## Summary
We support `--no-editable` on the CLI, but now that workspace members
and path dependencies can be marked as `editable = false`, I think it
makes sense for `--editable` to override that.
## Summary
This ended up being a bit more complex, similar to `package = false`,
because we need to understand the editable status _globally_ across the
workspace based on the packages that depend on it.
Closes https://github.com/astral-sh/uv/issues/15686.
<!--
Thank you for contributing to uv! To help us out with reviewing, please
consider the following:
- Does this pull request include a summary of the change? (See below.)
- Does this pull request include a descriptive title?
- Does this pull request include references to any relevant issues?
-->
## Summary
<!-- What's the purpose of the change? What does it do, and why? -->
This PR adds support for building loongarch64 binaries in CI. As uv
itself runs perfectly well on loongarch64 and with the latter's userbase
steadily growing, it would be a good idea to ship prebuilt binaries to
help them out.
Please note that as Ubuntu is not yet available for loongarch64, I have
elected to use a Debian Trixie container maintained by community
members. In addition, as Debian's pip does not allow installing modules
system-wide, the workflow for loongarch64 installs additional modules in
a virtual environment.
## Test Plan
<!-- How was it tested? -->
Tests are included in CI and the loongarch64 artifacts built in [this
workflow](https://github.com/SkyBird233/uv/actions/runs/17091637376/job/48466486690)
has been smoke tested.
## Summary
This refreshes the venv activation scripts from upstream `virtualenv`
project.
This was largely triggered by a problem in the activate.nu script (for
nushell):
- #14888
- #14914
- #14917
I was careful to respect the git history going back to astral-sh/uv#3376
(the last time this was done).
Actually I looked at the complete history from back when this
`uv-virtualenv` crate was named after a Pokémon (⁉️), but I found
nothing (about activation scripts) from back then that hasn't been
overwritten since.
### Some post-processing was involved
- Retained license info at top of scripts
- Retained template vars (eg `{{ BIN_PATH }}`) to assure current support
toward relocatable venv
- Retained deviation from upstream in astral-sh/uv#5640. This seems to
be the only deviation that isn't in sync with upstream.
### Notable changes from upstream
- (omitted due to undesirable complexity) pypa/virtualenv#2928 and its
follow-up pypa/virtualenv#2940
- pypa/virtualenv#2910 (what prompted astral-sh/uv#14917 from
astral-sh/uv#14888)
## Test Plan
There was a request in #14917 to add unit tests to detect breakage or
errors.
I have added a CI job that runs the nushell activation script.
But I think it is better to have the CI test all/most supported shells.
See also #15294
I have tested this locally using
- [x] nushell (v0.106.1)
- [x] cmd.exe (Microsoft Windows [Version 10.0.26100.4946])
- [x] bash in WSL (GNU bash, version 5.1.16(1)-release
(x86_64-pc-linux-gnu))
- [x] pwsh (PSVersion 5.1.26100.4768)
uv currently panics with a stack overflow when requirements or
constraints are recursively included. Instead, we ignore files we have
already seen. The one complexity here is that we have to track whether
we're in a requirements inclusion or in a constraints inclusion, to
allow including a file separately for requirements and for constraints,
and to handle `-r` inside or `-c` (which we treat as constraints too).
Fixes#15650
<!--
Thank you for contributing to uv! To help us out with reviewing, please
consider the following:
- Does this pull request include a summary of the change? (See below.)
- Does this pull request include a descriptive title?
- Does this pull request include references to any relevant issues?
-->
## Summary
Closes#15586
## Summary
If the package that has the `match-runtime` dependency itself isn't
being installed, we should avoid erroring if the package it _depends on_
isn't in the resolution.
Closes https://github.com/astral-sh/uv/issues/15661.
<!--
Thank you for contributing to uv! To help us out with reviewing, please
consider the following:
- Does this pull request include a summary of the change? (See below.)
- Does this pull request include a descriptive title?
- Does this pull request include references to any relevant issues?
-->
## Summary
<!-- What's the purpose of the change? What does it do, and why? -->
This PR adds instructions to install a C compiler on Fedora-based Linux
distributions.
