/*****************************
logic
*****************************/

include "LIBRARY/logic.lib";

define base = 2, n = 8;

path 
	value1[ n ], 
	value2[ n ], 
	resultOr[ n ], 
	resultAnd[ n ], 
	resultXor[ n ], 
	resultNor[ n ], 
	resultNand[ n ], 
	resultNxor[ n ], 
	resultNot[ n ], 
	resultJoin[ n ];

input( "value1", 10, 50, base, n ) { out value1 };
input( "value2", 10, 100, base, n ) { out value2 };

{ in value1, value2 } orBits( n ) { out resultOr };
{ in value1, value2 } andBits( n ) { out resultAnd };
{ in value1, value2 } xorBits( n ) { out resultXor };
{ in value1, value2 } norBits( n ) { out resultNor };
{ in value1, value2 } nandBits( n ) { out resultNand };
{ in value1, value2 } nxorBits( n ) { out resultNxor };
{ in value1 } not( n ) { out resultNot };
{ in value1 } join( n ) { out resultJoin };

{ in resultOr } output( "resultOr", 10, 150, base, n );
{ in resultAnd } output( "resultAnd", 10, 200, base, n );
{ in resultXor } output( "resultXor", 10, 250, base, n );
{ in resultNor } output( "resultNor", 10, 300, base, n );
{ in resultNand } output( "resultNand", 10, 350, base, n );
{ in resultNxor } output( "resultNxor", 10, 400, base, n );
{ in resultNot } output( "resultNot", 10, 450, base, n );
{ in resultJoin } output( "resultJoin", 10, 500, base, n );