rust/tests/run-make/split-debuginfo/rmake.rs

1619 lines
64 KiB
Rust

// ignore-tidy-linelength
//! Basic smoke tests for behavior of `-C split-debuginfo` and the combined behavior when used in
//! conjunction with other flags such as:
//!
//! - `--remap-path-prefix`: see
//! <https://doc.rust-lang.org/rustc/command-line-arguments.html#--remap-path-prefix-remap-source-names-in-output>.
//! - `-Z remap-path-scope`: see
//! - <https://doc.rust-lang.org/nightly/unstable-book/compiler-flags/remap-path-scope.html>
//! - <https://github.com/rust-lang/rust/issues/111540>
//! - RFC #3127 trim-paths: <https://github.com/rust-lang/rfcs/pull/3127>
//! - `-Z split-dwarf-kind`: see <https://github.com/rust-lang/rust/pull/89819>.
//! - `-Clinker-plugin-lto`: see <https://doc.rust-lang.org/rustc/linker-plugin-lto.html>.
//!
//! # Test implementation remark
//!
//! - The pattern match on enum variants are intentional, because I find that they are very
//! revealing with respect to the kind of test coverage that we have and don't have.
//!
//! # Known limitations
//!
//! - The linux test coverage of cross-interactions between `-C split-debuginfo` and other flags are
//! significantly higher than the lack of such coverage for Windows and Darwin.
//! - windows-gnu is not tested at all, see the `FIXME(#135531)`s below.
//! - This test for the most part merely checks for existence/absence of certain artifacts, it does
//! not sanity check if the debuginfo artifacts are actually usable or contains the expected
//! amount/quality of debuginfo, especially on windows-msvc and darwin.
//! - FIXME(#111540): this test has insufficient coverage in relation to trim-paths RFC, see also
//! the comment <https://github.com/rust-lang/rust/issues/111540#issuecomment-1994010274>. The
//! basic `llvm-dwarfdump` textual output inspection here is very fragile. The original `Makefile`
//! version used `objdump` (not to be confused with `llvm-objdump`) but inspected the wrong line
//! because it was looking at `DW_AT_GNU_dwo_name` when it should've been looking at
//! `DW_AT_comp_dir`.
//! - This test does not have good coverage for what values of `-Csplit-debuginfo` are stable vs
//! non-stable for the various targets, i.e. which values *should* be gated behind
//! `-Zunstable-options` for a given target. The `Makefile` version yolo'd a `-Zunstable-options`
//! for non-windows + non-linux + non-darwin, but had a misplaced interpolation which suggested to
//! me that that conditional `-Zunstable-options` never actually materialized.
//!
//! # Additional references
//!
//! - Apple `.dSYM` debug symbol bundles: <https://lldb.llvm.org/use/symbols.html>.
//! - LLVM `dsymutil`: <https://llvm.org/docs/CommandGuide/dsymutil.html>.
// NOTE: this is a host test
//@ ignore-cross-compile
// NOTE: this seems to be a host test, and testing on host `riscv64-gc-unknown-linux-gnu` reveals
// that this test is failing because of [MC: "error: A dwo section may not contain relocations" when
// building with fission + RISCV64 #56642](https://github.com/llvm/llvm-project/issues/56642). This
// test is ignored for now to unblock efforts to bring riscv64 targets to be exercised in CI, cf.
// [Enable riscv64gc-gnu testing #126641](https://github.com/rust-lang/rust/pull/126641).
//@ ignore-riscv64 (https://github.com/llvm/llvm-project/issues/56642)
// FIXME(#135531): the `Makefile` version practically didn't test `-C split-debuginfo` on Windows
// at all, and lumped windows-msvc and windows-gnu together at that.
//@ ignore-windows-gnu
#![deny(warnings)]
use std::collections::BTreeSet;
use run_make_support::rustc::Rustc;
use run_make_support::{
cwd, has_extension, is_darwin, is_msvc, is_windows, llvm_dwarfdump, run_in_tmpdir, rustc,
shallow_find_directories, shallow_find_files, uname,
};
/// `-C debuginfo`. See <https://doc.rust-lang.org/rustc/codegen-options/index.html#debuginfo>.
#[derive(Debug, PartialEq, Copy, Clone)]
enum DebuginfoLevel {
/// `-C debuginfo=0` or `-C debuginfo=none` aka no debuginfo at all, default.
None,
/// `-C debuginfo=2` aka full debuginfo, aliased via `-g`.
Full,
/// The cli flag is not explicitly provided; default.
Unspecified,
}
impl DebuginfoLevel {
fn cli_value(&self) -> &'static str {
// `-Cdebuginfo=...`
match self {
DebuginfoLevel::None => "none",
DebuginfoLevel::Full => "2",
DebuginfoLevel::Unspecified => unreachable!(),
}
}
}
/// `-C split-debuginfo`. See
/// <https://doc.rust-lang.org/rustc/codegen-options/index.html#split-debuginfo>.
