Alerting profiles API - GET a profile

Reference

This API is deprecated. Use the Settings API instead. Look for the Problem alerting profiles (builtin:alerting.profile) schema.

Gets the parameters of the specified alerting profile.

The request produces an application/json payload.

GET	SaaS	`https://{your-environment-id}.live.dynatrace.com/api/config/v1/alertingProfiles/{id}`
GET	Environment ActiveGate	`https://{your-activegate-domain}:9999/e/{your-environment-id}/api/config/v1/alertingProfiles/{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	In	Required
id	string	The ID of the required alerting profile.	path	required

Response

Response codes

Code	Type	Description
200	AlertingProfile	Success

Response body objects

The `AlertingProfile` object

Configuration of an alerting profile.

Element	Type	Description
displayName	string	The name of the alerting profile, displayed in the UI.
eventTypeFilters	AlertingEventTypeFilter[]	The list of event filters. For all filters that are negated inside of these event filters, that is all "Predefined" as well as "Custom" (Title and/or Description) ones the AND logic applies. For all non-negated ones the OR logic applies. Between these two groups, negated and non-negated, the AND logic applies. If you specify both severity rule and event filter, the AND logic applies.
id	string	The ID of the alerting profile.
metadata	ConfigurationMetadata	Metadata useful for debugging
mzId	string	The ID of the management zone to which the alerting profile applies.
rules	AlertingProfileSeverityRule[]	A list of severity rules. The rules are evaluated from top to bottom. The first matching rule applies and further evaluation stops. If you specify both severity rule and event filter, the AND logic applies.

The `AlertingEventTypeFilter` object

Configuration of the event filter for the alerting profile.

You have two mutually exclusive options:

Select an event type from the list of the predefined events. Specify it in the predefinedEventFilter field.
Set a rule for custom events. Specify it in the customEventFilter field.

Element	Type	Description
customEventFilter	AlertingCustomEventFilter	Configuration of a custom event filter. Filters custom events by title or description. If both specified, the AND logic applies.
predefinedEventFilter	AlertingPredefinedEventFilter	Configuration of a predefined event filter.

Element

Type

Description

customEventFilter

AlertingCustomEventFilter

Configuration of a custom event filter.

Filters custom events by title or description. If both specified, the AND logic applies.

predefinedEventFilter

AlertingPredefinedEventFilter

Configuration of a predefined event filter.

The `AlertingCustomEventFilter` object

Configuration of a custom event filter.

Filters custom events by title or description. If both specified, the AND logic applies.

Element	Type	Description
customDescriptionFilter	AlertingCustomTextFilter	Configuration of a matching filter.
customTitleFilter	AlertingCustomTextFilter	Configuration of a matching filter.

The `AlertingCustomTextFilter` object

Configuration of a matching filter.

Element	Type	Description
caseInsensitive	boolean	The condition is case sensitive (`false`) or case insensitive (`true`). If not set, then `false` is used, making the condition case sensitive.
enabled	boolean	The filter is enabled (`true`) or disabled (`false`).
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`. `BEGINS_WITH` `CONTAINS` `CONTAINS_REGEX` `ENDS_WITH` `EQUALS`
value	string	The value to compare to.

The `AlertingPredefinedEventFilter` object

Configuration of a predefined event filter.

