IonosEnterprise API Client Library for Python

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Python SDK

Version: ionosenterprise-sdk-python 5.5.0

Description
Getting Started
Reference
Examples
Support
Testing
Contributing

Description

The IonosEnterprise SDK for Python provides you with access to the IonosEnterprise API. The client library supports both simple and complex requests. It is designed for developers who are building applications in Python.

This guide will walk you through getting setup with the library and performing various actions against the API.

The SDK for Python wraps the IonosEnterprise API. All API operations are performed over SSL and authenticated using your IonosEnterprise portal credentials. The API can be accessed within an instance running in IonosEnterprise or directly over the Internet from any application that can send an HTTPS request and receive an HTTPS response.

Getting Started

Before you begin you will need to have signed-up for a IonosEnterprise account. The credentials you setup during sign-up will be used to authenticate against the IonosEnterprise API.

Installation

The IonosEnterprise SDK for Python is available on PyPi. You can install the latest stable version using pip:

pip install ionosenterprise

Done!

Authenticating

Connecting to IonosEnterprise is handled by first setting up your authentication credentials.

from ionosenterprise.client import IonosEnterpriseService

client = IonosEnterpriseService(
    username='YOUR_USERNAME', password='YOUR_PASSWORD')

Replace the values for YOUR_USERNAME and YOUR_PASSWORD with the IonosEnterprise credentials you established during sign-up.

You can now use client for any future request.

Error Handling

The SDK will raise custom exceptions when the IonosEnterprise API returns an error. There are five exception types:

Exception	HTTP Code	Description
ICNotAuthorizedError	401	The supplied user credentials are invalid.
ICNotFoundError	404	The requested resource cannot be found.
ICValidationError	422	The request body includes invalid JSON.
ICRateLimitExceededError	429	The API rate limit has been exceeded.
ICError	Other	A generic exception for all other status codes.

Reference

This section provides details on all the available operations and the arguments they accept. Brief code snippets demonstrating usage are also included.

client is the IonosEnterpriseService class imported from ionosenterprise.client import IonosEnterpriseService

Depth

Many of the get_ or list_ operations will accept an optional depth argument. Setting this to a value between 0 and 5 affects the amount of data that is returned. The detail returned varies somewhat depending on the resource being queried, however it generally follows this pattern.

Depth	Description
0	Only direct properties are included. Children are not included.
1	Direct properties and children's references are returned.
2	Direct properties and children's properties are returned.
3	Direct properties, children's properties, and descendant's references are returned.
4	Direct properties, children's properties, and descendant's properties are returned.
5	Returns all available properties.

This SDK sets the depth=1 by default as that works well in the majority of cases. You may find that setting depth to a lower or higher value could simplify a later operation by reducing or increasing the data available in the response object.

Data Centers

Virtual Data Centers (VDCs) are the foundation of the IonosEnterprise platform. VDCs act as logical containers for all other objects you will be creating, e.g., servers. You can provision as many VDCs as you want. VDCs have their own private network and are logically segmented from each other to create isolation.

List Data Centers

This operation will list all currently provisioned VDCs that your account credentials provide access to.

There are no request arguments that need to be supplied. You may supply the optional depth argument.

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Call list_datacenters:

response = client.list_datacenters()

Retrieve a Data Center

Use this to retrieve details about a specific VDC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_datacenter:

response = client.get_datacenter(datacenter_id='UUID')

Create a Data Center

Use this operation to create a new VDC. You can create a "simple" VDC by supplying just the required name and location arguments. This operation also has the capability of provisioning a "complex" VDC by supplying additional arguments for servers, volumes, LANs, and/or load balancers.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter	yes	object	A Datacenter object describing the VDC being created.

Build the Datacenter resource object:

datacenter = Datacenter(
    name='Data Center Name',
    description='My new data center',
    location='de/fkb')

Pass the object to create_datacenter:

response = client.create_datacenter(datacenter=datacenter)

Datacenter Resource Object

Name	Required	Type	Description
name	yes	string	The name of the VDC.
location	yes	string	The physical IonosEnterprise location where the VDC will be created.
description	no	string	A description for the VDC, e.g. staging, production.
servers	no	list	A list of one or more Server objects to be created.
volumes	no	list	A list of one or more Volume objects to be created.
lans	no	list	A list of one or more LAN objects to be created.
loadbalancers	no	list	A list of one or more LoadBalancer objects to be created.

The following table outlines the locations currently supported:

Value	Country	City
us/las	United States	Las Vegas
us/ewr	United States	Newark
de/fra	Germany	Frankfurt
de/fkb	Germany	Karlsruhe

NOTES:

The value for name cannot contain the following characters: (@, /, , |, ‘’, ‘).
You cannot change the VDC location once it has been provisioned.

Update a Data Center

After retrieving a VDC, either by ID or as a create response object, you can change its properties by calling the update_datacenter method. Some arguments may not be changed using update_datacenter.

The following table describes the available request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
name	no	string	The new name of the VDC.
description	no	string	The new description of the VDC.

Pass the arguments to update_datacenter:

response = client.update_datacenter(
    datacenter_id='UUID',
    name='New Name'
    description='New description')

Delete a Data Center

This will remove all objects within the VDC and remove the VDC object itself.

NOTE: This is a highly destructive operation which should be used with extreme caution!

The following table describes the available request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC that you want to delete.

Pass the argument to delete_datacenter:

response = client.delete_datacenter(datacenter_id='UUID')

Locations

Locations are the physical IonosEnterprise data centers where you can provision your VDCs.

List Locations

The list_locations operation will return the list of currently available locations.

There are no request arguments to supply.

response = client.list_locations()

Get a Location

Retrieves the attributes of a specific location.

The following table describes the request arguments:

Name	Required	Type	Description
location_id	yes	string	The ID consisting of country/city.

Pass the argument to get_location:

client.get_location('us/las')

Servers

List Servers

You can retrieve a list of all the servers provisioned inside a specific VDC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_servers:

response = client.list_servers(datacenter_id='UUID')

Retrieve a Server

Returns information about a specific server such as its configuration, provisioning status, etc.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_server:

response = client.get_server(
    datacenter_id='UUID',
    server_id='UUID')

Create a Server

Creates a server within an existing VDC. You can configure additional properties such as specifying a boot volume and connecting the server to a LAN.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server	yes	object	A Server object describing the server being created.

Build a Server object:

server = Server(
    name='Server Name',
    cores=1,
    ram=2048,
    description='My new server',
    location='de/fkb')

Pass the object and other arguments to create_server:

response = client.create_server(
    datacenter_id='UUID',
    server=server)

Server Resource Object

Name	Required	Type	Description
name	yes	string	The name of the server.
cores	yes	int	The total number of cores for the server.
ram	yes	int	The amount of memory for the server in MB, e.g. 2048. Size must be specified in multiples of 256 MB with a minimum of 256 MB; however, if you set `ram_hot_plug` to True then you must use a minimum of 1024 MB.
availability_zone	no	string	The availability zone in which the server should exist.
cpu_family	no	string	Sets the CPU type. "AMD_OPTERON" or "INTEL_XEON". Defaults to "AMD_OPTERON".
boot_volume_id	no	string	A volume ID that the server will boot from. If not null then `boot_cdrom` has to be null.
boot_cdrom	no	string	A CD-ROM image ID used for booting. If not null then `boot_volume_id` has to be null.
attach_volumes	no	list	A list of existing volume IDs that you want to connect to the server.
create_volumes	no	list	One or more Volume objects that you want to create and attach to the server.
nics	no	list	One or more NIC objects that you wish to create at the time the server is provisioned.

The following table outlines the server availability zones currently supported:

Availability Zone	Comment
AUTO	Automatically Selected Zone
ZONE_1	Fire Zone 1
ZONE_2	Fire Zone 2

Update a Server

Perform updates to the attributes of a server.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
name	no	string	The name of the server.
cores	no	int	The number of cores for the server.
ram	no	int	The amount of memory in the server.
availability_zone	no	string	The new availability zone for the server.
cpu_family	no	string	Sets the CPU type. "AMD_OPTERON" or "INTEL_XEON". Defaults to "AMD_OPTERON".
boot_volume_id	no	string	A volume ID used for booting. If not null then `boot_cdrom` has to be null.
boot_cdrom	no	string	A CD-ROM image ID used for booting. If not null then `boot_volume_id` has to be null.

