n_right
&& np->n_right == $3)
np->n_right = fliplist(np->n_right);
lp->n_right = fliplist(lp->n_right);
for (spp = &lp->n_right;
spp = &(*spp)->n_right)
np->n_left = np->n_right = NNULL;
inc_oper->n_right = const1;
fp = openfile(np->n_right, 1, 1);
fp = openfile(np->n_right, 1, 1);
if (np->n_right == NULL && phase == END) {
if ((fp = openfile(np->n_right, 0, 0)) != FNULL) {
np = np->n_right;
exprtest(np->n_right) != 0) ? const1 : const0);
exprtest(np->n_right) != 0) ? const1 : const0);
f2 = (double)exprreal(np->n_right);
if (np->n_right->n_type != COLON)
np = np->n_right->n_left; else
np = np->n_right->n_right;
asn_oper->n_right = np->n_right;
return ((*np->n_left->n_function)(np->n_right));
if (regmatch(getregexp(np->n_right), cp) == REG_OK)
if (regmatch(getregexp(np->n_right), cp) != REG_OK)
return (assign(np->n_left, np->n_right));
r2 = exprreal(np->n_right);
right = exprreduce(np->n_right);
right = np->n_right;
actlist = np->n_right;
if (action(fnp->n_right) == RETURN)
*npp = np->n_right;
xp = np->n_right;
xp = xp->n_right;
if ((act = action(np->n_right)) != 0) {
if ((act = action(np->n_right)) != 0) {
statement = np->n_right;
np = left->n_right;
np->n_right = right;
wp = wp->n_right;
if (exprint(np->n_right) != 0)
if (exprint(np->n_right) == 0)
if (action(np->n_right)) {
wp = wp->n_right;
(void) assign(np->n_left, np->n_right);
register NODE *rnp = np->n_right;
asortfunc->n_right->n_left = array;
np = np->n_right;