Automatically applied tags API - GET an auto-tag

deprecated

This API is deprecated. Use the Settings API with the Automatically applied tags (builtin:tags.auto-tagging) schema instead.

Gets parameters of the specified automatically applied tag.

The request produces an application/json payload.

GET	SaaS	`https://{your-environment-id}.live.dynatrace.com/api/config/v1/autoTags/{id}`
GET	Environment ActiveGate	`https://{your-activegate-domain}:9999/e/{your-environment-id}/api/config/v1/autoTags/{id}`

Authentication

To execute this request, you need an access token with ReadConfig scope.

To learn how to obtain and use it, see Tokens and authentication.

Parameters

Parameter

Type

Description

Required

string

The ID of the required auto-tag.

path

required

includeProcessGroupReferences

boolean

Flag to include process group references to the response.

Process group references aren't compatible across environments.

When this flag is set to false, conditions with process group references are removed. If that results in a rule having no conditions, the entire rule is removed.

query

optional

Response

Refer to JSON models to find all JSON models that depend on the type of the model.

Response codes

Code

Type

Description

200

AutoTag

Success

Response body objects

The `AutoTag` object

Configuration of an auto-tag. It defines the conditions of tag usage and the tag value.

Element

Type

Description

description

string

The description of the auto-tag.

entitySelectorBasedRules

EntitySelectorBasedAutoTagRule[]

A list of entity-selector based rules for auto tagging usage.

If several rules are specified, the OR logic applies.

string

The ID of the auto-tag.

metadata

ConfigurationMetadata

Metadata useful for debugging

name

string

The name of the auto-tag, which is applied to entities.

Additionally you can specify a valueFormat in the tag rule. In that case the tag is used in the name:valueFormat format.

For example you can extend the Infrastructure tag to Infrastructure:Windows and Infrastructure:Linux.

rules

AutoTagRule[]

The list of rules for tag usage.

When there are multiple rules, the OR logic applies.

The `EntitySelectorBasedAutoTagRule` object

The entity-selector-based rule for auto tag usage. It allows tagging entities via an entity selector.

Element

Type

Description

enabled

boolean

The rule is enabled (true) or disabled (false).

entitySelector

string

The entity selector string, by which the entities are selected.

normalization

string

Changes applied to the value after applying the value format. Default is LEAVE_TEXT_AS_IS.

LEAVE_TEXT_AS_IS
TO_LOWER_CASE
TO_UPPER_CASE

valueFormat

string

The value of the entity-selector-based auto-tag. If specified, the tag is used in the name:valueFormat format.

For example, you can extend the Infrastructure tag to Infrastructure:Windows and Infrastructure:Linux.

The `ConfigurationMetadata` object

Metadata useful for debugging

Element

Type

Description

clusterVersion

string

Dynatrace version.

configurationVersions

integer[]

A sorted list of the version numbers of the configuration.

currentConfigurationVersions

string[]

A sorted list of version numbers of the configuration.

The `AutoTagRule` object

A rule for the auto-tag.

Defines the conditions of tag usage.

Element

Type

Description

conditions

EntityRuleEngineCondition[]

A list of matching rules for the auto-tag.

The tag applies only when all conditions are fulfilled.

enabled

boolean

Tag rule is enabled (true) or disabled (false).

normalization

string

Changes applied to the value after applying the value format. Default is LEAVE_TEXT_AS_IS.

LEAVE_TEXT_AS_IS
TO_LOWER_CASE
TO_UPPER_CASE

propagationTypes

string[]

How to apply the tag to underlying entities:

SERVICE_TO_PROCESS_GROUP_LIKE: Apply to underlying process groups of matching services.
SERVICE_TO_HOST_LIKE: Apply to underlying hosts of matching services.
PROCESS_GROUP_TO_HOST: Apply to underlying hosts of matching process groups.
PROCESS_GROUP_TO_SERVICE: Apply to all services provided by the process groups.
HOST_TO_PROCESS_GROUP_INSTANCE: Apply to processes running on matching hosts.
AZURE_TO_PG: Apply to process groups connected to matching Azure entities.
AZURE_TO_SERVICE: Apply to services provided by matching Azure entities.

