int
gator_light_display(struct onode *onp)
{ /*gator_light_display */
static char rn[] = "gator_light_display"; /*Routine name */
struct gator_lightobj *light_data; /*Ptr to light obj data */
struct gwin_strparams *label_strparams; /*String-drawing params */
/*
* Draw the label, with proper highlighting depending on whether
* the light is on.
*/
light_data = (struct gator_lightobj *)(onp->o_data);
label_strparams = (struct gwin_strparams *)(light_data->llrock);
if (objects_debug)
fprintf(stderr, "[%s:%s] Printing out light label '%s' at (%d, %d)\n",
mn, rn, label_strparams->s, label_strparams->x,
label_strparams->y);
WOP_DRAWSTRING(onp->o_window, label_strparams);
return (0);
} /*gator_light_display */
int
gator_text_display(struct onode *onp)
{ /*gator_text_display */
static char rn[] = "gator_text_display"; /*Routine name */
struct gator_textobj *text_data; /*Ptr to text obj data */
struct gator_textcb_hdr *cbHdr; /*Ptr to CB header */
struct gwin_strparams strparams; /*String-drawing params */
int currLine; /*Current line being updated */
int currLinesUsed; /*Num screen lines used */
int currIdx; /*Current line index */
int currEnt; /*Current entry being drawn */
struct gator_textcb_entry *curr_ent; /*Ptr to current entry */
if (objects_debug)
fprintf(stderr, "[%s:%s] Displaying text object at %p\n", mn, rn,
onp);
text_data = (struct gator_textobj *)(onp->o_data);
cbHdr = text_data->cbHdr;
if (objects_debug)
fprintf(stderr,
"[%s:%s] Displaying text object at %p, object-specific data at %p\n",
mn, rn, onp, text_data);
/*
* Update each line in the screen buffer with its proper contents.
*/
currEnt = text_data->firstEntShown;
currLinesUsed = text_data->lastEntShown - currEnt + 1;
currIdx =
(cbHdr->oldestEntIdx +
(currEnt - cbHdr->oldestEnt)) % cbHdr->maxEntriesStored;
curr_ent = cbHdr->entry + currIdx;
if (objects_debug)
fprintf(stderr,
"[%s:%s] Drawing %d populated lines, starting with entry %d (index %d) at %p",
mn, rn, currLinesUsed, currEnt, currIdx, curr_ent);
strparams.x = onp->o_x;
strparams.y = onp->o_y;
for (currLine = 0; currLine < text_data->numLines; currLine++) {
/*
* Draw the current entry.
*/
if (currLinesUsed > 0) {
/*
* Drawing a populated line. We need to iterate if there are
* inversions (I don't feel like doing this now).
*/
strparams.s = curr_ent->textp;
strparams.highlight = curr_ent->highlight;
WOP_DRAWSTRING(onp->o_window, &strparams);
currLinesUsed--;
currEnt++;
currIdx++;
if (currIdx >= cbHdr->maxEntriesStored) {
currIdx = 0;
curr_ent = cbHdr->entry;
} else
curr_ent++;
} else {
/*
* Draw a blank line.
*/
strparams.s = cbHdr->blankLine;
strparams.highlight = 0;
WOP_DRAWSTRING(onp->o_window, &strparams);
}
/*
* Adjust the X and Y locations.
*/
strparams.x = 0;
strparams.y++;
} /*Update loop */
/*
* Box the window before we leave.
*/
#if GATOR_TEXTCB_DO_BOX
if (objects_debug)
fprintf(stderr, "[%s:%s] Boxing window structure at 0x%x\n", mn, rn,
onp->o_window);
WOP_BOX(onp->o_window);
#endif /* GATOR_TEXTCB_DO_BOX */
/*
* For now, this is all we do.
*/
return (0);
} /*gator_text_display */