///
/// Note that all three options are supported on Linux and Apple platforms, packed is supported on
/// Windows-MSVC, and all other platforms support off. Attempting to use an unsupported option
/// requires using the nightly channel with the `-Z unstable-options` flag.
#[derive(Debug, PartialEq, Copy, Clone)]
enum SplitDebuginfo {
/// `-C split-debuginfo=off`. Default for platforms with ELF binaries and windows-gnu (not
/// Windows MSVC and not macOS). Typically DWARF debug information can be found in the final
/// artifact in sections of the executable.
///
/// - Not supported on Windows MSVC.
/// - On macOS this options prevents the final execution of `dsymutil` to generate debuginfo.
Off,
/// `-C split-debuginfo=unpacked`. Debug information will be found in separate files for each
/// compilation unit (object file).
///
/// - Not supported on Windows MSVC.
/// - On macOS this means the original object files will contain debug information.
/// - On other Unix platforms this means that `*.dwo` files will contain debug information.
Unpacked,
/// `-C split-debuginfo=packed`. Default for Windows MSVC and macOS. "Packed" here means that
/// all the debug information is packed into a separate file from the main executable.
///
/// - On Windows MSVC this is a `*.pdb` file.
/// - On macOS this is a `*.dSYM` folder.
/// - On other platforms this is a `*.dwp` file.
Packed,
/// The cli flag is not explicitly provided; uses platform default.
Unspecified,
}
impl SplitDebuginfo {
fn cli_value(&self) -> &'static str {
// `-Csplit-debuginfo=...`
match self {
SplitDebuginfo::Off => "off",
SplitDebuginfo::Unpacked => "unpacked",
SplitDebuginfo::Packed => "packed",
SplitDebuginfo::Unspecified => unreachable!(),
}
}
}
/// `-Z split-dwarf-kind`
#[derive(Debug, PartialEq, Copy, Clone)]
enum SplitDwarfKind {
/// `-Zsplit-dwarf-kind=split`
Split,
/// `-Zsplit-dwarf-kind=single`
Single,
Unspecified,
}
impl SplitDwarfKind {
fn cli_value(&self) -> &'static str {
// `-Zsplit-dwarf-kind=...`
match self {
SplitDwarfKind::Split => "split",
SplitDwarfKind::Single => "single",
SplitDwarfKind::Unspecified => unreachable!(),
}
}
}
/// `-C linker-plugin-lto`
#[derive(Debug, PartialEq, Copy, Clone)]
enum LinkerPluginLto {
/// Pass `-C linker-plugin-lto`.
Yes,
/// Don't pass `-C linker-plugin-lto`.
Unspecified,
}
/// `--remap-path-prefix` or not.
#[derive(Debug, Clone)]
enum RemapPathPrefix {
/// `--remap-path-prefix=$prefix=$remapped_prefix`.
Yes { remapped_prefix: &'static str },
/// Don't pass `--remap-path-prefix`.
Unspecified,
}
/// `-Zremap-path-scope`. See
/// <https://doc.rust-lang.org/nightly/unstable-book/compiler-flags/remap-path-scope.html#remap-path-scope>.
#[derive(Debug, Clone)]
enum RemapPathScope {
/// Comma-separated list of remap scopes: `macro`, `diagnostics`, `debuginfo`, `object`, `all`.
Yes(&'static str),
Unspecified,
}
/// Whether to pass `-Zunstable-options`.
#[derive(Debug, PartialEq, Copy, Clone)]
enum UnstableOptions {
Yes,
Unspecified,
}
#[track_caller]
fn cwd_filenames() -> BTreeSet<String> {
let files = shallow_find_files(cwd(), |path| {
// Fiilter out source files
!has_extension(path, "rs")
});
files.iter().map(|p| p.file_name().unwrap().to_os_string().into_string().unwrap()).collect()
}
#[track_caller]
fn cwd_dwo_filenames() -> BTreeSet<String> {
let files = shallow_find_files(cwd(), |path| has_extension(path, "dwo"));
files.iter().map(|p| p.file_name().unwrap().to_os_string().into_string().unwrap()).collect()
}
#[track_caller]
fn cwd_object_filenames() -> BTreeSet<String> {
let files = shallow_find_files(cwd(), |path| has_extension(path, "o"));
files.iter().map(|p| p.file_name().unwrap().to_os_string().into_string().unwrap()).collect()
}
#[must_use]
struct FileAssertions<'expected> {
expected_files: BTreeSet<&'expected str>,
}
impl<'expected> FileAssertions<'expected> {
#[track_caller]
fn assert_on(self, found_files: &BTreeSet<String>) {
let found_files: BTreeSet<_> = found_files.iter().map(|f| f.as_str()).collect();
assert!(
found_files.is_superset(&self.expected_files),
"expected {:?} to exist, but only found {:?}",
self.expected_files,
found_files
);
let unexpected_files: BTreeSet<_> =
found_files.difference(&self.expected_files).copied().collect();
assert!(unexpected_files.is_empty(), "found unexpected files: {:?}", unexpected_files);
}
}
/// Windows MSVC only supports packed debuginfo.
