Skip to main content

rustc_lint/
lib.rs

1//! Lints, aka compiler warnings.
2//!
3//! A 'lint' check is a kind of miscellaneous constraint that a user _might_
4//! want to enforce, but might reasonably want to permit as well, on a
5//! module-by-module basis. They contrast with static constraints enforced by
6//! other phases of the compiler, which are generally required to hold in order
7//! to compile the program at all.
8//!
9//! Most lints can be written as [`LintPass`] instances. These run after
10//! all other analyses. The `LintPass`es built into rustc are defined
11//! within [rustc_session::lint::builtin],
12//! which has further comments on how to add such a lint.
13//! rustc can also load external lint plugins, as is done for Clippy.
14//!
15//! See <https://rustc-dev-guide.rust-lang.org/diagnostics.html> for an
16//! overview of how lints are implemented.
17//!
18//! ## Note
19//!
20//! This API is completely unstable and subject to change.
21
22// tidy-alphabetical-start
23#![feature(deref_patterns)]
24#![feature(iter_order_by)]
25#![feature(option_into_flat_iter)]
26#![feature(titlecase)]
27#![feature(try_blocks)]
28// tidy-alphabetical-end
29
30mod async_closures;
31mod async_fn_in_trait;
32mod autorefs;
33pub mod builtin;
34mod c_void_returns;
35mod context;
36mod dangling;
37mod default_could_be_derived;
38mod deref_into_dyn_supertrait;
39mod diagnostics;
40mod disallowed_pass_by_ref;
41mod drop_forget_useless;
42mod early;
43mod enum_intrinsics_non_enums;
44mod expect;
45mod for_loops_over_fallibles;
46mod foreign_modules;
47mod function_cast_as_integer;
48mod gpukernel_abi;
49mod if_let_rescope;
50mod impl_trait_overcaptures;
51mod implicit_provenance_casts;
52mod interior_mutable_consts;
53mod internal;
54mod invalid_from_utf8;
55mod late;
56mod let_underscore;
57mod levels;
58pub mod lifetime_syntax;
59mod macro_expr_fragment_specifier_2024_migration;
60mod map_unit_fn;
61mod multiple_supertrait_upcastable;
62mod non_ascii_idents;
63mod non_fmt_panic;
64mod non_local_def;
65mod nonstandard_style;
66mod noop_method_call;
67mod opaque_hidden_inferred_bound;
68mod passes;
69mod precedence;
70mod ptr_nulls;
71mod raw_borrows_via_references;
72mod redundant_semicolon;
73mod reference_casting;
74mod runtime_symbols;
75mod shadowed_into_iter;
76mod static_mut_refs;
77mod traits;
78mod transmute;
79mod types;
80mod unit_bindings;
81mod unqualified_local_imports;
82pub mod unused;
83mod utils;
84
85use async_closures::AsyncClosureUsage;
86use async_fn_in_trait::AsyncFnInTrait;
87use autorefs::*;
88use builtin::*;
89use c_void_returns::*;
90use dangling::*;
91use default_could_be_derived::DefaultCouldBeDerived;
92use deref_into_dyn_supertrait::*;
93use disallowed_pass_by_ref::*;
94use drop_forget_useless::*;
95use enum_intrinsics_non_enums::EnumIntrinsicsNonEnums;
96use for_loops_over_fallibles::*;
97use function_cast_as_integer::*;
98use gpukernel_abi::*;
99use if_let_rescope::IfLetRescope;
100use impl_trait_overcaptures::ImplTraitOvercaptures;
101use implicit_provenance_casts::ImplicitProvenanceCasts;
102use interior_mutable_consts::*;
103use internal::*;
104use invalid_from_utf8::*;
105use let_underscore::*;
106use lifetime_syntax::*;
107use macro_expr_fragment_specifier_2024_migration::*;
108use map_unit_fn::*;
109use multiple_supertrait_upcastable::*;
110use non_ascii_idents::*;
111use non_fmt_panic::NonPanicFmt;
112use non_local_def::*;
113use nonstandard_style::*;
114use noop_method_call::*;
115use opaque_hidden_inferred_bound::*;
116use precedence::*;
117use ptr_nulls::*;
118use raw_borrows_via_references::*;
119use redundant_semicolon::*;
120use reference_casting::*;
121use runtime_symbols::*;
122use rustc_data_structures::unord::UnordSet;
123use rustc_hir::def_id::LocalModId;
124use rustc_middle::query::Providers;
125use rustc_middle::ty::TyCtxt;
126use shadowed_into_iter::ShadowedIntoIter;
127pub use shadowed_into_iter::{ARRAY_INTO_ITER, BOXED_SLICE_INTO_ITER};
128use static_mut_refs::*;
129use traits::*;
130use transmute::CheckTransmutes;
131use types::*;
132use unit_bindings::*;
133use unqualified_local_imports::*;
134use unused::must_use::*;
135use unused::*;
136
137#[rustfmt::skip]
138pub use builtin::MissingDoc;
139pub use context::{CheckLintNameResult, EarlyContext, LateContext, LintContext, LintStore};
140pub use early::diagnostics::DiagAndSess;
141pub use early::{EarlyCheckNode, check_ast_node};
142pub use late::{check_crate, late_lint_mod, unerased_lint_store};
143pub use levels::LintLevelsBuilder;
144pub use passes::{EarlyLintPass, LateLintPass};
145pub use rustc_errors::BufferedEarlyLint;
146pub use rustc_session::lint::Level::{self, *};
147pub use rustc_session::lint::{FutureIncompatibleInfo, Lint, LintId, LintPass, LintVec};
148
149pub fn provide(providers: &mut Providers) {
150    levels::provide(providers);
151    expect::provide(providers);
152    foreign_modules::provide(providers);
153    *providers = Providers { lint_mod, ..*providers };
154}
155
156fn lint_mod(tcx: TyCtxt<'_>, mod_id: LocalModId) {
157    late_lint_mod(tcx, mod_id, BuiltinCombinedLateLintModPass::new());
158}
159
160#[allow(non_snake_case)]
pub struct BuiltinCombinedPreExpansionLintPass {
    KeywordIdents: KeywordIdents,
}
impl BuiltinCombinedPreExpansionLintPass {
    pub fn new() -> Self { Self { KeywordIdents: KeywordIdents } }
    pub fn lint_vec() -> crate::LintVec {
        let mut lints = Vec::new();
        lints.extend_from_slice(&KeywordIdents::lint_vec());
        lints
    }
}
impl crate::EarlyLintPass for BuiltinCombinedPreExpansionLintPass {
    fn check_param(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Param) {
        { self.KeywordIdents.check_param(context, a); };
    }
    fn check_ident(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_span::Ident) {
        { self.KeywordIdents.check_ident(context, a); };
    }
    fn check_crate(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Crate) {
        { self.KeywordIdents.check_crate(context, a); };
    }
    fn check_crate_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Crate) {
        { self.KeywordIdents.check_crate_post(context, a); };
    }
    fn check_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Item) {
        { self.KeywordIdents.check_item(context, a); };
    }
    fn check_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Item) {
        { self.KeywordIdents.check_item_post(context, a); };
    }
    fn check_local(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Local) {
        { self.KeywordIdents.check_local(context, a); };
    }
    fn check_block(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Block) {
        { self.KeywordIdents.check_block(context, a); };
    }
    fn check_stmt(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Stmt) {
        { self.KeywordIdents.check_stmt(context, a); };
    }
    fn check_arm(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Arm) {
        { self.KeywordIdents.check_arm(context, a); };
    }
    fn check_pat(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Pat) {
        { self.KeywordIdents.check_pat(context, a); };
    }
    fn check_pat_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Pat) {
        { self.KeywordIdents.check_pat_post(context, a); };
    }
    fn check_expr(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Expr) {
        { self.KeywordIdents.check_expr(context, a); };
    }
    fn check_expr_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Expr) {
        { self.KeywordIdents.check_expr_post(context, a); };
    }
    fn check_ty(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Ty) {
        { self.KeywordIdents.check_ty(context, a); };
    }
    fn check_generic_arg(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::GenericArg) {
        { self.KeywordIdents.check_generic_arg(context, a); };
    }
    fn check_generic_param(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::GenericParam) {
        { self.KeywordIdents.check_generic_param(context, a); };
    }
    fn check_generics(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Generics) {
        { self.KeywordIdents.check_generics(context, a); };
    }
    fn check_poly_trait_ref(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::PolyTraitRef) {
        { self.KeywordIdents.check_poly_trait_ref(context, a); };
    }
    fn check_fn(&mut self, context: &crate::EarlyContext<'_>,
        a: rustc_ast::visit::FnKind<'_>, c: rustc_span::Span,
        d_: rustc_ast::NodeId) {
        { self.KeywordIdents.check_fn(context, a, c, d_); };
    }
    fn check_trait_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        { self.KeywordIdents.check_trait_item(context, a); };
    }
    fn check_trait_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        { self.KeywordIdents.check_trait_item_post(context, a); };
    }
    fn check_impl_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        { self.KeywordIdents.check_impl_item(context, a); };
    }
    fn check_impl_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        { self.KeywordIdents.check_impl_item_post(context, a); };
    }
    fn check_variant(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Variant) {
        { self.KeywordIdents.check_variant(context, a); };
    }
    fn check_attribute(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Attribute) {
        { self.KeywordIdents.check_attribute(context, a); };
    }
    fn check_attributes(&mut self, context: &crate::EarlyContext<'_>,
        a: &[rustc_ast::Attribute]) {
        { self.KeywordIdents.check_attributes(context, a); };
    }
    fn check_attributes_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &[rustc_ast::Attribute]) {
        { self.KeywordIdents.check_attributes_post(context, a); };
    }
    fn check_mac_def(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::MacroDef) {
        { self.KeywordIdents.check_mac_def(context, a); };
    }
    fn check_mac(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::MacCall) {
        { self.KeywordIdents.check_mac(context, a); };
    }
    fn check_where_predicate(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::WherePredicate) {
        { self.KeywordIdents.check_where_predicate(context, a); };
    }
    fn check_where_predicate_post(&mut self,
        context: &crate::EarlyContext<'_>, a: &rustc_ast::WherePredicate) {
        { self.KeywordIdents.check_where_predicate_post(context, a); };
    }
}
#[allow(rustc :: lint_pass_impl_without_macro)]
impl crate::LintPass for BuiltinCombinedPreExpansionLintPass {
    fn name(&self) -> &'static str {
        ::core::panicking::panic("explicit panic")
    }
    fn get_lints(&self) -> LintVec {
        ::core::panicking::panic("explicit panic")
    }
}early_lint_methods!(
161    declare_combined_early_lint_pass,
162    [
163        pub BuiltinCombinedPreExpansionLintPass,
164        [
165            // tidy-alphabetical-start
166            KeywordIdents: KeywordIdents,
167            // tidy-alphabetical-end
168        ]
169    ]
170);
171
172#[allow(non_snake_case)]
pub struct BuiltinCombinedEarlyLintPass {
    AnonymousParameters: AnonymousParameters,
    DoubleNegations: DoubleNegations,
    EllipsisInclusiveRangePatterns: EllipsisInclusiveRangePatterns,
    Expr2024: Expr2024,
    IncompleteInternalFeatures: IncompleteInternalFeatures,
    NonAsciiIdents: NonAsciiIdents,
    NonCamelCaseTypes: NonCamelCaseTypes,
    Precedence: Precedence,
    RedundantSemicolons: RedundantSemicolons,
    SpecialModuleName: SpecialModuleName,
    UnsafeCode: UnsafeCode,
    UnusedBraces: UnusedBraces,
    UnusedDocComment: UnusedDocComment,
    UnusedImportBraces: UnusedImportBraces,
    UnusedParens: UnusedParens,
    WhileTrue: WhileTrue,
}
impl BuiltinCombinedEarlyLintPass {
    pub fn new() -> Self {
        Self {
            AnonymousParameters: AnonymousParameters,
            DoubleNegations: DoubleNegations,
            EllipsisInclusiveRangePatterns: EllipsisInclusiveRangePatterns::default(),
            Expr2024: Expr2024,
            IncompleteInternalFeatures: IncompleteInternalFeatures,
            NonAsciiIdents: NonAsciiIdents,
            NonCamelCaseTypes: NonCamelCaseTypes,
            Precedence: Precedence,
            RedundantSemicolons: RedundantSemicolons,
            SpecialModuleName: SpecialModuleName,
            UnsafeCode: UnsafeCode,
            UnusedBraces: UnusedBraces,
            UnusedDocComment: UnusedDocComment,
            UnusedImportBraces: UnusedImportBraces,
            UnusedParens: UnusedParens::default(),
            WhileTrue: WhileTrue,
        }
    }
    pub fn lint_vec() -> crate::LintVec {
        let mut lints = Vec::new();
        lints.extend_from_slice(&AnonymousParameters::lint_vec());
        lints.extend_from_slice(&DoubleNegations::lint_vec());
        lints.extend_from_slice(&EllipsisInclusiveRangePatterns::lint_vec());
        lints.extend_from_slice(&Expr2024::lint_vec());
        lints.extend_from_slice(&IncompleteInternalFeatures::lint_vec());
        lints.extend_from_slice(&NonAsciiIdents::lint_vec());
        lints.extend_from_slice(&NonCamelCaseTypes::lint_vec());
        lints.extend_from_slice(&Precedence::lint_vec());
        lints.extend_from_slice(&RedundantSemicolons::lint_vec());
        lints.extend_from_slice(&SpecialModuleName::lint_vec());
        lints.extend_from_slice(&UnsafeCode::lint_vec());
        lints.extend_from_slice(&UnusedBraces::lint_vec());
        lints.extend_from_slice(&UnusedDocComment::lint_vec());
        lints.extend_from_slice(&UnusedImportBraces::lint_vec());
        lints.extend_from_slice(&UnusedParens::lint_vec());
        lints.extend_from_slice(&WhileTrue::lint_vec());
        lints
    }
}
impl crate::EarlyLintPass for BuiltinCombinedEarlyLintPass {
    fn check_param(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Param) {
        {
            self.AnonymousParameters.check_param(context, a);
            self.DoubleNegations.check_param(context, a);
            self.EllipsisInclusiveRangePatterns.check_param(context, a);
            self.Expr2024.check_param(context, a);
            self.IncompleteInternalFeatures.check_param(context, a);
            self.NonAsciiIdents.check_param(context, a);
            self.NonCamelCaseTypes.check_param(context, a);
            self.Precedence.check_param(context, a);
            self.RedundantSemicolons.check_param(context, a);
            self.SpecialModuleName.check_param(context, a);
            self.UnsafeCode.check_param(context, a);
            self.UnusedBraces.check_param(context, a);
            self.UnusedDocComment.check_param(context, a);
            self.UnusedImportBraces.check_param(context, a);
            self.UnusedParens.check_param(context, a);
            self.WhileTrue.check_param(context, a);
        };
    }
    fn check_ident(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_span::Ident) {
        {
            self.AnonymousParameters.check_ident(context, a);
            self.DoubleNegations.check_ident(context, a);
            self.EllipsisInclusiveRangePatterns.check_ident(context, a);
            self.Expr2024.check_ident(context, a);
            self.IncompleteInternalFeatures.check_ident(context, a);
            self.NonAsciiIdents.check_ident(context, a);
            self.NonCamelCaseTypes.check_ident(context, a);
            self.Precedence.check_ident(context, a);
            self.RedundantSemicolons.check_ident(context, a);
            self.SpecialModuleName.check_ident(context, a);
            self.UnsafeCode.check_ident(context, a);
            self.UnusedBraces.check_ident(context, a);
            self.UnusedDocComment.check_ident(context, a);
            self.UnusedImportBraces.check_ident(context, a);
            self.UnusedParens.check_ident(context, a);
            self.WhileTrue.check_ident(context, a);
        };
    }
    fn check_crate(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Crate) {
        {
            self.AnonymousParameters.check_crate(context, a);
            self.DoubleNegations.check_crate(context, a);
            self.EllipsisInclusiveRangePatterns.check_crate(context, a);
            self.Expr2024.check_crate(context, a);
            self.IncompleteInternalFeatures.check_crate(context, a);
            self.NonAsciiIdents.check_crate(context, a);
            self.NonCamelCaseTypes.check_crate(context, a);
            self.Precedence.check_crate(context, a);
            self.RedundantSemicolons.check_crate(context, a);
            self.SpecialModuleName.check_crate(context, a);
            self.UnsafeCode.check_crate(context, a);
            self.UnusedBraces.check_crate(context, a);
            self.UnusedDocComment.check_crate(context, a);
            self.UnusedImportBraces.check_crate(context, a);
            self.UnusedParens.check_crate(context, a);
            self.WhileTrue.check_crate(context, a);
        };
    }
    fn check_crate_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Crate) {
        {
            self.AnonymousParameters.check_crate_post(context, a);
            self.DoubleNegations.check_crate_post(context, a);
            self.EllipsisInclusiveRangePatterns.check_crate_post(context, a);
            self.Expr2024.check_crate_post(context, a);
            self.IncompleteInternalFeatures.check_crate_post(context, a);
            self.NonAsciiIdents.check_crate_post(context, a);
            self.NonCamelCaseTypes.check_crate_post(context, a);
            self.Precedence.check_crate_post(context, a);
            self.RedundantSemicolons.check_crate_post(context, a);
            self.SpecialModuleName.check_crate_post(context, a);
            self.UnsafeCode.check_crate_post(context, a);
            self.UnusedBraces.check_crate_post(context, a);
            self.UnusedDocComment.check_crate_post(context, a);
            self.UnusedImportBraces.check_crate_post(context, a);
            self.UnusedParens.check_crate_post(context, a);
            self.WhileTrue.check_crate_post(context, a);
        };
    }
    fn check_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Item) {
        {
            self.AnonymousParameters.check_item(context, a);
            self.DoubleNegations.check_item(context, a);
            self.EllipsisInclusiveRangePatterns.check_item(context, a);
            self.Expr2024.check_item(context, a);
            self.IncompleteInternalFeatures.check_item(context, a);
            self.NonAsciiIdents.check_item(context, a);
            self.NonCamelCaseTypes.check_item(context, a);
            self.Precedence.check_item(context, a);
            self.RedundantSemicolons.check_item(context, a);
            self.SpecialModuleName.check_item(context, a);
            self.UnsafeCode.check_item(context, a);
            self.UnusedBraces.check_item(context, a);
            self.UnusedDocComment.check_item(context, a);
            self.UnusedImportBraces.check_item(context, a);
            self.UnusedParens.check_item(context, a);
            self.WhileTrue.check_item(context, a);
        };
    }
    fn check_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Item) {
        {
            self.AnonymousParameters.check_item_post(context, a);
            self.DoubleNegations.check_item_post(context, a);
            self.EllipsisInclusiveRangePatterns.check_item_post(context, a);
            self.Expr2024.check_item_post(context, a);
            self.IncompleteInternalFeatures.check_item_post(context, a);
            self.NonAsciiIdents.check_item_post(context, a);
            self.NonCamelCaseTypes.check_item_post(context, a);
            self.Precedence.check_item_post(context, a);
            self.RedundantSemicolons.check_item_post(context, a);
            self.SpecialModuleName.check_item_post(context, a);
            self.UnsafeCode.check_item_post(context, a);
            self.UnusedBraces.check_item_post(context, a);
            self.UnusedDocComment.check_item_post(context, a);
            self.UnusedImportBraces.check_item_post(context, a);
            self.UnusedParens.check_item_post(context, a);
            self.WhileTrue.check_item_post(context, a);
        };
    }
    fn check_local(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Local) {
        {
            self.AnonymousParameters.check_local(context, a);
            self.DoubleNegations.check_local(context, a);
            self.EllipsisInclusiveRangePatterns.check_local(context, a);
            self.Expr2024.check_local(context, a);
            self.IncompleteInternalFeatures.check_local(context, a);
            self.NonAsciiIdents.check_local(context, a);
            self.NonCamelCaseTypes.check_local(context, a);
            self.Precedence.check_local(context, a);
            self.RedundantSemicolons.check_local(context, a);
            self.SpecialModuleName.check_local(context, a);
            self.UnsafeCode.check_local(context, a);
            self.UnusedBraces.check_local(context, a);
            self.UnusedDocComment.check_local(context, a);
            self.UnusedImportBraces.check_local(context, a);
            self.UnusedParens.check_local(context, a);
            self.WhileTrue.check_local(context, a);
        };
    }
    fn check_block(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Block) {
        {
            self.AnonymousParameters.check_block(context, a);
            self.DoubleNegations.check_block(context, a);
            self.EllipsisInclusiveRangePatterns.check_block(context, a);
            self.Expr2024.check_block(context, a);
            self.IncompleteInternalFeatures.check_block(context, a);
            self.NonAsciiIdents.check_block(context, a);
            self.NonCamelCaseTypes.check_block(context, a);
            self.Precedence.check_block(context, a);
            self.RedundantSemicolons.check_block(context, a);
            self.SpecialModuleName.check_block(context, a);
            self.UnsafeCode.check_block(context, a);
            self.UnusedBraces.check_block(context, a);
            self.UnusedDocComment.check_block(context, a);
            self.UnusedImportBraces.check_block(context, a);
            self.UnusedParens.check_block(context, a);
            self.WhileTrue.check_block(context, a);
        };
    }
    fn check_stmt(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Stmt) {
        {
            self.AnonymousParameters.check_stmt(context, a);
            self.DoubleNegations.check_stmt(context, a);
            self.EllipsisInclusiveRangePatterns.check_stmt(context, a);
            self.Expr2024.check_stmt(context, a);
            self.IncompleteInternalFeatures.check_stmt(context, a);
            self.NonAsciiIdents.check_stmt(context, a);
            self.NonCamelCaseTypes.check_stmt(context, a);
            self.Precedence.check_stmt(context, a);
            self.RedundantSemicolons.check_stmt(context, a);
            self.SpecialModuleName.check_stmt(context, a);
            self.UnsafeCode.check_stmt(context, a);
            self.UnusedBraces.check_stmt(context, a);
            self.UnusedDocComment.check_stmt(context, a);
            self.UnusedImportBraces.check_stmt(context, a);
            self.UnusedParens.check_stmt(context, a);
            self.WhileTrue.check_stmt(context, a);
        };
    }
    fn check_arm(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Arm) {
        {
            self.AnonymousParameters.check_arm(context, a);
            self.DoubleNegations.check_arm(context, a);
            self.EllipsisInclusiveRangePatterns.check_arm(context, a);
            self.Expr2024.check_arm(context, a);
            self.IncompleteInternalFeatures.check_arm(context, a);
            self.NonAsciiIdents.check_arm(context, a);
            self.NonCamelCaseTypes.check_arm(context, a);
            self.Precedence.check_arm(context, a);
            self.RedundantSemicolons.check_arm(context, a);
            self.SpecialModuleName.check_arm(context, a);
            self.UnsafeCode.check_arm(context, a);
            self.UnusedBraces.check_arm(context, a);
            self.UnusedDocComment.check_arm(context, a);
            self.UnusedImportBraces.check_arm(context, a);
            self.UnusedParens.check_arm(context, a);
            self.WhileTrue.check_arm(context, a);
        };
    }
    fn check_pat(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Pat) {
        {
            self.AnonymousParameters.check_pat(context, a);
            self.DoubleNegations.check_pat(context, a);
            self.EllipsisInclusiveRangePatterns.check_pat(context, a);
            self.Expr2024.check_pat(context, a);
            self.IncompleteInternalFeatures.check_pat(context, a);
            self.NonAsciiIdents.check_pat(context, a);
            self.NonCamelCaseTypes.check_pat(context, a);
            self.Precedence.check_pat(context, a);
            self.RedundantSemicolons.check_pat(context, a);
            self.SpecialModuleName.check_pat(context, a);
            self.UnsafeCode.check_pat(context, a);
            self.UnusedBraces.check_pat(context, a);
            self.UnusedDocComment.check_pat(context, a);
            self.UnusedImportBraces.check_pat(context, a);
            self.UnusedParens.check_pat(context, a);
            self.WhileTrue.check_pat(context, a);
        };
    }
    fn check_pat_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Pat) {
        {
            self.AnonymousParameters.check_pat_post(context, a);
            self.DoubleNegations.check_pat_post(context, a);
            self.EllipsisInclusiveRangePatterns.check_pat_post(context, a);
            self.Expr2024.check_pat_post(context, a);
            self.IncompleteInternalFeatures.check_pat_post(context, a);
            self.NonAsciiIdents.check_pat_post(context, a);
            self.NonCamelCaseTypes.check_pat_post(context, a);
            self.Precedence.check_pat_post(context, a);
            self.RedundantSemicolons.check_pat_post(context, a);
            self.SpecialModuleName.check_pat_post(context, a);
            self.UnsafeCode.check_pat_post(context, a);
            self.UnusedBraces.check_pat_post(context, a);
            self.UnusedDocComment.check_pat_post(context, a);
            self.UnusedImportBraces.check_pat_post(context, a);
            self.UnusedParens.check_pat_post(context, a);
            self.WhileTrue.check_pat_post(context, a);
        };
    }
    fn check_expr(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Expr) {
        {
            self.AnonymousParameters.check_expr(context, a);
            self.DoubleNegations.check_expr(context, a);
            self.EllipsisInclusiveRangePatterns.check_expr(context, a);
            self.Expr2024.check_expr(context, a);
            self.IncompleteInternalFeatures.check_expr(context, a);
            self.NonAsciiIdents.check_expr(context, a);
            self.NonCamelCaseTypes.check_expr(context, a);
            self.Precedence.check_expr(context, a);
            self.RedundantSemicolons.check_expr(context, a);
            self.SpecialModuleName.check_expr(context, a);
            self.UnsafeCode.check_expr(context, a);
            self.UnusedBraces.check_expr(context, a);
            self.UnusedDocComment.check_expr(context, a);
            self.UnusedImportBraces.check_expr(context, a);
            self.UnusedParens.check_expr(context, a);
            self.WhileTrue.check_expr(context, a);
        };
    }
    fn check_expr_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Expr) {
        {
            self.AnonymousParameters.check_expr_post(context, a);
            self.DoubleNegations.check_expr_post(context, a);
            self.EllipsisInclusiveRangePatterns.check_expr_post(context, a);
            self.Expr2024.check_expr_post(context, a);
            self.IncompleteInternalFeatures.check_expr_post(context, a);
            self.NonAsciiIdents.check_expr_post(context, a);
            self.NonCamelCaseTypes.check_expr_post(context, a);
            self.Precedence.check_expr_post(context, a);
            self.RedundantSemicolons.check_expr_post(context, a);
            self.SpecialModuleName.check_expr_post(context, a);
            self.UnsafeCode.check_expr_post(context, a);
            self.UnusedBraces.check_expr_post(context, a);
            self.UnusedDocComment.check_expr_post(context, a);
            self.UnusedImportBraces.check_expr_post(context, a);
            self.UnusedParens.check_expr_post(context, a);
            self.WhileTrue.check_expr_post(context, a);
        };
    }
    fn check_ty(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Ty) {
        {
            self.AnonymousParameters.check_ty(context, a);
            self.DoubleNegations.check_ty(context, a);
            self.EllipsisInclusiveRangePatterns.check_ty(context, a);
            self.Expr2024.check_ty(context, a);
            self.IncompleteInternalFeatures.check_ty(context, a);
            self.NonAsciiIdents.check_ty(context, a);
            self.NonCamelCaseTypes.check_ty(context, a);
            self.Precedence.check_ty(context, a);
            self.RedundantSemicolons.check_ty(context, a);
            self.SpecialModuleName.check_ty(context, a);
            self.UnsafeCode.check_ty(context, a);
            self.UnusedBraces.check_ty(context, a);
            self.UnusedDocComment.check_ty(context, a);
            self.UnusedImportBraces.check_ty(context, a);
            self.UnusedParens.check_ty(context, a);
            self.WhileTrue.check_ty(context, a);
        };
    }
    fn check_generic_arg(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::GenericArg) {
        {
            self.AnonymousParameters.check_generic_arg(context, a);
            self.DoubleNegations.check_generic_arg(context, a);
            self.EllipsisInclusiveRangePatterns.check_generic_arg(context, a);
            self.Expr2024.check_generic_arg(context, a);
            self.IncompleteInternalFeatures.check_generic_arg(context, a);
            self.NonAsciiIdents.check_generic_arg(context, a);
            self.NonCamelCaseTypes.check_generic_arg(context, a);
            self.Precedence.check_generic_arg(context, a);
            self.RedundantSemicolons.check_generic_arg(context, a);
            self.SpecialModuleName.check_generic_arg(context, a);
            self.UnsafeCode.check_generic_arg(context, a);
            self.UnusedBraces.check_generic_arg(context, a);
            self.UnusedDocComment.check_generic_arg(context, a);
            self.UnusedImportBraces.check_generic_arg(context, a);
            self.UnusedParens.check_generic_arg(context, a);
            self.WhileTrue.check_generic_arg(context, a);
        };
    }
    fn check_generic_param(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::GenericParam) {
        {
            self.AnonymousParameters.check_generic_param(context, a);
            self.DoubleNegations.check_generic_param(context, a);
            self.EllipsisInclusiveRangePatterns.check_generic_param(context,
                a);
            self.Expr2024.check_generic_param(context, a);
            self.IncompleteInternalFeatures.check_generic_param(context, a);
            self.NonAsciiIdents.check_generic_param(context, a);
            self.NonCamelCaseTypes.check_generic_param(context, a);
            self.Precedence.check_generic_param(context, a);
            self.RedundantSemicolons.check_generic_param(context, a);
            self.SpecialModuleName.check_generic_param(context, a);
            self.UnsafeCode.check_generic_param(context, a);
            self.UnusedBraces.check_generic_param(context, a);
            self.UnusedDocComment.check_generic_param(context, a);
            self.UnusedImportBraces.check_generic_param(context, a);
            self.UnusedParens.check_generic_param(context, a);
            self.WhileTrue.check_generic_param(context, a);
        };
    }
    fn check_generics(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Generics) {
        {
            self.AnonymousParameters.check_generics(context, a);
