So installieren und konfigurieren Sie Doctl auf Ubuntu
-Step 1: Install doctl
-Install doctl following the directions for your package manager or operating system:
-To install the latest version of doctl using Snap on Ubuntu or other supported operating systems, run:
$ sudo snap install doctl
-For security purposes, Snaps run in complete isolation and need to be granted permission to interact with your system’s resources. Some doctl commands require additional permissions:
- Using doctl’s integration with kubectl requires the kube-config personal-files interface. To enable it, run:
$ sudo snap connect doctl:kube-config
-Using doctl compute ssh requires the core ssh-keys interface. To enable it, run:
$ sudo snap connect doctl:ssh-keys :ssh-keys
-Using doctl registry login requires the dot-docker personal-files interface. To enable it, run:
$ sudo snap connect doctl:dot-docker
-Step 2: Create an API token
-Create a DigitalOcean API token for your account with read and write access from the Applications & API page in the control panel. The token string is only displayed once, so save it in a safe place.
-Step 3: Use the API token to grant account access to doctl
-Note
-If you installed doctl using the Ubuntu Snap package, you may need to first create the user configuration directory if it does not exist yet by running mkdir ~/.config.
-Use the API token to grant doctl access to your DigitalOcean account. Pass in the token string when prompted by doctl auth init, and give this authentication context a name.
$ doctl auth init --context <NAME>
-Authentication contexts let you switch between multiple authenticated accounts. You can repeat steps 2 and 3 to add other DigitalOcean accounts, then list and switch between authentication contexts:
$ doctl auth list
$ doctl auth switch --context <NAME>
-Step 4: Validate that doctl is working
-Now that doctl is authorized to use your account, try some test commands.
-To confirm that you have successfully authorized doctl, review your account details by running:
$ doctl account get
-If successful, the output will look like:
Email Droplet Limit Email Verified UUID Status
[email protected] 10 true 3a56c5e109736b50e823eaebca85708ca0e5087c active
-To confirm that you have successfully granted write access to doctl, create an Ubuntu 18.04 Droplet in the SFO2 region by running:
$ doctl compute droplet create --region tor1 --image ubuntu-18-04-x64 --size s-1vcpu-1gb <DROPLET-NAME>
-The output of that command will include an ID column with the new Droplet’s ID. For example:
ID Name Public IPv4 Private IPv4 Public IPv6 Memory VCPUs Disk Region Image Status Tags Features Volumes
187949338 droplet-name 1024 1 25 sfo2 Ubuntu 18.04.3 (LTS) x64 new
-Use that value to delete the Droplet by running:
$ doctl compute droplet delete <DROPLET-ID>
-When prompted, type y to confirm that you would like to delete the Droplet.
-Step 5: Install Serverless Functions support (Optional)
-To use doctl with our serverless Functions product, you must first install a software extension, then use it to connect to the development namespace.
-To install the support for serverless Functions, run the serverless install subcommand:
$ doctl serverless install
-This will download and install the extension, providing status updates along the way:
Downloading...Unpacking...Installing...Cleaning up...
Done
-Next, connect to the development namespace with serverless connect:
$ doctl serverless connect
-This will output the name and API host of your namespace:
Connected to function namespace 'fn-feb132ee-706a-4f13-9c81-f24a3330260b' on API host 'https://faas-nyc1-78edc.doserverless.co'
-You are now ready to create and deploy functions. See the [Functions Quickstart]/products/functions/quickstart/) to get started.
OHIOLee