Deploy a custom configured droplet into Digital Ocean, provision it via the shell & ansible, and configure your local ssh client to use the droplet without the hassle of adding DNS. This was created to quickly create a development environment to use and then throw it away.
This is very much a work in progress. Please be patient while I add more code and playbooks. If you find this useful, drop me a note.
- A Digital Ocean account. (Use my referral link to give you $50 over 30 days.)
- A Digital Ocean personal API key saved in an environment variable as $DO_KEY
- Additional command-line utilities required;
- A ssh config file that is configured to 'Include config.d' so we can add custom options to connect to the deployed droplet.
There are currently two options available with the main script, droplet.sh. Get and create.
This option will query the Digital Ocean API and get one of three things; available regions, droplet sizes, and main distros.
(0) [chad@laptop:~] $ ./droplet.sh get regions
==========================
ACTIVE LOCATION || SLUG
==========================
Amsterdam 3 => ams3
Bangalore 1 => blr1
Frankfurt 1 => fra1
London 1 => lon1
New York 1 => nyc1
New York 3 => nyc3
San Francisco 2 => sfo2
Singapore 1 => sgp1
Toronto 1 => tor1
(0) [chad@laptop:~] $ ./droplet.sh get sizes
=======================================================================
DROPLET SLUG : CPU MEM STORAGE BANDWIDTH PRICE
=======================================================================
512mb : 1cpu 512MB 20GB SSD 1TB Xfer $5/monthly
s-1vcpu-1gb : 1cpu 1024MB 25GB SSD 1TB Xfer $5/monthly
1gb : 1cpu 1024MB 30GB SSD 2TB Xfer $10/monthly
s-1vcpu-2gb : 1cpu 2048MB 50GB SSD 2TB Xfer $10/monthly
s-1vcpu-3gb : 1cpu 3072MB 60GB SSD 3TB Xfer $15/monthly
s-2vcpu-2gb : 2cpu 2048MB 60GB SSD 3TB Xfer $15/monthly
s-3vcpu-1gb : 3cpu 1024MB 60GB SSD 3TB Xfer $15/monthly
2gb : 2cpu 2048MB 40GB SSD 3TB Xfer $20/monthly
s-2vcpu-4gb : 2cpu 4096MB 80GB SSD 4TB Xfer $20/monthly
4gb : 2cpu 4096MB 60GB SSD 4TB Xfer $40/monthly
c-2 : 2cpu 4096MB 25GB SSD 4TB Xfer $40/monthly
m-1vcpu-8gb : 1cpu 8192MB 40GB SSD 5TB Xfer $40/monthly
s-4vcpu-8gb : 4cpu 8192MB 160GB SSD 5TB Xfer $40/monthly
g-2vcpu-8gb : 2cpu 8192MB 25GB SSD 4TB Xfer $60/monthly
gd-2vcpu-8gb : 2cpu 8192MB 50GB SSD 4TB Xfer $65/monthly
m-16gb : 2cpu 16384MB 60GB SSD 5TB Xfer $75/monthly
8gb : 4cpu 8192MB 80GB SSD 5TB Xfer $80/monthly
c-4 : 4cpu 8192MB 50GB SSD 5TB Xfer $80/monthly
s-6vcpu-16gb : 6cpu 16384MB 320GB SSD 6TB Xfer $80/monthly
g-4vcpu-16gb : 4cpu 16384MB 50GB SSD 5TB Xfer $120/monthly
gd-4vcpu-16gb : 4cpu 16384MB 100GB SSD 5TB Xfer $130/monthly
m-32gb : 4cpu 32768MB 90GB SSD 5TB Xfer $150/monthly
16gb : 8cpu 16384MB 160GB SSD 6TB Xfer $160/monthly
c-8 : 8cpu 16384MB 100GB SSD 6TB Xfer $160/monthly
s-8vcpu-32gb : 8cpu 32768MB 640GB SSD 7TB Xfer $160/monthly
s-12vcpu-48gb : 12cpu 49152MB 960GB SSD 8TB Xfer $240/monthly
g-8vcpu-32gb : 8cpu 32768MB 100GB SSD 6TB Xfer $240/monthly
gd-8vcpu-32gb : 8cpu 32768MB 200GB SSD 6TB Xfer $260/monthly
m-64gb : 8cpu 65536MB 200GB SSD 5TB Xfer $300/monthly
32gb : 12cpu 32768MB 320GB SSD 7TB Xfer $320/monthly
c-16 : 16cpu 32768MB 200GB SSD 7TB Xfer $320/monthly
s-16vcpu-64gb : 16cpu 65536MB 1280GB SSD 9TB Xfer $320/monthly
48gb : 16cpu 49152MB 480GB SSD 8TB Xfer $480/monthly
s-20vcpu-96gb : 20cpu 98304MB 1920GB SSD 10TB Xfer $480/monthly
g-16vcpu-64gb : 16cpu 65536MB 200GB SSD 7TB Xfer $480/monthly
gd-16vcpu-64gb : 16cpu 65536MB 400GB SSD 7TB Xfer $520/monthly
m-128gb : 16cpu 131072MB 340GB SSD 5TB Xfer $600/monthly
64gb : 20cpu 65536MB 640GB SSD 9TB Xfer $640/monthly
c-32 : 32cpu 65536MB 400GB SSD 9TB Xfer $640/monthly
s-24vcpu-128gb : 24cpu 131072MB 2560GB SSD 11TB Xfer $640/monthly
s-32vcpu-192gb : 32cpu 196608MB 3840GB SSD 12TB Xfer $960/monthly
g-32vcpu-128gb : 32cpu 131072MB 400GB SSD 8TB Xfer $960/monthly
gd-32vcpu-128gb : 32cpu 131072MB 800GB SSD 8TB Xfer $1040/monthly
m-224gb : 32cpu 229376MB 500GB SSD 5TB Xfer $1100/monthly
g-40vcpu-160gb : 40cpu 163840MB 500GB SSD 9TB Xfer $1200/monthly
gd-40vcpu-160gb : 40cpu 163840MB 1000GB SSD 9TB Xfer $1300/monthly
