A bottom up register allocation in Go
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Updated
Sep 1, 2024 - Assembly
A bottom up register allocation in Go
[CS502: Compiler Design] Built Five Phases of Compiler - Parsing Trees, Semantic Analysis, Intermediate Code Generation, Live Variable Analysis, Register Allocation
Register Allocator for 8086
This repository contains files related to Compilers Lab (Spring 2023).
Compilers, responsible not only for generating code but also for ensuring efficient and effective allocation of registers.In this assignment, we use Kempe's heuristic and tools such as JTB and the visitor pattern to come up with a nearly optimal register allocation for a given piece of Java code.
Program that translates MAVN(Higher level MIPS assembler) assembly language to MIPS 32bit assembly language. It creates zero-byte files.
Development of a compiler for the Mini-Java language
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.
Compiler (without LLVM or GCC) for harakiri language
library for parsing, type checking and compiling harakiri language
Library for graph-coloring register allocation
This repository contains a tutorial for a quick start in how to write a register allocator using LLVM
LVC verified compiler
Graph Colouring Based Register Allocation
An LLVM forked for implementing global register allocation. This is the final project of Advanced Compiler (17' Spring) instructed by Prof. Wei-Chung Hsu.
Bugfixed version for ARM11 of DJBs qhasm. nostack branch ditches the stack pointer.
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