int CLoad(int CounterNum, char LoadValue[])
{
	int TempByte, TempByte1, Register, CounterMask;
	int WriteLowByteMask1 = 0x20;	/* RL1 | */
	int WriteLowByteMask2 = 0xef;	/* RL0 & */
	int WriteHighByteMask1 = 0xdf;	/* RL1 & */
	int WriteHighByteMask2 = 0x10;	/* RL0 | */
	char LowByte[5];
	char HighByte[5];
	long HighByteValue, LowByteValue;
	int test;

	switch (CounterNum)
	{
		case 1:
			Register = LOADREAD1;
			CounterMask = 0x3f;
			break;
		case 2:
			Register = LOADREAD2;
			CounterMask = 0x7f;
			break;
		case 3:
			Register = LOADREAD3;
			CounterMask = 0xbf;
			break;
		default:
			return(1);
			break;
	}

	HighByte[0] = LoadValue[0];
	HighByte[1] = LoadValue[1];
	HighByte[2] = LoadValue[2];
	HighByte[3] = LoadValue[3];

	LowByte[0] = '0';
	LowByte[1] = 'x';
	LowByte[2] = LoadValue[4];
	LowByte[3] = LoadValue[5];

	HighByteValue = (int)strtol(HighByte, NULL, 0);
	LowByteValue = (int)strtol(LowByte, NULL, 0);

	TempByte = (CounterMask | WriteLowByteMask1) & WriteLowByteMask2;

	TempByte1 = TempByte & 0xf0;

	printf("The value in config low is --> %x.\n", TempByte1);

	outb(TempByte1, CCONFIGPORT);

	outb(LowByteValue, Register);

	printf("The register chosen is --> %x.\n", Register);

	test = inb(Register);

	printf("The value read in counter low is --> %x.\n", test);

	TempByte = (0x30 & WriteHighByteMask1) | WriteHighByteMask2;

	printf("The value in config high is --> %x.\n", TempByte);

	outb(TempByte, CCONFIGPORT);

	outb(HighByteValue, Register);

	outb(TempByte, CCONFIGPORT);

	test = inb(Register);

	printf("The value in counter high is --> %x.\n", test);

	return(0);
}