Get started with the Abiquo API
This section is a quick introduction to the Abiquo REST API and link navigation starting from the Abiquo user interface.
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Introduction
Welcome to the REST API of the Abiquo cloud platform. Yes, the Abiquo API really is a HATEOAS REST API.Â
So, there are links everywhere, for navigation, to perform actions, and even to define the configuration of cloud entities.
Fortunately, the Abiquo UI is a client of the Abiquo public REST API, so it's easy to look in your browser tools and find out how the UI performs any API request.Â
In this tutorial you will:
Create a VM with the UI and the API
Get a VM and deploy it
Get a group of VMs with the API
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Requirements
You will need to be familiar with your browser tools. We used Google Chrome.
To complete this tutorial and part 2, you will need a working Abiquo platform with:Â
Private cloud infrastructureÂ
A virtual datacenter with a virtual appliance inside
An Abiquo private network in the virtual datacenter with two IP addresses in it
To become familiar with the UI and create the required entities:
If your test environment already has infrastructure, work through the Abiquo quick walkthrough of private cloud
If your test environment does not have infrastructure, work through the Abiquo quick tutorial
Authentication
You will need to authenticate with your own credentials as appropriate in your environment. For a complete guide, see Authentication. For this tutorial you could use:
Token authentication:Â
Send aÂ
GET
request with basic authentication to the login resource of your API, for example,Âhttps://abiquo.example.com/api/login
Get the token from the X-Abiquo-Token headerÂ
In your request, use the format ofÂ
Authentication: Token XXXXXXXX
Basic authentication: in a securely isolated test environment only
Use
Authentication: Basic XXXXX
 with the formatuser:password
in base64 encoding
Or in the request line use the optionÂ-u user:password
ÂIn your test environment you may also need to add the insecure
-k
 option to the request.Â
OAuth authentication. See Authentication
Create a VM with the UI and obtain the POST request
Create a VM with the UI to obtain the API method link and data object.
Log in to Abiquo and open your browser console to the Network tab
Record browser actions
Create a VM in the UI. The UI will send a
POST
request to the APIIn the browser console, find the POST request
Tips when using Chrome:
To display the Method column to easily identify the
POST
request, right-click on the header row to display the header options list, then select Method.To copy the request directly from the UI, right-click on the request URL and select Copy as cURL and delete UI cache details from the URL before you run it
From Headers, Response Headers find the location. This is the VM link where you will send requests to modify the VMÂ
From the Payload, click view source, and right-click and copy, then format with a JSON formatter. This is the VM object that you can modify and use in the next request to create a VM
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Analyze the post request
This section explains the request to create the VM in a bit more detail.
When you created the VM:
The UI sent the
POST
request to theÂvirtualmachines
 link of the virtual appliance. The link contains the IDs of the virtual datacenter and virtual appliance.https://abiquo.lab.example.com:443/api/cloud/virtualdatacenters/12/virtualappliances/4/virtualmachines
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You can use this link to create another VM
In this case, the ID values are
12
and4
.
The Request Payload contains the basic VM object with a
name
and a link to a VM template, and an option to enable remote access to the VM.{ "name":"vmapihowto", "links":[ { "title":"yVM", "rel":"virtualmachinetemplate", "type":"application/vnd.abiquo.virtualmachinetemplate+json", "href":"https://abiquo.lab.example.com:443/api/admin/enterprises/1/datacenterrepositories/2/virtualmachinetemplates/145" } ], "vdrpEnabled":true }
You can copy this object and modify it to create another VM
After the POST request is successful, the Location link, which you can obtain from the Request headers is the URL of the VM in the API.
https://abiquo.lab.example.com:443/api/cloud/virtualdatacenters/12/virtualappliances/4/virtualmachines/304
You can use this link to manage the VM in the API
The last element of the URL is the ID of the VM, which has a value of
304
.
Create a VM using the API
To create a new VM:
Create a
POST
request to thevirtualmachines
linkAdd headers to describe your JSON data objectsÂ
The
Content-Type
header refers to the VM object you are sending.ÂThe
Accept
header refers to the API response you will receive
Add your authentication (see the Authentication section above)
As request
data
, you can add the VM entity from the previous step and change thename
attribute, e.g., changeÂvmapihowto
tovmapihowto2
You can use a tool such as jq to format the API response
Send the
POST
requestÂ
If the API creates the machine successfully, the response code is 201 and the body contains the VM object.
Obtain VM links
To manage the VM, you will send requests to VM links, so you should now save some links from the VM object. It is also useful to know the ID of the VM in the API.
From the VM object:
Get the link with a
rel
 key that has a value ofedit
. Also note that in the example the VM has anid
 of305
.Â
Also get the link with aÂ
rel
 key that has a value ofÂdeploy
.
Display the VM in the UI
When you've created the VM, return to the UI and you should be able to find the new VM! Â
Get the new VM using the API
To retrieve the details of the VM you just created, perform a GET
request to the edit
 link of the VM.
The result of this query is a VM data object in JSON format. To shorten the data object we replaced many of the links with an ellipsis (...).
Get a group of VMs with the API
To retrieve the collection of VMs in a virtual appliance, send a GET
request to the virtualmachines
link of the virtual appliance.
Change the Accept
header of the request to the virtual machines data object to receive a collection of virtual machines.
 Â
The response contains metadata about the size of the collection and the default paging links with some paging query parameters.
When you getting a collection of objects, you can also use query parameters to filter the response, for example, the has
 parameter can filter names by text.
Again, to reduce the size of the example, we replaced most of the VM links with an ellipsis (...
).
Deploy your VM
To deploy the VM you created, send a POST
request to the deploy
link of the VM.
The API will respond with an accepted request object and a link.
To check the progress of the deploy, send a GET
request to the above link.
Of course, you can also just switch back to the UI and watch the VM deploy!
Conclusion
Congratulations, you have created a VM and deployed a VM with the API.
You have also retrieved an entity and a collection of entities, and you can apply this method to any entity, using the entity link and a GET
request.
To work through how to modify and delete entities, see Get Started with the Abiquo API part 2.
Related links
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