Modern Programming Paradigms course homework implementation on C#
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Updated
Nov 16, 2016 - C#
Modern Programming Paradigms course homework implementation on C#
Parses arithmetical expressions in different modes
Exploring different algorithms for parsing expressions.
Simple parsers for basic arithmetics. Some in C, some in Ocaml
This is a C++ program that evaluates mathematical expressions containing operators +, -, *, and /, and parentheses ( and ). The program supports multi-digit numbers and guarantees that parentheses are used for each operator.
Simple, extensible calculator written in C# featuring Pratt's parser architecture
Programs in JAVA for Compiler Designing Concepts
Simple and flexible DOM data binding and DOM templating library.
An expressions solver module for games like "Mathler" and "Nerdle"
Compile boolean expressions into functions
mathematical expression parser for strings and ofxGui, based on muParser
Contains an extendable expression grammar AST generator. Basic math expression and evaluation support.
An expression evaluation library for Java
Swift port of Bob Nystrum's batnam expression language — demonstrating a Pratt parser
A compiler for parsing and evaluating simple Lisp style expressions
Simplification of arithmetic equations using Ocaml
A service to handle rules constructed by the end-users as functions. A JSON is given as input containing mathematical expressions that are then executed by the service.
My Simple Mathematics Interpreter Implementation In Java (Designed by Stack Structure)
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