Knife is a Java top-down parser generator for building parsers from grammars in BNF format.
This is a compiler for LL(1) types of grammar.
Assignments in course:Compilers.
This is my labs from Compilers Design Course, being taught in BMSTU. Lab 1 - Constructing minimal DFA from regex in 3 phases (r => NFA => DFA => minimal DFA). Lab 2 = Grammar processing. (Removing cycles, left recursion, left factorizing, etc.) Lab 3 = LL(1), SLR(1) and LR(1) parser generator and lexer generator. Lexer based on minimal DFA. Each…
Implementation of a Compiler for MiniJava to LLVM, Implementation of a LL(1) parser for a calculator
A full-featured compiler implementation that translates the PO teaching language into MIPS assembly, featuring LL(1) parsing, intermediate TAC generation, and custom grammar support. Built to make programming education accessible.
A LL1 algorithm implementation for CFG and string recognition.
An implementation of multiple concepts and techniques related to the theory of computation and compilers like DFA, NFA, Regular Expressions, Fallback DFA, CFG Left-Recursion Elimination, First and Follow, LL(1) Parsing, Lexical Analysis, and SDD
Compiler practice
Java code + CFG for constructing a compiler to accept C-like code (with implicit data type assignment) as input, and to tokenize, parse using LL(1) parser and create symbol table with scope
The calculator accepts expressions with the bitwise AND(&) and XOR(^) operators, as well as parentheses. (Single digit numbers only)
Check Syntax Of MODULA-2 Programming Language Using LL(1) Predictive Parser
♨️ 🔀 In this project I built an LL1 (leftmost derivation) recursive calculator as an intoduction to compilers.
A simple educational compiler for a custom mini-language.
A compiler construction project for the "Κ31 Compilers" course at DiT, NKUA. This repository hosts a Java application designed to parse and evaluate expressions based on a defined grammar for a subset of a programming language. It includes a lexer and parser to handle expressions, perform calculations, and construct a syntax tree.
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