> It disregards the importance of ports. Even if an architecture isn't widely used, supporting multiple architectures can help reveal bugs in the original implementation that wouldn't otherwise be obvious.
The problem is that those ports aren't supported and see basically zero use. Without continuous maintainer effort to keep software running on those platforms, subtle platform-specific bugs will creep in. Sometimes it's the application's fault, but just as often the blame will lie with the port itself.
The side-effect of ports being unsupported is that build failures or test failures - if they are even run at all - aren't considered blockers. Eventually their failure becomes normal, so their status will just be disregarded as noise: you can't rely on them to pass when your PR is bug-free, so you can't rely on their failure to indicate a genuine issue.
The problem is that those ports aren't supported and see basically zero use. Without continuous maintainer effort to keep software running on those platforms, subtle platform-specific bugs will creep in. Sometimes it's the application's fault, but just as often the blame will lie with the port itself.
The side-effect of ports being unsupported is that build failures or test failures - if they are even run at all - aren't considered blockers. Eventually their failure becomes normal, so their status will just be disregarded as noise: you can't rely on them to pass when your PR is bug-free, so you can't rely on their failure to indicate a genuine issue.