Management zones API - JSON models

Some JSON models of the Management zones API vary, depending on the type of some objects. Here you can find JSON models for each variation.

Variations of the `ConditionKey` object

The ConditionKey object is the base for all conditions. The actual set of fields depends on the type of the condition.

HOST_CUSTOM_METADATA_KEY

CustomHostMetadataConditionKey

ParametersJSON model

The `CustomHostMetadataConditionKey` 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
dynamicKey	CustomHostMetadataKey	The key of the attribute, which need dynamic keys. Not applicable otherwise, as the attibute itself acts as a key.

Element

Type

Description

dynamicKey

CustomHostMetadataKey

The key of the attribute, which need dynamic keys.

Not applicable otherwise, as the attibute itself acts as a key.

The `CustomHostMetadataKey` object

The key of the attribute, which need dynamic keys.

Not applicable otherwise, as the attibute itself acts as a key.

Element	Type	Description
source	string	The source of the custom metadata. The element can hold these values `ENVIRONMENT` `GOOGLE_COMPUTE_ENGINE` `PLUGIN`
key	string	The actual key of the custom metadata.

json
{
  "attribute": "HOST_CUSTOM_METADATA",
  "type": "HOST_CUSTOM_METADATA_KEY",
  "dynamicKey": {
    "source": "ENVIRONMENT",
    "key": "myKey"
  }
}

PROCESS_CUSTOM_METADATA_KEY

CustomProcessMetadataConditionKey

ParametersJSON model

The `CustomProcessMetadataConditionKey` 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
dynamicKey	CustomProcessMetadataKey	The key of the attribute, which need dynamic keys. Not applicable otherwise, as the attibute itself acts as a key.

Element

Type

Description

dynamicKey

CustomProcessMetadataKey

The key of the attribute, which need dynamic keys.

Not applicable otherwise, as the attibute itself acts as a key.

The `CustomProcessMetadataKey` object

The key of the attribute, which need dynamic keys.

Not applicable otherwise, as the attibute itself acts as a key.

Element	Type	Description
source	string	The source of the custom metadata. The element can hold these values `AGENT` `CLOUD_FOUNDRY` `ENVIRONMENT` `GOOGLE_CLOUD` `KUBERNETES` `PLUGIN`
key	string	The actual key of the custom metadata.

json
{
  "attribute": "PROCESS_GROUP_DETECTED_NAME",
  "type": "PROCESS_CUSTOM_METADATA_KEY",
  "dynamicKey": {
    "source": "KUBERNETES",
    "key": "myKey"
  }
}

PROCESS_PREDEFINED_METADATA_KEY

ProcessMetadataConditionKey

ParametersJSON model

The `ProcessMetadataConditionKey` 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

