| Age | Commit message (Collapse) | Author | Lines |
|
Riscv64linux Test fixes
Get tests passing again using the riscv64gc-unknown-linux-gnu docker image.
Test with
```
src/ci/docker/run.sh riscv64gc-linux
```
## linkcheck
Linkcheck tests that interdocument links in the documentation are correct. Some interdocument links go between rustc and tools (such as rustdoc and cargo). When cross compiling, rustc is built for the host while some tools are built for the target. This goes for the documentation too. Because of this, links in the rustc documentation reffering to cargo or rustdoc documentation look broken.
This issue is worked around by disabling linkcheck for cross compilation builds.
## run-make tests
#78911 seems to happen because `--target` was not passed to `rustc`, but the target linker was specified, causing the target linker to be called with options intended for the host.
Resolves #78911
In a separate issue, `issue-36710` was trying to run a binary built for the target on the host system. This will not work for any platform using `remote-test-server`/`client` (such as riscv64). I don't know of a way of skipping those platforms specifically, so I set this test to skip only on riscv64 for now.
|
|
When we cross compile, some things (and their documentation) are built
for the host (e.g. rustc), while others (and their documentation) are built
for the target. This generated documentation will have broken links
between documentation for different platforms e.g. between rustc and
cargo.
|
|
|
|
checkout without other mods.
To be clear, by default running `x.py test` on a checkout of the beta branch
currently fails, and with this change will continue to fail, because `x.py
tests` runs `x.py test src/tools/tidy` which tries to run `rustfmt` and that
will fail because the `rustfmt` binary is pinned to the current nighlty and we
do not attempt to distribute one for the beta builds.
This change gives a better error message than the current message, which is just
"./x.py fmt is not supported on this channel" without providing any hint about
what one might do about that problem.
(update: placated tidy.)
|
|
Build rustdoc for run-make tests, not just run-make-fulldeps
Rustdoc almost never needs a full stage 2 compiler, and requiring
rustdoc tests to be in run-make-fulldeps adds a lot of compile time for
no reason.
This is the same change from https://github.com/rust-lang/rust/pull/81197, but separated into its own PR. I ran into this again today while working on https://github.com/rust-lang/docs.rs/issues/1302.
r? ```@Mark-Simulacrum```
|
|
|
|
Rustdoc almost never needs a full stage 2 compiler, and requiring
rustdoc tests to be in run-make-fulldeps adds a lot of compile time for
no reason.
|
|
|
|
|
|
Previously, there two different ways to encode the same info: `None` or
`Some(&[])`. Now there is only one way, `&[]`.
|
|
Make remote-test-server easier to use with new targets
While testing #81455 I encountered 2 issues with `remote-test-server`:
- It is built with the stage 0 toolchain, which does not support a newly added target.
- It overwrites `LD_LIBRARY_PATH` instead of appending to it, which prevents the use of a custom sysroot for target libraries.
|
|
rustbuild: Don't build compiler twice for error-index-generator.
When using `--stage=1`, the error-index-generator was forcing the compiler to be built twice. This isn't necessary; the error-index-generator just needs the same unusual logic that rustdoc uses to build with stage minus one.
`--stage=0` and `--stage=2` should be unaffected by this change.
cc #76371
|
|
|
|
|
|
Newly added targets aren't available on the stage0 toolchain.
|
|
|
|
|
|
|
|
Builder: Warn if test file does not exist
Running `./x.py test` with a file that does not exists (but where the path belongs to a test suite) silently ignores the missing file and runs the whole test suite. This PR prints a warning to reduce the potential surprise factor.
Closes #80621
|
|
bootstrap: clippy fixes
addresses:
clippy::or_fun_call
clippy::single_char_add_str
clippy::comparison_to_empty
clippy::or_fun_call
|
|
|
|
The struct will allow to store more context on the generated tarballs.
|
|
Only produce .xz tarballs on CI
This PR adds a `./configure` option to choose which tarball compression formats to produce, and changes our CI configuration to only produce `.xz` tarballs. The release process will then recompress everything into `.gz` when producing a release.
This will drastically reduce our storage costs for CI artifacts, as we'd stop storing the same data twice. **Stable, beta and nightly releases will not be affected by this at all.**
Before landing this we'll need to increase the VM size of our release process, to recompress everything in a reasonable amount of time.
r? `@Mark-Simulacrum`
|
|
addresses:
clippy::or_fun_call
clippy::single_char_add_str
clippy::comparison_to_empty
clippy::or_fun_call
|
|
|
|
|
|
This commit adds a Split DWARF compare mode to compiletest so that
debuginfo tests are also tested using Split DWARF in split mode (and
manually in single mode).
Signed-off-by: David Wood <david@davidtw.co>
|
|
Move rustdoc/rustdoc-json to rustdoc-json
Scaffold rustdoc-json test mode
Implement run_rustdoc_json_test
Fix up python
Make tidy happy
|
|
Move intra-doc link tests into a subdirectory
They were starting to get unwieldy.
r? ``@Manishearth``
|
|
This also changes the builder to allow using
`x.py test src/test/rustdoc-ui/intra-doc`; before, it would panic that
no paths were found.
|
|
|
|
We already set `compiletest` to use the local sysroot in #68019, but
that missed the configuration for testing `compiletest` itself.
|
|
Support enable/disable sanitizers/profiler per target
This PR add options under `[target.*]` of `config.toml` which can enable or disable sanitizers/profiler runtime for corresponding target.
If these options are empty, the global options under `[build]` will take effect.
Fix #78329
|
|
Fix run-make tests running when LLVM is disabled
The `--cc`, `--cxx`, `--cflags` and `--ar` flags were only passed to compiletest when `builder.config.llvm_enabled()` returned true. This is preventing me from running the tests on cg_clif.
|
|
Print a summary of which test suite failed
Especially on CI, where cross-compiling is common and single builder may end up
with multiple hosts and multiple targets, it can be annoying to scroll back to
the nearest start of test marker. This prints out a summary of the test suite
being run directly in compiletest.
For example, on a mir-opt failure, this would show something like this:
```
failures:
[mir-opt] mir-opt/while-storage.rs
test result: FAILED. 140 passed; 1 failed; 2 ignored; 0 measured; 0 filtered out
Some tests failed in compiletest suite=mir-opt mode=mir-opt host=x86_64-unknown-linux-gnu target=x86_64-unknown-linux-gnu
```
Fixes #78517
|
|
Especially on CI, where cross-compiling is common and single builder may end up
with multiple hosts and multiple targets, it can be annoying to scroll back to
the nearest start of test marker. This prints out a summary of the test suite
being run directly in compiletest.
|
|
|
|
|
|
|
|
This allows moving a lot of run-make-fulldeps tests to just run-make
tests, and allows running those on target-only platforms
|
|
Modify executable checking to be more universal
This uses a dummy file to check if the filesystem being used supports the executable bit in general.
Supersedes #74753.
|
|
|
|
|
|
|
|
The Rust version number is currently embedded in bootstrap's source
code, which makes it hard to update it automatically or access it
outside of ./x.py (as you'd have to parse the source code).
This commit moves the version number to a standalone plaintext file,
which makes accessing or updating it trivial.
|
|
This uses a dummy file to check if the filesystem being used supports the
executable bit in general.
|
|
|
|
rustc is a natively cross-compiling compiler, and generally none of our steps
should care whether they are using a compiler built of triple A or B, just the
--target directive being passed to the running compiler. e.g., when building for
some target C, you don't generally want to build two stds: one with a host A
compiler and the other with a host B compiler. Just one std is sufficient.
|
|
|
|
|