Searching for a tenant by its name

1. Authenticate to the cloud platform via the Python shell.

   The following variables should be available now:

   >>> base_url  # the base URL of the API
   'https://eu2-cloud.acronis.com/api/2'
   >>> auth  # the 'Authorization' header value with the access token
   {'Authorization': 'Bearer eyJ0eXAiOiJKV1QiLCJhbGciOiJSUzI1NiIsImtpZCI6ImMwMD...'}
   >>> tenant_id  # the UUID of the tenant to which the token provides access
   'ede9f834-70b3-476c-83d9-736f9f8c7dae'
   

2. Send a GET request to the /search endpoint. The endpoint URL must contain a tenant query parameter set to the UUID of the tenant where the search will start and a text query parameter set to the name of a tenant to be searched for:

   >>> tenant_name = 'Foobar'
   >>> params = {'tenant': tenant_id, 'text': tenant_name}
   >>> response = requests.get(f'{base_url}/search', headers=auth, params=params)
   

3. Check the status code of the response:

   >>> response.status_code
   200
   

   Status code 200 means that the response body text contains an encoded JSON object consisting of the items member. The items member is an array of result objects. If no resources containing the specified text are found, this array is empty.

   A different status code means that an error has occurred. For the details, refer to “Status and error codes”.

4. Convert the JSON text to an object, and then store the value of the object’s items key in a variable named results:

   >>> results = response.json()['items']
   >>> pprint.pprint(results)
   [{'first_name': '',
     'id': '0fcd4a69-8a40-4de8-b711-d9c83dc000f7',
     'kind': 'customer',
     'last_name': '',
     'name': 'Foobar',  # a match here
     'obj_type': 'tenant',
     'parent_id': 'ede9f834-70b3-476c-83d9-736f9f8c7dae',
     'path': ['JohnSmith, Inc', 'Foobar']},
    {'first_name': 'John',
     'id': '2ae8a1e9-4dba-4a07-b711-d9c83dc000f7',
     'last_name': 'Doe',
     'login': 'JohnDoe',
     'obj_type': 'user',
     'parent_id': '0fcd4a69-8a40-4de8-b711-d9c83dc000f7',
     'path': ['JohnSmith, Inc', 'Foobar']},  # a match in the email address
    {'first_name': '',
     'id': '2ae8a1e9-4dba-4a07-b56a-c51cec1485fc',
     'last_name': '',
     'login': 'foobar',  # a match here
     'obj_type': 'user',
     'parent_id': '0fcd4a69-8a40-4de8-b711-d9c83dc000f7',
     'path': ['JohnSmith, Inc', 'Foobar']}]
   

5. Find the object where the value of the obj_type key is tenant and the value of the name key equals to the name of a tenant being searched for (tenant_name):

   >>> found_tenant = None
   >>> for res in results:
   ...     if res['obj_type'] == 'tenant' and res['name'] == tenant_name:
   ...         found_tenant = res
   ...         break
   ... else:
   ...     print('A tenant with this name is not found.')
   ... .
   >>> pprint.pprint(found_tenant)
   {'first_name': '',
    'id': '0fcd4a69-8a40-4de8-b711-d9c83dc000f7',
    'kind': 'customer',
    'last_name': '',
    'name': 'Foobar',
    'obj_type': 'tenant',
    'parent_id': 'ede9f834-70b3-476c-83d9-736f9f8c7dae',
    'path': ['JohnSmith, Inc', 'Foobar']}
   

   Name	Value type	Description
   obj_type	string	The type of a resource that this object represents.
   id	string	The tenant UUID.
   name	string	The tenant name.
   kind	string	The tenant type.
   parent_id	string	The UUID of a tenant where this tenant is located.
   first_name	string	The firstname value from the contact object of the tenant.
   last_name	string	The lastname value from the contact object of the tenant.
   path	array of strings	The path to this tenant relative to the tenant where the search started.