/// <summary>
/// Convert AzureHDInsightAutoscaleConfiguration to Autoscale
/// </summary>
/// <returns></returns>
public Autoscale ToAutoscale()
{
Autoscale autoscale = new Autoscale();
if (Capacity != null)
{
autoscale.Capacity = new AutoscaleCapacity(Capacity.MinInstanceCount, Capacity.MaxInstanceCount);
}
if (Recurrence != null)
{
autoscale.Recurrence = new AutoscaleRecurrence(Recurrence.TimeZone, Recurrence.Condition?.Select(condition => condition.ToAutoscaleSchedule()).ToList());
}
return(autoscale);
}
/// <summary>
/// Validate auto scale configuration
/// </summary>
/// <param name="expectedAutoscaleConfiguration"></param>
/// <param name="actualAutoscaleConfiguration"></param>
public static void ValidateAutoScaleConfig(Autoscale expectedAutoscaleConfiguration, Autoscale actualAutoscaleConfiguration)
{
Assert.NotNull(actualAutoscaleConfiguration);
if (actualAutoscaleConfiguration.Capacity != null && expectedAutoscaleConfiguration.Capacity != null)
{
Assert.Equal(expectedAutoscaleConfiguration.Capacity.MinInstanceCount, actualAutoscaleConfiguration.Capacity.MinInstanceCount);
Assert.Equal(expectedAutoscaleConfiguration.Capacity.MaxInstanceCount, actualAutoscaleConfiguration.Capacity.MaxInstanceCount);
}
else
{
Assert.Equal(expectedAutoscaleConfiguration.Capacity, actualAutoscaleConfiguration.Capacity);
}
if (actualAutoscaleConfiguration.Recurrence != null && expectedAutoscaleConfiguration.Recurrence != null)
{
Assert.Equal(expectedAutoscaleConfiguration.Recurrence.TimeZone, actualAutoscaleConfiguration.Recurrence.TimeZone);
Assert.NotNull(expectedAutoscaleConfiguration.Recurrence.Schedule);
Assert.NotNull(actualAutoscaleConfiguration.Recurrence.Schedule);
Assert.Equal(expectedAutoscaleConfiguration.Recurrence.Schedule.Count, actualAutoscaleConfiguration.Recurrence.Schedule.Count);
Assert.NotEmpty(expectedAutoscaleConfiguration.Recurrence.Schedule);
for (int i = 0; i < expectedAutoscaleConfiguration.Recurrence.Schedule.Count; i++)
{
var expectedSchedule = expectedAutoscaleConfiguration.Recurrence.Schedule[i];
var actualSchedule = actualAutoscaleConfiguration.Recurrence.Schedule[i];
Assert.Equal(expectedSchedule.Days, actualSchedule.Days);
Assert.NotNull(expectedSchedule.TimeAndCapacity);
Assert.NotNull(actualSchedule.TimeAndCapacity);
Assert.Equal(expectedSchedule.TimeAndCapacity.Time, actualSchedule.TimeAndCapacity.Time);
Assert.Equal(expectedSchedule.TimeAndCapacity.MinInstanceCount, actualSchedule.TimeAndCapacity.MinInstanceCount);
/*
* Note: You may find that we don't compare expectedSchedule.TimeAndCapacity.MaxInstanceCount with actualSchedule.TimeAndCapacity.MaxInstanceCount here.
* This is not an error. We do this intentionally.
* The reason is that now RP will not make use of the parameter "expectedSchedule.TimeAndCapacity.MaxInstanceCount" when create cluster.
* And the actualSchedule.TimeAndCapacity.MaxInstanceCount is equal with expectedSchedule.TimeAndCapacity.MinInstanceCount now.
* We are not sure whether RP will change this design or not in the future. So We decided not to compare.
