Telemetry Data Collection service (ceilometer) command-line client¶
The ceilometer client is the command-line interface (CLI) for the Telemetry Data Collection service (ceilometer) API and its extensions.
This chapter documents ceilometer version 2.9.0.
For help on a specific ceilometer command, enter:
$ ceilometer help COMMAND
ceilometer usage¶
usage: ceilometer [--version] [-d] [-v] [--timeout TIMEOUT]
[--ceilometer-url <CEILOMETER_URL>]
[--ceilometer-api-version CEILOMETER_API_VERSION]
[--os-tenant-id <tenant-id>]
[--os-region-name <region-name>]
[--os-auth-token <auth-token>]
[--os-service-type <service-type>]
[--os-endpoint-type <endpoint-type>] [--os-cacert <cacert>]
[--os-insecure <insecure>] [--os-cert-file <cert-file>]
[--os-key-file <key-file>] [--os-cert <cert>]
[--os-key <key>] [--os-project-name <project-name>]
[--os-project-id <project-id>]
[--os-project-domain-id <project-domain-id>]
[--os-project-domain-name <project-domain-name>]
[--os-user-id <user-id>]
[--os-user-domain-id <user-domain-id>]
[--os-user-domain-name <user-domain-name>]
[--os-endpoint <endpoint>] [--os-auth-system <auth-system>]
[--os-username <username>] [--os-password <password>]
[--os-tenant-name <tenant-name>] [--os-token <token>]
[--os-auth-url <auth-url>]
<subcommand> ...
Subcommands:
alarm-combination-create- Create a new alarm based on state of other alarms.
alarm-combination-update- Update an existing alarm based on state of other alarms.
alarm-create- Create a new alarm (Deprecated). Use alarm-threshold-create instead.
alarm-delete- Delete an alarm.
alarm-event-create- Create a new alarm based on events.
alarm-event-update- Update an existing alarm based on events.
alarm-gnocchi-aggregation-by-metrics-threshold-create- Create a new alarm based on computed statistics.
alarm-gnocchi-aggregation-by-metrics-threshold-update- Update an existing alarm based on computed statistics.
alarm-gnocchi-aggregation-by-resources-threshold-create- Create a new alarm based on computed statistics.
alarm-gnocchi-aggregation-by-resources-threshold-update- Update an existing alarm based on computed statistics.
alarm-gnocchi-resources-threshold-create- Create a new alarm based on computed statistics.
alarm-gnocchi-resources-threshold-update- Update an existing alarm based on computed statistics.
alarm-history- Display the change history of an alarm.
alarm-list- List the user’s alarms.
alarm-show- Show an alarm.
alarm-state-get- Get the state of an alarm.
alarm-state-set- Set the state of an alarm.
alarm-threshold-create- Create a new alarm based on computed statistics.
alarm-threshold-update- Update an existing alarm based on computed statistics.
alarm-update- Update an existing alarm (Deprecated).
capabilities- Print Ceilometer capabilities.
event-list- List events.
event-show- Show a particular event.
event-type-list- List event types.
meter-list- List the user’s meters.
query-alarm-history- Query Alarm History.
query-alarms- Query Alarms.
query-samples- Query samples.
resource-list- List the resources.
resource-show- Show the resource.
sample-create- Create a sample.
sample-create-list- Create a sample list.
sample-list- List the samples (return OldSample objects if -m/–meter is set).
sample-show- Show a sample.
statistics- List the statistics for a meter.
trait-description-list- List trait info for an event type.
trait-list- List all traits with name <trait_name> for Event Type <event_type>.
bash-completion- Prints all of the commands and options to stdout.
help- Display help about this program or one of its subcommands.
ceilometer optional arguments¶
--version- show program’s version number and exit
-d, --debug- Defaults to
env[CEILOMETERCLIENT_DEBUG]. -v, --verbose- Print more verbose output.
--timeout TIMEOUT- Number of seconds to wait for a response.
--ceilometer-url <CEILOMETER_URL>- DEPRECATED, use –os-endpoint instead.
Defaults to
env[CEILOMETER_URL]. --ceilometer-api-version CEILOMETER_API_VERSION- Defaults to
env[CEILOMETER_API_VERSION]or 2. --os-tenant-id <tenant-id>- Defaults to
env[OS_TENANT_ID]. --os-region-name <region-name>- Defaults to
env[OS_REGION_NAME]. --os-auth-token <auth-token>- Defaults to
env[OS_AUTH_TOKEN]. --os-service-type <service-type>- Defaults to
env[OS_SERVICE_TYPE]. --os-endpoint-type <endpoint-type>- Defaults to
env[OS_ENDPOINT_TYPE]. --os-cacert <cacert>- Defaults to
env[OS_CACERT]. --os-insecure <insecure>- Defaults to
env[OS_INSECURE]. --os-cert-file <cert-file>- Defaults to
env[OS_CERT_FILE]. --os-key-file <key-file>- Defaults to
env[OS_KEY_FILE]. --os-cert <cert>- Defaults to
env[OS_CERT]. --os-key <key>- Defaults to
env[OS_KEY]. --os-project-name <project-name>- Defaults to
env[OS_PROJECT_NAME]. --os-project-id <project-id>- Defaults to
env[OS_PROJECT_ID]. --os-project-domain-id <project-domain-id>- Defaults to
env[OS_PROJECT_DOMAIN_ID]. --os-project-domain-name <project-domain-name>- Defaults to
env[OS_PROJECT_DOMAIN_NAME]. --os-user-id <user-id>- Defaults to
env[OS_USER_ID]. --os-user-domain-id <user-domain-id>- Defaults to
env[OS_USER_DOMAIN_ID]. --os-user-domain-name <user-domain-name>- Defaults to
env[OS_USER_DOMAIN_NAME]. --os-endpoint <endpoint>- Defaults to
env[OS_ENDPOINT]. --os-auth-system <auth-system>- Defaults to
env[OS_AUTH_SYSTEM]. --os-username <username>- Defaults to
env[OS_USERNAME]. --os-password <password>- Defaults to
env[OS_PASSWORD]. --os-tenant-name <tenant-name>- Defaults to
env[OS_TENANT_NAME]. --os-token <token>- Defaults to
env[OS_TOKEN]. --os-auth-url <auth-url>- Defaults to
env[OS_AUTH_URL].