dynamicKey

string

Element	Type	Description
dynamicKey	string	The key of the attribute, which need dynamic keys. Not applicable otherwise, as the attibute itself acts as a key. The element can hold these values `AMAZON_ECR_IMAGE_ACCOUNT_ID` `AMAZON_ECR_IMAGE_REGION` `AMAZON_LAMBDA_FUNCTION_NAME` `AMAZON_REGION` `APACHE_CONFIG_PATH` `APACHE_SPARK_MASTER_IP_ADDRESS` `ASP_DOT_NET_CORE_APPLICATION_PATH` `AWS_ECS_CLUSTER` `AWS_ECS_CONTAINERNAME` `AWS_ECS_FAMILY` `AWS_ECS_REVISION` `CASSANDRA_CLUSTER_NAME` `CATALINA_BASE` `CATALINA_HOME` `CLOUD_FOUNDRY_APP_ID` `CLOUD_FOUNDRY_APP_NAME` `CLOUD_FOUNDRY_INSTANCE_INDEX` `CLOUD_FOUNDRY_SPACE_ID` `CLOUD_FOUNDRY_SPACE_NAME` `COLDFUSION_JVM_CONFIG_FILE` `COLDFUSION_SERVICE_NAME` `COMMAND_LINE_ARGS` `CONTAINER_ID` `CONTAINER_IMAGE_NAME` `CONTAINER_IMAGE_VERSION` `DECLARATIVE_ID` `DOTNET_COMMAND` `DOTNET_COMMAND_PATH` `DYNATRACE_CLUSTER_ID` `DYNATRACE_NODE_ID` `ELASTICSEARCH_CLUSTER_NAME` `ELASTICSEARCH_NODE_NAME` `EQUINOX_CONFIG_PATH` `EXE_NAME` `EXE_PATH` `GLASS_FISH_DOMAIN_NAME` `GLASS_FISH_INSTANCE_NAME` `GOOGLE_APP_ENGINE_INSTANCE` `GOOGLE_APP_ENGINE_SERVICE` `GOOGLE_CLOUD_PROJECT` `HYBRIS_BIN_DIRECTORY` `HYBRIS_CONFIG_DIRECTORY` `HYBRIS_DATA_DIRECTORY` `IBM_CICS_REGION` `IBM_CTG_NAME` `IBM_IMS_CONNECT_REGION` `IBM_IMS_CONTROL_REGION` `IBM_IMS_MESSAGE_PROCESSING_REGION` `IBM_IMS_SOAP_GW_NAME` `IBM_INTEGRATION_NODE_NAME` `IBM_INTEGRATION_SERVER_NAME` `IIS_APP_POOL` `IIS_ROLE_NAME` `JAVA_JAR_FILE` `JAVA_JAR_PATH` `JAVA_MAIN_CLASS` `JAVA_MAIN_MODULE` `JBOSS_HOME` `JBOSS_MODE` `JBOSS_SERVER_NAME` `KUBERNETES_BASE_POD_NAME` `KUBERNETES_CONTAINER_NAME` `KUBERNETES_FULL_POD_NAME` `KUBERNETES_NAMESPACE` `KUBERNETES_POD_UID` `KUBERNETES_RULE_RESULT` `MSSQL_INSTANCE_NAME` `NODE_JS_APP_BASE_DIRECTORY` `NODE_JS_APP_NAME` `NODE_JS_SCRIPT_NAME` `ORACLE_SID` `PG_ID_CALC_INPUT_KEY_LINKAGE` `PHP_SCRIPT_PATH` `PHP_WORKING_DIRECTORY` `RUBY_APP_ROOT_PATH` `RUBY_SCRIPT_PATH` `RULE_RESULT` `SOFTWAREAG_INSTALL_ROOT` `SOFTWAREAG_PRODUCTPROPNAME` `SPRINGBOOT_APP_NAME` `SPRINGBOOT_PROFILE_NAME` `SPRINGBOOT_STARTUP_CLASS` `TIBCO_BUSINESSWORKS_CE_APP_NAME` `TIBCO_BUSINESSWORKS_CE_VERSION` `TIBCO_BUSINESS_WORKS_APP_NODE_NAME` `TIBCO_BUSINESS_WORKS_APP_SPACE_NAME` `TIBCO_BUSINESS_WORKS_DOMAIN_NAME` `TIBCO_BUSINESS_WORKS_ENGINE_PROPERTY_FILE` `TIBCO_BUSINESS_WORKS_ENGINE_PROPERTY_FILE_PATH` `TIBCO_BUSINESS_WORKS_HOME` `VARNISH_INSTANCE_NAME` `WEBSPHERE_LIBERTY_SERVER_NAME` `WEB_LOGIC_CLUSTER_NAME` `WEB_LOGIC_DOMAIN_NAME` `WEB_LOGIC_HOME` `WEB_LOGIC_NAME` `WEB_SPHERE_CELL_NAME` `WEB_SPHERE_CLUSTER_NAME` `WEB_SPHERE_NODE_NAME` `WEB_SPHERE_SERVER_NAME`

The key of the attribute, which need dynamic keys.

Not applicable otherwise, as the attibute itself acts as a key.