*/
}
}
else
{
Assert.Equal(expectedAutoscaleConfiguration.Recurrence, actualAutoscaleConfiguration.Recurrence);
}
}
public override void ExecuteCmdlet()
{
parameters.UserName = HttpCredential.UserName;
parameters.Password = HttpCredential.Password.ConvertToString();
if (RdpCredential != null)
{
parameters.RdpUsername = RdpCredential.UserName;
parameters.RdpPassword = RdpCredential.Password.ConvertToString();
}
if (SshCredential != null)
{
parameters.SshUserName = SshCredential.UserName;
if (!string.IsNullOrEmpty(SshCredential.Password.ConvertToString()))
{
parameters.SshPassword = SshCredential.Password.ConvertToString();
}
if (!string.IsNullOrEmpty(SshPublicKey))
{
parameters.SshPublicKey = SshPublicKey;
}
}
if (DefaultStorageAccountType == null || DefaultStorageAccountType == StorageType.AzureStorage)
{
parameters.DefaultStorageInfo = new AzureStorageInfo(DefaultStorageAccountName, DefaultStorageAccountKey, DefaultStorageContainer);
}
else
{
parameters.DefaultStorageInfo = new AzureDataLakeStoreInfo(DefaultStorageAccountName, DefaultStorageRootPath);
}
foreach (
var storageAccount in
AdditionalStorageAccounts.Where(
storageAccount => !parameters.AdditionalStorageAccounts.ContainsKey(storageAccount.Key)))
{
parameters.AdditionalStorageAccounts.Add(storageAccount.Key, storageAccount.Value);
}
foreach (var config in Configurations.Where(config => !parameters.Configurations.ContainsKey(config.Key)))
{
parameters.Configurations.Add(config.Key, config.Value);
}
foreach (var action in ScriptActions.Where(action => parameters.ScriptActions.ContainsKey(action.Key)))
{
parameters.ScriptActions.Add(action.Key,
action.Value.Select(a => a.GetScriptActionFromPSModel()).ToList());
}
foreach (var component in ComponentVersion.Where(component => !parameters.ComponentVersion.ContainsKey(component.Key)))
{
parameters.ComponentVersion.Add(component.Key, component.Value);
}
if (OozieMetastore != null)
{
var metastore = OozieMetastore;
parameters.OozieMetastore = new Metastore(metastore.SqlAzureServerName, metastore.DatabaseName, metastore.Credential.UserName, metastore.Credential.Password.ConvertToString());
}
if (HiveMetastore != null)
{
var metastore = HiveMetastore;
parameters.HiveMetastore = new Metastore(metastore.SqlAzureServerName, metastore.DatabaseName, metastore.Credential.UserName, metastore.Credential.Password.ConvertToString());
}
if (!string.IsNullOrEmpty(CertificatePassword))
{
if (!string.IsNullOrEmpty(CertificateFilePath))
{
CertificateFileContents = File.ReadAllBytes(CertificateFilePath);
}
var servicePrincipal = new Management.HDInsight.Models.ServicePrincipal(
GetApplicationId(ApplicationId), GetTenantId(AadTenantId), CertificateFileContents,
CertificatePassword);
parameters.Principal = servicePrincipal;
}
if (SecurityProfile != null)
{
parameters.SecurityProfile = new SecurityProfile()
{
DirectoryType = DirectoryType.ActiveDirectory,
Domain = SecurityProfile.Domain,
DomainUsername =
SecurityProfile.DomainUserCredential != null
? SecurityProfile.DomainUserCredential.UserName
: null,
DomainUserPassword =
SecurityProfile.DomainUserCredential != null &&
SecurityProfile.DomainUserCredential.Password != null
? SecurityProfile.DomainUserCredential.Password.ConvertToString()
: null,
OrganizationalUnitDN = SecurityProfile.OrganizationalUnitDN,
LdapsUrls = SecurityProfile.LdapsUrls,
ClusterUsersGroupDNs = SecurityProfile.ClusterUsersGroupDNs
