int main (int argc, char** argv) {
struct arrayBagStack *a = (struct arrayBagStack *)malloc(sizeof(struct arrayBagStack));
initArray(a);
printf("Is stack array empty? %i\n", isEmptyArray(a));
printf("Add 3, 2, 7, 14 & 9 to the stack, using bag.\n");
addArray(a, 3);
addArray(a, 2);
addArray(a, 7);
addArray(a, 14);
addArray(a, 9);
printf("the number at the top of the array is: %i\n", topArray(a));
printf("How many numbers are now in the array? %i\n", sizeArray(a));
printf("Remove last 2 values from the array, using stack implementation.\n");
popArray(a);
popArray(a);
printf("How many numbers are now in the array? %i\n", sizeArray(a));
printf("The number at the top of the array is now: %i", topArray(a));
printf("\n");
return 0;
}
/* size_html_tbl:
* Determine the size of a table by first determining the
* size of each cell.
*/
static int
size_html_tbl(graph_t *g, htmltbl_t * tbl, htmlcell_t * parent, htmlenv_t * env)
{
int i, wd, ht;
int rv = 0;
htmlfont_t savef;
if (tbl->font)
pushFontInfo(env, tbl->font, &savef);
tbl->u.n.parent = parent;
rv = processTbl(g, tbl, env);
/* Set up border and spacing */
if (!(tbl->data.flags & SPACE_SET)) {
tbl->data.space = DEFAULT_CELLSPACING;
}
if (!(tbl->data.flags & BORDER_SET)) {
tbl->data.border = DEFAULT_BORDER;
}
sizeArray(tbl);
wd = (tbl->cc + 1) * tbl->data.space + 2 * tbl->data.border;
ht = (tbl->rc + 1) * tbl->data.space + 2 * tbl->data.border;
for (i = 0; i < tbl->cc; i++)
wd += tbl->widths[i];
for (i = 0; i < tbl->rc; i++)
ht += tbl->heights[i];
if (tbl->data.flags & FIXED_FLAG) {
if (tbl->data.width && tbl->data.height) {
if ((tbl->data.width < wd) || (tbl->data.height < ht)) {
agerr(AGWARN, "table size too small for content\n");
rv = 1;
}
wd = ht = 0;
} else {
agerr(AGWARN,
"fixed table size with unspecified width or height\n");
rv = 1;
}
}
tbl->data.box.UR.x = MAX(wd, tbl->data.width);
tbl->data.box.UR.y = MAX(ht, tbl->data.height);
if (tbl->font)
popFontInfo(env, &savef);
return rv;
}