Pass the arguments to update_server:

response = client.update_server(
    datacenter_id='UUID',
    server_id='UUID',
    name='New Name')

Delete a Server

This will remove a server from a VDC. NOTE: This will not automatically remove the storage volume(s) attached to a server. A separate operation is required to delete a storage volume.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server that will be deleted.

Pass the arguments to delete_server:

response = client.delete_server(
    datacenter_id='UUID',
    server_id='UUID')

List Attached Volumes

Retrieves a list of volumes attached to the server.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_attached_volumes:

response = client.get_attached_volumes(
    datacenter_id='UUID',
    server_id='UUID')

Attach a Volume

This will attach a pre-existing storage volume to the server.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
volume_id	yes	string	The ID of a storage volume.

Pass the arguments to attach_volume:

response = client.attach_volume(
    datacenter_id='UUID',
    server_id='UUID',
    volume_id='UUID')

Retrieve an Attached Volume

This will retrieve the properties of an attached volume.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
volume_id	yes	string	The ID of the attached volume.

Pass the arguments to get_attached_volume:

response = client.get_attached_volume(
    datacenter_id='UUID',
    server_id='UUID',
    volume_id='UUID')

Detach a Volume

This will detach the volume from the server. Depending on the volume hot_unplug settings, this may result in the server being rebooted. If disc_virtio_hot_unplug has been set to true, then a reboot should not be required.

This will NOT delete the volume from your VDC. You will need to make a separate request to delete a volume.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
volume_id	yes	string	The ID of the attached volume.

Pass the arguments to detach_volume:

response = client.detach_volume(
    datacenter_id='UUID',
    server_id='UUID',
    volume_id='UUID')

List Attached CD-ROMs

Retrieves a list of CD-ROMs attached to a server.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_attached_cdroms:

response = client.get_attached_cdroms(
    datacenter_id='UUID',
    server_id='UUID')

Attach a CD-ROM

You can attach a CD-ROM to an existing server.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
cdrom_id	yes	string	The ID of a CD-ROM.

Pass the arguments to attach_cdrom:

response = client.attach_cdrom(
    datacenter_id='UUID',
    server_id='UUID',
    cdrom_id='UUID')

Retrieve an Attached CD-ROM

You can retrieve a specific CD-ROM attached to the server.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
cdrom_id	yes	string	The ID of the attached CD-ROM.

Pass the arguments to get_attached_cdrom:

response = client.get_attached_cdrom(
    datacenter_id='UUID',
    server_id='UUID',
    cdrom_id='UUID')

Detach a CD-ROM

This will detach a CD-ROM from the server.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
cdrom_id	yes	string	The ID of the attached CD-ROM.

Pass the arguments to detach_cdrom:

response = client.detach_cdrom(
    datacenter_id='UUID',
    server_id='UUID',
    cdrom_id='UUID')

Reboot a Server

This will force a hard reboot of the server. Do not use this method if you want to gracefully reboot the machine. This is the equivalent of powering off the machine and turning it back on.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.

Pass the arguments to reboot_server:

response = client.reboot_server(
    datacenter_id='UUID',
    server_id='UUID')

Start a Server

This will start a server. If a DHCP assigned public IP was deallocated when the server was stopped, then a new IP will be assigned.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.

Pass the arguments to start_server:

response = client.start_server(
    datacenter_id='UUID',
    server_id='UUID')

Stop a Server

This will stop a server. The machine will be forcefully powered off, billing will cease, and the public IP, if one is allocated, will be deallocated.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.

Pass the arguments to stop_server:

response = client.stop_server(
    datacenter_id='UUID',
    server_id='UUID')

Images

List Images

Retrieve a list of images.

The following table describes the request arguments:

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_images:

response = client.list_images()

Get an Image

Retrieves the attributes of a specific image.

The following table describes the request arguments:

Name	Required	Type	Description
image_id	yes	string	The ID of the image.

Pass the arguments to get_image:

response = client.get_image('UUID')

Update an Image

Updates the attributes of a specific user created image. You CANNOT update the properties of a public image supplied by IonosEnterprise.

The following table describes the request arguments:

Name	Required	Type	Description
image_id	yes	string	The ID of the image.
name	no	string	The name of the image.
description	no	string	The description of the image.
licence_type	no	string	The snapshot's licence type: LINUX, WINDOWS, WINDOWS2016, UNKNOWN or OTHER.
cpu_hot_plug	no	bool	This volume is capable of CPU hot plug (no reboot required)
cpu_hot_unplug	no	bool	This volume is capable of CPU hot unplug (no reboot required)
ram_hot_plug	no	bool	This volume is capable of memory hot plug (no reboot required)
ram_hot_unplug	no	bool	This volume is capable of memory hot unplug (no reboot required)
nic_hot_plug	no	bool	This volume is capable of NIC hot plug (no reboot required)
nic_hot_unplug	no	bool	This volume is capable of NIC hot unplug (no reboot required)
disc_virtio_hot_plug	no	bool	This volume is capable of VirtIO drive hot plug (no reboot required)
disc_virtio_hot_unplug	no	bool	This volume is capable of VirtIO drive hot unplug (no reboot required)
disc_scsi_hot_plug	no	bool	This volume is capable of SCSI drive hot plug (no reboot required)
disc_scsi_hot_unplug	no	bool	This volume is capable of SCSI drive hot unplug (no reboot required)

You can change an image's properties by calling the update_image method:

response = client.update_image(
    image_id='UUID',
    name='New Name',
    description='New description',
    licence_type='LINUX')

Delete an Image

Deletes a specific user created image. You cannot delete public images supplied by IonosEnterprise.

The following table describes the request arguments:

Name	Required	Type	Description
image_id	yes	string	The ID of the image.

Pass the arguments to delete_image:

response = client.delete_image('UUID')

Volumes

List Volumes

Retrieve a list of volumes within the VDC. If you want to retrieve a list of volumes attached to a server please see the List Attached Volumes entry in the Server section for details.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_volumes:

response = client.list_volumes(datacenter_id='UUID')

Get a Volume

Retrieves the attributes of a given volume.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
volume_id	yes	string	The ID of the volume.

Pass the arguments to get_volume:

response = client.get_volume(
    datacenter_id='UUID',
    volume_id='UUID')

Create a Volume

Creates a volume within the VDC. This will NOT attach the volume to a server. Please see the Attach a Volume entry in the Server section for details on how to attach storage volumes.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
volume	yes	object	A Volume object you wish to create.

Build the Volume resource object:

volume = Volume(
    name='name',
    size=20,
    bus='VIRTIO',
    type='HDD',
    licence_type='LINUX',
    availability_zone='ZONE_3')

Pass the object and arguments to create_volume:

response = client.create_volume(
    datacenter_id='UUID',
    volume=volume)

Volume Resource Object

Name	Required	Type	Description
name	no	string	The name of the volume.
size	yes	int	The size of the volume in GB.
bus	no	string	The bus type of the volume (VIRTIO or IDE). Default: VIRTIO.
image	yes	string	The image or snapshot ID. Can be left empty for a data volume, however you'll need to set the `licence_type`. Default: null
image_alias	yes	string	The alias of the image.
type	yes	string	The volume type, HDD or SSD. Default: HDD
licence_type	yes	string	The licence type of the volume. Options: LINUX, WINDOWS, WINDOWS2016, UNKNOWN, OTHER. Default: UNKNOWN
image_password	yes	string	A password to set on the volume for the appropriate root or administrative account. This field may only be set in creation requests. When reading, it always returns null. The password has to contain 8-50 characters. Only these characters are allowed: [abcdefghjkmnpqrstuvxABCDEFGHJKLMNPQRSTUVX23456789]
ssh_keys	yes	string	SSH keys to allow access to the volume via SSH.
availability_zone	no	string	The storage availability zone assigned to the volume. Valid values: AUTO, ZONE_1, ZONE_2, or ZONE_3. This only applies to HDD volumes. Leave blank or set to AUTO when provisioning SSD volumes.

The following table outlines the various licence types you can define:

Licence Type	Comment
WINDOWS2016	Use this for the Microsoft Windows Server 2016 operating system.
WINDOWS	Use this for the Microsoft Windows Server 2008 and 2012 operating systems.
LINUX	Use this for Linux distributions such as CentOS, Ubuntu, Debian, etc.
OTHER	Use this for any volumes that do not match one of the other licence types.
UNKNOWN	This value may be inherited when you've uploaded an image and haven't set the license type. Use one of the options above instead.

