This PR redacts credentials in displayed URLs.
It mostly relies on a `redacted_url` function (and where possible
`IndexUrl::redacted`). This is a quick way to prevent leaked credentials
but it's prone to programmer error when adding new trace statements. A
better follow-on would use a `RedactedUrl` type with the appropriate
`Display` implementation. This would allow us to still extract
credentials from the URL while displaying it securely. On the plus side,
the sites where the `redacted_url` function are used serve as easy
signposts for where to use the new type in a future PR.
Closes#1714.
## Summary
If a script has some requirements, and you provide `--with`, we
currently ignore any constraints from those requirements. We might want
to treat them as hard constraints in the future. For now, though, we
just treat them as preferences -- so we _prefer_ those versions, but
don't require them to match and still run the `--with` resolution in
isolation.
Closes https://github.com/astral-sh/uv/issues/13173.
uv’s default index strategy was designed with dependency confusion
attacks in mind. [According to the
docs](https://docs.astral.sh/uv/configuration/indexes/#searching-across-multiple-indexes),
“if a package exists on an internal index, it should always be installed
from the internal index, and never from PyPI”. Unfortunately, this is
not true in the case where authentication fails on that internal index.
In that case, uv will simply try the next index (even on the
`first-index` strategy). This means that uv is not secure by default in
this common scenario.
This PR causes uv to stop searching for a package if it encounters an
authentication failure at an index. It is possible to opt out of this
behavior for an index with a new `pyproject.toml` option
`ignore-error-codes`. For example:
```
[[tool.uv.index]]
name = "my-index"
url = "<index-url>"
ignore-error-codes = [401, 403]
```
This will also enable users to handle idiosyncratic registries in a more
fine-grained way. For example, PyTorch registries return a 403 when a
package is not found. In this PR, we special-case PyTorch registries to
ignore 403s, but users can use `ignore-error-codes` to handle similar
behaviors if they encounter them on internal registries.
Depends on #12651Closes#9429Closes#12362
## Summary
If you use `--torch-backend=auto`, we want to avoid selecting (e.g.) a
`+cu124` build of `torch` alongside a `+cu126` build of `torchvision`.
## Summary
Part of #8607. This is a pure refactor aimed at paving the way for
supporting the `default-extras` configuration in the `pyproject.toml`
file.
The `ExtraSpecification` struct has been refactored to align more
closely with the
[`DependencyGroups`](256b100a9e/crates/uv-configuration/src/dependency_groups.rs (L9))
struct.
## Test Plan
Existing tests.
## Summary
In https://github.com/astral-sh/uv/pull/12968, we added support for
upload time to `uv.lock`, but stylized as `upload_time`. The other keys
in `uv.lock` use kebab casing, as in common in Python formats, so this
really should've been `upload-time`. I want to change it ASAP to
minimize churn for users. Any users that already upgraded will of course
experience churn in their files a second time. But if we don't change it
now, we'll only increase the surface area of affected users.
So, this PR uses `upload-time` instead, but continues reading
`upload_time` to make it non-breaking.
This PR restores the `bogus_redirect` test that was
non-deterministically hanging (reverting #13076).
Mismatched package and distribution names were causing uv to hang prior
to #12917 (which added the `bogus_redirect` test). But with that fix, uv
was only checking for mismatched package names on the main thread (and
not the resolver thread). This allowed for a race condition which would
prevent uv from ever doing the check, triggering the original hang
condition. This PR adds the check to the resolver thread to prevent this
race condition.
When an index performs a bogus redirect or otherwise returns a different
distribution name than expected, uv currently hangs.
In the example case, requesting the simple index page for any package
returns the page for anyio. This mean querying the sniffio version map
returns only anyio entries, and the version maps resolves to an anyio
version. When the resolver makes a query for sniffio and waits for it to
resolve, the main thread finds an anyio and resolves only that in the
wait map, causing the hang.
We fix this by checking the name of the returned distribution against
the name of the requested distribution. For good measure, we add the
same check in `Request::Dist` and `Request::Installed`. For performance
and complexity reasons, we don't perform this check in the version map
itself, but only after a candidate distribution has been selected.
