DropletKit

DropletKit is the official DigitalOcean V2 API client. It supports everything the API can do with a simple interface written in Ruby.

Installation

Add this line to your application's Gemfile:

gem 'droplet_kit'

And then execute:

$ bundle

Or install it yourself as:

$ gem install droplet_kit

Usage

You'll need to generate an access token in DigitalOcean's control panel at https://cloud.digitalocean.com/settings/applications

Using your access token, retrieve a client instance.

require 'droplet_kit'
client = DropletKit::Client.new(access_token: 'YOUR_TOKEN')

Timeout

You may also set timeout and time to first byte options on the client.

require 'droplet_kit'
client = DropletKit::Client.new(
  access_token: 'YOUR_TOKEN',
  open_timeout: 60, # time to first byte in seconds
  timeout:      120, # response timeout in seconds
)

Custom User-Agent

If you would like to include a custom User-Agent header beyond what DropletKit uses, you can pass one in at the client initialization like so:

require 'droplet_kit'
client = DropletKit::Client.new(access_token: 'YOUR_TOKEN', user_agent: 'custom')

Design

DropletKit follows a strict design of resources as methods on your client. For examples, for droplets, you will call your client like this:

client = DropletKit::Client.new(access_token: 'YOUR_TOKEN')
client.droplets #=> DropletsResource

DropletKit will return Plain Old Ruby objects(tm) that contain the information provided by the API. For example:

client = DropletKit::Client.new(access_token: 'YOUR_TOKEN')
client.droplets.all
# => [ DropletKit::Droplet(id: 123, name: 'something.com', ...), DropletKit::Droplet(id: 1066, name: 'bunk.com', ...) ]

When you'd like to save objects, it's your responsibility to instantiate the objects and persist them using the resource objects. Let's use creating a Droplet as an example:

client = DropletKit::Client.new(access_token: 'YOUR_TOKEN')
droplet = DropletKit::Droplet.new(name: 'mysite.com', region: 'nyc2', image: 'ubuntu-14-04-x64', size: 's-1vcpu-1gb')
created = client.droplets.create(droplet)
# => DropletKit::Droplet(id: 1231, name: 'something.com', ...)

To retrieve objects, you can perform this type of action on the resource (if the API supports it):

client = DropletKit::Client.new(access_token: 'YOUR_TOKEN')
droplet = client.droplets.find(id: 123)
# => DropletKit::Droplet(id: 1231, name: 'something.com', ...)

All Resources and actions.

CDN resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.cdns #=> DropletKit::CertificateResource
cdn = DropletKit::CDN.new(
  origin: 'myspace.nyc3.digitaloceanspaces.com',
  ttl: 1800,
  custom_domain: 'www.myacme.xyz',
  certificate_id: 'a6689b98-2bb9-40be-8638-fb8426aabd26'
)

Actions supported:

client.cdns.find(id: 'id')
client.cdns.all()
client.cdns.create(cdn)
client.cdns.update_ttl(id: 'id', ttl: 3600)
client.cdns.update_custom_domain(id: 'id', custom_domain: 'www.myacme.xyz', certificate_id: 'a6689b98-2bb9-40be-8638-fb8426aabd26')
client.cdns.flush_cache(id: 'id', files: ['*', 'path/to/css/*'])
client.cdns.delete(id: 'id')

Certificate resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.certificates #=> DropletKit::CertificateResource

Actions supported:

client.certificates.find(id: 'id')
client.certificates.all()
client.certificates.create(certificate)
client.certificates.delete(id: 'id')

Database resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.databases #=> DropletKit::DatabaseResource
database_cluster = DropletKit::DatabaseCluster.new(
  name: 'backend',
  engine: 'pg',
  version: '10',
  region: 'nyc3',
  size: 'db-s-2vcpu-4gb',
  num_nodes: 2,
  tags: ['production']
)