            self.DoubleNegations.check_generics(context, a);
            self.EllipsisInclusiveRangePatterns.check_generics(context, a);
            self.Expr2024.check_generics(context, a);
            self.IncompleteInternalFeatures.check_generics(context, a);
            self.NonAsciiIdents.check_generics(context, a);
            self.NonCamelCaseTypes.check_generics(context, a);
            self.Precedence.check_generics(context, a);
            self.RedundantSemicolons.check_generics(context, a);
            self.SpecialModuleName.check_generics(context, a);
            self.UnsafeCode.check_generics(context, a);
            self.UnusedBraces.check_generics(context, a);
            self.UnusedDocComment.check_generics(context, a);
            self.UnusedImportBraces.check_generics(context, a);
            self.UnusedParens.check_generics(context, a);
            self.WhileTrue.check_generics(context, a);
        };
    }
    fn check_poly_trait_ref(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::PolyTraitRef) {
        {
            self.AnonymousParameters.check_poly_trait_ref(context, a);
            self.DoubleNegations.check_poly_trait_ref(context, a);
            self.EllipsisInclusiveRangePatterns.check_poly_trait_ref(context,
                a);
            self.Expr2024.check_poly_trait_ref(context, a);
            self.IncompleteInternalFeatures.check_poly_trait_ref(context, a);
            self.NonAsciiIdents.check_poly_trait_ref(context, a);
            self.NonCamelCaseTypes.check_poly_trait_ref(context, a);
            self.Precedence.check_poly_trait_ref(context, a);
            self.RedundantSemicolons.check_poly_trait_ref(context, a);
            self.SpecialModuleName.check_poly_trait_ref(context, a);
            self.UnsafeCode.check_poly_trait_ref(context, a);
            self.UnusedBraces.check_poly_trait_ref(context, a);
            self.UnusedDocComment.check_poly_trait_ref(context, a);
            self.UnusedImportBraces.check_poly_trait_ref(context, a);
            self.UnusedParens.check_poly_trait_ref(context, a);
            self.WhileTrue.check_poly_trait_ref(context, a);
        };
    }
    fn check_fn(&mut self, context: &crate::EarlyContext<'_>,
        a: rustc_ast::visit::FnKind<'_>, c: rustc_span::Span,
        d_: rustc_ast::NodeId) {
        {
            self.AnonymousParameters.check_fn(context, a, c, d_);
            self.DoubleNegations.check_fn(context, a, c, d_);
            self.EllipsisInclusiveRangePatterns.check_fn(context, a, c, d_);
            self.Expr2024.check_fn(context, a, c, d_);
            self.IncompleteInternalFeatures.check_fn(context, a, c, d_);
            self.NonAsciiIdents.check_fn(context, a, c, d_);
            self.NonCamelCaseTypes.check_fn(context, a, c, d_);
            self.Precedence.check_fn(context, a, c, d_);
            self.RedundantSemicolons.check_fn(context, a, c, d_);
            self.SpecialModuleName.check_fn(context, a, c, d_);
            self.UnsafeCode.check_fn(context, a, c, d_);
            self.UnusedBraces.check_fn(context, a, c, d_);
            self.UnusedDocComment.check_fn(context, a, c, d_);
            self.UnusedImportBraces.check_fn(context, a, c, d_);
            self.UnusedParens.check_fn(context, a, c, d_);
            self.WhileTrue.check_fn(context, a, c, d_);
        };
    }
    fn check_trait_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        {
            self.AnonymousParameters.check_trait_item(context, a);
            self.DoubleNegations.check_trait_item(context, a);
            self.EllipsisInclusiveRangePatterns.check_trait_item(context, a);
            self.Expr2024.check_trait_item(context, a);
            self.IncompleteInternalFeatures.check_trait_item(context, a);
            self.NonAsciiIdents.check_trait_item(context, a);
            self.NonCamelCaseTypes.check_trait_item(context, a);
            self.Precedence.check_trait_item(context, a);
            self.RedundantSemicolons.check_trait_item(context, a);
            self.SpecialModuleName.check_trait_item(context, a);
            self.UnsafeCode.check_trait_item(context, a);
            self.UnusedBraces.check_trait_item(context, a);
            self.UnusedDocComment.check_trait_item(context, a);
            self.UnusedImportBraces.check_trait_item(context, a);
            self.UnusedParens.check_trait_item(context, a);
            self.WhileTrue.check_trait_item(context, a);
        };
    }
    fn check_trait_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        {
            self.AnonymousParameters.check_trait_item_post(context, a);
            self.DoubleNegations.check_trait_item_post(context, a);
            self.EllipsisInclusiveRangePatterns.check_trait_item_post(context,
                a);
            self.Expr2024.check_trait_item_post(context, a);
            self.IncompleteInternalFeatures.check_trait_item_post(context, a);
            self.NonAsciiIdents.check_trait_item_post(context, a);
            self.NonCamelCaseTypes.check_trait_item_post(context, a);
            self.Precedence.check_trait_item_post(context, a);
            self.RedundantSemicolons.check_trait_item_post(context, a);
            self.SpecialModuleName.check_trait_item_post(context, a);
            self.UnsafeCode.check_trait_item_post(context, a);
            self.UnusedBraces.check_trait_item_post(context, a);
            self.UnusedDocComment.check_trait_item_post(context, a);
            self.UnusedImportBraces.check_trait_item_post(context, a);
            self.UnusedParens.check_trait_item_post(context, a);
            self.WhileTrue.check_trait_item_post(context, a);
        };
    }
    fn check_impl_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        {
            self.AnonymousParameters.check_impl_item(context, a);
            self.DoubleNegations.check_impl_item(context, a);
            self.EllipsisInclusiveRangePatterns.check_impl_item(context, a);
            self.Expr2024.check_impl_item(context, a);
            self.IncompleteInternalFeatures.check_impl_item(context, a);
            self.NonAsciiIdents.check_impl_item(context, a);
            self.NonCamelCaseTypes.check_impl_item(context, a);
            self.Precedence.check_impl_item(context, a);
            self.RedundantSemicolons.check_impl_item(context, a);
            self.SpecialModuleName.check_impl_item(context, a);
            self.UnsafeCode.check_impl_item(context, a);
            self.UnusedBraces.check_impl_item(context, a);
            self.UnusedDocComment.check_impl_item(context, a);
            self.UnusedImportBraces.check_impl_item(context, a);
            self.UnusedParens.check_impl_item(context, a);
            self.WhileTrue.check_impl_item(context, a);
        };
    }
    fn check_impl_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        {
            self.AnonymousParameters.check_impl_item_post(context, a);
            self.DoubleNegations.check_impl_item_post(context, a);
            self.EllipsisInclusiveRangePatterns.check_impl_item_post(context,
                a);
            self.Expr2024.check_impl_item_post(context, a);
            self.IncompleteInternalFeatures.check_impl_item_post(context, a);
            self.NonAsciiIdents.check_impl_item_post(context, a);
            self.NonCamelCaseTypes.check_impl_item_post(context, a);
            self.Precedence.check_impl_item_post(context, a);
            self.RedundantSemicolons.check_impl_item_post(context, a);
            self.SpecialModuleName.check_impl_item_post(context, a);
            self.UnsafeCode.check_impl_item_post(context, a);
            self.UnusedBraces.check_impl_item_post(context, a);
            self.UnusedDocComment.check_impl_item_post(context, a);
            self.UnusedImportBraces.check_impl_item_post(context, a);
            self.UnusedParens.check_impl_item_post(context, a);
            self.WhileTrue.check_impl_item_post(context, a);
        };
    }
    fn check_variant(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Variant) {
        {
            self.AnonymousParameters.check_variant(context, a);
            self.DoubleNegations.check_variant(context, a);
            self.EllipsisInclusiveRangePatterns.check_variant(context, a);
            self.Expr2024.check_variant(context, a);
            self.IncompleteInternalFeatures.check_variant(context, a);
            self.NonAsciiIdents.check_variant(context, a);
            self.NonCamelCaseTypes.check_variant(context, a);
            self.Precedence.check_variant(context, a);
            self.RedundantSemicolons.check_variant(context, a);
            self.SpecialModuleName.check_variant(context, a);
            self.UnsafeCode.check_variant(context, a);
            self.UnusedBraces.check_variant(context, a);
            self.UnusedDocComment.check_variant(context, a);
            self.UnusedImportBraces.check_variant(context, a);
            self.UnusedParens.check_variant(context, a);
            self.WhileTrue.check_variant(context, a);
        };
    }
    fn check_attribute(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Attribute) {
        {
            self.AnonymousParameters.check_attribute(context, a);
            self.DoubleNegations.check_attribute(context, a);
            self.EllipsisInclusiveRangePatterns.check_attribute(context, a);
            self.Expr2024.check_attribute(context, a);
            self.IncompleteInternalFeatures.check_attribute(context, a);
            self.NonAsciiIdents.check_attribute(context, a);
            self.NonCamelCaseTypes.check_attribute(context, a);
            self.Precedence.check_attribute(context, a);
            self.RedundantSemicolons.check_attribute(context, a);
            self.SpecialModuleName.check_attribute(context, a);
            self.UnsafeCode.check_attribute(context, a);
            self.UnusedBraces.check_attribute(context, a);
            self.UnusedDocComment.check_attribute(context, a);
            self.UnusedImportBraces.check_attribute(context, a);
            self.UnusedParens.check_attribute(context, a);
            self.WhileTrue.check_attribute(context, a);
        };
    }
    fn check_attributes(&mut self, context: &crate::EarlyContext<'_>,
        a: &[rustc_ast::Attribute]) {
        {
            self.AnonymousParameters.check_attributes(context, a);
            self.DoubleNegations.check_attributes(context, a);
            self.EllipsisInclusiveRangePatterns.check_attributes(context, a);
            self.Expr2024.check_attributes(context, a);
            self.IncompleteInternalFeatures.check_attributes(context, a);
            self.NonAsciiIdents.check_attributes(context, a);
            self.NonCamelCaseTypes.check_attributes(context, a);
            self.Precedence.check_attributes(context, a);
            self.RedundantSemicolons.check_attributes(context, a);
            self.SpecialModuleName.check_attributes(context, a);
            self.UnsafeCode.check_attributes(context, a);
            self.UnusedBraces.check_attributes(context, a);
            self.UnusedDocComment.check_attributes(context, a);
            self.UnusedImportBraces.check_attributes(context, a);
            self.UnusedParens.check_attributes(context, a);
            self.WhileTrue.check_attributes(context, a);
        };
    }
    fn check_attributes_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &[rustc_ast::Attribute]) {
        {
            self.AnonymousParameters.check_attributes_post(context, a);
            self.DoubleNegations.check_attributes_post(context, a);
            self.EllipsisInclusiveRangePatterns.check_attributes_post(context,
                a);
            self.Expr2024.check_attributes_post(context, a);
            self.IncompleteInternalFeatures.check_attributes_post(context, a);
            self.NonAsciiIdents.check_attributes_post(context, a);
            self.NonCamelCaseTypes.check_attributes_post(context, a);
            self.Precedence.check_attributes_post(context, a);
            self.RedundantSemicolons.check_attributes_post(context, a);
            self.SpecialModuleName.check_attributes_post(context, a);
            self.UnsafeCode.check_attributes_post(context, a);
            self.UnusedBraces.check_attributes_post(context, a);
            self.UnusedDocComment.check_attributes_post(context, a);
            self.UnusedImportBraces.check_attributes_post(context, a);
            self.UnusedParens.check_attributes_post(context, a);
            self.WhileTrue.check_attributes_post(context, a);
        };
    }
    fn check_mac_def(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::MacroDef) {
        {
            self.AnonymousParameters.check_mac_def(context, a);
            self.DoubleNegations.check_mac_def(context, a);
            self.EllipsisInclusiveRangePatterns.check_mac_def(context, a);
            self.Expr2024.check_mac_def(context, a);
            self.IncompleteInternalFeatures.check_mac_def(context, a);
            self.NonAsciiIdents.check_mac_def(context, a);
            self.NonCamelCaseTypes.check_mac_def(context, a);
            self.Precedence.check_mac_def(context, a);
            self.RedundantSemicolons.check_mac_def(context, a);
            self.SpecialModuleName.check_mac_def(context, a);
            self.UnsafeCode.check_mac_def(context, a);
            self.UnusedBraces.check_mac_def(context, a);
            self.UnusedDocComment.check_mac_def(context, a);
            self.UnusedImportBraces.check_mac_def(context, a);
            self.UnusedParens.check_mac_def(context, a);
            self.WhileTrue.check_mac_def(context, a);
        };
    }
    fn check_mac(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::MacCall) {
        {
            self.AnonymousParameters.check_mac(context, a);
            self.DoubleNegations.check_mac(context, a);
            self.EllipsisInclusiveRangePatterns.check_mac(context, a);
            self.Expr2024.check_mac(context, a);
            self.IncompleteInternalFeatures.check_mac(context, a);
            self.NonAsciiIdents.check_mac(context, a);
            self.NonCamelCaseTypes.check_mac(context, a);
            self.Precedence.check_mac(context, a);
            self.RedundantSemicolons.check_mac(context, a);
            self.SpecialModuleName.check_mac(context, a);
            self.UnsafeCode.check_mac(context, a);
            self.UnusedBraces.check_mac(context, a);
            self.UnusedDocComment.check_mac(context, a);
            self.UnusedImportBraces.check_mac(context, a);
            self.UnusedParens.check_mac(context, a);
            self.WhileTrue.check_mac(context, a);
        };
    }
    fn check_where_predicate(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::WherePredicate) {
        {
            self.AnonymousParameters.check_where_predicate(context, a);
            self.DoubleNegations.check_where_predicate(context, a);
            self.EllipsisInclusiveRangePatterns.check_where_predicate(context,
                a);
            self.Expr2024.check_where_predicate(context, a);
            self.IncompleteInternalFeatures.check_where_predicate(context, a);
            self.NonAsciiIdents.check_where_predicate(context, a);
            self.NonCamelCaseTypes.check_where_predicate(context, a);
            self.Precedence.check_where_predicate(context, a);
            self.RedundantSemicolons.check_where_predicate(context, a);
            self.SpecialModuleName.check_where_predicate(context, a);
            self.UnsafeCode.check_where_predicate(context, a);
            self.UnusedBraces.check_where_predicate(context, a);
            self.UnusedDocComment.check_where_predicate(context, a);
            self.UnusedImportBraces.check_where_predicate(context, a);
            self.UnusedParens.check_where_predicate(context, a);
            self.WhileTrue.check_where_predicate(context, a);
        };
    }
    fn check_where_predicate_post(&mut self,
        context: &crate::EarlyContext<'_>, a: &rustc_ast::WherePredicate) {
        {
            self.AnonymousParameters.check_where_predicate_post(context, a);
            self.DoubleNegations.check_where_predicate_post(context, a);
            self.EllipsisInclusiveRangePatterns.check_where_predicate_post(context,
                a);
            self.Expr2024.check_where_predicate_post(context, a);
            self.IncompleteInternalFeatures.check_where_predicate_post(context,
                a);
            self.NonAsciiIdents.check_where_predicate_post(context, a);
            self.NonCamelCaseTypes.check_where_predicate_post(context, a);
            self.Precedence.check_where_predicate_post(context, a);
            self.RedundantSemicolons.check_where_predicate_post(context, a);
            self.SpecialModuleName.check_where_predicate_post(context, a);
            self.UnsafeCode.check_where_predicate_post(context, a);
            self.UnusedBraces.check_where_predicate_post(context, a);
            self.UnusedDocComment.check_where_predicate_post(context, a);
            self.UnusedImportBraces.check_where_predicate_post(context, a);
            self.UnusedParens.check_where_predicate_post(context, a);
            self.WhileTrue.check_where_predicate_post(context, a);
        };
    }
}
#[allow(rustc :: lint_pass_impl_without_macro)]
impl crate::LintPass for BuiltinCombinedEarlyLintPass {
    fn name(&self) -> &'static str {
        ::core::panicking::panic("explicit panic")
    }
    fn get_lints(&self) -> LintVec {
        ::core::panicking::panic("explicit panic")
    }
}early_lint_methods!(
173    declare_combined_early_lint_pass,
174    [
175        pub BuiltinCombinedEarlyLintPass,
176        [
177            // tidy-alphabetical-start
178            AnonymousParameters: AnonymousParameters,
179            DoubleNegations: DoubleNegations,
180            EllipsisInclusiveRangePatterns: EllipsisInclusiveRangePatterns::default(),
181            Expr2024: Expr2024,
182            IncompleteInternalFeatures: IncompleteInternalFeatures,
183            NonAsciiIdents: NonAsciiIdents,
184            NonCamelCaseTypes: NonCamelCaseTypes,
185            Precedence: Precedence,
186            RedundantSemicolons: RedundantSemicolons,
187            SpecialModuleName: SpecialModuleName,
188            UnsafeCode: UnsafeCode,
189            UnusedBraces: UnusedBraces,
190            UnusedDocComment: UnusedDocComment,
191            UnusedImportBraces: UnusedImportBraces,
192            UnusedParens: UnusedParens::default(),
193            WhileTrue: WhileTrue,
194            // tidy-alphabetical-end
195        ]
196    ]
197);
198
199#[allow(non_snake_case)]
struct InternalCombinedEarlyLintPass {
    BadUseOfFindAttr: BadUseOfFindAttr,
    ImplicitSysrootCrateImport: ImplicitSysrootCrateImport,
    LintPassImpl: LintPassImpl,
}
impl InternalCombinedEarlyLintPass {
    fn new() -> Self {
        Self {
            BadUseOfFindAttr: BadUseOfFindAttr,
            ImplicitSysrootCrateImport: ImplicitSysrootCrateImport,
            LintPassImpl: LintPassImpl,
        }
    }
    fn lint_vec() -> crate::LintVec {
        let mut lints = Vec::new();
        lints.extend_from_slice(&BadUseOfFindAttr::lint_vec());
        lints.extend_from_slice(&ImplicitSysrootCrateImport::lint_vec());
        lints.extend_from_slice(&LintPassImpl::lint_vec());
        lints
    }
}
impl crate::EarlyLintPass for InternalCombinedEarlyLintPass {
    fn check_param(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Param) {
        {
            self.BadUseOfFindAttr.check_param(context, a);
            self.ImplicitSysrootCrateImport.check_param(context, a);
            self.LintPassImpl.check_param(context, a);
        };
    }
    fn check_ident(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_span::Ident) {
        {
            self.BadUseOfFindAttr.check_ident(context, a);
            self.ImplicitSysrootCrateImport.check_ident(context, a);
            self.LintPassImpl.check_ident(context, a);
        };
    }
    fn check_crate(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Crate) {
        {
            self.BadUseOfFindAttr.check_crate(context, a);
            self.ImplicitSysrootCrateImport.check_crate(context, a);
            self.LintPassImpl.check_crate(context, a);
        };
    }
    fn check_crate_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Crate) {
        {
            self.BadUseOfFindAttr.check_crate_post(context, a);
            self.ImplicitSysrootCrateImport.check_crate_post(context, a);
            self.LintPassImpl.check_crate_post(context, a);
        };
    }
    fn check_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Item) {
        {
            self.BadUseOfFindAttr.check_item(context, a);
            self.ImplicitSysrootCrateImport.check_item(context, a);
            self.LintPassImpl.check_item(context, a);
        };
    }
    fn check_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Item) {
        {
            self.BadUseOfFindAttr.check_item_post(context, a);
            self.ImplicitSysrootCrateImport.check_item_post(context, a);
            self.LintPassImpl.check_item_post(context, a);
        };
    }
    fn check_local(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Local) {
        {
            self.BadUseOfFindAttr.check_local(context, a);
            self.ImplicitSysrootCrateImport.check_local(context, a);
            self.LintPassImpl.check_local(context, a);
        };
    }
    fn check_block(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Block) {
        {
            self.BadUseOfFindAttr.check_block(context, a);
            self.ImplicitSysrootCrateImport.check_block(context, a);
            self.LintPassImpl.check_block(context, a);
        };
    }
    fn check_stmt(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Stmt) {
        {
            self.BadUseOfFindAttr.check_stmt(context, a);
            self.ImplicitSysrootCrateImport.check_stmt(context, a);
            self.LintPassImpl.check_stmt(context, a);
        };
    }
    fn check_arm(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Arm) {
        {
            self.BadUseOfFindAttr.check_arm(context, a);
            self.ImplicitSysrootCrateImport.check_arm(context, a);
            self.LintPassImpl.check_arm(context, a);
        };
    }
    fn check_pat(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Pat) {
        {
            self.BadUseOfFindAttr.check_pat(context, a);
            self.ImplicitSysrootCrateImport.check_pat(context, a);
            self.LintPassImpl.check_pat(context, a);
        };
    }
    fn check_pat_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Pat) {
        {
            self.BadUseOfFindAttr.check_pat_post(context, a);
            self.ImplicitSysrootCrateImport.check_pat_post(context, a);
            self.LintPassImpl.check_pat_post(context, a);
        };
    }
    fn check_expr(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Expr) {
        {
            self.BadUseOfFindAttr.check_expr(context, a);
            self.ImplicitSysrootCrateImport.check_expr(context, a);
            self.LintPassImpl.check_expr(context, a);
        };
    }
    fn check_expr_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Expr) {
        {
            self.BadUseOfFindAttr.check_expr_post(context, a);
            self.ImplicitSysrootCrateImport.check_expr_post(context, a);
            self.LintPassImpl.check_expr_post(context, a);
        };
    }
    fn check_ty(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Ty) {
        {
            self.BadUseOfFindAttr.check_ty(context, a);
            self.ImplicitSysrootCrateImport.check_ty(context, a);
            self.LintPassImpl.check_ty(context, a);
        };
    }
    fn check_generic_arg(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::GenericArg) {
        {
            self.BadUseOfFindAttr.check_generic_arg(context, a);
            self.ImplicitSysrootCrateImport.check_generic_arg(context, a);
            self.LintPassImpl.check_generic_arg(context, a);
        };
    }
    fn check_generic_param(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::GenericParam) {
        {
            self.BadUseOfFindAttr.check_generic_param(context, a);
            self.ImplicitSysrootCrateImport.check_generic_param(context, a);
            self.LintPassImpl.check_generic_param(context, a);
        };
    }
    fn check_generics(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Generics) {
        {
            self.BadUseOfFindAttr.check_generics(context, a);
            self.ImplicitSysrootCrateImport.check_generics(context, a);
            self.LintPassImpl.check_generics(context, a);
        };
    }
    fn check_poly_trait_ref(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::PolyTraitRef) {
        {
            self.BadUseOfFindAttr.check_poly_trait_ref(context, a);
            self.ImplicitSysrootCrateImport.check_poly_trait_ref(context, a);
            self.LintPassImpl.check_poly_trait_ref(context, a);
        };
    }
    fn check_fn(&mut self, context: &crate::EarlyContext<'_>,
        a: rustc_ast::visit::FnKind<'_>, c: rustc_span::Span,
        d_: rustc_ast::NodeId) {
        {
            self.BadUseOfFindAttr.check_fn(context, a, c, d_);
            self.ImplicitSysrootCrateImport.check_fn(context, a, c, d_);
            self.LintPassImpl.check_fn(context, a, c, d_);
        };
    }
    fn check_trait_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        {
            self.BadUseOfFindAttr.check_trait_item(context, a);
            self.ImplicitSysrootCrateImport.check_trait_item(context, a);
            self.LintPassImpl.check_trait_item(context, a);
        };
    }
    fn check_trait_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        {
            self.BadUseOfFindAttr.check_trait_item_post(context, a);
            self.ImplicitSysrootCrateImport.check_trait_item_post(context, a);
            self.LintPassImpl.check_trait_item_post(context, a);
        };
    }
    fn check_impl_item(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        {
            self.BadUseOfFindAttr.check_impl_item(context, a);
            self.ImplicitSysrootCrateImport.check_impl_item(context, a);
            self.LintPassImpl.check_impl_item(context, a);
        };
    }
    fn check_impl_item_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::AssocItem) {
        {
            self.BadUseOfFindAttr.check_impl_item_post(context, a);
            self.ImplicitSysrootCrateImport.check_impl_item_post(context, a);
            self.LintPassImpl.check_impl_item_post(context, a);
        };
    }
    fn check_variant(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Variant) {
        {
            self.BadUseOfFindAttr.check_variant(context, a);
            self.ImplicitSysrootCrateImport.check_variant(context, a);
            self.LintPassImpl.check_variant(context, a);
        };
    }
    fn check_attribute(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::Attribute) {
        {
            self.BadUseOfFindAttr.check_attribute(context, a);
            self.ImplicitSysrootCrateImport.check_attribute(context, a);
            self.LintPassImpl.check_attribute(context, a);
        };
    }
    fn check_attributes(&mut self, context: &crate::EarlyContext<'_>,
        a: &[rustc_ast::Attribute]) {
        {
            self.BadUseOfFindAttr.check_attributes(context, a);
            self.ImplicitSysrootCrateImport.check_attributes(context, a);
            self.LintPassImpl.check_attributes(context, a);
        };
    }
    fn check_attributes_post(&mut self, context: &crate::EarlyContext<'_>,
        a: &[rustc_ast::Attribute]) {
        {
            self.BadUseOfFindAttr.check_attributes_post(context, a);
            self.ImplicitSysrootCrateImport.check_attributes_post(context, a);
            self.LintPassImpl.check_attributes_post(context, a);
        };
    }
    fn check_mac_def(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::MacroDef) {
        {
            self.BadUseOfFindAttr.check_mac_def(context, a);
            self.ImplicitSysrootCrateImport.check_mac_def(context, a);
            self.LintPassImpl.check_mac_def(context, a);
        };
    }
    fn check_mac(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::MacCall) {
        {
            self.BadUseOfFindAttr.check_mac(context, a);
            self.ImplicitSysrootCrateImport.check_mac(context, a);
            self.LintPassImpl.check_mac(context, a);
        };
    }
    fn check_where_predicate(&mut self, context: &crate::EarlyContext<'_>,
        a: &rustc_ast::WherePredicate) {
        {
            self.BadUseOfFindAttr.check_where_predicate(context, a);
            self.ImplicitSysrootCrateImport.check_where_predicate(context, a);
            self.LintPassImpl.check_where_predicate(context, a);
        };
    }
    fn check_where_predicate_post(&mut self,
        context: &crate::EarlyContext<'_>, a: &rustc_ast::WherePredicate) {
        {
            self.BadUseOfFindAttr.check_where_predicate_post(context, a);
            self.ImplicitSysrootCrateImport.check_where_predicate_post(context,
                a);
            self.LintPassImpl.check_where_predicate_post(context, a);
        };
    }
}
#[allow(rustc :: lint_pass_impl_without_macro)]
impl crate::LintPass for InternalCombinedEarlyLintPass {
    fn name(&self) -> &'static str {
        ::core::panicking::panic("explicit panic")
    }
    fn get_lints(&self) -> LintVec {
        ::core::panicking::panic("explicit panic")
    }
}early_lint_methods!(
200    declare_combined_early_lint_pass,
201    [
202        InternalCombinedEarlyLintPass,
203        [
204            // tidy-alphabetical-start
205            BadUseOfFindAttr: BadUseOfFindAttr,
206            ImplicitSysrootCrateImport: ImplicitSysrootCrateImport,
207            LintPassImpl: LintPassImpl,
208            // tidy-alphabetical-end
209        ]
210    ]
211);
212
213#[allow(non_snake_case)]
struct BuiltinCombinedLateLintModPass {
    AsmLabels: AsmLabels,
    AsyncClosureUsage: AsyncClosureUsage,
    AsyncFnInTrait: AsyncFnInTrait,
    CVoidReturns: CVoidReturns,
    CheckTransmutes: CheckTransmutes,
    DanglingPointers: DanglingPointers,
    DefaultCouldBeDerived: DefaultCouldBeDerived,
    DerefIntoDynSupertrait: DerefIntoDynSupertrait,
    DerefNullPtr: DerefNullPtr,
    DropForgetUseless: DropForgetUseless,
    DropTraitConstraints: DropTraitConstraints,
    EnumIntrinsicsNonEnums: EnumIntrinsicsNonEnums,
    ExplicitOutlivesRequirements: ExplicitOutlivesRequirements,
    ForLoopsOverFallibles: ForLoopsOverFallibles,
    FunctionCastsAsInteger: FunctionCastsAsInteger,
    IfLetRescope: IfLetRescope,
    ImplTraitOvercaptures: ImplTraitOvercaptures,
    ImplicitAutorefs: ImplicitAutorefs,
    ImplicitProvenanceCasts: ImplicitProvenanceCasts,
    ImproperCTypesLint: ImproperCTypesLint,
    ImproperGpuKernelLint: ImproperGpuKernelLint,
    InteriorMutableConsts: InteriorMutableConsts,
    InternalEqTraitMethodImpls: InternalEqTraitMethodImpls,
    InvalidAtomicOrdering: InvalidAtomicOrdering,
    InvalidFromUtf8: InvalidFromUtf8,
    InvalidNoMangleItems: InvalidNoMangleItems,
    InvalidReferenceCasting: InvalidReferenceCasting,
    InvalidValue: InvalidValue,
    LetUnderscore: LetUnderscore,
    LifetimeSyntax: LifetimeSyntax,
    MapUnitFn: MapUnitFn,
    MissingCopyImplementations: MissingCopyImplementations,
    MissingDebugImplementations: MissingDebugImplementations,
    MissingDoc: MissingDoc,
    MultipleSupertraitUpcastable: MultipleSupertraitUpcastable,
    MutableTransmutes: MutableTransmutes,
    NonLocalDefinitions: NonLocalDefinitions,
    NonPanicFmt: NonPanicFmt,
    NonShorthandFieldPatterns: NonShorthandFieldPatterns,
    NonSnakeCase: NonSnakeCase,
    NonUpperCaseGlobals: NonUpperCaseGlobals,
    NoopMethodCall: NoopMethodCall,
    OpaqueHiddenInferredBound: OpaqueHiddenInferredBound,
    PathStatements: PathStatements,
