This repository contains a tutorial for a quick start in how to write a register allocator using LLVM

The Solid-State Register Allocator

Register Allocator for 8086

LVC verified compiler

Native inlining constant folding register allocating Forth compiler

Tundra is a dynamically-typed programming language implemented in Rust, designed with a Python-like syntax and a focus on efficient memory management using a register-based virtual machine (VM).

Experimental optimizing compiler for an intentionally usafe C-style system programming language.

POC ryujit (dotnet)-inspired Linear Scan Register Allocation

Library for graph-coloring register allocation

Graph Colouring Based Register Allocation

Bugfixed version for ARM11 of DJBs qhasm. nostack branch ditches the stack pointer.

[CS502: Compiler Design] Built Five Phases of Compiler - Parsing Trees, Semantic Analysis, Intermediate Code Generation, Live Variable Analysis, Register Allocation

Program that translates MAVN(Higher level MIPS assembler) assembly language to MIPS 32bit assembly language. It creates zero-byte files.

library for parsing, type checking and compiling harakiri language

A pure-Rust x86-64 compiler backend with e-graph optimization as core

This project implements a Compiler for a language similar to C. The Compiler takes as input program written in the language and generates MIPS assembly code that can be run on SPIM or simulators like MARS.

Development of a compiler for the Mini-Java language

An LLVM forked for implementing global register allocation. This is the final project of Advanced Compiler (17' Spring) instructed by Prof. Wei-Chung Hsu.

An optimizing compiler for the SysY2022 language that targets 32-bit ARMv7 assembly. It features a full front end (lexer/parser, AST, semantic analysis), an MIR+SSA-based middle end with classic optimizations, and a practical ARM backend with register allocation, producing linkable .s output for the SysY runtime.