The following table outlines the storage availability zones currently supported:

Availability Zone	Comment
AUTO	Automatically Selected Zone
ZONE_1	Fire Zone 1
ZONE_2	Fire Zone 2
ZONE_3	Fire Zone 3

Note: You will need to provide either the image or the licence_type arguments when creating a volume. A licence_type is required, but if image is supplied, it is already set and cannot be changed. Either the image_password or ssh_keys arguments need to be supplied when creating a volume using one of the official IonosEnterprise images. Only official IonosEnterprise provided images support the ssh_keys and image_password arguments.

Update a Volume

You can update various attributes of an existing volume; however, some restrictions are in place:

You can increase the size of an existing storage volume. You cannot reduce the size of an existing storage volume. The volume size will be increased without requiring a reboot if the relevant hot plug settings (disc_virtio_hot_plug, disc_virtio_hot_unplug, etc.) have been set to true. The additional capacity is not added automatically added to any partition, therefore you will need to handle that inside the OS afterwards. Once you have increased the volume size you cannot decrease the volume size.

Since an existing volume is being modified, none of the request arguments are specifically required as long as the changes being made satisfy the requirements for creating a volume.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
volume_id	yes	string	The ID of the volume.
name	no	string	The name of the volume.
size	no	int	The size of the volume in GB. You may only increase the `size` when updating.
bus	no	string	The bus type of the volume (VIRTIO or IDE). Default: VIRTIO.
licence_type	no	string	The licence type of the volume. Options: LINUX, WINDOWS, WINDOWS2016, UNKNOWN, OTHER. You may get an error trying to update `licence_type` depending on the `image` that was used to create the volume. For example, you cannot update the `licence_type` for a volume created from a IonosEnterprise supplied OS image.

Note: Trying to change the image, type, or availability_zone in an update request will result in an error.

Pass the arguments to update_volume:

response = client.update_volume(
    datacenter_id='UUID',
    volume_id='UUID',
    size=6,
    name='New Name')

Delete a Volume

Deletes the specified volume. This will result in the volume being removed from your data center. Use this with caution.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
volume_id	yes	string	The ID of the volume.

Pass the arguments to delete_volume:

response = client.delete_volume(
    datacenter_id='UUID',
    volume_id='UUID')

Create a Volume Snapshot

Creates a snapshot of a volume within the VDC. You can use a snapshot to create a new storage volume or to restore a storage volume.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
volume_id	yes	string	The ID of the volume.
name	no	string	The name of the snapshot.
description	no	string	The description of the snapshot.

Pass the arguments to create_snapshot:

response = client.create_snapshot(
    datacenter_id='UUID',
    volume_id='UUID',
    name='Snapshot Name',
    description='Snapshot description')

Restore a Volume Snapshot

This will restore a snapshot onto a volume. A snapshot is created as just another image that can be used to create new volumes or to restore an existing volume.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
volume_id	yes	string	The ID of the volume.
snapshot_id	yes	string	The ID of the snapshot.

Pass the arguments to restore_snapshot:

response = client.restore_snapshot(
    datacenter_id='UUID',
    volume_id='UUID',
    snapshot_id='UUID')

Snapshots

List Snapshots

You can retrieve a list of all available snapshots.

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_snapshots:

response = client.list_snapshots()

Get a Snapshot

Retrieves the attributes of a specific snapshot.

The following table describes the request arguments:

Name	Required	Type	Description
snapshot_id	yes	string	The ID of the snapshot.

Pass the arguments to get_snapshot:

response = client.get_snapshot(snapshot_id='UUID')

Update a Snapshot

Perform updates to attributes of a snapshot.

The following table describes the request arguments:

Name	Required	Type	Description
snapshot_id	yes	string	The ID of the snapshot.
name	no	string	The name of the snapshot.
description	no	string	The description of the snapshot.
licence_type	no	string	The snapshot's licence type: LINUX, WINDOWS, WINDOWS2016, UNKNOWN or OTHER.
cpu_hot_plug	no	bool	This volume is capable of CPU hot plug (no reboot required)
cpu_hot_unplug	no	bool	This volume is capable of CPU hot unplug (no reboot required)
ram_hot_plug	no	bool	This volume is capable of memory hot plug (no reboot required)
ram_hot_unplug	no	bool	This volume is capable of memory hot unplug (no reboot required)
nic_hot_plug	no	bool	This volume is capable of NIC hot plug (no reboot required)
nic_hot_unplug	no	bool	This volume is capable of NIC hot unplug (no reboot required)
disc_virtio_hot_plug	no	bool	This volume is capable of VirtIO drive hot plug (no reboot required)
disc_virtio_hot_unplug	no	bool	This volume is capable of VirtIO drive hot unplug (no reboot required)
disc_scsi_hot_plug	no	bool	This volume is capable of SCSI drive hot plug (no reboot required)
disc_scsi_hot_unplug	no	bool	This volume is capable of SCSI drive hot unplug (no reboot required)

Pass the arguments to update_snapshot:

response = client.update_snapshot(
    snapshot_id='UUID',
    name='New Name',
    description='New description')

Delete a Snapshot

Deletes the specified snapshot.

The following table describes the request arguments:

Name	Required	Type	Description
snapshot_id	yes	string	The ID of the snapshot.

Pass the arguments to delete_snapshot:

response = client.delete_snapshot(snapshot_id='deleting_snapshot_id')

IP Blocks

The IP block operations assist with managing reserved /static public IP addresses.

List IP Blocks

Retrieve a list of available IP blocks.

The following table describes the request arguments:

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_ipblocks:

response = client.list_ipblocks()

Get an IP Block

Retrieves the attributes of a specific IP block.

The following table describes the request arguments:

Name	Required	Type	Description
ipblock_id	yes	string	The ID of the IP block.

Pass the arguments to get_ipblock:

response = client.get_ipblock('UUID')

Create an IP Block

Creates an IP block. Creating an IP block is a bit different than some of the other available create operations. IP blocks are not attached to a particular VDC, but rather to a location. Therefore, you must specify a valid location along with a size argument indicating the number of IP addresses you want to reserve in the IP block. Any resources using an IP address from an IP block must be in the same location.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
ipblock	yes	object	An IPBlock object you wish to create.

To create an IP block, define the IPBlock resource object:

ipblock = IPBlock(
    name='IP Block Name',
    size=4,
    location='de/fkb')

Pass it to reserve_ipblock:

response = client.reserve_ipblock(ipblock)

IPBlock Resource Object

Name	Required	Type	Description
location	yes	string	This must be one of the locations: us/las, us/ewr, de/fra, de/fkb.
size	yes	int	The size of the IP block you want.
name	no	string	A descriptive name for the IP block

The following table outlines the locations currently supported:

Value	Country	City
us/las	United States	Las Vegas
us/ewr	United States	Newark
de/fra	Germany	Frankfurt
de/fkb	Germany	Karlsruhe

Delete an IP Block

Deletes the specified IP Block.

The following table describes the request arguments:

Name	Required	Type	Description
ipblock_id	yes	string	The ID of the IP block.

Pass the arguments to delete_ipblock:

response = client.delete_ipblock('UUID')

LANs

List LANs

Retrieve a list of LANs within the VDC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_lans:

response = client.list_lans(datacenter_id='UUID')

Create a LAN

Creates a LAN within a VDC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
lan	yes	object	A LAN object describing the LAN to create.

Create the LAN resource object:

lan = LAN(
    name='LAN Name',
    public=True)

Pass the object and arguments to create_lan:

response = client.create_lan(
    datacenter_id='UUID',
    lan=lan)

LAN Resource Object

Name	Required	Type	Description
name	no	string	The name of your LAN.
public	Yes	bool	Boolean indicating if the LAN faces the public Internet or not.
nics	no	list	One or more NIC IDs attached to the LAN.
pcc	no	string	Unique identifier of the private cross connect the given LAN is connected to if any.

Get a LAN

Retrieves the attributes of a given LAN.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
lan_id	yes	int	The ID of the LAN.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_lan:

response = client.get_lan(
    datacenter_id='UUID',
    lan_id=ID)

Get LAN Members

Retrieves the list of NICs that are part of the LAN.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
lan_id	yes	int	The ID of the LAN.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_lan_members:

response = client.get_lan_members(
    datacenter_id='UUID',
    lan_id=ID)

Update a LAN

Perform updates to attributes of a LAN.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
lan_id	yes	int	The ID of the LAN.
name	no	string	A descriptive name for the LAN.
public	no	bool	Boolean indicating if the LAN faces the public Internet or not.
ip_failover	no	list	A list of IP fail-over dicts.

