python-modern-tooling
Use when choosing the right modern Python tooling workflow for a project or script (uv setup, quality tools, CLI, logging, packaging) or when unsure which Python tooling skill applies.
Discover Blockchain skills, compare source repositories and read the instructions for each workflow.
Use when choosing the right modern Python tooling workflow for a project or script (uv setup, quality tools, CLI, logging, packaging) or when unsure which Python tooling skill applies.
Explain Cairo control flow with `if`, `else`, `loop`, `while`, `for`, `break`, and `continue`; use when a request involves conditionals, loops, or loop return values in Cairo.
Execute a single task with Worker/Inspector/Analyst crew. Self-fetches work from Beads.
Fast, reproducible scientific Python environments with pixi - conda and PyPI unified
A skill from a bare directory with no manifest
A skill from the claude-plugin format fixture
Use when running or authoring standalone Python scripts with uv, especially when choosing Python versions, adding one-off dependencies, using no-project mode, or embedding inline script metadata.
Use when building or publishing Python packages with uv, including dist artifacts and pre-publish checks.
Use when initializing a Python project or script, adding dependencies, or running commands with uv, especially to avoid pip install and direct python/pytest usage.
Guides Claude through creating and publishing Gleam packages to Hex.pm. Use when developing libraries, writing documentation, or preparing packages for publication.
Explain Cairo ownership, moves, Copy/Drop/Destruct traits, and scope-based destruction; use when a request involves use-after-move errors, copying values, or ownership semantics in Cairo.
Explain Cairo method syntax, traits/impl blocks, `self` parameter forms, and associated functions; use when a request involves defining or calling methods on structs in Cairo.
Explain Cairo procedural macros implemented in Rust (inline/attribute/derive), project setup, and TokenStream/ProcMacroResult; use when a request involves writing or using procedural macros in Cairo.
Explain Cairo arithmetic circuits using core::circuit, gates, CircuitElement, and evaluation; use when a request involves building or evaluating arithmetic circuits in Cairo.
Explain Cairo deref coercion with Deref/DerefMut traits and Target associated type; use when a request involves wrapper types, field access through wrappers, or deref behavior in Cairo.
Explain Cairo closures, syntax, capture rules, type inference, and Fn traits; use when a request involves anonymous functions or passing behavior as a parameter in Cairo.
Explain Cairo generic data types and syntax for generic functions, structs, enums, methods, and impls; use when a request involves type parameters or generic signatures in Cairo.
Explain how to define and instantiate Cairo structs, field access, mutability, field init shorthand, and update syntax; use when a request involves struct definitions or field-related compile errors in Cairo.
Explain Cairo Array usage, ArrayTrait methods, array! macro, Span, and array read/write constraints; use when a request involves creating, updating, reading, or passing arrays in Cairo.
Explain Cairo enums, defining variants with data, constructing values, and using Option; use when a request involves enum design, variant syntax, or pattern-matching enum values in Cairo.
Explain Cairo variable bindings, immutability, `mut`, constants, and shadowing; use when a request involves variable declaration, reassignment errors, changing types via shadowing, or defining constants in Cair...
Explain Cairo modules, `mod` declarations, privacy, and scope control; use when a request involves organizing code into modules or resolving visibility errors in Cairo.
Explain Cairo operator overloading using core::ops traits like Add; use when a request involves redefining operators for custom types in Cairo.
Explain Cairo traits, impl syntax, default methods, trait bounds, and visibility; use when a request involves defining traits, implementing traits, or resolving trait method availability errors in Cairo.
The default order uses GitHub repository stars from our indexed data. Stars belong to the source repository and may be shared by multiple skills. They indicate repository interest, not skill installs or an independent quality score.