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Issue | Notes | Decision | |||||||||
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1 | Agree on endurance performance KPI | The aim of the study is to early detection of bugs similar to
Thus, we should spot the specific function/s currently used in k6 to be improved. These function/s will be used in the Endurance test suit. Actions:
| CPS need to run all the test cases according to FS not according to what was tested in cps-2430 (Seeing they ran test that was outside of FS). Less focus on the KPI for this endurance run. Kolawole Adebisi-Adeolokun Halil Cakal | ||||||||
2 | Agree on the test environment | Blocked by
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3 | Visualization of memory trend | The most convenient way to represent the memory usage trend in a GUI is Grafana.
| Agreed to use Grafana majorly because it allows storage for longer periods sticking with our A/C Kolawole Adebisi-Adeolokun Halil Cakal The same decision was made by Daniel Hanrahan and Halil Cakal during the daily stand-up. Note: A PoC for the GNUPlot option has been made, please see the relevant Jira ticket details. Daniel Hanrahan Halil Cakal Toine Siebelink
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4 | Grafana access externally (If Grafana is selected at #3 then this issue should be discussed, otherwise ignore) |
Team Kraken support is needed either way. | Since Grafana is the preferred option, access issues shall be discussed with team Kraken Halil Cakal (consider Jenkins plug-in option as well)7
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5 | Permanent storage (DB) for Grafana (If Grafana is selected at #3 then this issue should be discussed, otherwise, ignore) | Investigate the solution strategy for the storage e.g. a permanent service 7/24 running … | Halil Cakal to investigate how to tune the volume |
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Suggested Tasks
Description | Jira | ||||||||||
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Add new | k6 performance test | suitprofile ‘Endurance’ |
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Add new Jenkins job to run endurance test |
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Add Grafana support to visualize memory usage pattern |
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Two docker-compose deployments simultaneously |
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Agree and Define new ‘Suite’ (js) |
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Solution Proposal
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For the sake of simplicity, the solution would be straightforward if a new test server is provided.
The functional/test-suit improvements in the current k6 performance tests if required
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Agree and Define new ‘Suite’ (js)
The existing K6 performance tests are enough to detect any memory leakage so that no new K6 test will be added.Daniel Hanrahan Halil Cakal
There should be a new test suit Toine Siebelink Kolawole Adebisi-Adeolokun Halil CakalJira Legacy server System Jira serverId 4733707d-2057-3a0f-ae5e-4fd8aff50176 key CPS-2493 All tests should be run in parallel in the Endurance test
HOW: Daniel and I decided to define a new test suite (endurance). Daniel Hanrahan Halil Cakal
Have one ncmp-test-runner.js with different configs: kpi.json and endurance.json, moving the scenarios and thresholds settings into the json configs
The endurance test should run all tests in parallel. Also, the same scenarios, executor types, and VUs should be the same in the Endurance suit except for the legacy_batch_consume_scenario. The executor type for legacy_batch_consume_this scenario should be changed to constant-arrival-rate with 1 req/second. Toine Siebelink Daniel Hanrahan Kolawole Adebisi-Adeolokun Halil Cakal
As an example:Code Block language json { "hosts": { "ncmpBaseUrl": "http://localhost:8883", "dmiStubUrl": "http://ncmp-dmi-plugin-demo-and-csit-stub:8092", "kafkaBootstrapServer": "localhost:9092" }, "kafka": { "legacyBatchTopic": "legacy_batch_topic" }, "scenarios": { "passthrough_read_scenario": { "executor": "constant-vus", "exec": "passthroughReadScenario", "vus": 2, "duration": "15m" } }, "thresholds": { "http_req_failed": ["rate == 0"], "cmhandles_created_per_second": ["avg >= 22"], "cmhandles_deleted_per_second": ["avg >= 22"], "ncmp_overhead_passthrough_read": ["avg <= 40"] } }
The current KPI and ENDURANCE (proposed) test parameters (Last updated )
1 | K P I | E N D U R A N C E | ||||||||
