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https://github.com/jt2m0l3y/mypl

Programming language designed for the purpose of studying compilation and runtime processes. As a side note, OCaml was also introduced to contrast with imperative languages.
https://github.com/jt2m0l3y/mypl

ast code-generation compiler-design cpp grammars jit lambda-calculus lexical-analysis ocaml parsing type-checking vm

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Programming language designed for the purpose of studying compilation and runtime processes. As a side note, OCaml was also introduced to contrast with imperative languages.

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README

        

# README


## MyPL - Programming Language Interpreter


### Description
This programming language is a work in progress. I finished a basic set of operations, constructs, and methods that can be performed as per the requirements of a PL course. Beyond this, I have started extending this language by adding an additional construct: dictionaries (Python) or undordered maps (C++).


### Table of Contents
- [Install](#install)
- [Usage](#usage)
- [Credits](#cred)


### Installation

To "install" this language one must run a set of commands:
- CMake to build tools that will process dependencies
```
cmake .
```
- Make to process dependencies and build the language
```
make
```


### Usage

To run:
```
./mypl [flag] [file]
```

Available flags:
`--lex`: lexical analysis
`--parse`: parsing, AST generation
`--print`: pretty printer
`--check`: semantic checking
`--ir`: machine instruction generation
`--help`: usage message

Features:
- lexical analysis
- simple parsing
- AST generation
- pretty printer
- semantic checking
- machine instruction generation with VM
- running programs written in 'MyPL'

Language Benefits:
- types
- user-defined ```struct [name] { [fields]* }```
- 1D arrays ```array [type] [id] = new [type][ [size] ]```
- primitive ```[type] [id] = [val]```
- methods
- length (string, arrays) ```length([id])```
- get/set fields ```[id][val]```
- get/set array index ```[id][val]```
- get char in string ```get(val)```
- terminal I/O (print, input) ```print([type]), input()```
- extended use
- dictionary (unordered map) type ```dict [type1] [type2] [id] = new dict{type1, type2}```
- methods: keys, values ```keys([id]), values([id])```

An example of this language's use has been published to
[YouTube](https://www.youtube.com/watch?v=ngUi5oREe8E).


### Credits

Contributors:
- JT2M0L3Y
- Dr. Bowers