AZURE_TO_PG
AZURE_TO_SERVICE
HOST_TO_PROCESS_GROUP_INSTANCE
PROCESS_GROUP_TO_HOST
PROCESS_GROUP_TO_SERVICE
SERVICE_TO_HOST_LIKE
SERVICE_TO_PROCESS_GROUP_LIKE

type

string

Type of entities to which the rule applies.

APPLICATION
AWS_APPLICATION_LOAD_BALANCER
AWS_CLASSIC_LOAD_BALANCER
AWS_NETWORK_LOAD_BALANCER
AWS_RELATIONAL_DATABASE_SERVICE
AZURE
CUSTOM_APPLICATION
CUSTOM_DEVICE
DCRUM_APPLICATION
ESXI_HOST
EXTERNAL_SYNTHETIC_TEST
HOST
HTTP_CHECK
MOBILE_APPLICATION
MULTIPROTOCOL_MONITOR
PROCESS_GROUP
SERVICE
SYNTHETIC_TEST

valueFormat

string

The value of the auto-tag. If specified, the tag is used in the name:valueFormat format.

For example, you can extend the Infrastructure tag to Infrastructure:Windows and Infrastructure:Linux.

You can use the following placeholders here:

{AwsAutoScalingGroup:Name}
{AwsAvailabilityZone:Name}
{AwsElasticLoadBalancer:Name}
{AwsRelationalDatabaseService:DBName}
{AwsRelationalDatabaseService:Endpoint}
{AwsRelationalDatabaseService:Engine}
{AwsRelationalDatabaseService:InstanceClass}
{AwsRelationalDatabaseService:Name}
{AwsRelationalDatabaseService:Port}
{AzureRegion:Name}
{AzureScaleSet:Name}
{AzureVm:Name}
{CloudFoundryOrganization:Name}
{CustomDevice:DetectedName}
{CustomDevice:DnsName}
{CustomDevice:IpAddress}
{CustomDevice:Port}
{DockerContainerGroupInstance:ContainerName}
{DockerContainerGroupInstance:FullImageName}
{DockerContainerGroupInstance:ImageVersion}
{ESXIHost:HardwareModel}
{ESXIHost:HardwareVendor}
{ESXIHost:Name}
{ESXIHost:ProductName}
{ESXIHost:ProductVersion}
{Ec2Instance:AmiId}
{Ec2Instance:BeanstalkEnvironmentName}
{Ec2Instance:InstanceId}
{Ec2Instance:InstanceType}
{Ec2Instance:LocalHostName}
{Ec2Instance:Name}
{Ec2Instance:PublicHostName}
{Ec2Instance:SecurityGroup}
{GoogleComputeInstance:Id}
{GoogleComputeInstance:IpAddresses}
{GoogleComputeInstance:MachineType}
{GoogleComputeInstance:Name}
{GoogleComputeInstance:ProjectId}
{GoogleComputeInstance:Project}
{Host:AWSNameTag}
{Host:AixLogicalCpuCount}
{Host:AzureHostName}
{Host:AzureSiteName}
{Host:BoshDeploymentId}
{Host:BoshInstanceId}
{Host:BoshInstanceName}
{Host:BoshName}
{Host:BoshStemcellVersion}
{Host:CpuCores}
{Host:DetectedName}
{Host:Environment:AppName}
{Host:Environment:BoshReleaseVersion}
{Host:Environment:Environment}
{Host:Environment:Link}
{Host:Environment:Organization}
{Host:Environment:Owner}
{Host:Environment:Support}
{Host:IpAddress}
{Host:LogicalCpuCores}
{Host:OneAgentCustomHostName}
{Host:OperatingSystemVersion}
{Host:PaasMemoryLimit}
{HostGroup:Name}
{KubernetesCluster:Name}
{KubernetesNode:DetectedName}
{OpenstackAvailabilityZone:Name}
{OpenstackZone:Name}
{OpenstackComputeNode:Name}
{OpenstackProject:Name}
{OpenstackVm:UnstanceType}
{OpenstackVm:Name}
{OpenstackVm:SecurityGroup}
{ProcessGroup:AmazonECRImageAccountId}
{ProcessGroup:AmazonECRImageRegion}
{ProcessGroup:AmazonECSCluster}
{ProcessGroup:AmazonECSContainerName}
{ProcessGroup:AmazonECSFamily}
{ProcessGroup:AmazonECSRevision}
{ProcessGroup:AmazonLambdaFunctionName}
{ProcessGroup:AmazonRegion}
{ProcessGroup:ApacheConfigPath}
{ProcessGroup:ApacheSparkMasterIpAddress}
{ProcessGroup:AspDotNetCoreApplicationPath}
{ProcessGroup:AspDotNetCoreApplicationPath}
{ProcessGroup:AzureHostName}
{ProcessGroup:AzureSiteName}
{ProcessGroup:CassandraClusterName}
{ProcessGroup:CatalinaBase}
