Integration test for AssetResolver + LibraryDependencyResolver

Created on 30 June 2023, over 1 year ago

Problem/Motivation

Both AssetResolver and LibraryDependencyResolver have unit tests, but I think we could use an integration test, building off LibraryDependencyResolverTest, to reproduce the issues found in 🐛 Aggregation URL hashes should be built from normalized list of libraries Fixed which at the moment can only be reproduced via a very high level test. This also might potentially show us a better solution to that issue like normalizing the output of LibraryDependencyResolver.

Steps to reproduce

Proposed resolution

Remaining tasks

User interface changes

API changes

Data model changes

Release notes snippet

📌 Task
Status

Active

Version

11.0 🔥

Component
Asset library 

Last updated about 12 hours ago

No maintainer
Created by

🇬🇧United Kingdom catch

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Comments & Activities

  • Issue created by @catch
  • 🇬🇧United Kingdom catch

    Roughly what I think we need to reproduce the problem in the other issue, I still haven't gone through to figure out exactly what combination of libraries is causing it (there's a lot in real life).

    The overall issue appears to be this:

    1. There are lots of libraries on the node/add page in general with various dependencies, while they're attached to the page in whatever order, many of them don't have explicit dependencies on each other so could be in any order.

    2. When we send the list of libraries to the aggregate URL, this is the 'minimal representative set' - i.e. a shorter list of libraries with libraries that are dependencies of other ones we're removing absent from the list.

    3. When we put those dependent libraries back into the list, the resulting order is different.

    The fix in 🐛 Aggregation URL hashes should be built from normalized list of libraries Fixed converts the arbitrary list of libraries sent to AssetResolver::getLibrariesToLoad() to the minimal representative set, before then expanding it out again to the full list of dependencies. This fixes the aggregation bug on there.

    Ideally we want a test that fails with that issue reverted, but also to see if we can guarantee that given any combination of libraries resulting in the same resolved set, that the resultant list is in the same order regardless of what is passed in. It's possible that the minimal representative trick is doing this, but if not we should find something that does. This will improve hit rates for aggregates across a site too.

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