The element can hold these values

AMAZON_ECR_IMAGE_ACCOUNT_ID
AMAZON_ECR_IMAGE_REGION
AMAZON_LAMBDA_FUNCTION_NAME
AMAZON_REGION
APACHE_CONFIG_PATH
APACHE_SPARK_MASTER_IP_ADDRESS
ASP_DOT_NET_CORE_APPLICATION_PATH
AWS_ECS_CLUSTER
AWS_ECS_CONTAINERNAME
AWS_ECS_FAMILY
AWS_ECS_REVISION
CASSANDRA_CLUSTER_NAME
CATALINA_BASE
CATALINA_HOME
CLOUD_FOUNDRY_APP_ID
CLOUD_FOUNDRY_APP_NAME
CLOUD_FOUNDRY_INSTANCE_INDEX
CLOUD_FOUNDRY_SPACE_ID
CLOUD_FOUNDRY_SPACE_NAME
COLDFUSION_JVM_CONFIG_FILE
COLDFUSION_SERVICE_NAME
COMMAND_LINE_ARGS
CONTAINER_ID
CONTAINER_IMAGE_NAME
CONTAINER_IMAGE_VERSION
DECLARATIVE_ID
DOTNET_COMMAND
DOTNET_COMMAND_PATH
DYNATRACE_CLUSTER_ID
DYNATRACE_NODE_ID
ELASTICSEARCH_CLUSTER_NAME
ELASTICSEARCH_NODE_NAME
EQUINOX_CONFIG_PATH
EXE_NAME
EXE_PATH
GLASS_FISH_DOMAIN_NAME
GLASS_FISH_INSTANCE_NAME
GOOGLE_APP_ENGINE_INSTANCE
GOOGLE_APP_ENGINE_SERVICE
GOOGLE_CLOUD_PROJECT
HYBRIS_BIN_DIRECTORY
HYBRIS_CONFIG_DIRECTORY
HYBRIS_DATA_DIRECTORY
IBM_CICS_REGION
IBM_CTG_NAME
IBM_IMS_CONNECT_REGION
IBM_IMS_CONTROL_REGION
IBM_IMS_MESSAGE_PROCESSING_REGION
IBM_IMS_SOAP_GW_NAME
IBM_INTEGRATION_NODE_NAME
IBM_INTEGRATION_SERVER_NAME
IIS_APP_POOL
IIS_ROLE_NAME
JAVA_JAR_FILE
JAVA_JAR_PATH
JAVA_MAIN_CLASS
JAVA_MAIN_MODULE
JBOSS_HOME
JBOSS_MODE
JBOSS_SERVER_NAME
KUBERNETES_BASE_POD_NAME
KUBERNETES_CONTAINER_NAME
KUBERNETES_FULL_POD_NAME
KUBERNETES_NAMESPACE
KUBERNETES_POD_UID
KUBERNETES_RULE_RESULT
MSSQL_INSTANCE_NAME
NODE_JS_APP_BASE_DIRECTORY
NODE_JS_APP_NAME
NODE_JS_SCRIPT_NAME
ORACLE_SID
PG_ID_CALC_INPUT_KEY_LINKAGE
PHP_SCRIPT_PATH
PHP_WORKING_DIRECTORY
RUBY_APP_ROOT_PATH
RUBY_SCRIPT_PATH
RULE_RESULT
SOFTWAREAG_INSTALL_ROOT
SOFTWAREAG_PRODUCTPROPNAME
SPRINGBOOT_APP_NAME
SPRINGBOOT_PROFILE_NAME
SPRINGBOOT_STARTUP_CLASS
TIBCO_BUSINESSWORKS_CE_APP_NAME
TIBCO_BUSINESSWORKS_CE_VERSION
TIBCO_BUSINESS_WORKS_APP_NODE_NAME
TIBCO_BUSINESS_WORKS_APP_SPACE_NAME
TIBCO_BUSINESS_WORKS_DOMAIN_NAME
TIBCO_BUSINESS_WORKS_ENGINE_PROPERTY_FILE
TIBCO_BUSINESS_WORKS_ENGINE_PROPERTY_FILE_PATH
TIBCO_BUSINESS_WORKS_HOME
VARNISH_INSTANCE_NAME
WEBSPHERE_LIBERTY_SERVER_NAME
WEB_LOGIC_CLUSTER_NAME
WEB_LOGIC_DOMAIN_NAME
WEB_LOGIC_HOME
WEB_LOGIC_NAME
WEB_SPHERE_CELL_NAME
WEB_SPHERE_CLUSTER_NAME
WEB_SPHERE_NODE_NAME
WEB_SPHERE_SERVER_NAME

json
{
  "attribute": "PROCESS_GROUP_PREDEFINED_METADATA",
  "type": "PROCESS_PREDEFINED_METADATA_KEY",
  "dynamicKey": "JAVA_JAR_FILE"
}

STRING

StringConditionKey

ParametersJSON model

The `StringConditionKey` 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
dynamicKey	string	The key of the attribute, which need dynamic keys. Not applicable otherwise, as the attibute itself acts as a key.

Element

Type

Description

dynamicKey

string

The key of the attribute, which need dynamic keys.

Not applicable otherwise, as the attibute itself acts as a key.

json
{
  "attribute": "HOST_GROUP_NAME",
  "type": "STRING",
  "dynamicKey": "myKey"
}

Variations of the `ComparisonBasic` object

The ComparisonBasic object is the base for all comparison operations. The actual set of fields depends on the type of the comparison.

APPLICATION_TYPE

ApplicationTypeComparison

ParametersJSON model

The `ApplicationTypeComparison` object

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.

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `AGENTLESS_MONITORING` `AMP` `AUTO_INJECTED` `DEFAULT` `SAAS_VENDOR`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

AGENTLESS_MONITORING
AMP
AUTO_INJECTED
DEFAULT
SAAS_VENDOR

json
{
  "operator": "EQUALS",
  "value": "SAAS_VENDOR",
  "negate": false,
  "type": "APPLICATION_TYPE"
}

AZURE_COMPUTE_MODE

AzureComputeModeComparison

ParametersJSON model

The `AzureComputeModeComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `DEDICATED` `SHARED`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

DEDICATED
SHARED

json
{
  "operator": "EQUALS",
  "value": "DEDICATED",
  "negate": false,
  "type": "AZURE_COMPUTE_MODE"
}

AZURE_SKU

AzureSkuComparision

ParametersJSON model

The `AzureSkuComparision` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `BASIC` `DYNAMIC` `FREE` `PREMIUM` `SHARED` `STANDARD`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

BASIC
DYNAMIC
FREE
PREMIUM
SHARED
STANDARD

json
{
  "operator": "EQUALS",
  "value": "PREMIUM",
  "negate": false,
  "type": "AZURE_SKU"
}

BITNESS

BitnessComparison

ParametersJSON model

The `BitnessComparision` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `32` `64`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

32
64

json
{
  "operator": "EQUALS",
  "value": "64",
  "negate": false,
  "type": "BITNESS"
}

CLOUD_TYPE

CloudTypeComparison

ParametersJSON model

The `CloudTypeComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `AZURE` `EC2` `GOOGLE_CLOUD_PLATFORM` `OPENSTACK` `ORACLE` `UNRECOGNIZED`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

