web-api

Code Design

  • The code is in the right place? (Both in terms of folder structure and class structure)
  • The code is not over-engineered. Examples of over-engineering: Implemented behavior for future problems
  • This code could not, to the best of my knowledge, have reused existing code
  • The code does not introduce functionality that is unnecessary for solving the problem

Code Readability

  • Names are meaningful and self-documenting
  • It is understandable, by reading the code, what it does
  • The code is simple and readable. i.e. it contains no \"hack\", or obscure solution

Code Maintainability

  • Has all the added code been properly commented

Only check one of the items below:

  • The functionality does not need to be covered by tests
  • The functionality needs to be covered by tests

Only check these if the functionality needs to be covered by tests:

  • All functionality is covered by tests
  • The tests has sensible names
  • By reading the tests you know what they cover
  • The tests cover sensible cases. Both happy paths and exception paths
  • The tests cover the full functionality. i.e., The tests fails if some of the requested functionality is missing

Functionality

For this part, run the web-api locally as described in https://aau-giraf.github.io/wiki/development/rest_api_development/BuildAndRunLocally/

  • The web-api runs without issues
  • The functionality that the code claims to implement, are actually implemented
  • The integration tests runs successfully. Refer to https://github.com/aau-giraf/web-api/tree/master/GirafIntegrationTest for how to run the tests
Last update: December 12, 2023