    PtrNullChecks: PtrNullChecks,
    RawBorrowsViaReferences: RawBorrowsViaReferences,
    RuntimeSymbols: RuntimeSymbols,
    ShadowedIntoIter: ShadowedIntoIter,
    StaticMutRefs: StaticMutRefs,
    TrivialConstraints: TrivialConstraints,
    TypeAliasBounds: TypeAliasBounds,
    TypeLimits: TypeLimits,
    UngatedAsyncFnTrackCaller: UngatedAsyncFnTrackCaller,
    UnitBindings: UnitBindings,
    UnqualifiedLocalImports: UnqualifiedLocalImports,
    UnreachablePub: UnreachablePub,
    UnstableFeatures: UnstableFeatures,
    UnusedAllocation: UnusedAllocation,
    UnusedResults: UnusedResults,
    VariantSizeDifferences: VariantSizeDifferences,
}
impl BuiltinCombinedLateLintModPass {
    fn new() -> Self {
        Self {
            AsmLabels: AsmLabels,
            AsyncClosureUsage: AsyncClosureUsage,
            AsyncFnInTrait: AsyncFnInTrait,
            CVoidReturns: CVoidReturns,
            CheckTransmutes: CheckTransmutes,
            DanglingPointers: DanglingPointers,
            DefaultCouldBeDerived: DefaultCouldBeDerived,
            DerefIntoDynSupertrait: DerefIntoDynSupertrait,
            DerefNullPtr: DerefNullPtr,
            DropForgetUseless: DropForgetUseless,
            DropTraitConstraints: DropTraitConstraints,
            EnumIntrinsicsNonEnums: EnumIntrinsicsNonEnums,
            ExplicitOutlivesRequirements: ExplicitOutlivesRequirements,
            ForLoopsOverFallibles: ForLoopsOverFallibles,
            FunctionCastsAsInteger: FunctionCastsAsInteger,
            IfLetRescope: IfLetRescope::default(),
            ImplTraitOvercaptures: ImplTraitOvercaptures,
            ImplicitAutorefs: ImplicitAutorefs,
            ImplicitProvenanceCasts: ImplicitProvenanceCasts,
            ImproperCTypesLint: ImproperCTypesLint,
            ImproperGpuKernelLint: ImproperGpuKernelLint,
            InteriorMutableConsts: InteriorMutableConsts,
            InternalEqTraitMethodImpls: InternalEqTraitMethodImpls,
            InvalidAtomicOrdering: InvalidAtomicOrdering,
            InvalidFromUtf8: InvalidFromUtf8,
            InvalidNoMangleItems: InvalidNoMangleItems,
            InvalidReferenceCasting: InvalidReferenceCasting,
            InvalidValue: InvalidValue,
            LetUnderscore: LetUnderscore,
            LifetimeSyntax: LifetimeSyntax,
            MapUnitFn: MapUnitFn,
            MissingCopyImplementations: MissingCopyImplementations,
            MissingDebugImplementations: MissingDebugImplementations,
            MissingDoc: MissingDoc,
            MultipleSupertraitUpcastable: MultipleSupertraitUpcastable,
            MutableTransmutes: MutableTransmutes,
            NonLocalDefinitions: NonLocalDefinitions::default(),
            NonPanicFmt: NonPanicFmt,
            NonShorthandFieldPatterns: NonShorthandFieldPatterns,
            NonSnakeCase: NonSnakeCase,
            NonUpperCaseGlobals: NonUpperCaseGlobals,
            NoopMethodCall: NoopMethodCall,
            OpaqueHiddenInferredBound: OpaqueHiddenInferredBound,
            PathStatements: PathStatements,
            PtrNullChecks: PtrNullChecks,
            RawBorrowsViaReferences: RawBorrowsViaReferences,
            RuntimeSymbols: RuntimeSymbols,
            ShadowedIntoIter: ShadowedIntoIter,
            StaticMutRefs: StaticMutRefs,
            TrivialConstraints: TrivialConstraints,
            TypeAliasBounds: TypeAliasBounds,
            TypeLimits: TypeLimits::new(),
            UngatedAsyncFnTrackCaller: UngatedAsyncFnTrackCaller,
            UnitBindings: UnitBindings,
            UnqualifiedLocalImports: UnqualifiedLocalImports,
            UnreachablePub: UnreachablePub,
            UnstableFeatures: UnstableFeatures,
            UnusedAllocation: UnusedAllocation,
            UnusedResults: UnusedResults,
            VariantSizeDifferences: VariantSizeDifferences,
        }
    }
    fn lint_vec() -> crate::LintVec {
        let mut lints = Vec::new();
        lints.extend_from_slice(&AsmLabels::lint_vec());
        lints.extend_from_slice(&AsyncClosureUsage::lint_vec());
        lints.extend_from_slice(&AsyncFnInTrait::lint_vec());
        lints.extend_from_slice(&CVoidReturns::lint_vec());
        lints.extend_from_slice(&CheckTransmutes::lint_vec());
        lints.extend_from_slice(&DanglingPointers::lint_vec());
        lints.extend_from_slice(&DefaultCouldBeDerived::lint_vec());
        lints.extend_from_slice(&DerefIntoDynSupertrait::lint_vec());
        lints.extend_from_slice(&DerefNullPtr::lint_vec());
        lints.extend_from_slice(&DropForgetUseless::lint_vec());
        lints.extend_from_slice(&DropTraitConstraints::lint_vec());
        lints.extend_from_slice(&EnumIntrinsicsNonEnums::lint_vec());
        lints.extend_from_slice(&ExplicitOutlivesRequirements::lint_vec());
        lints.extend_from_slice(&ForLoopsOverFallibles::lint_vec());
        lints.extend_from_slice(&FunctionCastsAsInteger::lint_vec());
        lints.extend_from_slice(&IfLetRescope::lint_vec());
        lints.extend_from_slice(&ImplTraitOvercaptures::lint_vec());
        lints.extend_from_slice(&ImplicitAutorefs::lint_vec());
        lints.extend_from_slice(&ImplicitProvenanceCasts::lint_vec());
        lints.extend_from_slice(&ImproperCTypesLint::lint_vec());
        lints.extend_from_slice(&ImproperGpuKernelLint::lint_vec());
        lints.extend_from_slice(&InteriorMutableConsts::lint_vec());
        lints.extend_from_slice(&InternalEqTraitMethodImpls::lint_vec());
        lints.extend_from_slice(&InvalidAtomicOrdering::lint_vec());
        lints.extend_from_slice(&InvalidFromUtf8::lint_vec());
        lints.extend_from_slice(&InvalidNoMangleItems::lint_vec());
        lints.extend_from_slice(&InvalidReferenceCasting::lint_vec());
        lints.extend_from_slice(&InvalidValue::lint_vec());
        lints.extend_from_slice(&LetUnderscore::lint_vec());
        lints.extend_from_slice(&LifetimeSyntax::lint_vec());
        lints.extend_from_slice(&MapUnitFn::lint_vec());
        lints.extend_from_slice(&MissingCopyImplementations::lint_vec());
        lints.extend_from_slice(&MissingDebugImplementations::lint_vec());
        lints.extend_from_slice(&MissingDoc::lint_vec());
        lints.extend_from_slice(&MultipleSupertraitUpcastable::lint_vec());
        lints.extend_from_slice(&MutableTransmutes::lint_vec());
        lints.extend_from_slice(&NonLocalDefinitions::lint_vec());
        lints.extend_from_slice(&NonPanicFmt::lint_vec());
        lints.extend_from_slice(&NonShorthandFieldPatterns::lint_vec());
        lints.extend_from_slice(&NonSnakeCase::lint_vec());
        lints.extend_from_slice(&NonUpperCaseGlobals::lint_vec());
        lints.extend_from_slice(&NoopMethodCall::lint_vec());
        lints.extend_from_slice(&OpaqueHiddenInferredBound::lint_vec());
        lints.extend_from_slice(&PathStatements::lint_vec());
        lints.extend_from_slice(&PtrNullChecks::lint_vec());
        lints.extend_from_slice(&RawBorrowsViaReferences::lint_vec());
        lints.extend_from_slice(&RuntimeSymbols::lint_vec());
        lints.extend_from_slice(&ShadowedIntoIter::lint_vec());
        lints.extend_from_slice(&StaticMutRefs::lint_vec());
        lints.extend_from_slice(&TrivialConstraints::lint_vec());
        lints.extend_from_slice(&TypeAliasBounds::lint_vec());
        lints.extend_from_slice(&TypeLimits::lint_vec());
        lints.extend_from_slice(&UngatedAsyncFnTrackCaller::lint_vec());
        lints.extend_from_slice(&UnitBindings::lint_vec());
        lints.extend_from_slice(&UnqualifiedLocalImports::lint_vec());
        lints.extend_from_slice(&UnreachablePub::lint_vec());
        lints.extend_from_slice(&UnstableFeatures::lint_vec());
        lints.extend_from_slice(&UnusedAllocation::lint_vec());
        lints.extend_from_slice(&UnusedResults::lint_vec());
        lints.extend_from_slice(&VariantSizeDifferences::lint_vec());
        lints
    }
}
impl<'tcx> crate::LateLintPass<'tcx> for BuiltinCombinedLateLintModPass {
    fn check_body(&mut self, context: &crate::LateContext<'tcx>,
        a: &rustc_hir::Body<'tcx>) {
        {
            self.AsmLabels.check_body(context, a);
            self.AsyncClosureUsage.check_body(context, a);
            self.AsyncFnInTrait.check_body(context, a);
            self.CVoidReturns.check_body(context, a);
            self.CheckTransmutes.check_body(context, a);
            self.DanglingPointers.check_body(context, a);
            self.DefaultCouldBeDerived.check_body(context, a);
            self.DerefIntoDynSupertrait.check_body(context, a);
            self.DerefNullPtr.check_body(context, a);
            self.DropForgetUseless.check_body(context, a);
            self.DropTraitConstraints.check_body(context, a);
            self.EnumIntrinsicsNonEnums.check_body(context, a);
            self.ExplicitOutlivesRequirements.check_body(context, a);
            self.ForLoopsOverFallibles.check_body(context, a);
            self.FunctionCastsAsInteger.check_body(context, a);
            self.IfLetRescope.check_body(context, a);
            self.ImplTraitOvercaptures.check_body(context, a);
            self.ImplicitAutorefs.check_body(context, a);
            self.ImplicitProvenanceCasts.check_body(context, a);
            self.ImproperCTypesLint.check_body(context, a);
            self.ImproperGpuKernelLint.check_body(context, a);
            self.InteriorMutableConsts.check_body(context, a);
            self.InternalEqTraitMethodImpls.check_body(context, a);
            self.InvalidAtomicOrdering.check_body(context, a);
            self.InvalidFromUtf8.check_body(context, a);
            self.InvalidNoMangleItems.check_body(context, a);
            self.InvalidReferenceCasting.check_body(context, a);
            self.InvalidValue.check_body(context, a);
            self.LetUnderscore.check_body(context, a);
            self.LifetimeSyntax.check_body(context, a);
            self.MapUnitFn.check_body(context, a);
            self.MissingCopyImplementations.check_body(context, a);
            self.MissingDebugImplementations.check_body(context, a);
            self.MissingDoc.check_body(context, a);
            self.MultipleSupertraitUpcastable.check_body(context, a);
            self.MutableTransmutes.check_body(context, a);
            self.NonLocalDefinitions.check_body(context, a);
            self.NonPanicFmt.check_body(context, a);
            self.NonShorthandFieldPatterns.check_body(context, a);
            self.NonSnakeCase.check_body(context, a);
            self.NonUpperCaseGlobals.check_body(context, a);
            self.NoopMethodCall.check_body(context, a);
            self.OpaqueHiddenInferredBound.check_body(context, a);
            self.PathStatements.check_body(context, a);
            self.PtrNullChecks.check_body(context, a);
            self.RawBorrowsViaReferences.check_body(context, a);
            self.RuntimeSymbols.check_body(context, a);
            self.ShadowedIntoIter.check_body(context, a);
            self.StaticMutRefs.check_body(context, a);
            self.TrivialConstraints.check_body(context, a);
            self.TypeAliasBounds.check_body(context, a);
            self.TypeLimits.check_body(context, a);
            self.UngatedAsyncFnTrackCaller.check_body(context, a);
            self.UnitBindings.check_body(context, a);
            self.UnqualifiedLocalImports.check_body(context, a);
            self.UnreachablePub.check_body(context, a);
            self.UnstableFeatures.check_body(context, a);
            self.UnusedAllocation.check_body(context, a);
            self.UnusedResults.check_body(context, a);
            self.VariantSizeDifferences.check_body(context, a);
        };
    }
    fn check_body_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &rustc_hir::Body<'tcx>) {
        {
            self.AsmLabels.check_body_post(context, a);
            self.AsyncClosureUsage.check_body_post(context, a);
            self.AsyncFnInTrait.check_body_post(context, a);
            self.CVoidReturns.check_body_post(context, a);
            self.CheckTransmutes.check_body_post(context, a);
            self.DanglingPointers.check_body_post(context, a);
            self.DefaultCouldBeDerived.check_body_post(context, a);
            self.DerefIntoDynSupertrait.check_body_post(context, a);
            self.DerefNullPtr.check_body_post(context, a);
            self.DropForgetUseless.check_body_post(context, a);
            self.DropTraitConstraints.check_body_post(context, a);
            self.EnumIntrinsicsNonEnums.check_body_post(context, a);
            self.ExplicitOutlivesRequirements.check_body_post(context, a);
            self.ForLoopsOverFallibles.check_body_post(context, a);
            self.FunctionCastsAsInteger.check_body_post(context, a);
            self.IfLetRescope.check_body_post(context, a);
            self.ImplTraitOvercaptures.check_body_post(context, a);
            self.ImplicitAutorefs.check_body_post(context, a);
            self.ImplicitProvenanceCasts.check_body_post(context, a);
            self.ImproperCTypesLint.check_body_post(context, a);
            self.ImproperGpuKernelLint.check_body_post(context, a);
            self.InteriorMutableConsts.check_body_post(context, a);
            self.InternalEqTraitMethodImpls.check_body_post(context, a);
            self.InvalidAtomicOrdering.check_body_post(context, a);
            self.InvalidFromUtf8.check_body_post(context, a);
            self.InvalidNoMangleItems.check_body_post(context, a);
            self.InvalidReferenceCasting.check_body_post(context, a);
            self.InvalidValue.check_body_post(context, a);
            self.LetUnderscore.check_body_post(context, a);
            self.LifetimeSyntax.check_body_post(context, a);
            self.MapUnitFn.check_body_post(context, a);
            self.MissingCopyImplementations.check_body_post(context, a);
            self.MissingDebugImplementations.check_body_post(context, a);
            self.MissingDoc.check_body_post(context, a);
            self.MultipleSupertraitUpcastable.check_body_post(context, a);
            self.MutableTransmutes.check_body_post(context, a);
            self.NonLocalDefinitions.check_body_post(context, a);
            self.NonPanicFmt.check_body_post(context, a);
            self.NonShorthandFieldPatterns.check_body_post(context, a);
            self.NonSnakeCase.check_body_post(context, a);
            self.NonUpperCaseGlobals.check_body_post(context, a);
            self.NoopMethodCall.check_body_post(context, a);
            self.OpaqueHiddenInferredBound.check_body_post(context, a);
            self.PathStatements.check_body_post(context, a);
            self.PtrNullChecks.check_body_post(context, a);
            self.RawBorrowsViaReferences.check_body_post(context, a);
            self.RuntimeSymbols.check_body_post(context, a);
            self.ShadowedIntoIter.check_body_post(context, a);
            self.StaticMutRefs.check_body_post(context, a);
            self.TrivialConstraints.check_body_post(context, a);
            self.TypeAliasBounds.check_body_post(context, a);
            self.TypeLimits.check_body_post(context, a);
            self.UngatedAsyncFnTrackCaller.check_body_post(context, a);
            self.UnitBindings.check_body_post(context, a);
            self.UnqualifiedLocalImports.check_body_post(context, a);
            self.UnreachablePub.check_body_post(context, a);
            self.UnstableFeatures.check_body_post(context, a);
            self.UnusedAllocation.check_body_post(context, a);
            self.UnusedResults.check_body_post(context, a);
            self.VariantSizeDifferences.check_body_post(context, a);
        };
    }
    fn check_crate(&mut self, context: &crate::LateContext<'tcx>) {
        {
            self.AsmLabels.check_crate(context);
            self.AsyncClosureUsage.check_crate(context);
            self.AsyncFnInTrait.check_crate(context);
            self.CVoidReturns.check_crate(context);
            self.CheckTransmutes.check_crate(context);
            self.DanglingPointers.check_crate(context);
            self.DefaultCouldBeDerived.check_crate(context);
            self.DerefIntoDynSupertrait.check_crate(context);
            self.DerefNullPtr.check_crate(context);
            self.DropForgetUseless.check_crate(context);
            self.DropTraitConstraints.check_crate(context);
            self.EnumIntrinsicsNonEnums.check_crate(context);
            self.ExplicitOutlivesRequirements.check_crate(context);
            self.ForLoopsOverFallibles.check_crate(context);
            self.FunctionCastsAsInteger.check_crate(context);
            self.IfLetRescope.check_crate(context);
            self.ImplTraitOvercaptures.check_crate(context);
            self.ImplicitAutorefs.check_crate(context);
            self.ImplicitProvenanceCasts.check_crate(context);
            self.ImproperCTypesLint.check_crate(context);
            self.ImproperGpuKernelLint.check_crate(context);
            self.InteriorMutableConsts.check_crate(context);
            self.InternalEqTraitMethodImpls.check_crate(context);
            self.InvalidAtomicOrdering.check_crate(context);
            self.InvalidFromUtf8.check_crate(context);
            self.InvalidNoMangleItems.check_crate(context);
            self.InvalidReferenceCasting.check_crate(context);
            self.InvalidValue.check_crate(context);
            self.LetUnderscore.check_crate(context);
            self.LifetimeSyntax.check_crate(context);
            self.MapUnitFn.check_crate(context);
            self.MissingCopyImplementations.check_crate(context);
            self.MissingDebugImplementations.check_crate(context);
            self.MissingDoc.check_crate(context);
            self.MultipleSupertraitUpcastable.check_crate(context);
            self.MutableTransmutes.check_crate(context);
            self.NonLocalDefinitions.check_crate(context);
            self.NonPanicFmt.check_crate(context);
            self.NonShorthandFieldPatterns.check_crate(context);
            self.NonSnakeCase.check_crate(context);
            self.NonUpperCaseGlobals.check_crate(context);
            self.NoopMethodCall.check_crate(context);
            self.OpaqueHiddenInferredBound.check_crate(context);
            self.PathStatements.check_crate(context);
            self.PtrNullChecks.check_crate(context);
            self.RawBorrowsViaReferences.check_crate(context);
            self.RuntimeSymbols.check_crate(context);
            self.ShadowedIntoIter.check_crate(context);
            self.StaticMutRefs.check_crate(context);
            self.TrivialConstraints.check_crate(context);
            self.TypeAliasBounds.check_crate(context);
            self.TypeLimits.check_crate(context);
            self.UngatedAsyncFnTrackCaller.check_crate(context);
            self.UnitBindings.check_crate(context);
            self.UnqualifiedLocalImports.check_crate(context);
            self.UnreachablePub.check_crate(context);
            self.UnstableFeatures.check_crate(context);
            self.UnusedAllocation.check_crate(context);
            self.UnusedResults.check_crate(context);
            self.VariantSizeDifferences.check_crate(context);
        };
    }
    fn check_crate_post(&mut self, context: &crate::LateContext<'tcx>) {
        {
            self.AsmLabels.check_crate_post(context);
            self.AsyncClosureUsage.check_crate_post(context);
            self.AsyncFnInTrait.check_crate_post(context);
            self.CVoidReturns.check_crate_post(context);
            self.CheckTransmutes.check_crate_post(context);
            self.DanglingPointers.check_crate_post(context);
            self.DefaultCouldBeDerived.check_crate_post(context);
            self.DerefIntoDynSupertrait.check_crate_post(context);
            self.DerefNullPtr.check_crate_post(context);
            self.DropForgetUseless.check_crate_post(context);
            self.DropTraitConstraints.check_crate_post(context);
            self.EnumIntrinsicsNonEnums.check_crate_post(context);
            self.ExplicitOutlivesRequirements.check_crate_post(context);
            self.ForLoopsOverFallibles.check_crate_post(context);
            self.FunctionCastsAsInteger.check_crate_post(context);
            self.IfLetRescope.check_crate_post(context);
            self.ImplTraitOvercaptures.check_crate_post(context);
            self.ImplicitAutorefs.check_crate_post(context);
            self.ImplicitProvenanceCasts.check_crate_post(context);
            self.ImproperCTypesLint.check_crate_post(context);
            self.ImproperGpuKernelLint.check_crate_post(context);
            self.InteriorMutableConsts.check_crate_post(context);
            self.InternalEqTraitMethodImpls.check_crate_post(context);
            self.InvalidAtomicOrdering.check_crate_post(context);
            self.InvalidFromUtf8.check_crate_post(context);
            self.InvalidNoMangleItems.check_crate_post(context);
            self.InvalidReferenceCasting.check_crate_post(context);
            self.InvalidValue.check_crate_post(context);
            self.LetUnderscore.check_crate_post(context);
            self.LifetimeSyntax.check_crate_post(context);
            self.MapUnitFn.check_crate_post(context);
            self.MissingCopyImplementations.check_crate_post(context);
            self.MissingDebugImplementations.check_crate_post(context);
            self.MissingDoc.check_crate_post(context);
            self.MultipleSupertraitUpcastable.check_crate_post(context);
            self.MutableTransmutes.check_crate_post(context);
            self.NonLocalDefinitions.check_crate_post(context);
            self.NonPanicFmt.check_crate_post(context);
            self.NonShorthandFieldPatterns.check_crate_post(context);
            self.NonSnakeCase.check_crate_post(context);
            self.NonUpperCaseGlobals.check_crate_post(context);
            self.NoopMethodCall.check_crate_post(context);
            self.OpaqueHiddenInferredBound.check_crate_post(context);
            self.PathStatements.check_crate_post(context);
            self.PtrNullChecks.check_crate_post(context);
            self.RawBorrowsViaReferences.check_crate_post(context);
            self.RuntimeSymbols.check_crate_post(context);
            self.ShadowedIntoIter.check_crate_post(context);
            self.StaticMutRefs.check_crate_post(context);
            self.TrivialConstraints.check_crate_post(context);
            self.TypeAliasBounds.check_crate_post(context);
            self.TypeLimits.check_crate_post(context);
            self.UngatedAsyncFnTrackCaller.check_crate_post(context);
            self.UnitBindings.check_crate_post(context);
            self.UnqualifiedLocalImports.check_crate_post(context);
            self.UnreachablePub.check_crate_post(context);
            self.UnstableFeatures.check_crate_post(context);
            self.UnusedAllocation.check_crate_post(context);
            self.UnusedResults.check_crate_post(context);
            self.VariantSizeDifferences.check_crate_post(context);
        };
    }
    fn check_mod(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Mod<'tcx>, b: rustc_hir::HirId) {
        {
            self.AsmLabels.check_mod(context, a, b);
            self.AsyncClosureUsage.check_mod(context, a, b);
            self.AsyncFnInTrait.check_mod(context, a, b);
            self.CVoidReturns.check_mod(context, a, b);
            self.CheckTransmutes.check_mod(context, a, b);
            self.DanglingPointers.check_mod(context, a, b);
            self.DefaultCouldBeDerived.check_mod(context, a, b);
            self.DerefIntoDynSupertrait.check_mod(context, a, b);
            self.DerefNullPtr.check_mod(context, a, b);
            self.DropForgetUseless.check_mod(context, a, b);
            self.DropTraitConstraints.check_mod(context, a, b);
            self.EnumIntrinsicsNonEnums.check_mod(context, a, b);
            self.ExplicitOutlivesRequirements.check_mod(context, a, b);
            self.ForLoopsOverFallibles.check_mod(context, a, b);
            self.FunctionCastsAsInteger.check_mod(context, a, b);
            self.IfLetRescope.check_mod(context, a, b);
            self.ImplTraitOvercaptures.check_mod(context, a, b);
            self.ImplicitAutorefs.check_mod(context, a, b);
            self.ImplicitProvenanceCasts.check_mod(context, a, b);
            self.ImproperCTypesLint.check_mod(context, a, b);
            self.ImproperGpuKernelLint.check_mod(context, a, b);
            self.InteriorMutableConsts.check_mod(context, a, b);
            self.InternalEqTraitMethodImpls.check_mod(context, a, b);
            self.InvalidAtomicOrdering.check_mod(context, a, b);
            self.InvalidFromUtf8.check_mod(context, a, b);
            self.InvalidNoMangleItems.check_mod(context, a, b);
            self.InvalidReferenceCasting.check_mod(context, a, b);
            self.InvalidValue.check_mod(context, a, b);
            self.LetUnderscore.check_mod(context, a, b);
            self.LifetimeSyntax.check_mod(context, a, b);
            self.MapUnitFn.check_mod(context, a, b);
            self.MissingCopyImplementations.check_mod(context, a, b);
            self.MissingDebugImplementations.check_mod(context, a, b);
            self.MissingDoc.check_mod(context, a, b);
            self.MultipleSupertraitUpcastable.check_mod(context, a, b);
            self.MutableTransmutes.check_mod(context, a, b);
            self.NonLocalDefinitions.check_mod(context, a, b);
            self.NonPanicFmt.check_mod(context, a, b);
            self.NonShorthandFieldPatterns.check_mod(context, a, b);
            self.NonSnakeCase.check_mod(context, a, b);
            self.NonUpperCaseGlobals.check_mod(context, a, b);
            self.NoopMethodCall.check_mod(context, a, b);
            self.OpaqueHiddenInferredBound.check_mod(context, a, b);
            self.PathStatements.check_mod(context, a, b);
            self.PtrNullChecks.check_mod(context, a, b);
            self.RawBorrowsViaReferences.check_mod(context, a, b);
            self.RuntimeSymbols.check_mod(context, a, b);
            self.ShadowedIntoIter.check_mod(context, a, b);
            self.StaticMutRefs.check_mod(context, a, b);
            self.TrivialConstraints.check_mod(context, a, b);
            self.TypeAliasBounds.check_mod(context, a, b);
            self.TypeLimits.check_mod(context, a, b);
            self.UngatedAsyncFnTrackCaller.check_mod(context, a, b);
            self.UnitBindings.check_mod(context, a, b);
            self.UnqualifiedLocalImports.check_mod(context, a, b);
            self.UnreachablePub.check_mod(context, a, b);
            self.UnstableFeatures.check_mod(context, a, b);
            self.UnusedAllocation.check_mod(context, a, b);
            self.UnusedResults.check_mod(context, a, b);
            self.VariantSizeDifferences.check_mod(context, a, b);
        };
    }
    fn check_foreign_item(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::ForeignItem<'tcx>) {
        {
            self.AsmLabels.check_foreign_item(context, a);
            self.AsyncClosureUsage.check_foreign_item(context, a);
            self.AsyncFnInTrait.check_foreign_item(context, a);
            self.CVoidReturns.check_foreign_item(context, a);
            self.CheckTransmutes.check_foreign_item(context, a);
            self.DanglingPointers.check_foreign_item(context, a);
            self.DefaultCouldBeDerived.check_foreign_item(context, a);
            self.DerefIntoDynSupertrait.check_foreign_item(context, a);
            self.DerefNullPtr.check_foreign_item(context, a);
            self.DropForgetUseless.check_foreign_item(context, a);
            self.DropTraitConstraints.check_foreign_item(context, a);
            self.EnumIntrinsicsNonEnums.check_foreign_item(context, a);
            self.ExplicitOutlivesRequirements.check_foreign_item(context, a);
            self.ForLoopsOverFallibles.check_foreign_item(context, a);
            self.FunctionCastsAsInteger.check_foreign_item(context, a);
            self.IfLetRescope.check_foreign_item(context, a);
            self.ImplTraitOvercaptures.check_foreign_item(context, a);
            self.ImplicitAutorefs.check_foreign_item(context, a);
            self.ImplicitProvenanceCasts.check_foreign_item(context, a);
            self.ImproperCTypesLint.check_foreign_item(context, a);
            self.ImproperGpuKernelLint.check_foreign_item(context, a);
            self.InteriorMutableConsts.check_foreign_item(context, a);
            self.InternalEqTraitMethodImpls.check_foreign_item(context, a);
            self.InvalidAtomicOrdering.check_foreign_item(context, a);
            self.InvalidFromUtf8.check_foreign_item(context, a);
            self.InvalidNoMangleItems.check_foreign_item(context, a);
            self.InvalidReferenceCasting.check_foreign_item(context, a);
            self.InvalidValue.check_foreign_item(context, a);
            self.LetUnderscore.check_foreign_item(context, a);
            self.LifetimeSyntax.check_foreign_item(context, a);
            self.MapUnitFn.check_foreign_item(context, a);
            self.MissingCopyImplementations.check_foreign_item(context, a);
            self.MissingDebugImplementations.check_foreign_item(context, a);
            self.MissingDoc.check_foreign_item(context, a);
            self.MultipleSupertraitUpcastable.check_foreign_item(context, a);
            self.MutableTransmutes.check_foreign_item(context, a);
            self.NonLocalDefinitions.check_foreign_item(context, a);
            self.NonPanicFmt.check_foreign_item(context, a);
            self.NonShorthandFieldPatterns.check_foreign_item(context, a);
            self.NonSnakeCase.check_foreign_item(context, a);
            self.NonUpperCaseGlobals.check_foreign_item(context, a);
            self.NoopMethodCall.check_foreign_item(context, a);
            self.OpaqueHiddenInferredBound.check_foreign_item(context, a);
            self.PathStatements.check_foreign_item(context, a);
            self.PtrNullChecks.check_foreign_item(context, a);
            self.RawBorrowsViaReferences.check_foreign_item(context, a);
            self.RuntimeSymbols.check_foreign_item(context, a);
            self.ShadowedIntoIter.check_foreign_item(context, a);
            self.StaticMutRefs.check_foreign_item(context, a);
            self.TrivialConstraints.check_foreign_item(context, a);
            self.TypeAliasBounds.check_foreign_item(context, a);
            self.TypeLimits.check_foreign_item(context, a);
            self.UngatedAsyncFnTrackCaller.check_foreign_item(context, a);
            self.UnitBindings.check_foreign_item(context, a);
            self.UnqualifiedLocalImports.check_foreign_item(context, a);
            self.UnreachablePub.check_foreign_item(context, a);
            self.UnstableFeatures.check_foreign_item(context, a);
            self.UnusedAllocation.check_foreign_item(context, a);
            self.UnusedResults.check_foreign_item(context, a);
            self.VariantSizeDifferences.check_foreign_item(context, a);
        };
    }
    fn check_item(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Item<'tcx>) {
        {
            self.AsmLabels.check_item(context, a);
            self.AsyncClosureUsage.check_item(context, a);
            self.AsyncFnInTrait.check_item(context, a);
            self.CVoidReturns.check_item(context, a);
            self.CheckTransmutes.check_item(context, a);
            self.DanglingPointers.check_item(context, a);
            self.DefaultCouldBeDerived.check_item(context, a);
            self.DerefIntoDynSupertrait.check_item(context, a);
            self.DerefNullPtr.check_item(context, a);
            self.DropForgetUseless.check_item(context, a);
            self.DropTraitConstraints.check_item(context, a);
            self.EnumIntrinsicsNonEnums.check_item(context, a);
            self.ExplicitOutlivesRequirements.check_item(context, a);
            self.ForLoopsOverFallibles.check_item(context, a);
            self.FunctionCastsAsInteger.check_item(context, a);