Actions supported:

client.databases.find_cluster(id: 'id')
client.databases.all_clusters()
client.databases.create_cluster(database_cluster)
client.databases.resize_cluster(database_cluster, id: 'id')
client.databases.migrate_cluster(database_cluster, id: 'id')
client.databases.set_maintenance_window(database_maintenance_window, id: 'id')
client.databases.update_maintenance_window(database_maintenance_window, id: 'id')
client.databases.list_backups(id: 'id')
client.databases.restore_from_backup(database_backup)
client.databases.delete_cluster(id: 'id')
client.database.create_db(database, id: 'id')
client.databases.find_db(id: 'id', name: 'name')
client.databases.all_dbs(id: 'id')
client.databases.delete_db(id: 'id', name: 'name')
client.databases.list_firewall_rules(id: 'id')
client.databases.set_firewall_rules(database_firewall_rules, id: 'id')
client.databases.create_read_only_replica(database_read_only_replica, id: 'id')
client.databases.find_read_only_replica(id: 'id', name: 'name')
client.databases.list_read_only_replicas(id: 'id')
client.databases.delete_read_only_replica(id: 'id', name: 'name')
client.databases.create_database_user(database_user, id: 'id')
client.databases.find_database_user(id: 'id', name: 'name')
client.databases.list_database_users(id: 'id')
client.databases.reset_database_user_auth(reset_auth, id: 'id', name: 'name')
client.databases.delete_database_user(id: 'id', name: 'name')
client.databases.create_connection_pool(database_connection_pool, id: 'id')
client.databases.find_connection_pool(id: 'id', name: 'name')
client.databases.list_connection_pools(id: 'id')
client.databases.delete_connection_pool(id: 'id', name: 'name')
client.databases.set_eviction_policy(database_eviction_policy, id: 'id')
client.databases.get_eviction_policy(id: 'id')
client.databases.set_sql_mode(database_sql_mode, id: 'id')
client.databases.get_sql_mode(id: 'id')

Droplet resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.droplets #=> DropletKit::DropletResource

Actions supported:

client.droplets.all()
client.droplets.all(tag_name: 'tag_name')
client.droplets.find(id: 'id')
client.droplets.create(droplet)
client.droplets.create_multiple(droplet)
client.droplets.delete(id: 'id')
client.droplets.delete_for_tag(tag_name: 'tag_name')
client.droplets.kernels(id: 'id')
client.droplets.snapshots(id: 'id')
client.droplets.backups(id: 'id')
client.droplets.actions(id: 'id')

Droplet Action resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.droplet_actions #=> DropletKit::DropletAction

Actions supported:

client.droplet_actions.reboot(droplet_id: droplet.id)
client.droplet_actions.power_cycle(droplet_id: droplet.id)
client.droplet_actions.power_cycle_for_tag(tag_name: 'tag_name')
client.droplet_actions.shutdown(droplet_id: droplet.id)
client.droplet_actions.shutdown_for_tag(tag_name: 'tag_name')
client.droplet_actions.power_off(droplet_id: droplet.id)
client.droplet_actions.power_off_for_tag(tag_name: 'tag_name')
client.droplet_actions.power_on(droplet_id: droplet.id)
client.droplet_actions.power_on_for_tag(tag_name: 'tag_name')
client.droplet_actions.password_reset(droplet_id: droplet.id)
client.droplet_actions.enable_ipv6(droplet_id: droplet.id)
client.droplet_actions.enable_ipv6_for_tag(tag_name: 'tag_name')
client.droplet_actions.enable_backups(droplet_id: droplet.id)
client.droplet_actions.enable_backups_for_tag(tag_name: 'tag_name')
client.droplet_actions.disable_backups(droplet_id: droplet.id)
client.droplet_actions.disable_backups_for_tag(tag_name: 'tag_name')
client.droplet_actions.upgrade(droplet_id: droplet.id)
client.droplet_actions.enable_private_networking(droplet_id: droplet.id)
client.droplet_actions.enable_private_networking_for_tag(tag_name: 'tag_name')
client.droplet_actions.snapshot(droplet_id: droplet.id, name: 'Snapshot Name')
client.droplet_actions.snapshot_for_tag(tag_name: 'tag_name', name: 'Snapshot Name')
client.droplet_actions.change_kernel(droplet_id: droplet.id, kernel: 'kernel_id')
client.droplet_actions.rename(droplet_id: droplet.id, name: 'New-Droplet-Name')
client.droplet_actions.rebuild(droplet_id: droplet.id, image: 'image_id')
client.droplet_actions.restore(droplet_id: droplet.id, image: 'image_id')
client.droplet_actions.resize(droplet_id: droplet.id, size: 's-1vcpu-1gb')
client.droplet_actions.find(droplet_id: droplet.id, id: action.id)
client.droplet_actions.action_for_id(droplet_id: droplet.id, type: 'event_name', param: 'value')
client.droplet_actions.action_for_tag(tag_name: 'tag_name', type: 'event_name', param: 'value')

