rustc_codegen_ssa/

errors.rs

//! Errors emitted by codegen_ssa

use std::borrow::Cow;
use std::ffi::OsString;
use std::io::Error;
use std::path::{Path, PathBuf};
use std::process::ExitStatus;

use rustc_errors::codes::*;
use rustc_errors::{
    Diag, DiagArgValue, DiagCtxtHandle, Diagnostic, EmissionGuarantee, IntoDiagArg, Level,
};
use rustc_macros::{Diagnostic, LintDiagnostic, Subdiagnostic};
use rustc_middle::ty::layout::LayoutError;
use rustc_middle::ty::{FloatTy, Ty};
use rustc_span::{Span, Symbol};

use crate::assert_module_sources::CguReuse;
use crate::back::command::Command;
use crate::fluent_generated as fluent;

#[derive(Diagnostic)]
#[diag(codegen_ssa_incorrect_cgu_reuse_type)]
pub(crate) struct IncorrectCguReuseType<'a> {
    #[primary_span]
    pub span: Span,
    pub cgu_user_name: &'a str,
    pub actual_reuse: CguReuse,
    pub expected_reuse: CguReuse,
    pub at_least: u8,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_cgu_not_recorded)]
pub(crate) struct CguNotRecorded<'a> {
    pub cgu_user_name: &'a str,
    pub cgu_name: &'a str,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unknown_reuse_kind)]
pub(crate) struct UnknownReuseKind {
    #[primary_span]
    pub span: Span,
    pub kind: Symbol,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_missing_query_depgraph)]
pub(crate) struct MissingQueryDepGraph {
    #[primary_span]
    pub span: Span,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_malformed_cgu_name)]
pub(crate) struct MalformedCguName {
    #[primary_span]
    pub span: Span,
    pub user_path: String,
    pub crate_name: String,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_no_module_named)]
pub(crate) struct NoModuleNamed<'a> {
    #[primary_span]
    pub span: Span,
    pub user_path: &'a str,
    pub cgu_name: Symbol,
    pub cgu_names: String,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_field_associated_value_expected)]
pub(crate) struct FieldAssociatedValueExpected {
    #[primary_span]
    pub span: Span,
    pub name: Symbol,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_no_field)]
pub(crate) struct NoField {
    #[primary_span]
    pub span: Span,
    pub name: Symbol,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_lib_def_write_failure)]
pub(crate) struct LibDefWriteFailure {
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_version_script_write_failure)]
pub(crate) struct VersionScriptWriteFailure {
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_symbol_file_write_failure)]
pub(crate) struct SymbolFileWriteFailure {
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_ld64_unimplemented_modifier)]
pub(crate) struct Ld64UnimplementedModifier;

#[derive(Diagnostic)]
#[diag(codegen_ssa_linker_unsupported_modifier)]
pub(crate) struct LinkerUnsupportedModifier;

#[derive(Diagnostic)]
#[diag(codegen_ssa_L4Bender_exporting_symbols_unimplemented)]
pub(crate) struct L4BenderExportingSymbolsUnimplemented;

#[derive(Diagnostic)]
#[diag(codegen_ssa_no_natvis_directory)]
pub(crate) struct NoNatvisDirectory {
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_no_saved_object_file)]
pub(crate) struct NoSavedObjectFile<'a> {
    pub cgu_name: &'a str,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_requires_rust_abi, code = E0737)]
pub(crate) struct RequiresRustAbi {
    #[primary_span]
    pub span: Span,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_copy_path_buf)]
pub(crate) struct CopyPathBuf {
    pub source_file: PathBuf,
    pub output_path: PathBuf,
    pub error: Error,
}

// Reports Paths using `Debug` implementation rather than Path's `Display` implementation.
#[derive(Diagnostic)]
#[diag(codegen_ssa_copy_path)]
pub struct CopyPath<'a> {
    from: DebugArgPath<'a>,
    to: DebugArgPath<'a>,
    error: Error,
}

impl<'a> CopyPath<'a> {
    pub fn new(from: &'a Path, to: &'a Path, error: Error) -> CopyPath<'a> {
        CopyPath { from: DebugArgPath(from), to: DebugArgPath(to), error }
    }
}

struct DebugArgPath<'a>(pub &'a Path);

impl IntoDiagArg for DebugArgPath<'_> {
    fn into_diag_arg(self, _: &mut Option<std::path::PathBuf>) -> rustc_errors::DiagArgValue {
        DiagArgValue::Str(Cow::Owned(format!("{:?}", self.0)))
    }
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_binary_output_to_tty)]
pub struct BinaryOutputToTty {
    pub shorthand: &'static str,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_ignoring_emit_path)]
pub struct IgnoringEmitPath {
    pub extension: &'static str,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_ignoring_output)]
pub struct IgnoringOutput {
    pub extension: &'static str,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_create_temp_dir)]
pub(crate) struct CreateTempDir {
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_add_native_library)]
pub(crate) struct AddNativeLibrary {
    pub library_path: PathBuf,
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_multiple_external_func_decl)]
pub(crate) struct MultipleExternalFuncDecl<'a> {
    #[primary_span]
    pub span: Span,
    pub function: Symbol,
    pub library_name: &'a str,
}