            self.IfLetRescope.check_item(context, a);
            self.ImplTraitOvercaptures.check_item(context, a);
            self.ImplicitAutorefs.check_item(context, a);
            self.ImplicitProvenanceCasts.check_item(context, a);
            self.ImproperCTypesLint.check_item(context, a);
            self.ImproperGpuKernelLint.check_item(context, a);
            self.InteriorMutableConsts.check_item(context, a);
            self.InternalEqTraitMethodImpls.check_item(context, a);
            self.InvalidAtomicOrdering.check_item(context, a);
            self.InvalidFromUtf8.check_item(context, a);
            self.InvalidNoMangleItems.check_item(context, a);
            self.InvalidReferenceCasting.check_item(context, a);
            self.InvalidValue.check_item(context, a);
            self.LetUnderscore.check_item(context, a);
            self.LifetimeSyntax.check_item(context, a);
            self.MapUnitFn.check_item(context, a);
            self.MissingCopyImplementations.check_item(context, a);
            self.MissingDebugImplementations.check_item(context, a);
            self.MissingDoc.check_item(context, a);
            self.MultipleSupertraitUpcastable.check_item(context, a);
            self.MutableTransmutes.check_item(context, a);
            self.NonLocalDefinitions.check_item(context, a);
            self.NonPanicFmt.check_item(context, a);
            self.NonShorthandFieldPatterns.check_item(context, a);
            self.NonSnakeCase.check_item(context, a);
            self.NonUpperCaseGlobals.check_item(context, a);
            self.NoopMethodCall.check_item(context, a);
            self.OpaqueHiddenInferredBound.check_item(context, a);
            self.PathStatements.check_item(context, a);
            self.PtrNullChecks.check_item(context, a);
            self.RawBorrowsViaReferences.check_item(context, a);
            self.RuntimeSymbols.check_item(context, a);
            self.ShadowedIntoIter.check_item(context, a);
            self.StaticMutRefs.check_item(context, a);
            self.TrivialConstraints.check_item(context, a);
            self.TypeAliasBounds.check_item(context, a);
            self.TypeLimits.check_item(context, a);
            self.UngatedAsyncFnTrackCaller.check_item(context, a);
            self.UnitBindings.check_item(context, a);
            self.UnqualifiedLocalImports.check_item(context, a);
            self.UnreachablePub.check_item(context, a);
            self.UnstableFeatures.check_item(context, a);
            self.UnusedAllocation.check_item(context, a);
            self.UnusedResults.check_item(context, a);
            self.VariantSizeDifferences.check_item(context, a);
        };
    }
    fn check_item_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Item<'tcx>) {
        {
            self.AsmLabels.check_item_post(context, a);
            self.AsyncClosureUsage.check_item_post(context, a);
            self.AsyncFnInTrait.check_item_post(context, a);
            self.CVoidReturns.check_item_post(context, a);
            self.CheckTransmutes.check_item_post(context, a);
            self.DanglingPointers.check_item_post(context, a);
            self.DefaultCouldBeDerived.check_item_post(context, a);
            self.DerefIntoDynSupertrait.check_item_post(context, a);
            self.DerefNullPtr.check_item_post(context, a);
            self.DropForgetUseless.check_item_post(context, a);
            self.DropTraitConstraints.check_item_post(context, a);
            self.EnumIntrinsicsNonEnums.check_item_post(context, a);
            self.ExplicitOutlivesRequirements.check_item_post(context, a);
            self.ForLoopsOverFallibles.check_item_post(context, a);
            self.FunctionCastsAsInteger.check_item_post(context, a);
            self.IfLetRescope.check_item_post(context, a);
            self.ImplTraitOvercaptures.check_item_post(context, a);
            self.ImplicitAutorefs.check_item_post(context, a);
            self.ImplicitProvenanceCasts.check_item_post(context, a);
            self.ImproperCTypesLint.check_item_post(context, a);
            self.ImproperGpuKernelLint.check_item_post(context, a);
            self.InteriorMutableConsts.check_item_post(context, a);
            self.InternalEqTraitMethodImpls.check_item_post(context, a);
            self.InvalidAtomicOrdering.check_item_post(context, a);
            self.InvalidFromUtf8.check_item_post(context, a);
            self.InvalidNoMangleItems.check_item_post(context, a);
            self.InvalidReferenceCasting.check_item_post(context, a);
            self.InvalidValue.check_item_post(context, a);
            self.LetUnderscore.check_item_post(context, a);
            self.LifetimeSyntax.check_item_post(context, a);
            self.MapUnitFn.check_item_post(context, a);
            self.MissingCopyImplementations.check_item_post(context, a);
            self.MissingDebugImplementations.check_item_post(context, a);
            self.MissingDoc.check_item_post(context, a);
            self.MultipleSupertraitUpcastable.check_item_post(context, a);
            self.MutableTransmutes.check_item_post(context, a);
            self.NonLocalDefinitions.check_item_post(context, a);
            self.NonPanicFmt.check_item_post(context, a);
            self.NonShorthandFieldPatterns.check_item_post(context, a);
            self.NonSnakeCase.check_item_post(context, a);
            self.NonUpperCaseGlobals.check_item_post(context, a);
            self.NoopMethodCall.check_item_post(context, a);
            self.OpaqueHiddenInferredBound.check_item_post(context, a);
            self.PathStatements.check_item_post(context, a);
            self.PtrNullChecks.check_item_post(context, a);
            self.RawBorrowsViaReferences.check_item_post(context, a);
            self.RuntimeSymbols.check_item_post(context, a);
            self.ShadowedIntoIter.check_item_post(context, a);
            self.StaticMutRefs.check_item_post(context, a);
            self.TrivialConstraints.check_item_post(context, a);
            self.TypeAliasBounds.check_item_post(context, a);
            self.TypeLimits.check_item_post(context, a);
            self.UngatedAsyncFnTrackCaller.check_item_post(context, a);
            self.UnitBindings.check_item_post(context, a);
            self.UnqualifiedLocalImports.check_item_post(context, a);
            self.UnreachablePub.check_item_post(context, a);
            self.UnstableFeatures.check_item_post(context, a);
            self.UnusedAllocation.check_item_post(context, a);
            self.UnusedResults.check_item_post(context, a);
            self.VariantSizeDifferences.check_item_post(context, a);
        };
    }
    fn check_local(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::LetStmt<'tcx>) {
        {
            self.AsmLabels.check_local(context, a);
            self.AsyncClosureUsage.check_local(context, a);
            self.AsyncFnInTrait.check_local(context, a);
            self.CVoidReturns.check_local(context, a);
            self.CheckTransmutes.check_local(context, a);
            self.DanglingPointers.check_local(context, a);
            self.DefaultCouldBeDerived.check_local(context, a);
            self.DerefIntoDynSupertrait.check_local(context, a);
            self.DerefNullPtr.check_local(context, a);
            self.DropForgetUseless.check_local(context, a);
            self.DropTraitConstraints.check_local(context, a);
            self.EnumIntrinsicsNonEnums.check_local(context, a);
            self.ExplicitOutlivesRequirements.check_local(context, a);
            self.ForLoopsOverFallibles.check_local(context, a);
            self.FunctionCastsAsInteger.check_local(context, a);
            self.IfLetRescope.check_local(context, a);
            self.ImplTraitOvercaptures.check_local(context, a);
            self.ImplicitAutorefs.check_local(context, a);
            self.ImplicitProvenanceCasts.check_local(context, a);
            self.ImproperCTypesLint.check_local(context, a);
            self.ImproperGpuKernelLint.check_local(context, a);
            self.InteriorMutableConsts.check_local(context, a);
            self.InternalEqTraitMethodImpls.check_local(context, a);
            self.InvalidAtomicOrdering.check_local(context, a);
            self.InvalidFromUtf8.check_local(context, a);
            self.InvalidNoMangleItems.check_local(context, a);
            self.InvalidReferenceCasting.check_local(context, a);
            self.InvalidValue.check_local(context, a);
            self.LetUnderscore.check_local(context, a);
            self.LifetimeSyntax.check_local(context, a);
            self.MapUnitFn.check_local(context, a);
            self.MissingCopyImplementations.check_local(context, a);
            self.MissingDebugImplementations.check_local(context, a);
            self.MissingDoc.check_local(context, a);
            self.MultipleSupertraitUpcastable.check_local(context, a);
            self.MutableTransmutes.check_local(context, a);
            self.NonLocalDefinitions.check_local(context, a);
            self.NonPanicFmt.check_local(context, a);
            self.NonShorthandFieldPatterns.check_local(context, a);
            self.NonSnakeCase.check_local(context, a);
            self.NonUpperCaseGlobals.check_local(context, a);
            self.NoopMethodCall.check_local(context, a);
            self.OpaqueHiddenInferredBound.check_local(context, a);
            self.PathStatements.check_local(context, a);
            self.PtrNullChecks.check_local(context, a);
            self.RawBorrowsViaReferences.check_local(context, a);
            self.RuntimeSymbols.check_local(context, a);
            self.ShadowedIntoIter.check_local(context, a);
            self.StaticMutRefs.check_local(context, a);
            self.TrivialConstraints.check_local(context, a);
            self.TypeAliasBounds.check_local(context, a);
            self.TypeLimits.check_local(context, a);
            self.UngatedAsyncFnTrackCaller.check_local(context, a);
            self.UnitBindings.check_local(context, a);
            self.UnqualifiedLocalImports.check_local(context, a);
            self.UnreachablePub.check_local(context, a);
            self.UnstableFeatures.check_local(context, a);
            self.UnusedAllocation.check_local(context, a);
            self.UnusedResults.check_local(context, a);
            self.VariantSizeDifferences.check_local(context, a);
        };
    }
    fn check_block(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Block<'tcx>) {
        {
            self.AsmLabels.check_block(context, a);
            self.AsyncClosureUsage.check_block(context, a);
            self.AsyncFnInTrait.check_block(context, a);
            self.CVoidReturns.check_block(context, a);
            self.CheckTransmutes.check_block(context, a);
            self.DanglingPointers.check_block(context, a);
            self.DefaultCouldBeDerived.check_block(context, a);
            self.DerefIntoDynSupertrait.check_block(context, a);
            self.DerefNullPtr.check_block(context, a);
            self.DropForgetUseless.check_block(context, a);
            self.DropTraitConstraints.check_block(context, a);
            self.EnumIntrinsicsNonEnums.check_block(context, a);
            self.ExplicitOutlivesRequirements.check_block(context, a);
            self.ForLoopsOverFallibles.check_block(context, a);
            self.FunctionCastsAsInteger.check_block(context, a);
            self.IfLetRescope.check_block(context, a);
            self.ImplTraitOvercaptures.check_block(context, a);
            self.ImplicitAutorefs.check_block(context, a);
            self.ImplicitProvenanceCasts.check_block(context, a);
            self.ImproperCTypesLint.check_block(context, a);
            self.ImproperGpuKernelLint.check_block(context, a);
            self.InteriorMutableConsts.check_block(context, a);
            self.InternalEqTraitMethodImpls.check_block(context, a);
            self.InvalidAtomicOrdering.check_block(context, a);
            self.InvalidFromUtf8.check_block(context, a);
            self.InvalidNoMangleItems.check_block(context, a);
            self.InvalidReferenceCasting.check_block(context, a);
            self.InvalidValue.check_block(context, a);
            self.LetUnderscore.check_block(context, a);
            self.LifetimeSyntax.check_block(context, a);
            self.MapUnitFn.check_block(context, a);
            self.MissingCopyImplementations.check_block(context, a);
            self.MissingDebugImplementations.check_block(context, a);
            self.MissingDoc.check_block(context, a);
            self.MultipleSupertraitUpcastable.check_block(context, a);
            self.MutableTransmutes.check_block(context, a);
            self.NonLocalDefinitions.check_block(context, a);
            self.NonPanicFmt.check_block(context, a);
            self.NonShorthandFieldPatterns.check_block(context, a);
            self.NonSnakeCase.check_block(context, a);
            self.NonUpperCaseGlobals.check_block(context, a);
            self.NoopMethodCall.check_block(context, a);
            self.OpaqueHiddenInferredBound.check_block(context, a);
            self.PathStatements.check_block(context, a);
            self.PtrNullChecks.check_block(context, a);
            self.RawBorrowsViaReferences.check_block(context, a);
            self.RuntimeSymbols.check_block(context, a);
            self.ShadowedIntoIter.check_block(context, a);
            self.StaticMutRefs.check_block(context, a);
            self.TrivialConstraints.check_block(context, a);
            self.TypeAliasBounds.check_block(context, a);
            self.TypeLimits.check_block(context, a);
            self.UngatedAsyncFnTrackCaller.check_block(context, a);
            self.UnitBindings.check_block(context, a);
            self.UnqualifiedLocalImports.check_block(context, a);
            self.UnreachablePub.check_block(context, a);
            self.UnstableFeatures.check_block(context, a);
            self.UnusedAllocation.check_block(context, a);
            self.UnusedResults.check_block(context, a);
            self.VariantSizeDifferences.check_block(context, a);
        };
    }
    fn check_block_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Block<'tcx>) {
        {
            self.AsmLabels.check_block_post(context, a);
            self.AsyncClosureUsage.check_block_post(context, a);
            self.AsyncFnInTrait.check_block_post(context, a);
            self.CVoidReturns.check_block_post(context, a);
            self.CheckTransmutes.check_block_post(context, a);
            self.DanglingPointers.check_block_post(context, a);
            self.DefaultCouldBeDerived.check_block_post(context, a);
            self.DerefIntoDynSupertrait.check_block_post(context, a);
            self.DerefNullPtr.check_block_post(context, a);
            self.DropForgetUseless.check_block_post(context, a);
            self.DropTraitConstraints.check_block_post(context, a);
            self.EnumIntrinsicsNonEnums.check_block_post(context, a);
            self.ExplicitOutlivesRequirements.check_block_post(context, a);
            self.ForLoopsOverFallibles.check_block_post(context, a);
            self.FunctionCastsAsInteger.check_block_post(context, a);
            self.IfLetRescope.check_block_post(context, a);
            self.ImplTraitOvercaptures.check_block_post(context, a);
            self.ImplicitAutorefs.check_block_post(context, a);
            self.ImplicitProvenanceCasts.check_block_post(context, a);
            self.ImproperCTypesLint.check_block_post(context, a);
            self.ImproperGpuKernelLint.check_block_post(context, a);
            self.InteriorMutableConsts.check_block_post(context, a);
            self.InternalEqTraitMethodImpls.check_block_post(context, a);
            self.InvalidAtomicOrdering.check_block_post(context, a);
            self.InvalidFromUtf8.check_block_post(context, a);
            self.InvalidNoMangleItems.check_block_post(context, a);
            self.InvalidReferenceCasting.check_block_post(context, a);
            self.InvalidValue.check_block_post(context, a);
            self.LetUnderscore.check_block_post(context, a);
            self.LifetimeSyntax.check_block_post(context, a);
            self.MapUnitFn.check_block_post(context, a);
            self.MissingCopyImplementations.check_block_post(context, a);
            self.MissingDebugImplementations.check_block_post(context, a);
            self.MissingDoc.check_block_post(context, a);
            self.MultipleSupertraitUpcastable.check_block_post(context, a);
            self.MutableTransmutes.check_block_post(context, a);
            self.NonLocalDefinitions.check_block_post(context, a);
            self.NonPanicFmt.check_block_post(context, a);
            self.NonShorthandFieldPatterns.check_block_post(context, a);
            self.NonSnakeCase.check_block_post(context, a);
            self.NonUpperCaseGlobals.check_block_post(context, a);
            self.NoopMethodCall.check_block_post(context, a);
            self.OpaqueHiddenInferredBound.check_block_post(context, a);
            self.PathStatements.check_block_post(context, a);
            self.PtrNullChecks.check_block_post(context, a);
            self.RawBorrowsViaReferences.check_block_post(context, a);
            self.RuntimeSymbols.check_block_post(context, a);
            self.ShadowedIntoIter.check_block_post(context, a);
            self.StaticMutRefs.check_block_post(context, a);
            self.TrivialConstraints.check_block_post(context, a);
            self.TypeAliasBounds.check_block_post(context, a);
            self.TypeLimits.check_block_post(context, a);
            self.UngatedAsyncFnTrackCaller.check_block_post(context, a);
            self.UnitBindings.check_block_post(context, a);
            self.UnqualifiedLocalImports.check_block_post(context, a);
            self.UnreachablePub.check_block_post(context, a);
            self.UnstableFeatures.check_block_post(context, a);
            self.UnusedAllocation.check_block_post(context, a);
            self.UnusedResults.check_block_post(context, a);
            self.VariantSizeDifferences.check_block_post(context, a);
        };
    }
    fn check_stmt(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Stmt<'tcx>) {
        {
            self.AsmLabels.check_stmt(context, a);
            self.AsyncClosureUsage.check_stmt(context, a);
            self.AsyncFnInTrait.check_stmt(context, a);
            self.CVoidReturns.check_stmt(context, a);
            self.CheckTransmutes.check_stmt(context, a);
            self.DanglingPointers.check_stmt(context, a);
            self.DefaultCouldBeDerived.check_stmt(context, a);
            self.DerefIntoDynSupertrait.check_stmt(context, a);
            self.DerefNullPtr.check_stmt(context, a);
            self.DropForgetUseless.check_stmt(context, a);
            self.DropTraitConstraints.check_stmt(context, a);
            self.EnumIntrinsicsNonEnums.check_stmt(context, a);
            self.ExplicitOutlivesRequirements.check_stmt(context, a);
            self.ForLoopsOverFallibles.check_stmt(context, a);
            self.FunctionCastsAsInteger.check_stmt(context, a);
            self.IfLetRescope.check_stmt(context, a);
            self.ImplTraitOvercaptures.check_stmt(context, a);
            self.ImplicitAutorefs.check_stmt(context, a);
            self.ImplicitProvenanceCasts.check_stmt(context, a);
            self.ImproperCTypesLint.check_stmt(context, a);
            self.ImproperGpuKernelLint.check_stmt(context, a);
            self.InteriorMutableConsts.check_stmt(context, a);
            self.InternalEqTraitMethodImpls.check_stmt(context, a);
            self.InvalidAtomicOrdering.check_stmt(context, a);
            self.InvalidFromUtf8.check_stmt(context, a);
            self.InvalidNoMangleItems.check_stmt(context, a);
            self.InvalidReferenceCasting.check_stmt(context, a);
            self.InvalidValue.check_stmt(context, a);
            self.LetUnderscore.check_stmt(context, a);
            self.LifetimeSyntax.check_stmt(context, a);
            self.MapUnitFn.check_stmt(context, a);
            self.MissingCopyImplementations.check_stmt(context, a);
            self.MissingDebugImplementations.check_stmt(context, a);
            self.MissingDoc.check_stmt(context, a);
            self.MultipleSupertraitUpcastable.check_stmt(context, a);
            self.MutableTransmutes.check_stmt(context, a);
            self.NonLocalDefinitions.check_stmt(context, a);
            self.NonPanicFmt.check_stmt(context, a);
            self.NonShorthandFieldPatterns.check_stmt(context, a);
            self.NonSnakeCase.check_stmt(context, a);
            self.NonUpperCaseGlobals.check_stmt(context, a);
            self.NoopMethodCall.check_stmt(context, a);
            self.OpaqueHiddenInferredBound.check_stmt(context, a);
            self.PathStatements.check_stmt(context, a);
            self.PtrNullChecks.check_stmt(context, a);
            self.RawBorrowsViaReferences.check_stmt(context, a);
            self.RuntimeSymbols.check_stmt(context, a);
            self.ShadowedIntoIter.check_stmt(context, a);
            self.StaticMutRefs.check_stmt(context, a);
            self.TrivialConstraints.check_stmt(context, a);
            self.TypeAliasBounds.check_stmt(context, a);
            self.TypeLimits.check_stmt(context, a);
            self.UngatedAsyncFnTrackCaller.check_stmt(context, a);
            self.UnitBindings.check_stmt(context, a);
            self.UnqualifiedLocalImports.check_stmt(context, a);
            self.UnreachablePub.check_stmt(context, a);
            self.UnstableFeatures.check_stmt(context, a);
            self.UnusedAllocation.check_stmt(context, a);
            self.UnusedResults.check_stmt(context, a);
            self.VariantSizeDifferences.check_stmt(context, a);
        };
    }
    fn check_arm(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Arm<'tcx>) {
        {
            self.AsmLabels.check_arm(context, a);
            self.AsyncClosureUsage.check_arm(context, a);
            self.AsyncFnInTrait.check_arm(context, a);
            self.CVoidReturns.check_arm(context, a);
            self.CheckTransmutes.check_arm(context, a);
            self.DanglingPointers.check_arm(context, a);
            self.DefaultCouldBeDerived.check_arm(context, a);
            self.DerefIntoDynSupertrait.check_arm(context, a);
            self.DerefNullPtr.check_arm(context, a);
            self.DropForgetUseless.check_arm(context, a);
            self.DropTraitConstraints.check_arm(context, a);
            self.EnumIntrinsicsNonEnums.check_arm(context, a);
            self.ExplicitOutlivesRequirements.check_arm(context, a);
            self.ForLoopsOverFallibles.check_arm(context, a);
            self.FunctionCastsAsInteger.check_arm(context, a);
            self.IfLetRescope.check_arm(context, a);
            self.ImplTraitOvercaptures.check_arm(context, a);
            self.ImplicitAutorefs.check_arm(context, a);
            self.ImplicitProvenanceCasts.check_arm(context, a);
            self.ImproperCTypesLint.check_arm(context, a);
            self.ImproperGpuKernelLint.check_arm(context, a);
            self.InteriorMutableConsts.check_arm(context, a);
            self.InternalEqTraitMethodImpls.check_arm(context, a);
            self.InvalidAtomicOrdering.check_arm(context, a);
            self.InvalidFromUtf8.check_arm(context, a);
            self.InvalidNoMangleItems.check_arm(context, a);
            self.InvalidReferenceCasting.check_arm(context, a);
            self.InvalidValue.check_arm(context, a);
            self.LetUnderscore.check_arm(context, a);
            self.LifetimeSyntax.check_arm(context, a);
            self.MapUnitFn.check_arm(context, a);
            self.MissingCopyImplementations.check_arm(context, a);
            self.MissingDebugImplementations.check_arm(context, a);
            self.MissingDoc.check_arm(context, a);
            self.MultipleSupertraitUpcastable.check_arm(context, a);
            self.MutableTransmutes.check_arm(context, a);
            self.NonLocalDefinitions.check_arm(context, a);
            self.NonPanicFmt.check_arm(context, a);
            self.NonShorthandFieldPatterns.check_arm(context, a);
            self.NonSnakeCase.check_arm(context, a);
            self.NonUpperCaseGlobals.check_arm(context, a);
            self.NoopMethodCall.check_arm(context, a);
            self.OpaqueHiddenInferredBound.check_arm(context, a);
            self.PathStatements.check_arm(context, a);
            self.PtrNullChecks.check_arm(context, a);
            self.RawBorrowsViaReferences.check_arm(context, a);
            self.RuntimeSymbols.check_arm(context, a);
            self.ShadowedIntoIter.check_arm(context, a);
            self.StaticMutRefs.check_arm(context, a);
            self.TrivialConstraints.check_arm(context, a);
            self.TypeAliasBounds.check_arm(context, a);
            self.TypeLimits.check_arm(context, a);
            self.UngatedAsyncFnTrackCaller.check_arm(context, a);
            self.UnitBindings.check_arm(context, a);
            self.UnqualifiedLocalImports.check_arm(context, a);
            self.UnreachablePub.check_arm(context, a);
            self.UnstableFeatures.check_arm(context, a);
            self.UnusedAllocation.check_arm(context, a);
            self.UnusedResults.check_arm(context, a);
            self.VariantSizeDifferences.check_arm(context, a);
        };
    }
    fn check_pat(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Pat<'tcx>) {
        {
            self.AsmLabels.check_pat(context, a);
            self.AsyncClosureUsage.check_pat(context, a);
            self.AsyncFnInTrait.check_pat(context, a);
            self.CVoidReturns.check_pat(context, a);
            self.CheckTransmutes.check_pat(context, a);
            self.DanglingPointers.check_pat(context, a);
            self.DefaultCouldBeDerived.check_pat(context, a);
            self.DerefIntoDynSupertrait.check_pat(context, a);
            self.DerefNullPtr.check_pat(context, a);
            self.DropForgetUseless.check_pat(context, a);
            self.DropTraitConstraints.check_pat(context, a);
            self.EnumIntrinsicsNonEnums.check_pat(context, a);
            self.ExplicitOutlivesRequirements.check_pat(context, a);
            self.ForLoopsOverFallibles.check_pat(context, a);
            self.FunctionCastsAsInteger.check_pat(context, a);
            self.IfLetRescope.check_pat(context, a);
            self.ImplTraitOvercaptures.check_pat(context, a);
            self.ImplicitAutorefs.check_pat(context, a);
            self.ImplicitProvenanceCasts.check_pat(context, a);
            self.ImproperCTypesLint.check_pat(context, a);
            self.ImproperGpuKernelLint.check_pat(context, a);
            self.InteriorMutableConsts.check_pat(context, a);
            self.InternalEqTraitMethodImpls.check_pat(context, a);
            self.InvalidAtomicOrdering.check_pat(context, a);
            self.InvalidFromUtf8.check_pat(context, a);
            self.InvalidNoMangleItems.check_pat(context, a);
            self.InvalidReferenceCasting.check_pat(context, a);
            self.InvalidValue.check_pat(context, a);
            self.LetUnderscore.check_pat(context, a);
            self.LifetimeSyntax.check_pat(context, a);
            self.MapUnitFn.check_pat(context, a);
            self.MissingCopyImplementations.check_pat(context, a);
            self.MissingDebugImplementations.check_pat(context, a);
            self.MissingDoc.check_pat(context, a);
            self.MultipleSupertraitUpcastable.check_pat(context, a);
            self.MutableTransmutes.check_pat(context, a);
            self.NonLocalDefinitions.check_pat(context, a);
            self.NonPanicFmt.check_pat(context, a);
            self.NonShorthandFieldPatterns.check_pat(context, a);
            self.NonSnakeCase.check_pat(context, a);
            self.NonUpperCaseGlobals.check_pat(context, a);
            self.NoopMethodCall.check_pat(context, a);
            self.OpaqueHiddenInferredBound.check_pat(context, a);
            self.PathStatements.check_pat(context, a);
            self.PtrNullChecks.check_pat(context, a);
            self.RawBorrowsViaReferences.check_pat(context, a);
            self.RuntimeSymbols.check_pat(context, a);
            self.ShadowedIntoIter.check_pat(context, a);
            self.StaticMutRefs.check_pat(context, a);
            self.TrivialConstraints.check_pat(context, a);
            self.TypeAliasBounds.check_pat(context, a);
            self.TypeLimits.check_pat(context, a);
            self.UngatedAsyncFnTrackCaller.check_pat(context, a);
            self.UnitBindings.check_pat(context, a);
            self.UnqualifiedLocalImports.check_pat(context, a);
            self.UnreachablePub.check_pat(context, a);
            self.UnstableFeatures.check_pat(context, a);
            self.UnusedAllocation.check_pat(context, a);
            self.UnusedResults.check_pat(context, a);
            self.VariantSizeDifferences.check_pat(context, a);
        };
    }
    fn check_lit(&mut self, context: &crate::LateContext<'tcx>,
        hir_id: rustc_hir::HirId, a: rustc_hir::Lit, is_negated_pat: bool) {
        {
            self.AsmLabels.check_lit(context, hir_id, a, is_negated_pat);
            self.AsyncClosureUsage.check_lit(context, hir_id, a,
                is_negated_pat);
            self.AsyncFnInTrait.check_lit(context, hir_id, a, is_negated_pat);
            self.CVoidReturns.check_lit(context, hir_id, a, is_negated_pat);
            self.CheckTransmutes.check_lit(context, hir_id, a,
                is_negated_pat);
            self.DanglingPointers.check_lit(context, hir_id, a,
                is_negated_pat);
            self.DefaultCouldBeDerived.check_lit(context, hir_id, a,
                is_negated_pat);
            self.DerefIntoDynSupertrait.check_lit(context, hir_id, a,
                is_negated_pat);
            self.DerefNullPtr.check_lit(context, hir_id, a, is_negated_pat);
            self.DropForgetUseless.check_lit(context, hir_id, a,
                is_negated_pat);
            self.DropTraitConstraints.check_lit(context, hir_id, a,
                is_negated_pat);
            self.EnumIntrinsicsNonEnums.check_lit(context, hir_id, a,
                is_negated_pat);
            self.ExplicitOutlivesRequirements.check_lit(context, hir_id, a,
                is_negated_pat);
            self.ForLoopsOverFallibles.check_lit(context, hir_id, a,
                is_negated_pat);
            self.FunctionCastsAsInteger.check_lit(context, hir_id, a,
                is_negated_pat);
            self.IfLetRescope.check_lit(context, hir_id, a, is_negated_pat);
            self.ImplTraitOvercaptures.check_lit(context, hir_id, a,
                is_negated_pat);
            self.ImplicitAutorefs.check_lit(context, hir_id, a,
                is_negated_pat);
            self.ImplicitProvenanceCasts.check_lit(context, hir_id, a,
                is_negated_pat);
            self.ImproperCTypesLint.check_lit(context, hir_id, a,
                is_negated_pat);
            self.ImproperGpuKernelLint.check_lit(context, hir_id, a,
                is_negated_pat);
            self.InteriorMutableConsts.check_lit(context, hir_id, a,
                is_negated_pat);
            self.InternalEqTraitMethodImpls.check_lit(context, hir_id, a,
                is_negated_pat);
            self.InvalidAtomicOrdering.check_lit(context, hir_id, a,
                is_negated_pat);
            self.InvalidFromUtf8.check_lit(context, hir_id, a,
                is_negated_pat);
            self.InvalidNoMangleItems.check_lit(context, hir_id, a,
                is_negated_pat);
            self.InvalidReferenceCasting.check_lit(context, hir_id, a,
                is_negated_pat);
            self.InvalidValue.check_lit(context, hir_id, a, is_negated_pat);
