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Test wasm32-wasip1 in CI, not wasm32-unknown-unknown #122036
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These commits modify the If this was unintentional then you should revert the changes before this PR is merged. This PR modifies If appropriate, please update This PR modifies If appropriate, please update |
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These commits modify the If this was unintentional then you should revert the changes before this PR is merged. This PR modifies If appropriate, please update This PR modifies If appropriate, please update |
please land the following on master as separate PRs:
|
config.example.toml
Outdated
# This configuration is a space-separated list of arguments so `foo bar` would | ||
# execute the program `foo` with the first argument as `bar` and the second | ||
# argument as the test binary. | ||
#runtime = <none> (string) |
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Could you mirror the cargo naming (runner/test runner)? This options seems universally useful, not just for wasm.
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Excellent suggestion, extracted to #122108
_ => false, | ||
}; | ||
if !has_wasmtime { | ||
println!("skipping test, wasmtime isn't available"); |
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This will be entirely hidden when running ./x.py test
. It will not even be marked as ignored test.
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True! I don't know of a great way to manage that, but I suppose an alternative would be to require a RUNNER
style env var and to consult that?
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True! I don't know of a great way to manage that, but I suppose an alternative would be to require a
RUNNER
style env var and to consult that?
I'm a complete idiot and forgor that when implementing support for rmake.rs, compiletest directives are supported in rmake.rs! So this could be actually implemented in compiletest as a //@ needs-wasmtime
header
Can do! I'll do that over the next few days. |
This commit adds a `runner` field configuration to `config.toml` for specifying a wrapper executable when executing binaries for a target. This is pulled out of rust-lang#122036 where a WebAssembly runtime is used, for example, to execute tests for `wasm32-wasip1`. The name "runner" here is chosen to match Cargo's `CARGO_*_RUNNER` configuration, and to make things a bit more consistent this additionally renames compiletest's `--runtool` argument to `--runner`.
This commit is extracted from rust-lang#122036 and adds a new directive to the `compiletest` test runner, `//@ needs-threads`. This is intended to capture the need that a target must implement threading to execute a specific test, typically one that uses `std::thread`. This is primarily done for WebAssembly targets which currently do not have threads by default. This enables transitioning a lot of `//@ ignore-wasm*`-style ignores into a more self-documenting `//@ needs-threads` directive. Additionally the `wasm32-wasi-preview1-threads` target, for example, does actually have threads, but isn't tested in CI at this time. This change enables running these tests for that target, but not other wasm targets.
This commit adds a `runner` field configuration to `config.toml` for specifying a wrapper executable when executing binaries for a target. This is pulled out of rust-lang#122036 where a WebAssembly runtime is used, for example, to execute tests for `wasm32-wasip1`. The name "runner" here is chosen to match Cargo's `CARGO_*_RUNNER` configuration, and to make things a bit more consistent this additionally renames compiletest's `--runtool` argument to `--runner`.
This commit is extracted from rust-lang#122036 and adds a new directive to the `compiletest` test runner, `//@ needs-threads`. This is intended to capture the need that a target must implement threading to execute a specific test, typically one that uses `std::thread`. This is primarily done for WebAssembly targets which currently do not have threads by default. This enables transitioning a lot of `//@ ignore-wasm*`-style ignores into a more self-documenting `//@ needs-threads` directive. Additionally the `wasm32-wasi-preview1-threads` target, for example, does actually have threads, but isn't tested in CI at this time. This change enables running these tests for that target, but not other wasm targets.
This commit is extracted from rust-lang#122036 and adds a new directive to the `compiletest` test runner, `//@ needs-threads`. This is intended to capture the need that a target must implement threading to execute a specific test, typically one that uses `std::thread`. This is primarily done for WebAssembly targets which currently do not have threads by default. This enables transitioning a lot of `//@ ignore-wasm*`-style ignores into a more self-documenting `//@ needs-threads` directive. Additionally the `wasm32-wasi-preview1-threads` target, for example, does actually have threads, but isn't tested in CI at this time. This change enables running these tests for that target, but not other wasm targets.
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I've split out #122108 and #122109 and then rebased this PR on top of them (that's the first two commits). I've split the remaining commit into smaller chunks as well with this commit being the one that removes some Emscripten-specific bits. I'd like to confirm, but would you like me to still separate out that to its own PR? Happy to do so, but the change would be quite small since the wasm32-unknown-unknown bits would need to stick around until this PR lands. |
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.arg(env::var("TMPDIR").unwrap()) | ||
.arg("-L") | ||
.arg(env::var("TMPDIR").unwrap()); | ||
cmd.arg("--out-dir").arg(out_dir()).arg("-L").arg(env::var("TMPDIR").unwrap()); |
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cmd.arg("--out-dir").arg(out_dir()).arg("-L").arg(env::var("TMPDIR").unwrap()); | |
cmd.arg("--out-dir").arg(out_dir()).arg("-L").arg(out_dir()); |
Think this can also use out_dir()
?
return; | ||
} | ||
|
||
rustc().arg("foo.rs").arg("--target=wasm32-wasip1").arg("-O").run(); |
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Could be a good idea to have some helper methods to be more semantically meaningful, like have an alias input()
/input_file()
that takes a Path
instead of a plain &str
. Might be overkill though.