mod windows_msvc_tests {
use super::*;
pub(crate) fn split_debuginfo(split_kind: SplitDebuginfo, level: DebuginfoLevel) {
// NOTE: `-C debuginfo` and other flags are not exercised here on Windows MSVC.
run_in_tmpdir(|| {
println!("checking: split_kind={:?} + level={:?}", split_kind, level);
match (split_kind, level) {
(SplitDebuginfo::Off, _) => {
rustc()
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.run_fail()
.assert_stderr_contains(
"error: `-Csplit-debuginfo=off` is unstable on this platform",
);
}
(SplitDebuginfo::Unpacked, _) => {
rustc()
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.run_fail()
.assert_stderr_contains(
"error: `-Csplit-debuginfo=unpacked` is unstable on this platform",
);
}
(SplitDebuginfo::Packed, _) => {
rustc().input("foo.rs").split_debuginfo(split_kind.cli_value()).run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo.exe", "foo.pdb"]) }
.assert_on(&found_files);
}
(split_kind, level) => {
panic!(
"split_kind={:?} + level={:?} is not handled on Windows MSVC",
split_kind, level
)
}
}
});
}
}
mod darwin_tests {
use super::*;
pub(crate) fn split_debuginfo(split_kind: SplitDebuginfo, level: DebuginfoLevel) {
run_in_tmpdir(|| {
println!("checking: split_kind={:?} + level={:?}", split_kind, level);
let dsym_directories =
|| shallow_find_directories(cwd(), |path| has_extension(path, "dSYM"));
match (split_kind, level) {
(_, DebuginfoLevel::Unspecified) => {
rustc().input("foo.rs").run();
let directories =
shallow_find_directories(cwd(), |path| has_extension(path, "dSYM"));
assert!(
directories.is_empty(),
"expected no `*.dSYM` folder to be generated when `-Cdebuginfo` is not specified"
);
}
(_, DebuginfoLevel::None) => {
rustc().input("foo.rs").debuginfo(level.cli_value()).run();
let directories = dsym_directories();
assert!(
directories.is_empty(),
"expected no `*.dSYM` folder to be generated when `-Cdebuginfo=none`"
);
}
(SplitDebuginfo::Off, _) => {
rustc()
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.run();
let directories = dsym_directories();
assert!(
directories.is_empty(),
"expected no `*.dSYM` folder to be generated since we expect `-Csplit-debuginfo=off` to inhibit final debuginfo generation on macOS"
);
}
(SplitDebuginfo::Unpacked, _) => {
rustc().input("foo.rs").split_debuginfo(split_kind.cli_value()).run();
let directories = dsym_directories();
assert!(
directories.is_empty(),
"expected no `*.dSYM` folder to be generated since we expect on macOS the object files to contain debuginfo instead"
);
}
(SplitDebuginfo::Packed, DebuginfoLevel::Full) => {
rustc()
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.run();
let directories = shallow_find_directories(cwd(), |path| {
path.file_name().unwrap() == "foo.dSYM"
});
assert_eq!(directories.len(), 1, "failed to find `foo.dSYM`");
}
(SplitDebuginfo::Unspecified, DebuginfoLevel::Full) => {
rustc().input("foo.rs").debuginfo(level.cli_value()).run();
let directories = shallow_find_directories(cwd(), |path| {
path.file_name().unwrap() == "foo.dSYM"
});
assert_eq!(directories.len(), 1, "failed to find `foo.dSYM`");
}
}
});
}
}
mod shared_linux_other_tests {
use std::path::PathBuf;
use super::*;
fn rustc(unstable_options: UnstableOptions) -> Rustc {
if unstable_options == UnstableOptions::Yes {
let mut rustc = run_make_support::rustc();
rustc.arg("-Zunstable-options");
rustc
} else {
run_make_support::rustc()
}
}
#[derive(PartialEq)]
pub(crate) enum CrossCrateTest {
Yes,
No,
}
pub(crate) fn split_debuginfo(
cross_crate_test: CrossCrateTest,
unstable_options: UnstableOptions,
split_kind: SplitDebuginfo,
level: DebuginfoLevel,
split_dwarf_kind: SplitDwarfKind,
lto: LinkerPluginLto,
remap_path_prefix: RemapPathPrefix,
remap_path_scope: RemapPathScope,
) {
run_in_tmpdir(|| {
println!(
"checking: unstable_options={:?} + split_kind={:?} + level={:?} + split_dwarf_kind={:?} + lto={:?} + remap_path_prefix={:?} + remap_path_scope={:?}",
unstable_options,
split_kind,
level,
split_dwarf_kind,
lto,
remap_path_prefix,
remap_path_scope
);
match cross_crate_test {
CrossCrateTest::Yes => cross_crate_split_debuginfo(
unstable_options,
split_kind,
level,
split_dwarf_kind,
lto,
remap_path_prefix,
remap_path_scope,
),
CrossCrateTest::No => simple_split_debuginfo(
unstable_options,
split_kind,
level,
split_dwarf_kind,