AZURE
EC2
GOOGLE_CLOUD_PLATFORM
OPENSTACK
ORACLE
UNRECOGNIZED

json
{
  "operator": "EQUALS",
  "value": "ORACLE",
  "negate": false,
  "type": "CLOUD_TYPE"
}

CUSTOM_APPLICATION_TYPE

CustomApplicationTypeComparison

ParametersJSON model

The `CustomApplicationTypeComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `AMAZON_ECHO` `DESKTOP` `EMBEDDED` `IOT` `MICROSOFT_HOLOLENS` `UFO`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

AMAZON_ECHO
DESKTOP
EMBEDDED
IOT
MICROSOFT_HOLOLENS
UFO

json
{
  "operator": "EQUALS",
  "value": "EMBEDDED",
  "negate": false,
  "type": "CUSTOM_APPLICATION_TYPE"
}

DATABASE_TOPOLOGY

DatabaseTopologyComparison

ParametersJSON model

The `DatabaseTopologyComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `CLUSTER` `EMBEDDED` `FAILOVER` `IPC` `LOAD_BALANCING` `SINGLE_SERVER` `UNSPECIFIED`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

CLUSTER
EMBEDDED
FAILOVER
IPC
LOAD_BALANCING
SINGLE_SERVER
UNSPECIFIED

json
{
  "operator": "EQUALS",
  "value": "LOAD_BALANCING",
  "negate": false,
  "type": "DATABASE_TOPOLOGY"
}

DCRUM_DECODER_TYPE

DcrumDecoderComparison

ParametersJSON model

The `DcrumDecoderComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `ALL_OTHER` `CITRIX_APPFLOW` `CITRIX_ICA` `CITRIX_ICA_OVER_SSL` `DB2_DRDA` `HTTP` `HTTPS` `HTTP_EXPRESS` `INFORMIX` `MYSQL` `ORACLE` `SAP_GUI` `SAP_GUI_OVER_HTTP` `SAP_GUI_OVER_HTTPS` `SAP_HANA_DB` `SAP_RFC` `SSL` `TDS`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

ALL_OTHER
CITRIX_APPFLOW
CITRIX_ICA
CITRIX_ICA_OVER_SSL
DB2_DRDA
HTTP
HTTPS
HTTP_EXPRESS
INFORMIX
MYSQL
ORACLE
SAP_GUI
SAP_GUI_OVER_HTTP
SAP_GUI_OVER_HTTPS
SAP_HANA_DB
SAP_RFC
SSL
TDS

json
{
  "operator": "EQUALS",
  "value": "MYSQL",
  "negate": false,
  "type": "DCRUM_DECODER_TYPE"
}

ENTITY_ID

EntityIdComparison

ParametersJSON model

The `EntityIdComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS`
value	string	The value to compare to.

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.

The element can hold these values

EQUALS

value

string

The value to compare to.

json
{
  "operator": "EQUALS",
  "value": "HOST-80FF8584D8954C1D",
  "negate": false,
  "type": "ENTITY_ID"
}

HYPERVISOR_TYPE

HypervisorTypeComparison

ParametersJSON model

The `HypervisorTypeComparision` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `AHV` `AWS_NITRO` `HYPER_V` `KVM` `LPAR` `QEMU` `UNRECOGNIZED` `VIRTUAL_BOX` `VMWARE` `WPAR` `XEN`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

AHV
AWS_NITRO
HYPER_V
KVM
LPAR
QEMU
UNRECOGNIZED
VIRTUAL_BOX
VMWARE
WPAR
XEN

json
{
  "operator": "EQUALS",
  "value": "HYPER_V",
  "negate": false,
  "type": "HYPERVISOR_TYPE"
}

INDEXED_NAME

IndexedNameComparison

ParametersJSON model

The `IndexedNameComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `CONTAINS` `EQUALS` `EXISTS`
value	string	The value to compare to.

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.

The element can hold these values

CONTAINS
EQUALS
EXISTS

value

string

The value to compare to.

json
{
  "operator": "EQUALS",
  "value": "string",
  "negate": false,
  "type": "INDEXED_NAME"
}

INDEXED_STRING

IndexedStringComparison

ParametersJSON model

The `IndexedStringComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to.

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

json
{
  "operator": "EQUALS",
  "value": "string",
  "negate": false,
  "type": "INDEXED_STRING"
}

INDEXED_TAG

IndexedTagComparison

ParametersJSON model

The `IndexedTagComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS` `TAG_KEY_EQUALS`
value	TagInfo	Tag of a Dynatrace entity.

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.

The element can hold these values

EQUALS
EXISTS
TAG_KEY_EQUALS

value

TagInfo

Tag of a Dynatrace entity.

The `TagInfo` object

Tag of a Dynatrace entity.

Element Type Description

context

string

Element	Type	Description
context	string	The origin of the tag, such as AWS or Cloud Foundry. Custom tags use the `CONTEXTLESS` value. The element can hold these values `AWS` `AWS_GENERIC` `AZURE` `CLOUD_FOUNDRY` `CONTEXTLESS` `ENVIRONMENT` `GOOGLE_CLOUD` `KUBERNETES`
key	string	The key of the tag. Custom tags have the tag value here.
value	string	The value of the tag. Not applicable to custom tags.

