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- Reflected new renamed instruction names in code and tests:
- `get_local` -> `local.get`
- `set_local` -> `local.set`
- `tee_local` -> `local.tee`
- `get_global` -> `global.get`
- `set_global` -> `global.set`
- `current_memory` -> `memory.size`
- `grow_memory` -> `memory.grow`
- Removed APIs related to old instruction names in Binaryen.js and added
APIs with new names if they are missing.
- Renamed `typedef SortedVector LocalSet` to `SetsOfLocals` to prevent
name clashes.
- Resolved several TODO renaming items in wasm-binary.h:
- `TableSwitch` -> `BrTable`
- `I32ConvertI64` -> `I32WrapI64`
- `I64STruncI32` -> `I64SExtendI32`
- `I64UTruncI32` -> `I64UExtendI32`
- `F32ConvertF64` -> `F32DemoteI64`
- `F64ConvertF32` -> `F64PromoteF32`
- Renamed `BinaryenGetFeatures` and `BinaryenSetFeatures` to
`BinaryenModuleGetFeatures` and `BinaryenModuleSetFeatures` for
consistency.
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Applies the changes in #2065, and temprarily disables the hook since it's too slow to run on a change this large. We should re-enable it in a later commit.
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Mass change to apply clang-format to everything. We are applying this in a PR by me so the (git) blame is all mine ;) but @aheejin did all the work to get clang-format set up and all the manual work to tidy up some things to make the output nicer in #2048
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Automated renaming according to
https://github.com/WebAssembly/spec/issues/884#issuecomment-426433329.
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Implement and test the following functionality for SIMD.
- Parsing and printing
- Assembling and disassembling
- Interpretation
- C API
- JS API
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This adds an licm pass. Not that important for LLVM-originating code obviously, but for AssemblyScript and other non-LLVM compilers this might help a lot. Also when wasm has GC a bunch more non-LLVM languages may arrive that can benefit.
The pass is mostly straightforward. I considered using the DataFlow IR since it's in SSA form, or the CFG IR, but in the end it's actually pretty convenient to use the main IR as it is - with explicit loops already present - plus LocalGraph which connects each get to the sets influencing it.
Passed a bunch of fuzzing, and also the emscripten test suite at -O1 with licm added to the default passes (but I don't think it would make sense to run this by default, as LLVM doesn't need it).
We limit code moved by this pass as follows: An increased code size on fuzz testcases (and, more rarely, on real inputs) can happen due to stuff like this:
(loop
(set_local $x (i32.const 1))
..
)
=>
(set_local $x (i32.const 1))
(loop
..
)
For a const or a get_local, such an assignment to a local is both very cheap (a copy to another local may be optimized out later), and moving it out may prevent other optimizations (since we have no pass that tries to move code back in to a loop edit well, not by default, precompute-propagate etc. would do it, but are only run on high opt levels). So I made the pass not move such trivial code (sets/tees of consts or gets). However, the risk remains if code is moved out that is later reduced to a constant, so something like -Os --flatten --licm -Os may make sense.
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This optimizes #1343. It looks for stores of a value that is already present in the local, which in particular can remove the initial set to 0 of loops starting at zero, since all locals are initialized to that already. This helps in real-world code, but is not super-common since coalescing means we tend to have assigned something else to it anyhow before we need it to be zero, so this mainly helps in small functions (and running this before coalescing would extend live ranges in potentially bad ways).
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