hcloud
is a command-line interface for interacting with Hetzner Cloud.
You can download pre-built binaries for Linux, FreeBSD, macOS, and Windows on the releases page.
On macOS and Linux, you can install hcloud
via Homebrew:
brew install hcloud
On Windows, you can install hcloud
via Scoop
scoop install hcloud
There are unofficial packages maintained by third-party users. Please note that these packages aren’t supported nor maintained by Hetzner Cloud and may not always be up-to-date. Downloading the binary or building from source is still the recommended install method.
If you have Go installed, you can build and install the latest version of
hcloud
with:
go install github.com/hetznercloud/cli/cmd/hcloud@latest
Binaries built in this way do not have the correct version embedded. Use our prebuilt binaries or check out
.goreleaser.yml
to learn how to embed it yourself.
-
Visit the Hetzner Cloud Console at console.hetzner.cloud, select your project, and create a new API token.
-
Configure the
hcloud
program to use your token:hcloud context create my-project
-
You’re ready to use the program. For example, to get a list of available server types, run:
hcloud server-type list
See hcloud help
for a list of commands.
hcloud
provides completions for various shells.
To load completions into the current shell execute:
source <(hcloud completion bash)
In order to make the completions permanent, append the line above to
your .bashrc
.
If shell completions are not already enabled for your environment need
to enable them. Add the following line to your ~/.zshrc
file:
autoload -Uz compinit; compinit
To load completions for each session execute the following commands:
mkdir -p ~/.config/hcloud/completion/zsh
hcloud completion zsh > ~/.config/hcloud/completion/zsh/_hcloud
Finally, add the following line to your ~/.zshrc
file, before you
call the compinit
function:
fpath+=(~/.config/hcloud/completion/zsh)
In the end your ~/.zshrc
file should contain the following two lines
in the order given here.
fpath+=(~/.config/hcloud/completion/zsh)
# ... anything else that needs to be done before compinit
autoload -Uz compinit; compinit
# ...
You will need to start a new shell for this setup to take effect.
To load completions into the current shell execute:
hcloud completion fish | source
In order to make the completions permanent execute once:
hcloud completion fish > ~/.config/fish/completions/hcloud.fish
To load completions into the current shell execute:
PS> hcloud completion powershell | Out-String | Invoke-Expression
To load completions for every new session, run and source this file from your PowerShell profile.
PS> hcloud completion powershell > hcloud.ps1
You can control output via the -o
option:
-
For
list
commands, you can specify-o noheader
to omit the table header. -
For
list
commands, you can specify-o columns=id,name
to only show certain columns in the table. -
For
describe
commands, you can specify-o json
to get a JSON representation of the resource. The schema is identical to those in the Hetzner Cloud API which are documented at docs.hetzner.cloud. -
For
create
commands, you can specify-o json
to get a JSON representation of the API response. API responses are documented at docs.hetzner.cloud. In contrast todescribe
commands,create
commands can return extra information, for example the initial root password of a server. -
For
describe
commands, you can specify-o format={{.ID}}
to format output according to the given Go template. The template’s input is the resource’s corresponding struct in the hcloud-go library.
You can use the following environment variables to configure hcloud
:
HCLOUD_TOKEN
HCLOUD_CONTEXT
HCLOUD_CONFIG
When using hcloud
in scripts, for example, it may be cumbersome to work with
contexts. Instead of creating a context, you can set the token via the HCLOUD_TOKEN
environment variable. When combined with tools like direnv, you
can configure a per-directory context by setting HCLOUD_CONTEXT=my-context
via .envrc
.
$ hcloud server list
ID NAME STATUS IPV4
210216 test1 running 78.46.122.12
210729 ubuntu-8gb-nbg1-dc3-1 running 94.130.177.158
$ hcloud server create --name test --image debian-9 --type cx11 --ssh-key demo
7s [====================================================================] 100%
Server 325211 created
MIT license