            self.LetUnderscore.check_lit(context, hir_id, a, is_negated_pat);
            self.LifetimeSyntax.check_lit(context, hir_id, a, is_negated_pat);
            self.MapUnitFn.check_lit(context, hir_id, a, is_negated_pat);
            self.MissingCopyImplementations.check_lit(context, hir_id, a,
                is_negated_pat);
            self.MissingDebugImplementations.check_lit(context, hir_id, a,
                is_negated_pat);
            self.MissingDoc.check_lit(context, hir_id, a, is_negated_pat);
            self.MultipleSupertraitUpcastable.check_lit(context, hir_id, a,
                is_negated_pat);
            self.MutableTransmutes.check_lit(context, hir_id, a,
                is_negated_pat);
            self.NonLocalDefinitions.check_lit(context, hir_id, a,
                is_negated_pat);
            self.NonPanicFmt.check_lit(context, hir_id, a, is_negated_pat);
            self.NonShorthandFieldPatterns.check_lit(context, hir_id, a,
                is_negated_pat);
            self.NonSnakeCase.check_lit(context, hir_id, a, is_negated_pat);
            self.NonUpperCaseGlobals.check_lit(context, hir_id, a,
                is_negated_pat);
            self.NoopMethodCall.check_lit(context, hir_id, a, is_negated_pat);
            self.OpaqueHiddenInferredBound.check_lit(context, hir_id, a,
                is_negated_pat);
            self.PathStatements.check_lit(context, hir_id, a, is_negated_pat);
            self.PtrNullChecks.check_lit(context, hir_id, a, is_negated_pat);
            self.RawBorrowsViaReferences.check_lit(context, hir_id, a,
                is_negated_pat);
            self.RuntimeSymbols.check_lit(context, hir_id, a, is_negated_pat);
            self.ShadowedIntoIter.check_lit(context, hir_id, a,
                is_negated_pat);
            self.StaticMutRefs.check_lit(context, hir_id, a, is_negated_pat);
            self.TrivialConstraints.check_lit(context, hir_id, a,
                is_negated_pat);
            self.TypeAliasBounds.check_lit(context, hir_id, a,
                is_negated_pat);
            self.TypeLimits.check_lit(context, hir_id, a, is_negated_pat);
            self.UngatedAsyncFnTrackCaller.check_lit(context, hir_id, a,
                is_negated_pat);
            self.UnitBindings.check_lit(context, hir_id, a, is_negated_pat);
            self.UnqualifiedLocalImports.check_lit(context, hir_id, a,
                is_negated_pat);
            self.UnreachablePub.check_lit(context, hir_id, a, is_negated_pat);
            self.UnstableFeatures.check_lit(context, hir_id, a,
                is_negated_pat);
            self.UnusedAllocation.check_lit(context, hir_id, a,
                is_negated_pat);
            self.UnusedResults.check_lit(context, hir_id, a, is_negated_pat);
            self.VariantSizeDifferences.check_lit(context, hir_id, a,
                is_negated_pat);
        };
    }
    fn check_expr(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Expr<'tcx>) {
        {
            self.AsmLabels.check_expr(context, a);
            self.AsyncClosureUsage.check_expr(context, a);
            self.AsyncFnInTrait.check_expr(context, a);
            self.CVoidReturns.check_expr(context, a);
            self.CheckTransmutes.check_expr(context, a);
            self.DanglingPointers.check_expr(context, a);
            self.DefaultCouldBeDerived.check_expr(context, a);
            self.DerefIntoDynSupertrait.check_expr(context, a);
            self.DerefNullPtr.check_expr(context, a);
            self.DropForgetUseless.check_expr(context, a);
            self.DropTraitConstraints.check_expr(context, a);
            self.EnumIntrinsicsNonEnums.check_expr(context, a);
            self.ExplicitOutlivesRequirements.check_expr(context, a);
            self.ForLoopsOverFallibles.check_expr(context, a);
            self.FunctionCastsAsInteger.check_expr(context, a);
            self.IfLetRescope.check_expr(context, a);
            self.ImplTraitOvercaptures.check_expr(context, a);
            self.ImplicitAutorefs.check_expr(context, a);
            self.ImplicitProvenanceCasts.check_expr(context, a);
            self.ImproperCTypesLint.check_expr(context, a);
            self.ImproperGpuKernelLint.check_expr(context, a);
            self.InteriorMutableConsts.check_expr(context, a);
            self.InternalEqTraitMethodImpls.check_expr(context, a);
            self.InvalidAtomicOrdering.check_expr(context, a);
            self.InvalidFromUtf8.check_expr(context, a);
            self.InvalidNoMangleItems.check_expr(context, a);
            self.InvalidReferenceCasting.check_expr(context, a);
            self.InvalidValue.check_expr(context, a);
            self.LetUnderscore.check_expr(context, a);
            self.LifetimeSyntax.check_expr(context, a);
            self.MapUnitFn.check_expr(context, a);
            self.MissingCopyImplementations.check_expr(context, a);
            self.MissingDebugImplementations.check_expr(context, a);
            self.MissingDoc.check_expr(context, a);
            self.MultipleSupertraitUpcastable.check_expr(context, a);
            self.MutableTransmutes.check_expr(context, a);
            self.NonLocalDefinitions.check_expr(context, a);
            self.NonPanicFmt.check_expr(context, a);
            self.NonShorthandFieldPatterns.check_expr(context, a);
            self.NonSnakeCase.check_expr(context, a);
            self.NonUpperCaseGlobals.check_expr(context, a);
            self.NoopMethodCall.check_expr(context, a);
            self.OpaqueHiddenInferredBound.check_expr(context, a);
            self.PathStatements.check_expr(context, a);
            self.PtrNullChecks.check_expr(context, a);
            self.RawBorrowsViaReferences.check_expr(context, a);
            self.RuntimeSymbols.check_expr(context, a);
            self.ShadowedIntoIter.check_expr(context, a);
            self.StaticMutRefs.check_expr(context, a);
            self.TrivialConstraints.check_expr(context, a);
            self.TypeAliasBounds.check_expr(context, a);
            self.TypeLimits.check_expr(context, a);
            self.UngatedAsyncFnTrackCaller.check_expr(context, a);
            self.UnitBindings.check_expr(context, a);
            self.UnqualifiedLocalImports.check_expr(context, a);
            self.UnreachablePub.check_expr(context, a);
            self.UnstableFeatures.check_expr(context, a);
            self.UnusedAllocation.check_expr(context, a);
            self.UnusedResults.check_expr(context, a);
            self.VariantSizeDifferences.check_expr(context, a);
        };
    }
    fn check_expr_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Expr<'tcx>) {
        {
            self.AsmLabels.check_expr_post(context, a);
            self.AsyncClosureUsage.check_expr_post(context, a);
            self.AsyncFnInTrait.check_expr_post(context, a);
            self.CVoidReturns.check_expr_post(context, a);
            self.CheckTransmutes.check_expr_post(context, a);
            self.DanglingPointers.check_expr_post(context, a);
            self.DefaultCouldBeDerived.check_expr_post(context, a);
            self.DerefIntoDynSupertrait.check_expr_post(context, a);
            self.DerefNullPtr.check_expr_post(context, a);
            self.DropForgetUseless.check_expr_post(context, a);
            self.DropTraitConstraints.check_expr_post(context, a);
            self.EnumIntrinsicsNonEnums.check_expr_post(context, a);
            self.ExplicitOutlivesRequirements.check_expr_post(context, a);
            self.ForLoopsOverFallibles.check_expr_post(context, a);
            self.FunctionCastsAsInteger.check_expr_post(context, a);
            self.IfLetRescope.check_expr_post(context, a);
            self.ImplTraitOvercaptures.check_expr_post(context, a);
            self.ImplicitAutorefs.check_expr_post(context, a);
            self.ImplicitProvenanceCasts.check_expr_post(context, a);
            self.ImproperCTypesLint.check_expr_post(context, a);
            self.ImproperGpuKernelLint.check_expr_post(context, a);
            self.InteriorMutableConsts.check_expr_post(context, a);
            self.InternalEqTraitMethodImpls.check_expr_post(context, a);
            self.InvalidAtomicOrdering.check_expr_post(context, a);
            self.InvalidFromUtf8.check_expr_post(context, a);
            self.InvalidNoMangleItems.check_expr_post(context, a);
            self.InvalidReferenceCasting.check_expr_post(context, a);
            self.InvalidValue.check_expr_post(context, a);
            self.LetUnderscore.check_expr_post(context, a);
            self.LifetimeSyntax.check_expr_post(context, a);
            self.MapUnitFn.check_expr_post(context, a);
            self.MissingCopyImplementations.check_expr_post(context, a);
            self.MissingDebugImplementations.check_expr_post(context, a);
            self.MissingDoc.check_expr_post(context, a);
            self.MultipleSupertraitUpcastable.check_expr_post(context, a);
            self.MutableTransmutes.check_expr_post(context, a);
            self.NonLocalDefinitions.check_expr_post(context, a);
            self.NonPanicFmt.check_expr_post(context, a);
            self.NonShorthandFieldPatterns.check_expr_post(context, a);
            self.NonSnakeCase.check_expr_post(context, a);
            self.NonUpperCaseGlobals.check_expr_post(context, a);
            self.NoopMethodCall.check_expr_post(context, a);
            self.OpaqueHiddenInferredBound.check_expr_post(context, a);
            self.PathStatements.check_expr_post(context, a);
            self.PtrNullChecks.check_expr_post(context, a);
            self.RawBorrowsViaReferences.check_expr_post(context, a);
            self.RuntimeSymbols.check_expr_post(context, a);
            self.ShadowedIntoIter.check_expr_post(context, a);
            self.StaticMutRefs.check_expr_post(context, a);
            self.TrivialConstraints.check_expr_post(context, a);
            self.TypeAliasBounds.check_expr_post(context, a);
            self.TypeLimits.check_expr_post(context, a);
            self.UngatedAsyncFnTrackCaller.check_expr_post(context, a);
            self.UnitBindings.check_expr_post(context, a);
            self.UnqualifiedLocalImports.check_expr_post(context, a);
            self.UnreachablePub.check_expr_post(context, a);
            self.UnstableFeatures.check_expr_post(context, a);
            self.UnusedAllocation.check_expr_post(context, a);
            self.UnusedResults.check_expr_post(context, a);
            self.VariantSizeDifferences.check_expr_post(context, a);
        };
    }
    fn check_ty(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Ty<'tcx, rustc_hir::AmbigArg>) {
        {
            self.AsmLabels.check_ty(context, a);
            self.AsyncClosureUsage.check_ty(context, a);
            self.AsyncFnInTrait.check_ty(context, a);
            self.CVoidReturns.check_ty(context, a);
            self.CheckTransmutes.check_ty(context, a);
            self.DanglingPointers.check_ty(context, a);
            self.DefaultCouldBeDerived.check_ty(context, a);
            self.DerefIntoDynSupertrait.check_ty(context, a);
            self.DerefNullPtr.check_ty(context, a);
            self.DropForgetUseless.check_ty(context, a);
            self.DropTraitConstraints.check_ty(context, a);
            self.EnumIntrinsicsNonEnums.check_ty(context, a);
            self.ExplicitOutlivesRequirements.check_ty(context, a);
            self.ForLoopsOverFallibles.check_ty(context, a);
            self.FunctionCastsAsInteger.check_ty(context, a);
            self.IfLetRescope.check_ty(context, a);
            self.ImplTraitOvercaptures.check_ty(context, a);
            self.ImplicitAutorefs.check_ty(context, a);
            self.ImplicitProvenanceCasts.check_ty(context, a);
            self.ImproperCTypesLint.check_ty(context, a);
            self.ImproperGpuKernelLint.check_ty(context, a);
            self.InteriorMutableConsts.check_ty(context, a);
            self.InternalEqTraitMethodImpls.check_ty(context, a);
            self.InvalidAtomicOrdering.check_ty(context, a);
            self.InvalidFromUtf8.check_ty(context, a);
            self.InvalidNoMangleItems.check_ty(context, a);
            self.InvalidReferenceCasting.check_ty(context, a);
            self.InvalidValue.check_ty(context, a);
            self.LetUnderscore.check_ty(context, a);
            self.LifetimeSyntax.check_ty(context, a);
            self.MapUnitFn.check_ty(context, a);
            self.MissingCopyImplementations.check_ty(context, a);
            self.MissingDebugImplementations.check_ty(context, a);
            self.MissingDoc.check_ty(context, a);
            self.MultipleSupertraitUpcastable.check_ty(context, a);
            self.MutableTransmutes.check_ty(context, a);
            self.NonLocalDefinitions.check_ty(context, a);
            self.NonPanicFmt.check_ty(context, a);
            self.NonShorthandFieldPatterns.check_ty(context, a);
            self.NonSnakeCase.check_ty(context, a);
            self.NonUpperCaseGlobals.check_ty(context, a);
            self.NoopMethodCall.check_ty(context, a);
            self.OpaqueHiddenInferredBound.check_ty(context, a);
            self.PathStatements.check_ty(context, a);
            self.PtrNullChecks.check_ty(context, a);
            self.RawBorrowsViaReferences.check_ty(context, a);
            self.RuntimeSymbols.check_ty(context, a);
            self.ShadowedIntoIter.check_ty(context, a);
            self.StaticMutRefs.check_ty(context, a);
            self.TrivialConstraints.check_ty(context, a);
            self.TypeAliasBounds.check_ty(context, a);
            self.TypeLimits.check_ty(context, a);
            self.UngatedAsyncFnTrackCaller.check_ty(context, a);
            self.UnitBindings.check_ty(context, a);
            self.UnqualifiedLocalImports.check_ty(context, a);
            self.UnreachablePub.check_ty(context, a);
            self.UnstableFeatures.check_ty(context, a);
            self.UnusedAllocation.check_ty(context, a);
            self.UnusedResults.check_ty(context, a);
            self.VariantSizeDifferences.check_ty(context, a);
        };
    }
    fn check_generic_param(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::GenericParam<'tcx>) {
        {
            self.AsmLabels.check_generic_param(context, a);
            self.AsyncClosureUsage.check_generic_param(context, a);
            self.AsyncFnInTrait.check_generic_param(context, a);
            self.CVoidReturns.check_generic_param(context, a);
            self.CheckTransmutes.check_generic_param(context, a);
            self.DanglingPointers.check_generic_param(context, a);
            self.DefaultCouldBeDerived.check_generic_param(context, a);
            self.DerefIntoDynSupertrait.check_generic_param(context, a);
            self.DerefNullPtr.check_generic_param(context, a);
            self.DropForgetUseless.check_generic_param(context, a);
            self.DropTraitConstraints.check_generic_param(context, a);
            self.EnumIntrinsicsNonEnums.check_generic_param(context, a);
            self.ExplicitOutlivesRequirements.check_generic_param(context, a);
            self.ForLoopsOverFallibles.check_generic_param(context, a);
            self.FunctionCastsAsInteger.check_generic_param(context, a);
            self.IfLetRescope.check_generic_param(context, a);
            self.ImplTraitOvercaptures.check_generic_param(context, a);
            self.ImplicitAutorefs.check_generic_param(context, a);
            self.ImplicitProvenanceCasts.check_generic_param(context, a);
            self.ImproperCTypesLint.check_generic_param(context, a);
            self.ImproperGpuKernelLint.check_generic_param(context, a);
            self.InteriorMutableConsts.check_generic_param(context, a);
            self.InternalEqTraitMethodImpls.check_generic_param(context, a);
            self.InvalidAtomicOrdering.check_generic_param(context, a);
            self.InvalidFromUtf8.check_generic_param(context, a);
            self.InvalidNoMangleItems.check_generic_param(context, a);
            self.InvalidReferenceCasting.check_generic_param(context, a);
            self.InvalidValue.check_generic_param(context, a);
            self.LetUnderscore.check_generic_param(context, a);
            self.LifetimeSyntax.check_generic_param(context, a);
            self.MapUnitFn.check_generic_param(context, a);
            self.MissingCopyImplementations.check_generic_param(context, a);
            self.MissingDebugImplementations.check_generic_param(context, a);
            self.MissingDoc.check_generic_param(context, a);
            self.MultipleSupertraitUpcastable.check_generic_param(context, a);
            self.MutableTransmutes.check_generic_param(context, a);
            self.NonLocalDefinitions.check_generic_param(context, a);
            self.NonPanicFmt.check_generic_param(context, a);
            self.NonShorthandFieldPatterns.check_generic_param(context, a);
            self.NonSnakeCase.check_generic_param(context, a);
            self.NonUpperCaseGlobals.check_generic_param(context, a);
            self.NoopMethodCall.check_generic_param(context, a);
            self.OpaqueHiddenInferredBound.check_generic_param(context, a);
            self.PathStatements.check_generic_param(context, a);
            self.PtrNullChecks.check_generic_param(context, a);
            self.RawBorrowsViaReferences.check_generic_param(context, a);
            self.RuntimeSymbols.check_generic_param(context, a);
            self.ShadowedIntoIter.check_generic_param(context, a);
            self.StaticMutRefs.check_generic_param(context, a);
            self.TrivialConstraints.check_generic_param(context, a);
            self.TypeAliasBounds.check_generic_param(context, a);
            self.TypeLimits.check_generic_param(context, a);
            self.UngatedAsyncFnTrackCaller.check_generic_param(context, a);
            self.UnitBindings.check_generic_param(context, a);
            self.UnqualifiedLocalImports.check_generic_param(context, a);
            self.UnreachablePub.check_generic_param(context, a);
            self.UnstableFeatures.check_generic_param(context, a);
            self.UnusedAllocation.check_generic_param(context, a);
            self.UnusedResults.check_generic_param(context, a);
            self.VariantSizeDifferences.check_generic_param(context, a);
        };
    }
    fn check_generics(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Generics<'tcx>) {
        {
            self.AsmLabels.check_generics(context, a);
            self.AsyncClosureUsage.check_generics(context, a);
            self.AsyncFnInTrait.check_generics(context, a);
            self.CVoidReturns.check_generics(context, a);
            self.CheckTransmutes.check_generics(context, a);
            self.DanglingPointers.check_generics(context, a);
            self.DefaultCouldBeDerived.check_generics(context, a);
            self.DerefIntoDynSupertrait.check_generics(context, a);
            self.DerefNullPtr.check_generics(context, a);
            self.DropForgetUseless.check_generics(context, a);
            self.DropTraitConstraints.check_generics(context, a);
            self.EnumIntrinsicsNonEnums.check_generics(context, a);
            self.ExplicitOutlivesRequirements.check_generics(context, a);
            self.ForLoopsOverFallibles.check_generics(context, a);
            self.FunctionCastsAsInteger.check_generics(context, a);
            self.IfLetRescope.check_generics(context, a);
            self.ImplTraitOvercaptures.check_generics(context, a);
            self.ImplicitAutorefs.check_generics(context, a);
            self.ImplicitProvenanceCasts.check_generics(context, a);
            self.ImproperCTypesLint.check_generics(context, a);
            self.ImproperGpuKernelLint.check_generics(context, a);
            self.InteriorMutableConsts.check_generics(context, a);
            self.InternalEqTraitMethodImpls.check_generics(context, a);
            self.InvalidAtomicOrdering.check_generics(context, a);
            self.InvalidFromUtf8.check_generics(context, a);
            self.InvalidNoMangleItems.check_generics(context, a);
            self.InvalidReferenceCasting.check_generics(context, a);
            self.InvalidValue.check_generics(context, a);
            self.LetUnderscore.check_generics(context, a);
            self.LifetimeSyntax.check_generics(context, a);
            self.MapUnitFn.check_generics(context, a);
            self.MissingCopyImplementations.check_generics(context, a);
            self.MissingDebugImplementations.check_generics(context, a);
            self.MissingDoc.check_generics(context, a);
            self.MultipleSupertraitUpcastable.check_generics(context, a);
            self.MutableTransmutes.check_generics(context, a);
            self.NonLocalDefinitions.check_generics(context, a);
            self.NonPanicFmt.check_generics(context, a);
            self.NonShorthandFieldPatterns.check_generics(context, a);
            self.NonSnakeCase.check_generics(context, a);
            self.NonUpperCaseGlobals.check_generics(context, a);
            self.NoopMethodCall.check_generics(context, a);
            self.OpaqueHiddenInferredBound.check_generics(context, a);
            self.PathStatements.check_generics(context, a);
            self.PtrNullChecks.check_generics(context, a);
            self.RawBorrowsViaReferences.check_generics(context, a);
            self.RuntimeSymbols.check_generics(context, a);
            self.ShadowedIntoIter.check_generics(context, a);
            self.StaticMutRefs.check_generics(context, a);
            self.TrivialConstraints.check_generics(context, a);
            self.TypeAliasBounds.check_generics(context, a);
            self.TypeLimits.check_generics(context, a);
            self.UngatedAsyncFnTrackCaller.check_generics(context, a);
            self.UnitBindings.check_generics(context, a);
            self.UnqualifiedLocalImports.check_generics(context, a);
            self.UnreachablePub.check_generics(context, a);
            self.UnstableFeatures.check_generics(context, a);
            self.UnusedAllocation.check_generics(context, a);
            self.UnusedResults.check_generics(context, a);
            self.VariantSizeDifferences.check_generics(context, a);
        };
    }
    fn check_poly_trait_ref(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::PolyTraitRef<'tcx>) {
        {
            self.AsmLabels.check_poly_trait_ref(context, a);
            self.AsyncClosureUsage.check_poly_trait_ref(context, a);
            self.AsyncFnInTrait.check_poly_trait_ref(context, a);
            self.CVoidReturns.check_poly_trait_ref(context, a);
            self.CheckTransmutes.check_poly_trait_ref(context, a);
            self.DanglingPointers.check_poly_trait_ref(context, a);
            self.DefaultCouldBeDerived.check_poly_trait_ref(context, a);
            self.DerefIntoDynSupertrait.check_poly_trait_ref(context, a);
            self.DerefNullPtr.check_poly_trait_ref(context, a);
            self.DropForgetUseless.check_poly_trait_ref(context, a);
            self.DropTraitConstraints.check_poly_trait_ref(context, a);
            self.EnumIntrinsicsNonEnums.check_poly_trait_ref(context, a);
            self.ExplicitOutlivesRequirements.check_poly_trait_ref(context,
                a);
            self.ForLoopsOverFallibles.check_poly_trait_ref(context, a);
            self.FunctionCastsAsInteger.check_poly_trait_ref(context, a);
            self.IfLetRescope.check_poly_trait_ref(context, a);
            self.ImplTraitOvercaptures.check_poly_trait_ref(context, a);
            self.ImplicitAutorefs.check_poly_trait_ref(context, a);
            self.ImplicitProvenanceCasts.check_poly_trait_ref(context, a);
            self.ImproperCTypesLint.check_poly_trait_ref(context, a);
            self.ImproperGpuKernelLint.check_poly_trait_ref(context, a);
            self.InteriorMutableConsts.check_poly_trait_ref(context, a);
            self.InternalEqTraitMethodImpls.check_poly_trait_ref(context, a);
            self.InvalidAtomicOrdering.check_poly_trait_ref(context, a);
            self.InvalidFromUtf8.check_poly_trait_ref(context, a);
            self.InvalidNoMangleItems.check_poly_trait_ref(context, a);
            self.InvalidReferenceCasting.check_poly_trait_ref(context, a);
            self.InvalidValue.check_poly_trait_ref(context, a);
            self.LetUnderscore.check_poly_trait_ref(context, a);
            self.LifetimeSyntax.check_poly_trait_ref(context, a);
            self.MapUnitFn.check_poly_trait_ref(context, a);
            self.MissingCopyImplementations.check_poly_trait_ref(context, a);
            self.MissingDebugImplementations.check_poly_trait_ref(context, a);
            self.MissingDoc.check_poly_trait_ref(context, a);
            self.MultipleSupertraitUpcastable.check_poly_trait_ref(context,
                a);
            self.MutableTransmutes.check_poly_trait_ref(context, a);
            self.NonLocalDefinitions.check_poly_trait_ref(context, a);
            self.NonPanicFmt.check_poly_trait_ref(context, a);
            self.NonShorthandFieldPatterns.check_poly_trait_ref(context, a);
            self.NonSnakeCase.check_poly_trait_ref(context, a);
            self.NonUpperCaseGlobals.check_poly_trait_ref(context, a);
            self.NoopMethodCall.check_poly_trait_ref(context, a);
            self.OpaqueHiddenInferredBound.check_poly_trait_ref(context, a);
            self.PathStatements.check_poly_trait_ref(context, a);
            self.PtrNullChecks.check_poly_trait_ref(context, a);
            self.RawBorrowsViaReferences.check_poly_trait_ref(context, a);
            self.RuntimeSymbols.check_poly_trait_ref(context, a);
            self.ShadowedIntoIter.check_poly_trait_ref(context, a);
            self.StaticMutRefs.check_poly_trait_ref(context, a);
            self.TrivialConstraints.check_poly_trait_ref(context, a);
            self.TypeAliasBounds.check_poly_trait_ref(context, a);
            self.TypeLimits.check_poly_trait_ref(context, a);
            self.UngatedAsyncFnTrackCaller.check_poly_trait_ref(context, a);
            self.UnitBindings.check_poly_trait_ref(context, a);
            self.UnqualifiedLocalImports.check_poly_trait_ref(context, a);
            self.UnreachablePub.check_poly_trait_ref(context, a);
            self.UnstableFeatures.check_poly_trait_ref(context, a);
            self.UnusedAllocation.check_poly_trait_ref(context, a);
            self.UnusedResults.check_poly_trait_ref(context, a);
            self.VariantSizeDifferences.check_poly_trait_ref(context, a);
        };
    }
    fn check_fn(&mut self, context: &crate::LateContext<'tcx>,
        a: rustc_hir::intravisit::FnKind<'tcx>,
        b: &'tcx rustc_hir::FnDecl<'tcx>, c: &'tcx rustc_hir::Body<'tcx>,
        d: rustc_span::Span, e: rustc_span::def_id::LocalDefId) {
        {
            self.AsmLabels.check_fn(context, a, b, c, d, e);
            self.AsyncClosureUsage.check_fn(context, a, b, c, d, e);
            self.AsyncFnInTrait.check_fn(context, a, b, c, d, e);
            self.CVoidReturns.check_fn(context, a, b, c, d, e);
            self.CheckTransmutes.check_fn(context, a, b, c, d, e);
            self.DanglingPointers.check_fn(context, a, b, c, d, e);
            self.DefaultCouldBeDerived.check_fn(context, a, b, c, d, e);
            self.DerefIntoDynSupertrait.check_fn(context, a, b, c, d, e);
            self.DerefNullPtr.check_fn(context, a, b, c, d, e);
            self.DropForgetUseless.check_fn(context, a, b, c, d, e);
            self.DropTraitConstraints.check_fn(context, a, b, c, d, e);
            self.EnumIntrinsicsNonEnums.check_fn(context, a, b, c, d, e);
            self.ExplicitOutlivesRequirements.check_fn(context, a, b, c, d,
                e);
            self.ForLoopsOverFallibles.check_fn(context, a, b, c, d, e);
            self.FunctionCastsAsInteger.check_fn(context, a, b, c, d, e);
            self.IfLetRescope.check_fn(context, a, b, c, d, e);
            self.ImplTraitOvercaptures.check_fn(context, a, b, c, d, e);
            self.ImplicitAutorefs.check_fn(context, a, b, c, d, e);
            self.ImplicitProvenanceCasts.check_fn(context, a, b, c, d, e);
            self.ImproperCTypesLint.check_fn(context, a, b, c, d, e);
            self.ImproperGpuKernelLint.check_fn(context, a, b, c, d, e);
            self.InteriorMutableConsts.check_fn(context, a, b, c, d, e);
            self.InternalEqTraitMethodImpls.check_fn(context, a, b, c, d, e);
            self.InvalidAtomicOrdering.check_fn(context, a, b, c, d, e);
            self.InvalidFromUtf8.check_fn(context, a, b, c, d, e);
            self.InvalidNoMangleItems.check_fn(context, a, b, c, d, e);
            self.InvalidReferenceCasting.check_fn(context, a, b, c, d, e);
            self.InvalidValue.check_fn(context, a, b, c, d, e);
            self.LetUnderscore.check_fn(context, a, b, c, d, e);
            self.LifetimeSyntax.check_fn(context, a, b, c, d, e);
            self.MapUnitFn.check_fn(context, a, b, c, d, e);
            self.MissingCopyImplementations.check_fn(context, a, b, c, d, e);
            self.MissingDebugImplementations.check_fn(context, a, b, c, d, e);
            self.MissingDoc.check_fn(context, a, b, c, d, e);
            self.MultipleSupertraitUpcastable.check_fn(context, a, b, c, d,
                e);
            self.MutableTransmutes.check_fn(context, a, b, c, d, e);
            self.NonLocalDefinitions.check_fn(context, a, b, c, d, e);
            self.NonPanicFmt.check_fn(context, a, b, c, d, e);
            self.NonShorthandFieldPatterns.check_fn(context, a, b, c, d, e);
            self.NonSnakeCase.check_fn(context, a, b, c, d, e);
            self.NonUpperCaseGlobals.check_fn(context, a, b, c, d, e);
            self.NoopMethodCall.check_fn(context, a, b, c, d, e);
            self.OpaqueHiddenInferredBound.check_fn(context, a, b, c, d, e);
            self.PathStatements.check_fn(context, a, b, c, d, e);
            self.PtrNullChecks.check_fn(context, a, b, c, d, e);
            self.RawBorrowsViaReferences.check_fn(context, a, b, c, d, e);
            self.RuntimeSymbols.check_fn(context, a, b, c, d, e);
            self.ShadowedIntoIter.check_fn(context, a, b, c, d, e);
            self.StaticMutRefs.check_fn(context, a, b, c, d, e);
            self.TrivialConstraints.check_fn(context, a, b, c, d, e);
            self.TypeAliasBounds.check_fn(context, a, b, c, d, e);
            self.TypeLimits.check_fn(context, a, b, c, d, e);
            self.UngatedAsyncFnTrackCaller.check_fn(context, a, b, c, d, e);
            self.UnitBindings.check_fn(context, a, b, c, d, e);
            self.UnqualifiedLocalImports.check_fn(context, a, b, c, d, e);
            self.UnreachablePub.check_fn(context, a, b, c, d, e);
            self.UnstableFeatures.check_fn(context, a, b, c, d, e);
            self.UnusedAllocation.check_fn(context, a, b, c, d, e);
            self.UnusedResults.check_fn(context, a, b, c, d, e);
            self.VariantSizeDifferences.check_fn(context, a, b, c, d, e);
        };
    }
    fn check_trait_item(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::TraitItem<'tcx>) {
        {
            self.AsmLabels.check_trait_item(context, a);
            self.AsyncClosureUsage.check_trait_item(context, a);
            self.AsyncFnInTrait.check_trait_item(context, a);
            self.CVoidReturns.check_trait_item(context, a);
            self.CheckTransmutes.check_trait_item(context, a);
            self.DanglingPointers.check_trait_item(context, a);
            self.DefaultCouldBeDerived.check_trait_item(context, a);
            self.DerefIntoDynSupertrait.check_trait_item(context, a);
            self.DerefNullPtr.check_trait_item(context, a);
            self.DropForgetUseless.check_trait_item(context, a);
            self.DropTraitConstraints.check_trait_item(context, a);
            self.EnumIntrinsicsNonEnums.check_trait_item(context, a);
            self.ExplicitOutlivesRequirements.check_trait_item(context, a);
