diff options
Diffstat (limited to 'compiler/rustc_mir_build/src/thir')
| -rw-r--r-- | compiler/rustc_mir_build/src/thir/cx/expr.rs | 47 | ||||
| -rw-r--r-- | compiler/rustc_mir_build/src/thir/cx/mod.rs | 41 | ||||
| -rw-r--r-- | compiler/rustc_mir_build/src/thir/mod.rs | 4 | ||||
| -rw-r--r-- | compiler/rustc_mir_build/src/thir/pattern/check_match.rs | 83 | ||||
| -rw-r--r-- | compiler/rustc_mir_build/src/thir/pattern/const_to_pat.rs | 2 | ||||
| -rw-r--r-- | compiler/rustc_mir_build/src/thir/pattern/deconstruct_pat.rs | 16 | ||||
| -rw-r--r-- | compiler/rustc_mir_build/src/thir/pattern/mod.rs | 8 | ||||
| -rw-r--r-- | compiler/rustc_mir_build/src/thir/print.rs | 892 |
8 files changed, 1009 insertions, 84 deletions
diff --git a/compiler/rustc_mir_build/src/thir/cx/expr.rs b/compiler/rustc_mir_build/src/thir/cx/expr.rs index 261b95ba9..9086412c0 100644 --- a/compiler/rustc_mir_build/src/thir/cx/expr.rs +++ b/compiler/rustc_mir_build/src/thir/cx/expr.rs @@ -1,3 +1,4 @@ +use crate::errors; use crate::thir::cx::region::Scope; use crate::thir::cx::Cx; use crate::thir::util::UserAnnotatedTyHelpers; @@ -18,7 +19,7 @@ use rustc_middle::ty::subst::InternalSubsts; use rustc_middle::ty::{ self, AdtKind, InlineConstSubsts, InlineConstSubstsParts, ScalarInt, Ty, UpvarSubsts, UserType, }; -use rustc_span::Span; +use rustc_span::{sym, Span}; use rustc_target::abi::VariantIdx; impl<'tcx> Cx<'tcx> { @@ -33,8 +34,6 @@ impl<'tcx> Cx<'tcx> { #[instrument(level = "trace", skip(self, hir_expr))] pub(super) fn mirror_expr_inner(&mut self, hir_expr: &'tcx hir::Expr<'tcx>) -> ExprId { - let temp_lifetime = - self.rvalue_scopes.temporary_scope(self.region_scope_tree, hir_expr.hir_id.local_id); let expr_scope = region::Scope { id: hir_expr.hir_id.local_id, data: region::ScopeData::Node }; @@ -67,7 +66,7 @@ impl<'tcx> Cx<'tcx> { // Next, wrap this up in the expr's scope. expr = Expr { - temp_lifetime, + temp_lifetime: expr.temp_lifetime, ty: expr.ty, span: hir_expr.span, kind: ExprKind::Scope { @@ -82,7 +81,7 @@ impl<'tcx> Cx<'tcx> { self.region_scope_tree.opt_destruction_scope(hir_expr.hir_id.local_id) { expr = Expr { - temp_lifetime, + temp_lifetime: expr.temp_lifetime, ty: expr.ty, span: hir_expr.span, kind: ExprKind::Scope { @@ -262,6 +261,7 @@ impl<'tcx> Cx<'tcx> { } } + #[instrument(level = "debug", skip(self), ret)] fn make_mirror_unadjusted(&mut self, expr: &'tcx hir::Expr<'tcx>) -> Expr<'tcx> { let tcx = self.tcx; let expr_ty = self.typeck_results().expr_ty(expr); @@ -307,7 +307,7 @@ impl<'tcx> Cx<'tcx> { let arg_tys = args.iter().map(|e| self.typeck_results().expr_ty_adjusted(e)); let tupled_args = Expr { - ty: tcx.mk_tup(arg_tys), + ty: tcx.mk_tup_from_iter(arg_tys), temp_lifetime, span: expr.span, kind: ExprKind::Tuple { fields: self.mirror_exprs(args) }, @@ -322,6 +322,34 @@ impl<'tcx> Cx<'tcx> { fn_span: expr.span, } } else { + let attrs = tcx.hir().attrs(expr.hir_id); + if attrs.iter().any(|a| a.name_or_empty() == sym::rustc_box) { + if attrs.len() != 1 { + tcx.sess.emit_err(errors::RustcBoxAttributeError { + span: attrs[0].span, + reason: errors::RustcBoxAttrReason::Attributes, + }); + } else if let Some(box_item) = tcx.lang_items().owned_box() { + if let hir::ExprKind::Path(hir::QPath::TypeRelative(ty, fn_path)) = fun.kind + && let hir::TyKind::Path(hir::QPath::Resolved(_, path)) = ty.kind + && path.res.opt_def_id().map_or(false, |did| did == box_item) + && fn_path.ident.name == sym::new + && let [value] = args + { + return Expr { temp_lifetime, ty: expr_ty, span: expr.span, kind: ExprKind::Box { value: self.mirror_expr(value) } } + } else { + tcx.sess.emit_err(errors::RustcBoxAttributeError { + span: expr.span, + reason: errors::RustcBoxAttrReason::NotBoxNew + }); + } + } else { + tcx.sess.emit_err(errors::RustcBoxAttributeError { + span: attrs[0].span, + reason: errors::RustcBoxAttrReason::MissingBox, + }); + } + } let adt_data = if let hir::ExprKind::Path(hir::QPath::Resolved(_, ref path)) = fun.kind { // Tuple-like ADTs are represented as ExprKind::Call. We convert them here. @@ -541,8 +569,9 @@ impl<'tcx> Cx<'tcx> { let def_id = def_id.expect_local(); let upvars = self - .typeck_results - .closure_min_captures_flattened(def_id) + .tcx + .closure_captures(def_id) + .iter() .zip(substs.upvar_tys()) .map(|(captured_place, ty)| { let upvars = self.capture_upvar(expr, captured_place, ty); @@ -758,7 +787,7 @@ impl<'tcx> Cx<'tcx> { hir::ExprKind::Tup(ref fields) => ExprKind::Tuple { fields: self.mirror_exprs(fields) }, hir::ExprKind::Yield(ref v, _) => ExprKind::Yield { value: self.mirror_expr(v) }, - hir::ExprKind::Err => unreachable!(), + hir::ExprKind::Err(_) => unreachable!(), }; Expr { temp_lifetime, ty: expr_ty, span: expr.span, kind } diff --git a/compiler/rustc_mir_build/src/thir/cx/mod.rs b/compiler/rustc_mir_build/src/thir/cx/mod.rs index a355e1bda..070544446 100644 --- a/compiler/rustc_mir_build/src/thir/cx/mod.rs +++ b/compiler/rustc_mir_build/src/thir/cx/mod.rs @@ -52,13 +52,6 @@ pub(crate) fn thir_body( Ok((tcx.alloc_steal_thir(cx.thir), expr)) } -pub(crate) fn thir_tree(tcx: TyCtxt<'_>, owner_def: ty::WithOptConstParam<LocalDefId>) -> String { - match thir_body(tcx, owner_def) { - Ok((thir, _)) => format!("{:#?}", thir.steal()), - Err(_) => "error".into(), - } -} - struct Cx<'tcx> { tcx: TyCtxt<'tcx>, thir: Thir<'tcx>, @@ -89,9 +82,30 @@ impl<'tcx> Cx<'tcx> { let typeck_results = tcx.typeck_opt_const_arg(def); let did = def.did; let hir = tcx.hir(); + let hir_id = hir.local_def_id_to_hir_id(did); + + let body_type = if hir.body_owner_kind(did).is_fn_or_closure() { + // fetch the fully liberated fn signature (that is, all bound + // types/lifetimes replaced) + BodyTy::Fn(typeck_results.liberated_fn_sigs()[hir_id]) + } else { + // Get the revealed type of this const. This is *not* the adjusted + // type of its body, which may be a subtype of this type. For + // example: + // + // fn foo(_: &()) {} + // static X: fn(&'static ()) = foo; + // + // The adjusted type of the body of X is `for<'a> fn(&'a ())` which + // is not the same as the type of X. We need the type of the return + // place to be the type of the constant because NLL typeck will + // equate them. + BodyTy::Const(typeck_results.node_type(hir_id)) + }; + Cx { tcx, - thir: Thir::new(), + thir: Thir::new(body_type), param_env: tcx.param_env(def.did), region_scope_tree: tcx.region_scope_tree(def.did), typeck_results, @@ -99,7 +113,7 @@ impl<'tcx> Cx<'tcx> { body_owner: did.to_def_id(), adjustment_span: None, apply_adjustments: hir - .attrs(hir.local_def_id_to_hir_id(did)) + .attrs(hir_id) .iter() .all(|attr| attr.name_or_empty() != rustc_span::sym::custom_mir), } @@ -123,14 +137,13 @@ impl<'tcx> Cx<'tcx> { bug!