Domain resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.domains #=> DropletKit::DomainResource

Actions supported:

client.domains.all()
client.domains.create(domain)
client.domains.find(name: 'name')
client.domains.delete(name: 'name')

Domain record resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.domain_records #=> DropletKit::DomainRecordResource
domain_record = DropletKit::DomainRecord.new(
  type: 'CNAME',
  name: 'www',
  data: '@',
  ttl: 1800
)

Actions supported:

client.domain_records.all(for_domain: 'for_domain')
client.domain_records.create(domain_record, for_domain: 'for_domain')
client.domain_records.find(for_domain: 'for_domain', id: 'id')
client.domain_records.delete(for_domain: 'for_domain', id: 'id')
client.domain_records.update(domain_record, for_domain: 'for_domain', id: 'id')

Firewall resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.firewalls #=> DropletKit::FirewallResource

inbound_rule = DropletKit::FirewallInboundRule.new(
  protocol: 'icmp',
  ports: '0',
  sources: {
    tags: ['frontend', 'backend'],
    load_balancer_uids: ['d2d3920a-9d45-41b0-b018-d15e18ec60a4']
  }
)

outbound_rule = DropletKit::FirewallOutboundRule.new(
  protocol: 'icmp',
  ports: '0',
  destinations: {
    addresses: ["127.0.0.0"],
    droplet_ids: [456, 789]
  }
)

firewall = DropletKit::Firewall.new(
  name: 'firewall',
  inbound_rules: [
    inbound_rule
  ],
  outbound_rules: [
    outbound_rule
  ],
  droplet_ids: [123],
  tags: ['backend']
)

Actions supported:

client.firewalls.find(id: 'id')
client.firewalls.create(firewall)
client.firewalls.update(firewall, id: 'id')
client.firewalls.all()
client.firewalls.all_by_droplet(droplet_id: 'id')
client.firewalls.delete(id: 'id')
client.firewalls.add_droplets([droplet.id], id: 'id')
client.firewalls.remove_droplets([droplet.id], id: 'id')
client.firewalls.add_tags([tag.name], id: 'id')
client.firewalls.remove_tags([tag.name], id: 'id')
client.firewalls.add_rules(inbound_rules: [inbound_rule], outbound_rules: [outbound_rule], id: 'id')
client.firewalls.remove_rules(inbound_rules: [inbound_rule], outbound_rules: [outbound_rule], id: 'id')

Image resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.images #=> DropletKit::ImageResource

Actions supported:

client.images.all()
client.images.find(id: 'id')
client.images.delete(id: 'id')
client.images.update(image, id: 'id')

Image Action Resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.image_actions #=> DropletKit::ImageActionResource

Image Actions Supported:

client.image_actions.all(image_id: 123)
client.image_actions.find(image_id: 123, id: 123455)
client.image_actions.transfer(image_id: 123, region: 'nyc3')