lto,
remap_path_prefix,
remap_path_scope,
),
}
});
}
fn cross_crate_split_debuginfo(
unstable_options: UnstableOptions,
split_kind: SplitDebuginfo,
level: DebuginfoLevel,
split_dwarf_kind: SplitDwarfKind,
lto: LinkerPluginLto,
remap_path_prefix: RemapPathPrefix,
remap_path_scope: RemapPathScope,
) {
match (split_kind, level, split_dwarf_kind, lto, remap_path_prefix, remap_path_scope) {
// packed-crosscrate-split
// - Debuginfo in `.dwo` files
// - (bar) `.rlib` file created, contains `.dwo`
// - (bar) `.o` deleted
// - (bar) `.dwo` deleted
// - (bar) `.dwp` never created
// - (main) `.o` deleted
// - (main) `.dwo` deleted
// - (main) `.dwp` present
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("bar.rs")
.crate_type("lib")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["libbar.rlib"]) }
.assert_on(&found_files);
rustc(unstable_options)
.extern_("bar", "libbar.rlib")
.input("main.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let found_files = cwd_filenames();
FileAssertions {
expected_files: BTreeSet::from(["libbar.rlib", "main", "main.dwp"]),
}
.assert_on(&found_files);
}
// packed-crosscrate-single
// - Debuginfo in `.o` files
// - (bar) `.rlib` file created, contains `.o`
// - (bar) `.o` deleted
// - (bar) `.dwo` never created
// - (bar) `.dwp` never created
// - (main) `.o` deleted
// - (main) `.dwo` never created
// - (main) `.dwp` present
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("bar.rs")
.crate_type("lib")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["libbar.rlib"]) }
.assert_on(&found_files);
rustc(unstable_options)
.extern_("bar", "libbar.rlib")
.input("main.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let found_files = cwd_filenames();
FileAssertions {
expected_files: BTreeSet::from(["libbar.rlib", "main", "main.dwp"]),
}
.assert_on(&found_files);
}
// unpacked-crosscrate-split
// - Debuginfo in `.dwo` files
// - (bar) `.rlib` file created, contains `.dwo`
// - (bar) `.o` deleted
// - (bar) `.dwo` present
// - (bar) `.dwp` never created
// - (main) `.o` deleted
// - (main) `.dwo` present
// - (main) `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("bar.rs")
.crate_type("lib")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let bar_found_files = cwd_filenames();
let bar_dwo_files = cwd_dwo_filenames();
assert_eq!(bar_dwo_files.len(), 1);
let mut bar_expected_files = BTreeSet::new();
bar_expected_files.extend(bar_dwo_files);
bar_expected_files.insert("libbar.rlib".to_string());
FileAssertions {
expected_files: bar_expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&bar_found_files);
rustc(unstable_options)
.extern_("bar", "libbar.rlib")
.input("main.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let overall_found_files = cwd_filenames();
let overall_dwo_files = cwd_dwo_filenames();
assert_eq!(overall_dwo_files.len(), 2);
let mut overall_expected_files = BTreeSet::new();
overall_expected_files.extend(overall_dwo_files);
overall_expected_files.insert("main".to_string());
overall_expected_files.insert("libbar.rlib".to_string());
FileAssertions {
expected_files: overall_expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&overall_found_files);
}
// unpacked-crosscrate-single
// - Debuginfo in `.o` files
// - (bar) `.rlib` file created, contains `.o`
// - (bar) `.o` present
// - (bar) `.dwo` never created
// - (bar) `.dwp` never created
// - (main) `.o` present
// - (main) `.dwo` never created
// - (main) `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("bar.rs")
.crate_type("lib")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let bar_found_files = cwd_filenames();
let bar_object_files = cwd_object_filenames();
assert_eq!(bar_object_files.len(), 1);
let mut bar_expected_files = BTreeSet::new();
bar_expected_files.extend(bar_object_files);
bar_expected_files.insert("libbar.rlib".to_string());
FileAssertions {
expected_files: bar_expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&bar_found_files);
rustc(unstable_options)
.extern_("bar", "libbar.rlib")
.input("main.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let overall_found_files = cwd_filenames();
let overall_object_files = cwd_object_filenames();
assert_eq!(overall_object_files.len(), 2);
let mut overall_expected_files = BTreeSet::new();