Pass the arguments to update_lan:

ip_failover = dict()
ip_failover['ip'] = 'IP_address'
ip_failover['nicUuid'] = 'UUID'

response = client.update_lan(
    datacenter_id='UUID',
    lan_id=ID,
    name='New LAN Name',
    public=True,
    ip_failover=[ip_failover])

Delete a LAN

Deletes the specified LAN.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
lan_id	yes	string	The ID of the LAN.

Pass the arguments to delete_lan:

response = client.delete_lan(
    datacenter_id='datacenter_id',
    lan_id=ID)

Network Interfaces (NICs)

List NICs

Retrieve a list of LANs within the VDC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_nics:

response = client.list_nics(
    datacenter_id='UUID',
    server_id='UUID')

Get a NIC

Retrieves the attributes of a given NIC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic_id	yes	string	The ID of the NIC.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_nic:

response = client.get_nic(
    datacenter_id='UUID',
    server_id='UUID',
    nic_id='UUID')

Create a NIC

Adds a NIC to the target server.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic	yes	object	A NIC object describing the NIC to be created.

Create the NIC resource object:

nic = NIC(
    name='NIC Name',
    dhcp=True,
    lan=1,
    nat=False)

Pass the object and arguments to create_nic:

response = client.create_nic(
    datacenter_id='UUID',
    server_id='UUID',
    nic=nic)

NIC Resource Object

Name	Required	Type	Description
name	no	string	The name of the NIC.
ips	no	list	IP addresses assigned to the NIC.
dhcp	no	bool	Set to false if you wish to disable DHCP on the NIC. Default: true.
lan	yes	int	The LAN ID the NIC will sit on. If the LAN ID does not exist it will be created.
nat	no	bool	Indicates the private IP address has outbound access to the public internet.
firewall_active	no	bool	Set this to true to enable the IonosEnterprise firewall, false to disable.
firewall_rules	no	list	A list of FirewallRule objects to be created with the NIC.

Update a NIC

You can update -- in full or partially -- various attributes on the NIC; however, some restrictions are in place:

The primary address of a NIC connected to a load balancer can only be changed by changing the IP of the load balancer. You can also add additional reserved, public IPs to the NIC.

The user can specify and assign private IPs manually. Valid IP addresses for private networks are 10.0.0.0/8, 172.16.0.0/12 or 192.168.0.0/16.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic_id	yes	string	The ID of the NIC.
name	no	string	The name of the NIC.
ips	no	list	IPs assigned to the NIC represented as a list of strings.
dhcp	no	bool	Boolean value that indicates if the NIC is using DHCP or not.
lan	no	int	The LAN ID the NIC sits on.
nat	no	bool	Indicates the private IP address has outbound access to the public internet.
firewall_active	no	bool	Set this to true to enable the IonosEnterprise firewall, false to disable.

Pass the arguments to update_nic:

response = client.update_nic(
    datacenter_id='UUID',
    server_id='UUID',
    nic_id='UUID',
    name='New Name')

Delete a NIC

Deletes the specified NIC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic_id	yes	string	The ID of the NIC.

Pass the arguments to delete_nic:

response = client.delete_nic(
    datacenter_id='UUID',
    server_id='UUID',
    nic_id='UUID')

Firewall Rules

List Firewall Rules

Retrieves a list of firewall rules associated with a particular NIC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic_id	yes	string	The ID of the NIC.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_firewall_rules:

response = client.get_firewall_rules(
    datacenter_id='UUID',
    server_id='UUID',
    nic_id='UUID')

Get a Firewall Rule

Retrieves the attributes of a given firewall rule.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic_id	yes	string	The ID of the NIC.
firewall_rule_id	yes	string	The ID of the firewall rule.

Pass the arguments to get_firewall_rule:

response = client.get_firewall_rule(
    datacenter_id='UUID',
    loadbalancer_id='UUID',
    nic_id='UUID',
    firewall_rule_id='UUID')

Create a Firewall Rule

This will add a firewall rule to the NIC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic_id	yes	string	The ID of the NIC.
firewall_rule	yes	object	A FirewallRule object describing the firewall rule to be created.

Create the FirewallRule resource object:

fwrule = FirewallRule(
    name='Allow SSH',
    protocol='TCP',
    source_mac='01:23:45:67:89:00',
    port_range_start=22,
    port_range_end=22)

Pass the object and arguments to create_firewall_rule:

response = client.create_firewall_rule(
    datacenter_id='UUID',
    loadbalancer_id='UUID',
    nic_id='UUID',
    firewall_rule=fwrule)

Firewall Rule Resource Object

Name	Required	Type	Description
name	no	string	The name of the firewall rule.
protocol	yes	string	The protocol for the rule: TCP, UDP, ICMP, ANY.
source_mac	no	string	Only traffic originating from the respective MAC address is allowed. Valid format: aa:bb:cc:dd:ee:ff. A null value allows all source MAC address.
source_ip	no	string	Only traffic originating from the respective IPv4 address is allowed. A null value allows all source IPs.
target_ip	no	string	In case the target NIC has multiple IP addresses, only traffic directed to the respective IP address of the NIC is allowed. A null value allows all target IPs.
port_range_start	no	string	Defines the start range of the allowed port (from 1 to 65534) if protocol TCP or UDP is chosen. Leave `port_range_start` and `port_range_end` value as null to allow all ports.
port_range_end	no	string	Defines the end range of the allowed port (from 1 to 65534) if the protocol TCP or UDP is chosen. Leave `port_range_start` and `port_range_end` value as null to allow all ports.
icmp_type	no	string	Defines the allowed type (from 0 to 254) if the protocol ICMP is chosen. A null value allows all types.
icmp_code	no	string	Defines the allowed code (from 0 to 254) if protocol ICMP is chosen. A null value allows all codes.

Update a Firewall Rule

Perform updates to an existing firewall rule. You will notice that some arguments, such as protocol cannot be updated. If the protocol needs to be changed, you can delete the firewall rule and then create new one to replace it.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic_id	yes	string	The ID of the NIC.
firewall_rule_id	yes	string	The ID of the firewall rule.
name	no	string	The name of the firewall rule.
source_mac	no	string	Only traffic originating from the respective MAC address is allowed. Valid format: aa:bb:cc:dd:ee:ff. A null value allows all source MAC address.
source_ip	no	string	Only traffic originating from the respective IPv4 address is allowed. A null value allows all source IPs.
target_ip	no	string	In case the target NIC has multiple IP addresses, only traffic directed to the respective IP address of the NIC is allowed. A null value allows all target IPs.
port_range_start	no	string	Defines the start range of the allowed port (from 1 to 65534) if protocol TCP or UDP is chosen. Leave `port_range_start` and `port_range_end` value as null to allow all ports.
port_range_end	no	string	Defines the end range of the allowed port (from 1 to 65534) if the protocol TCP or UDP is chosen. Leave `port_range_start` and `port_range_end` value as null to allow all ports.
icmp_type	no	string	Defines the allowed type (from 0 to 254) if the protocol ICMP is chosen. A null value allows all types.
icmp_code	no	string	Defines the allowed code (from 0 to 254) if protocol ICMP is chosen. A null value allows all codes.

Pass the arguments to update_firewall_rule:

response = client.update_firewall_rule(
    datacenter_id='UUID',
    loadbalancer_id='UUID',
    nic_id='UUID',
    firewall_rule_id='UUID',
    name="Updated Name")

Delete a Firewall Rule

Removes a firewall rule.

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
server_id	yes	string	The ID of the server.
nic_id	yes	string	The ID of the NIC.
firewall_rule_id	yes	string	The ID of the firewall rule.

Pass the arguments to delete_firewall_rule:

response = client.delete_firewall_rule(
    datacenter_id='UUID',
    server_id='UUID',
    nic_id='UUID',
    firewall_rule_id='UUID')

Load Balancers

List Load Balancers

Retrieve a list of load balancers within the data center.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_loadbalancers:

response = client.list_loadbalancers(datacenter_id='UUID')

Get a Load Balancer

Retrieves the attributes of a given load balancer.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
loadbalancer_id	yes	string	The ID of the load balancer.

