哈尔滨工业大学/南京大学编译原理课程实验Web版IR虚拟机（含CLI版）💎The remastered Web IR Virtual Machine for HIT/NJU Compilation Principle Labs (with CLI version)

MiniVM is a virtual machine for executing Eeyore/Tigger IR.

A toy just-in-time (JIT) virtual machine in LLVM IR. SJTU CS2965 Project.

An interpreted programming language written in C++ including a tokenizer, IR generator, code optimizer, bytecode compiler and a stack-based virtual machine

Virtual machine with a bytecode IR to plug your language front-ends to

A virtual machine (VM) known as the P-machine (PM/0). The P-machine is a stack machine with two memory stores: the “stack,” which is organized as a stack and contains the data to be used by the PM/0 CPU, and the “code,” which is organized as a list and contains the instructions for the VM. The PM/0 CPU has four registers to handle the stack and code segments: The registers are named base pointer (BP), stack pointer (SP), program counter (PC) and instruction register (IR). They will be explained in detail later on in this document. The machine also has a register file (RF) with sixteen (16) registers (0-15).

a programming language, IR code and virtual machine

Implemented a virtual machine and calculated a result based on the intermediate code IR. This includes documentation instructions.

FutureG-lab Virtual Machine : LLVM wannabe programming language parser/compiler generator (IR code generation, JIT compilation, sepcific target compilation)

The LLVM (Low Level Virtual Machine) IR framework is mainly used to create compilers, code generators and other code manipulating tools.

This is the repository of MIPT course where a compiler with SoN IR will be written for a virtual machine which written earlier

An MiniLang compiler built in Python featuring lexical analysis, recursive-descent parsing, semantic analysis with symbol tables, three-address code IR, code generation, and execution using a custom virtual machine.

Built a Python code interpreter with compiler phases using PLY (Lex & Yacc). Features include AST generation, semantic analysis, 3-address IR code generation, and custom virtual machine for execution. Integrated Maven for build automation and modularity.

🚀This project demonstrates how to connect a smart home system equipped with an IR sensor, rain sensor, and DHT11 temperature and humidity sensor to Google Cloud Virtual Machine (VM) instances via MQTT. The system aims to provide real-time environmental monitoring and control within a smart home environment, leveraging the power of cloud computing