Element Type Description

eventType

string

Element	Type	Description
eventType	string	The type of the predefined event. `APPLICATION_ERROR_RATE_INCREASED` `APPLICATION_SLOWDOWN` `APPLICATION_UNEXPECTED_HIGH_LOAD` `APPLICATION_UNEXPECTED_LOW_LOAD` `AWS_LAMBDA_HIGH_ERROR_RATE` `CUSTOM_APPLICATION_ERROR_RATE_INCREASED` `CUSTOM_APPLICATION_SLOWDOWN` `CUSTOM_APPLICATION_UNEXPECTED_HIGH_LOAD` `CUSTOM_APPLICATION_UNEXPECTED_LOW_LOAD` `CUSTOM_APP_CRASH_RATE_INCREASED` `DATABASE_CONNECTION_FAILURE` `EBS_VOLUME_HIGH_LATENCY` `EC2_HIGH_CPU` `ELB_HIGH_BACKEND_ERROR_RATE` `ESXI_GUEST_ACTIVE_SWAP_WAIT` `ESXI_GUEST_CPU_LIMIT_REACHED` `ESXI_HOST_CPU_SATURATION` `ESXI_HOST_DATASTORE_LOW_DISK_SPACE` `ESXI_HOST_DISK_QUEUE_SLOW` `ESXI_HOST_DISK_SLOW` `ESXI_HOST_MEMORY_SATURATION` `ESXI_HOST_NETWORK_PROBLEMS` `ESXI_HOST_OVERLOADED_STORAGE` `ESXI_VM_IMPACT_HOST_CPU_SATURATION` `ESXI_VM_IMPACT_HOST_MEMORY_SATURATION` `EXTERNAL_SYNTHETIC_TEST_OUTAGE` `EXTERNAL_SYNTHETIC_TEST_SLOWDOWN` `HOST_OF_SERVICE_UNAVAILABLE` `HTTP_CHECK_GLOBAL_OUTAGE` `HTTP_CHECK_LOCAL_OUTAGE` `HTTP_CHECK_TEST_LOCATION_SLOWDOWN` `MOBILE_APPLICATION_ERROR_RATE_INCREASED` `MOBILE_APPLICATION_SLOWDOWN` `MOBILE_APPLICATION_UNEXPECTED_HIGH_LOAD` `MOBILE_APPLICATION_UNEXPECTED_LOW_LOAD` `MOBILE_APP_CRASH_RATE_INCREASED` `MONITORING_UNAVAILABLE` `MULTI_PROTOCOL_GLOBAL_OUTAGE` `MULTI_PROTOCOL_LOCAL_OUTAGE` `MULTI_PROTOCOL_LOCATION_SLOWDOWN` `OSI_DISK_LOW_INODES` `OSI_GRACEFULLY_SHUTDOWN` `OSI_HIGH_CPU` `OSI_HIGH_MEMORY` `OSI_LOW_DISK_SPACE` `OSI_NIC_DROPPED_PACKETS_HIGH` `OSI_NIC_ERRORS_HIGH` `OSI_NIC_UTILIZATION_HIGH` `OSI_SLOW_DISK` `OSI_UNEXPECTEDLY_UNAVAILABLE` `PGI_OF_SERVICE_UNAVAILABLE` `PGI_UNAVAILABLE` `PG_LOW_INSTANCE_COUNT` `PROCESS_CRASHED` `PROCESS_HIGH_GC_ACTIVITY` `PROCESS_MEMORY_RESOURCE_EXHAUSTED` `PROCESS_NA_HIGH_CONN_FAIL_RATE` `PROCESS_NA_HIGH_LOSS_RATE` `PROCESS_THREADS_RESOURCE_EXHAUSTED` `RDS_HIGH_CPU` `RDS_HIGH_LATENCY` `RDS_LOW_MEMORY` `RDS_LOW_STORAGE_SPACE` `RDS_OF_SERVICE_UNAVAILABLE` `RDS_RESTART_SEQUENCE` `SERVICE_ERROR_RATE_INCREASED` `SERVICE_SLOWDOWN` `SERVICE_UNEXPECTED_HIGH_LOAD` `SERVICE_UNEXPECTED_LOW_LOAD` `SYNTHETIC_GLOBAL_OUTAGE` `SYNTHETIC_LOCAL_OUTAGE` `SYNTHETIC_NODE_OUTAGE` `SYNTHETIC_PRIVATE_LOCATION_OUTAGE` `SYNTHETIC_TEST_LOCATION_SLOWDOWN`
negate	boolean	The alert triggers when the problem of specified severity arises while the specified event is happening (`false`) or while the specified event is not happening (`true`). For example, if you chose the Slowdown (`PERFORMANCE`) severity and Unexpected high traffic (`APPLICATION_UNEXPECTED_HIGH_LOAD`) event with negate set to `true`, the alerting profile will trigger only when the slowdown problem is raised while there is no unexpected high traffic event. Consider the following use case as an example. The Slowdown (`PERFORMANCE`) severity rule is set. Depending on the configuration of the event filter (Unexpected high traffic (`APPLICATION_UNEXPECTED_HIGH_LOAD`) event is used as an example), the behavior of the alerting profile is one of the following:* negate is set to `false`: The alert triggers when the slowdown problem is raised while unexpected high traffic event is happening. negate is set to `true`: The alert triggers when the slowdown problem is raised while there is no unexpected high traffic event. no event rule is set: The alert triggers when the slowdown problem is raised, regardless of any events.

The type of the predefined event.