Pass the arguments to get_loadbalancer:

response = client.get_loadbalancer(
    datacenter_id='UUID',
    loadbalancer_id='UUID')

Create a Load Balancer

Creates a load balancer within the VDC. Load balancers can be used for public or private IP traffic.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
loadbalancer	yes	object	A LoadBalancer object describing the load balancer to be created.

Create the LoadBalancer resource object:

loadbalancer = LoadBalancer(
    name='Load Balancer Name',
    dhcp=True)

Pass the object and arguments to create_loadbalancer:

response = client.create_loadbalancer(
    datacenter_id='UUID',
    loadbalancer=loadbalancer)

Load Balancer Resource Object

Name	Required	Type	Description
name	yes	string	The name of the load balancer.
ip	no	string	IPv4 address of the load balancer. All attached NICs will inherit this IP.
dhcp	no	bool	Indicates if the load balancer will reserve an IP using DHCP.
balancednics	no	list	List of NIC IDs taking part in load-balancing. All balanced NICs inherit the IP of the load balancer.

Update a Load Balancer

Perform updates to attributes of a load balancer.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
name	no	string	The name of the load balancer.
ip	no	string	The IP of the load balancer.
dhcp	no	bool	Indicates if the load balancer will reserve an IP using DHCP.

Pass the arguments to update_loadbalancer:

response = client.update_loadbalancer(
    datacenter_id='UUID',
    loadbalancer_id='UUID',
    name="New Name")

Delete a Load Balancer

Deletes the specified load balancer.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
load_balancer_id	yes	string	The ID of the load balancer.

Pass the arguments to delete_loadbalancer:

response = client.delete_loadbalancer(
    datacenter_id='UUID',
    loadbalancer_id='UUID')

List Load Balanced NICs

This will retrieve a list of NICs associated with the load balancer.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
loadbalancer_id	yes	string	The ID of the load balancer.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_loadbalancer_members:

response = client.get_loadbalancer_members(
    datacenter_id='UUID',
    loadbalancer_id='UUID')

Get a Load Balanced NIC

Retrieves the attributes of a given load balanced NIC.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
loadbalancer_id	yes	string	The ID of the load balancer.
nic_id	yes	string	The ID of the NIC.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to get_loadbalanced_nic:

response = client.get_loadbalanced_nic(
    datacenter_id='UUID',
    loadbalancer_id='UUID',
    nic_id='UUID')

Associate NIC to a Load Balancer

This will associate a NIC to a load balancer, enabling the NIC to participate in load-balancing.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
loadbalancer_id	yes	string	The ID of the load balancer.
nic_id	yes	string	The ID of the NIC.

Pass the arguments to add_loadbalanced_nics:

response = client.add_loadbalanced_nics(
    datacenter_id='UUID',
    loadbalancer_id='UUID',
    nic_id='UUID')

Remove a NIC Association

Removes the association of a NIC with a load balancer.

The following table describes the request arguments:

Name	Required	Type	Description
datacenter_id	yes	string	The ID of the VDC.
loadbalancer_id	yes	string	The ID of the load balancer.
nic_id	yes	string	The ID of the NIC you are removing from the load balancer.

Pass the arguments to remove_loadbalanced_nic:

response = client.remove_loadbalanced_nic(
    datacenter_id='UUID',
    loadbalancer_id='UUID',
    nic_id='UUID')

User Management

List Groups

Retrieves a list of all groups.

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.list_groups()

Get a Group

Retrieves the attributes of a given group.

The following table describes the request arguments:

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.get_group(group_id='UUID')

Create a Group

Creates a new group and set group privileges.

The following table describes the request arguments:

Name	Required	Type	Description
name	yes	string	The ID of the group.
create_datacenter	no	bool	Indicates if the group is allowed to create virtual data centers.
create_snapshot	no	bool	Indicates if the group is allowed to create snapshots.
reserve_ip	no	bool	Indicates if the group is allowed to reserve IP addresses.
access_activity_log	no	bool	Indicates if the group is allowed to access activity log.

group = Group(
    name='my-group',
    create_datacenter=True,
    create_snapshot=False,
    reserve_ip=True,
    access_activity_log=False)

response = client.create_group(group)

Update a Group

Updates a group's name or privileges.

The following table describes the request arguments:

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
name	yes	string	The ID of the group.
create_datacenter	no	bool	Indicates if the group is allowed to create virtual data centers.
create_snapshot	no	bool	Indicates if the group is allowed to create snapshots.
reserve_ip	no	bool	Indicates if the group is allowed to reserve IP addresses.
access_activity_log	no	bool	Indicates if the group is allowed to access activity log.

response = client.update_group(
    group_id='UUID',
    name='my-group',
    create_datacenter=False,
    create_snapshot=True,
    reserve_ip=False,
    access_activity_log=True)

Delete a Group

Deletes the specified group.

The following table describes the request arguments:

Name	Required	Type	Description
group_id	yes	string	The ID of the group.

response = client.delete_group(group_id='UUID')

List Shares

Retrieves a list of all shares though a group.

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.list_shares(group_id='UUID')

Get a Share

Retrieves a specific resource share available to a group.

The following table describes the request arguments:

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
resource_id	yes	string	The ID of the resource.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.get_share(
    group_id='UUID',
    resource_id='UUID')

Add a Share

Shares a resource through a group.

The following table describes the request arguments:

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
resource_id	yes	string	The ID of the resource.
edit_privilege	no	string	Indicates that the group has permission to edit privileges on the resource.
share_privilege	no	string	Indicates that the group has permission to share the resource.

response = client.add_share(
    group_id='UUID',
    resource_id='UUID',
    edit_privilege=True,
    share_privilege=True)

Update a Share

Updates the permissions of a group for a resource share.

The following table describes the request arguments:

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
resource_id	yes	string	The ID of the resource.
edit_privilege	no	string	Indicates that the group has permission to edit privileges on the resource.
share_privilege	no	string	Indicates that the group has permission to share the resource.

response = client.update_share(
    group_id='UUID',
    resource_id='UUID',
    edit_privilege=True,
    share_privilege=True)

Delete a Share

Removes a resource share from a group.

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
resource_id	yes	string	The ID of the resource.

response = client.delete_share(
    group_id='UUID',
    resource_id='UUID')

List Users

Retrieves a list of all users.

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.list_users()

Get a User

Retrieves a single user.

Name	Required	Type	Description
user_id	yes	string	The ID of the user.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.get_user(user_id='UUID')

Create a User

Creates a new user.

The following table describes the request arguments:

Name	Required	Type	Description
firstname	yes	string	A name for the user.
lastname	yes	bool	A name for the user.
email	yes	bool	An e-mail address for the user.
password	yes	bool	A password for the user.
administrator	no	bool	Assigns the user have administrative rights.
force_sec_auth	no	bool	Indicates if secure (two-factor) authentication should be forced for the user.

user = User(
    firstname='John',
    lastname='Doe',
    email='no-reply@example.com',
    password='secretpassword123',
    administrator=True,
    force_sec_auth=False)

response = client.create_user(user)

Update a User

Updates an existing user.

The following table describes the request arguments:

Name	Required	Type	Description
user_id	yes	string	The ID of the user.
firstname	yes	string	A name for the user.
lastname	yes	bool	A name for the user.
email	yes	bool	An e-mail address for the user.
administrator	yes	bool	Assigns the user have administrative rights.
force_sec_auth	yes	bool	Indicates if secure (two-factor) authentication should be forced for the user.

response = client.update_user(
    user_id='UUID',
    firstname='John',
    lastname='Doe',
    email='no-reply@example.com',
    administrator=True,
    force_sec_auth=False)

Delete a User

Removes a user.

Name	Required	Type	Description
user_id	yes	string	The ID of the user.

response = client.delete_user(user_id='UUID')

List Users in a Group

Retrieves a list of all users that are members of a particular group.

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.list_group_users(group_id='UUID')

Add User to Group

Adds an existing user to a group.

The following table describes the request arguments:

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
user_id	yes	string	The ID of the user.

response = client.add_group_user(
    group_id='UUID',
    user_id='UUID')

Remove User from a Group

Removes a user from a group.

