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Upstream software project

rust-libcst-derive

Python 3.5+ concrete syntax tree with AST-like properties

About rust-libcst-derive

Python 3.5+ concrete syntax tree with AST-like properties

This project links 8 native package records across 6 recorded operating-system releases. Compare the retained versions and architectures below, then open the package for your own release.

These are catalog observations, not a guarantee of installation, compatibility, or upstream support.

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Project pictures and package coverage

rust-libcst-derive repository preview from GitHub
Project repository preview, supplied by GitHub. Open source repository
Debian 13 (Trixie): 2 package records; Fedora 43: 1 package records; Fedora 44: 1 package records; openSUSE Leap 15.6: 1 package records; openSUSE Leap 16.0: 1 package records; openSUSE Tumbleweed: 2 package records. Catalog coverage diagram, not an application screenshot.rust-libcst-derive: recorded package coverageDebian 13 (Trixie)2 recordsFedora 431 recordsFedora 441 recordsopenSUSE Leap 15.61 recordsopenSUSE Leap 16.01 recordsopenSUSE Tumbleweed2 records
OpenFactory diagram of linked package records. It is not an application screenshot.

Project identity

Project
rust-libcst-derive
Publisher
Not authoritatively mapped
Native package records
8
Operating systems
debian-13, fedora-43, fedora-44, opensuse-leap-15-6, opensuse-leap-16-0, opensuse-tumbleweed
License expression
MIT
Metadata completeness
100/100 (not a software quality rating)
Homepage
Visit upstream site
Source repository
Open source repository

Source-reported description

The fullest retained description is shown with its source. Distribution packaging descriptions may include downstream details.

LibCST parses Python source code as a CST tree that keeps all formatting details (comments, whitespaces, parentheses, etc). It's useful for building automated refactoring (codemod) applications and linters. LibCST creates a compromise between an Abstract Syntax Tree (AST) and a traditional Concrete Syntax Tree (CST). By carefully reorganizing and naming node types and fields, it creates a lossless CST that looks and feels like an AST.

Description source

Packages by operating system

Compare recorded versions, then open a package for dependency, file, checksum, and repository evidence. Version strings are distribution-specific, not a ranking of newer software.

Debian 13 (Trixie)

  1. librust-libcst-derive-dev

    Debian 13 (Trixie) / rust / source rust-libcst-derive

    0.1.0-1+b3

    Proc macro helpers for libcst - Rust source code

    amd64arm64trixie
  2. librust-libcst-dev

    Debian 13 (Trixie) / rust / source rust-libcst

    0.1.0-1+b3

    Python parser and Concrete Syntax Tree library - Rust source code

    amd64arm64trixie

Fedora 43

  1. python3-libcst

    Fedora 43 / Unspecified / source python-libcst

    1.8.0-6.fc43

    A concrete syntax tree with AST-like properties for Python 3

    aarch64x86_6443

Fedora 44

  1. python3-libcst

    Fedora 44 / Unspecified / source python-libcst

    1.8.6-4.fc44

    A concrete syntax tree with AST-like properties for Python 3

    aarch64x86_6444

openSUSE Leap 15.6

  1. python311-libcst

    openSUSE Leap 15.6 / Unspecified / source python-libcst

    0.4.9-150400.9.3.13

    Python 3.5+ concrete syntax tree with AST-like properties

    aarch64ppc64les390xx86_64leap-15.6

openSUSE Leap 16.0

  1. python313-libcst

    openSUSE Leap 16.0 / Unspecified / source python-libcst

    1.4.0-160000.2.2

    Python 3.5+ concrete syntax tree with AST-like properties

    aarch64ppc64les390xx86_64leap-16.0

openSUSE Tumbleweed

  1. python313-libcst

    openSUSE Tumbleweed / Unspecified / source python-libcst

    1.8.6-2.1

    Python 3.5+ concrete syntax tree with AST-like properties

    x86_64tumbleweed
  2. python314-libcst

    openSUSE Tumbleweed / Unspecified / source python-libcst

    1.8.6-2.1

    Python 3.5+ concrete syntax tree with AST-like properties

    x86_64tumbleweed

Project resources and further reading

Mapping provenance

Only source-backed identity signals create public cross-OS links. A reviewer can later approve or dispute an inferred relationship without rewriting native package history.

No field-level source record is published yet.