[Fuel] Senior Compiler/Language Engineer (Rust/LLVM)
开发
Fuel
Fuel
Fuel 是最早部署在以太坊主网上的首个 Optimistic Rollup,在 2020 年年底在以太坊上线 V1 版,主要适用以支付为中心的应用。 即将推出的 Fuel V2 将基于 UTXO 的高度可并行化的最小执行系统和启用智能合约支持,拥有以太坊式的可互操作的图灵完备智能合约,而不仅仅是简单转账。 Fuel Labs 的资金来源主要有三方面,在 2020 年获得过以太坊基金会的资助,之后还在 Gitcoin 上接收过捐赠,此外,在 2021 年 9 月份,Fuel Labs 获得了来自外部投资机构的资金支持,完成 150 万美元融资,领投方为 CoinFund,Fenbushi Capital、Origin Capital 等也进行了投资。
本条信息来自 LinkedIn

Fuel Labs is building the fastest modular execution layer in the world. You will be working at the bleeding edge of blockchain scalability R&D. The Fuel Network features a brand new virtual machine, the FuelVM with multiple testnets already released and live.


To go with this new VM, a new high-level language is needed; one that avoids the many shortcomings of current smart contract languages, and that offers additional functionality and performance. You’ll be designing new language features and implementing and maintaining a compiler targeting the FuelVM.


The compiler and toolchain are available here.


Responsibilities


  • Design and specify Sway language features
  • Implement and maintain new Sway language features in the Sway compiler written in Rust.
  • Implement optimization passes using Sway Intermediate Representation (IR) which is inspired by LLVM.
  • Implement and maintain the Sway backend targeting the FuelVM and potentially other backends targeting other blockchain VMs such as the Ethereum Virtual Machine (EVM).
  • Integrate the compiler with additional tooling: package manager, debugger, language server, IDE plugin, etc.


What we look for in you:


  • Experience with compiler/toolchain development in one or more of the following areas:
  • Compiler frontends: parsing, semantic analysis, type checking and type theory, etc.
  • Compiler middle-ends: experience in writing optimization passes in an iIntermediate Representation (IR) framework such as LLVM.
  • Compiler backends: experience in writing compiler backends, codegen, register allocators, stack allocators (for stack VMs such as the EVM), backend optimizations, etc.
  • Fluency in Rust or C++.
  • Good understanding of computer architecture and machine-level representation of a program.
  • Deep understanding of software engineering best-practices.
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