};
}
if (DisksPerWorkerNode > 0)
{
parameters.WorkerNodeDataDisksGroups = new List <DataDisksGroups>()
{
new DataDisksGroups()
{
DisksPerNode = DisksPerWorkerNode
}
};
}
if (EncryptionKeyName != null && EncryptionKeyVersion != null && EncryptionVaultUri != null && AssignedIdentity != null)
{
parameters.ClusterIdentity = new ClusterIdentity
{
Type = ResourceIdentityType.UserAssigned,
UserAssignedIdentities = new Dictionary <string, ClusterIdentityUserAssignedIdentitiesValue>
{
{ AssignedIdentity, new ClusterIdentityUserAssignedIdentitiesValue() }
}
};
parameters.DiskEncryptionProperties = new DiskEncryptionProperties()
{
KeyName = EncryptionKeyName,
KeyVersion = EncryptionKeyVersion,
VaultUri = EncryptionVaultUri,
EncryptionAlgorithm = EncryptionAlgorithm != null ? EncryptionAlgorithm : JsonWebKeyEncryptionAlgorithm.RSAOAEP,
MsiResourceId = AssignedIdentity
};
}
if (EncryptionAtHost != null)
{
if (parameters.DiskEncryptionProperties != null)
{
parameters.DiskEncryptionProperties.EncryptionAtHost = EncryptionAtHost;
}
else
{
parameters.DiskEncryptionProperties = new DiskEncryptionProperties()
{
EncryptionAtHost = EncryptionAtHost
};
}
}
Autoscale autoscaleParameter = null;
if (AutoscaleConfiguration != null)
{
autoscaleParameter = AutoscaleConfiguration.ToAutoscale();
}
var cluster = HDInsightManagementClient.CreateNewCluster(ResourceGroupName, ClusterName, OSType, parameters, MinSupportedTlsVersion, this.DefaultContext.Environment.ActiveDirectoryAuthority, this.DefaultContext.Environment.DataLakeEndpointResourceId, PublicNetworkAccessType, OutboundPublicNetworkAccessType, EncryptionInTransit, autoscaleParameter);
if (cluster != null)
{
WriteObject(new AzureHDInsightCluster(cluster));
}
}
public override void ExecuteCmdlet()
{
foreach (var component in ComponentVersion.Where(component => !clusterComponentVersion.ContainsKey(component.Key)))
{
clusterComponentVersion.Add(component.Key, component.Value);
}
// Construct Configurations
foreach (var config in Configurations.Where(config => !clusterConfigurations.ContainsKey(config.Key)))
{
clusterConfigurations.Add(config.Key, config.Value);
}
// Add cluster username/password to gateway config.
ClusterCreateHelper.AddClusterCredentialToGatewayConfig(HttpCredential, clusterConfigurations);
// Construct OS Profile
OsProfile osProfile = ClusterCreateHelper.CreateOsProfile(SshCredential, SshPublicKey);
// Construct Virtual Network Profile
VirtualNetworkProfile vnetProfile = ClusterCreateHelper.CreateVirtualNetworkProfile(VirtualNetworkId, SubnetName);
// Handle storage account
StorageProfile storageProfile = new StorageProfile()
{
Storageaccounts = new List <StorageAccount> {
}
};
if (StorageAccountType == null || StorageAccountType == StorageType.AzureStorage)
{
var azureStorageAccount = ClusterCreateHelper.CreateAzureStorageAccount(ClusterName, StorageAccountResourceId, StorageAccountKey, StorageContainer, this.DefaultContext.Environment.StorageEndpointSuffix);
storageProfile.Storageaccounts.Add(azureStorageAccount);
}
else if (StorageAccountType == StorageType.AzureDataLakeStore)
{
ClusterCreateHelper.AddAzureDataLakeStorageGen1ToCoreConfig(StorageAccountResourceId, StorageRootPath, this.DefaultContext.Environment.AzureDataLakeStoreFileSystemEndpointSuffix, clusterConfigurations);
}
else if (StorageAccountType == StorageType.AzureDataLakeStorageGen2)
{