ceilometer alarm-combination-create¶
usage: ceilometer alarm-combination-create --name <NAME>
[--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>]
[--description <DESCRIPTION>]
[--state <STATE>]
[--severity <SEVERITY>]
[--enabled {True|False}]
[--alarm-action <Webhook URL>]
[--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>]
[--repeat-actions {True|False}]
--alarm_ids <ALARM IDS>
[--operator <OPERATOR>]
Create a new alarm based on state of other alarms.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant). Required.
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--alarm_ids <ALARM IDS>- List of alarm IDs. Required.
--operator <OPERATOR>- Operator to compare with, one of: [‘and’, ‘or’].
ceilometer alarm-combination-update¶
usage: ceilometer alarm-combination-update [--name <NAME>]
[--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>]
[--description <DESCRIPTION>]
[--state <STATE>]
[--severity <SEVERITY>]
[--enabled {True|False}]
[--alarm-action <Webhook URL>]
[--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>]
[--repeat-actions {True|False}]
[--remove-time-constraint <Constraint names>]
[--alarm_ids <ALARM IDS>]
[--operator <OPERATOR>]
[<ALARM_ID>]
Update an existing alarm based on state of other alarms.
Positional arguments:
<ALARM_ID>- ID of the alarm to update.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant).
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--remove-time-constraint <Constraint names>- Name or list of names of the time constraints to remove.
--alarm_ids <ALARM IDS>- List of alarm IDs.
--operator <OPERATOR>- Operator to compare with, one of: [‘and’, ‘or’].
ceilometer alarm-delete¶
usage: ceilometer alarm-delete [<ALARM_ID>]
Delete an alarm.
Positional arguments:
<ALARM_ID>- ID of the alarm to delete.
ceilometer alarm-event-create¶
usage: ceilometer alarm-event-create --name <NAME>
[--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>]
[--description <DESCRIPTION>]
[--state <STATE>] [--severity <SEVERITY>]
[--enabled {True|False}]
[--alarm-action <Webhook URL>]
[--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>]
[--repeat-actions {True|False}]
[--event-type <EVENT_TYPE>] [-q <QUERY>]
Create a new alarm based on events.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant). Required.
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--event-type <EVENT_TYPE>- Event type for event alarm.
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list for filtering events. data_type is optional, but if supplied must be string, integer, float or datetime.
ceilometer alarm-event-update¶
usage: ceilometer alarm-event-update [--name <NAME>]
[--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>]
[--description <DESCRIPTION>]
[--state <STATE>] [--severity <SEVERITY>]
[--enabled {True|False}]
[--alarm-action <Webhook URL>]
[--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>]
[--repeat-actions {True|False}]
[--event-type <EVENT_TYPE>] [-q <QUERY>]
[<ALARM_ID>]
Update an existing alarm based on events.
Positional arguments:
<ALARM_ID>- ID of the alarm to update.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant).
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--event-type <EVENT_TYPE>- Event type for event alarm.
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list for filtering events. data_type is optional, but if supplied must be string, integer, float or datetime.
ceilometer alarm-gnocchi-aggregation-by-metrics-threshold-create¶
usage: ceilometer alarm-gnocchi-aggregation-by-metrics-threshold-create
--name <NAME> [--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>] [--description <DESCRIPTION>]
[--state <STATE>] [--severity <SEVERITY>] [--enabled {True|False}]
[--alarm-action <Webhook URL>] [--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>] [--repeat-actions {True|False}]
[--granularity <GRANULARITY>] [--evaluation-periods <COUNT>]
--aggregation-method <AGGREATION> [--comparison-operator <OPERATOR>]
--threshold <THRESHOLD> -m <METRICS>
Create a new alarm based on computed statistics.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant). Required.
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--granularity <GRANULARITY>- Length of each period (seconds) to evaluate over.
--evaluation-periods <COUNT>- Number of periods to evaluate over.