{ProcessGroup:CatalinaHome}
{ProcessGroup:CloudFoundryAppId}
{ProcessGroup:CloudFoundryAppName}
{ProcessGroup:CloudFoundryInstanceIndex}
{ProcessGroup:CloudFoundrySpaceId}
{ProcessGroup:CloudFoundrySpaceName}
{ProcessGroup:ColdFusionJvmConfigFile}
{ProcessGroup:ColdFusionServiceName}
{ProcessGroup:CommandLineArgs}
{ProcessGroup:DetectedName}
{ProcessGroup:DotNetCommandPath}
{ProcessGroup:DotNetCommand}
{ProcessGroup:DotNetClusterId}
{ProcessGroup:DotNetNodeId}
{ProcessGroup:ElasticsearchClusterName}
{ProcessGroup:ElasticsearchNodeName}
{ProcessGroup:EquinoxConfigPath}
{ProcessGroup:ExeName}
{ProcessGroup:ExePath}
{ProcessGroup:GlassFishDomainName}
{ProcessGroup:GlassFishInstanceName}
{ProcessGroup:GoogleAppEngineInstance}
{ProcessGroup:GoogleAppEngineService}
{ProcessGroup:GoogleCloudProject}
{ProcessGroup:HybrisBinDirectory}
{ProcessGroup:HybrisConfigDirectory}
{ProcessGroup:HybrisConfigDirectory}
{ProcessGroup:HybrisDataDirectory}
{ProcessGroup:IBMCicsRegion}
{ProcessGroup:IBMCtgName}
{ProcessGroup:IBMImsConnectRegion}
{ProcessGroup:IBMImsControlRegion}
{ProcessGroup:IBMImsMessageProcessingRegion}
{ProcessGroup:IBMImsSoapGwName}
{ProcessGroup:IBMIntegrationNodeName}
{ProcessGroup:IBMIntegrationServerName}
{ProcessGroup:IISAppPool}
{ProcessGroup:IISRoleName}
{ProcessGroup:JbossHome}
{ProcessGroup:JbossMode}
{ProcessGroup:JbossServerName}
{ProcessGroup:JavaJarFile}
{ProcessGroup:JavaJarPath}
{ProcessGroup:JavaMainCLass}
{ProcessGroup:KubernetesBasePodName}
{ProcessGroup:KubernetesContainerName}
{ProcessGroup:KubernetesFullPodName}
{ProcessGroup:KubernetesNamespace}
{ProcessGroup:KubernetesPodUid}
{ProcessGroup:MssqlInstanceName}
{ProcessGroup:NodeJsAppBaseDirectory}
{ProcessGroup:NodeJsAppName}
{ProcessGroup:NodeJsScriptName}
{ProcessGroup:OracleSid}
{ProcessGroup:PHPScriptPath}
{ProcessGroup:PHPWorkingDirectory}
{ProcessGroup:Ports}
{ProcessGroup:RubyAppRootPath}
{ProcessGroup:RubyScriptPath}
{ProcessGroup:SoftwareAGInstallRoot}
{ProcessGroup:SoftwareAGProductPropertyName}
{ProcessGroup:SpringBootAppName}
{ProcessGroup:SpringBootProfileName}
{ProcessGroup:SpringBootStartupClass}
{ProcessGroup:TIBCOBusinessWorksAppNodeName}
{ProcessGroup:TIBCOBusinessWorksAppSpaceName}
{ProcessGroup:TIBCOBusinessWorksCeAppName}
{ProcessGroup:TIBCOBusinessWorksCeVersion}
{ProcessGroup:TIBCOBusinessWorksDomainName}
{ProcessGroup:TIBCOBusinessWorksEnginePropertyFilePath}
{ProcessGroup:TIBCOBusinessWorksEnginePropertyFile}
{ProcessGroup:TIBCOBusinessWorksHome}
{ProcessGroup:VarnishInstanceName}
{ProcessGroup:WebLogicClusterName}
{ProcessGroup:WebLogicDomainName}
{ProcessGroup:WebLogicHome}
{ProcessGroup:WebLogicName}
{ProcessGroup:WebSphereCellName}
{ProcessGroup:WebSphereClusterName}
{ProcessGroup:WebSphereNodeName}
{ProcessGroup:WebSphereServerName}
{ProcessGroup:ActorSystem}
{Service:STGServerName}
{Service:DatabaseHostName}
{Service:DatabaseName}
{Service:DatabaseVendor}
{Service:DetectedName}
{Service:EndpointPath}
{Service:EndpointPathGatewayUrl}
{Service:IIBApplicationName}
{Service:MessageListenerClassName}
{Service:Port}
{Service:PublicDomainName}
{Service:RemoteEndpoint}
{Service:RemoteName}
{Service:WebApplicationId}
{Service:WebContextRoot}
{Service:WebServerName}
{Service:WebServiceNamespace}
{Service:WebServiceName}
{VmwareDatacenter:Name}
{VmwareVm:Name}

