What distinguishes Gleam from Elixir?

Gleam emphasizes type safety and a practical type system, setting it apart from Elixir's math focus.

What platforms can Gleam run on?

Gleam runs on the Erlang VM and can also run on JavaScript runtimes, enabling its use across various platforms.

What are some key features of Gleam's version 1.0.0 release?

Gleam version 1 includes the language compiler, build tools, package manager, code formatter, language server, and compiler for WebAssembly APIs and JS bindings.

How does Gleam prioritize software writing and maintenance?

Gleam aims to make software writing and maintenance stress-free and enjoyable, with a consistent and easy-to-read language.

What is the significance of financial sustainability for Gleam?

Financial sustainability is crucial for Gleam, with the largest contributor on GitHub sponsors providing half the funding.

Gleam 1.0 Is Out! (I think I'm in love...)

Theo - t3․gg・3 minutes read

Gleam is a language designed for building typesafe systems that prioritize concurrency, offering similar functionalities to Elixir but with a focus on type safety and practicality. The release of Gleam version 1.0.0 signifies stability and readiness for production use, with a strong emphasis on easy contributions, financial sustainability, and a comprehensive introduction to the language's features.

Insights

Gleam is a language emphasizing type safety, practicality, and scalability, distinguishing it from Elixir, with a focus on concurrency and robust static analysis inspired by Elm, OCaml, and Rust.
The release of Gleam version 1.0.0 signifies stability and readiness for production use, featuring a comprehensive ecosystem including a compiler, build tools, package manager, and a focus on financial sustainability through diverse funding sources and rewarding regular contributors.

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Summary

00:00

"Gleam: Typesafe language for scalable systems"

Gleam is a language focused on building typesafe systems that scale, built on the Erlang Beam runtime.
It emphasizes type safety and a practical type system, distinguishing it from Elixir's math focus.
Gleam offers similar functionalities to Elixir, such as piping, threads, and tasking, with added type safety.
The release of Gleam version 1.0.0 marks a significant milestone for the language and its ecosystem.
Gleam aims to make software writing and maintenance stress-free and enjoyable, with a consistent and easy-to-read language.
The language prioritizes concurrency, making it a strong alternative to languages like JavaScript and Rust.
Gleam features robust static analysis and a type system inspired by Elm, OCaml, and Rust.
Gleam runs on the Erlang VM and can also run on JavaScript runtimes, enabling its use across various platforms.
Gleam version 1 includes the language compiler, build tools, package manager, code formatter, language server, and compiler for WebAssembly APIs and JS bindings.
Gleam's V1 release signifies stability and readiness for production use, with a focus on maintaining backward compatibility and avoiding breaking changes.

11:48

"Community impact and sustainability in Gleam"

Projects need to be impactful and meaningful to the community to be sustainable.
Open-source projects like Gleam prioritize easy contributions to their codebase.
Gleam's compiler and build tools are easy to contribute to, with over 6.2k stars on GitHub.
Multiple new contributors are making significant contributions to Gleam, with over 100 commits from a third party.
Financial sustainability is crucial, with the largest contributor on GitHub sponsors providing half the funding.
Diversifying funding sources, including corporate sponsors, is a goal for Gleam's developer.
Gleam aims to financially reward regular contributors and has a new mascot named Lucy.
The Gleam language tour offers a comprehensive introduction to the language's features and capabilities.
Gleam's robust static type system ensures code consistency and minimizes bugs or crashes.
Gleam's standard library includes functions for working with integers, floats, strings, and booleans, among others.

23:58

"Function naming, inlining, placeholders, flexibility, pipes, labels"

Camel case is enforced in function names, making it a requirement.
Anonymous functions are crucial for quick inlining of functions without the need for explicit definition.
The use of underscores as placeholders in functions allows for easy passing of arguments.
Generic functions in Gleam allow for flexibility in defining the types of arguments.
The introduction of pipes in Gleam simplifies code by passing outputs directly to the next function.
Labeled arguments aid in remembering the order and purpose of function arguments.
Gleam supports documentation comments with different levels of specificity for types, functions, and modules.