var adlsgen2Account = ClusterCreateHelper.CreateAdlsGen2StorageAccount(ClusterName, StorageAccountResourceId, StorageAccountKey, StorageFileSystem, StorageAccountManagedIdentity, this.DefaultContext.Environment.StorageEndpointSuffix);
storageProfile.Storageaccounts.Add(adlsgen2Account);
}
// Handle additional storage accounts
foreach (
var storageAccount in
AdditionalStorageAccounts.Where(
storageAccount => !clusterAdditionalStorageAccounts.ContainsKey(storageAccount.Key)))
{
clusterAdditionalStorageAccounts.Add(storageAccount.Key, storageAccount.Value);
}
ClusterCreateHelper.AddAdditionalStorageAccountsToCoreConfig(clusterAdditionalStorageAccounts, clusterConfigurations);
// Handle script action
foreach (var action in ScriptActions.Where(action => clusterScriptActions.ContainsKey(action.Key)))
{
clusterScriptActions.Add(action.Key,
action.Value.Select(a => a.GetScriptActionFromPSModel()).ToList());
}
// Handle metastore
if (OozieMetastore != null)
{
ClusterCreateHelper.AddOozieMetastoreToConfigurations(OozieMetastore, clusterConfigurations);
}
if (HiveMetastore != null)
{
ClusterCreateHelper.AddHiveMetastoreToConfigurations(HiveMetastore, clusterConfigurations);
}
// Handle ADLSGen1 identity
if (!string.IsNullOrEmpty(CertificatePassword))
{
if (!string.IsNullOrEmpty(CertificateFilePath))
{
CertificateFileContents = File.ReadAllBytes(CertificateFilePath);
}
ClusterCreateHelper.AddDataLakeStorageGen1IdentityToIdentityConfig(
GetApplicationId(ApplicationId), GetTenantId(AadTenantId), CertificateFileContents, CertificatePassword, clusterConfigurations,
this.DefaultContext.Environment.ActiveDirectoryAuthority, this.DefaultContext.Environment.DataLakeEndpointResourceId);
}
// Handle Kafka Rest Proxy
KafkaRestProperties kafkaRestProperties = null;
if (KafkaClientGroupId != null && KafkaClientGroupName != null)
{
kafkaRestProperties = new KafkaRestProperties()
{
ClientGroupInfo = new ClientGroupInfo(KafkaClientGroupName, KafkaClientGroupId)
};
}
// Compute profile contains headnode, workernode, zookeepernode, edgenode, kafkamanagementnode, idbrokernode, etc.
ComputeProfile computeProfile = ClusterCreateHelper.CreateComputeProfile(osProfile, vnetProfile, clusterScriptActions, ClusterType, ClusterSizeInNodes, HeadNodeSize, WorkerNodeSize, ZookeeperNodeSize, EdgeNodeSize, KafkaManagementNodeSize, EnableIDBroker.IsPresent);
// Handle SecurityProfile
SecurityProfile securityProfile = ClusterCreateHelper.ConvertAzureHDInsightSecurityProfileToSecurityProfile(SecurityProfile, AssignedIdentity);
// Handle DisksPerWorkerNode feature
Role workerNode = Utils.ExtractRole(ClusterNodeType.WorkerNode.ToString(), computeProfile);
if (DisksPerWorkerNode > 0)
{
workerNode.DataDisksGroups = new List <DataDisksGroups>()
{
new DataDisksGroups()
{
DisksPerNode = DisksPerWorkerNode
}
};
}
// Handle ClusterIdentity
ClusterIdentity clusterIdentity = null;
if (AssignedIdentity != null || StorageAccountManagedIdentity != null)
{
clusterIdentity = new ClusterIdentity
{
Type = ResourceIdentityType.UserAssigned,
UserAssignedIdentities = new Dictionary <string, ClusterIdentityUserAssignedIdentitiesValue>()
};
if (AssignedIdentity != null)
{
clusterIdentity.UserAssignedIdentities.Add(AssignedIdentity, new ClusterIdentityUserAssignedIdentitiesValue());
}
if (StorageAccountManagedIdentity != null)
{
