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Problem:
Neovim's Node.js provider does not support the Bun package manager.
PR #26829 attempted to add this but used a hardcoded path and was abandoned.
Solution:
- Use `bun pm bin -g` to dynamically locate the global binary directory.
- Update `health.lua` to recognize bun installations.
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This was introduced in #6608 and is unnecessary since #9516 and #31109.
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Although powerful -- especially with chained modifiers --, the
readability (and therefore maintainability) of `fnamemodify()` and its
modifiers is often worse than a function name, giving less context and
having to rely on `:h filename-modifiers`. However, it is used plenty in
the Lua stdlib:
- 16x for the basename: `fnamemodify(path, ':t')`
- 7x for the parents: `fnamemodify(path, ':h')`
- 7x for the stem (filename w/o extension): `fnamemodify(path, ':r')`
- 6x for the absolute path: `fnamemodify(path, ':p')`
- 2x for the suffix: `fnamemodify(path, ':e')`
- 2x relative to the home directory: `fnamemodify(path, ':~')`
- 1x relative to the cwd: `fnamemodify(path, ':.')`
The `fs` module in the stdlib provides a cleaner interface for most of
these path operations: `vim.fs.basename` instead of `':t'`,
`vim.fs.dirname` instead of `':h'`, `vim.fs.abspath` instead of `':p'`.
This commit refactors the runtime to use these instead of fnamemodify.
Not all fnamemodify calls are removed; some have intrinsic differences
in behavior with the `vim.fs` replacement or do not yet have a
replacement in the Lua module, i.e. `:~`, `:.`, `:e` and `:r`.
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Problem:
pyenv-virtualenv sets a different path for VIRTUAL_ENV than the path to the
python binary it provides, but these paths both symlink to the same file, so
there should be no disparity. The python health-check reports an error, since it
only checks if these paths are equal, not where they point to (resolve to).
Solution:
- Resolve the python symlinks before checking if they are equal.
- Deduplicate some code.
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Problem:
Scripts named with 'python-…' prefix may not be valid python bins. If
such a script is found in a venv, the Python healthcheck fails hard.
.venv/python-argcomplete-check-easy-install-script
.venv/bin/python3.13
.venv/bin/python
Solution:
- Discard known false-positives such as `python-argcomplete*`.
- Call `health.warn()` instead of `assert()` in `python_exepath()`.
Co-authored-by: Justin M. Keyes <justinkz@gmail.com>
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Problem: `:checkhealth` advice for Python is out-of-date.
Solution: Update the advice to point to `:help provider-python`.
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Fixes #33174, a regression from #22962.
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Co-authored-by: David Pedersen <limero@me.com>
Co-authored-by: Gregory Anders <greg@gpanders.com>
Co-authored-by: Leo Schlosser <Leo.Schlosser@Student.HTW-Berlin.de>
Co-authored-by: zeertzjq <zeertzjq@outlook.com>
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Problem:
`vim.fs.dirname([[C:\User\XXX\AppData\Local]])` returns "." on
mingw/msys2.
Solution:
- Check for "mingw" when deciding `iswin`.
- Use `has("win32")` where possible, it works in "fast" contexts since
b02eeb6a7281df0561a021d7ae595c84be9a01be.
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Fix the following two issues:
- pyenv root detection issue
When `PYENV_ROOT` environment variable is not set, neovim will detect
pyenv's root via `pyenv root` command, but which will be always fail
because `vim.fn.system()` returns result with additional `\n`. Using
`vim.system` instead prevents this problem. to trim it before check
whether it is exists
- python executable path detection issue
Filter unrelated `python-config` in cases where multiple python versions
are installed, e.g. `python-config`, `python3.10-config`,
`python3.11-config` etc.
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This will help manage the overly granular checkhealth completion to go
from
```
vim.health
vim.lsp
vim.provider.clipboard
vim.provider.node
vim.provider.perl
vim.provider.python
vim.provider.ruby
vim.treesitter
```
to
```
vim.health
vim.lsp
vim.provider
vim.treesitter
```
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