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// When we generate the import library for a dylib or bin crate, we should generate it
// for the symbols both for the current crate and all upstream crates. This allows for
// using the link kind `raw-dylib` inside inline functions successfully. This test checks
// that the import symbols in the object files match this convention, and that execution
// of the binary results in all function names exported successfully.
// See https://github.com/rust-lang/rust/pull/102988
//@ only-windows
use run_make_support::{cc, diff, is_windows_msvc, llvm_objdump, run, rustc};
fn main() {
rustc()
.crate_type("dylib")
.crate_name("raw_dylib_test")
.input("lib.rs")
.arg("-Cprefer-dynamic")
.run();
rustc()
.crate_type("dylib")
.crate_name("raw_dylib_test_wrapper")
.input("lib_wrapper.rs")
.arg("-Cprefer-dynamic")
.run();
rustc().crate_type("bin").input("driver.rs").arg("-Cprefer-dynamic").run();
llvm_objdump()
.arg("--private-headers")
.input("driver.exe")
.run()
// Make sure we don't find an import to the functions we expect to be inlined.
.assert_stdout_not_contains("inline_library_function")
// Make sure we do find an import to the functions we expect to be imported.
.assert_stdout_contains("library_function");
if is_windows_msvc() {
cc().arg("-c").out_exe("extern_1").input("extern_1.c").run();
cc().arg("-c").out_exe("extern_2").input("extern_2.c").run();
cc().input("extern_1.obj")
.arg("-link")
.arg("-dll")
.arg("-out:extern_1.dll")
.arg("-noimplib")
.run();
cc().input("extern_2.obj")
.arg("-link")
.arg("-dll")
.arg("-out:extern_2.dll")
.arg("-noimplib")
.run();
} else {
cc().arg("-v").arg("-c").out_exe("extern_1").input("extern_1.c").run();
cc().arg("-v").arg("-c").out_exe("extern_2").input("extern_2.c").run();
cc().input("extern_1").out_exe("extern_1.dll").arg("-shared").run();
cc().input("extern_2").out_exe("extern_2.dll").arg("-shared").run();
}
let out = run("driver").stdout_utf8();
diff()
.expected_file("output.txt")
.actual_text("actual_output", out)
.normalize(r#"\r"#, "")
.run();
}
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