("closure expr does not have closure type: {:?}", closure_ty); }; - let bound_vars = self.tcx.mk_bound_variable_kinds(std::iter::once( - ty::BoundVariableKind::Region(ty::BrEnv), - )); + let bound_vars = + self.tcx.mk_bound_variable_kinds(&[ty::BoundVariableKind::Region(ty::BrEnv)]); let br = ty::BoundRegion { var: ty::BoundVar::from_usize(bound_vars.len() - 1), kind: ty::BrEnv, }; - let env_region = ty::ReLateBound(ty::INNERMOST, br); + let env_region = self.tcx.mk_re_late_bound(ty::INNERMOST, br); let closure_env_ty = self.tcx.closure_env_ty(closure_def_id, closure_substs, env_region).unwrap(); let liberated_closure_env_ty = self.tcx.erase_late_bound_regions( @@ -183,7 +196,7 @@ impl<'tcx> Cx<'tcx> { let va_list_did = self.tcx.require_lang_item(LangItem::VaList, Some(param.span)); self.tcx - .bound_type_of(va_list_did) + .type_of(va_list_did) .subst(self.tcx, &[self.tcx.lifetimes.re_erased.into()]) } else { fn_sig.inputs()[index] diff --git a/compiler/rustc_mir_build/src/thir/mod.rs b/compiler/rustc_mir_build/src/thir/mod.rs index e0e6ac266..ca26cc13b 100644 --- a/compiler/rustc_mir_build/src/thir/mod.rs +++ b/compiler/rustc_mir_build/src/thir/mod.rs @@ -5,9 +5,7 @@ //! structures. pub(crate) mod constant; - pub(crate) mod cx; - pub(crate) mod pattern; - +pub(crate) mod print; mod util; diff --git a/compiler/rustc_mir_build/src/thir/pattern/check_match.rs b/compiler/rustc_mir_build/src/thir/pattern/check_match.rs index 34e637f59..2640ca56b 100644 --- a/compiler/rustc_mir_build/src/thir/pattern/check_match.rs +++ b/compiler/rustc_mir_build/src/thir/pattern/check_match.rs @@ -208,9 +208,9 @@ impl<'p, 'tcx> MatchVisitor<'_, 'p, 'tcx> { // Don't report arm reachability of desugared `match $iter.into_iter() { iter => .. }` // when the iterator is an uninhabited type. unreachable_code will trigger instead. hir::MatchSource::ForLoopDesugar if arms.len() == 1 => {} - hir::MatchSource::ForLoopDesugar | hir::MatchSource::Normal => { - report_arm_reachability(&cx, &report) - } + hir::MatchSource::ForLoopDesugar + | hir::MatchSource::Normal + | hir::MatchSource::FormatArgs => report_arm_reachability(&cx, &report), // Unreachable patterns in try and await expressions occur when one of // the arms are an uninhabited type. Which is OK. hir::MatchSource::AwaitDesugar | hir::MatchSource::TryDesugar => {} @@ -926,58 +926,55 @@ fn check_borrow_conflicts_in_at_patterns(cx: &MatchVisitor<'_, '_, '_>, pat: &Pa sub.each_binding(|_, hir_id, span, name| { match typeck_results.extract_binding_mode(sess, hir_id, span) { Some(ty::BindByReference(mut_inner)) => match (mut_outer, mut_inner) { - (Mutability::Not, Mutability::Not) => {} // Both sides are `ref`. - (Mutability::Mut, Mutability::Mut) => conflicts_mut_mut.push((span, name)), // 2x `ref mut`. - _ => conflicts_mut_ref.push((span, name)), // `ref` + `ref mut` in either direction. + // Both sides are `ref`. + (Mutability::Not, Mutability::Not) => {} + // 2x `ref mut`. + (Mutability::Mut, Mutability::Mut) => { + conflicts_mut_mut.push(Conflict::Mut { span, name }) + } + (Mutability::Not, Mutability::Mut) => { + conflicts_mut_ref.push(Conflict::Mut { span, name }) + } + (Mutability::Mut, Mutability::Not) => { + conflicts_mut_ref.push(Conflict::Ref { span, name }) + } }, Some(ty::BindByValue(_)) if is_binding_by_move(cx, hir_id) => { - conflicts_move.push((span, name)) // `ref mut?` + by-move conflict. + conflicts_move.push(Conflict::Moved { span, name }) // `ref mut?` + by-move conflict. } Some(ty::BindByValue(_)) | None => {} // `ref mut?` + by-copy is fine. } }); + let report_mut_mut = !conflicts_mut_mut.is_empty(); + let report_mut_ref = !conflicts_mut_ref.is_empty(); + let report_move_conflict = !conflicts_move.is_empty(); + + let mut occurences = match mut_outer { + Mutability::Mut => vec![Conflict::Mut { span: binding_span, name }], + Mutability::Not => vec![Conflict::Ref { span: binding_span, name }], + }; + occurences.extend(conflicts_mut_mut); + occurences.extend(conflicts_mut_ref); + occurences.extend(conflicts_move); + // Report errors if any. - if !conflicts_mut_mut.is_empty() { + if report_mut_mut { // Report mutability conflicts for e.g. `ref mut x @ Some(ref mut y)`. - let mut occurences = vec![]; - - for (span, name_mut) in conflicts_mut_mut { - occurences.push(MultipleMutBorrowOccurence::Mutable { span, name_mut }); - } - for (span, name_immut) in conflicts_mut_ref { - occurences.push(MultipleMutBorrowOccurence::Immutable { span, name_immut }); - } - for (span, name_moved) in conflicts_move { - occurences.push(MultipleMutBorrowOccurence::Moved { span, name_moved }); - } - sess.emit_err(MultipleMutBorrows { span: pat.span, binding_span, occurences, name }); - } else if !conflicts_mut_ref.is_empty() { + sess.emit_err(MultipleMutBorrows { span: pat.span, occurences }); + } else if report_mut_ref { // Report mutability conflicts for e.g. `ref x @ Some(ref mut y)` or the converse. - let (primary, also) = match mut_outer { - Mutability::Mut => ("mutable", "immutable"), - Mutability::Not => ("immutable", "mutable"), + match mut_outer { + Mutability::Mut => { + sess.emit_err(AlreadyMutBorrowed { span: pat.span, occurences }); + } + Mutability::Not => { + sess.emit_err(AlreadyBorrowed { span: pat.span, occurences }); + } }; - let msg = - format!("cannot borrow value as {} because it is also borrowed as {}", also, primary); - let mut err = sess.struct_span_err(pat.span, &msg); - err.span_label(binding_span, format!