Skip to content

Latest commit

 

History

History
86 lines (56 loc) · 5.25 KB

README.md

File metadata and controls

86 lines (56 loc) · 5.25 KB

Quixey web development exercise

Hi! If you're here then you are probably interested in working for Quixey. We set up this exercise so that our candidates could have a clear way to demonstrate their front-end-web-dev ability in a realistic way that (hopefully) isn't too stressful or time-consuming.

Ideally, this exercise should probably take around an hour for you to do a good job, or maybe a little more if you need to brush up on front-end tools or git. If you want to spend more time to add bells and whistles, then that's great, and you'll get bonus points from us if you do it well, but please don't feel like you have to spend half a day on it.

About this repo

This repository is set up to simulate the front end of a small internal tool, like the kind you might realistically be working on. The best way to run it will be to fork & clone this repository and serve it from your local machine; for example, if you have Python installed, you can serve it like

$ cd src
$ python -m SimpleHTTPServer
Serving HTTP on 0.0.0.0 port 8000 ...

and then visiting http://localhost:8000 in your browser.

This tool is built to keep track of "projects" – experiments done by search engineers trying to improve search relevance. It shows a list of all the current projects, and has a little UI for adding new projects to the list. Each project has an ID, a name, a type (there are only a few different project types), and an activity date. (Realistically, it might load this information from a database, but for the purposes of this exercise the 'database' is just an array in projects.js.)

The problem

The engineers collaborate via GitHub, and usually their projects are associated with a specific commit or feature branch in their repository. They say that things like this happen:

  1. Engineer Alice makes branch "search-experiment"
  2. Alice sets up a project for "search-experiment" using this tool
  3. Engineer Bob makes further changes in master
  4. Testers start working on the "search-experiment" project

(If you don't know what I mean by this, you might want to review how git branching works.)

Alice is worried when this happens, because it means the testers might not be testing the latest code. She wishes that the project administration tool would let her know that her branch was outdated with respect to master, so that she could merge or rebase it to make it up-to-date.

Your task

Alice thinks you should make the tool work like this:

  • Allow her to specify a commit or branch or tag that goes along with a particular project.
  • Talk to the GitHub API to figure out whether or not each project is up-to-date with master.
  • Add a UI element to the project list that helps her see which projects are OK and which need updating.

If you agree that this is a good idea, then you should give it a shot and implement it. (If you don't, then prepare to argue for your better idea!)

Notes and resources

There are some branches in this repository that you can test your changes on. There are some outdated and up-to-date branches with respect to the branch called "baseline-branch". Your code should be able to accurately report the status of these branches.

Here are some helpful sections of the documentation for the GitHub API:

Note that you can access the GitHub API and ask queries about public repositories (like this one!) without any authentication, but there's a rate limit of 60 queries per hour. If you run into the rate limit, then you can authenticate via HTTP basic authentication or an OAuth token for your account to up the limit to 5000.

Please use any online resources you like, or ask anyone questions, but clearly attribute any code which isn't your own. (And we'll probably ask you some questions about what you did, so it won't be advisable to write something you don't understand.)

If you think it would be helpful to write some backend code or anything else we didn't anticipate, feel free to write it using whatever languages, libraries, and tools you think are a good fit for the task.

Qualities we're looking for in your solution:

  • You should solve the stated problem well for users of the tool
  • Your work is clear, concise, correct, maintainable, and the code is appropriately efficient
  • Code and UI that you add should be consistent with the existing codebase and interface
  • Design decisions you make are clearly thought-through

Afterward

After you're finished, please let us know and either:

  • (Ideal) Make a pull request from your forked repo for your changes
  • (Also OK) Link us to your code, or send us your code via email.

If you have any feedback, please let us know; we care about making sure that our interview process doesn't suck for you and does a fair job of assessing your skill. Thanks for taking the time to do this!