#[derive(Diagnostic)]
pub enum LinkRlibError {
    #[diag(codegen_ssa_rlib_missing_format)]
    MissingFormat,

    #[diag(codegen_ssa_rlib_only_rmeta_found)]
    OnlyRmetaFound { crate_name: Symbol },

    #[diag(codegen_ssa_rlib_not_found)]
    NotFound { crate_name: Symbol },

    #[diag(codegen_ssa_rlib_incompatible_dependency_formats)]
    IncompatibleDependencyFormats { ty1: String, ty2: String, list1: String, list2: String },
}

pub(crate) struct ThorinErrorWrapper(pub thorin::Error);

impl<G: EmissionGuarantee> Diagnostic<'_, G> for ThorinErrorWrapper {
    fn into_diag(self, dcx: DiagCtxtHandle<'_>, level: Level) -> Diag<'_, G> {
        let build = |msg| Diag::new(dcx, level, msg);
        match self.0 {
            thorin::Error::ReadInput(_) => build(fluent::codegen_ssa_thorin_read_input_failure),
            thorin::Error::ParseFileKind(_) => {
                build(fluent::codegen_ssa_thorin_parse_input_file_kind)
            }
            thorin::Error::ParseObjectFile(_) => {
                build(fluent::codegen_ssa_thorin_parse_input_object_file)
            }
            thorin::Error::ParseArchiveFile(_) => {
                build(fluent::codegen_ssa_thorin_parse_input_archive_file)
            }
            thorin::Error::ParseArchiveMember(_) => {
                build(fluent::codegen_ssa_thorin_parse_archive_member)
            }
            thorin::Error::InvalidInputKind => build(fluent::codegen_ssa_thorin_invalid_input_kind),
            thorin::Error::DecompressData(_) => build(fluent::codegen_ssa_thorin_decompress_data),
            thorin::Error::NamelessSection(_, offset) => {
                build(fluent::codegen_ssa_thorin_section_without_name)
                    .with_arg("offset", format!("0x{offset:08x}"))
            }
            thorin::Error::RelocationWithInvalidSymbol(section, offset) => {
                build(fluent::codegen_ssa_thorin_relocation_with_invalid_symbol)
                    .with_arg("section", section)
                    .with_arg("offset", format!("0x{offset:08x}"))
            }
            thorin::Error::MultipleRelocations(section, offset) => {
                build(fluent::codegen_ssa_thorin_multiple_relocations)
                    .with_arg("section", section)
                    .with_arg("offset", format!("0x{offset:08x}"))
            }
            thorin::Error::UnsupportedRelocation(section, offset) => {
                build(fluent::codegen_ssa_thorin_unsupported_relocation)
                    .with_arg("section", section)
                    .with_arg("offset", format!("0x{offset:08x}"))
            }
            thorin::Error::MissingDwoName(id) => build(fluent::codegen_ssa_thorin_missing_dwo_name)
                .with_arg("id", format!("0x{id:08x}")),
            thorin::Error::NoCompilationUnits => {
                build(fluent::codegen_ssa_thorin_no_compilation_units)
            }
            thorin::Error::NoDie => build(fluent::codegen_ssa_thorin_no_die),
            thorin::Error::TopLevelDieNotUnit => {
                build(fluent::codegen_ssa_thorin_top_level_die_not_unit)
            }
            thorin::Error::MissingRequiredSection(section) => {
                build(fluent::codegen_ssa_thorin_missing_required_section)
                    .with_arg("section", section)
            }
            thorin::Error::ParseUnitAbbreviations(_) => {
                build(fluent::codegen_ssa_thorin_parse_unit_abbreviations)
            }
            thorin::Error::ParseUnitAttribute(_) => {
                build(fluent::codegen_ssa_thorin_parse_unit_attribute)
            }
            thorin::Error::ParseUnitHeader(_) => {
                build(fluent::codegen_ssa_thorin_parse_unit_header)
            }
            thorin::Error::ParseUnit(_) => build(fluent::codegen_ssa_thorin_parse_unit),
            thorin::Error::IncompatibleIndexVersion(section, format, actual) => {
                build(fluent::codegen_ssa_thorin_incompatible_index_version)
                    .with_arg("section", section)
                    .with_arg("actual", actual)