("{} borrow, by `{}`, occurs here", primary, name)); - for (span, name) in conflicts_mut_ref { - err.span_label(span, format!("{} borrow, by `{}`, occurs here", also, name)); - } - for (span, name) in conflicts_move { - err.span_label(span, format!("also moved into `{}` here", name)); - } - err.emit(); - } else if !conflicts_move.is_empty() { + } else if report_move_conflict { // Report by-ref and by-move conflicts, e.g. `ref x @ y`. - let mut err = - sess.struct_span_err(pat.span, "cannot move out of value because it is borrowed"); - err.span_label(binding_span, format!("value borrowed, by `{}`, here", name)); - for (span, name) in conflicts_move { - err.span_label(span, format!("value moved into `{}` here", name)); - } - err.emit(); + sess.emit_err(MovedWhileBorrowed { span: pat.span, occurences }); } } diff --git a/compiler/rustc_mir_build/src/thir/pattern/const_to_pat.rs b/compiler/rustc_mir_build/src/thir/pattern/const_to_pat.rs index 7f3519945..ff88d0013 100644 --- a/compiler/rustc_mir_build/src/thir/pattern/const_to_pat.rs +++ b/compiler/rustc_mir_build/src/thir/pattern/const_to_pat.rs @@ -192,7 +192,7 @@ impl<'tcx> ConstToPat<'tcx> { let obligation: PredicateObligation<'_> = predicate_for_trait_def( self.tcx(), self.param_env, - ObligationCause::misc(self.span, self.id), + ObligationCause::misc(self.span, self.id.owner.def_id), partial_eq_trait_id, 0, [ty, ty], diff --git a/compiler/rustc_mir_build/src/thir/pattern/deconstruct_pat.rs b/compiler/rustc_mir_build/src/thir/pattern/deconstruct_pat.rs index aba5429da..e5b7d685c 100644 --- a/compiler/rustc_mir_build/src/thir/pattern/deconstruct_pat.rs +++ b/compiler/rustc_mir_build/src/thir/pattern/deconstruct_pat.rs @@ -172,7 +172,7 @@ impl IntRange { ty: Ty<'tcx>, end: &RangeEnd, ) -> Option<IntRange> { - if Self::is_integral(ty) { + Self::is_integral(ty).then(|| { // Perform a shift if the underlying types are signed, // which makes the interval arithmetic simpler. let bias = IntRange::signed_bias(tcx, ty); @@ -182,10 +182,8 @@ impl IntRange { // This should have been caught earlier by E0030. bug!("malformed range pattern: {}..={}", lo, (hi - offset)); } - Some(IntRange { range: lo..=(hi - offset), bias }) - } else { - None - } + IntRange { range: lo..=(hi - offset), bias } + }) } // The return value of `signed_bias` should be XORed with an endpoint to encode/decode it. @@ -922,8 +920,8 @@ impl<'tcx> SplitWildcard<'tcx> { // `cx.is_uninhabited()`). let all_ctors = match pcx.ty.kind() { ty::Bool => smallvec![make_range(0, 1)], - ty::Array(sub_ty, len) if len.try_eval_usize(cx.tcx, cx.param_env).is_some() => { - let len = len.eval_usize(cx.tcx, cx.param_env) as usize; + ty::Array(sub_ty, len) if len.try_eval_target_usize(cx.tcx, cx.param_env).is_some() => { + let len = len.eval_target_usize(cx.tcx, cx.param_env) as usize; if len != 0 && cx.is_uninhabited(*sub_ty) { smallvec![] } else { @@ -1406,7 +1404,9 @@ impl<'p, 'tcx> DeconstructedPat<'p, 'tcx> { } PatKind::Array { prefix, slice, suffix } | PatKind::Slice { prefix, slice, suffix } => { let array_len = match pat.ty.kind() { - ty::Array(_, length) => Some(length.eval_usize(cx.tcx, cx.param_env) as usize), + ty::Array(_, length) => { + Some(length.eval_target_usize(cx.tcx, cx.param_env) as usize) + } ty::Slice(_) => None, _ => span_bug!(pat.span, "bad ty {:?} for slice pattern", pat.ty), }; diff --git a/compiler/rustc_mir_build/src/thir/pattern/mod.rs b/compiler/rustc_mir_build/src/thir/pattern/mod.rs index 3a6ef87c9..41306dd80 100644 --- a/compiler/rustc_mir_build/src/thir/pattern/mod.rs +++ b/compiler/rustc_mir_build/src/thir/pattern/mod.rs @@ -203,11 +203,7 @@ impl<'a, 'tcx> PatCtxt<'a, 'tcx> { if !lower_overflow && !higher_overflow { self.tcx.sess.emit_err(LowerRangeBoundMustBeLessThanOrEqualToUpper { span, - teach: if self.tcx.sess.teach(&error_code!(E0030)) { - Some(()) - } else { - None - }, + teach: self.tcx.sess.teach(&error_code!(E0030)).then_some(()), }); } PatKind::Wild @@ -416,7 +412,7 @@ impl<'a, 'tcx> PatCtxt<'a, 'tcx> { ty::Slice(..) => PatKind::Slice { prefix, slice, suffix }, // Fixed-length array, `[T; len]`. ty::Array(_, len) => { - let len = len.eval_usize(self.tcx, self.param_env); + let len = len.eval_target_usize(self.tcx, self.param_env); assert!(len >= prefix.len() as u64 + suffix.len() as u64); PatKind::Array { prefix, slice, suffix } } diff --git a/compiler/rustc_mir_build/src/thir/print.rs b/compiler/rustc_mir_build/src/thir/print.rs new file mode 100644 index 000000000..8028227aa --- /dev/null +++ b/compiler/rustc_mir_build/src/thir/print.rs @@ -0,0 +1,892 @@ +use rustc_middle::thir::*; +use rustc_middle::ty::{self, TyCtxt}; +use rustc_span::def_id::LocalDefId; +use std::fmt::{self, Write}; + +pub(crate) fn thir_tree(tcx: TyCtxt<'_>, owner_def: ty::WithOptConstParam<LocalDefId>) -> String { + match super::cx::thir_body(tcx, owner_def) { + Ok((thir, _)) => { + let thir = thir.steal(); + let mut printer = ThirPrinter::new(&thir); + printer.print(); + printer.into_buffer() + } + Err(_) => "error".into(), + } +} + +pub(crate) fn thir_flat(tcx: TyCtxt<'_>, owner_def: ty::WithOptConstParam<LocalDefId>) -> String { + match super::cx::thir_body(tcx, owner_def) { + Ok((thir, _)) => format!("{:#?}", thir.steal()), + Err(_) => "error".into(), + } +} + +struct ThirPrinter<'a, 'tcx> { + thir: &'a Thir<'tcx>, + fmt: String, +} + +const INDENT: &str = " "; + +macro_rules! print_indented { + ($writer:ident, $s:expr, $indent_lvl:expr) => { + let indent = (0..$indent_lvl).map(|_| INDENT).collect::<Vec<_>>().concat(); + writeln!($writer, "{}{}", indent, $s).expect("unable to write to ThirPrinter"); + }; +} + +impl<'a, 'tcx> Write for ThirPrinter<'a, 'tcx> { + fn write_str(&mut self, s: &str) -> fmt::Result { + self.fmt.push_str(s); + Ok(()) + } +} + +impl<'a, 'tcx> ThirPrinter<'a, 'tcx> { + fn new(thir: &'a Thir<'tcx>) -> Self { + Self { thir, fmt: String::new() } + } + + fn print(&mut self) { + print_indented!(self, "params: [", 0); + for param in self.thir.params.iter() { + self.print_param(param, 1); + } + print_indented!