The `EntityRuleEngineCondition` object

A condition defines how to execute matching logic for an entity.

Element

Type

Description

comparisonInfo

ComparisonBasic

Defines how the matching is actually performed: what and how are we comparing.

The actual set of fields and possible values of the operator field depend on the type of the comparison. Find the list of actual objects in the description of the type field or see JSON models.

key

ConditionKey

The key to identify the data we're matching.

The actual set of fields and possible values depend on the type of the key. Find the list of actual objects in the description of the type field or see JSON models.

The `ComparisonBasic` object

Defines how the matching is actually performed: what and how are we comparing.

Element

Type

Description

negate

boolean

Reverses the comparison operator. For example it turns the begins with into does not begin with.

operator

string

Operator of the comparison. You can reverse it by setting negate to true.

Possible values depend on the type of the comparison. Find the list of actual models in the description of the type field and check the description of the model you need.

type

string

Defines the actual set of fields depending on the value. See one of the following objects:

STRING -> StringComparison
INDEXED_NAME -> IndexedNameComparison
INDEXED_STRING -> IndexedStringComparison
INTEGER -> IntegerComparison
SERVICE_TYPE -> ServiceTypeComparison
PAAS_TYPE -> PaasTypeComparison
CLOUD_TYPE -> CloudTypeComparison
AZURE_SKU -> AzureSkuComparision
AZURE_COMPUTE_MODE -> AzureComputeModeComparison
ENTITY_ID -> EntityIdComparison
SIMPLE_TECH -> SimpleTechComparison
SIMPLE_HOST_TECH -> SimpleHostTechComparison
SERVICE_TOPOLOGY -> ServiceTopologyComparison
DATABASE_TOPOLOGY -> DatabaseTopologyComparison
OS_TYPE -> OsTypeComparison
HYPERVISOR_TYPE -> HypervisorTypeComparision
IP_ADDRESS -> IpAddressComparison
OS_ARCHITECTURE -> OsArchitectureComparison
BITNESS -> BitnessComparision
APPLICATION_TYPE -> ApplicationTypeComparison
MOBILE_PLATFORM -> MobilePlatformComparison
CUSTOM_APPLICATION_TYPE -> CustomApplicationTypeComparison
DCRUM_DECODER_TYPE -> DcrumDecoderComparison
SYNTHETIC_ENGINE_TYPE -> SyntheticEngineTypeComparison
TAG -> TagComparison
INDEXED_TAG -> IndexedTagComparison

