This test uses universal variables, and so it can fail when run
multiple times.
It might be a good idea to do this in general, but for now let's just
try it here.
See for example: https://git-scm.com/docs/git-cherry
git cherry is quite helpful when trying to findout if merges between
branches are complete, when there were cherry-picks in addition to
merges.
Previously when propagating explicitly separated output, we would early-out
if the buffer was empty, where empty meant contains no characters. However
it may contain one or more empty strings, in which case we should propagate
those strings.
Remove this footgun "empty" function and handle this properly.
Fixes#5987
Prior to this fix, fish would attempt to react if a local fish_complete_path
or fish_function_path were set. However this has never been very well tested
and will become impossible with concurrent execution. Always use the global
values.
Soon we will have more complicated logic around whether to call tcsetpgrp.
Prepare to centralize the logic by passing in the new term owner pgrp,
instead of having child_setup_process perform the decision.
I tested this manually (`littlecheck.py -s fish=fish tests/checks/eval.fish`) from the base directory, which means I got
"tests/checks/eval", while the real test gets "checks/eval".
I then reran `make test_fishscript`, but that didn't pull in the
updated test - we should really handle that better.
This exitted if the cursor was at the end of the line as well (i.e. if
delete-char failed). That's a bit too eager.
Also documentation, which should have already been included.
I'm gonna add more tests to this and I don't want to touch the old stuff.
Notice that this needs to have the output of the complete_directories
test adjusted because this one now runs later.
That's something we should take into account in future.
Previously, elements already existing in the path variable would keep their position when the path was being constructed from the config files. This caused issues given that $PATH typically already contains "/usr/bin:/bin" when fish initializes within a macOS terminal app. In this case, these would keep their position at the front of the $PATH, even though the system path_helper configs explicitly place them _after_ other paths, like "/usr/local/bin". This would render binaries in "/usr/local/bin" as effectively "invisible" if they also happen to live in "/usr/bin" as well. This is not the intended
This change makes the __fish_macos_set_env config function emulate the macOS standard path_helper behavior more faithfully, with:
1. The path list being constructed *from scratch* based on the paths specified in the config files
2. Any distinct entries in the exist path environment variable being appended to this list
3. And then this list being used to *replace* the existing path environment variable
The result, for a vanilla fish shell on macOS, is that the $PATH is now set to:
/usr/local/bin /usr/local/sbin /usr/bin /bin /usr/sbin /sbin
Where previously it was set to:
/usr/bin /bin /usr/local/bin /usr/sbin /sbin
This new $PATH exactly matches the order of paths specified in `/etc/paths`.