--aggregation-method <AGGREATION>- Aggregation method to use, one of: [‘last’, ‘min’, ‘median’, ‘sum’, ‘std’, ‘first’, ‘mean’, ‘count’, ‘moving-average’, ‘max’, ‘1pct’, ‘2pct’, ‘3pct’, ‘4pct’, ‘5pct’, ‘6pct’, ‘7pct’, ‘8pct’, ‘9pct’, ‘10pct’, ‘11pct’, ‘12pct’, ‘13pct’, ‘14pct’, ‘15pct’, ‘16pct’, ‘17pct’, ‘18pct’, ‘19pct’, ‘20pct’, ‘21pct’, ‘22pct’, ‘23pct’, ‘24pct’, ‘25pct’, ‘26pct’, ‘27pct’, ‘28pct’, ‘29pct’, ‘30pct’, ‘31pct’, ‘32pct’, ‘33pct’, ‘34pct’, ‘35pct’, ‘36pct’, ‘37pct’, ‘38pct’, ‘39pct’, ‘40pct’, ‘41pct’, ‘42pct’, ‘43pct’, ‘44pct’, ‘45pct’, ‘46pct’, ‘47pct’, ‘48pct’, ‘49pct’, ‘50pct’, ‘51pct’, ‘52pct’, ‘53pct’, ‘54pct’, ‘55pct’, ‘56pct’, ‘57pct’, ‘58pct’, ‘59pct’, ‘60pct’, ‘61pct’, ‘62pct’, ‘63pct’, ‘64pct’, ‘65pct’, ‘66pct’, ‘67pct’, ‘68pct’, ‘69pct’, ‘70pct’, ‘71pct’, ‘72pct’, ‘73pct’, ‘74pct’, ‘75pct’, ‘76pct’, ‘77pct’, ‘78pct’, ‘79pct’, ‘80pct’, ‘81pct’, ‘82pct’, ‘83pct’, ‘84pct’, ‘85pct’, ‘86pct’, ‘87pct’, ‘88pct’, ‘89pct’, ‘90pct’, ‘91pct’, ‘92pct’, ‘93pct’, ‘94pct’, ‘95pct’, ‘96pct’, ‘97pct’, ‘98pct’, ‘99pct’]. Required.
--comparison-operator <OPERATOR>- Operator to compare with, one of: [‘lt’, ‘le’, ‘eq’, ‘ne’, ‘ge’, ‘gt’].
--threshold <THRESHOLD>- Threshold to evaluate against. Required.
-m <METRICS>, --metrics <METRICS>- Metric to evaluate against. Required.
ceilometer alarm-gnocchi-aggregation-by-metrics-threshold-update¶
usage: ceilometer alarm-gnocchi-aggregation-by-metrics-threshold-update
[--name <NAME>] [--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>] [--description <DESCRIPTION>]
[--state <STATE>] [--severity <SEVERITY>] [--enabled {True|False}]
[--alarm-action <Webhook URL>] [--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>] [--repeat-actions {True|False}]
[--granularity <GRANULARITY>] [--evaluation-periods <COUNT>]
[--aggregation-method <AGGREATION>] [--comparison-operator <OPERATOR>]
[--threshold <THRESHOLD>] [-m <METRICS>]
[--remove-time-constraint <Constraint names>]
[<ALARM_ID>]
Update an existing alarm based on computed statistics.
Positional arguments:
<ALARM_ID>- ID of the alarm to update.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant).
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--granularity <GRANULARITY>- Length of each period (seconds) to evaluate over.
--evaluation-periods <COUNT>- Number of periods to evaluate over.
--aggregation-method <AGGREATION>- Aggregation method to use, one of: [‘last’, ‘min’, ‘median’, ‘sum’, ‘std’, ‘first’, ‘mean’, ‘count’, ‘moving-average’, ‘max’, ‘1pct’, ‘2pct’, ‘3pct’, ‘4pct’, ‘5pct’, ‘6pct’, ‘7pct’, ‘8pct’, ‘9pct’, ‘10pct’, ‘11pct’, ‘12pct’, ‘13pct’, ‘14pct’, ‘15pct’, ‘16pct’, ‘17pct’, ‘18pct’, ‘19pct’, ‘20pct’, ‘21pct’, ‘22pct’, ‘23pct’, ‘24pct’, ‘25pct’, ‘26pct’, ‘27pct’, ‘28pct’, ‘29pct’, ‘30pct’, ‘31pct’, ‘32pct’, ‘33pct’, ‘34pct’, ‘35pct’, ‘36pct’, ‘37pct’, ‘38pct’, ‘39pct’, ‘40pct’, ‘41pct’, ‘42pct’, ‘43pct’, ‘44pct’, ‘45pct’, ‘46pct’, ‘47pct’, ‘48pct’, ‘49pct’, ‘50pct’, ‘51pct’, ‘52pct’, ‘53pct’, ‘54pct’, ‘55pct’, ‘56pct’, ‘57pct’, ‘58pct’, ‘59pct’, ‘60pct’, ‘61pct’, ‘62pct’, ‘63pct’, ‘64pct’, ‘65pct’, ‘66pct’, ‘67pct’, ‘68pct’, ‘69pct’, ‘70pct’, ‘71pct’, ‘72pct’, ‘73pct’, ‘74pct’, ‘75pct’, ‘76pct’, ‘77pct’, ‘78pct’, ‘79pct’, ‘80pct’, ‘81pct’, ‘82pct’, ‘83pct’, ‘84pct’, ‘85pct’, ‘86pct’, ‘87pct’, ‘88pct’, ‘89pct’, ‘90pct’, ‘91pct’, ‘92pct’, ‘93pct’, ‘94pct’, ‘95pct’, ‘96pct’, ‘97pct’, ‘98pct’, ‘99pct’].
--comparison-operator <OPERATOR>- Operator to compare with, one of: [‘lt’, ‘le’, ‘eq’, ‘ne’, ‘ge’, ‘gt’].
--threshold <THRESHOLD>- Threshold to evaluate against.
-m <METRICS>, --metrics <METRICS>- Metric to evaluate against.
--remove-time-constraint <Constraint names>- Name or list of names of the time constraints to remove.
ceilometer alarm-gnocchi-aggregation-by-resources-threshold-create¶
usage: ceilometer alarm-gnocchi-aggregation-by-resources-threshold-create
--name <NAME> [--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>] [--description <DESCRIPTION>]
[--state <STATE>] [--severity <SEVERITY>] [--enabled {True|False}]
[--alarm-action <Webhook URL>] [--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>] [--repeat-actions {True|False}]
[--granularity <GRANULARITY>] [--evaluation-periods <COUNT>]
--aggregation-method <AGGREATION> [--comparison-operator <OPERATOR>]
--threshold <THRESHOLD> -m <METRIC> --resource-type <RESOURCE_TYPE>
--query <QUERY>
Create a new alarm based on computed statistics.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant). Required.