clusterIdentity.UserAssignedIdentities.Add(StorageAccountManagedIdentity, new ClusterIdentityUserAssignedIdentitiesValue());
}
}
// Handle CMK feature
DiskEncryptionProperties diskEncryptionProperties = null;
if (EncryptionKeyName != null && EncryptionKeyVersion != null && EncryptionVaultUri != null)
{
diskEncryptionProperties = new DiskEncryptionProperties()
{
KeyName = EncryptionKeyName,
KeyVersion = EncryptionKeyVersion,
VaultUri = EncryptionVaultUri,
EncryptionAlgorithm = EncryptionAlgorithm != null ? EncryptionAlgorithm : JsonWebKeyEncryptionAlgorithm.RSAOAEP,
MsiResourceId = AssignedIdentity
};
}
// Handle encryption at host feature
if (EncryptionAtHost != null)
{
if (diskEncryptionProperties != null)
{
diskEncryptionProperties.EncryptionAtHost = EncryptionAtHost;
}
else
{
diskEncryptionProperties = new DiskEncryptionProperties()
{
EncryptionAtHost = EncryptionAtHost
};
}
}
// Handle autoscale featurer
Autoscale autoscaleParameter = null;
if (AutoscaleConfiguration != null)
{
autoscaleParameter = AutoscaleConfiguration.ToAutoscale();
workerNode.AutoscaleConfiguration = autoscaleParameter;
}
// Construct cluster create parameter
ClusterCreateParametersExtended createParams = new ClusterCreateParametersExtended
{
Location = Location,
//Tags = Tags, //To Do add this Tags parameter
Properties = new ClusterCreateProperties
{
Tier = ClusterTier,
ClusterDefinition = new ClusterDefinition
{
Kind = ClusterType ?? "Hadoop",
ComponentVersion = clusterComponentVersion,
Configurations = clusterConfigurations
},
ClusterVersion = Version ?? "default",
KafkaRestProperties = kafkaRestProperties,
ComputeProfile = computeProfile,
OsType = OSType,
SecurityProfile = securityProfile,
StorageProfile = storageProfile,
DiskEncryptionProperties = diskEncryptionProperties,
//handle Encryption In Transit feature
EncryptionInTransitProperties = EncryptionInTransit != null ? new EncryptionInTransitProperties()
{
IsEncryptionInTransitEnabled = EncryptionInTransit
} : null,
MinSupportedTlsVersion = MinSupportedTlsVersion
},
Identity = clusterIdentity
};
var cluster = HDInsightManagementClient.CreateCluster(ResourceGroupName, ClusterName, createParams);
if (cluster != null)
{
WriteObject(new AzureHDInsightCluster(cluster));
}
}
public override void ExecuteCmdlet()
{
if (this.IsParameterBound(c => c.ResourceId))
{
var resourceIdentifier = new ResourceIdentifier(ResourceId);
this.ClusterName = resourceIdentifier.ResourceName;
this.ResourceGroupName = resourceIdentifier.ResourceGroupName;
}
if (this.IsParameterBound(c => c.InputObject))
{
this.ClusterName = this.InputObject.Name;
this.ResourceGroupName = this.InputObject.ResourceGroup;
}
if (ClusterName != null && ResourceGroupName == null)
{
ResourceGroupName = GetResourceGroupByAccountName(ClusterName);
}
var clusterBeforeUpdate = HDInsightManagementClient.Get(ResourceGroupName, ClusterName);
Autoscale autoscaleConfig = Utils.ExtractWorkerNode(clusterBeforeUpdate)?.AutoscaleConfiguration;
if (autoscaleConfig == null)
{
autoscaleConfig = new Autoscale();
}
switch (ParameterSetName)
{
case LoadAutoscaleByNameParameterSet:
case LoadAutoscaleByResourceIdParameterSet:
case LoadAutoscaleByInputObjectParameterSet:
// override Recurrence to support switch from schedule to load
autoscaleConfig.Recurrence = null;
if (autoscaleConfig.Capacity == null)
{
autoscaleConfig.Capacity = new AutoscaleCapacity(MinWorkerNodeCount, MaxWorkerNodeCount);
}
else
{
