Explore the intricacies of Rust's Lang Team Design Meeting from February 10, 2020, focusing on &T and dereferenceable optimizations. Dive into discussions on current status, synchronization, declared parameters, and referenceable on entry concepts. Examine function-scoped and globally dereferenceable approaches, Arc drop interactions, and NNIR/FCG/ST considerations. Analyze pointer storage solutions, dereferenceable methods for generics, and unsafe cell implementations. Investigate reference decrements, safe obstructions, and actionable test cases. Consider ergonomics, new type wrappers, and safe projections while pondering the implications of reserving syntactic space for future developments in the Rust programming language.
Rust Lang Team Design Meeting: &T and Dereferenceable Optimizations - 2020.02.10
Overview
Syllabus
Introduction
Current status
Dereferenceable
Synchronization
Declared parameters
Referenceable on entry
Dereference globally
Function scoped
Arc drop interactions
stack items
a chatty
arcdrop
NNI
RFC
GSTs
Pointer storage
Solution space
Dereferenceable methods
Generics
Unsafe cells
References
decrement
safe obstruction
is the referenceable
mutable reference
multiple reference
mutable references
refmute
actionable test
test case
how many people would be affected
ergonomics
unsafe
ampersand unsafe
MMI
New type wrap
Ignoring mmm
Principal entry
Wrappers
Safe projection
reserving syntactic space
the real question
raw
a few changes
Taught by
Rust
