Rust Vs Go Panel
summary
Panel compares concrete tradeoffs: Go wins when requirements change quickly — zero-to-100 speed, tiny binaries, a millisecond-fast compiler, built-in testing/profiling and centralized docs at pkg.go.dev; modules keep decentralized imports but add versions while keeping 10+ year compatibility. Rust wins where memory and parallel performance matter: the borrow checker prevents nil‑pointer classes of bugs, async/await + par_iter patterns and cargo + crates.io give safe high‑performance libraries, rust-analyzer and rustlings improve ergonomics, and the ecosystem is growing to make impossible states unrepresentable.
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chapters (25)
- 0:00Start
- 1:10Announcements
- 1:47Steve Francia
- 2:14Maria Peterson
- 3:00Jonathan Turner
- 10:07Why Do You Think Rust and Go Exist in the First Place
- 22:56Choice Paralysis
- 34:27Parallelism
- 35:40The Rust Crash Course
- 36:36Benefits of Rust
- 38:48Expressiveness versus Readability
- 39:20Foundational Differences in the Language Design Have an Impact on Real World Applications Development
- 42:03Readability
- 46:04Rust Compiler
- 49:06Experience in Solving Complex Problems in Go and Rust
- 50:45Rust Analyzer
- 51:34Tooling
- 51:55Go Compiler
- 53:14How To Tackle Bugs
- 56:47Error Handling
- 57:31Libraries and Dependencies
- 1:13:21Api Docs
- 1:17:53Support Community
- 1:19:12Networking
- 1:27:17Can Kotlin Be Seen as a Language in the Same Space as Rust