## Test Plan
```
# Start Fedora container interactively (can probably be done on Docker as well)
podman run -it registry.fedoraproject.org/fedora
# From now on, run all commands inside the container.
# Install Rustup
curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
# Add cargo bin folder to PATH
export PATH="${HOME}/.cargo/bin:${PATH}"
# Install git, clone uv project and get into its folder
dnf install git
git clone https://github.com/astral-sh/uv.git
cd uv
# Try to compile uv and fail (error: linker `cc` not found)
cargo build
# Install C compiler
dnf install gcc
# Try to compile uv again. This time, successfully.
cargo build
```
Signed-off-by: Mateus Devino <mdevino@ibm.com>
## Summary
This implements the iOS part of
https://github.com/astral-sh/uv/issues/8029
FYI: @freakboy3742
<!-- What's the purpose of the change? What does it do, and why? -->
## Test Plan
Create a venv with uv and run `cargo run pip install --python-platform
arm64-apple-ios pillow`. Then the iOS binary of pillow should be
installed inside the venv.
## Summary
This implements the Android part of
https://github.com/astral-sh/uv/issues/8029
FYI: @freakboy3742 @mhsmith
<!-- What's the purpose of the change? What does it do, and why? -->
## Test Plan
Create a venv with uv and run `cargo run pip install --python-platform
aarch64-linux-android pybase64`. Then the Android binary of pybase64
should be installed inside the venv.
## Summary
This PR allows pyx to send down hashes for zstandard-compressed
tarballs. If the hash is present, then the file is assumed to be present
at `${wheel_url}.tar.zst`, similar in design to PEP 658
`${wheel_metadata}.metadata` files. The intent here is that the index
must include the wheel (to support all clients and support
random-access), but can optionally include a zstandard-compressed
version alongside it.
## Summary
`uv publish --dry-run` will perform the `--check-url` validation, and
hit the `/validate` endpoint if the registry is known to support
fast-path validation (like pyx). The `/validate` endpoint lets us
validate an upload without uploading the file _contents_, which lets you
skip the expensive step for common mistakes.
In the future, my hope is that the `/validate` step will deprecated in
favor of Upload API 2.0.
## Summary
This PR adds support for the `application/vnd.pyx.simple.v1` content
type, similar to `application/vnd.pypi.simple.v1` with the exception
that it can also include core metadata for package-versions directly.
## Summary
This PR adds support for pyx to `uv auth login`, `uv auth logout`, and
`uv auth token`. These are generic uv commands that can be used to store
credentials for arbitrary indexes and other URLs, but we include a
fast-path for pyx that initiates the appropriate login or logout flow.
We're not sure what the best way to expose the native store to users is
yet and it's a bit weird that you can use this in the `uv auth` commands
but can't use any of the other keyring provider options. The simplest
path forward is to just not expose it to users as a keyring provider,
and instead frame it as a preview alternative to the plaintext uv
credentials store. We can revisit the best way to expose configuration
before stabilization.
Note this pull request retains the _internal_ keyring provider
implementation — we can refactor it out later but I wanted to avoid a
bunch of churn here.
Adds locking of the credentials store for concurrency safety. It's
important to hold the lock from read -> write so credentials are not
dropped during concurrent writes.
I opted not to attach the lock to the store itself. Instead, I return
the lock on read and require it on write to encourage safe use. Maybe
attaching the source path to the store struct and adding a `lock(&self)`
method would make sense? but then you can forget to take the lock at the
right time. The main problem with the interface here is to write a _new_
store you have to take the lock yourself, and you could make a mistake
by taking a lock for the wrong path or something. The fix for that would
be to introduce a new `CredentialStoreHandle` type or something, but
that seems overzealous rn. We also don't eagerly drop the lock on token
read, although we could.
Adds a default plain text storage mechanism to `uv auth`.
While we'd prefer to use the system store, the "native" keyring support
is experimental still and I don't want to ship an unusable interface.
@geofft also suggested that the story for secure credential storage is
much weaker on Linux than macOS and Windows and felt this approach would
be needed regardless.
We'll switch over to using the native keyring by default in the future.
On Linux, we can now fallback to a plaintext store the secret store is
not configured, which is a nice property.
Right now, we store credentials in a TOML file in the uv state
directory. I expect to also read from the uv config directory in the
future, but we don't need it immediately.
renovate[bot]
Charlie Marsh
konsti
SkyBird
Brendan
Jorge Hermo
Ahmed Ilyas
Zanie Blue
Antony Kellermann
Mateus Devino
github-actions[bot]
timrid