APPLICATION_TYPE
AZURE_COMPUTE_MODE
AZURE_SKU
BITNESS
CLOUD_TYPE
CUSTOM_APPLICATION_TYPE
DATABASE_TOPOLOGY
DCRUM_DECODER_TYPE
ENTITY_ID
HYPERVISOR_TYPE
INDEXED_NAME
INDEXED_STRING
INDEXED_TAG
INTEGER
IP_ADDRESS
MOBILE_PLATFORM
OS_ARCHITECTURE
OS_TYPE
PAAS_TYPE
SERVICE_TOPOLOGY
SERVICE_TYPE
SIMPLE_HOST_TECH
SIMPLE_TECH
STRING
SYNTHETIC_ENGINE_TYPE
TAG

value

string

The value to compare to.

The `AnyValue` object

A schema representing an arbitrary value type.

The `ConditionKey` object

The key to identify the data we're matching.

The actual set of fields and possible values depend on the type of the key. Find the list of actual objects in the description of the type field or see JSON models.

Element

Type

Description

attribute

string

The attribute to be used for comparison.

APPMON_SERVER_NAME
APPMON_SYSTEM_PROFILE_NAME
AWS_ACCOUNT_ID
AWS_ACCOUNT_NAME
AWS_APPLICATION_LOAD_BALANCER_NAME
AWS_APPLICATION_LOAD_BALANCER_TAGS
AWS_AUTO_SCALING_GROUP_NAME
AWS_AUTO_SCALING_GROUP_TAGS
AWS_AVAILABILITY_ZONE_NAME
AWS_CLASSIC_LOAD_BALANCER_FRONTEND_PORTS
AWS_CLASSIC_LOAD_BALANCER_NAME
AWS_CLASSIC_LOAD_BALANCER_TAGS
AWS_NETWORK_LOAD_BALANCER_NAME
AWS_NETWORK_LOAD_BALANCER_TAGS
AWS_RELATIONAL_DATABASE_SERVICE_DB_NAME
AWS_RELATIONAL_DATABASE_SERVICE_ENDPOINT
AWS_RELATIONAL_DATABASE_SERVICE_ENGINE
AWS_RELATIONAL_DATABASE_SERVICE_INSTANCE_CLASS
AWS_RELATIONAL_DATABASE_SERVICE_NAME
AWS_RELATIONAL_DATABASE_SERVICE_PORT
AWS_RELATIONAL_DATABASE_SERVICE_TAGS
AZURE_ENTITY_NAME
AZURE_ENTITY_TAGS
AZURE_MGMT_GROUP_NAME
AZURE_MGMT_GROUP_UUID
AZURE_REGION_NAME
AZURE_SCALE_SET_NAME
AZURE_SUBSCRIPTION_NAME
AZURE_SUBSCRIPTION_UUID
AZURE_TENANT_NAME
AZURE_TENANT_UUID
AZURE_VM_NAME
BROWSER_MONITOR_NAME
BROWSER_MONITOR_TAGS
CLOUD_APPLICATION_LABELS
CLOUD_APPLICATION_NAME
CLOUD_APPLICATION_NAMESPACE_LABELS
CLOUD_APPLICATION_NAMESPACE_NAME
CLOUD_FOUNDRY_FOUNDATION_NAME
CLOUD_FOUNDRY_ORG_NAME
CUSTOM_APPLICATION_NAME
CUSTOM_APPLICATION_PLATFORM
