![]() ![]() Yellow ginger is preferable to "elephant ginger", the big knotty arms you see for $1.80/lb. If it's astringent and off, I'll drive elsewhere. If it smells floral and delicious, that's it. My test is to go to whole foods or a competitor and snap a small bud off. I do like it strong, so I use 2.5-3 lbs per 5 gallon batch. This is all about the ginger, so get the best you can find. From my many iterations of ginger beer, here are a few pro tips to get the best product. But that's for another thread.Ī lot of insight in this thread that I wish I'd gleaned years ago. I prefer to partially ferment more for the flavor qualities than any buzz - at around 2-3.5% ABV the ginger really seems to pop more, and it's a more complex flavor overall. You can also partially ferment ginger cordial mix/concentrate with champagne yeast, for a more complex mixer. The base recipe in the OP is more or less the same as needed for alcoholic ginger beer to ferment it just add champagne yeast and wait a few days before kegging. Interesting and cool to see the parallel thinking over the years in both threads. ![]() You now have the foundation for building beautiful data visualizations and dashboards with Chronograf.I've posted a lot in the alcoholic ginger beer thread, but missed this one. One visualization on a dashboard isn’t spectacularly interesting, so we’ve added a couple more graphs to show you some of the possibilities: Select Average idle CPU usage and click the Add Visualizations to Dash button in the top right corner. We want to add the graph we made in the section above so we click Add From Existing Visualizations. Move to the DASHBOARDS tab at the top of your screen.Ĭlick + and name your dashboard in the New Dashboard window.īecause our dashboard has no visualizations, it looks like this: Now that we have a graph we want to add it to a dashboard. The query asks for data that fall within the past 10 minutes.Ĭlick Done in the top right corner to complete your graph, and move on to the next section to create your first dashboard. 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. In this step, we manually enter the following query: SELECT mean(usage_idle) FROM cpu WHERE time > now() - 10m GROUP BY time(1m), cpu 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 example, we’re working with the the server InfluxDB-1, the database telegraf, and the retention policy default. We’ll call our graph Average idle CPU usage.Ĭhoose the server, database, and retention policy that you want to work with: If you’d like to follow along, see ((/chronograf/v1.5/introduction/getting-started/) to get the data we use in this section.Ĭlick Add Visualization and name your graph in the New Graph window. 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. You can always return to the Servers page by clicking on the gear in the top right corner. In the image below, notice that Chronograf is now aware of our InfluxDB server InfluxDB-1.Ĭlick Done in the top left corner and move on to the next section to create your first graph. In the example below, we’ve called our server InfluxDB-1 and it’s running on localhost on port 8086 (the default HOST and PORT for InfluxDB). In this step the only required fields are NICKNAME, HOST, and PORT. Now that you’ve got everything installed and running it’s time to start visualizing your data in Chronograf! Add your first Serverĭirect Chronograf to your InfluxDB data by adding a server:įill out the form with the relevant information. Those settings are configurable see the configuration file to change them and to see the other configuration options. NOTE: By default, Chronograf runs on localhost port 10000. If this is the first time you’ve started Chronograf, you’ll see this: chronograf-0.13-darwin_amd64Ĭheck to see that Chronograf is running at. Then to load homebrew/binary/chronograf now: launchctl load ~/Library/LaunchAgents/Īssuming you’re working with Chronograf version 0.13, from the chronograf-0.13/ directory. To have launchd start homebrew/binary/chronograf at login: ln -sfv /usr/local/opt/chronograf/*.plist ~/Library/LaunchAgents Run Chronograf manually on the command line: chronograf 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. How you start Chronograf depends on how you installed it: Debian or RPM package sudo service chronograf start ![]() Download and install Chronografįollow the instructions in the Chronograf Downloads section on the Downloads page. This guide shows how to download, install, and start visualizing data with Chronograf. ![]()
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