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--granularity <GRANULARITY>- Length of each period (seconds) to evaluate over.
--evaluation-periods <COUNT>- Number of periods to evaluate over.
--aggregation-method <AGGREATION>- Aggregation method to use, one of: [‘last’, ‘min’, ‘median’, ‘sum’, ‘std’, ‘first’, ‘mean’, ‘count’, ‘moving-average’, ‘max’, ‘1pct’, ‘2pct’, ‘3pct’, ‘4pct’, ‘5pct’, ‘6pct’, ‘7pct’, ‘8pct’, ‘9pct’, ‘10pct’, ‘11pct’, ‘12pct’, ‘13pct’, ‘14pct’, ‘15pct’, ‘16pct’, ‘17pct’, ‘18pct’, ‘19pct’, ‘20pct’, ‘21pct’, ‘22pct’, ‘23pct’, ‘24pct’, ‘25pct’, ‘26pct’, ‘27pct’, ‘28pct’, ‘29pct’, ‘30pct’, ‘31pct’, ‘32pct’, ‘33pct’, ‘34pct’, ‘35pct’, ‘36pct’, ‘37pct’, ‘38pct’, ‘39pct’, ‘40pct’, ‘41pct’, ‘42pct’, ‘43pct’, ‘44pct’, ‘45pct’, ‘46pct’, ‘47pct’, ‘48pct’, ‘49pct’, ‘50pct’, ‘51pct’, ‘52pct’, ‘53pct’, ‘54pct’, ‘55pct’, ‘56pct’, ‘57pct’, ‘58pct’, ‘59pct’, ‘60pct’, ‘61pct’, ‘62pct’, ‘63pct’, ‘64pct’, ‘65pct’, ‘66pct’, ‘67pct’, ‘68pct’, ‘69pct’, ‘70pct’, ‘71pct’, ‘72pct’, ‘73pct’, ‘74pct’, ‘75pct’, ‘76pct’, ‘77pct’, ‘78pct’, ‘79pct’, ‘80pct’, ‘81pct’, ‘82pct’, ‘83pct’, ‘84pct’, ‘85pct’, ‘86pct’, ‘87pct’, ‘88pct’, ‘89pct’, ‘90pct’, ‘91pct’, ‘92pct’, ‘93pct’, ‘94pct’, ‘95pct’, ‘96pct’, ‘97pct’, ‘98pct’, ‘99pct’]. Required.
--comparison-operator <OPERATOR>- Operator to compare with, one of: [‘lt’, ‘le’, ‘eq’, ‘ne’, ‘ge’, ‘gt’].
--threshold <THRESHOLD>- Threshold to evaluate against. Required.
-m <METRIC>, --metric <METRIC>- Metric to evaluate against. Required.
--resource-type <RESOURCE_TYPE>- Resource_type to evaluate against. Required.
--query <QUERY>- Gnocchi resources search query filter Required.
ceilometer alarm-gnocchi-aggregation-by-resources-threshold-update¶
usage: ceilometer alarm-gnocchi-aggregation-by-resources-threshold-update
[--name <NAME>] [--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>] [--description <DESCRIPTION>]
[--state <STATE>] [--severity <SEVERITY>] [--enabled {True|False}]
[--alarm-action <Webhook URL>] [--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>] [--repeat-actions {True|False}]
[--granularity <GRANULARITY>] [--evaluation-periods <COUNT>]
[--aggregation-method <AGGREATION>] [--comparison-operator <OPERATOR>]
[--threshold <THRESHOLD>] [-m <METRIC>]
[--resource-type <RESOURCE_TYPE>] [--query <QUERY>]
[--remove-time-constraint <Constraint names>]
[<ALARM_ID>]
Update an existing alarm based on computed statistics.
Positional arguments:
<ALARM_ID>- ID of the alarm to update.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant).
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--granularity <GRANULARITY>- Length of each period (seconds) to evaluate over.
--evaluation-periods <COUNT>- Number of periods to evaluate over.
--aggregation-method <AGGREATION>- Aggregation method to use, one of: [‘last’, ‘min’, ‘median’, ‘sum’, ‘std’, ‘first’, ‘mean’, ‘count’, ‘moving-average’, ‘max’, ‘1pct’, ‘2pct’, ‘3pct’, ‘4pct’, ‘5pct’, ‘6pct’, ‘7pct’, ‘8pct’, ‘9pct’, ‘10pct’, ‘11pct’, ‘12pct’, ‘13pct’, ‘14pct’, ‘15pct’, ‘16pct’, ‘17pct’, ‘18pct’, ‘19pct’, ‘20pct’, ‘21pct’, ‘22pct’, ‘23pct’, ‘24pct’, ‘25pct’, ‘26pct’, ‘27pct’, ‘28pct’, ‘29pct’, ‘30pct’, ‘31pct’, ‘32pct’, ‘33pct’, ‘34pct’, ‘35pct’, ‘36pct’, ‘37pct’, ‘38pct’, ‘39pct’, ‘40pct’, ‘41pct’, ‘42pct’, ‘43pct’, ‘44pct’, ‘45pct’, ‘46pct’, ‘47pct’, ‘48pct’, ‘49pct’, ‘50pct’, ‘51pct’, ‘52pct’, ‘53pct’, ‘54pct’, ‘55pct’, ‘56pct’, ‘57pct’, ‘58pct’, ‘59pct’, ‘60pct’, ‘61pct’, ‘62pct’, ‘63pct’, ‘64pct’, ‘65pct’, ‘66pct’, ‘67pct’, ‘68pct’, ‘69pct’, ‘70pct’, ‘71pct’, ‘72pct’, ‘73pct’, ‘74pct’, ‘75pct’, ‘76pct’, ‘77pct’, ‘78pct’, ‘79pct’, ‘80pct’, ‘81pct’, ‘82pct’, ‘83pct’, ‘84pct’, ‘85pct’, ‘86pct’, ‘87pct’, ‘88pct’, ‘89pct’, ‘90pct’, ‘91pct’, ‘92pct’, ‘93pct’, ‘94pct’, ‘95pct’, ‘96pct’, ‘97pct’, ‘98pct’, ‘99pct’].
