Latest	2.0.1
Homepage	https://github.com/sunpaq/monkc
License	BSD
Platforms	ios 9.0
Authors	Sun YuLi

Monk-C

a toolkit for OOP programming in C language

Overview

Monk-C, is a toolkit for OOP programming use pure C (static library). the aim of Monk-C is to support OOP in pure C with some tiny C macros, functions and even a light preprocessor (optional). Monk-C is inspired by Apple Objective-C and gcc builtin "Constructing Calls". It is tiny and primitive but full of fun. I use it to play with my RaspberryPi and it really vary suitable for the ARM/Linux based embeded systems. It is open source under BSD license(3-clause license).

Monk-C is based on C99 standard

No stable version released now. but the syntax is nearly ready to be fixed.

I am focusing on X86_64 and ARM64 CPUs.

Next version

Monk-C 3.0 version will based on ANSI C standard. providing a modern syntax. https://github.com/sunpaq/monkc-next

Documents:

1 wiki page on github

2 Infos at this page

Use Monk-C on iOS

Library via Cocoapods

Demo App

The BohdiEngine (3D) written use Monk-C:

Mac version

iOS version via Cocoapods

Android version

The BohdiAR written use Monk-C:

https://github.com/sunpaq/BohdiAR-pod

The Demo Google Cardboard VR App using BohdiEngine:

https://github.com/sunpaq/BohdiEngineDemoSwift

Monk-C on Windows (64bit):

https://github.com/sunpaq/monkc4win64

Monk-C on UNIX(Mac & Linux) via command line tools (this repo):

requires

clang/gcc
git
ruby

install build tool

sudo gem install mcbuild

build & run

./build.rb all
./build.rb run

install snippets for sublime text

1.[SublimeText Menu -> Preferences -> Browse Packages...] open the plugin folder
2.copy the 'mcsublime-snippets' folder into 'User'

The MCBuild tool:

MCBuild is a script library written use Ruby. Helping C/Monk-C developr generate Makefile.
https://github.com/sunpaq/mcbuild

Syntax

Monk-C use "MC" as the prefix.

Header file

#include "monkc.h"

class(MCSort, MCObject,
      MCGeneric* array;
      size_t length);

method(MCSort, void, bye, voida);
method(MCSort, MCSort*, initWithArray, MCGeneric* array, size_t length);
method(MCSort, void, insertionSort, voida);
method(MCSort, void, quickSort, voida);
method(MCSort, void, printArray, voida);

C file

#include "MCSort.h"

oninit(MCSort)
{
    if (init(MCObject)) {
        var(array) = null;
        var(length) = 0;
        return obj;
    }else{
        return null;
    }
}

method(MCSort, void, bye, voida)
{
    if (obj->array && obj->length > 0) {
        free(obj->array);
    }
}

method(MCSort, MCSort*, initWithArray, MCGeneric* array, size_t length)
{
    var(array) = (MCGeneric*)malloc(sizeof(MCGeneric) * length);
    for (size_t i=0; i<length; i++) {
        obj->array[i] = array[i];
    }
    var(length) = length;
    //debug
    //ff(obj, printArray, 0);
    return obj;
}

function(void, swap, size_t a, size_t b)
{
    as(MCSort);
    if (a < b) {
        MCGeneric t = obj->array[a];
        obj->array[a] = obj->array[b];
        obj->array[b] = t;
    }
}

method(MCSort, void, insertionSort, voida)
{

}

function(void, quicksort, const size_t l, const size_t r)
{
    as(MCSort);
    if (l >= r || l > obj->length || r > obj->length) {
        //debug_log("quicksort exit l=%ld r=%ldn", l, r);
        return;
    }
    MCGeneric pivot = obj->array[l];
    size_t cur=l;
    for (size_t idx=l+1; idx<=r; idx++) {
        if (MCGenericCompare(obj->array[idx], pivot) < 0)
            swap(obj, ++cur, idx);
    }

    swap(obj, l, cur);
    quicksort(obj, l, cur-1);
    quicksort(obj, cur+1, r);
}

method(MCSort, void, quickSort, voida)
{
    quicksort(obj, 0, var(length)-1);
}

method(MCSort, void, printArray, voida)
{
    for (size_t i=0; i<obj->length; i++) {
        printf("element of array[%ld]=%.2fn", i, obj->array[i].mcfloat);
    }
}

onload(MCSort)
{
    if (load(MCObject)) {
        binding(MCSort, void, bye, voida);
        binding(MCSort, MCSort*, initWithArray, MCGeneric* array, size_t length);
        binding(MCSort, void, insertionSort, voida);
        binding(MCSort, void, quickSort, voida);
        binding(MCSort, void, printArray, voida);
        return cla;
    }else{
        return null;
    }
}

Dynamically calling method

it just like the Objective-C. sending message instead of function call.

Bird* bird = new(Bird);
ff(bird, fly, 0);

Statically calling method

C style:    Bird_fly(bird, 0);

Macros and runtime functions often used

class
method (binding)
function (mixing)
compute (computing)
utility
var
new
ff
oninit (init)
onload (load)
retain
release
recycle
obj
cla
voida & null

Total only 16 words.¹

the syntex is improving, maybe more/less keywords in the future. ↩

Latest podspec

{
    "name": "monkc",
    "version": "2.0.1",
    "summary": "a toolkit for OOP programming in C language",
    "description": "Monk-C, is a toolkit for OOP programming use pure C (static library). the aim of Monk-C is to support OOP in pure C with some tiny C macros, functions and even a light preprocessor (optional). Monk-C is inspired by Apple Objective-C and gcc builtin "Constructing Calls". It is tiny and primitive but full of fun. I use it to play with my RaspberryPi and it really vary suitable for the ARM/Linux based embeded systems. It is open source under BSD license(3-clause license).",
    "homepage": "https://github.com/sunpaq/monkc",
    "license": {
        "type": "BSD",
        "file": "LICENSE"
    },
    "authors": {
        "Sun YuLi": "[email protected]"
    },
    "source": {
        "git": "https://github.com/sunpaq/monkc-pod.git",
        "tag": "2.0.1"
    },
    "platforms": {
        "ios": "9.0"
    },
    "source_files": "monkc/Classes/**/*",
    "public_header_files": "monkc/Classes/**/*.h"
}

Sun, 09 Sep 2018 09:40:16 +0000

monkc