overall_expected_files.extend(overall_object_files);
overall_expected_files.insert("main".to_string());
overall_expected_files.insert("libbar.rlib".to_string());
FileAssertions {
expected_files: overall_expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&overall_found_files);
}
_ => {}
}
}
fn simple_split_debuginfo(
unstable_options: UnstableOptions,
split_kind: SplitDebuginfo,
level: DebuginfoLevel,
split_dwarf_kind: SplitDwarfKind,
lto: LinkerPluginLto,
remap_path_prefix: RemapPathPrefix,
remap_path_scope: RemapPathScope,
) {
match (split_kind, level, split_dwarf_kind, lto, remap_path_prefix, remap_path_scope) {
// off (unspecified):
// - Debuginfo in `.o` files
// - `.o` deleted
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Unspecified,
DebuginfoLevel::Full,
SplitDwarfKind::Unspecified,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options).input("foo.rs").debuginfo(level.cli_value()).run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo"]) }.assert_on(&found_files);
}
// off:
// - Debuginfo in `.o` files
// - `.o` deleted
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Off,
DebuginfoLevel::Full,
SplitDwarfKind::Unspecified,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo"]) }.assert_on(&found_files);
}
// packed-split:
// - Debuginfo in `.dwo` files
// - `.o` deleted
// - `.dwo` deleted
// - `.dwp` present
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo", "foo.dwp"]) }
.assert_on(&found_files);
}
// packed-single:
// - Debuginfo in `.o` files
// - `.o` deleted
// - `.dwo` never created
// - `.dwp` present
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo", "foo.dwp"]) }
.assert_on(&found_files);
}
// packed-lto-split::
// - `rmeta` file added to `rlib`, no object files are generated and thus no
// debuginfo is generated.
// - `.o` never created
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Yes,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("baz.rs")
.crate_type("rlib")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.arg("-Clinker-plugin-lto")
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["libbaz.rlib"]) }
.assert_on(&found_files);
}
// packed-lto-single:
// - `rmeta` file added to `rlib`, no object files are generated and thus no
// debuginfo is generated
// - `.o` never created
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Yes,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("baz.rs")
.crate_type("rlib")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.arg("-Clinker-plugin-lto")
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["libbaz.rlib"]) }
.assert_on(&found_files);
}
// packed-remapped-split:
// - Debuginfo in `.dwo` files
// - `.o` and binary refer to remapped `.dwo` paths which do not exist
// - `.o` deleted
// - `.dwo` deleted
// - `.dwp` present
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix },
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.remap_path_prefix(cwd(), remapped_prefix)
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo", "foo.dwp"]) }
.assert_on(&found_files);
check_path_remap(cwd(), RemapExpectation::Remapped);
}
// packed-remapped-single:
// - `.o` and binary refer to remapped `.o` paths which do not exist
// - `.o` deleted
// - `.dwo` never created
// - `.dwp` present
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix },
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.remap_path_prefix(cwd(), remapped_prefix)
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo", "foo.dwp"]) }
.assert_on(&found_files);
check_path_remap(cwd(), RemapExpectation::Remapped);
}
// packed-remapped-scope:
// - Debuginfo in `.o` files
// - `.o` and binary refer to remapped `.o` paths which do not exist
// - `.o` deleted
// - `.dwo` never created
// - `.dwp` present
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix },
RemapPathScope::Yes(scope @ "debuginfo"),
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.remap_path_prefix(cwd(), remapped_prefix)
.arg(format!("-Zremap-path-scope={scope}"))
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo", "foo.dwp"]) }
.assert_on(&found_files);
check_path_remap(cwd(), RemapExpectation::Remapped);
}
// packed-remapped-wrong-scope:
// - `.o` and binary refer to un-remapped `.o` paths because remap path scope is
// macro.
