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From #1665 (a fuzz bug noticed they were not handled in stack.h).
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This allows using imports in the table.
Fixes #1645
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* Rename the `wasm2asm` tool to `wasm2js`
This commit performs a relatively simple rename of the `wasm2asm` tool to
`wasm2js`. The functionality of the tool doesn't change just yet but it's
intended that we'll start generating an ES module instead of just an `asm.js`
function soon.
* wasm2js: Support `*.wasm` input files
Previously `wasm2js` only supported `*.wast` files but to make it a bit easier
to use in tooling pipelines this commit adds support for reading in a `*.wasm`
file directly. Determining which parser to use depends on the input filename,
where the binary parser is used with `*.wasm` files and the wast parser is used
for all other files.
* wasm2js: Emit ESM imports/exports by default
This commit alters the default behavior of `wasm2js` to emit an ESM by default,
either importing items from the environment or exporting. Items like
initialization of memory are also handled here.
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See #1479 (comment)
Also a one-line readme update, remove an obsolete compiler (mir2wasm) and add a new one (asterius).
Also improve warning and error reporting in binaryen.js - show a stack trace when relevant (instead of node.js process.exit), and avoid atexit warning spam in debug builds.
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* rename WasmType to Type. it's in the wasm:: namespace anyhow, and without Wasm- it fits in better alongside Index, Address, Expression, Module, etc.
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* Initial source map support for C/JS
* Also test getDebugInfoFileName
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* fix wait and wake binary format support, they have alignments and offsets
* don't emit unreachable parts of atomic operations, for simplicity and to avoid special handling
* don't emit atomic waits by default in the fuzzer, they hang in native vm support
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fixes #1369
* Update binaries and kitchen-sink test
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Followup to #1357. This moves the optimization settings into pass.h, and uses it from there in the various places.
This also splits up huge lines from the tracing code, which put all block children (whose number can be arbitrarily large) on one line. This seems to have caused random errors on the bots, I suspect from overflowing a buffer. Anyhow, it's much more clear to split the lines at a reasonable length.
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* Add optimize, shrink level and debug info options to C/JS
* Add instantiate functionality for creating additional unique instances of the API
* Use a workaround when running tests in node
Tests misuse a module as a script by concatenating, so instead of catching this case in the library, catch it there
* Update sieve test
Seems optimized output changed due to running with optimize levels 2/1 now
* Use the options with all pass runners
* Update relooper-fuzz C-API test
* Share defaults between tools and the C-API
* Add a test for optimize levels
* Unify node test support in check.by and auto_update_tests.py
* Also add getters for optimize levels and test them
* Also test debugInfo
* Add debug info to C tests that used it as well
* Fix missing NODEJS import in auto_update_tests
* Detect node.js version (WASM support)
* Update hello-world JS test (now also runs with node)
* feature-test WebAssembly in node instead
* Document that these options apply globally, and where
* Make sure hello-world.js output doesn't differ between mozjs/node
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(#1356)
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* Provide AddImport/AddExport for each element in the C-API
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* Also other function utilities in C and JS APIs
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Now also includes a test.
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* Fixed use of undefined 'types' array in BinaryenAddGlobal tracing
* also fix use of 'expressions'
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* Added BinaryenAtomicRMW incl. ops to binaryen-c
* AtomicCmpxchg, AtomicWait, AtomicWake
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binaryen-c (#1270)
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The IR is indeed a tree, but not an "abstract syntax tree" since there is no language for which it is the syntax (except in the most trivial and meaningless sense).
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* Add missing prototypes for globals in binaryen-c.h
* Use int8_t for mutable_
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* Added BinaryenModulePrintAsmjs (using wasm2asm) + Module#emitAsmjs JS binding
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need a stack, and break targets must exist even if they are not actually taken
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Add IR, wast and binary support for atomic loads and stores.
Currently all IR generated by means other than parsing wast and binary files always generates non-atomic accesses, and optimizations have not yet been made aware of atomics, so they are certainly not ready to be used yet.
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* add C API and binaryen.js support for parsing s-expressions
* update js builds and tests
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* fix mutex usage in C API, and some minor cleanup around it too
* update testcase that was forgotten to be updated before
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This PR adds global variable support (addGlobal, getGlobal, setGlobal), host operations (currentMemory, growMemory), a few utility functions (removeImport, removeExport, getFunctionTypeBySignature with the latter being scheduled for removal once a better alternative is in place) and it introduces an additional argument to specify the result type in BinaryenBlock (effectively breaking the C-API but retaining previous behaviour by introducing the BinaryenUndefined() type for this purpose). Additionally, it enables compilation with exception support in build-js.sh as exceptions are thrown and caught when optimizing endless loops, intentionally resulting in an unreachable opcode. Affected test cases have been updated accordingly.
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New binaryen.js implementation, based on the C API underneath and with a JS-friendly API on top. See docs under docs/ for API details.
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else (#915)
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Mark memory as existing when it is created in the C API
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Refine tables to explicitly exist or not. Previously they were printed
or encoded if it had any segments, or an initial or max size. However
tables can be defined but empty, so we had a special hack that defined
an empty segment when we really just wanted an empty table. Now, just
make the existence explicit.
Update Function table encoding for 0xc (Table and Element sections)
Add end opcodes after function bodies (these are consumed by
getMaybeBlock with the same behavior that it had before when it reached
the function end, so no explicit decode)
Update call_indirect encoding for 0xc (no arity, call target is last)
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