Show HN: HyperZig – A Hypergraph Implementation in Zig
HyperZig is a directed hypergraph implementation in Zig, allowing hyperedges with multiple vertices and self-references. Users can integrate it by adding it as a dependency and accessing online documentation.
Read original article
HyperZig is a directed hypergraph implementation developed in the Zig programming language, enabling users to create hypergraphs with hyperedges that can include zero, one, or multiple vertices. Notably, hyperedges can also reference vertices directed to themselves multiple times. To integrate HyperZig into a project, users must add it as a dependency in their `build.zig.zon` file using a specific command to fetch the repository. Subsequently, it should be included in the `build.zig` file to allow for its functionalities. The project also provides online documentation for users seeking further information about its features and usage.
- HyperZig is designed for creating directed hypergraphs in Zig.
- Hyperedges can contain multiple vertices, including self-references.
- Integration requires adding HyperZig as a dependency in the project's build files.
- Online documentation is available for detailed guidance on usage.
Related
Zig-style generics are not well-suited for most languages
Zig-style generics, inspired by C++, are critiqued for limited universality. Zig's simplicity contrasts with Rust and Go's constraints. Metaprogramming praised for accessibility, but error messages and compiler support pose challenges. Limited type inference compared to Swift and Rust.
Improving Your Zig Language Server Experience
Enhance Zig Language Server (ZLS) by configuring it to run build scripts on save for immediate error display. Zig project progresses include faster builds, incremental compilation, and code intelligence. Support via Zig Software Foundation donations.
What can TypeScript learn from Zig? What can Zig learn from TypeScript?
A TypeScript developer discusses using Zig in Advent of Code 2023. Zig, a modern low-level language, emphasizes safety with features like option types and compile-time execution. TypeScript could benefit from Zig's error detection approach.
C Macro Reflection in Zig – Zig Has Better C Interop Than C Itself
Zig is a developing programming language aimed at low-level systems programming, offering strong C interoperability, ease of use, and features like C macro reflection, making it a potential C replacement.
Basic MetaProgramming in Zig
Zig's metaprogramming, focused on "comptime," enables compile-time code execution with functions like @hasField and @typeInfo for type manipulation and safety, facilitating conditional behavior in libraries.
2 commentsRelated
Zig-style generics are not well-suited for most languages
Zig-style generics, inspired by C++, are critiqued for limited universality. Zig's simplicity contrasts with Rust and Go's constraints. Metaprogramming praised for accessibility, but error messages and compiler support pose challenges. Limited type inference compared to Swift and Rust.
Improving Your Zig Language Server Experience
Enhance Zig Language Server (ZLS) by configuring it to run build scripts on save for immediate error display. Zig project progresses include faster builds, incremental compilation, and code intelligence. Support via Zig Software Foundation donations.
What can TypeScript learn from Zig? What can Zig learn from TypeScript?
A TypeScript developer discusses using Zig in Advent of Code 2023. Zig, a modern low-level language, emphasizes safety with features like option types and compile-time execution. TypeScript could benefit from Zig's error detection approach.
C Macro Reflection in Zig – Zig Has Better C Interop Than C Itself
Zig is a developing programming language aimed at low-level systems programming, offering strong C interoperability, ease of use, and features like C macro reflection, making it a potential C replacement.
Basic MetaProgramming in Zig
Zig's metaprogramming, focused on "comptime," enables compile-time code execution with functions like @hasField and @typeInfo for type manipulation and safety, facilitating conditional behavior in libraries.