Go Vs Rust Round Table
summary
Panelists compare Go and Rust tradeoffs: Go excels for fuzzy requirements and rapid iteration because goroutines, channels, and fast compile/test cycles make swapping modules and iterating quick; Rust excels for raw throughput and predeployment safety because the borrow checker plus cargo/crates.io catch memory and concurrency bugs at compile time. They give concrete examples—recurring nil-pointer bugs in Go that Rust would prevent, a simple web-scraper that took much longer to implement in Rust—and cite ecosystem facts like 40–60 new Rust crates/day and mature Go tooling such as pkg.go.dev and gofmt.
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chapters (21)
- 0:00Start
- 1:07Announcements
- 1:45Steve Francia
- 2:12Maria Peterson
- 2:35Michael Sneumann
- 2:57Jonathan Turner
- 22:53Choice Paralysis
- 25:07Memory Management and Memory Safety
- 34:25Parallelism
- 38:46Expressiveness versus Readability
- 42:01Readability
- 48:01Solving Complex Problems in Go and Rust
- 49:39Rust Analyzer
- 50:28Tooling
- 50:49Go Compiler
- 52:08How To Deal with Hard To Tackle Bugs
- 55:42Error Handling
- 56:26Libraries and Dependencies
- 1:17:33Ecosystem
- 1:18:07Networking
- 1:26:12Can Kotlin Be Seen as a Language in the Same Space as Rust or Go