The origin of the tag, such as AWS or Cloud Foundry.

Custom tags use the CONTEXTLESS value.

The element can hold these values

AWS
AWS_GENERIC
AZURE
CLOUD_FOUNDRY
CONTEXTLESS
ENVIRONMENT
GOOGLE_CLOUD
KUBERNETES

key

string

The key of the tag.

Custom tags have the tag value here.

value

string

The value of the tag.

Not applicable to custom tags.

json
{
  "operator": "EQUALS",
  "value": {
    "context": "CONTEXTLESS",
    "key": "hostOS"
  },
  "negate": false,
  "type": "INDEXED_TAG"
}

INTEGER

IntegerComparison-integer

ParametersJSON model

The `IntegerComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS` `GREATER_THAN` `GREATER_THAN_OR_EQUAL` `LOWER_THAN` `LOWER_THAN_OR_EQUAL`
value	integer	The value to compare to.

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.

The element can hold these values

EQUALS
EXISTS
GREATER_THAN
GREATER_THAN_OR_EQUAL
LOWER_THAN
LOWER_THAN_OR_EQUAL

value

integer

The value to compare to.

json
{
  "operator": "GREATER_THAN",
  "value": 88,
  "negate": false,
  "type": "INTEGER"
}

IP_ADDRESS

IpAddressComparison

ParametersJSON model

The `IpAddressComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `BEGINS_WITH` `CONTAINS` `ENDS_WITH` `EQUALS` `EXISTS` `IS_IP_IN_RANGE` `REGEX_MATCHES`
value	string	The value to compare to.
caseSensitive	boolean	The comparison is case-sensitive (`true`) or insensitive (`false`).

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.

The element can hold these values

BEGINS_WITH
CONTAINS
ENDS_WITH
EQUALS
EXISTS
IS_IP_IN_RANGE
REGEX_MATCHES

value

string

The value to compare to.

caseSensitive

boolean

The comparison is case-sensitive (true) or insensitive (false).

json
{
  "operator": "BEGINS_WITH",
  "value": "192",
  "negate": false,
  "type": "IP_ADDRESS",
  "caseSensitive": false
}

MOBILE_PLATFORM

MobilePlatformComparison

ParametersJSON model

The `MobilePlatformComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `ANDROID` `IOS` `LINUX` `MAC_OS` `OTHER` `TVOS` `WINDOWS`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

ANDROID
IOS
LINUX
MAC_OS
OTHER
TVOS
WINDOWS

json
{
  "operator": "EQUALS",
  "value": "IOS",
  "negate": false,
  "type": "MOBILE_PLATFORM"
}

OS_ARCHITECTURE

OsArchitectureComparison

ParametersJSON model

The `OsArchitectureComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `ARM` `IA64` `PARISC` `PPC` `PPCLE` `S390` `SPARC` `X86` `ZOS`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

ARM
IA64
PARISC
PPC
PPCLE
S390
SPARC
X86
ZOS

json
{
  "operator": "EQUALS",
  "value": "IA64",
  "negate": false,
  "type": "OS_ARCHITECTURE"
}

OS_TYPE

OsTypeComparison

ParametersJSON model

The `OsTypeComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `AIX` `DARWIN` `HPUX` `LINUX` `SOLARIS` `WINDOWS` `ZOS`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

AIX
DARWIN
HPUX
LINUX
SOLARIS
WINDOWS
ZOS

json
{
  "operator": "EQUALS",
  "value": "LINUX",
  "negate": false,
  "type": "OS_TYPE"
}

PAAS_TYPE

PaasTypeComparison

ParametersJSON model

The `PaasTypeComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `AWS_ECS_EC2` `AWS_ECS_FARGATE` `AWS_LAMBDA` `AZURE_FUNCTIONS` `AZURE_WEBSITES` `CLOUD_FOUNDRY` `GOOGLE_APP_ENGINE` `HEROKU` `KUBERNETES` `OPENSHIFT`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

AWS_ECS_EC2
AWS_ECS_FARGATE
AWS_LAMBDA
AZURE_FUNCTIONS
AZURE_WEBSITES
CLOUD_FOUNDRY
GOOGLE_APP_ENGINE
HEROKU
KUBERNETES
OPENSHIFT

json
{
  "operator": "EQUALS",
  "value": "KUBERNETES",
  "negate": false,
  "type": "PAAS_TYPE"
}

SERVICE_TOPOLOGY

ServiceTopologyComparison

ParametersJSON model

The `ServiceTopologyComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `EXTERNAL_SERVICE` `FULLY_MONITORED` `OPAQUE_SERVICE`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

EXTERNAL_SERVICE
FULLY_MONITORED
OPAQUE_SERVICE

json
{
  "operator": "EQUALS",
  "value": "FULLY_MONITORED",
  "negate": false,
  "type": "SERVICE_TOPOLOGY"
}