(self, "]", 0); + + print_indented!(self, "body:", 0); + let expr = ExprId::from_usize(self.thir.exprs.len() - 1); + self.print_expr(expr, 1); + } + + fn into_buffer(self) -> String { + self.fmt + } + + fn print_param(&mut self, param: &Param<'tcx>, depth_lvl: usize) { + let Param { pat, ty, ty_span, self_kind, hir_id } = param; + + print_indented!(self, "Param {", depth_lvl); + print_indented!(self, format!("ty: {:?}", ty), depth_lvl + 1); + print_indented!(self, format!("ty_span: {:?}", ty_span), depth_lvl + 1); + print_indented!(self, format!("self_kind: {:?}", self_kind), depth_lvl + 1); + print_indented!(self, format!("hir_id: {:?}", hir_id), depth_lvl + 1); + + if let Some(pat) = pat { + print_indented!(self, "param: Some( ", depth_lvl + 1); + self.print_pat(pat, depth_lvl + 2); + print_indented!(self, ")", depth_lvl + 1); + } else { + print_indented!(self, "param: None", depth_lvl + 1); + } + + print_indented!(self, "}", depth_lvl); + } + + fn print_block(&mut self, block_id: BlockId, depth_lvl: usize) { + let Block { + targeted_by_break, + opt_destruction_scope, + span, + region_scope, + stmts, + expr, + safety_mode, + } = &self.thir.blocks[block_id]; + + print_indented!(self, "Block {", depth_lvl); + print_indented!(self, format!("targeted_by_break: {}", targeted_by_break), depth_lvl + 1); + print_indented!( + self, + format!("opt_destruction_scope: {:?}", opt_destruction_scope), + depth_lvl + 1 + ); + print_indented!(self, format!("span: {:?}", span), depth_lvl + 1); + print_indented!(self, format!("region_scope: {:?}", region_scope), depth_lvl + 1); + print_indented!(self, format!("safety_mode: {:?}", safety_mode), depth_lvl + 1); + + if stmts.len() > 0 { + print_indented!(self, "stmts: [", depth_lvl + 1); + for stmt in stmts.iter() { + self.print_stmt(*stmt, depth_lvl + 2); + } + print_indented!(self, "]", depth_lvl + 1); + } else { + print_indented!(self, "stmts: []", depth_lvl + 1); + } + + if let Some(expr_id) = expr { + print_indented!(self, "expr:", depth_lvl + 1); + self.print_expr(*expr_id, depth_lvl + 2); + } else { + print_indented!(self, "expr: []", depth_lvl + 1); + } + + print_indented!(self, "}", depth_lvl); + } + + fn print_stmt(&mut self, stmt_id: StmtId, depth_lvl: usize) { + let Stmt { kind, opt_destruction_scope } = &self.thir.stmts[stmt_id]; + + print_indented!(self, "Stmt {", depth_lvl); + print_indented!( + self, + format!("opt_destruction_scope: {:?}", opt_destruction_scope), + depth_lvl + 1 + ); + + match kind { + StmtKind::Expr { scope, expr } => { + print_indented!(self, "kind: Expr {", depth_lvl + 1); + print_indented!(self, format!("scope: {:?}", scope), depth_lvl + 2); + print_indented!(self, "expr:", depth_lvl + 2); + self.print_expr(*expr, depth_lvl + 3); + print_indented!(self, "}", depth_lvl + 1); + } + StmtKind::Let { + remainder_scope, + init_scope, + pattern, + initializer, + else_block, + lint_level, + } => { + print_indented!(self, "kind: Let {", depth_lvl + 1); + print_indented!( + self, + format!("remainder_scope: {:?}", remainder_scope), + depth_lvl + 2 + ); + print_indented!(self, format!("init_scope: {:?}", init_scope), depth_lvl + 2); + + print_indented!(self, "pattern: ", depth_lvl + 2); + self.print_pat(pattern, depth_lvl + 3); + print_indented!(self, ",", depth_lvl + 2); + + if let Some(init) = initializer { + print_indented!(self, "initializer: Some(", depth_lvl + 2); + self.print_expr(*init, depth_lvl + 3); + print_indented!(self, ")", depth_lvl + 2); + } else { + print_indented!(self, "initializer: None", depth_lvl + 2); + } + + if let Some(else_block) = else_block { + print_indented!(self, "else_block: Some(", depth_lvl + 2); + self.print_block(*else_block, depth_lvl + 3); + print_indented!(self, ")", depth_lvl + 2); + } else { + print_indented!(self, "else_block: None", depth_lvl + 2); + } + + print_indented!(self, format!("lint_level: {:?}", lint_level), depth_lvl + 2); + print_indented!(self, "}", depth_lvl + 1); + } + } + + print_indented!(self, "}", depth_lvl); + } + + fn print_expr(&mut self, expr: ExprId, depth_lvl: usize) { + let Expr { ty, temp_lifetime, span, kind } = &self.thir[expr]; + print_indented!(self, "Expr {", depth_lvl); + print_indented!(self, format!("ty: {:?}", ty), depth_lvl + 1); + print_indented!(self, format!("temp_lifetime: {:?}", temp_lifetime), depth_lvl + 1); + print_indented!(self, format!("span: {:?}", span), depth_lvl + 1); + print_indented!(self, "kind: ", depth_lvl + 1); + self.print_expr_kind(kind, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + + fn print_expr_kind(&mut self, expr_kind: &ExprKind<'tcx>, depth_lvl: usize) { + use rustc_middle::thir::ExprKind::*; + + match expr_kind { + Scope { region_scope, value, lint_level } => { + print_indented!(self, "Scope {", depth_lvl); + print_indented!(self, format!("region_scope: {:?}", region_scope), depth_lvl + 1); + print_indented!(self, format!("lint_level: {:?}", lint_level), depth_lvl + 1); + print_indented!(self, "value:", depth_lvl + 1); + self.print_expr(*value, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Box { value } => { + print_indented!(self, "Box {", depth_lvl); + self.print_expr(*value, depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + If { if_then_scope, cond, then, else_opt } => { + print_indented!(self, "If {", depth_lvl); + print_indented!(self, format!("if_then_scope: {:?}", if_then_scope), depth_lvl + 1); + print_indented!(self, "cond:", depth_lvl + 1); + self.print_expr(*cond, depth_lvl + 2); + print_indented!(self, "then:", depth_lvl + 1); + self.print_expr(*then, depth_lvl + 2); + + if let Some(else_expr) = else_opt { + print_indented!(self, "else:", depth_lvl + 1); + self.print_expr(*else_expr, depth_lvl + 2); + } + + print_indented!(self, "}", depth_lvl); + } + Call { fun, args, ty, from_hir_call, fn_span } => { + print_indented!(self, "Call {", depth_lvl); + print_indented!(self, format!("ty: {:?}", ty), depth_lvl + 1); + print_indented!(self, format!("from_hir_call: {}", from_hir_call), depth_lvl + 1); + print_indented!