                    .with_arg("format", format)
            }
            thorin::Error::OffsetAtIndex(_, index) => {
                build(fluent::codegen_ssa_thorin_offset_at_index).with_arg("index", index)
            }
            thorin::Error::StrAtOffset(_, offset) => {
                build(fluent::codegen_ssa_thorin_str_at_offset)
                    .with_arg("offset", format!("0x{offset:08x}"))
            }
            thorin::Error::ParseIndex(_, section) => {
                build(fluent::codegen_ssa_thorin_parse_index).with_arg("section", section)
            }
            thorin::Error::UnitNotInIndex(unit) => {
                build(fluent::codegen_ssa_thorin_unit_not_in_index)
                    .with_arg("unit", format!("0x{unit:08x}"))
            }
            thorin::Error::RowNotInIndex(_, row) => {
                build(fluent::codegen_ssa_thorin_row_not_in_index).with_arg("row", row)
            }
            thorin::Error::SectionNotInRow => build(fluent::codegen_ssa_thorin_section_not_in_row),
            thorin::Error::EmptyUnit(unit) => build(fluent::codegen_ssa_thorin_empty_unit)
                .with_arg("unit", format!("0x{unit:08x}")),
            thorin::Error::MultipleDebugInfoSection => {
                build(fluent::codegen_ssa_thorin_multiple_debug_info_section)
            }
            thorin::Error::MultipleDebugTypesSection => {
                build(fluent::codegen_ssa_thorin_multiple_debug_types_section)
            }
            thorin::Error::NotSplitUnit => build(fluent::codegen_ssa_thorin_not_split_unit),
            thorin::Error::DuplicateUnit(unit) => build(fluent::codegen_ssa_thorin_duplicate_unit)
                .with_arg("unit", format!("0x{unit:08x}")),
            thorin::Error::MissingReferencedUnit(unit) => {
                build(fluent::codegen_ssa_thorin_missing_referenced_unit)
                    .with_arg("unit", format!("0x{unit:08x}"))
            }
            thorin::Error::NoOutputObjectCreated => {
                build(fluent::codegen_ssa_thorin_not_output_object_created)
            }
            thorin::Error::MixedInputEncodings => {
                build(fluent::codegen_ssa_thorin_mixed_input_encodings)
            }
            thorin::Error::Io(e) => {
                build(fluent::codegen_ssa_thorin_io).with_arg("error", format!("{e}"))
            }
            thorin::Error::ObjectRead(e) => {
                build(fluent::codegen_ssa_thorin_object_read).with_arg("error", format!("{e}"))
            }
            thorin::Error::ObjectWrite(e) => {
                build(fluent::codegen_ssa_thorin_object_write).with_arg("error", format!("{e}"))
            }
            thorin::Error::GimliRead(e) => {
                build(fluent::codegen_ssa_thorin_gimli_read).with_arg("error", format!("{e}"))
            }
            thorin::Error::GimliWrite(e) => {
                build(fluent::codegen_ssa_thorin_gimli_write).with_arg("error", format!("{e}"))
            }
            _ => unimplemented!("Untranslated thorin error"),
        }
    }
}

pub(crate) struct LinkingFailed<'a> {
    pub linker_path: &'a Path,
    pub exit_status: ExitStatus,
    pub command: Command,
    pub escaped_output: String,
    pub verbose: bool,
    pub sysroot_dir: PathBuf,
}

impl<G: EmissionGuarantee> Diagnostic<'_, G> for LinkingFailed<'_> {
    fn into_diag(mut self, dcx: DiagCtxtHandle<'_>, level: Level) -> Diag<'_, G> {
        let mut diag = Diag::new(dcx, level, fluent::codegen_ssa_linking_failed);
        diag.arg("linker_path", format!("{}", self.linker_path.display()));
        diag.arg("exit_status", format!("{}", self.exit_status));

        let contains_undefined_ref = self.escaped_output.contains("undefined reference to");

        if self.verbose {
            diag.note(format!("{:?}", self.command));
        } else {
            self.command.env_clear();

            enum ArgGroup {
                Regular(OsString),
                Objects(usize),
                Rlibs(PathBuf, Vec<OsString>),
            }