SERVICE_TYPE

ServiceTypeComparison

ParametersJSON model

The `ServiceTypeComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `BACKGROUND_ACTIVITY` `CICS_SERVICE` `CUSTOM_SERVICE` `DATABASE_SERVICE` `ENTERPRISE_SERVICE_BUS_SERVICE` `EXTERNAL` `IBM_INTEGRATION_BUS_SERVICE` `IMS_SERVICE` `MESSAGING_SERVICE` `QUEUE_LISTENER_SERVICE` `RMI_SERVICE` `RPC_SERVICE` `WEB_REQUEST_SERVICE` `WEB_SERVICE` `ZOS_CONNECT`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

BACKGROUND_ACTIVITY
CICS_SERVICE
CUSTOM_SERVICE
DATABASE_SERVICE
ENTERPRISE_SERVICE_BUS_SERVICE
EXTERNAL
IBM_INTEGRATION_BUS_SERVICE
IMS_SERVICE
MESSAGING_SERVICE
QUEUE_LISTENER_SERVICE
RMI_SERVICE
RPC_SERVICE
WEB_REQUEST_SERVICE
WEB_SERVICE
ZOS_CONNECT

json
{
  "operator": "EQUALS",
  "value": "BACKGROUND_ACTIVITY",
  "negate": false,
  "type": "SERVICE_TYPE"
}

SIMPLE_HOST_TECH

SimpleHostTechComparison

ParametersJSON model

The `SimpleHostTechComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	SimpleHostTech	The value to compare to.

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.

The element can hold these values

EQUALS
EXISTS

value

SimpleHostTech

The value to compare to.

The `SimpleHostTech` object

The value to compare to.

Element	Type	Description
type	string	Predefined technology, if technology is not predefined, then the verbatim type must be set The element can hold these values `APPARMOR` `BOSH` `BOSHBPM` `CLOUDFOUNDRY` `CONTAINERD` `CRIO` `DIEGO_CELL` `DOCKER` `GARDEN` `GRSECURITY` `KUBERNETES` `OPENSHIFT` `OPENSTACK_COMPUTE` `OPENSTACK_CONTROLLER` `SELINUX`
verbatimType	string	Non-predefined technology, use for custom technologies.

json
{
  "operator": "EQUALS",
  "value": {
    "type": "CLOUDFOUNDRY"
  },
  "negate": false,
  "type": "SIMPLE_HOST_TECH"
}

SIMPLE_TECH

SimpleTechComparison

ParametersJSON model

The `SimpleTechComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	SimpleTech	The value to compare to.

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.

The element can hold these values

EQUALS
EXISTS

value

SimpleTech

The value to compare to.

The `SimpleTech` object

The value to compare to.

