Struct rustc_mir_transform::inline::Integrator

struct Integrator<'a, 'tcx> {
    args: &'a [Local],
    new_locals: RangeFrom<Local>,
    new_scopes: RangeFrom<SourceScope>,
    new_blocks: RangeFrom<BasicBlock>,
    destination: Local,
    callsite_scope: SourceScopeData<'tcx>,
    callsite: &'a CallSite<'tcx>,
    cleanup_block: UnwindAction,
    in_cleanup_block: bool,
    tcx: TyCtxt<'tcx>,
    always_live_locals: BitSet<Local>,
}

Integrator.

Integrates blocks from the callee function into the calling function. Updates block indices, references to locals and other control flow stuff.

Fields

args: &'a [Local]

new_locals: RangeFrom<Local>

new_scopes: RangeFrom<SourceScope>

new_blocks: RangeFrom<BasicBlock>

destination: Local

callsite_scope: SourceScopeData<'tcx>

callsite: &'a CallSite<'tcx>

cleanup_block: UnwindAction

in_cleanup_block: bool

tcx: TyCtxt<'tcx>

always_live_locals: BitSet<Local>

Implementations

impl Integrator<'_, '_>

fn map_local(&self, local: Local) -> Local

fn map_scope(&self, scope: SourceScope) -> SourceScope

fn map_block(&self, block: BasicBlock) -> BasicBlock

fn map_unwind(&self, unwind: UnwindAction) -> UnwindAction

Trait Implementations

impl<'tcx> MutVisitor<'tcx> for Integrator<'_, 'tcx>

fn tcx(&self) -> TyCtxt<'tcx>

fn visit_local( &mut self, local: &mut Local, _ctxt: PlaceContext, _location: Location )

fn visit_source_scope_data(&mut self, scope_data: &mut SourceScopeData<'tcx>)

fn visit_source_scope(&mut self, scope: &mut SourceScope)

fn visit_basic_block_data( &mut self, block: BasicBlock, data: &mut BasicBlockData<'tcx> )

fn visit_retag( &mut self, kind: &mut RetagKind, place: &mut Place<'tcx>, loc: Location )

fn visit_statement( &mut self, statement: &mut Statement<'tcx>, location: Location )

fn visit_terminator(&mut self, terminator: &mut Terminator<'tcx>, loc: Location)

fn visit_body(&mut self, body: &mut Body<'tcx>)

fn visit_body_preserves_cfg(&mut self, body: &mut Body<'tcx>)

fn super_body_preserves_cfg(&mut self, body: &mut Body<'tcx>)

fn visit_assign( &mut self, place: &mut Place<'tcx>, rvalue: &mut Rvalue<'tcx>, location: Location )

fn visit_assert_message( &mut self, msg: &mut AssertKind<Operand<'tcx>>, location: Location )

fn visit_rvalue(&mut self, rvalue: &mut Rvalue<'tcx>, location: Location)

fn visit_operand(&mut self, operand: &mut Operand<'tcx>, location: Location)

fn visit_ascribe_user_ty( &mut self, place: &mut Place<'tcx>, variance: &mut Variance, user_ty: &mut UserTypeProjection, location: Location )

fn visit_coverage(&mut self, coverage: &mut Coverage, location: Location)

fn visit_place( &mut self, place: &mut Place<'tcx>, context: PlaceContext, location: Location )

fn super_place( &mut self, place: &mut Place<'tcx>, context: PlaceContext, location: Location )

fn process_projection<'a>( &mut self, projection: &'a [ProjectionElem<Local, Ty<'tcx>>], location: Location ) -> Option<Vec<ProjectionElem<Local, Ty<'tcx>>, Global>>

fn process_projection_elem( &mut self, elem: ProjectionElem<Local, Ty<'tcx>>, location: Location ) -> Option<ProjectionElem<Local, Ty<'tcx>>>

fn visit_constant( &mut self, constant: &mut ConstOperand<'tcx>, location: Location )

This is called for every constant in the MIR body and every required_consts (i.e., including consts that have been dead-code-eliminated).

fn visit_ty_const(&mut self, ct: &mut Const<'tcx>, location: Location)

fn visit_span(&mut self, span: &mut Span)

fn visit_source_info(&mut self, source_info: &mut SourceInfo)

fn visit_ty(&mut self, ty: &mut Ty<'tcx>, _: TyContext)

fn visit_user_type_projection(&mut self, ty: &mut UserTypeProjection)

fn visit_user_type_annotation( &mut self, index: UserTypeAnnotationIndex, ty: &mut CanonicalUserTypeAnnotation<'tcx> )

fn visit_region(&mut self, region: &mut Region<'tcx>, _: Location)

fn visit_args(&mut self, args: &mut &'tcx List<GenericArg<'tcx>>, _: Location)

fn visit_local_decl(&mut self, local: Local, local_decl: &mut LocalDecl<'tcx>)

fn visit_var_debug_info(&mut self, var_debug_info: &mut VarDebugInfo<'tcx>)

fn super_body(&mut self, body: &mut Body<'tcx>)

fn super_basic_block_data( &mut self, block: BasicBlock, data: &mut BasicBlockData<'tcx> )

fn super_source_scope_data(&mut self, scope_data: &mut SourceScopeData<'tcx>)

fn super_statement( &mut self, statement: &mut Statement<'tcx>, location: Location )

fn super_assign( &mut self, place: &mut Place<'tcx>, rvalue: &mut Rvalue<'tcx>, location: Location )

fn super_terminator( &mut self, terminator: &mut Terminator<'tcx>, location: Location )

fn super_assert_message( &mut self, msg: &mut AssertKind<Operand<'tcx>>, location: Location )

fn super_rvalue(&mut self, rvalue: &mut Rvalue<'tcx>, location: Location)

fn super_operand(&mut self, operand: &mut Operand<'tcx>, location: Location)

fn super_ascribe_user_ty( &mut self, place: &mut Place<'tcx>, variance: &mut Variance, user_ty: &mut UserTypeProjection, location: Location )

fn super_coverage(&mut self, _coverage: &mut Coverage, _location: Location)

fn super_retag( &mut self, _kind: &mut RetagKind, place: &mut Place<'tcx>, location: Location )

fn super_local_decl(&mut self, local: Local, local_decl: &mut LocalDecl<'tcx>)

fn super_var_debug_info(&mut self, var_debug_info: &mut VarDebugInfo<'tcx>)

fn super_source_scope(&mut self, _scope: &mut SourceScope)

fn super_constant( &mut self, constant: &mut ConstOperand<'tcx>, location: Location )

fn super_ty_const(&mut self, _ct: &mut Const<'tcx>, _location: Location)

fn super_span(&mut self, _span: &mut Span)

fn super_source_info(&mut self, source_info: &mut SourceInfo)

fn super_user_type_projection(&mut self, _ty: &mut UserTypeProjection)

fn super_user_type_annotation( &mut self, _index: UserTypeAnnotationIndex, ty: &mut CanonicalUserTypeAnnotation<'tcx> )

fn super_ty(&mut self, _ty: &mut Ty<'tcx>)

fn super_region(&mut self, _region: &mut Region<'tcx>)

fn super_args(&mut self, _args: &mut &'tcx List<GenericArg<'tcx>>)

fn visit_location(&mut self, body: &mut Body<'tcx>, location: Location)

Layout

Note: Most layout information is completely unstable and may even differ between compilations. The only exception is types with certain repr(...) attributes. Please see the Rust Reference's “Type Layout” chapter for details on type layout guarantees.

Size: 168 bytes