FIGHT: RUST é o oposto de GOLANG! E por que eu estou MIGRANDO pra RUST

Rust offers memory safety and native efficiency, as opposed to the simplicity of Go. ----- Join the Penguin Dev Club for early access, exclusive videos, and exclusive mentoring.    / @lucas_badico   BASIC GOLANG COURSE [PUBLISHED]:    • Golang Curso Básico   COMPLETE GOLANG COURSE [MEMBERS ONLY]:    • GOLANG 2025 | CURSO INTENSIVO   ----- In this video, I explore my transition from Go to Rust, highlighting its capabilities as a systems language, memory safety, and structural differences from Go. I also discuss binary efficiency, tools like Cargo, and practical use cases, as well as thanking the channel members for their support. (00:28) Why Rust? (04:09) Rust vs. Go: fundamental differences (09:28) Purpose and uses of Rust Why Rust? I chose Rust because it is a systems language without a runtime, allowing you to create native applications with direct control of memory through the ownership/borrow system. This opens doors to low-level projects and increases professional opportunities, such as demands in infrastructure and system tools. Rust vs. Go: fundamental differences. Rust prioritizes enums for data modeling, while Go uses structs. In Rust, generics and traits are central, reducing repetitive code, unlike Go's more pragmatic and minimalist approach. Data exposure is also more flexible in Rust, using traits instead of rigid public methods. Purpose and uses of Rust. Rust is ideal for efficient and safe systems, such as CLI tools, fast APIs, and even machine learning. With Cargo (package manager) and accessible syntax, it is viable for both complex and simple projects. Studies cite resource savings when replacing Python with Rust, highlighting its potential in high-demand scenarios.