* Add wasm32 simd128 intrinsics
* test wasm32 simd128 instructions
* Run wasm tests like all other tests
* use modules instead of types to access wasm simd128 interpretations
* generate docs for wasm32-unknown-unknown
* fix typo
* Enable #[assert_instr] on wasm32
* Shell out to Node's `execSync` to execute `wasm2wat` over our wasm file
* Parse the wasm file line-by-line, looking for various function markers and
such
* Use the `elem` section to build a function pointer table, allowing us to map
exactly from function pointer to a function
* Avoid losing debug info (the names section) in release mode by stripping
`--strip-debug` from `rust-lld`.
* remove exclude list from Cargo.toml
* fix assert_instr for non-wasm targets
* re-format assert-instr changes
* add crate that uses assert_instr
* Fix instructions having extra quotes
* Add assert_instr for wasm memory intrinsics
* Remove hacks for git wasm-bindgen
* add wasm_simd128 feature
* make wasm32 build correctly
* run simd128 tests on ci
* remove wasm-assert-instr-tests
- Quad 8-bit addition/subtraction
- Double 8-bit addition/subtraction
- Saturating Add and Subtract with Exchange and
Saturating Subtract and Add with Exchange, signed
- Select bytes based on GE bits
This patch bump the `assert_instr` limit to 22 (from 20) instead of
add a lots of exception for all DSP intrinsics.
* Add few ARM DSP Intrinsics
- Signed saturating add/sub
- Saturating four 8-bit integer add/sub
- Saturating two 8-bit integer add/sub
The intent is mainly to setup the module and to add all
the rest in the future.
Listed intrinsics are available on Cortex-M too (+dsp is required
on some model except for M4).
* Arm DSP: rebase and remove portable vector types
Rebase everything on top of master since the portable vector types
have been removed.
* Update to proc_macro2 0.4 and related
* Update to proc_macro2 0.4 and related
* Update to proc_macro2 0.4 and related
* Add proc_macro_gen feature
* Update to the new rustfmt cli
* A few proc-macro2 stylistic updates
* Disable RUST_BACKTRACE by default
* Allow rustfmt failure for now
* Disable proc-macro2 nightly feature in verify-x86
Currently this causes bugs on nightly due to upstream rustc bugs, this should be
temporary
* Attempt to thwart mergefunc
* Use static relocation model on i686
* add some powerpc/powerpc64 altivec/vsx intrinsics
* temporarily make IntoBits/FromBits inline(always)
* include powerpc64 module; use inline(always) from/into_bits only on powerpc
* fix build after stabilization of cfg_target_feature and target_feature
* fix doc tests
* fix spurious unused_attributes warning
* fix more unused attribute warnings
* More unnecessary target features
* Remove no longer needed trait imports
* Remove fixed upstream workarounds
* Fix parsing the #[assert_instr] macro
Following upstream proc_macro changes
* Fix form and parsing of #[simd_test]
* Don't use Cargo features for testing modes
Instead use RUSTFLAGS with `--cfg`. This'll help us be compatible with the
latest Cargo where a tweak to workspaces and features made the previous
invocations we had invalid.
* Don't thread RUSTFLAGS through docker
* Re-gate on x86 verification
Closes#411
This commit stabilizes all intrinsics in the `x86` and `x86_64` modules, namely
allowing stabilization of the `arch::x86` and `arch::x86_64` module in libstd.
Stabilizations here were applied in an automated fashion using [this
script][scr], and notably everything related to `__m64` was omitted from this
round of stabilization
[scr]: https://gist.github.com/alexcrichton/5b456d495d6fe1df46a158754565c7a5
Turns out Cargo doesn't automatically set `TARGET` for rustc invocations so
carry it forward manually from the build script over to the rustc invocation.
* [mips64/msa] add add_a_b intrinsic
* add make/file to mips64el's Dockerfile
* add run-time detection support for mips64
* add mips64 build bot
* generate docs for mips64
* fix linux test
* cleanup rt-detection
* support mips64/mips64el in stdsimd-test
* support asserting instructions with in their name
* better error msgs for the auxv_crate test
* debug auxv on mips64
* override run-time detection on mips msa tests
* remove unused #[macro_use]
* try another MIPS cpu
* detect default TARGET in simd-test-macro
* use mips64r2-generic
* disable unused function in mips tests
* move msa to mips
* remove mips from ci
* split into mips and mips64 modules
* add rt-detection for 32-bit mips
* fmt
* remove merge error
* add norun build bots for mips
* add -p to avoid changing the cwd
* fixup
* refactor run-time detection module
unfortunately, stdsimd's version of the documentation will be blanked
out in favor of coresimd's version, but coresimd (when re-exported in
libcore) will include all the arches
This exposes access to the `grow_memory` and `current_memory` instructions
provided by wasm in what will hopefully be a stable interface (the stable part
being x86 first in theory).