CUSTOM_APPLICATION_TAGS
CUSTOM_APPLICATION_TYPE
CUSTOM_DEVICE_DETECTED_NAME
CUSTOM_DEVICE_DNS_ADDRESS
CUSTOM_DEVICE_GROUP_NAME
CUSTOM_DEVICE_GROUP_TAGS
CUSTOM_DEVICE_IP_ADDRESS
CUSTOM_DEVICE_METADATA
CUSTOM_DEVICE_NAME
CUSTOM_DEVICE_PORT
CUSTOM_DEVICE_TAGS
CUSTOM_DEVICE_TECHNOLOGY
DATA_CENTER_SERVICE_DECODER_TYPE
DATA_CENTER_SERVICE_IP_ADDRESS
DATA_CENTER_SERVICE_METADATA
DATA_CENTER_SERVICE_NAME
DATA_CENTER_SERVICE_PORT
DATA_CENTER_SERVICE_TAGS
DOCKER_CONTAINER_NAME
DOCKER_FULL_IMAGE_NAME
DOCKER_IMAGE_VERSION
DOCKER_STRIPPED_IMAGE_NAME
EC2_INSTANCE_AMI_ID
EC2_INSTANCE_AWS_INSTANCE_TYPE
EC2_INSTANCE_AWS_SECURITY_GROUP
EC2_INSTANCE_BEANSTALK_ENV_NAME
EC2_INSTANCE_ID
EC2_INSTANCE_NAME
EC2_INSTANCE_PRIVATE_HOST_NAME
EC2_INSTANCE_PUBLIC_HOST_NAME
EC2_INSTANCE_TAGS
ENTERPRISE_APPLICATION_DECODER_TYPE
ENTERPRISE_APPLICATION_IP_ADDRESS
ENTERPRISE_APPLICATION_METADATA
ENTERPRISE_APPLICATION_NAME
ENTERPRISE_APPLICATION_PORT
ENTERPRISE_APPLICATION_TAGS
ESXI_HOST_CLUSTER_NAME
ESXI_HOST_HARDWARE_MODEL
ESXI_HOST_HARDWARE_VENDOR
ESXI_HOST_NAME
ESXI_HOST_PRODUCT_NAME
ESXI_HOST_PRODUCT_VERSION
ESXI_HOST_TAGS
EXTERNAL_MONITOR_ENGINE_DESCRIPTION
EXTERNAL_MONITOR_ENGINE_NAME
EXTERNAL_MONITOR_ENGINE_TYPE
EXTERNAL_MONITOR_NAME
EXTERNAL_MONITOR_TAGS
GEOLOCATION_SITE_NAME
GOOGLE_CLOUD_PLATFORM_ZONE_NAME
GOOGLE_COMPUTE_INSTANCE_ID
GOOGLE_COMPUTE_INSTANCE_MACHINE_TYPE
GOOGLE_COMPUTE_INSTANCE_NAME
GOOGLE_COMPUTE_INSTANCE_PROJECT
GOOGLE_COMPUTE_INSTANCE_PROJECT_ID
GOOGLE_COMPUTE_INSTANCE_PUBLIC_IP_ADDRESSES
HOST_AIX_LOGICAL_CPU_COUNT
HOST_AIX_SIMULTANEOUS_THREADS
HOST_AIX_VIRTUAL_CPU_COUNT
HOST_ARCHITECTURE
HOST_AWS_NAME_TAG
HOST_AZURE_COMPUTE_MODE
HOST_AZURE_SKU
HOST_AZURE_WEB_APPLICATION_HOST_NAMES
HOST_AZURE_WEB_APPLICATION_SITE_NAMES
HOST_BITNESS
HOST_BOSH_AVAILABILITY_ZONE
HOST_BOSH_DEPLOYMENT_ID
HOST_BOSH_INSTANCE_ID
HOST_BOSH_INSTANCE_NAME
HOST_BOSH_NAME
HOST_BOSH_STEMCELL_VERSION
HOST_CLOUD_TYPE
HOST_CPU_CORES