Element	Type	Description
type	string	Predefined technology, if technology is not predefined, then the verbatim type must be set The element can hold these values `ACTIVE_MQ` `ACTIVE_MQ_ARTEMIS` `ADO_NET` `AIX` `AKKA` `AMAZON_REDSHIFT` `AMQP` `APACHE_CAMEL` `APACHE_CASSANDRA` `APACHE_COUCH_DB` `APACHE_DERBY` `APACHE_HTTP_CLIENT_ASYNC` `APACHE_HTTP_CLIENT_SYNC` `APACHE_HTTP_SERVER` `APACHE_KAFKA` `APACHE_LOG4J` `APACHE_SOLR` `APACHE_STORM` `APACHE_SYNAPSE` `APACHE_TOMCAT` `APPARMOR` `APPLICATION_INSIGHTS_SDK` `ASP_DOTNET` `ASP_DOTNET_CORE` `ASP_DOTNET_CORE_SIGNALR` `ASP_DOTNET_SIGNALR` `ASYNC_HTTP_CLIENT` `AWS_DYNAMO_DB` `AWS_LAMBDA` `AWS_RDS` `AWS_SERVICE` `AXIS` `AZURE_FUNCTIONS` `AZURE_SERVICE_BUS` `AZURE_SERVICE_FABRIC` `AZURE_STORAGE` `BOSHBPM` `CICS_FILE_ACCESS` `CITRIX` `CITRIX_COMMON` `CITRIX_DESKTOP_DELIVERY_CONTROLLERS` `CITRIX_DIRECTOR` `CITRIX_LICENSE_SERVER` `CITRIX_PROVISIONING_SERVICES` `CITRIX_STOREFRONT` `CITRIX_VIRTUAL_DELIVERY_AGENT` `CITRIX_WORKSPACE_ENVIRONMENT_MANAGEMENT` `CITRIX_XEN` `CLOUDFOUNDRY` `CLOUDFOUNDRY_AUCTIONEER` `CLOUDFOUNDRY_BOSH` `CLOUDFOUNDRY_GOROUTER` `COLDFUSION` `CONFLUENT_KAFKA_CLIENT` `CONTAINERD` `CORE_DNS` `COUCHBASE` `CRIO` `CXF` `DATASTAX` `DB2` `DIEGO_CELL` `DOCKER` `DOTNET` `DOTNET_REMOTING` `ELASTIC_SEARCH` `ENVOY` `ERLANG` `ETCD` `F5_LTM` `FSHARP` `GARDEN` `GLASSFISH` `GO` `GOOGLE_CLOUD_FUNCTIONS` `GRAAL_TRUFFLE` `GRAPH_QL` `GRPC` `GRSECURITY` `HADOOP` `HADOOP_HDFS` `HADOOP_YARN` `HAPROXY` `HEAT` `HESSIAN` `HORNET_Q` `IBM_CICS_REGION` `IBM_CICS_TRANSACTION_GATEWAY` `IBM_IMS_CONNECT_REGION` `IBM_IMS_CONTROL_REGION` `IBM_IMS_MESSAGE_PROCESSING_REGION` `IBM_IMS_SOAP_GATEWAY` `IBM_INTEGRATION_BUS` `IBM_MQ` `IBM_MQ_CLIENT` `IBM_WEBSHPRERE_APPLICATION_SERVER` `IBM_WEBSHPRERE_LIBERTY` `IBM_WEBSPHERE_APPLICATION_SERVER` `IBM_WEBSPHERE_LIBERTY` `IIS` `IIS_APP_POOL` `ISTIO` `JAVA` `JAX_WS` `JBOSS` `JBOSS_EAP` `JDK_HTTP_SERVER` `JERSEY` `JETTY` `JRUBY` `JYTHON` `KUBERNETES` `LIBC` `LIBVIRT` `LINKERD` `LINUX_SYSTEM` `MARIADB` `MEMCACHED` `MICROSOFT_SQL_SERVER` `MONGODB` `MSSQL_CLIENT` `MULE_ESB` `MYSQL` `MYSQL_CONNECTOR` `NETFLIX_SERVO` `NETTY` `NGINX` `NODE_JS` `OK_HTTP_CLIENT` `ONEAGENT_SDK` `OPENCENSUS` `OPENSHIFT` `OPENSTACK_COMPUTE` `OPENSTACK_CONTROLLER` `OPENTELEMETRY` `OPENTRACING` `OPEN_LIBERTY` `ORACLE_DATABASE` `ORACLE_WEBLOGIC` `OWIN` `PERL` `PHP` `PHP_FPM` `PLAY` `POSTGRE_SQL` `POSTGRE_SQL_DOTNET_DATA_PROVIDER` `POWER_DNS` `PROGRESS` `PYTHON` `QOS_LOGBACK` `RABBIT_MQ` `REACTOR_CORE` `REDIS` `RESTEASY` `RESTLET` `RIAK` `RSOCKET` `RUBY` `RUNC` `RXJAVA` `SAG_WEBMETHODS_IS` `SAP` `SAP_HANADB` `SAP_HYBRIS` `SAP_MAXDB` `SAP_SYBASE` `SCALA` `SELINUX` `SHAREPOINT` `SPARK` `SPRING` `SQLITE` `THRIFT` `TIBCO` `TIBCO_BUSINESS_WORKS` `TIBCO_EMS` `UNDERTOW_IO` `VARNISH_CACHE` `VERTX` `VIM2` `VIOS` `VIRTUAL_MACHINE_KVM` `VIRTUAL_MACHINE_QEMU` `WILDFLY` `WINDOWS_CONTAINERS` `WINDOWS_SYSTEM` `WINK` `ZERO_MQ` `ZOS_CONNECT`
verbatimType	string	Non-predefined technology, use for custom technologies.

json
{
  "operator": "EQUALS",
  "value": {
    "verbatimType": "MyTechnology"
  },
  "negate": false,
  "type": "SIMPLE_TECH"
}

STRING

StringComparison

ParametersJSON model

The `StringComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `BEGINS_WITH` `CONTAINS` `ENDS_WITH` `EQUALS` `EXISTS` `REGEX_MATCHES`
value	string	The value to compare to.
caseSensitive	boolean	The comparison is case-sensitive (`true`) or insensitive (`false`).

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.

The element can hold these values

BEGINS_WITH
CONTAINS
ENDS_WITH
EQUALS
EXISTS
REGEX_MATCHES

value

string

The value to compare to.

caseSensitive

boolean

The comparison is case-sensitive (true) or insensitive (false).

json
{
  "operator": "CONTAINS",
  "value": "myValue",
  "negate": false,
  "type": "STRING",
  "caseSensitive": true
}

SYNTHETIC_ENGINE_TYPE

SyntheticEngineTypeComparison

ParametersJSON model

The `SyntheticEngineTypeComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `EXISTS`
value	string	The value to compare to. The element can hold these values `CLASSIC` `CUSTOM`

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.

The element can hold these values

EQUALS
EXISTS

value

string

The value to compare to.

The element can hold these values

CLASSIC
CUSTOM

json
{
  "operator": "EQUALS",
  "value": "CLASSIC",
  "negate": false,
  "type": "SYNTHETIC_ENGINE_TYPE"
}

TAG

TagComparison

ParametersJSON model

The `TagComparison` object

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

Element Type Description

operator

string

Element	Type	Description
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. The element can hold these values `EQUALS` `TAG_KEY_EQUALS`
value	TagInfo	Tag of a Dynatrace entity.