--comparison-operator <OPERATOR>- Operator to compare with, one of: [‘lt’, ‘le’, ‘eq’, ‘ne’, ‘ge’, ‘gt’].
--threshold <THRESHOLD>- Threshold to evaluate against.
-m <METRIC>, --metric <METRIC>- Metric to evaluate against.
--resource-type <RESOURCE_TYPE>- Resource_type to evaluate against.
--query <QUERY>- Gnocchi resources search query filter
--remove-time-constraint <Constraint names>- Name or list of names of the time constraints to remove.
ceilometer alarm-gnocchi-resources-threshold-create¶
usage: ceilometer alarm-gnocchi-resources-threshold-create --name <NAME>
[--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>]
[--description <DESCRIPTION>]
[--state <STATE>]
[--severity <SEVERITY>]
[--enabled {True|False}]
[--alarm-action <Webhook URL>]
[--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>]
[--repeat-actions {True|False}]
[--granularity <GRANULARITY>]
[--evaluation-periods <COUNT>]
--aggregation-method
<AGGREATION>
[--comparison-operator <OPERATOR>]
--threshold
<THRESHOLD> -m
<METRIC>
--resource-type
<RESOURCE_TYPE>
--resource-id
<RESOURCE_ID>
Create a new alarm based on computed statistics.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant). Required.
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--granularity <GRANULARITY>- Length of each period (seconds) to evaluate over.
--evaluation-periods <COUNT>- Number of periods to evaluate over.
--aggregation-method <AGGREATION>- Aggregation method to use, one of: [‘last’, ‘min’, ‘median’, ‘sum’, ‘std’, ‘first’, ‘mean’, ‘count’, ‘moving-average’, ‘max’, ‘1pct’, ‘2pct’, ‘3pct’, ‘4pct’, ‘5pct’, ‘6pct’, ‘7pct’, ‘8pct’, ‘9pct’, ‘10pct’, ‘11pct’, ‘12pct’, ‘13pct’, ‘14pct’, ‘15pct’, ‘16pct’, ‘17pct’, ‘18pct’, ‘19pct’, ‘20pct’, ‘21pct’, ‘22pct’, ‘23pct’, ‘24pct’, ‘25pct’, ‘26pct’, ‘27pct’, ‘28pct’, ‘29pct’, ‘30pct’, ‘31pct’, ‘32pct’, ‘33pct’, ‘34pct’, ‘35pct’, ‘36pct’, ‘37pct’, ‘38pct’, ‘39pct’, ‘40pct’, ‘41pct’, ‘42pct’, ‘43pct’, ‘44pct’, ‘45pct’, ‘46pct’, ‘47pct’, ‘48pct’, ‘49pct’, ‘50pct’, ‘51pct’, ‘52pct’, ‘53pct’, ‘54pct’, ‘55pct’, ‘56pct’, ‘57pct’, ‘58pct’, ‘59pct’, ‘60pct’, ‘61pct’, ‘62pct’, ‘63pct’, ‘64pct’, ‘65pct’, ‘66pct’, ‘67pct’, ‘68pct’, ‘69pct’, ‘70pct’, ‘71pct’, ‘72pct’, ‘73pct’, ‘74pct’, ‘75pct’, ‘76pct’, ‘77pct’, ‘78pct’, ‘79pct’, ‘80pct’, ‘81pct’, ‘82pct’, ‘83pct’, ‘84pct’, ‘85pct’, ‘86pct’, ‘87pct’, ‘88pct’, ‘89pct’, ‘90pct’, ‘91pct’, ‘92pct’, ‘93pct’, ‘94pct’, ‘95pct’, ‘96pct’, ‘97pct’, ‘98pct’, ‘99pct’]. Required.
--comparison-operator <OPERATOR>- Operator to compare with, one of: [‘lt’, ‘le’, ‘eq’, ‘ne’, ‘ge’, ‘gt’].
--threshold <THRESHOLD>- Threshold to evaluate against. Required.
-m <METRIC>, --metric <METRIC>- Metric to evaluate against. Required.
--resource-type <RESOURCE_TYPE>- Resource_type to evaluate against. Required.
--resource-id <RESOURCE_ID>- Resource id to evaluate against Required.
ceilometer alarm-gnocchi-resources-threshold-update¶
usage: ceilometer alarm-gnocchi-resources-threshold-update [--name <NAME>]
[--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>]
[--description <DESCRIPTION>]
[--state <STATE>]
[--severity <SEVERITY>]
[--enabled {True|False}]
[--alarm-action <Webhook URL>]
[--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>]
[--repeat-actions {True|False}]
[--granularity <GRANULARITY>]
[--evaluation-periods <COUNT>]
[--aggregation-method <AGGREATION>]
[--comparison-operator <OPERATOR>]
[--threshold <THRESHOLD>]
[-m <METRIC>]
[--resource-type <RESOURCE_TYPE>]
[--resource-id <RESOURCE_ID>]
[--remove-time-constraint <Constraint names>]
[<ALARM_ID>]
Update an existing alarm based on computed statistics.
