LIBCMT - A cross platform embedded DSL for C Language

#include <stdio.h> /* For printf() */

#define INCL__OBJECT
#define INCL__TRY_CATCH
#include "LIBCMT/LIBCMT.h"
/* or without INCL__#:
#include "LIBCMT/LIBCMT.h" // Defines everything automatically

or

#include "LIBCMT/OBJECT.h"
#include "LIBCMT/KEYWORDS/TRY_CATCH.h"
*/

// User MUST use different commands depends on the CPU type.
// For architectures, RCX or RAX like registers automatically downs to ECX or EAX but no alterantive exist,
// compiler will throw an error when an unexisting command is used on a certain CPU architecture, type, or version.
#include "LIBCMT/ASM/PUSH.h"

#if defined(__unix__)
SECTION (ASD)
    ADD64(RDI, RSI)
    MOV64(RAX, RDI)
    RET
END
#elif defined(_WIN64)
SECTION (ASD)
    ADD64(RCX, RDX)
    MOV64(RAX, RCX)
    RET
END
#endif

#include "LIBCMT/ASM/POP.h"

extern int ASD(int, int);

object o_object // Can be also "struct" too
{
    i_am_an_object; // Necessary and must be at the top

    void (*print)();
    void (*add)(int);
    int value;
    void (*throw)(int);
};

void print()
{
    object__connect (o_object); // Needed for defining "this"

    printf("[%d]\n", this->value);

    throw (this->value); // Will do nothing if it's not inside a try {...};
}

void object_throw(int value) // Not used but still wanted to show an exmaple at the bottom
{
    object__connect (o_object);

    throw (value);
}


void add(int value)
{
    object__connect (o_object);

    this->value += value;
}

void o_object(int start_value) // Constructor. Automatically works if object is created
{
    object__connect (o_object);

    object__inject (add);
    object__inject_2 (throw, object_throw); // this->throw = object_throw
    object__inject (print); // As you see, manual injection is needed for per function in the object.
    // Because, You may need to detect if a needed DLL file exist, and then get the needed function from it and use it in here.
    // Otherwise, you can just use your default function.

    this->value = start_value;
}

#include <stdio.h> /* For printf() */

#define INCL__OBJECT
#define INCL__TRY_CATCH
#include "LIBCMT/LIBCMT.h"
/* or without INCL__#:
#include "LIBCMT/LIBCMT.h" // Defines everything automatically

or

#include "LIBCMT/OBJECT.h"
#include "LIBCMT/KEYWORDS/TRY_CATCH.h"
*/

// User MUST use different commands depends on the CPU type.
// For architectures, RCX or RAX like registers automatically downs to ECX or EAX but no alterantive exist,
// compiler will throw an error when an unexisting command is used on a certain CPU architecture, type, or version.
#include "LIBCMT/ASM/PUSH.h"

#if defined(__unix__)
SECTION (ASD)
    ADD64(RDI, RSI)
    MOV64(RAX, RDI)
    RET
END
#elif defined(_WIN64)
SECTION (ASD)
    ADD64(RCX, RDX)
    MOV64(RAX, RCX)
    RET
END
#endif

#include "LIBCMT/ASM/POP.h"

extern int ASD(int, int);

object o_object // Can be also "struct" too
{
    i_am_an_object; // Necessary and must be at the top

    void (*print)();
    void (*add)(int);
    int value;
    void (*throw)(int);
};

void print()
{
    object__connect (o_object); // Needed for defining "this"

    printf("[%d]\n", this->value);

    throw (this->value); // Will do nothing if it's not inside a try {...};
}

void object_throw(int value) // Not used but still wanted to show an exmaple at the bottom
{
    object__connect (o_object);

    throw (value);
}


void add(int value)
{
    object__connect (o_object);

    this->value += value;
}

void o_object(int start_value) // Constructor. Automatically works if object is created
{
    object__connect (o_object);

    object__inject (add);
    object__inject_2 (throw, object_throw); // this->throw = object_throw
    object__inject (print); // As you see, manual injection is needed for per function in the object.
    // Because, You may need to detect if a needed DLL file exist, and then get the needed function from it and use it in here.
    // Otherwise, you can just use your default function.

    this->value = start_value;
}

int main(void)
{
    new (o_object, asd) (42);
    new (o_object, asd2) (0);

/*
    or instead, you can also do:

    #define test(object_name) new (o_object, object_name)

    so you can use it as:

    test (asd) (42);

    which works like namespace in C++ or smthing idk
*/

    asd.add(33); // asd.value is now 84

    try
    {
        int error;

        try
        {
            asd.print();
        }
        catch (error)
        {
            printf("ERROR_1: %d\n", error);
            throw (-2);
        }
    }
    catch (int error2) // May create error on older compilers, so create error2 at the top like I did in the top try-catch
    {
        printf("ERROR_2: %d\n", error2);
    }

    asd2.print();

    destroy (asd);
    destroy (asd2); // destroys are needed

    printf("Testing ASD function (Windows only btw because of the ABI rules): %d\n", ASD(42, 12));
    return (0);
}

int main(void)
{
    new (o_object, asd) (42);
    new (o_object, asd2) (0);

/*
    or instead, you can also do:

    #define test(object_name) new (o_object, object_name)

    so you can use it as:

    test (asd) (42);

    which works like namespace in C++ or smthing idk
*/

    asd.add(33); // asd.value is now 84

    try
    {
        int error;

        try
        {
            asd.print();
        }
        catch (error)
        {
            printf("ERROR_1: %d\n", error);
            throw (-2);
        }
    }
    catch (int error2) // May create error on older compilers, so create error2 at the top like I did in the top try-catch
    {
        printf("ERROR_2: %d\n", error2);
    }

    asd2.print();

    destroy (asd);
    destroy (asd2); // destroys are needed

    printf("Testing ASD function (Windows only btw because of the ABI rules): %d\n", ASD(42, 12));
    return (0);
}