This project is a fork from @jkehres and add a Grafana dashboard to display K6 load testing result
You can run k6 with --out influxdb and point influxdb endpoint to exposed port and db as below,
k6 run --vus 100 --duration 5m --out influxdb=http://localhost:8086/k6 script.js
You have to stick with InfluxDB v1 because upstream K6 not support InfluxDB v2 yet.
Multi-container Docker app built from the following services:
To start the app:
- Install docker-compose on the docker host.
- Clone this repo on the docker host.
- Optionally, change default credentials or Grafana provisioning.
- Run the following command from the root of the cloned repo:
docker-compose up -d
To stop the app:
- Run the following command from the root of the cloned repo:
docker-compose down
The services in the app run on the following ports:
| Host Port | Service |
|---|---|
| 443 | Grafana |
| 3000 | Grafana |
| 8086 | InfluxDB |
The app creates the following named volumes (one for each service) so data is not lost when the app is stopped:
- influxdb-storage
- grafana-storage
The app creates two admin users - one for InfluxDB and one for Grafana. By default, the username and password of both accounts is admin. To override the default credentials, set the following environment variables before starting the app:
INFLUXDB_USERNAMEINFLUXDB_PASSWORDGRAFANA_USERNAMEGRAFANA_PASSWORD
The app creates a default InfluxDB database called k6.
The app creates a Grafana data source called InfluxDB that's connected to the default IndfluxDB database (e.g. k6).
To provision additional data sources, see the Grafana documentation and add a config file to ./grafana-provisioning/datasources/ before starting the app.
By default, the app does create K6 Load Testing Result Grafana dashboard.
To provision additional dashboards, see the Grafana documentation and add a config file to ./grafana-provisioning/dashboards/ before starting the app.