Name	Required	Type	Description
group_id	yes	string	The ID of the group.
user_id	yes	string	The ID of the user.

response = client.remove_group_user(
    group_id='UUID',
    user_id='UUID')

List Resources

Retrieves a list of all resources. Alternatively, Retrieves all resources of a particular type.

The following table describes the request arguments:

Name	Required	Type	Description
resource_type	no	string	The resource type: `datacenter`, `image`, `snapshot` or `ipblock`.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.list_resources()

response = client.list_resources(resource_type='snapshot')

Get a Resource

Retrieves a single resource of a particular type.

The following table describes the request arguments:

Name	Required	Type	Description
resource_type	yes	string	The resource type: `datacenter`, `image`, `snapshot` or `ipblock`.
resource_id	yes	string	The ID of the resource.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.get_resource(resource_id='UUID')

response = client.get_resource(
    resource_type='datacenter',
    resource_id='UUID')

Contract Resources

List Contract Resources

Retrieves information about the resource limits for a particular contract and the current resource usage.

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

response = client.list_contracts()

Requests

Each call to the IonosEnterprise API is assigned a request ID. These operations can be used to get information about the requests that have been submitted and their current status.

List Requests

Retrieve a list of requests.

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Pass the arguments to list_requests:

response = client.list_requests()

Get a Request

Retrieves the attributes of a specific request. This operation shares the same get_request method used for getting request status, however the response it determined by the boolean value you pass for status. To get details about the request itself, you want to pass a status of False.

The following table describes the request arguments:

Name	Required	Type	Description
request_id	yes	string	The ID of the request.
status	yes	bool	Set to False to have the request details returned.

Pass the arguments to get_request:

response = client.get_request(
    request_id='UUID',
    status=False)

Get a Request Status

Retrieves the status of a request. This operation shares the same get_request method used for getting the details of a request, however the response it determined by the boolean value you pass for status. To get the request status, you want to pass a status of True.

The following table describes the request arguments:

Name	Required	Type	Description
request_id	yes	string	The ID of the request.
status	yes	bool	Set to True to have the status of the request returned.

Pass the arguments to get_request:

response = client.get_request(
    request_id='UUID',
    status=True)

Kubernetes

List Kubernetes Clusters

Retrieve the list of Kubernetes clusters.

The following table describes the request arguments:

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

response = client.list_k8s_clusters()

Create a Kubernetes Cluster

This will create a new Kubernetes Cluster.

The following table describes the request arguments:

Name	Required	Type	Description
name	yes	string	The Kubernetes Cluster Name.

Create the Kubernetes Cluster:

my_cluster = client.create_k8s_cluster(cluster_name)

Wait for the cluster to be active:

client.wait_for(
  fn_request=lambda: client.list_k8s_clusters(),
  fn_check=lambda r: list(filter(
      lambda e: e['properties']['name'] == cluster_name,
      r['items']
    ))[0]['metadata']['state'] == 'ACTIVE',
  console_print='.',
  scaleup=10000
)

Retrieve a Kubernetes Cluster

This will retrieve a Kubernetes Cluster.

The following table describes the request arguments:

Name	Required	Type	Description
k8s_cluster_id	yes	string	The ID of the Kubernetes Cluster.

Retrieve the Kubernetes Cluster:

client.get_k8s_cluster(my_cluster['id'])

Delete a Kubernetes Cluster

This will delete a Kubernetes Cluster.

The following table describes the request arguments:

Name	Required	Type	Description
k8s_cluster_id	yes	string	The ID of the Kubernetes Cluster.

Delete the Kubernetes Cluster:

client.delete_k8s_cluster(my_cluster['id'])

Retrieve a Kubernetes Cluster KubeConfig

This will retrieve the KubeConfig for a Kubernetes Cluster.

The following table describes the request arguments:

Name	Required	Type	Description
k8s_cluster_id	yes	string	The ID of the Kubernetes Cluster.

Retrieve the Kubeconfig for a Kubernetes Cluster:

client.get_k8s_config(my_cluster['id'])

List Kubernetes NodePools

Retrieve the list of nodepools for a Kubernetes cluster.

The following table describes the request arguments:

Name	Required	Type	Description
k8s_cluster_id	yes	string	The ID of the Kubernetes Cluster.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

response = client.list_k8s_cluster_nodepools(k8s_cluster_id)

Create a NodePool for a Kubernetes Cluster

This will create a new NodePool for a Kubernetes Cluster.

The following table describes the request arguments:

Name	Required	Type	Description
k8s_cluster_id	yes	string	The ID of the Kubernetes Cluster
name	yes	string	The NodePool Name
datacenter_id	yes	string	The ID of the Datacenter to place the NodePool in
node_count	yes	int	Number of nodes part of the Node Pool
cpu_family	yes	string	A valid cpu family name
cores_count	yes	int	Number of cores for node
ram_size	yes	int	RAM size for node, minimum size 2048MB is recommended
availability_zone	yes	string	The availability zone in which the server should exist
storage_type	yes	string	Hardware type of the volume
storage_size	yes	int	The size of the volume in GB. The size should be greater than 10GB
k8s_version	no	string	The kubernetes version in which a cluster is running. This imposes restrictions on what kubernetes versions can be run in a cluster's nodepools
maintenance_window	no	object	The time to use for a maintenance window. Accepted formats are: HH:mm:ss; HH:mm:ss"Z"; HH:mm:ssZ. This time may varies by 15 minutes.
auto_scaling	no	object	The minimum number of worker nodes that the managed node group can scale in.
lan_ids	no	List of ints	Array of additional LANs attached to worker nodes
labels	no	dict	Map of labels attached to node pool
annotations	no	dict	Map of annotations attached to node pool
public_ips	no	list	List of IP addresses to be used by nodes

Method signature:

def create_k8s_cluster_nodepool(self,
    k8s_cluster_id,
    name, datacenter_id,
    node_count, cpu_family,
    cores_count, ram_size,
    availability_zone,
    storage_type, storage_size,
    k8s_version=None, maintenance_window=None, auto_scaling=None,
    lan_ids=None, labels=None, annotations=None):

Create the NodePool:

my_nodepool = client.create_k8s_cluster_nodepool(
    '6840d5d8-9c97-4236-9957-eacf8c197db8',
    'NEW_1_INTEL_XEON_123',
    '6887cc8b-2c17-49cf-bd7f-db831b74f1d5',
    2,
    'INTEL_XEON',
    1,
    2048,
    'AUTO',
    'HDD',
    11,
    k8s_version = '1.17.8',
    maintenance_window={
        'dayOfTheWeek':"Monday",
        'time':'17:00:00'},
    auto_scaling={'minNodeCount': 2, 'maxNodeCount': 3},
    lan_ids=[],
    labels={'lu1':'vu1', 'lu2':'vu2'},
    annotations={'au1':'vau1', 'au2':'vau2'}
)

Wait for the nodepool to be active:

client.wait_for(
  fn_request=lambda: client.list_k8s_cluster_nodepools(my_cluster['id']),
  fn_check=lambda r: list(filter(
      lambda e: e['properties']['name'] == pool_name,
      r['items']
    ))[0]['metadata']['state'] == 'ACTIVE',
  console_print='.',
  scaleup=10000
)

Retrieve a NodePool

This will retrieve a NodePool.

The following table describes the request arguments:

Name	Required	Type	Description
k8s_cluster_id	yes	string	The ID of the Kubernetes Cluster.
nodepool_id	yes	string	The ID of the NodePool.

Retrieve the NodePool:

client.get_k8s_cluster_nodepool(my_cluster['id'], my_nodepool['id'])

Delete a NodePool

This will delete a NodePool.

The following table describes the request arguments:

Name	Required	Type	Description
k8s_cluster_id	yes	string	The ID of the Kubernetes Cluster.
nodepool_id	yes	string	The ID of the NodePool.

Delete the NodePool:

client.delete_k8s_cluster_nodepool(my_cluster['id'], my_nodepool['id'])

Update a NodePool

This will update a nodepool.