Kubernetes Resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.kubernetes_clusters #=> DropletKit::KubernetesClusterResource

Actions supported

When the arguments below refer to cluster, they refer to:

cluster = DropletKit::KubernetesCluster.new(name: "foo", region: "nyc1", ...) # cluster attributes

When the arguments below refer to node_pool, they refer to:

node_pool = DropletKit::KubernetesNodePool.new(name: 'frontend', size: 's-1vcpu-1gb', count: 3, ...) # Node Pool attributes

client.kubernetes_clusters.all()
client.kubernetes_clusters.find(id: 'cluster_id')
client.kubernetes_clusters.create(cluster)
client.kubernetes_clusters.kubeconfig(id: 'cluster_id')
client.kubernetes_clusters.update(cluster, id: 'cluster_id')
client.kubernetes_clusters.delete(id: 'cluster_id')
client.kubernetes_clusters.node_pools(id: 'cluster_id')
client.kubernetes_clusters.find_node_pool(id: 'cluster_id', pool_id: 'node_pool_id')
client.kubernetes_clusters.create_node_pool(node_pool, id: 'cluster_id')
client.kubernetes_clusters.update_node_pool(node_pool, id: 'cluster_id', pool_id: 'node_pool_id')
client.kubernetes_clusters.delete_node_pool(id: 'cluster_id', pool_id: 'node_pool_id')
client.kubernetes_clusters.recycle_node_pool([node_id, node_id, ...], id: 'cluster_id', pool_id: 'node_pool_id')
client.kubernetes_options.all()

Load balancer resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.load_balancers #=> DropletKit::LoadBalancerResource

Actions supported:

client.load_balancers.find(id: 'id')
client.load_balancers.all()
client.load_balancers.create(load_balancer)
client.load_balancers.update(load_balancer, id: 'id')
client.load_balancers.delete(id: 'id')
client.load_balancers.add_droplets([droplet.id], id: 'id')
client.load_balancers.remove_droplets([droplet.id], id: 'id')
client.load_balancers.add_forwarding_rules([forwarding_rule], id: 'id')
client.load_balancers.remove_forwarding_rules([forwarding_rule], id: 'id')

Region resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.regions #=> DropletKit::RegionResource

Actions supported:

client.regions.all()

Size resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.sizes #=> DropletKit::SizeResource

Actions supported:

client.sizes.all()

SSH key resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.ssh_keys #=> DropletKit::SSHKeyResource

When you want to create a droplet using your stored SSH key.

client = DropletKit::Client.new(access_token: 'YOUR_TOKEN')
my_ssh_keys = client.ssh_keys.all.collect {|key| key.fingerprint}
droplet = DropletKit::Droplet.new(name: 'mysite.com', region: 'nyc2', image: 'ubuntu-14-04-x64', size: 's-1vcpu-1gb', ssh_keys: my_ssh_keys)
created = client.droplets.create(droplet)
# => DropletKit::Droplet(id: 1231, name: 'something.com', ...)

Actions supported:

client.ssh_keys.all()
client.ssh_keys.create(ssh_key)
client.ssh_keys.find(id: 'id')
client.ssh_keys.delete(id: 'id')
client.ssh_keys.update(ssh_key, id: 'id')

Project resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.projects #=> DropletKit::ProjectResource

Actions supported:

client.projects.all()
client.projects.find(id: 'id')
client.projects.find_default is equivalent to client.projects.find(id: DropletKit::Project::DEFAULT)
client.projects.create(DropletKit::Project.new(name: 'name', purpose: 'Service or API'))
client.projects.update(project, id: 'id')
client.projects.delete(id: 'id')
client.projects.list_resources(id: 'id')
client.projects.assign_resources([DropletKit::Droplet.new(id: 123), "do:space:myspace.com"], id: 'id')

Tag resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.tags #=> DropletKit::TagResource