EDIT: I meant input not output
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Do you mean something like an output_file()
on the return value from run()
?
If so, that may be somewhat difficult as the precise output file name depends on the target being used, for example it'd have to parse --target
passed here and realize that the output file extension is *.wasm
.
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Do you mean something like an
output_file()
on the return value fromrun()
?
Sorry I meant for the input file, predicting the output file name is indeed a massive pain and shouldn't be done (just let the linker et al. do that) 😆
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Ah ok I see, but at least in my experience you rarely want to just take &Path
when it's common to take string literals, which typically leads to something like path: impl AsRef<Path>
.
Either that or put another way the boilerplate of requiring Path::new("some literal")
probably won't necessarily make it too much harder to shoot yourself in the foot with paths (vs just passing "some literal"
).
From above, though, could you elaborate on:
because some tools/executables properly normalize/convert a Unix-y input path so they work on Windows properly, but other tools just give up
AFAIK native Windows APIs, which anything going through Rust uses (e.g. the run_make_support
crate), will never normalize anything. Instead Windows allows both /
and \
as path separators which is why c:\a/b\c
works. I believe that "verbatim paths" which IIRC are something like \\?\...
(or something like that sorry I forget the specifics) require that the path separator is \
, not /
, but AFAIK that's pretty rare.
That's all to say, while I know that mingw/cygwin/etc can cause confusion with paths I've rarely run into /
not working as a path separator except in the rare case of verbatim paths.
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That's all to say, while I know that mingw/cygwin/etc can cause confusion with paths I've rarely run into
/
not working as a path separator except in the rare case of verbatim paths.
Yeah it's probably fine, I think I may have run into some strange path issues before.
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I left some very minor nitpicks for the run-make-support library changes, but otherwise the support library changes look good to me.
Ditto on supporting "ignored" test status in addition to pass/fail, but also haven't thought of a good way to handle that yet (since we probably want to support this for run-make tests in general). Unless we also replicate some of the compiletest directives in run-make...?
Also leaving a comment here as a remark (not limited/specific to this PR): for run-make tests in general, since they don't do error annotations and such, we can now run rustfmt on them now, right? Unless something is dependent on pretty-printing / specific formatting?
…reads, r=workingjubilee compiletest: Add a `//@ needs-threads` directive This commit is extracted from rust-lang#122036 and adds a new directive to the `compiletest` test runner, `//@ needs-threads`. This is intended to capture the need that a target must implement threading to execute a specific test, typically one that uses `std::thread`. This is primarily done for WebAssembly targets which currently do not have threads by default. This enables transitioning a lot of `//@ ignore-wasm*`-style ignores into a more self-documenting `//@ needs-threads` directive. Additionally the `wasm32-wasi-preview1-threads` target, for example, does actually have threads, but isn't tested in CI at this time. This change enables running these tests for that target, but not other wasm targets.
…, r=WaffleLapkin Add `target.*.runner` configuration for targets This commit adds a `runner` field configuration to `config.toml` for specifying a wrapper executable when executing binaries for a target. This is pulled out of rust-lang#122036 where a WebAssembly runtime is used, for example, to execute tests for `wasm32-wasip1`. The name "runner" here is chosen to match Cargo's `CARGO_*_RUNNER` configuration, and to make things a bit more consistent this additionally renames compiletest's `--runtool` argument to `--runner`.
☔ The latest upstream changes (presumably #122050) made this pull request unmergeable. Please resolve the merge conflicts. |
…, r=WaffleLapkin Add `target.*.runner` configuration for targets This commit adds a `runner` field configuration to `config.toml` for specifying a wrapper executable when executing binaries for a target. This is pulled out of rust-lang#122036 where a WebAssembly runtime is used, for example, to execute tests for `wasm32-wasip1`. The name "runner" here is chosen to match Cargo's `CARGO_*_RUNNER` configuration, and to make things a bit more consistent this additionally renames compiletest's `--runtool` argument to `--runner`.
Rollup merge of rust-lang#122108 - alexcrichton:target-config-runtool, r=WaffleLapkin Add `target.*.runner` configuration for targets This commit adds a `runner` field configuration to `config.toml` for specifying a wrapper executable when executing binaries for a target. This is pulled out of rust-lang#122036 where a WebAssembly runtime is used, for example, to execute tests for `wasm32-wasip1`. The name "runner" here is chosen to match Cargo's `CARGO_*_RUNNER` configuration, and to make things a bit more consistent this additionally renames compiletest's `--runtool` argument to `--runner`.