Positional arguments:
<ALARM_ID>- ID of the alarm to update.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant).
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--granularity <GRANULARITY>- Length of each period (seconds) to evaluate over.
--evaluation-periods <COUNT>- Number of periods to evaluate over.
--aggregation-method <AGGREATION>- Aggregation method to use, one of: [‘last’, ‘min’, ‘median’, ‘sum’, ‘std’, ‘first’, ‘mean’, ‘count’, ‘moving-average’, ‘max’, ‘1pct’, ‘2pct’, ‘3pct’, ‘4pct’, ‘5pct’, ‘6pct’, ‘7pct’, ‘8pct’, ‘9pct’, ‘10pct’, ‘11pct’, ‘12pct’, ‘13pct’, ‘14pct’, ‘15pct’, ‘16pct’, ‘17pct’, ‘18pct’, ‘19pct’, ‘20pct’, ‘21pct’, ‘22pct’, ‘23pct’, ‘24pct’, ‘25pct’, ‘26pct’, ‘27pct’, ‘28pct’, ‘29pct’, ‘30pct’, ‘31pct’, ‘32pct’, ‘33pct’, ‘34pct’, ‘35pct’, ‘36pct’, ‘37pct’, ‘38pct’, ‘39pct’, ‘40pct’, ‘41pct’, ‘42pct’, ‘43pct’, ‘44pct’, ‘45pct’, ‘46pct’, ‘47pct’, ‘48pct’, ‘49pct’, ‘50pct’, ‘51pct’, ‘52pct’, ‘53pct’, ‘54pct’, ‘55pct’, ‘56pct’, ‘57pct’, ‘58pct’, ‘59pct’, ‘60pct’, ‘61pct’, ‘62pct’, ‘63pct’, ‘64pct’, ‘65pct’, ‘66pct’, ‘67pct’, ‘68pct’, ‘69pct’, ‘70pct’, ‘71pct’, ‘72pct’, ‘73pct’, ‘74pct’, ‘75pct’, ‘76pct’, ‘77pct’, ‘78pct’, ‘79pct’, ‘80pct’, ‘81pct’, ‘82pct’, ‘83pct’, ‘84pct’, ‘85pct’, ‘86pct’, ‘87pct’, ‘88pct’, ‘89pct’, ‘90pct’, ‘91pct’, ‘92pct’, ‘93pct’, ‘94pct’, ‘95pct’, ‘96pct’, ‘97pct’, ‘98pct’, ‘99pct’].
--comparison-operator <OPERATOR>- Operator to compare with, one of: [‘lt’, ‘le’, ‘eq’, ‘ne’, ‘ge’, ‘gt’].
--threshold <THRESHOLD>- Threshold to evaluate against.
-m <METRIC>, --metric <METRIC>- Metric to evaluate against.
--resource-type <RESOURCE_TYPE>- Resource_type to evaluate against.
--resource-id <RESOURCE_ID>- Resource id to evaluate against
--remove-time-constraint <Constraint names>- Name or list of names of the time constraints to remove.
ceilometer alarm-history¶
usage: ceilometer alarm-history [-q <QUERY>] [<ALARM_ID>]
Display the change history of an alarm.
Positional arguments:
<ALARM_ID>- ID of the alarm for which history is shown.
Optional arguments:
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float, or boolean.
ceilometer alarm-list¶
usage: ceilometer alarm-list [-q <QUERY>]
List the user’s alarms.
Optional arguments:
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float, or boolean.
ceilometer alarm-show¶
usage: ceilometer alarm-show [<ALARM_ID>]
Show an alarm.
Positional arguments:
<ALARM_ID>- ID of the alarm to show.
ceilometer alarm-state-get¶
usage: ceilometer alarm-state-get [<ALARM_ID>]
Get the state of an alarm.
Positional arguments:
<ALARM_ID>- ID of the alarm state to show.
ceilometer alarm-state-set¶
usage: ceilometer alarm-state-set --state <STATE> [<ALARM_ID>]
Set the state of an alarm.
Positional arguments:
<ALARM_ID>- ID of the alarm state to set.
Optional arguments:
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]. Required.
ceilometer alarm-threshold-create¶
usage: ceilometer alarm-threshold-create --name <NAME>
[--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>]
[--description <DESCRIPTION>]
[--state <STATE>]
[--severity <SEVERITY>]
[--enabled {True|False}]
[--alarm-action <Webhook URL>]
[--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>]
[--repeat-actions {True|False}] -m
<METRIC> [--period <PERIOD>]
[--evaluation-periods <COUNT>]
[--statistic <STATISTIC>]
[--comparison-operator <OPERATOR>]
--threshold <THRESHOLD> [-q <QUERY>]
Create a new alarm based on computed statistics.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant). Required.
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
-m <METRIC>, --meter-name <METRIC>- Metric to evaluate against. Required.
--period <PERIOD>- Length of each period (seconds) to evaluate over.
--evaluation-periods <COUNT>- Number of periods to evaluate over.
--statistic <STATISTIC>- Statistic to evaluate, one of: [‘max’, ‘min’, ‘avg’, ‘sum’, ‘count’].
--comparison-operator <OPERATOR>- Operator to compare with, one of: [‘lt’, ‘le’, ‘eq’, ‘ne’, ‘ge’, ‘gt’].
--threshold <THRESHOLD>- Threshold to evaluate against. Required.