Actions supported:

client.tags.all()
client.tags.find(name: 'name')
client.tags.create(DropletKit::Tag.new(name: 'name'))
client.tags.delete(name: 'name')
client.tags.tag_resources(name: 'name', resources: [{ resource_id => 'droplet_id', resource_type: 'droplet' },{ resource_id => 'image_id', resource_type: 'image' }])
client.tags.untag_resources(name 'name', resources: [{ resource_id => 'droplet_id', resource_type: 'droplet' },{ resource_id => 'image_id', resource_type: 'image' }])

Account resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.account #=> DropletKit::AccountResource

Actions supported:

client.account.info()

Floating IP resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.floating_ips #=> DropletKit::FloatingIpResource

Actions supported:

client.floating_ips.all()
client.floating_ips.find(ip: 'ip address')
client.floating_ips.create(floating_ip)
client.floating_ips.delete(ip: 'ip address')

Floating IP Action resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.floating_ip_actions #=> DropletKit::FloatingIpActionResource

Actions supported:

client.floating_ip_actions.assign(ip: floating_ip.ip, droplet_id: droplet.id)
client.floating_ip_actions.unassign(ip: floating_ip.ip)

Volume resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.volumes #=> DropletKit::VolumeResource

Actions supported:

client.volumes.all()
client.volumes.find(id: 'id')
client.volumes.create(volume)
client.volumes.snapshots(id: 'id')
client.volumes.create_snapshot(id: 'id', name: 'snapshot-name')
client.volumes.delete(id: 'id')

Volume Action resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.volume_actions #=> DropletKit::VolumeActionResource

Actions supported:

client.volume_actions.attach(volume_id: volume.id, droplet_id: droplet.id, region: droplet.region.slug)
client.volume_actions.detach(volume_id: volume.id, droplet_id: droplet.id, region: droplet.region.slug)
client.volume_actions.resize(volume_id: volume.id, size_gigabytes: 123, region: droplet.region.slug)

Snapshot resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.snapshots #=> DropletKit::SnapshotResource

Actions supported:

client.snapshots.all(resource_type: 'droplet')
client.snapshots.find(id: 'id')
client.snapshots.delete(id: 'id')

VPC resource

client = DropletKit::Client.new(access_token: 'TOKEN')
client.vpcs #=> DropletKit::VPCResource

Actions supported:

client.vpcs.find(id: 'id')
client.vpcs.all()
client.vpcs.create(vpc)
client.vpcs.update(vpc, id: 'id')
client.vpcs.patch(vpc, id: 'id')
client.vpcs.delete(id: 'id')
client.vpcs.all_members(id: 'id')

Contributing

Fork it ( https://github.com/digitalocean/droplet_kit/fork )
Create your feature branch (git checkout -b my-new-feature)
Commit your changes (git commit -am 'Add some feature')
Push to the branch (git push origin my-new-feature)
Create a new Pull Request

Releasing

See RELEASE for details

Name		Name	Last commit message	Last commit date
Latest commit History 446 Commits
lib		lib
spec		spec
.gitignore		.gitignore
.rspec		.rspec
.travis.yml		.travis.yml
.whitesource		.whitesource
CHANGELOG.md		CHANGELOG.md
Gemfile		Gemfile
LICENSE.txt		LICENSE.txt
README.md		README.md
RELEASE.md		RELEASE.md
Rakefile		Rakefile
droplet_kit.gemspec		droplet_kit.gemspec

License

viola/droplet_kit

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DropletKit

Installation

Usage

Timeout

Custom User-Agent

Design

All Resources and actions.

CDN resource

Certificate resource

Database resource

Droplet resource

Droplet Action resource

Domain resource

Domain record resource

Firewall resource

Image resource

Image Action Resource

Kubernetes Resource

Load balancer resource

Region resource

Size resource

SSH key resource

Project resource

Tag resource

Account resource

Floating IP resource

Floating IP Action resource

Volume resource

Volume Action resource

Snapshot resource

VPC resource

Contributing

Releasing

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