            // Omit rust object files and fold rlibs in the error by default to make linker errors a
            // bit less verbose.
            let orig_args = self.command.take_args();
            let mut args: Vec<ArgGroup> = vec![];
            for arg in orig_args {
                if arg.as_encoded_bytes().ends_with(b".rcgu.o") {
                    if let Some(ArgGroup::Objects(n)) = args.last_mut() {
                        *n += 1;
                    } else {
                        args.push(ArgGroup::Objects(1));
                    }
                } else if arg.as_encoded_bytes().ends_with(b".rlib") {
                    let rlib_path = Path::new(&arg);
                    let dir = rlib_path.parent().unwrap();
                    let filename = rlib_path.file_stem().unwrap().to_owned();
                    if let Some(ArgGroup::Rlibs(parent, rlibs)) = args.last_mut() {
                        if parent == dir {
                            rlibs.push(filename);
                        } else {
                            args.push(ArgGroup::Rlibs(dir.to_owned(), vec![filename]));
                        }
                    } else {
                        args.push(ArgGroup::Rlibs(dir.to_owned(), vec![filename]));
                    }
                } else {
                    args.push(ArgGroup::Regular(arg));
                }
            }
            let crate_hash = regex::bytes::Regex::new(r"-[0-9a-f]+").unwrap();
            self.command.args(args.into_iter().map(|arg_group| {
                match arg_group {
                    // SAFETY: we are only matching on ASCII, not any surrogate pairs, so any replacements we do will still be valid.
                    ArgGroup::Regular(arg) => unsafe {
                        use bstr::ByteSlice;
                        OsString::from_encoded_bytes_unchecked(
                            arg.as_encoded_bytes().replace(
                                self.sysroot_dir.as_os_str().as_encoded_bytes(),
                                b"<sysroot>",
                            ),
                        )
                    },
                    ArgGroup::Objects(n) => OsString::from(format!("<{n} object files omitted>")),
                    ArgGroup::Rlibs(mut dir, rlibs) => {
                        let is_sysroot_dir = match dir.strip_prefix(&self.sysroot_dir) {
                            Ok(short) => {
                                dir = Path::new("<sysroot>").join(short);
                                true
                            }
                            Err(_) => false,
                        };
                        let mut arg = dir.into_os_string();
                        arg.push("/");
                        let needs_braces = rlibs.len() >= 2;
                        if needs_braces {
                            arg.push("{");
                        }
                        let mut first = true;
                        for mut rlib in rlibs {
                            if !first {
                                arg.push(",");
                            }
                            first = false;
                            if is_sysroot_dir {
                                // SAFETY: Regex works one byte at a type, and our regex will not match surrogate pairs (because it only matches ascii).
                                rlib = unsafe {
                                    OsString::from_encoded_bytes_unchecked(
                                        crate_hash
                                            .replace(rlib.as_encoded_bytes(), b"-*")
                                            .into_owned(),
                                    )
                                };
                            }
                            arg.push(rlib);
                        }
                        if needs_braces {
                            arg.push("}");
                        }
                        arg.push(".rlib");
                        arg
                    }
                }
            }));

            diag.note(format!("{:?}", self.command).trim_start_matches("env -i").to_owned());
            diag.note("some arguments are omitted. use `--verbose` to show all linker arguments");
        }

        diag.note(self.escaped_output);

        // Trying to match an error from OS linkers
        // which by now we have no way to translate.
        if contains_undefined_ref {
            diag.note(fluent::codegen_ssa_extern_funcs_not_found)
                .note(fluent::codegen_ssa_specify_libraries_to_link);

            if rustc_session::utils::was_invoked_from_cargo() {
                diag.note(fluent::codegen_ssa_use_cargo_directive);
            }
        }
        diag
    }
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_link_exe_unexpected_error)]
pub(crate) struct LinkExeUnexpectedError;

pub(crate) struct LinkExeStatusStackBufferOverrun;

impl<'a, G: EmissionGuarantee> Diagnostic<'a, G> for LinkExeStatusStackBufferOverrun {
    fn into_diag(self, dcx: rustc_errors::DiagCtxtHandle<'a>, level: Level) -> Diag<'a, G> {
        let mut diag =
            Diag::new(dcx, level, fluent::codegen_ssa_link_exe_status_stack_buffer_overrun);
        diag.note(fluent::codegen_ssa_abort_note);
        diag.note(fluent::codegen_ssa_event_log_note);
        diag
    }
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_repair_vs_build_tools)]
pub(crate) struct RepairVSBuildTools;