            self.ForLoopsOverFallibles.check_trait_item(context, a);
            self.FunctionCastsAsInteger.check_trait_item(context, a);
            self.IfLetRescope.check_trait_item(context, a);
            self.ImplTraitOvercaptures.check_trait_item(context, a);
            self.ImplicitAutorefs.check_trait_item(context, a);
            self.ImplicitProvenanceCasts.check_trait_item(context, a);
            self.ImproperCTypesLint.check_trait_item(context, a);
            self.ImproperGpuKernelLint.check_trait_item(context, a);
            self.InteriorMutableConsts.check_trait_item(context, a);
            self.InternalEqTraitMethodImpls.check_trait_item(context, a);
            self.InvalidAtomicOrdering.check_trait_item(context, a);
            self.InvalidFromUtf8.check_trait_item(context, a);
            self.InvalidNoMangleItems.check_trait_item(context, a);
            self.InvalidReferenceCasting.check_trait_item(context, a);
            self.InvalidValue.check_trait_item(context, a);
            self.LetUnderscore.check_trait_item(context, a);
            self.LifetimeSyntax.check_trait_item(context, a);
            self.MapUnitFn.check_trait_item(context, a);
            self.MissingCopyImplementations.check_trait_item(context, a);
            self.MissingDebugImplementations.check_trait_item(context, a);
            self.MissingDoc.check_trait_item(context, a);
            self.MultipleSupertraitUpcastable.check_trait_item(context, a);
            self.MutableTransmutes.check_trait_item(context, a);
            self.NonLocalDefinitions.check_trait_item(context, a);
            self.NonPanicFmt.check_trait_item(context, a);
            self.NonShorthandFieldPatterns.check_trait_item(context, a);
            self.NonSnakeCase.check_trait_item(context, a);
            self.NonUpperCaseGlobals.check_trait_item(context, a);
            self.NoopMethodCall.check_trait_item(context, a);
            self.OpaqueHiddenInferredBound.check_trait_item(context, a);
            self.PathStatements.check_trait_item(context, a);
            self.PtrNullChecks.check_trait_item(context, a);
            self.RawBorrowsViaReferences.check_trait_item(context, a);
            self.RuntimeSymbols.check_trait_item(context, a);
            self.ShadowedIntoIter.check_trait_item(context, a);
            self.StaticMutRefs.check_trait_item(context, a);
            self.TrivialConstraints.check_trait_item(context, a);
            self.TypeAliasBounds.check_trait_item(context, a);
            self.TypeLimits.check_trait_item(context, a);
            self.UngatedAsyncFnTrackCaller.check_trait_item(context, a);
            self.UnitBindings.check_trait_item(context, a);
            self.UnqualifiedLocalImports.check_trait_item(context, a);
            self.UnreachablePub.check_trait_item(context, a);
            self.UnstableFeatures.check_trait_item(context, a);
            self.UnusedAllocation.check_trait_item(context, a);
            self.UnusedResults.check_trait_item(context, a);
            self.VariantSizeDifferences.check_trait_item(context, a);
        };
    }
    fn check_impl_item(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::ImplItem<'tcx>) {
        {
            self.AsmLabels.check_impl_item(context, a);
            self.AsyncClosureUsage.check_impl_item(context, a);
            self.AsyncFnInTrait.check_impl_item(context, a);
            self.CVoidReturns.check_impl_item(context, a);
            self.CheckTransmutes.check_impl_item(context, a);
            self.DanglingPointers.check_impl_item(context, a);
            self.DefaultCouldBeDerived.check_impl_item(context, a);
            self.DerefIntoDynSupertrait.check_impl_item(context, a);
            self.DerefNullPtr.check_impl_item(context, a);
            self.DropForgetUseless.check_impl_item(context, a);
            self.DropTraitConstraints.check_impl_item(context, a);
            self.EnumIntrinsicsNonEnums.check_impl_item(context, a);
            self.ExplicitOutlivesRequirements.check_impl_item(context, a);
            self.ForLoopsOverFallibles.check_impl_item(context, a);
            self.FunctionCastsAsInteger.check_impl_item(context, a);
            self.IfLetRescope.check_impl_item(context, a);
            self.ImplTraitOvercaptures.check_impl_item(context, a);
            self.ImplicitAutorefs.check_impl_item(context, a);
            self.ImplicitProvenanceCasts.check_impl_item(context, a);
            self.ImproperCTypesLint.check_impl_item(context, a);
            self.ImproperGpuKernelLint.check_impl_item(context, a);
            self.InteriorMutableConsts.check_impl_item(context, a);
            self.InternalEqTraitMethodImpls.check_impl_item(context, a);
            self.InvalidAtomicOrdering.check_impl_item(context, a);
            self.InvalidFromUtf8.check_impl_item(context, a);
            self.InvalidNoMangleItems.check_impl_item(context, a);
            self.InvalidReferenceCasting.check_impl_item(context, a);
            self.InvalidValue.check_impl_item(context, a);
            self.LetUnderscore.check_impl_item(context, a);
            self.LifetimeSyntax.check_impl_item(context, a);
            self.MapUnitFn.check_impl_item(context, a);
            self.MissingCopyImplementations.check_impl_item(context, a);
            self.MissingDebugImplementations.check_impl_item(context, a);
            self.MissingDoc.check_impl_item(context, a);
            self.MultipleSupertraitUpcastable.check_impl_item(context, a);
            self.MutableTransmutes.check_impl_item(context, a);
            self.NonLocalDefinitions.check_impl_item(context, a);
            self.NonPanicFmt.check_impl_item(context, a);
            self.NonShorthandFieldPatterns.check_impl_item(context, a);
            self.NonSnakeCase.check_impl_item(context, a);
            self.NonUpperCaseGlobals.check_impl_item(context, a);
            self.NoopMethodCall.check_impl_item(context, a);
            self.OpaqueHiddenInferredBound.check_impl_item(context, a);
            self.PathStatements.check_impl_item(context, a);
            self.PtrNullChecks.check_impl_item(context, a);
            self.RawBorrowsViaReferences.check_impl_item(context, a);
            self.RuntimeSymbols.check_impl_item(context, a);
            self.ShadowedIntoIter.check_impl_item(context, a);
            self.StaticMutRefs.check_impl_item(context, a);
            self.TrivialConstraints.check_impl_item(context, a);
            self.TypeAliasBounds.check_impl_item(context, a);
            self.TypeLimits.check_impl_item(context, a);
            self.UngatedAsyncFnTrackCaller.check_impl_item(context, a);
            self.UnitBindings.check_impl_item(context, a);
            self.UnqualifiedLocalImports.check_impl_item(context, a);
            self.UnreachablePub.check_impl_item(context, a);
            self.UnstableFeatures.check_impl_item(context, a);
            self.UnusedAllocation.check_impl_item(context, a);
            self.UnusedResults.check_impl_item(context, a);
            self.VariantSizeDifferences.check_impl_item(context, a);
        };
    }
    fn check_impl_item_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::ImplItem<'tcx>) {
        {
            self.AsmLabels.check_impl_item_post(context, a);
            self.AsyncClosureUsage.check_impl_item_post(context, a);
            self.AsyncFnInTrait.check_impl_item_post(context, a);
            self.CVoidReturns.check_impl_item_post(context, a);
            self.CheckTransmutes.check_impl_item_post(context, a);
            self.DanglingPointers.check_impl_item_post(context, a);
            self.DefaultCouldBeDerived.check_impl_item_post(context, a);
            self.DerefIntoDynSupertrait.check_impl_item_post(context, a);
            self.DerefNullPtr.check_impl_item_post(context, a);
            self.DropForgetUseless.check_impl_item_post(context, a);
            self.DropTraitConstraints.check_impl_item_post(context, a);
            self.EnumIntrinsicsNonEnums.check_impl_item_post(context, a);
            self.ExplicitOutlivesRequirements.check_impl_item_post(context,
                a);
            self.ForLoopsOverFallibles.check_impl_item_post(context, a);
            self.FunctionCastsAsInteger.check_impl_item_post(context, a);
            self.IfLetRescope.check_impl_item_post(context, a);
            self.ImplTraitOvercaptures.check_impl_item_post(context, a);
            self.ImplicitAutorefs.check_impl_item_post(context, a);
            self.ImplicitProvenanceCasts.check_impl_item_post(context, a);
            self.ImproperCTypesLint.check_impl_item_post(context, a);
            self.ImproperGpuKernelLint.check_impl_item_post(context, a);
            self.InteriorMutableConsts.check_impl_item_post(context, a);
            self.InternalEqTraitMethodImpls.check_impl_item_post(context, a);
            self.InvalidAtomicOrdering.check_impl_item_post(context, a);
            self.InvalidFromUtf8.check_impl_item_post(context, a);
            self.InvalidNoMangleItems.check_impl_item_post(context, a);
            self.InvalidReferenceCasting.check_impl_item_post(context, a);
            self.InvalidValue.check_impl_item_post(context, a);
            self.LetUnderscore.check_impl_item_post(context, a);
            self.LifetimeSyntax.check_impl_item_post(context, a);
            self.MapUnitFn.check_impl_item_post(context, a);
            self.MissingCopyImplementations.check_impl_item_post(context, a);
            self.MissingDebugImplementations.check_impl_item_post(context, a);
            self.MissingDoc.check_impl_item_post(context, a);
            self.MultipleSupertraitUpcastable.check_impl_item_post(context,
                a);
            self.MutableTransmutes.check_impl_item_post(context, a);
            self.NonLocalDefinitions.check_impl_item_post(context, a);
            self.NonPanicFmt.check_impl_item_post(context, a);
            self.NonShorthandFieldPatterns.check_impl_item_post(context, a);
            self.NonSnakeCase.check_impl_item_post(context, a);
            self.NonUpperCaseGlobals.check_impl_item_post(context, a);
            self.NoopMethodCall.check_impl_item_post(context, a);
            self.OpaqueHiddenInferredBound.check_impl_item_post(context, a);
            self.PathStatements.check_impl_item_post(context, a);
            self.PtrNullChecks.check_impl_item_post(context, a);
            self.RawBorrowsViaReferences.check_impl_item_post(context, a);
            self.RuntimeSymbols.check_impl_item_post(context, a);
            self.ShadowedIntoIter.check_impl_item_post(context, a);
            self.StaticMutRefs.check_impl_item_post(context, a);
            self.TrivialConstraints.check_impl_item_post(context, a);
            self.TypeAliasBounds.check_impl_item_post(context, a);
            self.TypeLimits.check_impl_item_post(context, a);
            self.UngatedAsyncFnTrackCaller.check_impl_item_post(context, a);
            self.UnitBindings.check_impl_item_post(context, a);
            self.UnqualifiedLocalImports.check_impl_item_post(context, a);
            self.UnreachablePub.check_impl_item_post(context, a);
            self.UnstableFeatures.check_impl_item_post(context, a);
            self.UnusedAllocation.check_impl_item_post(context, a);
            self.UnusedResults.check_impl_item_post(context, a);
            self.VariantSizeDifferences.check_impl_item_post(context, a);
        };
    }
    fn check_field_def(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::FieldDef<'tcx>) {
        {
            self.AsmLabels.check_field_def(context, a);
            self.AsyncClosureUsage.check_field_def(context, a);
            self.AsyncFnInTrait.check_field_def(context, a);
            self.CVoidReturns.check_field_def(context, a);
            self.CheckTransmutes.check_field_def(context, a);
            self.DanglingPointers.check_field_def(context, a);
            self.DefaultCouldBeDerived.check_field_def(context, a);
            self.DerefIntoDynSupertrait.check_field_def(context, a);
            self.DerefNullPtr.check_field_def(context, a);
            self.DropForgetUseless.check_field_def(context, a);
            self.DropTraitConstraints.check_field_def(context, a);
            self.EnumIntrinsicsNonEnums.check_field_def(context, a);
            self.ExplicitOutlivesRequirements.check_field_def(context, a);
            self.ForLoopsOverFallibles.check_field_def(context, a);
            self.FunctionCastsAsInteger.check_field_def(context, a);
            self.IfLetRescope.check_field_def(context, a);
            self.ImplTraitOvercaptures.check_field_def(context, a);
            self.ImplicitAutorefs.check_field_def(context, a);
            self.ImplicitProvenanceCasts.check_field_def(context, a);
            self.ImproperCTypesLint.check_field_def(context, a);
            self.ImproperGpuKernelLint.check_field_def(context, a);
            self.InteriorMutableConsts.check_field_def(context, a);
            self.InternalEqTraitMethodImpls.check_field_def(context, a);
            self.InvalidAtomicOrdering.check_field_def(context, a);
            self.InvalidFromUtf8.check_field_def(context, a);
            self.InvalidNoMangleItems.check_field_def(context, a);
            self.InvalidReferenceCasting.check_field_def(context, a);
            self.InvalidValue.check_field_def(context, a);
            self.LetUnderscore.check_field_def(context, a);
            self.LifetimeSyntax.check_field_def(context, a);
            self.MapUnitFn.check_field_def(context, a);
            self.MissingCopyImplementations.check_field_def(context, a);
            self.MissingDebugImplementations.check_field_def(context, a);
            self.MissingDoc.check_field_def(context, a);
            self.MultipleSupertraitUpcastable.check_field_def(context, a);
            self.MutableTransmutes.check_field_def(context, a);
            self.NonLocalDefinitions.check_field_def(context, a);
            self.NonPanicFmt.check_field_def(context, a);
            self.NonShorthandFieldPatterns.check_field_def(context, a);
            self.NonSnakeCase.check_field_def(context, a);
            self.NonUpperCaseGlobals.check_field_def(context, a);
            self.NoopMethodCall.check_field_def(context, a);
            self.OpaqueHiddenInferredBound.check_field_def(context, a);
            self.PathStatements.check_field_def(context, a);
            self.PtrNullChecks.check_field_def(context, a);
            self.RawBorrowsViaReferences.check_field_def(context, a);
            self.RuntimeSymbols.check_field_def(context, a);
            self.ShadowedIntoIter.check_field_def(context, a);
            self.StaticMutRefs.check_field_def(context, a);
            self.TrivialConstraints.check_field_def(context, a);
            self.TypeAliasBounds.check_field_def(context, a);
            self.TypeLimits.check_field_def(context, a);
            self.UngatedAsyncFnTrackCaller.check_field_def(context, a);
            self.UnitBindings.check_field_def(context, a);
            self.UnqualifiedLocalImports.check_field_def(context, a);
            self.UnreachablePub.check_field_def(context, a);
            self.UnstableFeatures.check_field_def(context, a);
            self.UnusedAllocation.check_field_def(context, a);
            self.UnusedResults.check_field_def(context, a);
            self.VariantSizeDifferences.check_field_def(context, a);
        };
    }
    fn check_variant(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Variant<'tcx>) {
        {
            self.AsmLabels.check_variant(context, a);
            self.AsyncClosureUsage.check_variant(context, a);
            self.AsyncFnInTrait.check_variant(context, a);
            self.CVoidReturns.check_variant(context, a);
            self.CheckTransmutes.check_variant(context, a);
            self.DanglingPointers.check_variant(context, a);
            self.DefaultCouldBeDerived.check_variant(context, a);
            self.DerefIntoDynSupertrait.check_variant(context, a);
            self.DerefNullPtr.check_variant(context, a);
            self.DropForgetUseless.check_variant(context, a);
            self.DropTraitConstraints.check_variant(context, a);
            self.EnumIntrinsicsNonEnums.check_variant(context, a);
            self.ExplicitOutlivesRequirements.check_variant(context, a);
            self.ForLoopsOverFallibles.check_variant(context, a);
            self.FunctionCastsAsInteger.check_variant(context, a);
            self.IfLetRescope.check_variant(context, a);
            self.ImplTraitOvercaptures.check_variant(context, a);
            self.ImplicitAutorefs.check_variant(context, a);
            self.ImplicitProvenanceCasts.check_variant(context, a);
            self.ImproperCTypesLint.check_variant(context, a);
            self.ImproperGpuKernelLint.check_variant(context, a);
            self.InteriorMutableConsts.check_variant(context, a);
            self.InternalEqTraitMethodImpls.check_variant(context, a);
            self.InvalidAtomicOrdering.check_variant(context, a);
            self.InvalidFromUtf8.check_variant(context, a);
            self.InvalidNoMangleItems.check_variant(context, a);
            self.InvalidReferenceCasting.check_variant(context, a);
            self.InvalidValue.check_variant(context, a);
            self.LetUnderscore.check_variant(context, a);
            self.LifetimeSyntax.check_variant(context, a);
            self.MapUnitFn.check_variant(context, a);
            self.MissingCopyImplementations.check_variant(context, a);
            self.MissingDebugImplementations.check_variant(context, a);
            self.MissingDoc.check_variant(context, a);
            self.MultipleSupertraitUpcastable.check_variant(context, a);
            self.MutableTransmutes.check_variant(context, a);
            self.NonLocalDefinitions.check_variant(context, a);
            self.NonPanicFmt.check_variant(context, a);
            self.NonShorthandFieldPatterns.check_variant(context, a);
            self.NonSnakeCase.check_variant(context, a);
            self.NonUpperCaseGlobals.check_variant(context, a);
            self.NoopMethodCall.check_variant(context, a);
            self.OpaqueHiddenInferredBound.check_variant(context, a);
            self.PathStatements.check_variant(context, a);
            self.PtrNullChecks.check_variant(context, a);
            self.RawBorrowsViaReferences.check_variant(context, a);
            self.RuntimeSymbols.check_variant(context, a);
            self.ShadowedIntoIter.check_variant(context, a);
            self.StaticMutRefs.check_variant(context, a);
            self.TrivialConstraints.check_variant(context, a);
            self.TypeAliasBounds.check_variant(context, a);
            self.TypeLimits.check_variant(context, a);
            self.UngatedAsyncFnTrackCaller.check_variant(context, a);
            self.UnitBindings.check_variant(context, a);
            self.UnqualifiedLocalImports.check_variant(context, a);
            self.UnreachablePub.check_variant(context, a);
            self.UnstableFeatures.check_variant(context, a);
            self.UnusedAllocation.check_variant(context, a);
            self.UnusedResults.check_variant(context, a);
            self.VariantSizeDifferences.check_variant(context, a);
        };
    }
    fn check_path(&mut self, context: &crate::LateContext<'tcx>,
        a: &rustc_hir::Path<'tcx>, b: rustc_hir::HirId) {
        {
            self.AsmLabels.check_path(context, a, b);
            self.AsyncClosureUsage.check_path(context, a, b);
            self.AsyncFnInTrait.check_path(context, a, b);
            self.CVoidReturns.check_path(context, a, b);
            self.CheckTransmutes.check_path(context, a, b);
            self.DanglingPointers.check_path(context, a, b);
            self.DefaultCouldBeDerived.check_path(context, a, b);
            self.DerefIntoDynSupertrait.check_path(context, a, b);
            self.DerefNullPtr.check_path(context, a, b);
            self.DropForgetUseless.check_path(context, a, b);
            self.DropTraitConstraints.check_path(context, a, b);
            self.EnumIntrinsicsNonEnums.check_path(context, a, b);
            self.ExplicitOutlivesRequirements.check_path(context, a, b);
            self.ForLoopsOverFallibles.check_path(context, a, b);
            self.FunctionCastsAsInteger.check_path(context, a, b);
            self.IfLetRescope.check_path(context, a, b);
            self.ImplTraitOvercaptures.check_path(context, a, b);
            self.ImplicitAutorefs.check_path(context, a, b);
            self.ImplicitProvenanceCasts.check_path(context, a, b);
            self.ImproperCTypesLint.check_path(context, a, b);
            self.ImproperGpuKernelLint.check_path(context, a, b);
            self.InteriorMutableConsts.check_path(context, a, b);
            self.InternalEqTraitMethodImpls.check_path(context, a, b);
            self.InvalidAtomicOrdering.check_path(context, a, b);
            self.InvalidFromUtf8.check_path(context, a, b);
            self.InvalidNoMangleItems.check_path(context, a, b);
            self.InvalidReferenceCasting.check_path(context, a, b);
            self.InvalidValue.check_path(context, a, b);
            self.LetUnderscore.check_path(context, a, b);
            self.LifetimeSyntax.check_path(context, a, b);
            self.MapUnitFn.check_path(context, a, b);
            self.MissingCopyImplementations.check_path(context, a, b);
            self.MissingDebugImplementations.check_path(context, a, b);
            self.MissingDoc.check_path(context, a, b);
            self.MultipleSupertraitUpcastable.check_path(context, a, b);
            self.MutableTransmutes.check_path(context, a, b);
            self.NonLocalDefinitions.check_path(context, a, b);
            self.NonPanicFmt.check_path(context, a, b);
            self.NonShorthandFieldPatterns.check_path(context, a, b);
            self.NonSnakeCase.check_path(context, a, b);
            self.NonUpperCaseGlobals.check_path(context, a, b);
            self.NoopMethodCall.check_path(context, a, b);
            self.OpaqueHiddenInferredBound.check_path(context, a, b);
            self.PathStatements.check_path(context, a, b);
            self.PtrNullChecks.check_path(context, a, b);
            self.RawBorrowsViaReferences.check_path(context, a, b);
            self.RuntimeSymbols.check_path(context, a, b);
            self.ShadowedIntoIter.check_path(context, a, b);
            self.StaticMutRefs.check_path(context, a, b);
            self.TrivialConstraints.check_path(context, a, b);
            self.TypeAliasBounds.check_path(context, a, b);
            self.TypeLimits.check_path(context, a, b);
            self.UngatedAsyncFnTrackCaller.check_path(context, a, b);
            self.UnitBindings.check_path(context, a, b);
            self.UnqualifiedLocalImports.check_path(context, a, b);
            self.UnreachablePub.check_path(context, a, b);
            self.UnstableFeatures.check_path(context, a, b);
            self.UnusedAllocation.check_path(context, a, b);
            self.UnusedResults.check_path(context, a, b);
            self.VariantSizeDifferences.check_path(context, a, b);
        };
    }
    fn check_attribute(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Attribute) {
        {
            self.AsmLabels.check_attribute(context, a);
            self.AsyncClosureUsage.check_attribute(context, a);
            self.AsyncFnInTrait.check_attribute(context, a);
            self.CVoidReturns.check_attribute(context, a);
            self.CheckTransmutes.check_attribute(context, a);
            self.DanglingPointers.check_attribute(context, a);
            self.DefaultCouldBeDerived.check_attribute(context, a);
            self.DerefIntoDynSupertrait.check_attribute(context, a);
            self.DerefNullPtr.check_attribute(context, a);
            self.DropForgetUseless.check_attribute(context, a);
            self.DropTraitConstraints.check_attribute(context, a);
            self.EnumIntrinsicsNonEnums.check_attribute(context, a);
            self.ExplicitOutlivesRequirements.check_attribute(context, a);
            self.ForLoopsOverFallibles.check_attribute(context, a);
            self.FunctionCastsAsInteger.check_attribute(context, a);
            self.IfLetRescope.check_attribute(context, a);
            self.ImplTraitOvercaptures.check_attribute(context, a);
            self.ImplicitAutorefs.check_attribute(context, a);
            self.ImplicitProvenanceCasts.check_attribute(context, a);
            self.ImproperCTypesLint.check_attribute(context, a);
            self.ImproperGpuKernelLint.check_attribute(context, a);
            self.InteriorMutableConsts.check_attribute(context, a);
            self.InternalEqTraitMethodImpls.check_attribute(context, a);
            self.InvalidAtomicOrdering.check_attribute(context, a);
            self.InvalidFromUtf8.check_attribute(context, a);
            self.InvalidNoMangleItems.check_attribute(context, a);
            self.InvalidReferenceCasting.check_attribute(context, a);
            self.InvalidValue.check_attribute(context, a);
            self.LetUnderscore.check_attribute(context, a);
            self.LifetimeSyntax.check_attribute(context, a);
            self.MapUnitFn.check_attribute(context, a);
            self.MissingCopyImplementations.check_attribute(context, a);
            self.MissingDebugImplementations.check_attribute(context, a);
            self.MissingDoc.check_attribute(context, a);
            self.MultipleSupertraitUpcastable.check_attribute(context, a);
            self.MutableTransmutes.check_attribute(context, a);
            self.NonLocalDefinitions.check_attribute(context, a);
            self.NonPanicFmt.check_attribute(context, a);
            self.NonShorthandFieldPatterns.check_attribute(context, a);
            self.NonSnakeCase.check_attribute(context, a);
            self.NonUpperCaseGlobals.check_attribute(context, a);
            self.NoopMethodCall.check_attribute(context, a);
            self.OpaqueHiddenInferredBound.check_attribute(context, a);
            self.PathStatements.check_attribute(context, a);
            self.PtrNullChecks.check_attribute(context, a);
            self.RawBorrowsViaReferences.check_attribute(context, a);
            self.RuntimeSymbols.check_attribute(context, a);
            self.ShadowedIntoIter.check_attribute(context, a);
            self.StaticMutRefs.check_attribute(context, a);
            self.TrivialConstraints.check_attribute(context, a);
            self.TypeAliasBounds.check_attribute(context, a);
            self.TypeLimits.check_attribute(context, a);
            self.UngatedAsyncFnTrackCaller.check_attribute(context, a);
            self.UnitBindings.check_attribute(context, a);
            self.UnqualifiedLocalImports.check_attribute(context, a);
            self.UnreachablePub.check_attribute(context, a);
            self.UnstableFeatures.check_attribute(context, a);
            self.UnusedAllocation.check_attribute(context, a);
            self.UnusedResults.check_attribute(context, a);
            self.VariantSizeDifferences.check_attribute(context, a);
        };
    }
    fn check_attributes(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx [rustc_hir::Attribute]) {
        {
            self.AsmLabels.check_attributes(context, a);
            self.AsyncClosureUsage.check_attributes(context, a);
            self.AsyncFnInTrait.check_attributes(context, a);
            self.CVoidReturns.check_attributes(context, a);
            self.CheckTransmutes.check_attributes(context, a);
            self.DanglingPointers.check_attributes(context, a);
            self.DefaultCouldBeDerived.check_attributes(context, a);
            self.DerefIntoDynSupertrait.check_attributes(context, a);
            self.DerefNullPtr.check_attributes(context, a);
            self.DropForgetUseless.check_attributes(context, a);
            self.DropTraitConstraints.check_attributes(context, a);
            self.EnumIntrinsicsNonEnums.check_attributes(context, a);
            self.ExplicitOutlivesRequirements.check_attributes(context, a);
            self.ForLoopsOverFallibles.check_attributes(context, a);
            self.FunctionCastsAsInteger.check_attributes(context, a);
            self.IfLetRescope.check_attributes(context, a);
            self.ImplTraitOvercaptures.check_attributes(context, a);
            self.ImplicitAutorefs.check_attributes(context, a);
            self.ImplicitProvenanceCasts.check_attributes(context, a);
            self.ImproperCTypesLint.check_attributes(context, a);
            self.ImproperGpuKernelLint.check_attributes(context, a);
            self.InteriorMutableConsts.check_attributes(context, a);
            self.InternalEqTraitMethodImpls.check_attributes(context, a);
            self.InvalidAtomicOrdering.check_attributes(context, a);
            self.InvalidFromUtf8.check_attributes(context, a);
            self.InvalidNoMangleItems.check_attributes(context, a);
            self.InvalidReferenceCasting.check_attributes(context, a);
            self.InvalidValue.check_attributes(context, a);
            self.LetUnderscore.check_attributes(context, a);
            self.LifetimeSyntax.check_attributes(context, a);
            self.MapUnitFn.check_attributes(context, a);
            self.MissingCopyImplementations.check_attributes(context, a);
            self.MissingDebugImplementations.check_attributes(context, a);
            self.MissingDoc.check_attributes(context, a);
            self.MultipleSupertraitUpcastable.check_attributes(context, a);
            self.MutableTransmutes.check_attributes(context, a);
            self.NonLocalDefinitions.check_attributes(context, a);
            self.NonPanicFmt.check_attributes(context, a);
            self.NonShorthandFieldPatterns.check_attributes(context, a);
            self.NonSnakeCase.check_attributes(context, a);
            self.NonUpperCaseGlobals.check_attributes(context, a);
            self.NoopMethodCall.check_attributes(context, a);
            self.OpaqueHiddenInferredBound.check_attributes(context, a);
            self.PathStatements.check_attributes(context, a);
            self.PtrNullChecks.check_attributes(context, a);
            self.RawBorrowsViaReferences.check_attributes(context, a);
            self.RuntimeSymbols.check_attributes(context, a);
            self.ShadowedIntoIter.check_attributes(context, a);
            self.StaticMutRefs.check_attributes(context, a);
            self.TrivialConstraints.check_attributes(context, a);
            self.TypeAliasBounds.check_attributes(context, a);
            self.TypeLimits.check_attributes(context, a);
            self.UngatedAsyncFnTrackCaller.check_attributes(context, a);
            self.UnitBindings.check_attributes(context, a);
            self.UnqualifiedLocalImports.check_attributes(context, a);
            self.UnreachablePub.check_attributes(context, a);
            self.UnstableFeatures.check_attributes(context, a);
            self.UnusedAllocation.check_attributes(context, a);
            self.UnusedResults.check_attributes(context, a);
            self.VariantSizeDifferences.check_attributes(context, a);
        };
    }
    fn check_attributes_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx [rustc_hir::Attribute]) {
        {
            self.AsmLabels.check_attributes_post(context, a);
            self.AsyncClosureUsage.check_attributes_post(context, a);
            self.AsyncFnInTrait.check_attributes_post(context, a);
            self.CVoidReturns.check_attributes_post(context, a);
            self.CheckTransmutes.check_attributes_post(context, a);
            self.DanglingPointers.check_attributes_post(context, a);
            self.DefaultCouldBeDerived.check_attributes_post(context, a);
            self.DerefIntoDynSupertrait.check_attributes_post(context, a);
            self.DerefNullPtr.check_attributes_post(context, a);