The following table describes the request arguments:

Name	Required	Type	Description
k8s_cluster_id	yes	string	The unique ID of the Kubernetes Cluster
nodepool_id	yes	string	The unique ID of the Kubernetes Node Pool
node_count	yes	int	Number of nodes part of the Node Pool
maintenance_window	no	dict	The time to use for a maintenance window. Accepted formats are: HH:mm:ss; HH:mm:ss"Z"; HH:mm:ssZ. This time may varies by 15 minutes.
auto_scaling	no	dict	The minimum number of worker nodes that the managed node group can scale in.
lan_ids	no	List of ints	Array of additional LANs attached to worker nodes
public_ips	no	list	List of IP addresses to be used by nodes

Method signature:

def update_k8s_cluster_nodepool(self,
                                    k8s_cluster_id, nodepool_id, node_count,
                                    maintenance_window=None, auto_scaling=None, lan_ids=None):

Update a nodepool:

client.update_k8s_cluster_nodepool(
    '6840d5d8-9c97-4236-9957-eacf8c197db8',
    '8fce6f2c-8fed-4fa2-b577-4ee6ab7e8359',
    2,
    maintenance_window={
        'dayOfTheWeek': "Monday",
        'time': '17:00:00'},
    auto_scaling={'minNodeCount': 2, 'maxNodeCount': 3},
    lan_ids=[2, 3]
)

Private Cross Connects

List Private Cross-Connects

Retrieve the list of Private Cross-Connects.

The following table describes the request arguments:

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

response = client.list_pccs()

Create a Private Cross-Connect

This will create a new Private Cross-Connect.

The following table describes the request arguments:

Name	Required	Type	Description
pcc	yes	string	The Private Cross-Connect object.

Create the Private Cross-Connect:

pcc = PCC(
    name="PCC NAME",
    description="PCC DESCRIPTION"
)

my_cluster = client.create_pcc(pcc)

Retrieve a private cross-connect

This will retrieve a private cross-connect.

The following table describes the request arguments:

Name	Required	Type	Description
pcc_id	yes	string	The ID of the pcc.
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned.

Retrieve the private cross-connect:

client.get_pcc(my_pcc['id'])

Delete a private cross-connect

This will delete a private cross-connect.

The following table describes the request arguments:

Name	Required	Type	Description
pcc_id	yes	string	The ID of the private cross-connect.

Delete the private cross-connect:

client.delete_pcc(my_pcc['id'])

Update a private cross-connect

This will update a private cross-connect.

The following table describes the request arguments:

Name	Required	Type	Description
pcc_id	yes	string	The ID of the Kubernetes Cluster
name	no	string	The name of the private cross-connect
description	no	string	The description of the private cross-connect

Update a private cross-connect:

client.update_pcc(my_pcc['id'], name='new name', description='new description')

S3 Keys

List S3 Keys

Retrieve the list of S3 Keys.

The following table describes the request arguments:

Name	Required	Type	Description
user_id	yes	string
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

s3keys = client.list_s3keys('user_id')

Create a S3 Key

Create a S3 key for the given user.

The following table describes the request arguments:

Name	Required	Type	Description
user_id	yes	string	user id.

Create the S3 key:

my_s3key = client.create_s3key('user_id')

Get S3 key

Retrieve given S3 key belonging to the given User.

The following table describes the request arguments:

Name	Required	Type	Description
user_id	yes	string	The user ID.
key_id	yes	string	The key ID.
depth	no	integer	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Retrieve the S3 key:

s3key = client.get_s3key('user_id', 'key_id')

Update a S3 key

Modify a S3 key having the given key id.

The following table describes the request arguments:

Name	Required	Type	Description
user_id	yes	string	The unique ID of the user
key_id	yes	string	The ID of the key.
active	no	boolean	State of the Key.

Update S3 key:

update_s3key(user_id, key_id, active=False)

Delete a S3 key

This will delete a S3 Key.

The following table describes the request arguments:

Name	Required	Type	Description
user_id	yes	integer	The ID of the user.
key_id	yes	integer	The ID of the key.

Delete S3 key:

client.delete_s3key('user_id', 'key_id')

Get S3 sso url

This will retrieve the sso url.

The following table describes the request arguments:

Name	Required	Type	Description
user_id	yes	string	The unique ID of the user.
depth	no	integer	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Retrieve the sso url:

s3ssourl = client.get_s3ssourl('user_id')

Backup Units

List backup units

Retrieve the list of Backup Units.

The following table describes the request arguments:

Name	Required	Type	Description
depth	no	int	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

response = client.list_backupunits()

Create a Backup Unit

This will create a new Backup Unit.

The following table describes the request arguments:

Name	Required	Type	Description
backupunit	yes	Backupunit	The backupunit object.

Create the backupunit:

The following table describes Backup unit arguments:

Name	Required	Type	Description
name	yes	string	A name of that resource (only alphanumeric characters are acceptable)
password	yes	string	The password associated to that resource.
email	yes	string	The email associated with the backup unit. Bear in mind that this email does not be the same email as of the user.

backupunit = Backupunit(name='bkp_name', password='bkp_pass', email='test@email.com')

backupunit = client.create_backupunit(backupunit)

Get a backup unit

This will retrieve a backup unit.

The following table describes the request arguments:

Name	Required	Type	Description
backupunit_id	yes	string	Id of the backup unit.

Retrieve the backup unit:

backupunit = client.get_backupunit(my_backupunit['id'])

Update a Backup Unit

Modify a Backup Unit

The following table describes the request arguments:

Name	Required	Type	Description
backupunit_id	yes	string	The ID of the backupunit.
name	no	string	A name of that resource (only alphanumeric characters are acceptable).
password	no	string	The password associated to that resource
email	no	string	The email associated with the backup unit. Bear in mind that this email does not be the same email as of the user.

Update a Backup Unit.

client.update_backupunit(backupunit_id, name='new name', password='new password', email='test@email.com')

Delete a Backup Unit

This will delete a Backup Unit.

The following table describes the request arguments:

Name	Required	Type	Description
backupunit_id	yes	string	The ID of the Backupunit.

Delete the Backup Unit:

client.delete_backupunit(my_backupunit['id'])

Get SSO Url

This will get SSO Url.

The following table describes the request arguments:

Name	Required	Type	Description
backupunit_id	yes	string	The ID of the backupunit.
depth	no	integer	An integer value of 0 - 5 that affects the amount of detail returned. See the Depth section.

Get SSO Url:

ssourl = client.get_ssourl(my_backupunit['id'])

Examples

Below are some examples using the SDK for Python. These examples will assume credentials are being set with environment variables:

export IONOS_USERNAME=username
export IONOS_PASSWORD=password

List All Data Centers

This simple example will list all data centers under an account.

#!/usr/bin/python

import json
import os

from ionosenterprise.client import IonosEnterpriseService

# Instatiate IonosEnterprise connection
client = IonosEnterpriseService(
    username=os.getenv('IONOS_USERNAME'),
    password=os.getenv('IONOS_PASSWORD'))

# List data centers
datacenters = client.list_datacenters()
print json.dumps(datacenters, indent=4)

Search for Images

The following example will provide a method for retrieving a list of images based on a partial case-insensitive name and location match.

#!/usr/bin/python

import os

from ionosenterprise.client import IonosEnterpriseService


def find_image(conn, name, location):
    '''
    Find image by partial name and location
    '''
    images = []
    for item in conn.list_images()['items']:
        if (item['properties']['location'] == location and
           item['properties']['imageType'] == 'HDD' and
           name.lower() in item['properties']['name'].lower()):
            images.append(item)
    return images

# Instantiate IonosEnterprise connection
client = IonosEnterpriseService(
    username=os.getenv('IONOS_USERNAME'),
    password=os.getenv('IONOS_PASSWORD'))

# Search criteria based on partial case-insensitive name and location
name = 'Ubuntu'
location = 'de/fkb'

# Find images based on above search criteria
for image in find_image(client, name, location):
    print "{0}\t{1}\t{2}".format(
        image['id'],
        image['properties']['name'],
        image['properties']['location'])

Reserve an IP Block

Here we will reserve a public IP block.

#!/usr/bin/python

import json
import os

from ionosenterprise.client import IonosEnterpriseService, IPBlock


# Instatiate IonosEnterprise connection
client = IonosEnterpriseService(
    username=os.getenv('IONOS_USERNAME'),
    password=os.getenv('IONOS_PASSWORD'))

ipblock = IPBlock(location='us/las', size=5)

response = client.reserve_ipblock(ipblock)

print json.dumps(response, indent=4)

Wait for Resources

The remaining examples will require dependent resources. A volume cannot be attached to a server before the server and volume are finished provisioning. Therefore, we require the wait_for_completion method that will stop and wait for the server and volume to finish provisioning before attaching the volume to the server.