(self, format!("fn_span: {:?}", fn_span), depth_lvl + 1); + print_indented!(self, "fun:", depth_lvl + 1); + self.print_expr(*fun, depth_lvl + 2); + + if args.len() > 0 { + print_indented!(self, "args: [", depth_lvl + 1); + for arg in args.iter() { + self.print_expr(*arg, depth_lvl + 2); + } + print_indented!(self, "]", depth_lvl + 1); + } else { + print_indented!(self, "args: []", depth_lvl + 1); + } + + print_indented!(self, "}", depth_lvl); + } + Deref { arg } => { + print_indented!(self, "Deref {", depth_lvl); + self.print_expr(*arg, depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Binary { op, lhs, rhs } => { + print_indented!(self, "Binary {", depth_lvl); + print_indented!(self, format!("op: {:?}", op), depth_lvl + 1); + print_indented!(self, "lhs:", depth_lvl + 1); + self.print_expr(*lhs, depth_lvl + 2); + print_indented!(self, "rhs:", depth_lvl + 1); + self.print_expr(*rhs, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + LogicalOp { op, lhs, rhs } => { + print_indented!(self, "LogicalOp {", depth_lvl); + print_indented!(self, format!("op: {:?}", op), depth_lvl + 1); + print_indented!(self, "lhs:", depth_lvl + 1); + self.print_expr(*lhs, depth_lvl + 2); + print_indented!(self, "rhs:", depth_lvl + 1); + self.print_expr(*rhs, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Unary { op, arg } => { + print_indented!(self, "Unary {", depth_lvl); + print_indented!(self, format!("op: {:?}", op), depth_lvl + 1); + print_indented!(self, "arg:", depth_lvl + 1); + self.print_expr(*arg, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Cast { source } => { + print_indented!(self, "Cast {", depth_lvl); + print_indented!(self, "source:", depth_lvl + 1); + self.print_expr(*source, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Use { source } => { + print_indented!(self, "Use {", depth_lvl); + print_indented!(self, "source:", depth_lvl + 1); + self.print_expr(*source, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + NeverToAny { source } => { + print_indented!(self, "NeverToAny {", depth_lvl); + print_indented!(self, "source:", depth_lvl + 1); + self.print_expr(*source, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Pointer { cast, source } => { + print_indented!(self, "Pointer {", depth_lvl); + print_indented!(self, format!("cast: {:?}", cast), depth_lvl + 1); + print_indented!(self, "source:", depth_lvl + 1); + self.print_expr(*source, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Loop { body } => { + print_indented!(self, "Loop (", depth_lvl); + print_indented!(self, "body:", depth_lvl + 1); + self.print_expr(*body, depth_lvl + 2); + print_indented!(self, ")", depth_lvl); + } + Let { expr, pat } => { + print_indented!(self, "Let {", depth_lvl); + print_indented!(self, "expr:", depth_lvl + 1); + self.print_expr(*expr, depth_lvl + 2); + print_indented!(self, format!("pat: {:?}", pat), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Match { scrutinee, arms } => { + print_indented!(self, "Match {", depth_lvl); + print_indented!(self, "scrutinee:", depth_lvl + 1); + self.print_expr(*scrutinee, depth_lvl + 2); + + print_indented!(self, "arms: [", depth_lvl + 1); + for arm_id in arms.iter() { + self.print_arm(*arm_id, depth_lvl + 2); + } + print_indented!(self, "]", depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Block { block } => self.print_block(*block, depth_lvl), + Assign { lhs, rhs } => { + print_indented!(self, "Assign {", depth_lvl); + print_indented!(self, "lhs:", depth_lvl + 1); + self.print_expr(*lhs, depth_lvl + 2); + print_indented!(self, "rhs:", depth_lvl + 1); + self.print_expr(*rhs, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + AssignOp { op, lhs, rhs } => { + print_indented!(self, "AssignOp {", depth_lvl); + print_indented!(self, format!("op: {:?}", op), depth_lvl + 1); + print_indented!(self, "lhs:", depth_lvl + 1); + self.print_expr(*lhs, depth_lvl + 2); + print_indented!(self, "rhs:", depth_lvl + 1); + self.print_expr(*rhs, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Field { lhs, variant_index, name } => { + print_indented!(self, "Field {", depth_lvl); + print_indented!(self, format!("variant_index: {:?}", variant_index), depth_lvl + 1); + print_indented!(self, format!("name: {:?}", name), depth_lvl + 1); + print_indented!(self, "lhs:", depth_lvl + 1); + self.print_expr(*lhs, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Index { lhs, index } => { + print_indented!(self, "Index {", depth_lvl); + print_indented!(self, format!("index: {:?}", index), depth_lvl + 1); + print_indented!(self, "lhs:", depth_lvl + 1); + self.print_expr(*lhs, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + VarRef { id } => { + print_indented!(self, "VarRef {", depth_lvl); + print_indented!(self, format!("id: {:?}", id), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + UpvarRef { closure_def_id, var_hir_id } => { + print_indented!(self, "UpvarRef {", depth_lvl); + print_indented!( + self, + format!("closure_def_id: {:?}", closure_def_id), + depth_lvl + 1 + ); + print_indented!(self, format!("var_hir_id: {:?}", var_hir_id), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Borrow { borrow_kind, arg } => { + print_indented!(self, "Borrow (", depth_lvl); + print_indented!(self, format!("borrow_kind: {:?}", borrow_kind), depth_lvl + 1); + print_indented!(self, "arg:", depth_lvl + 1); + self.print_expr(*arg, depth_lvl + 2); + print_indented!(self, ")", depth_lvl); + } + AddressOf { mutability, arg } => { + print_indented!(self, "AddressOf {", depth_lvl); + print_indented!(self, format!("mutability: {:?}", mutability), depth_lvl + 1); + print_indented!(self, "arg:", depth_lvl + 1); + self.print_expr(*arg, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Break { label, value } => { + print_indented!(self, "Break (", depth_lvl); + print_indented!(self, format!("label: {:?}", label), depth_lvl + 1); + + if let Some(value) = value { + print_indented!(self, "value:", depth_lvl + 1); + self.print_expr(*value, depth_lvl + 2); + } + + print_indented!