AzureWebsite;
endpointParam.Weight = 3;
//Arrange + Act + Assert
testCreateDefinition(testMethod, endpointParam);
}
}
}
public void CreateDefinitionCloudService()
{
using (var undoContext = UndoContext.Current)
{
undoContext.Start();
System.Diagnostics.Trace.WriteLine("Cloud service test");
//Arrange
using (TrafficManagerTestBase _testFixture = new TrafficManagerTestBase())
{
string serviceDomain = _testFixture.CreateTestCloudService();
LoadBalancingMethod testMethod = LoadBalancingMethod.Failover;
DefinitionEndpointCreateParameters endpointParam = new DefinitionEndpointCreateParameters();
endpointParam.DomainName = serviceDomain;
endpointParam.Status = EndpointStatus.Enabled;
endpointParam.Type = EndpointType.CloudService;
endpointParam.Weight = 2;
//Arrange + Act + Assert
testCreateDefinition(testMethod, endpointParam);
}
}
}
public void CreateADefinitionAndEnableTheProfile(
string profileName,
LoadBalancingMethod loadBalancingMethod,
DefinitionEndpointCreateParameters endpointParameter)
{
CreateADefinitionAndEnableTheProfile(
profileName,
loadBalancingMethod,
new List<DefinitionEndpointCreateParameters>() { endpointParameter });
}
public void CreateADefinitionAndEnableTheProfile(
string profileName,
string domain,
EndpointType endpointType,
LoadBalancingMethod testMethod = LoadBalancingMethod.Performance)
{
DefinitionEndpointCreateParameters endpointParameter = new DefinitionEndpointCreateParameters();
endpointParameter.DomainName = domain;
endpointParameter.Status = EndpointStatus.Enabled;
endpointParameter.Type = endpointType;
CreateADefinitionAndEnableTheProfile(profileName, LoadBalancingMethod.Performance, endpointParameter);
}
public DefinitionCreateParameters InstantiateTrafficManagerDefinition(
string loadBalancingMethod,
int monitorPort,
string monitorProtocol,
string monitorRelativePath,
int ttl,
IList<TrafficManagerEndpoint> endpoints)
{
// Create the definition
var definitionParameter = new DefinitionCreateParameters();
var dnsOptions = new DefinitionDnsOptions();
var monitor = new DefinitionMonitor();
var policyParameter = new DefinitionPolicyCreateParameters();
var monitorHttpOption = new DefinitionMonitorHTTPOptions();
dnsOptions.TimeToLiveInSeconds = ttl;
monitorHttpOption.RelativePath = monitorRelativePath;
monitorHttpOption.Verb = Constants.monitorHttpOptionVerb;
monitorHttpOption.ExpectedStatusCode = Constants.monitorHttpOptionExpectedStatusCode;
monitor.Protocol =
(DefinitionMonitorProtocol)Enum.Parse(typeof(DefinitionMonitorProtocol), monitorProtocol);
monitor.IntervalInSeconds = Constants.monitorIntervalInSeconds;
monitor.TimeoutInSeconds = Constants.monitorTimeoutInSeconds;
monitor.ToleratedNumberOfFailures = Constants.monitorToleratedNumberOfFailures;
monitor.Port = monitorPort;
policyParameter.LoadBalancingMethod =
(LoadBalancingMethod)Enum.Parse(typeof(LoadBalancingMethod), loadBalancingMethod);
policyParameter.Endpoints = new List<DefinitionEndpointCreateParameters>();
foreach (TrafficManagerEndpoint endpoint in endpoints)
{
var endpointParam = new DefinitionEndpointCreateParameters
{
DomainName = endpoint.DomainName,
Location = endpoint.Location,
Status = endpoint.Status,
Type = endpoint.Type,
Weight = endpoint.Weight
};
policyParameter.Endpoints.Add(endpointParam);
}
definitionParameter.DnsOptions = dnsOptions;
definitionParameter.Policy = policyParameter;
definitionParameter.Monitors.Add(monitor);
monitor.HttpOptions = monitorHttpOption;
return definitionParameter;
}
public DefinitionCreateParameters InstantiateTrafficManagerDefinition(Definition definition)
{
var definitionCreateParams = new DefinitionCreateParameters();
var endpoints = new List<DefinitionEndpointCreateParameters>();
foreach (DefinitionEndpointResponse endpointReponse in definition.Policy.Endpoints)
{
var endpoint = new DefinitionEndpointCreateParameters
{
DomainName = endpointReponse.DomainName,
Location = endpointReponse.Location,
Type = endpointReponse.Type,
Status = endpointReponse.Status,
Weight = endpointReponse.Weight
};
endpoints.Add(endpoint);
}
definitionCreateParams.Policy = new DefinitionPolicyCreateParameters