// - `.o` deleted
// - `.dwo` never created
// - `.dwp` present
(
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix },
RemapPathScope::Yes(scope @ "macro"),
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.remap_path_prefix(cwd(), remapped_prefix)
.arg(format!("-Zremap-path-scope={scope}"))
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["foo", "foo.dwp"]) }
.assert_on(&found_files);
check_path_remap(cwd(), RemapExpectation::NoRemap);
}
// unpacked-split
// - Debuginfo in `.dwo` files
// - `.o` deleted
// - `.dwo` present
// - `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let found_files = cwd_filenames();
let dwo_files = cwd_dwo_filenames();
assert_eq!(dwo_files.len(), 1);
let mut expected_files = BTreeSet::new();
expected_files.extend(dwo_files);
expected_files.insert("foo".to_string());
FileAssertions {
expected_files: expected_files.iter().map(String::as_str).collect(),
}
.assert_on(&found_files);
}
// unpacked-single
// - Debuginfo in `.o` files
// - `.o` present
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.run();
let found_files = cwd_filenames();
let object_files = cwd_object_filenames();
assert_eq!(object_files.len(), 1);
let mut expected_files = BTreeSet::new();
expected_files.extend(object_files);
expected_files.insert("foo".to_string());
FileAssertions {
expected_files: expected_files.iter().map(String::as_str).collect(),
}
.assert_on(&found_files);
}
// unpacked-lto-split
// - `rmeta` file added to `rlib`, no object files are generated and thus no debuginfo
// is generated
// - `.o` not present
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Yes,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("baz.rs")
.crate_type("rlib")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.arg("-Clinker-plugin-lto")
.run();
let found_files = cwd_filenames();
FileAssertions { expected_files: BTreeSet::from(["libbaz.rlib"]) }
.assert_on(&found_files);
}
// unpacked-lto-single
// - rmeta file added to rlib, no object files are generated and thus no debuginfo is generated
// - `.o` present (bitcode)
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Yes,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("baz.rs")
.crate_type("rlib")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.arg("-Clinker-plugin-lto")
.run();
let found_files = cwd_filenames();
let object_files = cwd_object_filenames();
assert_eq!(object_files.len(), 1);
let mut expected_files = BTreeSet::new();
expected_files.extend(object_files);
expected_files.insert("libbaz.rlib".to_string());
FileAssertions {
expected_files: expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&found_files);
}
// unpacked-remapped-split
// - Debuginfo in `.dwo` files
// - `.o` and binary refer to remapped `.dwo` paths which do not exist
// - `.o` deleted
// - `.dwo` present
// - `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix },
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.remap_path_prefix(cwd(), remapped_prefix)
.run();
let found_files = cwd_filenames();
let dwo_files = cwd_dwo_filenames();
assert_eq!(dwo_files.len(), 1);
let mut expected_files = BTreeSet::new();
expected_files.extend(dwo_files);
expected_files.insert("foo".to_string());
FileAssertions {
expected_files: expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&found_files);
check_path_remap(cwd(), RemapExpectation::Remapped);
}
// unpacked-remapped-single
// - Debuginfo in `.o` files
// - `.o` and binary refer to remapped `.o` paths which do not exist
// - `.o` present
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix },
RemapPathScope::Unspecified,
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.remap_path_prefix(cwd(), remapped_prefix)
.run();
let found_files = cwd_filenames();
let object_files = cwd_object_filenames();
assert_eq!(object_files.len(), 1);
let mut expected_files = BTreeSet::new();
expected_files.extend(object_files);
expected_files.insert("foo".to_string());
FileAssertions {
expected_files: expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&found_files);
check_path_remap(cwd(), RemapExpectation::Remapped);
}
// unpacked-remapped-scope
// - Debuginfo in `.o` files
// - `.o` and binary refer to remapped `.o` paths which do not exist
// - `.o` present
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix },
RemapPathScope::Yes(scope @ "debuginfo"),
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.remap_path_prefix(cwd(), remapped_prefix)
.arg(format!("-Zremap-path-scope={scope}"))
.run();
let found_files = cwd_filenames();
let object_files = cwd_object_filenames();
assert_eq!(object_files.len(), 1);
let mut expected_files = BTreeSet::new();
expected_files.extend(object_files);
expected_files.insert("foo".to_string());
FileAssertions {
expected_files: expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&found_files);
check_path_remap(cwd(), RemapExpectation::Remapped);
}
// unpacked-remapped-wrong-scope
// - Debuginfo in `.o` files
// - `.o` and binary refer to un-remapped `.o` paths because remap path scope is macro
// - `.o` present
// - `.dwo` never created
// - `.dwp` never created
(
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix },
RemapPathScope::Yes(scope @ "macro"),
) => {
rustc(unstable_options)
.input("foo.rs")
.split_debuginfo(split_kind.cli_value())
.debuginfo(level.cli_value())
.arg(format!("-Zsplit-dwarf-kind={}", split_dwarf_kind.cli_value()))
.remap_path_prefix(cwd(), remapped_prefix)
.arg(format!("-Zremap-path-scope={scope}"))
.run();
let found_files = cwd_filenames();
let object_files = cwd_object_filenames();
assert_eq!(object_files.len(), 1);
let mut expected_files = BTreeSet::new();
expected_files.extend(object_files);
expected_files.insert("foo".to_string());
FileAssertions {
expected_files: expected_files.iter().map(String::as_ref).collect(),
}
.assert_on(&found_files);
check_path_remap(cwd(), RemapExpectation::NoRemap);
}
(split_kind, level, split_dwarf_kind, lto, remap_path_prefix, remap_path_scope) => {
panic!(
"split_kind={:?} + level={:?} + split_dwarf_kind={:?} + lto={:?} + remap_path_prefix={:?} + remap_path_scope={:?} is not handled on linux/other",
split_kind, level, split_dwarf_kind, lto, remap_path_prefix, remap_path_scope
)
}
}
}
#[derive(PartialEq)]
enum RemapExpectation {
Remapped,
NoRemap,
}
#[track_caller]
fn check_path_remap(cwd_path: PathBuf, remap_expectation: RemapExpectation) {
let cwd_path = cwd_path.to_str().unwrap();
let output = llvm_dwarfdump().input("foo").arg("--debug-info").run().stdout_utf8();
let output_lines: Vec<_> = output.lines().collect();
// Look for `DW_AT_comp_dir` and `DW_AT_GNU_dwo_name` via `llvm-dwarfdump`. Note: space
// between uses tabs.