---------
Co-authored-by: Zanie Blue <contact@zanie.dev>
## Summary
We accept `pylock.toml` as a requirements file (e.g., `uv sync
pylock.toml` or `uv pip install -r pylock.toml`). When you provide a
`pylock.toml` file, we don't allow you to provide other requirements, or
constraints, etc. And you can only provide one `pylock.toml` file, not
multiple.
We might want to remove this from `uv pip install` for now, since `pip`
may end up with a different interface (whereas `uv pip sync` is already
specific to uv), and most of the arguments aren't applicable (like
`--resolution`, etc.). Regardless, it's behind `--preview` for both
commands.
## Summary
This PR adds `uv export` support for [PEP
751](https://peps.python.org/pep-0751). We don't yet expose a way to
consume the generated lockfile, but it's a first step.
The logic to go from `uv.lock` to "flat set of packages to include, with
markers telling us when to include them" is all shared with the
`requirements.txt` export (and extracted in
https://github.com/astral-sh/uv/pull/12956). So most of the code is just
converting from our internal types to the PEP 751 schema.
## Summary
This is included in PEP 751, so we lose it when converting from
`uv.lock`. I think it's a good piece of information to include in the
`uv.lock` anyway.
## Summary
The overall strategy here is to make this code look more like
`requirements_txt.rs`: we seed the root members, then perform a DFS.
Previously, we created all nodes upfront, which caused problems when
using `--only-group`, since we'd omit "production" dependencies of
development dependencies.
Closes https://github.com/astral-sh/uv/issues/12526.
Adding dependency trace/parent comments ("via ...") to the export
command output.
This is a similar behavior to the pip compile output.
#### Note to the eager reviewer:
First of all - thanks!
Secondly, this is still a very rough draft. These are the first lines of
code I've ever written in Rust. This is still mostly an educational/fun
exercise for myself. If opening a Draft PR is creating too much noise -
I apologize and I will close it until it is ready.
## Summary
Resolves#7777
## Test Plan
- [X] manual command execution
- [x] update expected output in tests
---------
Co-authored-by: Charlie Marsh <charlie.r.marsh@gmail.com>
## Summary
This PR extends `[[tool.uv.index]]` to support `--find-links`-style
"flat" indexes, so that users can point to such indexes without using
`--find-links` _and_ get access to the full functionality of
`[[tool.uv.index]]` (e.g., they can now pin packages to
`--find-links`-style indexes).
Note that, at present, `--find-links` indexes actually have some quirky
behavior, in that we combine them into a single entity and then merge
the discovered distributions into each Simple API-style index. The
motivation here, IIRC, was to match pip's behavior quite closely. I'm
interested in _removing_ that behavior, but it'd be breaking (and may
also be inconvenient for some use-cases). So, the behavior for indexes
passed in via `--find-links` remains completely unchanged. However,
`[[tool.uv.index]]` entries with `format = "flat"` are now treated
identically to those defined with `format = "simple"` (the default), in
that we stop after we find the first-matching index, etc.
Closes https://github.com/astral-sh/uv/issues/11634.
## Summary
I don't know if I actually want to commit this, but I did it on the
plane last time and just polished it off (got it to compile) while
waiting to board.
## Summary
This PR modifies the requirement source entities to store a (new)
container struct that wraps `IndexUrl`. This will allow us to store
user-defined metadata alongside `IndexUrl`, and propagate that metadata
throughout resolution.
Specifically, I need to store the "kind" of the index (Simple API vs.
`--find-links`), but I also ran into this problem when I tried to add
support for overriding `Cache-Control` headers on a per-index basis: at
present, we have no way to passing around metadata alongside an
`IndexUrl`.
## Summary
In general, we merge `--find-links` entries into each index. If a
package is pinned to an index, though, it seems surprising (and wrong)
that we'd ever select a distribution from `--find-links`. This PR
modifies the provider to ignore `--find-links` for any explicitly pinned
packages.
## Summary
This crate is for standards-compliant types, but this is explicitly a
type that's custom to uv. It's also strange because we kind of want to
reference `IndexUrl` on the registry type, but that's in a crate that
_depends_ on `uv-pypi-types`, which to me is a sign that this is off.
## Summary
This is a prototype that I'm considering shipping under `--preview`,
based on [`light-the-torch`](https://github.com/pmeier/light-the-torch).