2 | Test Stages | Scenario Name | Unit | Executor Type | VUs | Duration | Scenario Name | VUS | Executor Type | Duration |
3 | setup | create_cm_handles | CM-handles/second | N/A | N/A | 20m | create_cm_handles | N/A | N/A | 20m |
4 | scenario | passthrough_read_scenario | overhead | constant-vus | 2 | 15m | passthrough_read_scenario | 2 | constant-vus | 1h |
5 | passthrough_read_alt_id_scenario | overhead | constant-vus | 2 | passthrough_read_alt_id_scenario | 2 | constant-vus | |||
6 | passthrough_write_scenario | overhead | constant-vus | 2 | passthrough_write_scenario | 2 | constant-vus | |||
7 | passthrough_write_alt_id_scenario | overhead | constant-vus | 2 | passthrough_write_alt_id_scenario | 2 | constant-vus | |||
8 | cm_handle_id_search_nofilter_scenario | milliseconds | constant-vus | 1 | cm_handle_id_search_nofilter_scenario | 1 | constant-vus | |||
9 | cm_handle_id_search_module_scenario | milliseconds | constant-vus | 1 | cm_handle_id_search_module_scenario | 1 | constant-vus | |||
10 | cm_handle_id_search_property_scenario | milliseconds | constant-vus | 1 | cm_handle_id_search_property_scenario | 1 | constant-vus | |||
11 | cm_handle_id_search_cpspath_scenario | milliseconds | constant-vus | 1 | cm_handle_id_search_cpspath_scenario | 1 | constant-vus | |||
12 | cm_handle_id_search_trustlevel_scenario | milliseconds | constant-vus | 1 | cm_handle_id_search_trustlevel_scenario | 1 | constant-vus | |||
13 | cm_handle_search_nofilter_scenario | milliseconds | constant-vus | 1 | cm_handle_search_nofilter_scenario | 1 | constant-vus | |||
14 | cm_handle_search_module_scenario | milliseconds | constant-vus | 1 | cm_handle_search_module_scenario | 1 | constant-vus | |||
15 | cm_handle_search_property_scenario | milliseconds | constant-vus | 1 | cm_handle_search_property_scenario | 1 | constant-vus | |||
16 | cm_handle_search_cpspath_scenario | milliseconds | constant-vus | 1 | cm_handle_search_cpspath_scenario | 1 | constant-vus | |||
17 | cm_handle_search_trustlevel_scenario | milliseconds | constant-vus | 1 | cm_handle_search_trustlevel_scenario | 1 | constant-vus | |||
18 | legacy_batch_produce_scenario | milliseconds | shared-iterations | 2 | N/A | legacy_batch_produce_scenario | 1 (1 req. sec) | constant-arrival-rate | ||
19 | legacy_batch_consume_scenario | events/second | per-vu-iterations | 1 | ||||||
20 | teardown | delete_cm_handles | CM-handles/second | N/A | N/A | 20m | delete_cm_handles | N/A | 10m |
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Visualizing the ENDURANCE test results
As mentioned in issues/decisions, there are two alternative ways of representing memory trends: Grafana and
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GnuPlot.
Grafana
Nordix has its own Prometheus and Grafana
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(externally accessible, no need to install Globalprotect) and it can be configured to show cps-and-ncmp memory trends.
Link to Nordix Grafana: https://monitoring.nordix.org/login
Through prometheus.yml (of Nordix), a new scrape_configs for the cps-and-ncmp microservice can be added.
Code Block | ||
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scrape_configs:
- job_name: 'cps-and-ncmp'
metrics_path: '/actuator/prometheus'
scrape_interval: 5s
static_configs:
- targets:
- 'cps-and-ncmp:8080' // replace by <physical-server-ip:port> |
Also, the dashboard provider and dashboard config (jvm-micrometer-dashboard.json) can be added.
Code Block | ||
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providers:
- name: default
orgId: 1
type: file
options:
path: /var/lib/grafana/dashboards
foldersFromFilesStructure: true |
Then, the trend of G1 Old Gen space can be observed as seen below:
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Permanent Storage Alternatives
Prometheus
Configuring the Prometheus with a persistent volume to retain data is possible.
This is an example service config for Prometheus:
Code Block | ||
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prometheus:
container_name: ${PROMETHEUS_CONTAINER_NAME:-prometheus}
image: prom/prometheus:latest
ports:
- ${PROMETHEUS_PORT:-9090}:9090
restart: always
volumes:
- ./config/prometheus.yml:/etc/prometheus/prometheus.yml
- prometheus_data:/prometheus
profiles:
- monitoring
volumes:
prometheus_data:
driver: local |
GNUPlot
GnuPlot can also draw a plot for only G1 Old Gen space
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Getting support from Team Kraken for external link/server access, if we decide to visualize memory trends by Grafana.
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.