//
// ```text
// 0x0000000b: DW_TAG_compile_unit
// DW_AT_stmt_list (0x00000000)
// DW_AT_comp_dir ("/__MY_REMAPPED_PATH") # this could be e.g. /home/repos/rust/ if not remapped
// DW_AT_GNU_dwo_name ("foo.foo.fc848df41df7a00d-cgu.0.rcgu.dwo")
// ```
//
// FIXME: this is very fragile because the output format can be load-bearing, but doing this
// via `object` + `gimli` is rather difficult.
let mut window = output_lines.windows(2);
while let Some([first_ln, second_ln]) = window.next() {
let first_ln = first_ln.trim();
let second_ln = second_ln.trim();
if !second_ln.starts_with("DW_AT_GNU_dwo_name") {
continue;
}
let Some((comp_dir_attr_name, comp_dir_attr_val)) = first_ln.split_once("\t") else {
continue;
};
println!("comp_dir_attr_name: `{}`", comp_dir_attr_name);
println!("cwd_path_string: `{}`", cwd_path);
if comp_dir_attr_name != "DW_AT_comp_dir" {
continue;
}
println!("comp_dir_attr_val: `{}`", comp_dir_attr_val);
// Possibly `("/__MY_REMAPPED_PATH")` or `($cwd_path_string)`.
//
// FIXME: this check is insufficiently precise, it should probably also match on suffix
// (`.o` vs `.dwo` reference). But also, string matching is just very fragile.
let comp_dir_attr_val = comp_dir_attr_val.trim();
match remap_expectation {
RemapExpectation::Remapped => {
assert!(
!comp_dir_attr_val.contains(&cwd_path),
"unexpected non-remapped path found in `DW_AT_comp_dir`: {}",
comp_dir_attr_val
);
}
RemapExpectation::NoRemap => {
assert!(
comp_dir_attr_val.contains(&cwd_path),
"failed to find un-remapped path in `DW_AT_comp_dir`: {}",
comp_dir_attr_val
);
}
}
}
}
}
fn main() {
// ENHANCEMENT: we are only checking that split-debuginfo is splitting is some way, shape or
// form, we do not sanity check the actual debuginfo artifacts on non-Linux! It may be possible
// to also sanity check the debuginfo artifacts, but I did not want to do that during the port
// to rmake.rs initially.
// ENHANCEMENT: the Linux checks have significantly more coverage for interaction between `-C
// split-debuginfo` and other flags compared to windows-msvc or windows-gnu or darwin or some
// other non-linux targets. It would be cool if their test coverage could be improved.
// NOTE: these combinations are not exhaustive, because while porting to rmake.rs initially I
// tried to preserve the existing test behavior closely. Notably, no attempt was made to
// exhaustively cover all cases in the 6-fold Cartesian product of `{,-Csplit=debuginfo=...}` x
// `{,-Cdebuginfo=...}` x `{,--remap-path-prefix}` x `{,-Zremap-path-scope=...}` x
// `{,-Zsplit-dwarf-kind=...}` x `{,-Clinker-plugin-lto}`. If you really want to, you can
// identify which combination isn't exercised with a 6-layers nested for loop iterating through
// each of the cli flag enum variants.
if is_msvc() {
// FIXME: the windows-msvc test coverage is sparse at best.
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Off, DebuginfoLevel::Unspecified);
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Unpacked, DebuginfoLevel::Unspecified);
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Packed, DebuginfoLevel::Unspecified);
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Off, DebuginfoLevel::None);
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Unpacked, DebuginfoLevel::None);
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Packed, DebuginfoLevel::None);
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Off, DebuginfoLevel::Full);
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Unpacked, DebuginfoLevel::Full);
windows_msvc_tests::split_debuginfo(SplitDebuginfo::Packed, DebuginfoLevel::Full);
} else if is_windows() {
// FIXME(#135531): the `Makefile` version didn't test windows at all. I don't know about the
// intended behavior on windows-gnu to expand test coverage while porting this to rmake.rs,
// but the test coverage here really should be expanded since some windows-gnu targets are
// Tier 1.