(self, ")", depth_lvl); + } + Continue { label } => { + print_indented!(self, "Continue {", depth_lvl); + print_indented!(self, format!("label: {:?}", label), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Return { value } => { + print_indented!(self, "Return {", depth_lvl); + print_indented!(self, "value:", depth_lvl + 1); + + if let Some(value) = value { + self.print_expr(*value, depth_lvl + 2); + } + + print_indented!(self, "}", depth_lvl); + } + ConstBlock { did, substs } => { + print_indented!(self, "ConstBlock {", depth_lvl); + print_indented!(self, format!("did: {:?}", did), depth_lvl + 1); + print_indented!(self, format!("substs: {:?}", substs), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Repeat { value, count } => { + print_indented!(self, "Repeat {", depth_lvl); + print_indented!(self, format!("count: {:?}", count), depth_lvl + 1); + print_indented!(self, "value:", depth_lvl + 1); + self.print_expr(*value, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Array { fields } => { + print_indented!(self, "Array {", depth_lvl); + print_indented!(self, "fields: [", depth_lvl + 1); + for field_id in fields.iter() { + self.print_expr(*field_id, depth_lvl + 2); + } + print_indented!(self, "]", depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Tuple { fields } => { + print_indented!(self, "Tuple {", depth_lvl); + print_indented!(self, "fields: [", depth_lvl + 1); + for field_id in fields.iter() { + self.print_expr(*field_id, depth_lvl + 2); + } + print_indented!(self, "]", depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Adt(adt_expr) => { + print_indented!(self, "Adt {", depth_lvl); + self.print_adt_expr(&**adt_expr, depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + PlaceTypeAscription { source, user_ty } => { + print_indented!(self, "PlaceTypeAscription {", depth_lvl); + print_indented!(self, format!("user_ty: {:?}", user_ty), depth_lvl + 1); + print_indented!(self, "source:", depth_lvl + 1); + self.print_expr(*source, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + ValueTypeAscription { source, user_ty } => { + print_indented!(self, "ValueTypeAscription {", depth_lvl); + print_indented!(self, format!("user_ty: {:?}", user_ty), depth_lvl + 1); + print_indented!(self, "source:", depth_lvl + 1); + self.print_expr(*source, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Closure(closure_expr) => { + print_indented!(self, "Closure {", depth_lvl); + print_indented!(self, "closure_expr:", depth_lvl + 1); + self.print_closure_expr(&**closure_expr, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + Literal { lit, neg } => { + print_indented!( + self, + format!("Literal( lit: {:?}, neg: {:?})\n", lit, neg), + depth_lvl + ); + } + NonHirLiteral { lit, user_ty } => { + print_indented!(self, "NonHirLiteral {", depth_lvl); + print_indented!(self, format!("lit: {:?}", lit), depth_lvl + 1); + print_indented!(self, format!("user_ty: {:?}", user_ty), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + ZstLiteral { user_ty } => { + print_indented!(self, format!("ZstLiteral(user_ty: {:?})", user_ty), depth_lvl); + } + NamedConst { def_id, substs, user_ty } => { + print_indented!(self, "NamedConst {", depth_lvl); + print_indented!(self, format!("def_id: {:?}", def_id), depth_lvl + 1); + print_indented!(self, format!("user_ty: {:?}", user_ty), depth_lvl + 1); + print_indented!(self, format!("substs: {:?}", substs), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + ConstParam { param, def_id } => { + print_indented!(self, "ConstParam {", depth_lvl); + print_indented!(self, format!("def_id: {:?}", def_id), depth_lvl + 1); + print_indented!(self, format!("param: {:?}", param), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + StaticRef { alloc_id, ty, def_id } => { + print_indented!(self, "StaticRef {", depth_lvl); + print_indented!(self, format!("def_id: {:?}", def_id), depth_lvl + 1); + print_indented!(self, format!("ty: {:?}", ty), depth_lvl + 1); + print_indented!(self, format!("alloc_id: {:?}", alloc_id), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + InlineAsm(expr) => { + print_indented!(self, "InlineAsm {", depth_lvl); + print_indented!(self, "expr:", depth_lvl + 1); + self.print_inline_asm_expr(&**expr, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + ThreadLocalRef(def_id) => { + print_indented!(self, "ThreadLocalRef {", depth_lvl); + print_indented!(self, format!("def_id: {:?}", def_id), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + Yield { value } => { + print_indented!(self, "Yield {", depth_lvl); + print_indented!(self, "value:", depth_lvl + 1); + self.print_expr(*value, depth_lvl + 2); + print_indented!(self, "}", depth_lvl); + } + } + } + + fn print_adt_expr(&mut self, adt_expr: &AdtExpr<'tcx>, depth_lvl: usize) { + print_indented!(self, "adt_def:", depth_lvl); + self.print_adt_def(adt_expr.adt_def, depth_lvl + 1); + print_indented!( + self, + format!("variant_index: {:?}", adt_expr.variant_index), + depth_lvl + 1 + ); + print_indented!(self, format!("substs: {:?}", adt_expr.substs), depth_lvl + 1); + print_indented!(self, format!("user_ty: {:?}", adt_expr.user_ty), depth_lvl + 1); + + for (i, field_expr) in adt_expr.fields.iter().enumerate() { + print_indented!(self, format!("field {}:", i), depth_lvl + 1); + self.print_expr(field_expr.expr, depth_lvl + 2); + } + + if let Some(ref base) = adt_expr.base { + print_indented!(self, "base:", depth_lvl + 1); + self.print_fru_info(base, depth_lvl + 2); + } else { + print_indented!(self, "base: None", depth_lvl + 1); + } + } + + fn print_adt_def(&mut self, adt_def: ty::AdtDef<'tcx>, depth_lvl: usize) { + print_indented!(self, "AdtDef {", depth_lvl); + print_indented!(self, format!("did: {:?}", adt_def.did()), depth_lvl + 1); + print_indented!(self, format!("variants: {:?}", adt_def.variants()), depth_lvl + 1); + print_indented!(self, format!("flags: {:?}", adt_def.flags()), depth_lvl + 1); + print_indented!(self, format!("repr: {:?}", adt_def.repr()), depth_lvl + 1); + } + + fn print_fru_info(&mut self, fru_info: &FruInfo<'tcx>, depth_lvl: usize) { + print_indented!