APPLICATION_ERROR_RATE_INCREASED
APPLICATION_SLOWDOWN
APPLICATION_UNEXPECTED_HIGH_LOAD
APPLICATION_UNEXPECTED_LOW_LOAD
AWS_LAMBDA_HIGH_ERROR_RATE
CUSTOM_APPLICATION_ERROR_RATE_INCREASED
CUSTOM_APPLICATION_SLOWDOWN
CUSTOM_APPLICATION_UNEXPECTED_HIGH_LOAD
CUSTOM_APPLICATION_UNEXPECTED_LOW_LOAD
CUSTOM_APP_CRASH_RATE_INCREASED
DATABASE_CONNECTION_FAILURE
EBS_VOLUME_HIGH_LATENCY
EC2_HIGH_CPU
ELB_HIGH_BACKEND_ERROR_RATE
ESXI_GUEST_ACTIVE_SWAP_WAIT
ESXI_GUEST_CPU_LIMIT_REACHED
ESXI_HOST_CPU_SATURATION
ESXI_HOST_DATASTORE_LOW_DISK_SPACE
ESXI_HOST_DISK_QUEUE_SLOW
ESXI_HOST_DISK_SLOW
ESXI_HOST_MEMORY_SATURATION
ESXI_HOST_NETWORK_PROBLEMS
ESXI_HOST_OVERLOADED_STORAGE
ESXI_VM_IMPACT_HOST_CPU_SATURATION
ESXI_VM_IMPACT_HOST_MEMORY_SATURATION
EXTERNAL_SYNTHETIC_TEST_OUTAGE
EXTERNAL_SYNTHETIC_TEST_SLOWDOWN
HOST_OF_SERVICE_UNAVAILABLE
HTTP_CHECK_GLOBAL_OUTAGE
HTTP_CHECK_LOCAL_OUTAGE
HTTP_CHECK_TEST_LOCATION_SLOWDOWN
MOBILE_APPLICATION_ERROR_RATE_INCREASED
MOBILE_APPLICATION_SLOWDOWN
MOBILE_APPLICATION_UNEXPECTED_HIGH_LOAD
MOBILE_APPLICATION_UNEXPECTED_LOW_LOAD
MOBILE_APP_CRASH_RATE_INCREASED
MONITORING_UNAVAILABLE
MULTI_PROTOCOL_GLOBAL_OUTAGE
MULTI_PROTOCOL_LOCAL_OUTAGE
MULTI_PROTOCOL_LOCATION_SLOWDOWN
OSI_DISK_LOW_INODES
OSI_GRACEFULLY_SHUTDOWN
OSI_HIGH_CPU
OSI_HIGH_MEMORY
OSI_LOW_DISK_SPACE
OSI_NIC_DROPPED_PACKETS_HIGH
OSI_NIC_ERRORS_HIGH
OSI_NIC_UTILIZATION_HIGH
OSI_SLOW_DISK
OSI_UNEXPECTEDLY_UNAVAILABLE
PGI_OF_SERVICE_UNAVAILABLE
PGI_UNAVAILABLE
PG_LOW_INSTANCE_COUNT
PROCESS_CRASHED
PROCESS_HIGH_GC_ACTIVITY
PROCESS_MEMORY_RESOURCE_EXHAUSTED
PROCESS_NA_HIGH_CONN_FAIL_RATE
PROCESS_NA_HIGH_LOSS_RATE
PROCESS_THREADS_RESOURCE_EXHAUSTED
RDS_HIGH_CPU
RDS_HIGH_LATENCY
RDS_LOW_MEMORY
RDS_LOW_STORAGE_SPACE
RDS_OF_SERVICE_UNAVAILABLE
RDS_RESTART_SEQUENCE
SERVICE_ERROR_RATE_INCREASED
SERVICE_SLOWDOWN
SERVICE_UNEXPECTED_HIGH_LOAD
SERVICE_UNEXPECTED_LOW_LOAD
SYNTHETIC_GLOBAL_OUTAGE
SYNTHETIC_LOCAL_OUTAGE
SYNTHETIC_NODE_OUTAGE
SYNTHETIC_PRIVATE_LOCATION_OUTAGE
SYNTHETIC_TEST_LOCATION_SLOWDOWN

negate

boolean

The alert triggers when the problem of specified severity arises while the specified event is happening (false) or while the specified event is not happening (true).

For example, if you chose the Slowdown (PERFORMANCE) severity and Unexpected high traffic (APPLICATION_UNEXPECTED_HIGH_LOAD) event with negate set to true, the alerting profile will trigger only when the slowdown problem is raised while there is no unexpected high traffic event.

Consider the following use case as an example. The Slowdown (PERFORMANCE) severity rule is set. Depending on the configuration of the event filter (Unexpected high traffic (APPLICATION_UNEXPECTED_HIGH_LOAD) event is used as an example), the behavior of the alerting profile is one of the following:* negate is set to false: The alert triggers when the slowdown problem is raised while unexpected high traffic event is happening.

negate is set to true: The alert triggers when the slowdown problem is raised while there is no unexpected high traffic event.
no event rule is set: The alert triggers when the slowdown problem is raised, regardless of any events.

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 `AlertingProfileSeverityRule` object

A severity rule of the alerting profile.

A severity rule defines the level of severity that must be met before an alert is sent our for a detected problem. Additionally it restricts the alerting to certain monitored entities.

