public void ValidateUpgradeTest()
{
// Windows/ GMSA security <-> unsecure is not allowed.
StandAloneInstallerJSONModelAugust2017 v1model = Utility.CreateMockupStandAloneJsonModel("testCluster", "1.0.0", security: Utility.CreateGMSASecurity());
StandAloneInstallerJSONModelAugust2017 v2model = Utility.CreateMockupStandAloneJsonModel("testCluster", "2.0.0");
StandaloneSettingsValidator validator = new StandaloneSettingsValidator(v2model);
Utility.ValidateExpectedValidationException(
delegate
{
validator.ValidateUpdateFrom(v1model.GetUserConfig(), v1model.GetClusterTopology(), false).GetAwaiter().GetResult();
},
ClusterManagementErrorCode.AuthenticationTypeCannotBeChangedFromWindowsToUnsecured);
// For the same nodename, node IP can't be changed.
List <NodeDescriptionGA> nodelist = new List <NodeDescriptionGA>();
NodeDescriptionGA node = Utility.CreateNodeDescription("node1", "NodeType0", "machine1", "fd:/dc1/r0", "UD0");
List <NodeDescriptionGA> nodelistV2 = new List <NodeDescriptionGA>();
NodeDescriptionGA nodeV2 = Utility.CreateNodeDescription("node1", "NodeType0", "machine2", "fd:/dc1/r0", "UD0");
nodelist.Add(node);
nodelistV2.Add(nodeV2);
v1model = Utility.CreateMockupStandAloneJsonModel("testCluster", "1.0.0", nodes: nodelist);
v2model = Utility.CreateMockupStandAloneJsonModel("testCluster", "2.0.0", nodes: nodelistV2);
validator = new StandaloneSettingsValidator(v2model);
Utility.ValidateExpectedValidationException(
delegate
{
validator.ValidateUpdateFrom(v1model.GetUserConfig(), v1model.GetClusterTopology(), false).GetAwaiter().GetResult();
},
ClusterManagementErrorCode.NodeIPNodeTypeRefCantBeChanged);
// Reverse proxy port change is allowed.
v1model = Utility.CreateMockupStandAloneJsonModel("testCluster", "1.0.0");
v2model = Utility.CreateMockupStandAloneJsonModel("testCluster", "2.0.0");
foreach (var currentNodeType in v2model.Properties.NodeTypes)
{
currentNodeType.ReverseProxyEndpointPort = 19081;
}
validator = new StandaloneSettingsValidator(v2model);
validator.ValidateUpdateFrom(v1model.GetUserConfig(), v1model.GetClusterTopology(), false).GetAwaiter().GetResult();
}
internal static StandAloneInstallerJSONModelAugust2017 CreateMockupStandAloneJsonModel(
string name,
string clusterConfigurationVersion,
List <SettingsSectionDescription> fabricSettings = null,
SecurityMay2017 security = null,
EncryptableDiagnosticStoreInformation diagnosticsStore = null,
List <NodeDescriptionGA> nodes = null)
{
StandAloneInstallerJSONModelAugust2017 jsonModel = new StandAloneInstallerJSONModelAugust2017();
jsonModel.Name = name;
jsonModel.ClusterConfigurationVersion = clusterConfigurationVersion;
jsonModel.ApiVersion = "08-2017";
jsonModel.Nodes = new List <NodeDescriptionGA>();
jsonModel.Properties = new PropertyAugust2017();
jsonModel.Properties.DiagnosticsStore = diagnosticsStore;
jsonModel.Properties.FabricSettings = fabricSettings;
jsonModel.Properties.Security = security;
jsonModel.Properties.NodeTypes = new List <NodeTypeDescriptionAugust2017>();
for (int i = 0; i < 5; i++)
{
jsonModel.Properties.NodeTypes.Add(CreateNodeType("NodeType" + i, i == 0));
if (nodes == null)
{
jsonModel.Nodes.Add(CreateNodeDescription("Node" + i.ToString(), "NodeType" + i, "machine" + i, "fd:/dc1/r" + i, "UD" + i));
}
}
if (nodes != null)
{
jsonModel.Nodes = nodes;
}
if (fabricSettings == null)
{
fabricSettings = new List <SettingsSectionDescription>();
}
return(jsonModel);
}
public void ValidateTopologyTest()
{
// Node name contains invalid characters.