(self, "FruInfo {", depth_lvl); + print_indented!(self, "base: ", depth_lvl + 1); + self.print_expr(fru_info.base, depth_lvl + 2); + print_indented!(self, "field_types: [", depth_lvl + 1); + for ty in fru_info.field_types.iter() { + print_indented!(self, format!("ty: {:?}", ty), depth_lvl + 2); + } + print_indented!(self, "}", depth_lvl); + } + + fn print_arm(&mut self, arm_id: ArmId, depth_lvl: usize) { + print_indented!(self, "Arm {", depth_lvl); + + let arm = &self.thir.arms[arm_id]; + let Arm { pattern, guard, body, lint_level, scope, span } = arm; + + print_indented!(self, "pattern: ", depth_lvl + 1); + self.print_pat(pattern, depth_lvl + 2); + + if let Some(guard) = guard { + print_indented!(self, "guard: ", depth_lvl + 1); + self.print_guard(guard, depth_lvl + 2); + } else { + print_indented!(self, "guard: None", depth_lvl + 1); + } + + print_indented!(self, "body: ", depth_lvl + 1); + self.print_expr(*body, depth_lvl + 2); + print_indented!(self, format!("lint_level: {:?}", lint_level), depth_lvl + 1); + print_indented!(self, format!("scope: {:?}", scope), depth_lvl + 1); + print_indented!(self, format!("span: {:?}", span), depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + + fn print_pat(&mut self, pat: &Box<Pat<'tcx>>, depth_lvl: usize) { + let Pat { ty, span, kind } = &**pat; + + print_indented!(self, "Pat: {", depth_lvl); + print_indented!(self, format!("ty: {:?}", ty), depth_lvl + 1); + print_indented!(self, format!("span: {:?}", span), depth_lvl + 1); + self.print_pat_kind(kind, depth_lvl + 1); + print_indented!(self, "}", depth_lvl); + } + + fn print_pat_kind(&mut self, pat_kind: &PatKind<'tcx>, depth_lvl: usize) { + print_indented!(self, "kind: PatKind {", depth_lvl); + + match pat_kind { + PatKind::Wild => { + print_indented!(self, "Wild", depth_lvl + 1); + } + PatKind::AscribeUserType { ascription, subpattern } => { + print_indented!(self, "AscribeUserType: {", depth_lvl + 1); + print_indented!(self, format!("ascription: {:?}", ascription), depth_lvl + 2); + print_indented!(self, "subpattern: ", depth_lvl + 2); + self.print_pat(subpattern, depth_lvl + 3); + print_indented!(self, "}", depth_lvl + 1); + } + PatKind::Binding { mutability, name, mode, var, ty, subpattern, is_primary } => { + print_indented!(self, "Binding {", depth_lvl + 1); + print_indented!(self, format!("mutability: {:?}", mutability), depth_lvl + 2); + print_indented!(self, format!("name: {:?}", name), depth_lvl + 2); + print_indented!(self, format!("mode: {:?}", mode), depth_lvl + 2); + print_indented!(self, format!("var: {:?}", var), depth_lvl + 2); + print_indented!(self, format!("ty: {:?}", ty), depth_lvl + 2); + print_indented!(self, format!("is_primary: {:?}", is_primary), depth_lvl + 2); + + if let Some(subpattern) = subpattern { + print_indented!(self, "subpattern: Some( ", depth_lvl + 2); + self.print_pat(subpattern, depth_lvl + 3); + print_indented!(self, ")", depth_lvl + 2); + } else { + print_indented!(self, "subpattern: None", depth_lvl + 2); + } + + print_indented!(self, "}", depth_lvl + 1); + } + PatKind::Variant { adt_def, substs, variant_index, subpatterns } => { + print_indented!(self, "Variant {", depth_lvl + 1); + print_indented!(self, "adt_def: ", depth_lvl + 2); + self.print_adt_def(*adt_def, depth_lvl + 3); + print_indented!(self, format!("substs: {:?}", substs), depth_lvl + 2); + print_indented!(self, format!("variant_index: {:?}", variant_index), depth_lvl + 2); + + if subpatterns.len() > 0 { + print_indented!(self, "subpatterns: [", depth_lvl + 2); + for field_pat in subpatterns.iter() { + self.print_pat(&field_pat.pattern, depth_lvl + 3); + } + print_indented!(self, "]", depth_lvl + 2); + } else { + print_indented!(self, "subpatterns: []", depth_lvl + 2); + } + + print_indented!(self, "}", depth_lvl + 1); + } + PatKind::Leaf { subpatterns } => { + print_indented!(self, "Leaf { ", depth_lvl + 1); + print_indented!(self, "subpatterns: [", depth_lvl + 2); + for field_pat in subpatterns.iter() { + self.print_pat(&field_pat.pattern, depth_lvl + 3); + } + print_indented!(self, "]", depth_lvl + 2); + print_indented!(self, "}", depth_lvl + 1); + } + PatKind::Deref { subpattern } => { + print_indented!(self, "Deref { ", depth_lvl + 1); + print_indented!(self, "subpattern: ", depth_lvl + 2); + self.print_pat(subpattern, depth_lvl + 2); + print_indented!(self, "}", depth_lvl + 1); + } + PatKind::Constant { value } => { + print_indented!(self, "Constant {", depth_lvl + 1); + print_indented!(self, format!("value: {:?}", value), depth_lvl + 2); + print_indented!(self, "}", depth_lvl + 1); + } + PatKind::Range(pat_range) => { + print_indented!(self, format!("Range ( {:?} )", pat_range), depth_lvl + 1); + } + PatKind::Slice { prefix, slice, suffix } => { + print_indented!(self, "Slice {", depth_lvl + 1); + + print_indented!(self, "prefix: [", depth_lvl + 2); + for prefix_pat in prefix.iter() { + self.print_pat(prefix_pat, depth_lvl + 3); + } + print_indented!(self, "]", depth_lvl + 2); + + if let Some(slice) = slice { + print_indented!(self, "slice: ", depth_lvl + 2); + self.print_pat(slice, depth_lvl + 3); + } + + print_indented!(self, "suffix: [", depth_lvl + 2); + for suffix_pat in suffix.iter() { + self.print_pat(suffix_pat, depth_lvl + 3); + } + print_indented!(self, "]", depth_lvl + 2); + + print_indented!(self, "}", depth_lvl + 1); + } + PatKind::Array { prefix, slice, suffix } => { + print_indented!(self, "Array {", depth_lvl + 1); + + print_indented!(self, "prefix: [", depth_lvl + 2); + for prefix_pat in prefix.iter() { + self.print_pat(prefix_pat, depth_lvl + 3); + } + print_indented!(self, "]", depth_lvl + 2); + + if let Some(slice) = slice { + print_indented!(self, "slice: ", depth_lvl + 2); + self.print_pat(slice, depth_lvl + 3); + } + + print_indented!(self, "suffix: [", depth_lvl + 2); + for suffix_pat in suffix.iter() { + self.print_pat(suffix_pat, depth_lvl + 3); + } + print_indented!(self, "]", depth_lvl + 2); + + print_indented!(self, "}", depth_lvl + 1); + } + PatKind::Or { pats } => { + print_indented!