            self.DropForgetUseless.check_attributes_post(context, a);
            self.DropTraitConstraints.check_attributes_post(context, a);
            self.EnumIntrinsicsNonEnums.check_attributes_post(context, a);
            self.ExplicitOutlivesRequirements.check_attributes_post(context,
                a);
            self.ForLoopsOverFallibles.check_attributes_post(context, a);
            self.FunctionCastsAsInteger.check_attributes_post(context, a);
            self.IfLetRescope.check_attributes_post(context, a);
            self.ImplTraitOvercaptures.check_attributes_post(context, a);
            self.ImplicitAutorefs.check_attributes_post(context, a);
            self.ImplicitProvenanceCasts.check_attributes_post(context, a);
            self.ImproperCTypesLint.check_attributes_post(context, a);
            self.ImproperGpuKernelLint.check_attributes_post(context, a);
            self.InteriorMutableConsts.check_attributes_post(context, a);
            self.InternalEqTraitMethodImpls.check_attributes_post(context, a);
            self.InvalidAtomicOrdering.check_attributes_post(context, a);
            self.InvalidFromUtf8.check_attributes_post(context, a);
            self.InvalidNoMangleItems.check_attributes_post(context, a);
            self.InvalidReferenceCasting.check_attributes_post(context, a);
            self.InvalidValue.check_attributes_post(context, a);
            self.LetUnderscore.check_attributes_post(context, a);
            self.LifetimeSyntax.check_attributes_post(context, a);
            self.MapUnitFn.check_attributes_post(context, a);
            self.MissingCopyImplementations.check_attributes_post(context, a);
            self.MissingDebugImplementations.check_attributes_post(context,
                a);
            self.MissingDoc.check_attributes_post(context, a);
            self.MultipleSupertraitUpcastable.check_attributes_post(context,
                a);
            self.MutableTransmutes.check_attributes_post(context, a);
            self.NonLocalDefinitions.check_attributes_post(context, a);
            self.NonPanicFmt.check_attributes_post(context, a);
            self.NonShorthandFieldPatterns.check_attributes_post(context, a);
            self.NonSnakeCase.check_attributes_post(context, a);
            self.NonUpperCaseGlobals.check_attributes_post(context, a);
            self.NoopMethodCall.check_attributes_post(context, a);
            self.OpaqueHiddenInferredBound.check_attributes_post(context, a);
            self.PathStatements.check_attributes_post(context, a);
            self.PtrNullChecks.check_attributes_post(context, a);
            self.RawBorrowsViaReferences.check_attributes_post(context, a);
            self.RuntimeSymbols.check_attributes_post(context, a);
            self.ShadowedIntoIter.check_attributes_post(context, a);
            self.StaticMutRefs.check_attributes_post(context, a);
            self.TrivialConstraints.check_attributes_post(context, a);
            self.TypeAliasBounds.check_attributes_post(context, a);
            self.TypeLimits.check_attributes_post(context, a);
            self.UngatedAsyncFnTrackCaller.check_attributes_post(context, a);
            self.UnitBindings.check_attributes_post(context, a);
            self.UnqualifiedLocalImports.check_attributes_post(context, a);
            self.UnreachablePub.check_attributes_post(context, a);
            self.UnstableFeatures.check_attributes_post(context, a);
            self.UnusedAllocation.check_attributes_post(context, a);
            self.UnusedResults.check_attributes_post(context, a);
            self.VariantSizeDifferences.check_attributes_post(context, a);
        };
    }
}
#[allow(rustc :: lint_pass_impl_without_macro)]
impl crate::LintPass for BuiltinCombinedLateLintModPass {
    fn name(&self) -> &'static str { "BuiltinCombinedLateLintModPass" }
    fn get_lints(&self) -> LintVec {
        BuiltinCombinedLateLintModPass::lint_vec()
    }
}late_lint_methods!(
214    declare_combined_late_lint_pass,
215    [
216        BuiltinCombinedLateLintModPass,
217        [
218            // tidy-alphabetical-start
219            AsmLabels: AsmLabels,
220            AsyncClosureUsage: AsyncClosureUsage,
221            AsyncFnInTrait: AsyncFnInTrait,
222            CVoidReturns: CVoidReturns,
223            CheckTransmutes: CheckTransmutes,
224            DanglingPointers: DanglingPointers,
225            DefaultCouldBeDerived: DefaultCouldBeDerived,
226            DerefIntoDynSupertrait: DerefIntoDynSupertrait,
227            DerefNullPtr: DerefNullPtr,
228            DropForgetUseless: DropForgetUseless,
229            DropTraitConstraints: DropTraitConstraints,
230            EnumIntrinsicsNonEnums: EnumIntrinsicsNonEnums,
231            ExplicitOutlivesRequirements: ExplicitOutlivesRequirements,
232            ForLoopsOverFallibles: ForLoopsOverFallibles,
233            FunctionCastsAsInteger: FunctionCastsAsInteger,
234            IfLetRescope: IfLetRescope::default(),
235            ImplTraitOvercaptures: ImplTraitOvercaptures,
236            ImplicitAutorefs: ImplicitAutorefs,
237            ImplicitProvenanceCasts: ImplicitProvenanceCasts,
238            ImproperCTypesLint: ImproperCTypesLint,
239            ImproperGpuKernelLint: ImproperGpuKernelLint,
240            InteriorMutableConsts: InteriorMutableConsts,
241            InternalEqTraitMethodImpls: InternalEqTraitMethodImpls,
242            InvalidAtomicOrdering: InvalidAtomicOrdering,
243            InvalidFromUtf8: InvalidFromUtf8,
244            InvalidNoMangleItems: InvalidNoMangleItems,
245            InvalidReferenceCasting: InvalidReferenceCasting,
246            InvalidValue: InvalidValue,
247            LetUnderscore: LetUnderscore,
248            LifetimeSyntax: LifetimeSyntax,
249            MapUnitFn: MapUnitFn,
250            // Depends on types used in type definitions
251            MissingCopyImplementations: MissingCopyImplementations,
252            MissingDebugImplementations: MissingDebugImplementations,
253            MissingDoc: MissingDoc,
254            MultipleSupertraitUpcastable: MultipleSupertraitUpcastable,
255            MutableTransmutes: MutableTransmutes,
256            NonLocalDefinitions: NonLocalDefinitions::default(),
257            NonPanicFmt: NonPanicFmt,
258            NonShorthandFieldPatterns: NonShorthandFieldPatterns,
259            NonSnakeCase: NonSnakeCase,
260            NonUpperCaseGlobals: NonUpperCaseGlobals,
261            NoopMethodCall: NoopMethodCall,
262            OpaqueHiddenInferredBound: OpaqueHiddenInferredBound,
263            PathStatements: PathStatements,
264            // Depends on referenced function signatures in expressions
265            PtrNullChecks: PtrNullChecks,
266            RawBorrowsViaReferences: RawBorrowsViaReferences,
267            RuntimeSymbols: RuntimeSymbols,
268            ShadowedIntoIter: ShadowedIntoIter,
269            StaticMutRefs: StaticMutRefs,
270            TrivialConstraints: TrivialConstraints,
271            TypeAliasBounds: TypeAliasBounds,
272            TypeLimits: TypeLimits::new(),
273            UngatedAsyncFnTrackCaller: UngatedAsyncFnTrackCaller,
274            UnitBindings: UnitBindings,
275            UnqualifiedLocalImports: UnqualifiedLocalImports,
276            // Depends on effective visibilities
277            UnreachablePub: UnreachablePub,
278            UnstableFeatures: UnstableFeatures,
279            UnusedAllocation: UnusedAllocation,
280            // Depends on referenced function signatures in expressions
281            UnusedResults: UnusedResults,
282            VariantSizeDifferences: VariantSizeDifferences,
283            // tidy-alphabetical-end
284        ]
285    ]
286);
287
288#[allow(non_snake_case)]
struct InternalCombinedLateLintModPass {
    BadOptAccess: BadOptAccess,
    DefaultHashTypes: DefaultHashTypes,
    DisallowedPassByRef: DisallowedPassByRef,
    QueryStability: QueryStability,
    RustcMustMatchExhaustively: RustcMustMatchExhaustively,
    SpanUseEqCtxt: SpanUseEqCtxt,
    SymbolInternStringLiteral: SymbolInternStringLiteral,
    TyTyKind: TyTyKind,
    TypeIr: TypeIr,
}
impl InternalCombinedLateLintModPass {
    fn new() -> Self {
        Self {
            BadOptAccess: BadOptAccess,
            DefaultHashTypes: DefaultHashTypes,
            DisallowedPassByRef: DisallowedPassByRef,
            QueryStability: QueryStability,
            RustcMustMatchExhaustively: RustcMustMatchExhaustively,
            SpanUseEqCtxt: SpanUseEqCtxt,
            SymbolInternStringLiteral: SymbolInternStringLiteral,
            TyTyKind: TyTyKind,
            TypeIr: TypeIr,
        }
    }
    fn lint_vec() -> crate::LintVec {
        let mut lints = Vec::new();
        lints.extend_from_slice(&BadOptAccess::lint_vec());
        lints.extend_from_slice(&DefaultHashTypes::lint_vec());
        lints.extend_from_slice(&DisallowedPassByRef::lint_vec());
        lints.extend_from_slice(&QueryStability::lint_vec());
        lints.extend_from_slice(&RustcMustMatchExhaustively::lint_vec());
        lints.extend_from_slice(&SpanUseEqCtxt::lint_vec());
        lints.extend_from_slice(&SymbolInternStringLiteral::lint_vec());
        lints.extend_from_slice(&TyTyKind::lint_vec());
        lints.extend_from_slice(&TypeIr::lint_vec());
        lints
    }
}
impl<'tcx> crate::LateLintPass<'tcx> for InternalCombinedLateLintModPass {
    fn check_body(&mut self, context: &crate::LateContext<'tcx>,
        a: &rustc_hir::Body<'tcx>) {
        {
            self.BadOptAccess.check_body(context, a);
            self.DefaultHashTypes.check_body(context, a);
            self.DisallowedPassByRef.check_body(context, a);
            self.QueryStability.check_body(context, a);
            self.RustcMustMatchExhaustively.check_body(context, a);
            self.SpanUseEqCtxt.check_body(context, a);
            self.SymbolInternStringLiteral.check_body(context, a);
            self.TyTyKind.check_body(context, a);
            self.TypeIr.check_body(context, a);
        };
    }
    fn check_body_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &rustc_hir::Body<'tcx>) {
        {
            self.BadOptAccess.check_body_post(context, a);
            self.DefaultHashTypes.check_body_post(context, a);
            self.DisallowedPassByRef.check_body_post(context, a);
            self.QueryStability.check_body_post(context, a);
            self.RustcMustMatchExhaustively.check_body_post(context, a);
            self.SpanUseEqCtxt.check_body_post(context, a);
            self.SymbolInternStringLiteral.check_body_post(context, a);
            self.TyTyKind.check_body_post(context, a);
            self.TypeIr.check_body_post(context, a);
        };
    }
    fn check_crate(&mut self, context: &crate::LateContext<'tcx>) {
        {
            self.BadOptAccess.check_crate(context);
            self.DefaultHashTypes.check_crate(context);
            self.DisallowedPassByRef.check_crate(context);
            self.QueryStability.check_crate(context);
            self.RustcMustMatchExhaustively.check_crate(context);
            self.SpanUseEqCtxt.check_crate(context);
            self.SymbolInternStringLiteral.check_crate(context);
            self.TyTyKind.check_crate(context);
            self.TypeIr.check_crate(context);
        };
    }
    fn check_crate_post(&mut self, context: &crate::LateContext<'tcx>) {
        {
            self.BadOptAccess.check_crate_post(context);
            self.DefaultHashTypes.check_crate_post(context);
            self.DisallowedPassByRef.check_crate_post(context);
            self.QueryStability.check_crate_post(context);
            self.RustcMustMatchExhaustively.check_crate_post(context);
            self.SpanUseEqCtxt.check_crate_post(context);
            self.SymbolInternStringLiteral.check_crate_post(context);
            self.TyTyKind.check_crate_post(context);
            self.TypeIr.check_crate_post(context);
        };
    }
    fn check_mod(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Mod<'tcx>, b: rustc_hir::HirId) {
        {
            self.BadOptAccess.check_mod(context, a, b);
            self.DefaultHashTypes.check_mod(context, a, b);
            self.DisallowedPassByRef.check_mod(context, a, b);
            self.QueryStability.check_mod(context, a, b);
            self.RustcMustMatchExhaustively.check_mod(context, a, b);
            self.SpanUseEqCtxt.check_mod(context, a, b);
            self.SymbolInternStringLiteral.check_mod(context, a, b);
            self.TyTyKind.check_mod(context, a, b);
            self.TypeIr.check_mod(context, a, b);
        };
    }
    fn check_foreign_item(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::ForeignItem<'tcx>) {
        {
            self.BadOptAccess.check_foreign_item(context, a);
            self.DefaultHashTypes.check_foreign_item(context, a);
            self.DisallowedPassByRef.check_foreign_item(context, a);
            self.QueryStability.check_foreign_item(context, a);
            self.RustcMustMatchExhaustively.check_foreign_item(context, a);
            self.SpanUseEqCtxt.check_foreign_item(context, a);
            self.SymbolInternStringLiteral.check_foreign_item(context, a);
            self.TyTyKind.check_foreign_item(context, a);
            self.TypeIr.check_foreign_item(context, a);
        };
    }
    fn check_item(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Item<'tcx>) {
        {
            self.BadOptAccess.check_item(context, a);
            self.DefaultHashTypes.check_item(context, a);
            self.DisallowedPassByRef.check_item(context, a);
            self.QueryStability.check_item(context, a);
            self.RustcMustMatchExhaustively.check_item(context, a);
            self.SpanUseEqCtxt.check_item(context, a);
            self.SymbolInternStringLiteral.check_item(context, a);
            self.TyTyKind.check_item(context, a);
            self.TypeIr.check_item(context, a);
        };
    }
    fn check_item_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Item<'tcx>) {
        {
            self.BadOptAccess.check_item_post(context, a);
            self.DefaultHashTypes.check_item_post(context, a);
            self.DisallowedPassByRef.check_item_post(context, a);
            self.QueryStability.check_item_post(context, a);
            self.RustcMustMatchExhaustively.check_item_post(context, a);
            self.SpanUseEqCtxt.check_item_post(context, a);
            self.SymbolInternStringLiteral.check_item_post(context, a);
            self.TyTyKind.check_item_post(context, a);
            self.TypeIr.check_item_post(context, a);
        };
    }
    fn check_local(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::LetStmt<'tcx>) {
        {
            self.BadOptAccess.check_local(context, a);
            self.DefaultHashTypes.check_local(context, a);
            self.DisallowedPassByRef.check_local(context, a);
            self.QueryStability.check_local(context, a);
            self.RustcMustMatchExhaustively.check_local(context, a);
            self.SpanUseEqCtxt.check_local(context, a);
            self.SymbolInternStringLiteral.check_local(context, a);
            self.TyTyKind.check_local(context, a);
            self.TypeIr.check_local(context, a);
        };
    }
    fn check_block(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Block<'tcx>) {
        {
            self.BadOptAccess.check_block(context, a);
            self.DefaultHashTypes.check_block(context, a);
            self.DisallowedPassByRef.check_block(context, a);
            self.QueryStability.check_block(context, a);
            self.RustcMustMatchExhaustively.check_block(context, a);
            self.SpanUseEqCtxt.check_block(context, a);
            self.SymbolInternStringLiteral.check_block(context, a);
            self.TyTyKind.check_block(context, a);
            self.TypeIr.check_block(context, a);
        };
    }
    fn check_block_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Block<'tcx>) {
        {
            self.BadOptAccess.check_block_post(context, a);
            self.DefaultHashTypes.check_block_post(context, a);
            self.DisallowedPassByRef.check_block_post(context, a);
            self.QueryStability.check_block_post(context, a);
            self.RustcMustMatchExhaustively.check_block_post(context, a);
            self.SpanUseEqCtxt.check_block_post(context, a);
            self.SymbolInternStringLiteral.check_block_post(context, a);
            self.TyTyKind.check_block_post(context, a);
            self.TypeIr.check_block_post(context, a);
        };
    }
    fn check_stmt(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Stmt<'tcx>) {
        {
            self.BadOptAccess.check_stmt(context, a);
            self.DefaultHashTypes.check_stmt(context, a);
            self.DisallowedPassByRef.check_stmt(context, a);
            self.QueryStability.check_stmt(context, a);
            self.RustcMustMatchExhaustively.check_stmt(context, a);
            self.SpanUseEqCtxt.check_stmt(context, a);
            self.SymbolInternStringLiteral.check_stmt(context, a);
            self.TyTyKind.check_stmt(context, a);
            self.TypeIr.check_stmt(context, a);
        };
    }
    fn check_arm(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Arm<'tcx>) {
        {
            self.BadOptAccess.check_arm(context, a);
            self.DefaultHashTypes.check_arm(context, a);
            self.DisallowedPassByRef.check_arm(context, a);
            self.QueryStability.check_arm(context, a);
            self.RustcMustMatchExhaustively.check_arm(context, a);
            self.SpanUseEqCtxt.check_arm(context, a);
            self.SymbolInternStringLiteral.check_arm(context, a);
            self.TyTyKind.check_arm(context, a);
            self.TypeIr.check_arm(context, a);
        };
    }
    fn check_pat(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Pat<'tcx>) {
        {
            self.BadOptAccess.check_pat(context, a);
            self.DefaultHashTypes.check_pat(context, a);
            self.DisallowedPassByRef.check_pat(context, a);
            self.QueryStability.check_pat(context, a);
            self.RustcMustMatchExhaustively.check_pat(context, a);
            self.SpanUseEqCtxt.check_pat(context, a);
            self.SymbolInternStringLiteral.check_pat(context, a);
            self.TyTyKind.check_pat(context, a);
            self.TypeIr.check_pat(context, a);
        };
    }
    fn check_lit(&mut self, context: &crate::LateContext<'tcx>,
        hir_id: rustc_hir::HirId, a: rustc_hir::Lit, is_negated_pat: bool) {
        {
            self.BadOptAccess.check_lit(context, hir_id, a, is_negated_pat);
            self.DefaultHashTypes.check_lit(context, hir_id, a,
                is_negated_pat);
            self.DisallowedPassByRef.check_lit(context, hir_id, a,
                is_negated_pat);
            self.QueryStability.check_lit(context, hir_id, a, is_negated_pat);
            self.RustcMustMatchExhaustively.check_lit(context, hir_id, a,
                is_negated_pat);
            self.SpanUseEqCtxt.check_lit(context, hir_id, a, is_negated_pat);
            self.SymbolInternStringLiteral.check_lit(context, hir_id, a,
                is_negated_pat);
            self.TyTyKind.check_lit(context, hir_id, a, is_negated_pat);
            self.TypeIr.check_lit(context, hir_id, a, is_negated_pat);
        };
    }
    fn check_expr(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Expr<'tcx>) {
        {
            self.BadOptAccess.check_expr(context, a);
            self.DefaultHashTypes.check_expr(context, a);
            self.DisallowedPassByRef.check_expr(context, a);
            self.QueryStability.check_expr(context, a);
            self.RustcMustMatchExhaustively.check_expr(context, a);
            self.SpanUseEqCtxt.check_expr(context, a);
            self.SymbolInternStringLiteral.check_expr(context, a);
            self.TyTyKind.check_expr(context, a);
            self.TypeIr.check_expr(context, a);
        };
    }
    fn check_expr_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Expr<'tcx>) {
        {
            self.BadOptAccess.check_expr_post(context, a);
            self.DefaultHashTypes.check_expr_post(context, a);
            self.DisallowedPassByRef.check_expr_post(context, a);
            self.QueryStability.check_expr_post(context, a);
            self.RustcMustMatchExhaustively.check_expr_post(context, a);
            self.SpanUseEqCtxt.check_expr_post(context, a);
            self.SymbolInternStringLiteral.check_expr_post(context, a);
            self.TyTyKind.check_expr_post(context, a);
            self.TypeIr.check_expr_post(context, a);
        };
    }
    fn check_ty(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Ty<'tcx, rustc_hir::AmbigArg>) {
        {
            self.BadOptAccess.check_ty(context, a);
            self.DefaultHashTypes.check_ty(context, a);
            self.DisallowedPassByRef.check_ty(context, a);
            self.QueryStability.check_ty(context, a);
            self.RustcMustMatchExhaustively.check_ty(context, a);
            self.SpanUseEqCtxt.check_ty(context, a);
            self.SymbolInternStringLiteral.check_ty(context, a);
            self.TyTyKind.check_ty(context, a);
            self.TypeIr.check_ty(context, a);
        };
    }
    fn check_generic_param(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::GenericParam<'tcx>) {
        {
            self.BadOptAccess.check_generic_param(context, a);
            self.DefaultHashTypes.check_generic_param(context, a);
            self.DisallowedPassByRef.check_generic_param(context, a);
            self.QueryStability.check_generic_param(context, a);
            self.RustcMustMatchExhaustively.check_generic_param(context, a);
            self.SpanUseEqCtxt.check_generic_param(context, a);
            self.SymbolInternStringLiteral.check_generic_param(context, a);
            self.TyTyKind.check_generic_param(context, a);
            self.TypeIr.check_generic_param(context, a);
        };
    }
    fn check_generics(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Generics<'tcx>) {
        {
            self.BadOptAccess.check_generics(context, a);
            self.DefaultHashTypes.check_generics(context, a);
            self.DisallowedPassByRef.check_generics(context, a);
            self.QueryStability.check_generics(context, a);
            self.RustcMustMatchExhaustively.check_generics(context, a);
            self.SpanUseEqCtxt.check_generics(context, a);
            self.SymbolInternStringLiteral.check_generics(context, a);
            self.TyTyKind.check_generics(context, a);
            self.TypeIr.check_generics(context, a);
        };
    }
    fn check_poly_trait_ref(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::PolyTraitRef<'tcx>) {
        {
            self.BadOptAccess.check_poly_trait_ref(context, a);
            self.DefaultHashTypes.check_poly_trait_ref(context, a);
            self.DisallowedPassByRef.check_poly_trait_ref(context, a);
            self.QueryStability.check_poly_trait_ref(context, a);
            self.RustcMustMatchExhaustively.check_poly_trait_ref(context, a);
            self.SpanUseEqCtxt.check_poly_trait_ref(context, a);
            self.SymbolInternStringLiteral.check_poly_trait_ref(context, a);
            self.TyTyKind.check_poly_trait_ref(context, a);
            self.TypeIr.check_poly_trait_ref(context, a);
        };
    }
    fn check_fn(&mut self, context: &crate::LateContext<'tcx>,
        a: rustc_hir::intravisit::FnKind<'tcx>,
        b: &'tcx rustc_hir::FnDecl<'tcx>, c: &'tcx rustc_hir::Body<'tcx>,
        d: rustc_span::Span, e: rustc_span::def_id::LocalDefId) {
        {
            self.BadOptAccess.check_fn(context, a, b, c, d, e);
            self.DefaultHashTypes.check_fn(context, a, b, c, d, e);
            self.DisallowedPassByRef.check_fn(context, a, b, c, d, e);
            self.QueryStability.check_fn(context, a, b, c, d, e);
            self.RustcMustMatchExhaustively.check_fn(context, a, b, c, d, e);
            self.SpanUseEqCtxt.check_fn(context, a, b, c, d, e);
            self.SymbolInternStringLiteral.check_fn(context, a, b, c, d, e);
            self.TyTyKind.check_fn(context, a, b, c, d, e);
            self.TypeIr.check_fn(context, a, b, c, d, e);
        };
    }
    fn check_trait_item(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::TraitItem<'tcx>) {
        {
            self.BadOptAccess.check_trait_item(context, a);
            self.DefaultHashTypes.check_trait_item(context, a);
            self.DisallowedPassByRef.check_trait_item(context, a);
            self.QueryStability.check_trait_item(context, a);
            self.RustcMustMatchExhaustively.check_trait_item(context, a);
            self.SpanUseEqCtxt.check_trait_item(context, a);
            self.SymbolInternStringLiteral.check_trait_item(context, a);
            self.TyTyKind.check_trait_item(context, a);
            self.TypeIr.check_trait_item(context, a);
        };
    }
    fn check_impl_item(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::ImplItem<'tcx>) {
        {
            self.BadOptAccess.check_impl_item(context, a);
            self.DefaultHashTypes.check_impl_item(context, a);
            self.DisallowedPassByRef.check_impl_item(context, a);
            self.QueryStability.check_impl_item(context, a);
            self.RustcMustMatchExhaustively.check_impl_item(context, a);
            self.SpanUseEqCtxt.check_impl_item(context, a);
            self.SymbolInternStringLiteral.check_impl_item(context, a);
            self.TyTyKind.check_impl_item(context, a);
            self.TypeIr.check_impl_item(context, a);
        };
    }
    fn check_impl_item_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::ImplItem<'tcx>) {
        {
            self.BadOptAccess.check_impl_item_post(context, a);
            self.DefaultHashTypes.check_impl_item_post(context, a);
            self.DisallowedPassByRef.check_impl_item_post(context, a);
            self.QueryStability.check_impl_item_post(context, a);
            self.RustcMustMatchExhaustively.check_impl_item_post(context, a);
            self.SpanUseEqCtxt.check_impl_item_post(context, a);
            self.SymbolInternStringLiteral.check_impl_item_post(context, a);
            self.TyTyKind.check_impl_item_post(context, a);
            self.TypeIr.check_impl_item_post(context, a);
        };
    }
    fn check_field_def(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::FieldDef<'tcx>) {
        {
            self.BadOptAccess.check_field_def(context, a);
            self.DefaultHashTypes.check_field_def(context, a);
            self.DisallowedPassByRef.check_field_def(context, a);
            self.QueryStability.check_field_def(context, a);
            self.RustcMustMatchExhaustively.check_field_def(context, a);
            self.SpanUseEqCtxt.check_field_def(context, a);
            self.SymbolInternStringLiteral.check_field_def(context, a);
            self.TyTyKind.check_field_def(context, a);
            self.TypeIr.check_field_def(context, a);
        };
    }
    fn check_variant(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Variant<'tcx>) {
        {
            self.BadOptAccess.check_variant(context, a);
            self.DefaultHashTypes.check_variant(context, a);
            self.DisallowedPassByRef.check_variant(context, a);
            self.QueryStability.check_variant(context, a);
            self.RustcMustMatchExhaustively.check_variant(context, a);
            self.SpanUseEqCtxt.check_variant(context, a);
            self.SymbolInternStringLiteral.check_variant(context, a);
            self.TyTyKind.check_variant(context, a);
            self.TypeIr.check_variant(context, a);
        };
    }
    fn check_path(&mut self, context: &crate::LateContext<'tcx>,
        a: &rustc_hir::Path<'tcx>, b: rustc_hir::HirId) {
        {
            self.BadOptAccess.check_path(context, a, b);
            self.DefaultHashTypes.check_path(context, a, b);
            self.DisallowedPassByRef.check_path(context, a, b);
            self.QueryStability.check_path(context, a, b);
            self.RustcMustMatchExhaustively.check_path(context, a, b);
            self.SpanUseEqCtxt.check_path(context, a, b);
            self.SymbolInternStringLiteral.check_path(context, a, b);
            self.TyTyKind.check_path(context, a, b);
            self.TypeIr.check_path(context, a, b);
        };
    }
    fn check_attribute(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx rustc_hir::Attribute) {
        {
            self.BadOptAccess.check_attribute(context, a);
            self.DefaultHashTypes.check_attribute(context, a);
            self.DisallowedPassByRef.check_attribute(context, a);
            self.QueryStability.check_attribute(context, a);
            self.RustcMustMatchExhaustively.check_attribute(context, a);
            self.SpanUseEqCtxt.check_attribute(context, a);
            self.SymbolInternStringLiteral.check_attribute(context, a);
            self.TyTyKind.check_attribute(context, a);
            self.TypeIr.check_attribute(context, a);
        };
    }
    fn check_attributes(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx [rustc_hir::Attribute]) {
        {
            self.BadOptAccess.check_attributes(context, a);
            self.DefaultHashTypes.check_attributes(context, a);
            self.DisallowedPassByRef.check_attributes(context, a);
            self.QueryStability.check_attributes(context, a);
            self.RustcMustMatchExhaustively.check_attributes(context, a);
            self.SpanUseEqCtxt.check_attributes(context, a);
            self.SymbolInternStringLiteral.check_attributes(context, a);
            self.TyTyKind.check_attributes(context, a);
            self.TypeIr.check_attributes(context, a);
        };
    }
    fn check_attributes_post(&mut self, context: &crate::LateContext<'tcx>,
        a: &'tcx [rustc_hir::Attribute]) {
        {
            self.BadOptAccess.check_attributes_post(context, a);
            self.DefaultHashTypes.check_attributes_post(context, a);
            self.DisallowedPassByRef.check_attributes_post(context, a);
            self.QueryStability.check_attributes_post(context, a);
            self.RustcMustMatchExhaustively.check_attributes_post(context, a);
            self.SpanUseEqCtxt.check_attributes_post(context, a);
            self.SymbolInternStringLiteral.check_attributes_post(context, a);
            self.TyTyKind.check_attributes_post(context, a);
            self.TypeIr.check_attributes_post(context, a);
        };
    }
}
#[allow(rustc :: lint_pass_impl_without_macro)]
impl crate::LintPass for InternalCombinedLateLintModPass {
    fn name(&self) -> &'static str { "InternalCombinedLateLintModPass" }
    fn get_lints(&self) -> LintVec {
        InternalCombinedLateLintModPass::lint_vec()
    }
}late_lint_methods!(
289    declare_combined_late_lint_pass,
290    [
291        InternalCombinedLateLintModPass,
292        [
293            // tidy-alphabetical-start
294            BadOptAccess: BadOptAccess,
295            DefaultHashTypes: DefaultHashTypes,
296            DisallowedPassByRef: DisallowedPassByRef,
297            QueryStability: QueryStability,
298            RustcMustMatchExhaustively: RustcMustMatchExhaustively,
299            SpanUseEqCtxt: SpanUseEqCtxt,
300            SymbolInternStringLiteral: SymbolInternStringLiteral,
301            TyTyKind: TyTyKind,
302            TypeIr: TypeIr,
303            // tidy-alphabetical-end
304        ]
305    ]
306);
307
308pub fn new_lint_store(internal_lints: bool) -> LintStore {
309    let mut lint_store = LintStore::new();
310
311    register_builtins(&mut lint_store);
312    if internal_lints {
313        register_internals(&mut lint_store);
314    }
315
316    lint_store
317}
318
319/// Tell the `LintStore` about all the built-in lints (the ones
320/// defined in this crate and the ones defined in
321/// `rustc_session::lint::builtin`).