Component Build

IonosEnterprise allows servers to be built by their individual components. That is, by connecting customized components such as servers, volumes, and NICs together. For example, a server can be provisioned in one request followed by one or more NICs and volumes in following requests. The volumes can then be attached separately to the server.

It is important to note that you will need to wait for each individual component to finish provisioning before it can be used in subsequent operations. This behavior is demonstrated below.

#!/usr/bin/python

import json
import os

from ionosenterprise.client import IonosEnterpriseService
from ionosenterprise.client import (
    Datacenter, LAN, Server, NIC, Volume, FirewallRule)

client = IonosEnterpriseService(
    username=os.getenv('IONOS_USERNAME'),
    password=os.getenv('IONOS_PASSWORD'))

timeout = 1800

# Create data center
datacenter = Datacenter(
    name='Python SDK Data Center',
    description='Python SDK data center',
    location='us/las')

response = client.create_datacenter(datacenter=datacenter)
client.wait_for_completion(response, timeout)
datacenter_id = response['id']

# Create public LAN
lan = LAN(name="Public LAN", public=True)

response = client.create_lan(datacenter_id, lan=lan)
client.wait_for_completion(response, timeout)
lan_id = response['id']

# Create server
server = Server(
    name='Python SDK Server',
    ram=4096,
    cores=4,
    cpu_family='INTEL_XEON')

response = client.create_server(datacenter_id=datacenter_id, server=server)
client.wait_for_completion(response, timeout)
server_id = response['id']

# Create public NIC
nic = NIC(
    name='Public NIC',
    dhcp=True,
    lan=lan_id,
    firewall_active=True,
    nat=False)

response = client.create_nic(
    datacenter_id=datacenter_id,
    server_id=server_id,
    nic=nic)
client.wait_for_completion(response, timeout)
nic_id = response['id']

# Create firwall rule
fwrule = FirewallRule(
    name='Allow SSH',
    protocol='TCP',
    source_ip='0.0.0.0',
    port_range_start=22,
    port_range_end=22,
    icmp_type=None)

response = client.create_firewall_rule(
    datacenter_id=datacenter_id,
    server_id=server_id,
    nic_id=nic_id,
    firewall_rule=fwrule)
client.wait_for_completion(response, timeout)

# Create system volume
volume1 = Volume(
    name='System Volume',
    size=20,
    image='0d4f97f0-1689-11e7-97ce-525400f64d8d',
    bus='VIRTIO',
    type='HDD',
    ssh_keys=['ssh-rsa AAAAB3NzaC1yc2EAAAADAQ...'],
    image_password='s3cr3tpass0rd',
    availability_zone='ZONE_3')

response = client.create_volume(
    datacenter_id=datacenter_id,
    volume=volume1)
client.wait_for_completion(response, timeout)
volume1_id = response['id']

# Attach system volume
response = client.attach_volume(
    datacenter_id=datacenter_id,
    server_id=server_id,
    volume_id=volume1_id)
client.wait_for_completion(response, timeout)

# Create data volume
volume2 = Volume(
    name='Data Volume',
    size=100,
    type='SSD',
    bus='VIRTIO',
    license_type='OTHER')

response = client.create_volume(
    datacenter_id=datacenter_id,
    volume=volume2)
client.wait_for_completion(response, timeout)
volume2_id = response['id']

# Attach data volume
response = client.attach_volume(
    datacenter_id=datacenter_id,
    server_id=server_id,
    volume_id=volume2_id)
client.wait_for_completion(response, timeout)

live_datacenter = client.get_datacenter(datacenter_id=datacenter_id, depth=5)
print json.dumps(live_datacenter, indent=4)

Composite Build

The IonosEnterprise platform also allows fully operational servers to be provisioned with a single request. This is accomplished by nesting related resources.

Multiple servers, volumes, LANs, and load balancers can be nested under a data center, multiple NICs and volumes can be nested under servers, and firewall rules under NICs.

This example will demonstrate composite resources.

#!/usr/bin/python

import json
import os

from ionosenterprise.client import IonosEnterpriseService
from ionosenterprise.client import Datacenter, Server, NIC, Volume, FirewallRule

# Instatiate IonosEnterprise connection
client = IonosEnterpriseService(
    username=os.getenv('IONOS_USERNAME'),
    password=os.getenv('IONOS_PASSWORD'))

# Define a firewall rule
fwrule1 = FirewallRule(
    name='Allow SSH',
    protocol='TCP',
    source_ip='0.0.0.0',
    port_range_start=22,
    port_range_end=22,
    icmp_type=None)

# Define a public NIC
nic1 = NIC(
    name='Public NIC',
    dhcp=True,
    lan=1,
    firewall_active=True,
    firewall_rules=[fwrule1],
    nat=False)

# Define a private NIC
nic2 = NIC(
    name='Private NIC',
    dhcp=True,
    lan=2)

# Define a system volume
volume1 = Volume(
    name='System Volume',
    size=20,
    image='0d4f97f0-1689-11e7-97ce-525400f64d8d',
    bus='VIRTIO',
    type='HDD',
    ssh_keys=['ssh-rsa AAAAB3NzaC1yc2EAAAADAQ...'],
    image_password='s3cr3tpass0rd',
    availability_zone='ZONE_3')

# Define a data volume
volume2 = Volume(
    name='Data Volume',
    size=100,
    type='SSD',
    bus='VIRTIO',
    licence_type='OTHER')

# Define a server with associated NICs and volumes
server = Server(
    name='Python SDK Server',
    ram=4096,
    cores=4,
    cpu_family='INTEL_XEON',
    nics=[nic1, nic2],
    create_volumes=[volume1, volume2])

# Define a data center with the server
datacenter = Datacenter(
    name='Python SDK Data Center',
    description='Python SDK data center',
    location='us/las',
    servers=[server])

# Initiate the data center and nested resource provisioning
response = client.create_datacenter(datacenter)

# Wait for the data center and nested resources to finish provisioning
client.wait_for_completion(response)

datacenter_id = response['id']

# Set the first LAN to public
response = client.update_lan(
    datacenter_id=datacenter_id,
    lan_id=1,
    name='Public LAN',
    public=True)

client.wait_for_completion(response)

# Print the data center properties and nested resources
response = client.get_datacenter(datacenter_id=datacenter_id, depth=5)
print json.dumps(response, indent=4)

Support

You can find additional examples in the repository examples directory. If you find any issues, please let us know via the DevOps Central community or GitHub's issue system and we'll check it out.

Testing

You can find a full list of tests inside the tests folder. To run all available tests:

export IONOS_USERNAME=username
export IONOS_PASSWORD=password

pip install -r requirements.txt
python -m unittest discover tests

To run a single test:

python -m unittest discover tests test_datacenter.py

Contributing

Fork it ( https://github.com/ionos-enterprise/ionos-enterprise-sdk-python/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

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5.5.0

Dec 21, 2020

5.4.0

Nov 20, 2020

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5.2.0

Aug 26, 2020

5.1.0

Oct 8, 2019

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ionosenterprise 5.5.0

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Project description

Python SDK

Table of Contents

Description

Getting Started

Installation

Authenticating

Error Handling

Reference

Depth

Data Centers

List Data Centers

Retrieve a Data Center

Create a Data Center

Datacenter Resource Object

Update a Data Center

Delete a Data Center

Locations

List Locations

Get a Location

Servers

List Servers

Retrieve a Server

Create a Server

Server Resource Object

Update a Server

Delete a Server

List Attached Volumes

Attach a Volume

Retrieve an Attached Volume

Detach a Volume

List Attached CD-ROMs

Attach a CD-ROM

Retrieve an Attached CD-ROM

Detach a CD-ROM

Reboot a Server

Start a Server

Stop a Server

Images

List Images

Get an Image

Update an Image

Delete an Image

Volumes

List Volumes

Get a Volume

Create a Volume

Volume Resource Object

Update a Volume

Delete a Volume

Create a Volume Snapshot

Restore a Volume Snapshot

Snapshots

List Snapshots

Get a Snapshot

Update a Snapshot

Delete a Snapshot

IP Blocks

List IP Blocks

Get an IP Block

Create an IP Block

IPBlock Resource Object

Delete an IP Block

LANs

List LANs

Create a LAN

LAN Resource Object

Get a LAN

Get LAN Members

Update a LAN

Delete a LAN

Network Interfaces (NICs)