{
Endpoints = endpoints,
LoadBalancingMethod = definition.Policy.LoadBalancingMethod
};
definitionCreateParams.DnsOptions = definition.DnsOptions;
definitionCreateParams.Monitors = definition.Monitors;
return definitionCreateParams;
}
public void CreateDefinitionAnyWithLocation()
{
using (var undoContext = UndoContext.Current)
{
undoContext.Start();
LoadBalancingMethod testMethod = LoadBalancingMethod.Performance;
DefinitionEndpointCreateParameters endpointParam = new DefinitionEndpointCreateParameters();
endpointParam.DomainName = ExternalDomain;
endpointParam.Status = EndpointStatus.Enabled;
endpointParam.Type = EndpointType.Any;
endpointParam.Weight = 1;
endpointParam.Location = "West US";
testCreateDefinition(testMethod, endpointParam);
}
}
private string testCreateDefinition(LoadBalancingMethod testMethod, DefinitionEndpointCreateParameters endpoint)
{
//Arrange
using (TrafficManagerTestBase _testFixture = new TrafficManagerTestBase())
{
string profileName = _testFixture.CreateTestProfile();
_testFixture.CreateADefinitionAndEnableTheProfile(
profileName,
testMethod,
endpoint);
//Act, try 'List'
DefinitionsListResponse listResponse = _testFixture.TrafficManagerClient.Definitions.List(profileName);
//Assert
Assert.Equal(1, listResponse.Count());
Assert.Equal(testMethod, listResponse.First().Policy.LoadBalancingMethod);
//Act, try 'Get'
DefinitionGetResponse getResponse = _testFixture.TrafficManagerClient.Definitions.Get(profileName);
//Assert
Assert.Equal(testMethod, getResponse.Definition.Policy.LoadBalancingMethod);
Assert.Equal(1, getResponse.Definition.Policy.Endpoints.Count);
Assert.Equal(endpoint.Type, getResponse.Definition.Policy.Endpoints[0].Type);
Assert.Equal(endpoint.Weight ?? 1, getResponse.Definition.Policy.Endpoints[0].Weight);
Assert.Equal(endpoint.Location, getResponse.Definition.Policy.Endpoints[0].Location);
Assert.Equal(endpoint.MinChildEndpoints, getResponse.Definition.Policy.Endpoints[0].MinChildEndpoints);
//verify the profile itself has an associated definition enabled.
//(due to the service limitation of one defintion per one profile, the enabled version is 1 always
ProfileGetResponse profileGetResponse = _testFixture.TrafficManagerClient.Profiles.Get(profileName);
Assert.Equal(1, profileGetResponse.Profile.StatusDetails.EnabledDefinitionVersion);
return profileGetResponse.Profile.DomainName;
}
}
public void CreateDefinitionWithTrafficManagerEndpoint()
{
using (var undoContext = UndoContext.Current)
{
undoContext.Start();
LoadBalancingMethod testMethod = LoadBalancingMethod.Failover;
// Create the nested profile
DefinitionEndpointCreateParameters nestedEndpointParam = new DefinitionEndpointCreateParameters();
nestedEndpointParam.DomainName = ExternalDomain;
nestedEndpointParam.Status = EndpointStatus.Enabled;
nestedEndpointParam.Type = EndpointType.Any;
nestedEndpointParam.Location = "West US";
string nestedProfileDomainName = testCreateDefinition(testMethod, nestedEndpointParam);
// Create the top level profile
DefinitionEndpointCreateParameters topLevelEndpointParam = new DefinitionEndpointCreateParameters();
topLevelEndpointParam.DomainName = nestedProfileDomainName;
topLevelEndpointParam.Status = EndpointStatus.Enabled;
topLevelEndpointParam.Type = EndpointType.TrafficManager;
topLevelEndpointParam.MinChildEndpoints = 2;
topLevelEndpointParam.Location = "West US";
testCreateDefinition(testMethod, topLevelEndpointParam);
}
}
public void CreateDefinitionPerformanceAnyNoLocationFails()
{
using (var undoContext = UndoContext.Current)
{
undoContext.Start();
LoadBalancingMethod testMethod = LoadBalancingMethod.Performance;
DefinitionEndpointCreateParameters endpointParam = new DefinitionEndpointCreateParameters();
endpointParam.DomainName = ExternalDomain;
endpointParam.Status = EndpointStatus.Enabled;
endpointParam.Type = EndpointType.Any;
endpointParam.Location = "West US";
try
{
testCreateDefinition(testMethod, endpointParam);
}
catch (CloudException ce)
{
if (ce.Error.Message !=
"The location must be specified for endpoints of type 'Any' in a policy of type 'Performance'.")
{
throw;
}
}
}
}