322fn register_builtins(store: &mut LintStore) {
323    macro_rules! add_lint_group {
324        ($name:expr, $($lint:ident),*) => (
325            store.register_group(false, $name, None, vec![$(LintId::of($lint)),*]);
326        )
327    }
328
329    store.register_lints(&BuiltinCombinedPreExpansionLintPass::lint_vec());
330    store.register_lints(&BuiltinCombinedEarlyLintPass::lint_vec());
331    store.register_lints(&BuiltinCombinedLateLintModPass::lint_vec());
332    store.register_lints(&foreign_modules::lint_vec());
333    store.register_lints(&hardwired::lint_vec());
334
335    store.register_group(false, "nonstandard_style", None,
    ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
            [LintId::of(NON_CAMEL_CASE_TYPES), LintId::of(NON_SNAKE_CASE),
                    LintId::of(NON_UPPER_CASE_GLOBALS)])));add_lint_group!(
336        "nonstandard_style",
337        NON_CAMEL_CASE_TYPES,
338        NON_SNAKE_CASE,
339        NON_UPPER_CASE_GLOBALS
340    );
341
342    store.register_group(false, "unused", None,
    ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
            [LintId::of(UNUSED_IMPORTS), LintId::of(UNUSED_VARIABLES),
                    LintId::of(UNUSED_VISIBILITIES),
                    LintId::of(UNUSED_ASSIGNMENTS), LintId::of(DEAD_CODE),
                    LintId::of(UNUSED_MUT),
                    LintId::of(UNREACHABLE_CFG_SELECT_PREDICATES),
                    LintId::of(UNREACHABLE_CODE),
                    LintId::of(UNREACHABLE_PATTERNS),
                    LintId::of(UNUSED_MUST_USE), LintId::of(UNUSED_UNSAFE),
                    LintId::of(PATH_STATEMENTS), LintId::of(UNUSED_ATTRIBUTES),
                    LintId::of(UNUSED_MACROS), LintId::of(UNUSED_MACRO_RULES),
                    LintId::of(UNUSED_ALLOCATION),
                    LintId::of(UNUSED_DOC_COMMENTS),
                    LintId::of(UNUSED_EXTERN_CRATES),
                    LintId::of(UNUSED_FEATURES), LintId::of(UNUSED_LABELS),
                    LintId::of(UNUSED_PARENS), LintId::of(UNUSED_BRACES),
                    LintId::of(REDUNDANT_SEMICOLONS),
                    LintId::of(MAP_UNIT_FN)])));add_lint_group!(
343        "unused",
344        UNUSED_IMPORTS,
345        UNUSED_VARIABLES,
346        UNUSED_VISIBILITIES,
347        UNUSED_ASSIGNMENTS,
348        DEAD_CODE,
349        UNUSED_MUT,
350        UNREACHABLE_CFG_SELECT_PREDICATES,
351        UNREACHABLE_CODE,
352        UNREACHABLE_PATTERNS,
353        UNUSED_MUST_USE,
354        UNUSED_UNSAFE,
355        PATH_STATEMENTS,
356        UNUSED_ATTRIBUTES,
357        UNUSED_MACROS,
358        UNUSED_MACRO_RULES,
359        UNUSED_ALLOCATION,
360        UNUSED_DOC_COMMENTS,
361        UNUSED_EXTERN_CRATES,
362        UNUSED_FEATURES,
363        UNUSED_LABELS,
364        UNUSED_PARENS,
365        UNUSED_BRACES,
366        REDUNDANT_SEMICOLONS,
367        MAP_UNIT_FN
368    );
369
370    store.register_group(false, "let_underscore", None,
    ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
            [LintId::of(LET_UNDERSCORE_DROP),
                    LintId::of(LET_UNDERSCORE_LOCK)])));add_lint_group!("let_underscore", LET_UNDERSCORE_DROP, LET_UNDERSCORE_LOCK);
371
372    store.register_group(false, "rust_2018_idioms", None,
    ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
            [LintId::of(BARE_TRAIT_OBJECTS), LintId::of(UNUSED_EXTERN_CRATES),
                    LintId::of(ELLIPSIS_INCLUSIVE_RANGE_PATTERNS),
                    LintId::of(ELIDED_LIFETIMES_IN_PATHS),
                    LintId::of(EXPLICIT_OUTLIVES_REQUIREMENTS)])));add_lint_group!(
373        "rust_2018_idioms",
374        BARE_TRAIT_OBJECTS,
375        UNUSED_EXTERN_CRATES,
376        ELLIPSIS_INCLUSIVE_RANGE_PATTERNS,
377        ELIDED_LIFETIMES_IN_PATHS,
378        EXPLICIT_OUTLIVES_REQUIREMENTS // FIXME(#52665, #47816) not always applicable and not all
379                                       // macros are ready for this yet.
380                                       // UNREACHABLE_PUB,
381
382                                       // FIXME macro crates are not up for this yet, too much
383                                       // breakage is seen if we try to encourage this lint.
384                                       // MACRO_USE_EXTERN_CRATE
385    );
386
387    store.register_group(false, "keyword_idents", None,
    ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
            [LintId::of(KEYWORD_IDENTS_2018),
                    LintId::of(KEYWORD_IDENTS_2024)])));add_lint_group!("keyword_idents", KEYWORD_IDENTS_2018, KEYWORD_IDENTS_2024);
388
389    store.register_group(false, "refining_impl_trait", None,
    ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
            [LintId::of(REFINING_IMPL_TRAIT_REACHABLE),
                    LintId::of(REFINING_IMPL_TRAIT_INTERNAL)])));add_lint_group!(
390        "refining_impl_trait",
391        REFINING_IMPL_TRAIT_REACHABLE,
392        REFINING_IMPL_TRAIT_INTERNAL
393    );
394
395    store.register_group(false, "deprecated_safe", None,
    ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
            [LintId::of(DEPRECATED_SAFE_2024)])));add_lint_group!("deprecated_safe", DEPRECATED_SAFE_2024);
396
397    store.register_group(false, "unknown_or_malformed_diagnostic_attributes",
    None,
    ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
            [LintId::of(MALFORMED_DIAGNOSTIC_ATTRIBUTES),
                    LintId::of(MALFORMED_DIAGNOSTIC_FORMAT_LITERALS),
                    LintId::of(MISPLACED_DIAGNOSTIC_ATTRIBUTES),
                    LintId::of(UNKNOWN_DIAGNOSTIC_ATTRIBUTES)])));add_lint_group!(
398        "unknown_or_malformed_diagnostic_attributes",
399        MALFORMED_DIAGNOSTIC_ATTRIBUTES,
400        MALFORMED_DIAGNOSTIC_FORMAT_LITERALS,
401        MISPLACED_DIAGNOSTIC_ATTRIBUTES,
402        UNKNOWN_DIAGNOSTIC_ATTRIBUTES
403    );
404
405    // Register renamed and removed lints.
406    store.register_renamed("single_use_lifetime", "single_use_lifetimes");
407    store.register_renamed("elided_lifetime_in_path", "elided_lifetimes_in_paths");
408    store.register_renamed("bare_trait_object", "bare_trait_objects");
409    store.register_renamed("unstable_name_collision", "unstable_name_collisions");
410    store.register_renamed("unused_doc_comment", "unused_doc_comments");
411    store.register_renamed("async_idents", "keyword_idents_2018");
412    store.register_renamed("exceeding_bitshifts", "arithmetic_overflow");
413    store.register_renamed("redundant_semicolon", "redundant_semicolons");
414    store.register_renamed("overlapping_patterns", "overlapping_range_endpoints");
415    store.register_renamed("disjoint_capture_migration", "rust_2021_incompatible_closure_captures");
416    store.register_renamed("or_patterns_back_compat", "rust_2021_incompatible_or_patterns");
417    store.register_renamed("non_fmt_panic", "non_fmt_panics");
418    store.register_renamed("unused_tuple_struct_fields", "dead_code");
419    store.register_renamed("static_mut_ref", "static_mut_refs");
420    store.register_renamed("temporary_cstring_as_ptr", "dangling_pointers_from_temporaries");
421    store.register_renamed("elided_named_lifetimes", "mismatched_lifetime_syntaxes");
422    store.register_renamed("fuzzy_provenance_casts", "implicit_provenance_casts");
423    store.register_renamed("lossy_provenance_casts", "implicit_provenance_casts");
424
425    // These were moved to tool lints, but rustc still sees them when compiling normally, before
426    // tool lints are registered, so `check_tool_name_for_backwards_compat` doesn't work. Use
427    // `register_removed` explicitly.
428    const RUSTDOC_LINTS: &[&str] = &[
429        "broken_intra_doc_links",
430        "private_intra_doc_links",
431        "missing_crate_level_docs",
432        "missing_doc_code_examples",
433        "private_doc_tests",
434        "invalid_codeblock_attributes",
435        "invalid_html_tags",
436        "non_autolinks",
437    ];
438    for rustdoc_lint in RUSTDOC_LINTS {
439        store.register_ignored(rustdoc_lint);
440    }
441    store.register_removed(
442        "intra_doc_link_resolution_failure",
443        "use `rustdoc::broken_intra_doc_links` instead",
444    );
445    store.register_removed("rustdoc", "use `rustdoc::all` instead");
446
447    store.register_removed("unknown_features", "replaced by an error");
448    store.register_removed("unsigned_negation", "replaced by negate_unsigned feature gate");
449    store.register_removed("negate_unsigned", "cast a signed value instead");
450    store.register_removed("raw_pointer_derive", "using derive with raw pointers is ok");
451    // Register lint group aliases.
452    store.register_group_alias("nonstandard_style", "bad_style");
453    // This was renamed to `raw_pointer_derive`, which was then removed,
454    // so it is also considered removed.
455    store.register_removed("raw_pointer_deriving", "using derive with raw pointers is ok");
456    store.register_removed("drop_with_repr_extern", "drop flags have been removed");
457    store.register_removed("fat_ptr_transmutes", "was accidentally removed back in 2014");
458    store.register_removed("deprecated_attr", "use `deprecated` instead");
459    store.register_removed(
460        "transmute_from_fn_item_types",
461        "always cast functions before transmuting them",
462    );
463    store.register_removed(
464        "hr_lifetime_in_assoc_type",
465        "converted into hard error, see issue #33685 \
466         <https://github.com/rust-lang/rust/issues/33685> for more information",
467    );
468    store.register_removed(
469        "inaccessible_extern_crate",
470        "converted into hard error, see issue #36886 \
471         <https://github.com/rust-lang/rust/issues/36886> for more information",
472    );
473    store.register_removed(
474        "super_or_self_in_global_path",
475        "converted into hard error, see issue #36888 \
476         <https://github.com/rust-lang/rust/issues/36888> for more information",
477    );
478    store.register_removed(
479        "overlapping_inherent_impls",
480        "converted into hard error, see issue #36889 \
481         <https://github.com/rust-lang/rust/issues/36889> for more information",
482    );
483    store.register_removed(
484        "illegal_floating_point_constant_pattern",
485        "converted into hard error, see issue #36890 \
486         <https://github.com/rust-lang/rust/issues/36890> for more information",
487    );
488    store.register_removed(
489        "illegal_struct_or_enum_constant_pattern",
490        "converted into hard error, see issue #36891 \
491         <https://github.com/rust-lang/rust/issues/36891> for more information",
492    );
493    store.register_removed(
494        "lifetime_underscore",
495        "converted into hard error, see issue #36892 \
496         <https://github.com/rust-lang/rust/issues/36892> for more information",
497    );
498    store.register_removed(
499        "extra_requirement_in_impl",
500        "converted into hard error, see issue #37166 \
501         <https://github.com/rust-lang/rust/issues/37166> for more information",
502    );
503    store.register_removed(
504        "legacy_imports",
505        "converted into hard error, see issue #38260 \
506         <https://github.com/rust-lang/rust/issues/38260> for more information",
507    );
508    store.register_removed(
509        "coerce_never",
510        "converted into hard error, see issue #48950 \
511         <https://github.com/rust-lang/rust/issues/48950> for more information",
512    );
513    store.register_removed(
514        "resolve_trait_on_defaulted_unit",
515        "converted into hard error, see issue #48950 \
516         <https://github.com/rust-lang/rust/issues/48950> for more information",
517    );
518    store.register_removed(
519        "private_no_mangle_fns",
520        "no longer a warning, `#[no_mangle]` functions always exported",
521    );
522    store.register_removed(
523        "private_no_mangle_statics",
524        "no longer a warning, `#[no_mangle]` statics always exported",
525    );
526    store.register_removed("bad_repr", "replaced with a generic attribute input check");
527    store.register_removed(
528        "duplicate_matcher_binding_name",
529        "converted into hard error, see issue #57742 \
530         <https://github.com/rust-lang/rust/issues/57742> for more information",
531    );
532    store.register_removed(
533        "incoherent_fundamental_impls",
534        "converted into hard error, see issue #46205 \
535         <https://github.com/rust-lang/rust/issues/46205> for more information",
536    );
537    store.register_removed(
538        "legacy_constructor_visibility",
539        "converted into hard error, see issue #39207 \
540         <https://github.com/rust-lang/rust/issues/39207> for more information",
541    );
542    store.register_removed(
543        "legacy_directory_ownership",
544        "converted into hard error, see issue #37872 \
545         <https://github.com/rust-lang/rust/issues/37872> for more information",
546    );
547    store.register_removed(
548        "safe_extern_statics",
549        "converted into hard error, see issue #36247 \
550         <https://github.com/rust-lang/rust/issues/36247> for more information",
551    );
552    store.register_removed(
553        "parenthesized_params_in_types_and_modules",
554        "converted into hard error, see issue #42238 \
555         <https://github.com/rust-lang/rust/issues/42238> for more information",
556    );
557    store.register_removed(
558        "duplicate_macro_exports",
559        "converted into hard error, see issue #35896 \
560         <https://github.com/rust-lang/rust/issues/35896> for more information",
561    );
562    store.register_removed(
563        "nested_impl_trait",
564        "converted into hard error, see issue #59014 \
565         <https://github.com/rust-lang/rust/issues/59014> for more information",
566    );
567    store.register_removed("plugin_as_library", "plugins have been deprecated and retired");
568    store.register_removed(
569        "unsupported_naked_functions",
570        "converted into hard error, see RFC 2972 \
571         <https://github.com/rust-lang/rfcs/blob/master/text/2972-constrained-naked.md> for more information",
572    );
573    store.register_removed(
574        "mutable_borrow_reservation_conflict",
575        "now allowed, see issue #59159 \
576         <https://github.com/rust-lang/rust/issues/59159> for more information",
577    );
578    store.register_removed(
579        "const_err",
580        "converted into hard error, see issue #71800 \
581         <https://github.com/rust-lang/rust/issues/71800> for more information",
582    );
583    store.register_removed(
584        "safe_packed_borrows",
585        "converted into hard error, see issue #82523 \
586         <https://github.com/rust-lang/rust/issues/82523> for more information",
587    );
588    store.register_removed(
589        "unaligned_references",
590        "converted into hard error, see issue #82523 \
591         <https://github.com/rust-lang/rust/issues/82523> for more information",
592    );
593    store.register_removed(
594        "private_in_public",
595        "replaced with another group of lints, see RFC \
596         <https://rust-lang.github.io/rfcs/2145-type-privacy.html> for more information",
597    );
598    store.register_removed(
599        "invalid_alignment",
600        "converted into hard error, see PR #104616 \
601         <https://github.com/rust-lang/rust/pull/104616> for more information",
602    );
603    store.register_removed(
604        "implied_bounds_entailment",
605        "converted into hard error, see PR #117984 \
606        <https://github.com/rust-lang/rust/pull/117984> for more information",
607    );
608    store.register_removed(
609        "coinductive_overlap_in_coherence",
610        "converted into hard error, see PR #118649 \
611         <https://github.com/rust-lang/rust/pull/118649> for more information",
612    );
613    store.register_removed(
614        "illegal_floating_point_literal_pattern",
615        "no longer a warning, float patterns behave the same as `==`",
616    );
617    store.register_removed(
618        "nontrivial_structural_match",
619        "no longer needed, see RFC #3535 \
620         <https://rust-lang.github.io/rfcs/3535-constants-in-patterns.html> for more information",
621    );
622    store.register_removed(
623        "suspicious_auto_trait_impls",
624        "no longer needed, see issue #93367 \
625         <https://github.com/rust-lang/rust/issues/93367> for more information",
626    );
627    store.register_removed(
628        "const_patterns_without_partial_eq",
629        "converted into hard error, see RFC #3535 \
630         <https://rust-lang.github.io/rfcs/3535-constants-in-patterns.html> for more information",
631    );
632    store.register_removed(
633        "indirect_structural_match",
634        "converted into hard error, see RFC #3535 \
635         <https://rust-lang.github.io/rfcs/3535-constants-in-patterns.html> for more information",
636    );
637    store.register_removed(
638        "deprecated_cfg_attr_crate_type_name",
639        "converted into hard error, see issue #91632 \
640         <https://github.com/rust-lang/rust/issues/91632> for more information",
641    );
642    store.register_removed(
643        "pointer_structural_match",
644        "converted into hard error, see RFC #3535 \
645         <https://rust-lang.github.io/rfcs/3535-constants-in-patterns.html> for more information",
646    );
647    store.register_removed(
648        "box_pointers",
649        "it does not detect other kinds of allocations, and existed only for historical reasons",
650    );
651    store.register_removed(
652        "byte_slice_in_packed_struct_with_derive",
653        "converted into hard error, see issue #107457 \
654         <https://github.com/rust-lang/rust/issues/107457> for more information",
655    );
656    store.register_removed("writes_through_immutable_pointer", "converted into hard error");
657    store.register_removed(
658        "const_eval_mutable_ptr_in_final_value",
659        "partially allowed now, otherwise turned into a hard error",
660    );
661    store.register_removed(
662        "where_clauses_object_safety",
663        "converted into hard error, see PR #125380 \
664         <https://github.com/rust-lang/rust/pull/125380> for more information",
665    );
666    store.register_removed(
667        "cenum_impl_drop_cast",
668        "converted into hard error, \
669         see <https://github.com/rust-lang/rust/issues/73333> for more information",
670    );
671    store.register_removed(
672        "ptr_cast_add_auto_to_object",
673        "converted into hard error, see issue #127323 \
674         <https://github.com/rust-lang/rust/issues/127323> for more information",
675    );
676    store.register_removed("unsupported_fn_ptr_calling_conventions", "converted into hard error");
677    store.register_removed(
678        "undefined_naked_function_abi",
679        "converted into hard error, see PR #139001 \
680         <https://github.com/rust-lang/rust/issues/139001> for more information",
681    );
682    store.register_removed(
683        "abi_unsupported_vector_types",
684        "converted into hard error, \
685         see <https://github.com/rust-lang/rust/issues/116558> for more information",
686    );
687    store.register_removed(
688        "missing_fragment_specifier",
689        "converted into hard error, \
690         see <https://github.com/rust-lang/rust/issues/40107> for more information",
691    );
692    store.register_removed("wasm_c_abi", "the wasm C ABI has been fixed");
693    store.register_removed("soft_unstable", "the general soft-unstable mechanism has been removed");
694    store.register_removed(
695        "inline_always_mismatching_target_features",
696        "replaced by a hard error for `#[inline(always)]` with `#[target_feature]`",
697    );
698    store.register_removed(
699        "repr_transparent_external_private_fields",
700        "converted into hard error, \
701         see <https://github.com/rust-lang/rust/issues/78586> for more information",
702    );
703    store.register_removed(
704        "repr_transparent_non_zst_fields",
705        "converted into hard error, \
706         see <https://github.com/rust-lang/rust/issues/78586> for more information",
707    );
708    store.register_removed(
709        "no_mangle_generic_items",
710        "converted into hard error, \
711         generic items must always be mangled",
712    );
713}
714
715fn register_internals(store: &mut LintStore) {
716    store.register_lints(&InternalCombinedEarlyLintPass::lint_vec());
717    store.register_early_lint_pass(Box::new(|| Box::new(InternalCombinedEarlyLintPass::new())));
718
719    store.register_lints(&InternalCombinedLateLintModPass::lint_vec());
720    store.register_late_lint_mod_pass(Box::new(|_| {
721        Box::new(InternalCombinedLateLintModPass::new())
722    }));
723
724    store.register_group(
725        false,
726        "rustc::internal",
727        None,
728        ::alloc::boxed::box_assume_init_into_vec_unsafe(::alloc::intrinsics::write_box_via_move(::alloc::boxed::Box::new_uninit(),
        [LintId::of(LINT_PASS_IMPL_WITHOUT_MACRO),
                LintId::of(IMPLICIT_SYSROOT_CRATE_IMPORT),
                LintId::of(BAD_USE_OF_FIND_ATTR),
                LintId::of(DEFAULT_HASH_TYPES),
                LintId::of(POTENTIAL_QUERY_INSTABILITY),
                LintId::of(UNTRACKED_QUERY_INFORMATION),
                LintId::of(USAGE_OF_TY_TYKIND),
                LintId::of(USAGE_OF_QUALIFIED_TY),
                LintId::of(DIRECT_USE_OF_RUSTC_TYPE_IR),
                LintId::of(NON_GLOB_IMPORT_OF_TYPE_IR_INHERENT),
                LintId::of(USAGE_OF_TYPE_IR_INHERENT),
                LintId::of(USAGE_OF_TYPE_IR_TRAITS),
                LintId::of(BAD_OPT_ACCESS),
                LintId::of(DISALLOWED_PASS_BY_REF),
                LintId::of(SPAN_USE_EQ_CTXT),
                LintId::of(RUSTC_MUST_MATCH_EXHAUSTIVELY)]))vec![
729            // Early pass: LintPassImpl
730            LintId::of(LINT_PASS_IMPL_WITHOUT_MACRO),
731            // Early pass: ImplicitSysrootCrateImport
732            LintId::of(IMPLICIT_SYSROOT_CRATE_IMPORT),
733            // Early pass: BadUseOfFindAttr
734            LintId::of(BAD_USE_OF_FIND_ATTR),
735            // Late pass: DefaultHashTypes
736            LintId::of(DEFAULT_HASH_TYPES),
737            // Late pass: QueryStability
738            LintId::of(POTENTIAL_QUERY_INSTABILITY),
739            LintId::of(UNTRACKED_QUERY_INFORMATION),
740            // Late pass: TyTyKind
741            LintId::of(USAGE_OF_TY_TYKIND),
742            LintId::of(USAGE_OF_QUALIFIED_TY),
743            // Late pass: TypeIr
744            LintId::of(DIRECT_USE_OF_RUSTC_TYPE_IR),
745            LintId::of(NON_GLOB_IMPORT_OF_TYPE_IR_INHERENT),
746            LintId::of(USAGE_OF_TYPE_IR_INHERENT),
747            LintId::of(USAGE_OF_TYPE_IR_TRAITS),
748            // Late pass: BadOptAccess
749            LintId::of(BAD_OPT_ACCESS),
750            // Late pass: DisallowedPassByRef
751            LintId::of(DISALLOWED_PASS_BY_REF),
752            // Late pass: SpanUseEqCtxt
753            LintId::of(SPAN_USE_EQ_CTXT),
754            // Late pass: SymbolInternStringLiteral
755            // Note: this one is not included in rustc::internal because rustc_driver crates
756            // outside the compiler can't/shouldn't add preinterned symbols. For rustc itself,
757            // bootstrap enables this lint manually. For rustdoc,
758            // `warn(symbol_intern_string_literal)` is used.
759            // LintId::of(SYMBOL_INTERN_STRING_LITERAL),
760            //
761            // Late pass: RustcMustMatchExhaustively
762            LintId::of(RUSTC_MUST_MATCH_EXHAUSTIVELY),
763        ],
764    );
765}
766
767/// Is a pass (which contains `lints`) required to run? Maybe not, e.g. for dependencies built with
768/// `--cap-lints=allow`.
769///
770/// Note: this is a conservative estimate intended for optimization purposes. It might return
771/// `true` for a pass that need not run, but it will never return `false` for a pass that must run.
772pub fn is_lint_pass_required(skippable: &UnordSet<LintId>, lints: &LintVec) -> bool {
773    // A pass without any lints? Clippy sometimes does this, to collect things while traversing.
774    // Such a pass must always run.
775    if lints.is_empty() {
776        return true;
777    }
778
779    // Otherwise, the pass must run unless all lints within are skippable.
780    !lints.iter().all(|lint| skippable.contains(&LintId::of(lint)))
781}
782
783#[cfg(test)]
784mod tests;