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float, or boolean.
ceilometer alarm-threshold-update¶
usage: ceilometer alarm-threshold-update [--name <NAME>]
[--project-id <ALARM_PROJECT_ID>]
[--user-id <ALARM_USER_ID>]
[--description <DESCRIPTION>]
[--state <STATE>]
[--severity <SEVERITY>]
[--enabled {True|False}]
[--alarm-action <Webhook URL>]
[--ok-action <Webhook URL>]
[--insufficient-data-action <Webhook URL>]
[--time-constraint <Time Constraint>]
[--repeat-actions {True|False}]
[--remove-time-constraint <Constraint names>]
[-m <METRIC>] [--period <PERIOD>]
[--evaluation-periods <COUNT>]
[--statistic <STATISTIC>]
[--comparison-operator <OPERATOR>]
[--threshold <THRESHOLD>]
[-q <QUERY>]
[<ALARM_ID>]
Update an existing alarm based on computed statistics.
Positional arguments:
<ALARM_ID>- ID of the alarm to update.
Optional arguments:
--name <NAME>- Name of the alarm (must be unique per tenant).
--project-id <ALARM_PROJECT_ID>- Tenant to associate with alarm (configurable by admin users only).
--user-id <ALARM_USER_ID>- User to associate with alarm (configurable by admin users only).
--description <DESCRIPTION>- Free text description of the alarm.
--state <STATE>- State of the alarm, one of: [‘ok’, ‘alarm’, ‘insufficient data’]
--severity <SEVERITY>- Severity of the alarm, one of: [‘low’, ‘moderate’, ‘critical’]
--enabled {True|False}- True if alarm evaluation/actioning is enabled.
--alarm-action <Webhook URL>- URL to invoke when state transitions to alarm. May be used multiple times. Defaults to None.
--ok-action <Webhook URL>- URL to invoke when state transitions to OK. May be used multiple times. Defaults to None.
--insufficient-data-action <Webhook URL>- URL to invoke when state transitions to insufficient data. May be used multiple times. Defaults to None.
--time-constraint <Time Constraint>- Only evaluate the alarm if the time at evaluation is within this time constraint. Start point(s) of the constraint are specified with a cron expression, whereas its duration is given in seconds. Can be specified multiple times for multiple time constraints, format is: name=<CONSTRAINT_NAME>;start=<CRON>;durati on=<SECONDS>;[description=<DESCRIPTION>;[timez one=<IANA Timezone>]] Defaults to None.
--repeat-actions {True|False}- True if actions should be repeatedly notified while alarm remains in target state.
--remove-time-constraint <Constraint names>- Name or list of names of the time constraints to remove.
-m <METRIC>, --meter-name <METRIC>- Metric to evaluate against.
--period <PERIOD>- Length of each period (seconds) to evaluate over.
--evaluation-periods <COUNT>- Number of periods to evaluate over.
--statistic <STATISTIC>- Statistic to evaluate, one of: [‘max’, ‘min’, ‘avg’, ‘sum’, ‘count’].
--comparison-operator <OPERATOR>- Operator to compare with, one of: [‘lt’, ‘le’, ‘eq’, ‘ne’, ‘ge’, ‘gt’].
--threshold <THRESHOLD>- Threshold to evaluate against.
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float, or boolean.
ceilometer event-list¶
usage: ceilometer event-list [-q <QUERY>] [--no-traits] [-l <NUMBER>]
List events.
Optional arguments:
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float or datetime.
--no-traits- If specified, traits will not be printed.
-l <NUMBER>, --limit <NUMBER>- Maximum number of events to return. API server limits result to <default_api_return_limit> rows if no limit provided. Option is configured in ceilometer.conf [api] group
ceilometer event-show¶
usage: ceilometer event-show <message_id>
Show a particular event.
Positional arguments:
<message_id>- The ID of the event. Should be a UUID.
ceilometer meter-list¶
usage: ceilometer meter-list [-q <QUERY>] [-l <NUMBER>]
[--unique {True|False}]
List the user’s meters.
Optional arguments:
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float, or boolean.
-l <NUMBER>, --limit <NUMBER>- Maximum number of meters to return. API server limits result to <default_api_return_limit> rows if no limit provided. Option is configured in ceilometer.conf [api] group
--unique {True|False}- Retrieves unique list of meters.
ceilometer query-alarm-history¶
usage: ceilometer query-alarm-history [-f <FILTER>] [-o <ORDERBY>]
[-l <LIMIT>]
Query Alarm History.
Optional arguments:
-f <FILTER>, --filter <FILTER>- {complex_op: [{simple_op: {field_name: value}}]} The complex_op is one of: [‘and’, ‘or’], simple_op is one of: [‘=’, ‘!=’, ‘<’, ‘<=’, ‘>’, ‘>=’].
-o <ORDERBY>, --orderby <ORDERBY>- [{field_name: direction}, {field_name: direction}] The direction is one of: [‘asc’, ‘desc’].
-l <LIMIT>, --limit <LIMIT>- Maximum number of alarm history items to return. API server limits result to <default_api_return_limit> rows if no limit provided. Option is configured in ceilometer.conf [api] group
ceilometer query-alarms¶
usage: ceilometer query-alarms [-f <FILTER>] [-o <ORDERBY>] [-l <LIMIT>]
Query Alarms.
Optional arguments:
-f <FILTER>, --filter <FILTER>- {complex_op: [{simple_op: {field_name: value}}]} The complex_op is one of: [‘and’, ‘or’], simple_op is one of: [‘=’, ‘!=’, ‘<’, ‘<=’, ‘>’, ‘>=’].
