case T_MEM:
		{
			// Here goes the code for lw instruction
			if(e->u.MEM->kind == T_BINOP){
				if(e->u.MEM->u.BINOP.op == T_plus){
					if(e->u.MEM->u.BINOP.left->kind == T_CONST && e->u.MEM->u.BINOP.right->kind == T_TEMP)
					(
						T_exp myExprecion = e->u.MEM->u.BINOP.right;
						T_exp myConst = e->u.MEM->u.BINOP.left;
						Reg reg = getNewReg();

						char * buffer = (char *)malloc(__BUFFER_SIZE__ * sizeof(char));
						sprintf_s(buffer, __BUFFER_SIZE__, "lw 'd,%d('s)", myConst->u.CONST);

						AS_instr instr = AS_Oper(buffer, NULL, NULL, NULL)};
						emit(instr);
						)
					else if(e->u.MEM->u.BINOP.left->kind == T_TEMP && e->u.MEM->u.BINOP.right->kind == T_CONST)
					{
							T_exp myExpression = e->u.MEM->u.BINOP.left;
							T_exp myConst = e->u.MEM->u.BINOP.right;
							Reg reg = getNewReg();

							char * buffer = (char*)malloc(__BUFFER_SIZE__*sizeof(char));
							sprintf_s(buffer, __BUFFER_SIZE__, "lw 'd,%d('s)", myConst->u.CONST);

							AS_instr instr = AS_Oper(buffer, NULL, NULL, NULL)};
							emit(instr);
					else if(e->u.MEM->u.BINOP.left->kind == T_CONST && e->u.MEM->u.BINOP.right->kind == T_CONST)
					{
							T_exp myConst1 = e->u.MEM->u.BINOP.left;
							T_exp myConst2 = e->u.MEM->u.BINOP.right;
							Reg reg = getNewReg();

							char * buffer = (char *)malloc(__BUFFER_SIZE__*sizeof(char));
							sprintf_s(buffer, __BUFFER_SIZE__, "lw 'd,%d('s)", myConst->u.CONST);

							AS_instr instr = AS_Oper(buffer, NULL, NULL, NULL)};
							emit(instr);
					else
						assert(0);
		}
		break;