#[derive(Diagnostic)]
#[diag(codegen_ssa_missing_cpp_build_tool_component)]
pub(crate) struct MissingCppBuildToolComponent;

#[derive(Diagnostic)]
#[diag(codegen_ssa_select_cpp_build_tool_workload)]
pub(crate) struct SelectCppBuildToolWorkload;

#[derive(Diagnostic)]
#[diag(codegen_ssa_visual_studio_not_installed)]
pub(crate) struct VisualStudioNotInstalled;

#[derive(Diagnostic)]
#[diag(codegen_ssa_linker_not_found)]
#[note]
pub(crate) struct LinkerNotFound {
    pub linker_path: PathBuf,
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unable_to_exe_linker)]
#[note]
#[note(codegen_ssa_command_note)]
pub(crate) struct UnableToExeLinker {
    pub linker_path: PathBuf,
    pub error: Error,
    pub command_formatted: String,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_msvc_missing_linker)]
pub(crate) struct MsvcMissingLinker;

#[derive(Diagnostic)]
#[diag(codegen_ssa_self_contained_linker_missing)]
pub(crate) struct SelfContainedLinkerMissing;

#[derive(Diagnostic)]
#[diag(codegen_ssa_check_installed_visual_studio)]
pub(crate) struct CheckInstalledVisualStudio;

#[derive(Diagnostic)]
#[diag(codegen_ssa_insufficient_vs_code_product)]
pub(crate) struct InsufficientVSCodeProduct;

#[derive(Diagnostic)]
#[diag(codegen_ssa_cpu_required)]
pub(crate) struct CpuRequired;

#[derive(Diagnostic)]
#[diag(codegen_ssa_processing_dymutil_failed)]
#[note]
pub(crate) struct ProcessingDymutilFailed {
    pub status: ExitStatus,
    pub output: String,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unable_to_run_dsymutil)]
pub(crate) struct UnableToRunDsymutil {
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_stripping_debug_info_failed)]
#[note]
pub(crate) struct StrippingDebugInfoFailed<'a> {
    pub util: &'a str,
    pub status: ExitStatus,
    pub output: String,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unable_to_run)]
pub(crate) struct UnableToRun<'a> {
    pub util: &'a str,
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_linker_file_stem)]
pub(crate) struct LinkerFileStem;

#[derive(Diagnostic)]
#[diag(codegen_ssa_static_library_native_artifacts)]
pub(crate) struct StaticLibraryNativeArtifacts;

#[derive(Diagnostic)]
#[diag(codegen_ssa_static_library_native_artifacts_to_file)]
pub(crate) struct StaticLibraryNativeArtifactsToFile<'a> {
    pub path: &'a Path,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_link_script_unavailable)]
pub(crate) struct LinkScriptUnavailable;

#[derive(Diagnostic)]
#[diag(codegen_ssa_link_script_write_failure)]
pub(crate) struct LinkScriptWriteFailure {
    pub path: PathBuf,
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_failed_to_write)]
pub(crate) struct FailedToWrite {
    pub path: PathBuf,
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unable_to_write_debugger_visualizer)]
pub(crate) struct UnableToWriteDebuggerVisualizer {
    pub path: PathBuf,
    pub error: Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_rlib_archive_build_failure)]
pub(crate) struct RlibArchiveBuildFailure {
    pub path: PathBuf,
    pub error: Error,
}

#[derive(Diagnostic)]
// Public for ArchiveBuilderBuilder::extract_bundled_libs
pub enum ExtractBundledLibsError<'a> {
    #[diag(codegen_ssa_extract_bundled_libs_open_file)]
    OpenFile { rlib: &'a Path, error: Box<dyn std::error::Error> },

    #[diag(codegen_ssa_extract_bundled_libs_mmap_file)]
    MmapFile { rlib: &'a Path, error: Box<dyn std::error::Error> },

    #[diag(codegen_ssa_extract_bundled_libs_parse_archive)]
    ParseArchive { rlib: &'a Path, error: Box<dyn std::error::Error> },

    #[diag(codegen_ssa_extract_bundled_libs_read_entry)]
    ReadEntry { rlib: &'a Path, error: Box<dyn std::error::Error> },

    #[diag(codegen_ssa_extract_bundled_libs_archive_member)]
    ArchiveMember { rlib: &'a Path, error: Box<dyn std::error::Error> },

    #[diag(codegen_ssa_extract_bundled_libs_convert_name)]
    ConvertName { rlib: &'a Path, error: Box<dyn std::error::Error> },

    #[diag(codegen_ssa_extract_bundled_libs_write_file)]
    WriteFile { rlib: &'a Path, error: Box<dyn std::error::Error> },

