// 	Printf("running (%ld bytes avail)\n", AvailMem(0));
#define __CLIB_PRAGMA_LIBCALL
#include <proto/exec.h>
#include <proto/dos.h>
#define	__NOLIBBASE__
#include "containers/stringarray.h"
#include "containers/linearray.h"
#include "configmodel.h"
#include <proto/containerkit.h>

WORD DoTheWork(STRPTR filename);
VOID ProcessFile(BPTR configFile);

char *vers="\0$VER: ConfigReader (dd.mm.yyyy)";
char *stacksize = "$STACK:8192"; // only works when started from CLI

struct Library *ContainerkitBase;

WORD DoTheWork(STRPTR filename)
{
	WORD result = RETURN_OK;
	STRPTR joined = NULL;
	if (ContainerkitBase)
	{
		StringArray parts = ConfigFileSplitKey("foo.bar.baz.blah");
		StringArrayForEach(parts, Printf("[%s]\n",aString););
		
// 		joined = StringArrayJoined(parts, '>');
// 		Printf("{%s}", joined);
// 		FreeVec(joined);
		
		StringArrayFree(parts);
// 		CONFIGFILEPTR config = ConfigFileRead(filename);
// 		if( config != NULL )
// 		{
// 			Printf("XXXXXXX\n");
// 			ConfigFileDump(config);
// 			Printf("XXXXXXX\n");
// 			ConfigFileFree(config);
// 		}
// 		else
// 		{
// 			result = RETURN_ERROR;
// 		}
	}
	return result;
}

WORD main(WORD argc, STRPTR *argv)
{
	WORD result = RETURN_OK;
	
	// this does nothing but the first call to Print drops a bunch of memory, 
	// I assume because of opening some resource so this means my start and
	// end markers are "clean" and I can ensure I'm not leaking.
	Printf("\n"); 
	
	ContainerkitBase = OpenLibrary("containerkit.library", 1);
	if( ContainerkitBase )
	{
		Printf("\n\nrunning   (%ld bytes avail)\n\n", AvailMem(0));	
		result = DoTheWork(argv[1]);
		Printf("\n\ndone      (%ld bytes avail)\n\n", AvailMem(0));
		CloseLibrary(ContainerkitBase);
	} 
	else 
	{
		Printf("failed to open library\n");
		result = RETURN_ERROR;
	}
	return result;		
}