Run the error index tool against the sysroot libdir
Previously when building the error index tool in stage 0 we would
attempt to use stage 0 libraries, but because it depends on rustdoc,
those don't exist: rustdoc is built against stage 1 libraries.
This patch aligns those two and passes the stage 1 libdir to the error
index.
@GuillaumeGomez discovered that this hasn't worked (presumably for a long time now, but not sure).
r? @alexcrichton
Add CI test harness for `thumb*` targets. [IRR-2018-embedded]
This pull request will do the following (rather trivial) changes:
- Fix#52163. In other words, we enabled `./x.py test src/test/run-make` for `no_std` targets.
- Modify `dist-various-1` Dockerfile.
- CI now performs `run-make` test run on the targets below:
- `thumbv6m-none-eabi`
- `thumbv7m-none-eabi`
- `thumbv7em-none-eabi`
- `thumbv7em-none-eabihf`.
- ~~Add `thumb-none` Dockerfile.~~
- ~~Initially, `thumbv7m-none-eabi`, `thumbv7em-none-eabi` and `thumbv7em-none-eabihf` are included as the tested target. `thumbv6m-none-eabi` is disabled for now because LLVM support is not certain.~~
- ~~Add `thumb-none` to .travis.yml~~
Note:
- `run-make` tests are not implemented yet. This PR is test harness only.
The amount of change is very small, but I'd like to open the pull request while the change is trivial.
Because I'm not very used to pull request process, I want to make a small progress first. This PR will be a foundation for later additions.
CC @kennytm @jamesmunns @nerdyvaishali
Previously when building the error index tool in stage 0 we would
attempt to use stage 0 libraries, but because it depends on rustdoc,
those don't exist: rustdoc is built against stage 1 libraries.
This patch aligns those two and passes the stage 1 libdir to the error
index.
Allow clippy to be installed with make install
After #51122 clippy is available as a component but doesn't install when building from source.
This PR allows to install clippy with extended tools.
Enable incremental independent of stage
Previously we'd only do so for stage 0 but with keep-stage
improvements it seems likely that we'll see more developers working in
the stage 1, so we should allow enabling incremental for them.
Previously we'd only do so for stage 0 but with keep-stage
improvements it seems likely that we'll see more developers working in
the stage 1, so we should allow enabling incremental for them.
Ideally, the check we probably want is to only enable incremental for
the last compiler build scheduled, but there's no good way to do so
today. Just enabling incremental in all stages should be sufficient;
we may be doing extra work that's needles -- compiling incrementally
something that will never be recompiled in-place -- but that should be
sufficiently unlikely (i.e., users either don't care or won't be
compiling the compiler twice).
Previously we'd attempt to recompile them and that would fail since
we've essentially not built the entire compiler yet, or we're faking
that fact. This commit should make us ignore the codegen backend build
as well.
Unlike the other compile steps, there is no CodegenBackendLink step that
we run here, because that is done later as a part of assembling the
final compiler and as an explicit function call.
Provide llvm-strip in llvm-tools component
Shipping this tool gives people reliable way to reduce the generated executable size.
I'm not sure if this strip tool is available from the llvm version current rust is built on. But let's take a look. @japaric
bootstrap: write texts to a .tmp file first for atomicity
If you are using a hard-linked file as your config.toml, this change will affect the way other instances of the file is modified.
The original version would modify all other instances whereas the new version will leave others unchanged, reducing the ref count by one.
Disable LLVM verification by default
Currently -Z no-verify only controls IR verification prior to LLVM codegen, while verification is performed unconditionally both before and after linking with (Thin)LTO.
Also wondering what the sentiment is on disabling verification by default (and e.g. only enabling it on ALT builds with assertions). This does not seem terribly useful outside of rustc development and it does seem to show up in profiles (at something like 3%).
**EDIT:** A table showing the various configurations and what is enabled when.
| Configuration | Dynamic verification performed | LLVM static assertions compiled in |
| --- | --- | --- |
| alt builds | | yes |
| nightly builds | | no |
| stable builds | | no |
| CI builds | | |
| dev builds in a checkout | | |
If you are using a hard-linked file as your config.toml, this change will affect the way other instances of the file is modified.
The original version would modify all other instances whereas the new version will leave others unchanged, reducing the ref count by one.
Signed-off-by: NODA, Kai <nodakai@gmail.com>
Warn windows-gnu users that the bundled gcc can't compile
Add a `DO NOT USE THIS gcc.exe FOR COMPILATION.txt` file to `lib\rustlib\*-pc-windows-gnu\bin` folders in `windows-gnu` installations in order to warn against attempting to use the bundled `gcc.exe` as a C compiler. I'm pretty sure that location is usually found manually, so this should be easily noticeable.
This mistake has been made plenty of times and has lead to misunderstandings:
Rust: [Bundled gcc (windows x64) is unable to build any c file](https://github.com/rust-lang/rust/issues/24418)
gtk-rs: [Compiling on windows](https://github.com/gtk-rs/gtk/issues/625)
bzip2-rs: [Build failure at gcc level: blocksort.c not found](https://github.com/alexcrichton/bzip2-rs/issues/30)
Alternatives: rename the bundled `gcc.exe` to e.g. `rustc-gcc.exe` or `gcc-linker.exe`. This might require a more comprehensive change or break crates already using it as a linker.
r? @alexcrichton
Haiku: several smaller fixes to build and run rust on Haiku
This PR combines three small patches that help Rust build and run on the Haiku platform. These patches do not intend to impact other platforms.
