This guide shows how to download, install, and start visualizing data with Chronograf.
Download and Install Chronograf
Follow the instructions in the Chronograf Downloads section on the Downloads page.
Start the Chronograf Server
How you start Chronograf depends on how you installed it:
Debian or RPM package
sudo service chronograf start
Note that the Chronograf startup script needs root permission to ensure that it can write to
/var/log, but the executable runs as a normal user.
OS X via Homebrew
Run Chronograf manually on the command line:
To have launchd start homebrew/binary/chronograf at login:
ln -sfv /usr/local/opt/chronograf/*.plist ~/Library/LaunchAgents
Then to load homebrew/binary/chronograf now:
launchctl load ~/Library/LaunchAgents/homebrew.mxcl.chronograf.plist
Standalone OS X binary
Assuming you’re working with Chronograf version 0.12, from the
Check to see that Chronograf is running at http://127.0.0.1:10000. If this is the first time you’ve started Chronograf, you’ll see this:
NOTE: By default, Chronograf runs on localhost port
10000. Those settings are configurable; see the configuration file to change them and to see the other configuration options. We list the location of the configuration file by installation process below.
- Debian or RPM package:
- OS X via Homebrew:
- Standalone OS X binary:
Now that you’ve got everything installed and running it’s time to start visualizing your data in Chronograf!
Add your first Server
Direct Chronograf to your InfluxDB data by adding a server:
Add new server button.
Fill out the form with the relevant information.
In this step the only required fields are
In the example below, we’ve called our server
InfluxDB-1 and it’s running on
localhost on port
8086 (the default
PORT for InfluxDB).
In the image below, notice that Chronograf is now aware of our InfluxDB server
Done in the top left corner and move on to the next section to create your first graph.
You can always return to the
Servers page by clicking on the gear in the top right corner.
Create your first Visualization
It’s time to graph your data. In the next steps, we’ll create an example graph that shows the average idle CPU percentage grouped by CPU tag and by one minute time intervals. If you’d like to follow along, see Getting Started with Telegraf to get the data we use in this section.
+ and name your graph in the
New Graph window.
We’ll call our graph
Average idle CPU usage.
In this example, we’re working with the the server
InfluxDB-1, the database
telegraf, and the retention policy
4. Create your query.
To create a query, you can either use the Query Builder or, if you’re already familiar with InfluxQL, you can manually enter the query in the text input. In this step, we manually enter the following query:
SELECT mean(usage_idle) FROM cpu WHERE time > now() - 10m GROUP BY time(1m), cpu
Our query calculates the average of the field key
usage_idle in the measurement
cpu, and it
GROUPs BY the tag
cpu and by one minute intervals. The query asks for data that fall within the past 10 minutes.
Done in the top right corner to complete your graph, and move on to the next section to create your first dashboard.
Create your first Dashboard
Now that we have a graph we want to add it to a dashboard.
Move to the
DASHBOARDS tab at the top of your screen.
+ and name your dashboard in the
New Dashboard window.
We’ll call our dashboard
Idle CPU usage.
Because our dashboard has no visualizations, it looks like this:
Add Visualization button.
We want to add the graph we made in the section above so we click
Add From Existing Visualizations.
Average idle CPU usage and click the
Add Visualizations to Dash button in the top right corner.
That takes us back to our new dashboard!
One visualization on a dashboard isn’t spectacularly interesting, so we’ve added a couple more graphs to show you some of the possibilities:
And that’s it! You now have the foundation for building beautiful data visualizations and dashboards with Chronograf.