if (this.IsParameterBound(c => c.MinWorkerNodeCount))
{
autoscaleConfig.Capacity.MinInstanceCount = MinWorkerNodeCount;
}
if (this.IsParameterBound(c => c.MaxWorkerNodeCount))
{
autoscaleConfig.Capacity.MaxInstanceCount = MaxWorkerNodeCount;
}
}
break;
case ScheduleAutoscaleByNameParameterSet:
case ScheduleAutoscaleByResourceIdParameterSet:
case ScheduleAutoscaleByInputObjectParameterSet:
// override Capacity to support switch from Load to Schedule
autoscaleConfig.Capacity = null;
if (autoscaleConfig.Recurrence == null)
{
var schedules = Condition?.Select(conditon => conditon.ToAutoscaleSchedule()).ToList();
autoscaleConfig.Recurrence = new AutoscaleRecurrence(TimeZone, schedules);
}
else
{
if (this.IsParameterBound(c => c.TimeZone))
{
autoscaleConfig.Recurrence.TimeZone = TimeZone;
}
if (this.IsParameterBound(c => c.Condition))
{
autoscaleConfig.Recurrence.Schedule = Condition?.Select(conditon => conditon.ToAutoscaleSchedule()).ToList();
}
}
break;
case AutoscaleConfigurationByNameParameterSet:
case AutoscaleConfigurationByResourceIdParameterSet:
case AutoscaleConfigurationByInputObjectParameterSet:
autoscaleConfig = AutoscaleConfiguration?.ToAutoscale();
break;
default:
break;
}
if (ShouldProcess(ClusterName))
{
HDInsightManagementClient.UpdateAutoScaleConfiguration(ResourceGroupName, ClusterName, new AutoscaleConfigurationUpdateParameter(autoscaleConfig));
Cluster cluster = HDInsightManagementClient.Get(ResourceGroupName, ClusterName);
WriteObject(new AzureHDInsightCluster(cluster));
}
}
public virtual Cluster CreateNewCluster(string resourceGroupName, string clusterName, OSType osType, ClusterCreateParameters parameters,
string minSupportedTlsVersion = default(string), string cloudAadAuthority = default(string),
string cloudDataLakeAudience = default(string), string PublicNetworkAccessType = default(string),
string OutboundOnlyNetworkAccessType = default(string), bool?EnableEncryptionInTransit = default(bool?), Autoscale autoscaleParameter = null)
{
var createParams = CreateParametersConverter.GetExtendedClusterCreateParameters(clusterName, parameters);
createParams.Properties.OsType = osType;
createParams.Properties.MinSupportedTlsVersion = minSupportedTlsVersion;
ResetClusterIdentity(createParams, cloudAadAuthority, cloudDataLakeAudience);
if (EnableEncryptionInTransit.HasValue)
{
createParams.Properties.EncryptionInTransitProperties = new EncryptionInTransitProperties()
{
IsEncryptionInTransitEnabled = EnableEncryptionInTransit
};
}
if (!string.IsNullOrEmpty(PublicNetworkAccessType) || !string.IsNullOrEmpty(OutboundOnlyNetworkAccessType))
{
NetworkSettings networkSettings = new NetworkSettings()
{
PublicNetworkAccess = PublicNetworkAccessType,
OutboundOnlyPublicNetworkAccessType = OutboundOnlyNetworkAccessType
};
createParams.Properties.NetworkSettings = networkSettings;
}
if (autoscaleParameter != null)
{
createParams.Properties.ComputeProfile.Roles.FirstOrDefault(role => role.Name.Equals("workernode")).AutoscaleConfiguration = autoscaleParameter;
}
return(HdInsightManagementClient.Clusters.Create(resourceGroupName, clusterName, createParams));
}
public AzureHDInsightAutoscale(Autoscale autoscale)
{
Capacity = autoscale?.Capacity != null ? new AzureHDInsightAutoscaleCapacity(autoscale.Capacity) : null;
Recurrence = autoscale?.Recurrence != null ? new AzureHDInsightAutoscaleRecurrence(autoscale.Recurrence) : null;
}