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This commit rewrites a number of `run-make` tests centered around wasm to instead use `rmake.rs` and additionally use the `wasm32-wasip1` target instead of `wasm32-unknown-unknown`. Testing no longer requires Node.js and additionally uses the `wasmparser` crate from crates.io to parse outputs and power assertions.
This commit updates the libtest conditionals to use `std::time::Instant` on WASI targets where it's implemented. Previously all wasm targets wouldn't use this type.
This commit removes the `wasm32-shim.js` file, for example, and deletes old support for Emscripten which hasn't been exercised in some time.
If one is not explicitly configured look in the system environment to try and find one. For now just probing for `wasmtime` is implemented.
Drop testing of `wasm32-unknown-unknown` and instead only test a WASI target which enables more debugging utilities such as printing.
This commit updates compiletest to automatically compare test output with subsets if a `--runner` argument is configured. Runners might inject extra information on failures, for example a WebAssembly runtime printing a wasm stack trace, which won't be in the output of a native runtime. The output with a `--runner` argument, however, should still have all the native output present.
* The WASI targets deal with the `main` symbol a bit differently than native so some `codegen` and `assembly` tests have been ignored. * All `ignore-emscripten` directives have been updated to `ignore-wasm32` to be more clear that all wasm targets are ignored and it's not just Emscripten. * Most `ignore-wasm32-bare` directives are now gone. * Some ignore directives for wasm were switched to `needs-unwind` instead. * Many `ignore-wasm32*` directives are removed as the tests work with WASI as opposed to `wasm32-unknown-unknown`.
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@rustbot ready |
Thanks for the PR and commit splits! @bors r+ rollup=never (let's not mix CI changes with other PRs) |
☀️ Test successful - checks-actions |
Finished benchmarking commit (dc2ffa4): comparison URL. Overall result: no relevant changes - no action needed@rustbot label: -perf-regression Instruction countThis benchmark run did not return any relevant results for this metric. Max RSS (memory usage)ResultsThis is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
CyclesResultsThis is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
Binary sizeThis benchmark run did not return any relevant results for this metric. Bootstrap: 671.842s -> 672.134s (0.04%) |
This commit changes CI to no longer test the
wasm32-unknown-unknown
target and instead test thewasm32-wasip1
target. There was some discussion of this in a Zulip thread, and the motivations for this PR are:Runtime failures on
wasm32-unknown-unknown
print nothing, meaning all you get is "something failed". In contrastwasm32-wasip1
can print to stdout/stderr.The unknown-unknown target is missing lots of pieces of libstd, and while
wasm32-wasip1
is also missing some pieces (e.g. threads) it's missing fewer pieces. This means that many more tests can be run.Overall my hope is to improve the debuggability of wasm failures on CI and ideally be a bit less of a maintenance burden.
This commit specifically removes the testing of
wasm32-unknown-unknown
and replaces it with testing ofwasm32-wasip1
. Along the way there were a number of other archiectural changes made as well, including:A new
target.*.runtool
option can now be specified inconfig.toml
which is passed as--runtool
tocompiletest
. This is used to reimplement execution of WebAssembly in a less-wasm-specific fashion.The default value for
runtool
is an ambiently located WebAssembly runtime found on the system, if any. I've implemented logic for Wasmtime.Existing testing support for
wasm32-unknown-unknown
and Emscripten has been removed. I'm not aware of Emscripten testing being run any time recently and otherwisewasm32-wasip1
is in theory the focus now.I've added a new
//@ needs-threads
directive forcompiletest
and classified a bunch of wasm-ignored tests as needing threads. In theory these tests can run onwasm32-wasi-preview1-threads
, for example.I've tried to audit all existing tests that are either
ignore-emscripten
orignore-wasm*
. Many now run onwasm32-wasip1
due to being able to emit error messages, for example. Many are updated with comments as to why they can't run as well.The
compiletest
output matching forwasm32-wasip1
automatically uses "match a subset" mode implemented incompiletest
. This is because WebAssembly runtimes often add extra information on failure, such as theunreachable
instruction inpanic!
, which isn't able to be matched against the golden output from native platforms.I've ported most existing
run-make
tests that use custom Node.js wrapper scripts to the new run-make-based-in-Rust infrastructure. To do this I addedwasmparser
as a dependency ofrun-make-support
for the various wasm tests to use that parse wasm files. The one test that executed WebAssembly now useswasmtime
-the-CLI to execute the test instead. I have not ported over an exception-handling test as Wasmtime doesn't implement this yet.I've updated the
test
crate to print out timing information for WASI targets as it can do that (gets a previously ignored test now passing).The
test-various
image now builds a WASI sysroot for the WASI target and additionally downloads a fixed release of Wasmtime, currently the latest one at 18.0.2, and uses that for testing.