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/*  Program Name: "MM_v0_3.nxc"
**  This program was created by "muntoo" on March 4, 2011
**  Created using BricxCC (by John Hansen) and written in NXC (by John Hansen)
**  ( http://bricxcc.sourceforge.net/ )

Description:
A demo program for a memory manager, in case you lose your brain. But this is NOT a replacement for brain data backup! Be sure to get RipOff's Brain Backup System for only 100 easy payments of $999.99, with a free bottle of RipOff's Really Expensive Ketchup!
*/


#include "MM.nxc"



/*

*/
// <ATTENTION> <UNTESTED>
byte MM_get_BYTE(MM_ID /* & is not necessary; pointers! */ id)
{
	// <ATTENTION> Possible bug. Do you think using returns like this is *safe*?
	return(MM_mem[id.idx]);
}


/*

*/
// <ATTENTION> <UNTESTED>
MM_ID MM_set_BYTE(MM_ID /* & is not necessary; pointers! */ id, byte val)
{
	MM_mem[id.idx] = val;

	return(id); // return id for no reason
}


MM_ID MM_ID_CPY(MM_ID id)
{
	MM_ID retVal;

	retVal.type = id.type;
	retVal.len = id.len;
	retVal.idx = id.idx;

	return(retVal);
}


task main()
{
	MM_init(); // Initialize Memory Manager; Always call at beginning of program

	MM_ID myvar = MM_new(MM_ID_TYPE_BYTE, 5); // Create pointer to an array of 5 elements
	
	MM_ID ptr;
	ptr = MM_ID_CPY(myvar);
	
	// <ATTENTION> Possible bug! Does ptr.idx++ really work?
	// <ATTENTION> Possible bug! MM_ID ptr = MM_ID_CPY(myvar);
	// Set values to random numbers
// Report NXC Bug. Can't use "MM_ID ptr = myvar;"
	for(; ptr.idx < (myvar.idx + MM_sizeOf(myvar.type)); ptr.idx++)
	{
		// MM_set_BYTE(ptr, Random(pow(0x100, MM_sizeOf(myvar.type)) - 1));
		MM_set_BYTE(ptr, (ptr.idx - myvar.idx));
	}

	// <ATTENTION> Possible bug! Does ptr.idx++ really work?
	// Display values
	for(; ptr.idx < (myvar.idx + MM_sizeOf(myvar.type)); ptr.idx++)
	{
		NumOut(0, 8 * (myvar.idx + MM_sizeOf(myvar.type) - 1 - ptr.idx), MM_get_BYTE(ptr));
	}

	Wait(2000);

	ClearScreen();
	TextOut(0, 0, "Deleting memory...", 0);

	MM_delete(myvar); // Mark memory free for this variable

	MM_init(); // Reset Memory Manager. Frees all Memory Manager memory.

	Wait(5000);
}