Use these queries to get an overview on a CF/PCF environment from Cloud Controller’s perspective.
You’ll need to connect to your ccdb PostgreSQL or MySQL instance. Quick hint: all the db: info you need is in /var/vcap/jobs/cloud_controller_ng/config/cloud_controller_ng.yml.
Show Service Broker Utilization
For each service broker, show the service instances and app/space/org information about the bound service. Note that unbound services are not included.
select
organizations.name as org_name,
spaces.name as space_name,
apps.name as app_name,
service_brokers.name as service_broker_name,
service_instances.name as service_instance_name,
service_plans.name as service_plan_name,
processes.state as process_state
from
service_bindings,
service_instances,
service_plans,
services,
service_brokers,
apps,
spaces,
organizations,
processes
where
service_bindings.service_instance_guid = service_instances.guid
and service_instances.service_plan_id = service_plans.id
and service_plans.service_id = services.id
and services.service_broker_id = service_brokers.id
and apps.space_guid = spaces.guid
and spaces.organization_id=organizations.id
and processes.app_guid = apps.guid
and service_bindings.app_guid = apps.guid
order by
1,2,3,4,5;
Output:
org_name | space_name | app_name | service_broker_name | service_instance_name | service_plan_name | process_state
----------+------------+-------------+---------------------+-----------------------+-------------------+---------------
system | system | cf-apigen | vault | secrets | shared | STARTED
system | system | cf-vault-ui | vault | secrets | shared | STARTED
system | system | web-app | blacksmith | postgresql | standalone | STARTED
system | system | web-app | shield-broker | shield | shared | STARTED
system | system | web-app | vault | secrets | shared | STARTED
Cell Resources Consumed
Use this to determine the amount of memory and disk currently allocated to apps:
select
sum(instances) as app_instances,
sum(memory * instances) as allocated_memory,
sum( disk_quota * instances) as allocated_disk,
state
from
processes
group by
state;
Output:
app_instances | allocated_memory | allocated_disk | state
---------------+------------------+----------------+---------
1 | 1024 | 1024 | STOPPED
9 | 1984 | 3600 | STARTED
List all Apps, Orgs, Spaces
This is useful for knowing a point-in-time the list of apps and their state.
SELECT
organizations.name as org_name,
spaces.name as space_name,
apps.name as app_name,
processes.instances as instance_count,
processes.state as state
from
apps,
spaces,
organizations,
processes
where
apps.space_guid = spaces.guid
and spaces.organization_id=organizations.id
and processes.app_guid = apps.guid
order by 1,2,3;
Output:
org_name | space_name | app_name | instance_count | state
----------+------------+----------------+----------------+---------
system | system | bolo-cf-nozzle | 4 | STARTED
system | system | cachefire | 1 | STOPPED
system | system | cf-apigen | 1 | STARTED
system | system | cfseeker | 1 | STARTED
system | system | cf-vault-ui | 1 | STARTED
system | system | vault-broker | 1 | STARTED
system | system | web-app | 1 | STARTED
Show Orgs Exceeding Quota
Use this query to show the Orgs which are exceeding their current memory quotas which will prevent restarting the existing apps in that org. This is usually the result of a change to a quota associated to an org.
The memory_buffer column will show by how many mb of RAM is left. Any orgs with negative numbers in this field have a total memory which exceeds the quota.
SELECT a.org_name,
a.actual_app_instances,
(CASE WHEN a.max_app_instances > 0 THEN a.max_app_instances
ELSE NULL END) AS max_app_instances,
(CASE WHEN a.max_app_instances > 0 THEN a.max_app_instances - a.actual_app_instances
ELSE 99999999 END) AS instances_buffer,
a.allocated_memory, a.max_memory,
a.max_memory - a.allocated_memory AS memory_buffer
FROM (
SELECT
o.name AS org_name,
sum(p.instances) as actual_app_instances,
max(q.app_instance_limit) AS max_app_instances,
sum(p.memory * p.instances) as allocated_memory,
max(q.memory_limit) AS max_memory
FROM
processes p, apps a, spaces s, organizations o, quota_definitions q
WHERE
p.app_guid = a.guid
AND s.guid = a.space_guid
AND o.id = s.organization_id
AND q.id = o.quota_definition_id
AND p.state = 'STARTED'
GROUP BY
o.id) a
ORDER BY 7,1;
+------------+----------------------+-------------------+------------------+------------------+------------+---------------+
| org_name | actual_app_instances | max_app_instances | instances_buffer | allocated_memory | max_memory | memory_buffer |
+------------+----------------------+-------------------+------------------+------------------+------------+---------------+
| org1 | 2 | 1000 | 998 | 2048 | 2048 | 0 |
| org2 | 3 | 1000 | 997 | 2024 | 2048 | 24 |
| org3 | 2 | 1000 | 998 | 2000 | 2048 | 48 |
+------------+----------------------+-------------------+------------------+------------------+------------+---------------+
Summary Queries
Org Count
SELECT COUNT(*) FROM organizations;
Spaces Count
SELECT COUNT(*) FROM spaces;
App Count
SELECT COUNT(*) FROM apps;
Quota Definitions
SELECT COUNT(*) FROM quota_definitions;
If you combine this output with the cf inventory scraper you’ll get a full overview of your CF deployment.
Enjoy!
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