(0) [chad@laptop:~] $ ./droplet.sh get distros
==============================================
DISTRIBUTION NAME/VERSION || SLUG
==============================================
CentOS 6.9 x32 => centos-6-x32
CentOS 6.9 x64 => centos-6-x64
CentOS 7.6 x64 => centos-7-x64
CoreOS 2191.5.0 (stable) => coreos-stable
CoreOS 2219.2.1 (beta) => coreos-beta
CoreOS 2247.0.0 (alpha) => coreos-alpha
Debian 10 x64 => debian-10-x64
Debian 9.7 x64 => debian-9-x64
Fedora 28 x64 => fedora-28-x64
Fedora 29 x64 => fedora-29-x64
Fedora 30 x64 => fedora-30-x64
Fedora Atomic 28 x64 Atomic => fedora-28-x64-atomic
FreeBSD 11.3 x64 ufs => freebsd-11-x64-ufs
FreeBSD 11.3 x64 zfs => freebsd-11-x64-zfs
FreeBSD 12.0 x64 ufs => freebsd-12-x64
FreeBSD 12.0 x64 zfs => freebsd-12-x64-zfs
RancherOS v1.4.3 => rancheros-1.4
RancherOS v1.5.4 => rancheros
Ubuntu 16.04.6 (LTS) x32 => ubuntu-16-04-x32
Ubuntu 16.04.6 (LTS) x64 => ubuntu-16-04-x64
Ubuntu 18.04.3 (LTS) x64 => ubuntu-18-04-x64
Ubuntu 19.04 x64 => ubuntu-19-04-x64
(0) [chad@laptop:~] $ ./droplet.sh create sfo2 s-1vcpu-1gb ubuntu-18-04-x64 test1
Deploying machine: sfo2-s-1vcpu-1gb-20190904-1209
Bringing machine 'test1' up with 'digital_ocean' provider...
==> test1: Using existing SSH key: Vagrant
==> test1: Creating a new droplet...
==> test1: Assigned IP address: 167.71.147.218
==> test1: Creating user account: chad...
==> test1: Rsyncing folder: /Users/chad/digitalocean/deployments/sfo2-s-1vcpu-1gb-20190904-1209/ => /vagrant
==> test1: - Exclude: [".vagrant/", ".git/.gitignore.vscode"]
==> test1: Running provisioner: shell...
test1: Running: /var/folders/mh/zj515z4x1xx162j7s5yh42cr0000gn/T/vagrant-shell20190904-77322-1awd6vj.sh
test1: Beginning provisioning on root@test1
test1: Get:1 http://mirrors.digitalocean.com/ubuntu bionic InRelease [242 kB]
test1: Get:2 http://mirrors.digitalocean.com/ubuntu bionic-updates InRelease [88.7 kB]
test1: Get:3 http://mirrors.digitalocean.com/ubuntu bionic-backports InRelease [74.6 kB]
test1: Get:4 http://mirrors.digitalocean.com/ubuntu bionic/universe amd64 Packages [8570 kB]
test1: Get:5 http://security.ubuntu.com/ubuntu bionic-security InRelease [88.7 kB]
test1: Get:6 http://mirrors.digitalocean.com/ubuntu bionic/universe Translation-en [4941 kB]
...
...
...
...
...
...
test1: (Reading database ...
test1: 59707 files and directories currently installed.)
test1: Preparing to unpack .../do-agent_3.5.6_amd64.deb ...
test1: Unpacking do-agent (3.5.6) ...
test1: Setting up do-agent (3.5.6) ...
test1: Detecting SELinux
test1: SELinux not enforced
test1: userdel: user 'do-agent' does not exist
test1: enable systemd service
test1: Created symlink /etc/systemd/system/multi-user.target.wants/do-agent.service → /etc/systemd/system/do-agent.service.
test1: Processing triggers for ureadahead (0.100.0-21) ...
==> test1: Running provisioner: ansible_local...
test1: Installing Ansible...
Vagrant has automatically selected the compatibility mode '2.0'
according to the Ansible version installed (2.8.4).
Alternatively, the compatibility mode can be specified in your Vagrantfile:
https://www.vagrantup.com/docs/provisioning/ansible_common.html#compatibility_mode
test1: Running ansible-playbook...
PLAY [all] *********************************************************************
TASK [shell] *******************************************************************
changed: [test1]
TASK [debug] *******************************************************************
ok: [test1] => {
"ls_result.stdout_lines": [
"ansible.cfg",
"group_vars",
"playbook.yaml",
"roles"
]
}
TASK [shell] *******************************************************************
changed: [test1]
TASK [debug] *******************************************************************
ok: [test1] => {
"who.stdout_lines": [
"root"
]
}
PLAY RECAP *********************************************************************
test1 : ok=4 changed=2 unreachable=0 failed=0 skipped=0 rescued=0 ignored=0
==> test1: Running action triggers after up ...
==> test1: Running trigger: Finished Message...
==> test1: Machine is up!