`light-the-torch` patches pip to pull PyTorch packages from the PyTorch
indexes automatically. And, in particular, `light-the-torch` will query
the installed CUDA drivers to determine which indexes are compatible
with your system.
This PR implements equivalent behavior under `--torch-backend auto`,
though you can also set `--torch-backend cpu`, etc. for convenience.
When enabled, the registry client will fetch from the appropriate
PyTorch index when it sees a package from the PyTorch ecosystem (and
ignore any other configured indexes, _unless_ the package is explicitly
pinned to a different index).
Right now, this is only implemented in the `uv pip` CLI, since it
doesn't quite fit into the lockfile APIs given that it relies on feature
detection on the currently-running machine.
## Test Plan
On macOS, you can test this with (e.g.):
```shell
UV_TORCH_BACKEND=auto UV_CUDA_DRIVER_VERSION=450.80.2 cargo run \
pip install torch --python-platform linux --python-version 3.12
```
On a GPU-enabled EC2 machine:
```shell
ubuntu@ip-172-31-47-149:~/uv$ UV_TORCH_BACKEND=auto cargo run pip install torch -v
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.31s
Running `target/debug/uv pip install torch -v`
DEBUG uv 0.6.6 (e95ca063b 2025-03-14)
DEBUG Searching for default Python interpreter in virtual environments
DEBUG Found `cpython-3.13.0-linux-x86_64-gnu` at `/home/ubuntu/uv/.venv/bin/python3` (virtual environment)
DEBUG Using Python 3.13.0 environment at: .venv
DEBUG Acquired lock for `.venv`
DEBUG At least one requirement is not satisfied: torch
warning: The `--torch-backend` setting is experimental and may change without warning. Pass `--preview` to disable this warning.
DEBUG Detected CUDA driver version from `/sys/module/nvidia/version`: 550.144.3
...
```
Reject lockfiles where the package version and the wheel versions are
incoherent. This implicitly checks that all wheel files have the same
version.
It does not check for the source dist version, since a source dist may
not contain a version in the filename and attempting to deserialize
source dist filenames we may not need is a performance overhead for
something that's already slow in `uv run`.
Fixes#12164
## Summary
This ended up being more involved than expected. The gist is that we
setup all the packages we want to reinstall upfront (they're passed in
on the command-line); but at that point, we don't have names for all the
packages that the user has specified. (Consider, e.g., `uv pip install
.` -- we don't have a name for `.`, so we can't add it to the list of
`Reinstall` packages.)
Now, `Reinstall` also accepts paths, so we can augment `Reinstall` based
on the user-provided paths.
Closes#12038.
In #10669, a pyproject.toml with requires-python but no environment had
a lockfile covering only a subset of the requires-python space:
```toml
resolution-markers = [
"python_full_version >= '3.10' and platform_python_implementation == 'CPython'",
"python_full_version == '3.9.*'",
"python_full_version < '3.9'",
]
```
This marker set is invalid, we have to reject the lockfile. (We can
still use the versions though, to avoid churn).
Part 1/2 of #10669
## Summary
The order here is slightly off... As-is, we fetch the metadata for the
dependency, _then_ insert the URLs and indexes into the fork state -- so
the fetch doesn't take the explicit index or URL into account. This has
mostly been unobserved because we re-fetch anyway in the next request,
but if we do things in the right order (add to fork state, fetch
dependencies, insert dependencies), we can cut down on the fetches.
Closes https://github.com/astral-sh/uv/issues/12056.
At certain points in the code, dependency groups are represented by
`DevGroups*` naming, probably as a historical artifact. This PR updates
the naming.
This includes renaming `uv-configuration/src/dev.rs` to
`uv-configuration/src/dependency_groups.rs`.
Three edition 2021 compatible sets of changes in preparation for the
edition 2025 split out from #11724.
In edition 2025, `gen` is a keyword, so we escape it as `r#gen`. `ref`
and `ref mut` are not allowed anymore for `&T` and `&mut T`, so we
remove them. `cargo fmt` now formats inside of macros, which the 2021
formatter doesn't undo.
konsti
John Mumm
Charlie Marsh
Zanie Blue
Ahmed Ilyas
Zohar Meir