    #[diag(codegen_ssa_extract_bundled_libs_write_file)]
    ExtractSection { rlib: &'a Path, error: Box<dyn std::error::Error> },
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_read_file)]
pub(crate) struct ReadFileError {
    pub message: std::io::Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unsupported_link_self_contained)]
pub(crate) struct UnsupportedLinkSelfContained;

#[derive(Diagnostic)]
#[diag(codegen_ssa_archive_build_failure)]
pub(crate) struct ArchiveBuildFailure {
    pub path: PathBuf,
    pub error: std::io::Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unknown_archive_kind)]
pub(crate) struct UnknownArchiveKind<'a> {
    pub kind: &'a str,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_bpf_staticlib_not_supported)]
pub(crate) struct BpfStaticlibNotSupported;

#[derive(Diagnostic)]
#[diag(codegen_ssa_multiple_main_functions)]
#[help]
pub(crate) struct MultipleMainFunctions {
    #[primary_span]
    pub span: Span,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_shuffle_indices_evaluation)]
pub(crate) struct ShuffleIndicesEvaluation {
    #[primary_span]
    pub span: Span,
}

#[derive(Diagnostic)]
pub enum InvalidMonomorphization<'tcx> {
    #[diag(codegen_ssa_invalid_monomorphization_basic_integer_type, code = E0511)]
    BasicIntegerType {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_basic_integer_or_ptr_type, code = E0511)]
    BasicIntegerOrPtrType {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_basic_float_type, code = E0511)]
    BasicFloatType {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_float_to_int_unchecked, code = E0511)]
    FloatToIntUnchecked {
        #[primary_span]
        span: Span,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_floating_point_vector, code = E0511)]
    FloatingPointVector {
        #[primary_span]
        span: Span,
        name: Symbol,
        f_ty: FloatTy,
        in_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_floating_point_type, code = E0511)]
    FloatingPointType {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_unrecognized_intrinsic, code = E0511)]
    UnrecognizedIntrinsic {
        #[primary_span]
        span: Span,
        name: Symbol,
    },

    #[diag(codegen_ssa_invalid_monomorphization_simd_argument, code = E0511)]
    SimdArgument {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_simd_input, code = E0511)]
    SimdInput {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_simd_first, code = E0511)]
    SimdFirst {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_simd_second, code = E0511)]
    SimdSecond {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_simd_third, code = E0511)]
    SimdThird {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_simd_return, code = E0511)]
    SimdReturn {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_invalid_bitmask, code = E0511)]
    InvalidBitmask {
        #[primary_span]
        span: Span,
        name: Symbol,
        mask_ty: Ty<'tcx>,
        expected_int_bits: u64,
        expected_bytes: u64,
    },

    #[diag(codegen_ssa_invalid_monomorphization_return_length_input_type, code = E0511)]
    ReturnLengthInputType {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_len: u64,
        in_ty: Ty<'tcx>,
        ret_ty: Ty<'tcx>,
        out_len: u64,
    },

    #[diag(codegen_ssa_invalid_monomorphization_second_argument_length, code = E0511)]
    SecondArgumentLength {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_len: u64,
        in_ty: Ty<'tcx>,
        arg_ty: Ty<'tcx>,
        out_len: u64,
    },

    #[diag(codegen_ssa_invalid_monomorphization_third_argument_length, code = E0511)]
    ThirdArgumentLength {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_len: u64,
        in_ty: Ty<'tcx>,
        arg_ty: Ty<'tcx>,
        out_len: u64,
    },

    #[diag(codegen_ssa_invalid_monomorphization_return_integer_type, code = E0511)]
    ReturnIntegerType {
        #[primary_span]
        span: Span,
        name: Symbol,
        ret_ty: Ty<'tcx>,
        out_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_simd_shuffle, code = E0511)]
    SimdShuffle {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_return_length, code = E0511)]
    ReturnLength {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_len: u64,
        ret_ty: Ty<'tcx>,
        out_len: u64,
    },

    #[diag(codegen_ssa_invalid_monomorphization_return_element, code = E0511)]
    ReturnElement {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_elem: Ty<'tcx>,
        in_ty: Ty<'tcx>,
        ret_ty: Ty<'tcx>,
        out_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_simd_index_out_of_bounds, code = E0511)]
    SimdIndexOutOfBounds {
        #[primary_span]
        span: Span,
        name: Symbol,
        arg_idx: u64,
        total_len: u128,
    },

