User interface for composing test scenarios

A system comprising:

• a memory comprising an eXtensible Markup Language (XML) file;
• and
• a processing device operatively coupled to the memory, the processing device to:
• open, by the processing device, the XML file storing test parameters;
• convert the test parameters to fields in a graphical user interface;
• present the test parameters via the graphical user interface;
• receive input via the graphical user interface to modify the test parameters to yield modified test parameters;
• and
• output the modified test parameters, in a plurality of different XML formats corresponding to each of a plurality of different target test platforms, to use with a testing framework to perform a plurality of automated tests on the plurality of different target test platforms comprising a first target test platform and a second target test platform in view of the modified test parameters, wherein a first automated test of the plurality of automated tests checks cross-platform communication between the first target test platform and the second target test platform run different portions of the first automated test of the automated tests in a selected sequence further executing the cross-platform communication between the first target test platform and the second target test platform.

A non-transitory computer-readable storage medium having stored therein instructions which, when executed by a processing device, cause the processing device to:

• identify, by the processing device, test parameters of an automated test;
• present the test parameters via a graphical user interface, wherein the test parameters are presented as user-editable elements in the graphical user interface;
• receive, from the user, input to modify the test parameters;
• generate a plurality of different eXtensible Markup Language (XML) files each representing the test parameters in a different format corresponding to each of a plurality of target test platforms comprising a first target test platform and a second target test platform;
• and
• run a plurality of automated tests on the plurality of different target test platforms using the XML file in the different format corresponding to each of the plurality of target test platforms, wherein a first automated test of the plurality of automated tests checks cross-platform communication between the first target test platform and the second target test platform, and wherein the first target test platform and the second target test platform run different portions of the first automated test of the automated tests in a selected sequence further executing the cross-platform communication between the first target test platform and the second target test platform.