Chapters
Transcript
Episode notes
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
Introduction
00:00 • 3min
CargoEdit Add
02:32 • 5min
Rust 1.0: Thinner, Faster Mutexes on Linux
07:37 • 2min
Is There a Need for a Const Constructor?
09:10 • 2min
Using a Mutex From STD - Is That a Good Idea?
11:25 • 2min
Rust Up Component Add Target
13:34 • 2min
Getting a Target Triple in Rust Forge
15:16 • 2min
Is There a Target for Linux?
16:52 • 5min
Compiler Specs - What Fields Exist for Targets?
21:48 • 2min
Is There a Lines Method on Standard In?
24:15 • 2min
Fusing an Iterator in Rust?
25:56 • 3min
The Unaligned References Lint Is Now Denied by Default in Rust.
29:24 • 2min
What Are Scoped Threads?
31:39 • 4min
Is Leaking Memory Unsafe in Rust?
35:59 • 3min
Is Mem Forget Unsafe?
39:27 • 3min
Is Cap Standed a Capable Object?
42:34 • 2min
Turbo Fishing
44:05 • 5min
Is There a Next Step Beyond NLL?
49:32 • 2min
The Future of Baro Checker Errors
51:16 • 3min
Allocation for Linux
54:26 • 2min
How to Override Cargo Configuration Parameters in a Mod Test
56:07 • 4min
Enhancing Dot Await Within Two Futures
01:00:25 • 5min
What Is the Difference Between Libc and the OS?
01:05:05 • 4min
Rust Analyzer Is Now Available via Rust Up
01:09:01 • 3min
Rust Analyzer 64 - New Workspace Inheritance
01:12:30 • 6min
The Stabilized API - What's the Compatibility Guide?
01:18:04 • 2min
Rust Analyzer - Deprecated RLS
01:20:25 • 2min
The Rust Compiler Is Now Built Using Profile Guided Optimization
01:22:35 • 3min
Rust 164 Release Notes - Is There Anything More?
01:25:13 • 2min
Rust's Standard Library Does Not Have an Allocator, but It Does
01:26:53 • 3min
We Did Not Miss a Release
01:29:49 • 2min