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1. #The amazing frog demo how to
2. #The amazing frog demo update
3. #The amazing frog demo registration
4. #The amazing frog demo code
5. #The amazing frog demo Pc

Developers Fayju want to add more of that as they bring it to Linux, Mac and Windows PC:Ĭoming to Steam :: Remastered bigger open world split screen sandbox. I’m awfully keen on that sort of creative play, and not just in video games. Its playfulness is a mite more directed too, with all the props encouraging players to invent their own games and competitions. This might all sound a bit like Goat Simulator, but an Amazing Frog? came first.

#The amazing frog demo Pc

Now it’s trying to hop to Linux, Mac and Windows PC via Steam Greenlight. When user sends a delete request for one of themĪnd the corresponding steps file: import * as names from 'names.Amazing Frog was one of the biggest Ouya #launch games, turning the Wiltshire town in a wacky physics # sandbox filled with trampolines, cannons, fans, bouncy castles, remote-controlled cars, space rockets, cats, skateboarding pigeons, explosive barrels, blimps, guns, and footballs for split-screen shenanigans. Given the user has fetched the list of all colors Scenario: User can browse the list of all available colors and delete one of them

#The amazing frog demo code

Then the server returns a success status code Then the server returns an error status codeĪnd a payload containing an error message

#The amazing frog demo registration

When user sends a registration request without password Scenario: User registration is unsuccessful without password Here is an example feature file: Feature: Testing a REST API The downside to this approach is that there is a need for clear communication between non-technical users’ intent with each scenario, and the technical users actually implementing the steps based on the expectations. This leads to expressive scenarios and steps that contain, sometimes, almost no technical information. Tests written or designed by non-technical users are usually extracted from the product requirements or a common use case.

The business, or non-technical approach, typically bases the tests on use case, leading to more verbose and understandable scenarios. The list of BDD scenarios we propose is not an exhaustive list of all possible scenarios, and a number of corner cases are not covered for the sake of simplicity. We’ll leave it to the reader to decide which approach he or she is more comfortable with, or both. Business, or non-technical, users authoring a test case.More info on BDD and Gherkin can be found here and here, respectively.Īs pointed out above, we want to showcase how our simple example of functional testing of the API would look like assuming one of the two approaches: BDD tests are written using the Gherkin syntax, which allows developing a complex test case while maintaining its comprehensibility to non-technical users. Squish supports writing test cases in two forms: through pure scripting or through what is known as Behavior-Driven Development (BDD) tests. Changes made via REST calls on the different endpoints are not persistent, the interesting part for us is sending/receiving possible real world data.

#The amazing frog demo how to

Since the focus is not on the API implementation but rather on how to test it with Squish, we will make the choice of simplicity and use an already available simple REST API that can be accessed here. We will limit ourself to a simple functional test of a small REST API but the process can easily be extended to other kinds of testing or other types of APIs (SOAP, to name another). Given most of these examples are good automation candidates, we want to present an example of how this can be done with Squish.

#The amazing frog demo update

While Squish focuses on GUI testing, it can also be used for other kinds of testing, including what we would like to discuss in this article: API testing.Īn API, or Application Programming Interface, is a GUI-less element of an application whose purpose is usually to provide data to other parts of the software (commonly the UI), to update the data storage/state of the software, and more. Testing is an important part of the development of a software, the idea being that the more thorough the tests, the higher the chances are of discovering code defects or bugs.