History of which API URLs have been accessed. There is also functionality for navigating forward or backward through the $ coreapi bookmarks add accountmanagement For example, you can add a bookmark for theĮxisting API, like so. The command line client includes functionality for bookmarking API URLs Jsonhyperschema application/schema+json decoding Openapi application/openapi+json encoding, decoding Hal application/hal+json encoding, decoding
#INSOMNIA API CLIENT INSTALL#
$ pip install openapi-codec jsonhyperschema-codec hal-codecĬorejson application/vnd.coreapi+json encoding, decoding Schemas, however it includes a plugin system for installing additional codecs. Codecsīy default the command line client only includes support for reading Core JSON You can also add specific request headers, using the headers command: $ coreapi headers add x-api-version 2įor more information and a listing of the available subcommands use coreapiĬredentials -help or coreapi headers -help. Currently only "basic" is supported as an option here.įor example: $ coreapi credentials add tomchristie:foobar -auth basic The optional -auth flag also allows you to add specific types of authentication, > Accept: application/vnd.coreapi+json, */*įor instance: $ coreapi credentials add "Token 9944b09199c62bcf9418ad846dd0e4bbdfc6ee4b" To inspect the underlying HTTP request and response, use the -debug flag. Of keys that are used to index into the link.
To interact with the API, use the action command. Thisĭocument includes all the available interactions that may be made against the API. This will then load the schema, displaying the resulting Document. To start inspecting and interacting with an API the schema must first be loadedĬreate(code,, ,, ) Note that the command-line client is a separate package to the To install the Core API command line client, use pip. The command line client allows you to inspect and interact with any API thatĮxposes a supported schema format. Up to date with the most recently deployed version of the service. This documentation allows the user to discover the available endpointsĪnd parameters, and better understand the API they are working with.īecause this documentation is driven by the API schema it will always be fully Self-descriptive APIsĪ dynamically driven client is able to present documentation on the API to theĮnd user. On-the-wire, with clients transparently upgrading.
Without breaking existing clients, or more efficient encodings can be used This also allows for a degree of API evolvability. The client determines what endpoints are available, what parameters existĪgainst each particular endpoint, and how HTTP requests are formed. The application interface layer, rather than the network interface layer. More meaningful interactionĪPI interactions are presented in a more meaningful way. With an API by building HTTP requests directly. Using a dynamically driven client has a number of advantages over interacting That can interact with any API that exposes a supported schema or hypermedia When used client-side, Core API allows for dynamically driven client libraries It canīe used either server-side, as is done with REST framework's schema generation, Client-side Core APIĬore API is a document specification that can be used to describe APIs. As a result, the Core API command line client and PythonĬlient library can be used to interact with the Heroku API. They can be used with any API that exposes a supported schema format.įor example, the Heroku platform API exposes a schema in the JSON
The API clients documented here are not restricted to APIs built with Django REST framework. Interface to work against, rather than working directly with the network interface. They present the developer with an application
An API client handles the underlying details of how network requests are madeĪnd how responses are decoded.
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