    #[diag(codegen_ssa_invalid_monomorphization_inserted_type, code = E0511)]
    InsertedType {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_elem: Ty<'tcx>,
        in_ty: Ty<'tcx>,
        out_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_return_type, code = E0511)]
    ReturnType {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_elem: Ty<'tcx>,
        in_ty: Ty<'tcx>,
        ret_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_expected_return_type, code = E0511)]
    ExpectedReturnType {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_ty: Ty<'tcx>,
        ret_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_mismatched_lengths, code = E0511)]
    MismatchedLengths {
        #[primary_span]
        span: Span,
        name: Symbol,
        m_len: u64,
        v_len: u64,
    },

    #[diag(codegen_ssa_invalid_monomorphization_mask_wrong_element_type, code = E0511)]
    MaskWrongElementType {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_cannot_return, code = E0511)]
    CannotReturn {
        #[primary_span]
        span: Span,
        name: Symbol,
        ret_ty: Ty<'tcx>,
        expected_int_bits: u64,
        expected_bytes: u64,
    },

    #[diag(codegen_ssa_invalid_monomorphization_expected_element_type, code = E0511)]
    ExpectedElementType {
        #[primary_span]
        span: Span,
        name: Symbol,
        expected_element: Ty<'tcx>,
        second_arg: Ty<'tcx>,
        in_elem: Ty<'tcx>,
        in_ty: Ty<'tcx>,
        mutability: ExpectedPointerMutability,
    },

    #[diag(codegen_ssa_invalid_monomorphization_unsupported_symbol_of_size, code = E0511)]
    UnsupportedSymbolOfSize {
        #[primary_span]
        span: Span,
        name: Symbol,
        symbol: Symbol,
        in_ty: Ty<'tcx>,
        in_elem: Ty<'tcx>,
        size: u64,
        ret_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_unsupported_symbol, code = E0511)]
    UnsupportedSymbol {
        #[primary_span]
        span: Span,
        name: Symbol,
        symbol: Symbol,
        in_ty: Ty<'tcx>,
        in_elem: Ty<'tcx>,
        ret_ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_cast_wide_pointer, code = E0511)]
    CastWidePointer {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_expected_pointer, code = E0511)]
    ExpectedPointer {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_expected_usize, code = E0511)]
    ExpectedUsize {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_unsupported_cast, code = E0511)]
    UnsupportedCast {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_ty: Ty<'tcx>,
        in_elem: Ty<'tcx>,
        ret_ty: Ty<'tcx>,
        out_elem: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_unsupported_operation, code = E0511)]
    UnsupportedOperation {
        #[primary_span]
        span: Span,
        name: Symbol,
        in_ty: Ty<'tcx>,
        in_elem: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_expected_vector_element_type, code = E0511)]
    ExpectedVectorElementType {
        #[primary_span]
        span: Span,
        name: Symbol,
        expected_element: Ty<'tcx>,
        vector_type: Ty<'tcx>,
    },

    #[diag(codegen_ssa_invalid_monomorphization_non_scalable_type, code = E0511)]
    NonScalableType {
        #[primary_span]
        span: Span,
        name: Symbol,
        ty: Ty<'tcx>,
    },
}

pub enum ExpectedPointerMutability {
    Mut,
    Not,
}

impl IntoDiagArg for ExpectedPointerMutability {
    fn into_diag_arg(self, _: &mut Option<std::path::PathBuf>) -> DiagArgValue {
        match self {
            ExpectedPointerMutability::Mut => DiagArgValue::Str(Cow::Borrowed("*mut")),
            ExpectedPointerMutability::Not => DiagArgValue::Str(Cow::Borrowed("*_")),
        }
    }
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_target_feature_safe_trait)]
pub(crate) struct TargetFeatureSafeTrait {
    #[primary_span]
    #[label]
    pub span: Span,
    #[label(codegen_ssa_label_def)]
    pub def: Span,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_forbidden_target_feature_attr)]
pub struct ForbiddenTargetFeatureAttr<'a> {
    #[primary_span]
    pub span: Span,
    pub feature: &'a str,
    pub reason: &'a str,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_failed_to_get_layout)]
pub struct FailedToGetLayout<'tcx> {
    #[primary_span]
    pub span: Span,
    pub ty: Ty<'tcx>,
    pub err: LayoutError<'tcx>,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_dlltool_fail_import_library)]
pub(crate) struct DlltoolFailImportLibrary<'a> {
    pub dlltool_path: Cow<'a, str>,
    pub dlltool_args: String,
    pub stdout: Cow<'a, str>,
    pub stderr: Cow<'a, str>,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_error_writing_def_file)]
pub(crate) struct ErrorWritingDEFFile {
    pub error: std::io::Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_error_calling_dlltool)]
pub(crate) struct ErrorCallingDllTool<'a> {
    pub dlltool_path: Cow<'a, str>,
    pub error: std::io::Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_error_creating_remark_dir)]
pub(crate) struct ErrorCreatingRemarkDir {
    pub error: std::io::Error,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_compiler_builtins_cannot_call)]
pub struct CompilerBuiltinsCannotCall {
    pub caller: String,
    pub callee: String,
    #[primary_span]
    pub span: Span,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_error_creating_import_library)]
pub(crate) struct ErrorCreatingImportLibrary<'a> {
    pub lib_name: &'a str,
    pub error: String,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_aix_strip_not_used)]
pub(crate) struct AixStripNotUsed;

