Module place 

Computations on places – field projections, going from mir::Place, and writing into a place. All high-level functions to write to memory work on places as destinations.

Re-exports

use std::assert_matches; 🔒

use either::Either; 🔒

use either::Left; 🔒

use either::Right; 🔒

use rustc_abi::BackendRepr; 🔒

use rustc_abi::HasDataLayout; 🔒

use rustc_abi::Size; 🔒

use rustc_middle::mir; 🔒

use rustc_middle::ty::layout::TyAndLayout; 🔒

use rustc_middle::ty; 🔒

use rustc_middle::ty::Ty; 🔒

use rustc_span::bug; 🔒

use rustc_span::span_bug; 🔒

use tracing::field::Empty; 🔒

use tracing::instrument; 🔒

use tracing::instrument; 🔒

use tracing::trace; 🔒

use super::AllocInit; 🔒

use super::AllocRef; 🔒

use super::AllocRefMut; 🔒

use super::CheckAlignMsg; 🔒

use super::CheckInAllocMsg; 🔒

use super::CtfeProvenance; 🔒

use super::ImmTy; 🔒

use super::Immediate; 🔒

use super::InterpCx; 🔒

use super::InterpResult; 🔒

use super::Machine; 🔒

use super::MemoryKind; 🔒

use super::Misalignment; 🔒

use super::OffsetMode; 🔒

use super::OpTy; 🔒

use super::Operand; 🔒

use super::Pointer; 🔒

use super::Projectable; 🔒

use super::Provenance; 🔒

use super::Scalar; 🔒

use super::alloc_range; 🔒

use super::err_ub; 🔒

use super::err_ub_format; 🔒

use super::interp_ok; 🔒

use super::mir_assign_valid_types; 🔒

use super::throw_ub_format; 🔒

use crate::enter_trace_span; 🔒

Modules

size_asserts 🔒

Structs

MPlaceTy

A MemPlace with its layout. Constructing it is only possible in this module.

MemPlace 🔒

PlaceTy

An evaluated place, together with its type.

Enums

MemPlaceMeta

Information required for the sound usage of a MemPlace.

Place 🔒

Traits

Writeable

The Weiteable trait describes interpreter values that can be written to.