} else if is_darwin() {
// FIXME: the darwin test coverage is sparse at best.
// Expect no `.dSYM` generation if debuginfo is not requested (special case).
darwin_tests::split_debuginfo(SplitDebuginfo::Unspecified, DebuginfoLevel::Unspecified);
darwin_tests::split_debuginfo(SplitDebuginfo::Off, DebuginfoLevel::Unspecified);
darwin_tests::split_debuginfo(SplitDebuginfo::Unpacked, DebuginfoLevel::Unspecified);
darwin_tests::split_debuginfo(SplitDebuginfo::Packed, DebuginfoLevel::Unspecified);
darwin_tests::split_debuginfo(SplitDebuginfo::Off, DebuginfoLevel::None);
darwin_tests::split_debuginfo(SplitDebuginfo::Unpacked, DebuginfoLevel::None);
darwin_tests::split_debuginfo(SplitDebuginfo::Packed, DebuginfoLevel::None);
darwin_tests::split_debuginfo(SplitDebuginfo::Off, DebuginfoLevel::Full);
darwin_tests::split_debuginfo(SplitDebuginfo::Unpacked, DebuginfoLevel::Full);
darwin_tests::split_debuginfo(SplitDebuginfo::Packed, DebuginfoLevel::Full);
} else {
// Unix as well as the non-linux + non-windows + non-darwin targets.
// FIXME: this `uname` check is very funny, it really should be refined (e.g. llvm bug
// <https://github.com/llvm/llvm-project/issues/56642> for riscv64 targets).
// NOTE: some options are not stable on non-linux + non-windows + non-darwin targets...
let unstable_options =
if uname() == "Linux" { UnstableOptions::Unspecified } else { UnstableOptions::Yes };
// FIXME: we should add a test with scope `split-debuginfo,split-debuginfo-path` that greps
// the entire `.dwp` file for remapped paths (i.e. without going through objdump or
// readelf). See <https://github.com/rust-lang/rust/pull/118518#discussion_r1452180392>.
use shared_linux_other_tests::CrossCrateTest;
// unspecified `-Csplit-debuginfo`
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unspecified,
DebuginfoLevel::Full,
SplitDwarfKind::Unspecified,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// off
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Off,
DebuginfoLevel::Full,
SplitDwarfKind::Unspecified,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// packed-split
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// packed-single
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// packed-lto-split
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Yes,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// packed-lto-single
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Yes,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// FIXME: the remapping tests probably need to be reworked, see
// <https://github.com/rust-lang/rust/pull/118518#discussion_r1452174338>.
// packed-remapped-split
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix: "/__MY_REMAPPED_PATH__" },
RemapPathScope::Unspecified,
);
// packed-remapped-single
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix: "/__MY_REMAPPED_PATH__" },
RemapPathScope::Unspecified,
);
// packed-remapped-scope
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix: "/__MY_REMAPPED_PATH__" },
RemapPathScope::Yes("debuginfo"),
);
// packed-remapped-wrong-scope
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix: "/__MY_REMAPPED_PATH__" },
RemapPathScope::Yes("macro"),
);
// packed-crosscrate-split
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::Yes,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// packed-crosscrate-single
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::Yes,
unstable_options,
SplitDebuginfo::Packed,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// unpacked-split
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// unpacked-single
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// unpacked-lto-split
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Yes,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// unpacked-lto-single
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Yes,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// unpacked-remapped-split
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix: "/__MY_REMAPPED_PATH__" },
RemapPathScope::Unspecified,
);
// unpacked-remapped-single
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix: "/__MY_REMAPPED_PATH__" },
RemapPathScope::Unspecified,
);
// unpacked-remapped-scope
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix: "/__MY_REMAPPED_PATH__" },
RemapPathScope::Yes("debuginfo"),
);
// unpacked-remapped-wrong-scope
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::No,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Yes { remapped_prefix: "/__MY_REMAPPED_PATH__" },
RemapPathScope::Yes("macro"),
);
// unpacked-crosscrate-split
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::Yes,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Split,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
// unpacked-crosscrate-single
shared_linux_other_tests::split_debuginfo(
CrossCrateTest::Yes,
unstable_options,
SplitDebuginfo::Unpacked,
DebuginfoLevel::Full,
SplitDwarfKind::Single,
LinkerPluginLto::Unspecified,
RemapPathPrefix::Unspecified,
RemapPathScope::Unspecified,
);
}
}