#[derive(Diagnostic, Debug)]
pub(crate) enum XcrunError {
    #[diag(codegen_ssa_xcrun_failed_invoking)]
    FailedInvoking { sdk_name: &'static str, command_formatted: String, error: std::io::Error },

    #[diag(codegen_ssa_xcrun_unsuccessful)]
    #[note]
    Unsuccessful {
        sdk_name: &'static str,
        command_formatted: String,
        stdout: String,
        stderr: String,
    },
}

#[derive(Diagnostic, Debug)]
#[diag(codegen_ssa_xcrun_sdk_path_warning)]
#[note]
pub(crate) struct XcrunSdkPathWarning {
    pub sdk_name: &'static str,
    pub stderr: String,
}

#[derive(LintDiagnostic)]
#[diag(codegen_ssa_aarch64_softfloat_neon)]
pub(crate) struct Aarch64SoftfloatNeon;

#[derive(Diagnostic)]
#[diag(codegen_ssa_unknown_ctarget_feature_prefix)]
#[note]
pub(crate) struct UnknownCTargetFeaturePrefix<'a> {
    pub feature: &'a str,
}

#[derive(Subdiagnostic)]
pub(crate) enum PossibleFeature<'a> {
    #[help(codegen_ssa_possible_feature)]
    Some { rust_feature: &'a str },
    #[help(codegen_ssa_consider_filing_feature_request)]
    None,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unknown_ctarget_feature)]
#[note]
pub(crate) struct UnknownCTargetFeature<'a> {
    pub feature: &'a str,
    #[subdiagnostic]
    pub rust_feature: PossibleFeature<'a>,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_unstable_ctarget_feature)]
#[note]
pub(crate) struct UnstableCTargetFeature<'a> {
    pub feature: &'a str,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_forbidden_ctarget_feature)]
#[note]
#[note(codegen_ssa_forbidden_ctarget_feature_issue)]
pub(crate) struct ForbiddenCTargetFeature<'a> {
    pub feature: &'a str,
    pub enabled: &'a str,
    pub reason: &'a str,
}

pub struct TargetFeatureDisableOrEnable<'a> {
    pub features: &'a [&'a str],
    pub span: Option<Span>,
    pub missing_features: Option<MissingFeatures>,
}

#[derive(Subdiagnostic)]
#[help(codegen_ssa_missing_features)]
pub struct MissingFeatures;

impl<G: EmissionGuarantee> Diagnostic<'_, G> for TargetFeatureDisableOrEnable<'_> {
    fn into_diag(self, dcx: DiagCtxtHandle<'_>, level: Level) -> Diag<'_, G> {
        let mut diag = Diag::new(dcx, level, fluent::codegen_ssa_target_feature_disable_or_enable);
        if let Some(span) = self.span {
            diag.span(span);
        };
        if let Some(missing_features) = self.missing_features {
            diag.subdiagnostic(missing_features);
        }
        diag.arg("features", self.features.join(", "));
        diag
    }
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_feature_not_valid)]
pub(crate) struct FeatureNotValid<'a> {
    pub feature: &'a str,
    #[primary_span]
    #[label]
    pub span: Span,
    #[help]
    pub plus_hint: bool,
}

#[derive(Diagnostic)]
#[diag(codegen_ssa_lto_disallowed)]
pub(crate) struct LtoDisallowed;

#[derive(Diagnostic)]
#[diag(codegen_ssa_lto_dylib)]
pub(crate) struct LtoDylib;

#[derive(Diagnostic)]
#[diag(codegen_ssa_lto_proc_macro)]
pub(crate) struct LtoProcMacro;

#[derive(Diagnostic)]
#[diag(codegen_ssa_dynamic_linking_with_lto)]
#[note]
pub(crate) struct DynamicLinkingWithLTO;