Here’s a technical write-up on Eaglercraft 1.12 + WASM GC, focusing on how garbage collection in WebAssembly changes performance, memory safety, and practical deployment for this browser-based Minecraft clone.
If you want, I can (pick one): 1) draft a concrete PoC plan targeting a specific toolchain (suggest a language/tool), or 2) produce example Rust/AssemblyScript snippets showing how game objects map to Wasm GC structs. Which would you prefer? eaglercraft 112 wasm gc
In the sprawling ecosystem of browser-based gaming, few projects have sparked as much technical curiosity as Eaglercraft. For years, the dream was simple: run a full, legitimate version of Minecraft (specifically the combat-update era of 1.12.2) directly inside a web browser, without plugins, without downloads, and without a premium account. Here’s a technical write-up on Eaglercraft 1
Goal: Add WebAssembly Garbage Collection (Wasm GC) integration to the EaglerCraft 1.12 runtime so mods and the core engine can use low-overhead, language-idiomatic object models (e.g., for Kotlin/Scala/PAI languages or future wasm-native runtimes), improving performance, memory safety, and interop with high-level languages compiled to Wasm. Java objects → TeaVM → JS objects →
Enhanced FPS: Users report achieving a solid 60 FPS on older hardware (like an i7-6600u) using the WASM build, compared to significantly lower rates on standard 1.8.8 ports.