for(unsigned long i = 0; i < 20; ++i)
{
	//the "rapidfunc" keyword indicates that the function is created on the fly,
	//and that it uses variable values as macros.
	rapidfunc signed long Func#i#Named$SomeString$(signed long A, signed long B)
	{
		return(A * #i# * B);
	}
}

//later...

//the "callrapidfunc" keyword indicates again that variables' values may be used in
//function call. The (0) is the value to return if the function does not exist.
int x = callrapidfunc(0) Func1NamedHello(2, 4);
x = callrapidfunc(x) Func#x#NamedBye(x, 2 * x); 

switch(SomeVar)
{
	case(AnotherVar)	//() for non-constants, and
	{				//{} if you don't want to have to include a break statement
		DoStuff();
	}
	case($$ >= AlwaysVar)	//$$ indicates that value that was passed to the switch statement (in this code, SomeVar)
	{					//with this method you can use the case statement like an if statement
		DoOtherStuff();
	}
}

long MyFunc(long A, long B = 4, long C, long D = -2)
{
	return(A * ((B - C) / (A * (B - C))) + D);
}

//later...

MyFunc(4, ~, 5); //the ~ operator, in this case, means 'use the default value for this parameter' 

//operator !| function equiv:
bool NotOr(bool A, bool B)
{
	return((A || B) && !(A && B));
}

callrapidfunc(0) Func#0#NamedBye(x, 2 * x)
callrapidfunc(0) Func#0#NamedFoo(x, 2 * x)
callrapidfunc(0) Func#0#NamedBar(x, 2 * x) 

#define D(x) int a_function_that_will_be_loaded_from_a_DLL_or_SO_#x(){\
    return x;\
}

D(0)
D(1)
D(2)
D(3)
D(4)
D(5)
D(6)

$preprocessor
define D(){
    for (int a=0;a<10;a++)
        printf(
            "int a_function_that_will_be_loaded_from_a_DLL_or_SO_%(){\n"
            "    return %;\n"
            "}\n",a,a);
}
$end

D;

void public_dynamic_interface(std::vector<function> &v){
    v.push_back(unique_function_1);
    v.push_back(unique_function_2);
    for (int a=0;a<20;a++)
        v.push_back(same_function);
}

function get_function(int id){
    //...
}