-o <ORDERBY>, --orderby <ORDERBY>- [{field_name: direction}, {field_name: direction}] The direction is one of: [‘asc’, ‘desc’].
-l <LIMIT>, --limit <LIMIT>- Maximum number of alarms to return. API server limits result to <default_api_return_limit> rows if no limit provided. Option is configured in ceilometer.conf [api] group
ceilometer query-samples¶
usage: ceilometer query-samples [-f <FILTER>] [-o <ORDERBY>] [-l <LIMIT>]
Query samples.
Optional arguments:
-f <FILTER>, --filter <FILTER>- {complex_op: [{simple_op: {field_name: value}}]} The complex_op is one of: [‘and’, ‘or’], simple_op is one of: [‘=’, ‘!=’, ‘<’, ‘<=’, ‘>’, ‘>=’].
-o <ORDERBY>, --orderby <ORDERBY>- [{field_name: direction}, {field_name: direction}] The direction is one of: [‘asc’, ‘desc’].
-l <LIMIT>, --limit <LIMIT>- Maximum number of samples to return. API server limits result to <default_api_return_limit> rows if no limit provided. Option is configured in ceilometer.conf [api] group
ceilometer resource-list¶
usage: ceilometer resource-list [-q <QUERY>] [-l <NUMBER>]
List the resources.
Optional arguments:
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float, or boolean.
-l <NUMBER>, --limit <NUMBER>- Maximum number of resources to return. API server limits result to <default_api_return_limit> rows if no limit provided. Option is configured in ceilometer.conf [api] group
ceilometer resource-show¶
usage: ceilometer resource-show <RESOURCE_ID>
Show the resource.
Positional arguments:
<RESOURCE_ID>- ID of the resource to show.
ceilometer sample-create¶
usage: ceilometer sample-create [--project-id <SAMPLE_PROJECT_ID>]
[--user-id <SAMPLE_USER_ID>] -r <RESOURCE_ID>
-m <METER_NAME> --meter-type <METER_TYPE>
--meter-unit <METER_UNIT> --sample-volume
<SAMPLE_VOLUME>
[--resource-metadata <RESOURCE_METADATA>]
[--timestamp <TIMESTAMP>] [--direct <DIRECT>]
Create a sample.
Optional arguments:
--project-id <SAMPLE_PROJECT_ID>- Tenant to associate with sample (configurable by admin users only).
--user-id <SAMPLE_USER_ID>- User to associate with sample (configurable by admin users only).
-r <RESOURCE_ID>, --resource-id <RESOURCE_ID>- ID of the resource. Required.
-m <METER_NAME>, --meter-name <METER_NAME>- The meter name. Required.
--meter-type <METER_TYPE>- The meter type. Required.
--meter-unit <METER_UNIT>- The meter unit. Required.
--sample-volume <SAMPLE_VOLUME>- The sample volume. Required.
--resource-metadata <RESOURCE_METADATA>- Resource metadata. Provided value should be a set of key-value pairs e.g. {“key”:”value”}.
--timestamp <TIMESTAMP>- The sample timestamp.
--direct <DIRECT>- Post sample to storage directly. Defaults to False.
ceilometer sample-create-list¶
usage: ceilometer sample-create-list [--direct <DIRECT>] <SAMPLES_LIST>
Create a sample list.
Positional arguments:
<SAMPLES_LIST>- Json array with samples to create.
Optional arguments:
--direct <DIRECT>- Post samples to storage directly. Defaults to False.
ceilometer sample-list¶
usage: ceilometer sample-list [-q <QUERY>] [-m <NAME>] [-l <NUMBER>]
List the samples (return OldSample objects if -m/–meter is set).
Optional arguments:
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float, or boolean.
-m <NAME>, --meter <NAME>- Name of meter to show samples for.
-l <NUMBER>, --limit <NUMBER>- Maximum number of samples to return. API server limits result to <default_api_return_limit> rows if no limit provided. Option is configured in ceilometer.conf [api] group
ceilometer sample-show¶
usage: ceilometer sample-show <SAMPLE_ID>
Show a sample.
Positional arguments:
<SAMPLE_ID>- ID (aka message ID) of the sample to show.
ceilometer statistics¶
usage: ceilometer statistics [-q <QUERY>] -m <NAME> [-p <PERIOD>] [-g <FIELD>]
[-a <FUNC>[<-<PARAM>]]
List the statistics for a meter.
Optional arguments:
-q <QUERY>, --query <QUERY>- key[op]data_type::value; list. data_type is optional, but if supplied must be string, integer, float, or boolean.
-m <NAME>, --meter <NAME>- Name of meter to list statistics for. Required.
-p <PERIOD>, --period <PERIOD>- Period in seconds over which to group samples.
-g <FIELD>, --groupby <FIELD>- Field for group by.
-a <FUNC>[<-<PARAM>], --aggregate <FUNC>[<-<PARAM>]- Function for data aggregation. Available aggregates are: count, cardinality, min, max, sum, stddev, avg. Defaults to [].
ceilometer trait-description-list¶
usage: ceilometer trait-description-list -e <EVENT_TYPE>
List trait info for an event type.
Optional arguments:
-e <EVENT_TYPE>, --event_type <EVENT_TYPE>- Type of the event for which traits will be shown. Required.
ceilometer trait-list¶
usage: ceilometer trait-list -e <EVENT_TYPE> -t <TRAIT_NAME>
List all traits with name <trait_name> for Event Type <event_type>.
Optional arguments:
-e <EVENT_TYPE>, --event_type <EVENT_TYPE>- Type of the event for which traits will listed. Required.
-t <TRAIT_NAME>, --trait_name <TRAIT_NAME>- The name of the trait to list. Required.
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