Element	Type	Description
delayInMinutes	integer	Send a notification if a problem remains open longer than X minutes.
severityLevel	string	The severity level to trigger the alert. `AVAILABILITY` `CUSTOM_ALERT` `ERROR` `MONITORING_UNAVAILABLE` `PERFORMANCE` `RESOURCE_CONTENTION`
tagFilter	AlertingProfileTagFilter	Configuration of the tag filtering of the alerting profile.

The `AlertingProfileTagFilter` object

Configuration of the tag filtering of the alerting profile.

Element	Type	Description
includeMode	string	The filtering mode: `INCLUDE_ANY`: The rule applies to monitored entities that have at least one of the specified tags. You can specify up to 100 tags. `INCLUDE_ALL`: The rule applies to monitored entities that have all of the specified tags. You can specify up to 10 tags. `NONE`: The rule applies to all monitored entities. `INCLUDE_ALL` `INCLUDE_ANY` `NONE`
tagFilters	TagFilter[]	A list of required tags.

The `TagFilter` object

A tag-based filter of monitored entities.

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. `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.

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.

Response body JSON model

{
  "displayName": "sampleAlertingProfile",
  "eventTypeFilters": [
    {
      "predefinedEventFilter": {
        "eventType": "OSI_HIGH_CPU",
        "negate": true
      }
    },
    {
      "customEventFilter": {
        "customDescriptionFilter": {
          "caseInsensitive": false,
          "enabled": false,
          "negate": true,
          "operator": "CONTAINS",
          "value": "filterValue"
        },
        "customTitleFilter": {
          "caseInsensitive": true,
          "enabled": true,
          "negate": false,
          "operator": "EQUALS",
          "value": "filterValue"
        }
      }
    }
  ],
  "id": "12345678-abcd-1234-abcd-1234567890ab",
  "mzId": "1",
  "rules": [
    {
      "delayInMinutes": 60,
      "severityLevel": "AVAILABILITY",
      "tagFilter": {
        "includeMode": "INCLUDE_ALL",
        "tagFilters": [
          {
            "context": "AWS",
            "key": "tagKey",
            "value": "tagValue"
          }
        ]
      }
    }
  ]
}

Example

In this example, the request lists the parameters of the Transaction slowdown alerting profile.

The API token is passed in the Authorization header.

The profile has the following parameters:

GET example

Curl

curl -X GET \
  https://mySampleEnv.live.dynatrace.com/api/config/v1/alertingProfiles/93ac79a3-8cba-4be5-af44-50673b5e77f2 \
  -H 'Authorization: Api-Token dt0c01.abc123.abcdefjhij1234567890'

Request URL

https://mySampleEnv.live.dynatrace.com/api/config/v1/alertingProfiles/93ac79a3-8cba-4be5-af44-50673b5e77f2

Response body

{
  "metadata": {
    "currentConfigurationVersions": [
      "7.0.0"
    ],
    "configurationVersions": [],
    "clusterVersion": "1.218.0.20210429-093737"
  },
  "id": "19e50c27-8aed-408f-ad44-d6a1bf856f49",
  "displayName": "Transaction slowdown",
  "rules": [
    {
      "severityLevel": "AVAILABILITY",
      "tagFilter": {
        "includeMode": "INCLUDE_ANY",
        "tagFilters": [
          {
            "context": "CONTEXTLESS",
            "key": "/rest",
            "value": null
          },
          {
            "context": "CONTEXTLESS",
            "key": "/rest/configuration",
            "value": null
          }
        ]
      },
      "delayInMinutes": 1
    }
  ],
  "managementZoneId": 9130632296508575249,
  "mzId": "9130632296508575249",
  "eventTypeFilters": [
    {
      "predefinedEventFilter": {
        "eventType": "APPLICATION_UNEXPECTED_HIGH_LOAD",
        "negate": true
      }
    },
    {
      "predefinedEventFilter": {
        "eventType": "SYNTHETIC_GLOBAL_OUTAGE",
        "negate": false
      }
    }
  ]
}

Response code

200

Alerting profiles API - GET a profile

Authentication

Parameters

Response

Response codes

Response body objects

The AlertingProfile object

The AlertingEventTypeFilter object

The AlertingCustomEventFilter object

The AlertingCustomTextFilter object

The AlertingPredefinedEventFilter object

The ConfigurationMetadata object

The AlertingProfileSeverityRule object

The AlertingProfileTagFilter object

The TagFilter object

Response body JSON model

Example

Curl

Request URL

Response body

Response code

Related topics

The `AlertingProfile` object

The `AlertingEventTypeFilter` object

The `AlertingCustomEventFilter` object

The `AlertingCustomTextFilter` object

The `AlertingPredefinedEventFilter` object

The `ConfigurationMetadata` object

The `AlertingProfileSeverityRule` object

The `AlertingProfileTagFilter` object

The `TagFilter` object