(self, "Or {", depth_lvl + 1); + print_indented!(self, "pats: [", depth_lvl + 2); + for pat in pats.iter() { + self.print_pat(pat, depth_lvl + 3); + } + print_indented!(self, "]", depth_lvl + 2); + print_indented!(self, "}", depth_lvl + 1); + } + } + + print_indented!(self, "}", depth_lvl); + } + + fn print_guard(&mut self, guard: &Guard<'tcx>, depth_lvl: usize) { + print_indented!(self, "Guard {", depth_lvl); + + match guard { + Guard::If(expr_id) => { + print_indented!(self, "If (", depth_lvl + 1); + self.print_expr(*expr_id, depth_lvl + 2); + print_indented!(self, ")", depth_lvl + 1); + } + Guard::IfLet(pat, expr_id) => { + print_indented!(self, "IfLet (", depth_lvl + 1); + self.print_pat(pat, depth_lvl + 2); + print_indented!(self, ",", depth_lvl + 1); + self.print_expr(*expr_id, depth_lvl + 2); + print_indented!(self, ")", depth_lvl + 1); + } + } + + print_indented!(self, "}", depth_lvl); + } + + fn print_closure_expr(&mut self, expr: &ClosureExpr<'tcx>, depth_lvl: usize) { + let ClosureExpr { closure_id, substs, upvars, movability, fake_reads } = expr; + + print_indented!(self, "ClosureExpr {", depth_lvl); + print_indented!(self, format!("closure_id: {:?}", closure_id), depth_lvl + 1); + print_indented!(self, format!("substs: {:?}", substs), depth_lvl + 1); + + if upvars.len() > 0 { + print_indented!(self, "upvars: [", depth_lvl + 1); + for upvar in upvars.iter() { + self.print_expr(*upvar, depth_lvl + 2); + print_indented!(self, ",", depth_lvl + 1); + } + print_indented!(self, "]", depth_lvl + 1); + } else { + print_indented!(self, "upvars: []", depth_lvl + 1); + } + + print_indented!(self, format!("movability: {:?}", movability), depth_lvl + 1); + + if fake_reads.len() > 0 { + print_indented!(self, "fake_reads: [", depth_lvl + 1); + for (fake_read_expr, cause, hir_id) in fake_reads.iter() { + print_indented!(self, "(", depth_lvl + 2); + self.print_expr(*fake_read_expr, depth_lvl + 3); + print_indented!(self, ",", depth_lvl + 2); + print_indented!(self, format!("cause: {:?}", cause), depth_lvl + 3); + print_indented!(self, ",", depth_lvl + 2); + print_indented!(self, format!("hir_id: {:?}", hir_id), depth_lvl + 3); + print_indented!(self, "),", depth_lvl + 2); + } + print_indented!(self, "]", depth_lvl + 1); + } else { + print_indented!(self, "fake_reads: []", depth_lvl + 1); + } + + print_indented!(self, "}", depth_lvl); + } + + fn print_inline_asm_expr(&mut self, expr: &InlineAsmExpr<'tcx>, depth_lvl: usize) { + let InlineAsmExpr { template, operands, options, line_spans } = expr; + + print_indented!(self, "InlineAsmExpr {", depth_lvl); + + print_indented!(self, "template: [", depth_lvl + 1); + for template_piece in template.iter() { + print_indented!(self, format!("{:?}", template_piece), depth_lvl + 2); + } + print_indented!(self, "]", depth_lvl + 1); + + print_indented!(self, "operands: [", depth_lvl + 1); + for operand in operands.iter() { + self.print_inline_operand(operand, depth_lvl + 2); + } + print_indented!(self, "]", depth_lvl + 1); + + print_indented!(self, format!("options: {:?}", options), depth_lvl + 1); + print_indented!(self, format!("line_spans: {:?}", line_spans), depth_lvl + 1); + } + + fn print_inline_operand(&mut self, operand: &InlineAsmOperand<'tcx>, depth_lvl: usize) { + match operand { + InlineAsmOperand::In { reg, expr } => { + print_indented!(self, "InlineAsmOperand::In {", depth_lvl); + print_indented!(self, format!("reg: {:?}", reg), depth_lvl + 1); + print_indented!(self, "expr: ", depth_lvl + 1); + self.print_expr(*expr, depth_lvl + 2); + print_indented!(self, "}", depth_lvl + 1); + } + InlineAsmOperand::Out { reg, late, expr } => { + print_indented!(self, "InlineAsmOperand::Out {", depth_lvl); + print_indented!(self, format!("reg: {:?}", reg), depth_lvl + 1); + print_indented!(self, format!("late: {:?}", late), depth_lvl + 1); + + if let Some(out) = expr { + print_indented!(self, "place: Some( ", depth_lvl + 1); + self.print_expr(*out, depth_lvl + 2); + print_indented!(self, ")", depth_lvl + 1); + } else { + print_indented!(self, "place: None", depth_lvl + 1); + } + print_indented!(self, "}", depth_lvl + 1); + } + InlineAsmOperand::InOut { reg, late, expr } => { + print_indented!(self, "InlineAsmOperand::InOut {", depth_lvl); + print_indented!(self, format!("reg: {:?}", reg), depth_lvl + 1); + print_indented!(self, format!("late: {:?}", late), depth_lvl + 1); + print_indented!(self, "expr: ", depth_lvl + 1); + self.print_expr(*expr, depth_lvl + 2); + print_indented!(self, "}", depth_lvl + 1); + } + InlineAsmOperand::SplitInOut { reg, late, in_expr, out_expr } => { + print_indented!(self, "InlineAsmOperand::SplitInOut {", depth_lvl); + print_indented!(self, format!("reg: {:?}", reg), depth_lvl + 1); + print_indented!(self, format!("late: {:?}", late), depth_lvl + 1); + print_indented!(self, "in_expr: ", depth_lvl + 1); + self.print_expr(*in_expr, depth_lvl + 2); + + if let Some(out_expr) = out_expr { + print_indented!(self, "out_expr: Some( ", depth_lvl + 1); + self.print_expr(*out_expr, depth_lvl + 2); + print_indented!(self, ")", depth_lvl + 1); + } else { + print_indented!(self, "out_expr: None", depth_lvl + 1); + } + + print_indented!(self, "}", depth_lvl + 1); + } + InlineAsmOperand::Const { value, span } => { + print_indented!(self, "InlineAsmOperand::Const {", depth_lvl); + print_indented!(self, format!("value: {:?}", value), depth_lvl + 1); + print_indented!(self, format!("span: {:?}", span), depth_lvl + 1); + print_indented!(self, "}", depth_lvl + 1); + } + InlineAsmOperand::SymFn { value, span } => { + print_indented!(self, "InlineAsmOperand::SymFn {", depth_lvl); + print_indented!(self, format!("value: {:?}", *value), depth_lvl + 1); + print_indented!(self, format!("span: {:?}", span), depth_lvl + 1); + print_indented!(self, "}", depth_lvl + 1); + } + InlineAsmOperand::SymStatic { def_id } => { + print_indented!(self, "InlineAsmOperand::SymStatic {", depth_lvl); + print_indented!(self, format!("def_id: {:?}", def_id), depth_lvl + 1); + print_indented!(self, "}", depth_lvl + 1); + } + } + } +} |