List <NodeDescriptionGA> nodelist = new List <NodeDescriptionGA>();
NodeDescriptionGA node = Utility.CreateNodeDescription("<", "nodetype1", "machine1", "fd:/dc1/r0", "UD0");
nodelist.Add(node);
StandAloneInstallerJSONModelAugust2017 v1model = Utility.CreateMockupStandAloneJsonModel("testCluster", "1.0.0", nodes: nodelist);
StandaloneSettingsValidator settingsValidator = new StandaloneSettingsValidator(v1model);
Utility.ValidateExpectedValidationException(
delegate
{
settingsValidator.ValidateTopology();
},
ClusterManagementErrorCode.NodeNameContainsInvalidChars);
// Duplicate node name.
List <NodeDescriptionGA> nodelist2 = new List <NodeDescriptionGA>();
NodeDescriptionGA node1 = Utility.CreateNodeDescription("node1", "nodetype1", "machine1", "fd:/dc1/r0", "UD0");
NodeDescriptionGA node2 = Utility.CreateNodeDescription("node1", "nodetype1", "machine2", "fd:/dc1/r1", "UD1");
nodelist2.Add(node1);
nodelist2.Add(node2);
v1model = Utility.CreateMockupStandAloneJsonModel("testCluster", "1.0.0", nodes: nodelist2);
Utility.ValidateExpectedValidationException(
delegate
{
settingsValidator = new StandaloneSettingsValidator(v1model);
},
ClusterManagementErrorCode.NodeNameDuplicateDetected);
// FD count needs to be greater than 2 for multi-box deployment.
List <NodeDescriptionGA> nodelist4 = new List <NodeDescriptionGA>();
node1 = Utility.CreateNodeDescription("node1", "nodetype1", "machine1", "fd:/dc1/r0", "UD0");
node2 = Utility.CreateNodeDescription("node2", "nodetype1", "machine2", "fd:/dc1/r0", "UD1");
NodeDescriptionGA node3 = Utility.CreateNodeDescription("node3", "nodetype1", "machine3", "fd:/dc1/r0", "UD2");
nodelist4.Add(node1);
nodelist4.Add(node2);
nodelist4.Add(node3);
v1model = Utility.CreateMockupStandAloneJsonModel("testCluster", "1.0.0", nodes: nodelist4);
settingsValidator = new StandaloneSettingsValidator(v1model);
Utility.ValidateExpectedValidationException(
delegate
{
settingsValidator.ValidateTopology();
},
ClusterManagementErrorCode.FDMustBeGreaterThan2);
// Scale-min should be blocked for multi-box deployment
List <NodeDescriptionGA> nodelistScaleMin = new List <NodeDescriptionGA>();
node1 = Utility.CreateNodeDescription("node1", "nodetype1", "machine1", "fd:/dc1/r0", "UD0");
node2 = Utility.CreateNodeDescription("node2", "nodetype1", "machine1", "fd:/dc1/r1", "UD1");
node3 = Utility.CreateNodeDescription("node3", "nodetype1", "machine2", "fd:/dc2/r1", "UD2");
nodelistScaleMin.Add(node1);
nodelistScaleMin.Add(node2);
nodelistScaleMin.Add(node3);
v1model = Utility.CreateMockupStandAloneJsonModel("testCluster", "1.0.0", nodes: nodelistScaleMin);
settingsValidator = new StandaloneSettingsValidator(v1model);
Utility.ValidateExpectedValidationException(
delegate
{
settingsValidator.ValidateTopology();
},
ClusterManagementErrorCode.ScaleMinNotAllowed);
}
