split out AliasTy -> AliasTerm
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@ -417,7 +417,7 @@ fn get_input_traits_and_projections<'tcx>(
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}
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},
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ClauseKind::Projection(projection_predicate) => {
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if projection_predicate.projection_ty.self_ty() == input {
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if projection_predicate.projection_term.self_ty() == input {
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projection_predicates.push(projection_predicate);
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}
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},
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@ -320,11 +320,11 @@ fn is_mixed_projection_predicate<'tcx>(
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&& (term_param_ty.index as usize) < generics.parent_count
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{
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// The inner-most self type is a type parameter from the current function.
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let mut projection_ty = projection_predicate.projection_ty;
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let mut projection_ty = projection_predicate.projection_term;
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loop {
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match projection_ty.self_ty().kind() {
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match *projection_ty.self_ty().kind() {
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ty::Alias(ty::Projection, inner_projection_ty) => {
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projection_ty = *inner_projection_ty;
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projection_ty = inner_projection_ty.into();
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},
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ty::Param(param_ty) => {
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return (param_ty.index as usize) >= generics.parent_count;
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@ -404,14 +404,11 @@ fn replace_types<'tcx>(
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// The `replaced.insert(...)` check provides some protection against infinite loops.
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if replaced.insert(param_ty.index) {
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for projection_predicate in projection_predicates {
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if projection_predicate.projection_ty.self_ty() == param_ty.to_ty(cx.tcx)
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if projection_predicate.projection_term.self_ty() == param_ty.to_ty(cx.tcx)
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&& let Some(term_ty) = projection_predicate.term.ty()
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&& let ty::Param(term_param_ty) = term_ty.kind()
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{
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let projection = cx.tcx.mk_ty_from_kind(ty::Alias(
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ty::Projection,
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projection_predicate.projection_ty.with_self_ty(cx.tcx, new_ty),
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));
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let projection = projection_predicate.projection_term.with_self_ty(cx.tcx, new_ty).expect_ty(cx.tcx).to_ty(cx.tcx);
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if let Ok(projected_ty) = cx.tcx.try_normalize_erasing_regions(cx.param_env, projection)
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&& args[term_param_ty.index as usize] != GenericArg::from(projected_ty)
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@ -66,7 +66,7 @@ fn get_projection_pred<'tcx>(
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let projection_pred = cx
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.tcx
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.instantiate_bound_regions_with_erased(proj_pred.kind().rebind(pred));
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if projection_pred.projection_ty.args == trait_pred.trait_ref.args {
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if projection_pred.projection_term.args == trait_pred.trait_ref.args {
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return Some(projection_pred);
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}
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}
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@ -795,7 +795,7 @@ fn sig_from_bounds<'tcx>(
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inputs = Some(i);
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},
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ty::ClauseKind::Projection(p)
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if Some(p.projection_ty.def_id) == lang_items.fn_once_output() && p.projection_ty.self_ty() == ty =>
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if Some(p.projection_term.def_id) == lang_items.fn_once_output() && p.projection_term.self_ty() == ty =>
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{
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if output.is_some() {
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// Multiple different fn trait impls. Is this even allowed?
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@ -834,7 +834,7 @@ fn sig_for_projection<'tcx>(cx: &LateContext<'tcx>, ty: AliasTy<'tcx>) -> Option
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}
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inputs = Some(i);
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},
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ty::ClauseKind::Projection(p) if Some(p.projection_ty.def_id) == lang_items.fn_once_output() => {
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ty::ClauseKind::Projection(p) if Some(p.projection_term.def_id) == lang_items.fn_once_output() => {
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if output.is_some() {
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// Multiple different fn trait impls. Is this even allowed?
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return None;
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