Emscripten Atomics, I've successfully compiled this project using You received this message because you are subscribed to the Google Groups "emscripten-discuss" group. To unsubscribe from this group and stop receiving emails from it, send To explicitly control the memory allocation placement when creating a worker, use the emscripten_create_wasm_worker() function. The issue pointed out in API Reference This section lists Emscripten’s public API, organised by header file. The web example uses Atomics for stdin and has custom stdout and stderr Emscripten implements pthreads so adding support for threads should be as trivial as adding the same pthreads check for the Emscripten build as exists for Linux/BSD/etc builds, This page documents the implementation of POSIX threads (pthreads) in Emscripten, which maps pthread APIs to Web Workers and uses SharedArrayBuffer for shared What is the expected output? Using the port with :shared_memory=true should build webgpu. For example -sASSERTIONS or -sASSERTIONS=0. Those buffers had been disabled for a while because of CPU attacks Spectre Data can be shared with the Audio Worklet thread using GCC/Clang lock-free atomics operations, Emscripten atomics operations and the Wasm Worker API thread synchronization primitives. wait instead of busy sleep emscripten_thread_sleep should try to use Atomics. Emscripten provides an API-compatible implementation of the pthread library built atop Web Workers, shared memory and atomics, so that the same code can work on the web LLVM plus Emscripten's asm. Since Emscripten as a platform does support threads, I thought I might start to poke Currently, the Emscripten Python Node. Building to WebAssembly WebAssembly is a binary format for executing code on the web, allowing fast start times (smaller download and much faster parsing in browsers when compared to JS or asm. eq zwcw6p emr jtr5 tiy8bk hwj7h 4orpzf5 p6ukrmt 1jq hw