HOST_CUSTOM_METADATA
HOST_DETECTED_NAME
HOST_GROUP_ID
HOST_GROUP_NAME
HOST_HYPERVISOR_TYPE
HOST_IP_ADDRESS
HOST_KUBERNETES_LABELS
HOST_LOGICAL_CPU_CORES
HOST_NAME
HOST_ONEAGENT_CUSTOM_HOST_NAME
HOST_OS_TYPE
HOST_OS_VERSION
HOST_PAAS_MEMORY_LIMIT
HOST_PAAS_TYPE
HOST_TAGS
HOST_TECHNOLOGY
HTTP_MONITOR_NAME
HTTP_MONITOR_TAGS
KUBERNETES_CLUSTER_NAME
KUBERNETES_NODE_NAME
KUBERNETES_SERVICE_NAME
MOBILE_APPLICATION_NAME
MOBILE_APPLICATION_PLATFORM
MOBILE_APPLICATION_TAGS
NAME_OF_COMPUTE_NODE
NETWORK_AVAILABILITY_MONITOR_NAME
NETWORK_AVAILABILITY_MONITOR_TAGS
OPENSTACK_ACCOUNT_NAME
OPENSTACK_ACCOUNT_PROJECT_NAME
OPENSTACK_AVAILABILITY_ZONE_NAME
OPENSTACK_PROJECT_NAME
OPENSTACK_REGION_NAME
OPENSTACK_VM_INSTANCE_TYPE
OPENSTACK_VM_NAME
OPENSTACK_VM_SECURITY_GROUP
PROCESS_GROUP_AZURE_HOST_NAME
PROCESS_GROUP_AZURE_SITE_NAME
PROCESS_GROUP_CUSTOM_METADATA
PROCESS_GROUP_DETECTED_NAME
PROCESS_GROUP_ID
PROCESS_GROUP_LISTEN_PORT
PROCESS_GROUP_NAME
PROCESS_GROUP_PREDEFINED_METADATA
PROCESS_GROUP_TAGS
PROCESS_GROUP_TECHNOLOGY
PROCESS_GROUP_TECHNOLOGY_EDITION
PROCESS_GROUP_TECHNOLOGY_VERSION
QUEUE_NAME
QUEUE_TECHNOLOGY
QUEUE_VENDOR
SERVICE_AKKA_ACTOR_SYSTEM
SERVICE_CTG_SERVICE_NAME
SERVICE_DATABASE_HOST_NAME
SERVICE_DATABASE_NAME
SERVICE_DATABASE_TOPOLOGY
SERVICE_DATABASE_VENDOR
SERVICE_DETECTED_NAME
SERVICE_ESB_APPLICATION_NAME
SERVICE_IBM_CTG_GATEWAY_URL
SERVICE_IIB_APPLICATION_NAME
SERVICE_MESSAGING_LISTENER_CLASS_NAME
SERVICE_NAME
SERVICE_PORT
SERVICE_PUBLIC_DOMAIN_NAME
SERVICE_REMOTE_ENDPOINT
SERVICE_REMOTE_SERVICE_NAME
SERVICE_TAGS
SERVICE_TECHNOLOGY
SERVICE_TECHNOLOGY_EDITION
SERVICE_TECHNOLOGY_VERSION
SERVICE_TOPOLOGY
SERVICE_TYPE
SERVICE_WEB_APPLICATION_ID
SERVICE_WEB_CONTEXT_ROOT
SERVICE_WEB_SERVER_ENDPOINT
SERVICE_WEB_SERVER_NAME
SERVICE_WEB_SERVICE_NAME
SERVICE_WEB_SERVICE_NAMESPACE
VMWARE_DATACENTER_NAME
VMWARE_VM_NAME
WEB_APPLICATION_NAME
WEB_APPLICATION_NAME_PATTERN
WEB_APPLICATION_TAGS
WEB_APPLICATION_TYPE

