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Clean up handling of -Z pgo-gen
commandline option.
#59874
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…ramertj Clean up handling of `-Z pgo-gen` commandline option. This PR adapts the `-Z pgo-gen` flag to how Clang and GCC handle the corresponding `-fprofile-generate` flag. In particular, the flag now optionally takes a directory to place the profiling data in and allows to omit the argument (instead of having to pass an empty string).
Rollup of 9 pull requests Successful merges: - rust-lang#59655 (Use a proc macro to declare preallocated symbols) - rust-lang#59769 (compiletest normalization: preserve non-JSON lines such as ICEs) - rust-lang#59776 (Apply resource-suffix to search-index and source-files scripts as well) - rust-lang#59784 (Suggest importing macros from the crate root) - rust-lang#59812 (Exclude profiler-generated symbols from MSVC __imp_-symbol workaround.) - rust-lang#59856 (update polonius-engine) - rust-lang#59874 (Clean up handling of `-Z pgo-gen` commandline option.) - rust-lang#59890 (Don't generate empty json variables) - rust-lang#59911 (Revert "compile crates under test w/ -Zemit-stack-sizes") Failed merges: r? @ghost
…ramertj Clean up handling of `-Z pgo-gen` commandline option. This PR adapts the `-Z pgo-gen` flag to how Clang and GCC handle the corresponding `-fprofile-generate` flag. In particular, the flag now optionally takes a directory to place the profiling data in and allows to omit the argument (instead of having to pass an empty string).
…ramertj Clean up handling of `-Z pgo-gen` commandline option. This PR adapts the `-Z pgo-gen` flag to how Clang and GCC handle the corresponding `-fprofile-generate` flag. In particular, the flag now optionally takes a directory to place the profiling data in and allows to omit the argument (instead of having to pass an empty string).
Rollup of 6 pull requests Successful merges: - #59776 (Apply resource-suffix to search-index and source-files scripts as well) - #59784 (Suggest importing macros from the crate root) - #59812 (Exclude profiler-generated symbols from MSVC __imp_-symbol workaround.) - #59874 (Clean up handling of `-Z pgo-gen` commandline option.) - #59890 (Don't generate empty json variables) - #59911 (Revert "compile crates under test w/ -Zemit-stack-sizes") Failed merges: r? @ghost
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
…lexcrichton Add codegen test for PGO instrumentation. This PR adds a codegen test that makes sure that LLVM actually generates instrumentation code when we enable PGO instrumentation in `rustc`. The second commit updates a test case to the new commandline option syntax introduced in rust-lang#59874. Without the fix the test still works, but it confusingly creates a directory called `test.profraw`, which usually is the name of the _file_ where profiling data is collected.
This PR adapts the
-Z pgo-gen
flag to how Clang and GCC handle the corresponding-fprofile-generate
flag. In particular, the flag now optionally takes a directory to place the profiling data in and allows to omit the argument (instead of having to pass an empty string).