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.

The element can hold these values

EQUALS
TAG_KEY_EQUALS

value

TagInfo

Tag of a Dynatrace entity.

The `TagInfo` object

Tag of a Dynatrace entity.

Element Type Description

context

string

Element	Type	Description
context	string	The origin of the tag, such as AWS or Cloud Foundry. Custom tags use the `CONTEXTLESS` value. The element can hold these values `AWS` `AWS_GENERIC` `AZURE` `CLOUD_FOUNDRY` `CONTEXTLESS` `ENVIRONMENT` `GOOGLE_CLOUD` `KUBERNETES`
key	string	The key of the tag. Custom tags have the tag value here.
value	string	The value of the tag. Not applicable to custom tags.

The origin of the tag, such as AWS or Cloud Foundry.

Custom tags use the CONTEXTLESS value.

The element can hold these values

AWS
AWS_GENERIC
AZURE
CLOUD_FOUNDRY
CONTEXTLESS
ENVIRONMENT
GOOGLE_CLOUD
KUBERNETES

key

string

The key of the tag.

Custom tags have the tag value here.

value

string

The value of the tag.

Not applicable to custom tags.

json
{
  "operator": "TAG_KEY_EQUALS",
  "value": {
    "context": "CONTEXTLESS",
    "key": "hostOS"
  },
  "negate": false,
  "type": "TAG"
}

Management zones API - JSON models

Variations of the ConditionKey object

HOST_CUSTOM_METADATA_KEY

The CustomHostMetadataConditionKey object

The CustomHostMetadataKey object

PROCESS_CUSTOM_METADATA_KEY

The CustomProcessMetadataConditionKey object

The CustomProcessMetadataKey object

PROCESS_PREDEFINED_METADATA_KEY

The ProcessMetadataConditionKey object

STRING

The StringConditionKey object

Variations of the ComparisonBasic object

APPLICATION_TYPE

The ApplicationTypeComparison object

AZURE_COMPUTE_MODE

The AzureComputeModeComparison object

AZURE_SKU

The AzureSkuComparision object

BITNESS

The BitnessComparision object

CLOUD_TYPE

The CloudTypeComparison object

CUSTOM_APPLICATION_TYPE

The CustomApplicationTypeComparison object

DATABASE_TOPOLOGY

The DatabaseTopologyComparison object

DCRUM_DECODER_TYPE

The DcrumDecoderComparison object

ENTITY_ID

The EntityIdComparison object

HYPERVISOR_TYPE

The HypervisorTypeComparision object

INDEXED_NAME

The IndexedNameComparison object

INDEXED_STRING

The IndexedStringComparison object

INDEXED_TAG

The IndexedTagComparison object

The TagInfo object

INTEGER

The IntegerComparison object

IP_ADDRESS

The IpAddressComparison object

MOBILE_PLATFORM

The MobilePlatformComparison object

OS_ARCHITECTURE

The OsArchitectureComparison object

OS_TYPE

The OsTypeComparison object

PAAS_TYPE

The PaasTypeComparison object

SERVICE_TOPOLOGY

The ServiceTopologyComparison object

SERVICE_TYPE

The ServiceTypeComparison object

SIMPLE_HOST_TECH

The SimpleHostTechComparison object

The SimpleHostTech object

SIMPLE_TECH

The SimpleTechComparison object

The SimpleTech object

STRING

The StringComparison object

SYNTHETIC_ENGINE_TYPE

The SyntheticEngineTypeComparison object

TAG

The TagComparison object

The TagInfo object

Variations of the `ConditionKey` object

The `CustomHostMetadataConditionKey` object

The `CustomHostMetadataKey` object

The `CustomProcessMetadataConditionKey` object

The `CustomProcessMetadataKey` object

The `ProcessMetadataConditionKey` object

The `StringConditionKey` object

Variations of the `ComparisonBasic` object

The `ApplicationTypeComparison` object

The `AzureComputeModeComparison` object

The `AzureSkuComparision` object

The `BitnessComparision` object

The `CloudTypeComparison` object

The `CustomApplicationTypeComparison` object

The `DatabaseTopologyComparison` object

The `DcrumDecoderComparison` object

The `EntityIdComparison` object

The `HypervisorTypeComparision` object

The `IndexedNameComparison` object

The `IndexedStringComparison` object

The `IndexedTagComparison` object

The `TagInfo` object

The `IntegerComparison` object

The `IpAddressComparison` object

The `MobilePlatformComparison` object

The `OsArchitectureComparison` object

The `OsTypeComparison` object

The `PaasTypeComparison` object

The `ServiceTopologyComparison` object

The `ServiceTypeComparison` object

The `SimpleHostTechComparison` object

The `SimpleHostTech` object

The `SimpleTechComparison` object

The `SimpleTech` object

The `StringComparison` object

The `SyntheticEngineTypeComparison` object

The `TagComparison` object

The `TagInfo` object