type

string

Defines the actual set of fields depending on the value. See one of the following objects:

PROCESS_CUSTOM_METADATA_KEY -> CustomProcessMetadataConditionKey
HOST_CUSTOM_METADATA_KEY -> CustomHostMetadataConditionKey
PROCESS_PREDEFINED_METADATA_KEY -> ProcessMetadataConditionKey
STRING -> StringConditionKey
STATIC -> StaticConditionKey

HOST_CUSTOM_METADATA_KEY
PROCESS_CUSTOM_METADATA_KEY
PROCESS_PREDEFINED_METADATA_KEY
STATIC
STRING

Response body JSON model

{
  "description": "sampleDescription",
  "entitySelectorBasedRules": [
    {
      "enabled": true,
      "entitySelector": "type(HOST) AND cpuCores(4)"
    }
  ],
  "name": "sampleAutoTag",
  "rules": [
    {
      "conditions": [
        {
          "comparisonInfo": {
            "caseSensitive": false,
            "negate": false,
            "operator": "BEGINS_WITH",
            "type": "STRING",
            "value": "sample"
          },
          "key": {
            "attribute": "SERVICE_DATABASE_NAME"
          }
        },
        {
          "comparisonInfo": {
            "negate": false,
            "operator": "EXISTS",
            "type": "STRING"
          },
          "key": {
            "attribute": "SERVICE_WEB_SERVER_NAME"
          }
        },
        {
          "comparisonInfo": {
            "caseSensitive": false,
            "negate": false,
            "operator": "BEGINS_WITH",
            "type": "STRING",
            "value": "sample"
          },
          "key": {
            "attribute": "PROCESS_GROUP_CUSTOM_METADATA",
            "dynamicKey": {
              "key": "kubernetes.io/limit-ranger",
              "source": "KUBERNETES"
            },
            "type": "PROCESS_CUSTOM_METADATA_KEY"
          }
        }
      ],
      "enabled": true,
      "propagationTypes": [
        "SERVICE_TO_HOST_LIKE"
      ],
      "type": "SERVICE",
      "valueFormat": "myTagValue {Service:DetectedName}"
    }
  ]
}

Example

In this example, the request inquires about the properties of the Infrastructure - Linux auto-tag, which has the ID 7c82c170-b380-4fa7-992a-453f3e73047b.

The configuration has the following settings:

GET example

The API token is passed in the Authorization header.

Curl

curl -X GET \
  https://mySampleEnv.live.dynatrace.com/api/config/v1/autoTags/7c82c170-b380-4fa7-992a-453f3e73047b \
  -H 'Authorization: Api-Token dt0c01.abc123.abcdefjhij1234567890'

Request URL

https://mySampleEnv.live.dynatrace.com/api/config/v1/autoTags/7c82c170-b380-4fa7-992a-453f3e73047b

Response body

{
  "metadata": {
    "configurationVersions": [
      7
    ],
    "clusterVersion": "1.176.0.20190808-181828"
  },
  "id": "7c82c170-b380-4fa7-992a-453f3e73047b",
  "name": "Infrastructure - Linux",
  "rules": [
    {
      "type": "HOST",
      "enabled": true,
      "valueFormat": "prodLinux",
      "propagationTypes": [],
      "conditions": [
        {
          "key": {
            "attribute": "HOST_OS_TYPE"
          },
          "comparisonInfo": {
            "type": "OS_TYPE",
            "operator": "EQUALS",
            "value": "LINUX",
            "negate": false
          }
        },
        {
          "key": {
            "attribute": "HOST_NAME"
          },
          "comparisonInfo": {
            "type": "STRING",
            "operator": "BEGINS_WITH",
            "value": "PreProd",
            "negate": true,
            "caseSensitive": true
          }
        }
      ]
    }
  ]
}

Response code

200

Automatically applied tags API - GET an auto-tag

Authentication

Parameters

Response

Response codes

Response body objects

The AutoTag object

The EntitySelectorBasedAutoTagRule object

The ConfigurationMetadata object

The AutoTagRule object

The EntityRuleEngineCondition object

The ComparisonBasic object

The AnyValue object

The ConditionKey object

Response body JSON model

Example

Curl

Request URL

Response body

Response code

Related topics

The `AutoTag` object

The `EntitySelectorBasedAutoTagRule` object

The `ConfigurationMetadata` object

The `AutoTagRule` object

The `EntityRuleEngineCondition` object

The `ComparisonBasic` object

The `AnyValue` object

The `ConditionKey` object