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Comparing rxvt-unicode/src/screen.C (file contents):
Revision 1.71 by pcg, Thu Apr 8 20:31:45 2004 UTC vs.
Revision 1.74 by pcg, Sun May 9 18:19:49 2004 UTC

189 } 189 }
190 190
191 if (prev_nrow == 0) 191 if (prev_nrow == 0)
192 { 192 {
193 /* 193 /*
194 * first time called so just malloc everything : don't rely on realloc 194 * first time called so just malloc everything: don't rely on realloc
195 * Note: this is still needed so that all the scrollback lines are NULL 195 * Note: this is still needed so that all the scrollback lines are NULL
196 */ 196 */
197 screen.text = (text_t **)rxvt_calloc (total_rows, sizeof (text_t *)); 197 screen.text = (text_t **)rxvt_calloc (total_rows, sizeof (text_t *));
198 buf_text = (text_t **)rxvt_calloc (total_rows, sizeof (text_t *)); 198 buf_text = (text_t **)rxvt_calloc (total_rows, sizeof (text_t *));
199 drawn_text = (text_t **)rxvt_calloc (nrow, sizeof (text_t *)); 199 drawn_text = (text_t **)rxvt_calloc (nrow, sizeof (text_t *));
256 scr_scroll_text (0, (int)prev_nrow - 1, k, 1); 256 scr_scroll_text (0, (int)prev_nrow - 1, k, 1);
257 257
258 for (p = nrow; p < prev_nrow; p++) 258 for (p = nrow; p < prev_nrow; p++)
259 { 259 {
260 q = p + TermWin.saveLines; 260 q = p + TermWin.saveLines;
261
261 if (screen.text[q]) 262 if (screen.text[q])
262 { 263 {
263#ifdef DEBUG_STRICT 264#ifdef DEBUG_STRICT
264 assert (screen.rend[q]); 265 assert (screen.rend[q]);
265#endif 266#endif
266 talloc->free (screen.text[q]); 267 talloc->free (screen.text[q]);
267 ralloc->free (screen.rend[q]); 268 ralloc->free (screen.rend[q]);
268 } 269 }
270
269 if (swap.text[p]) 271 if (swap.text[p])
270 { 272 {
271#ifdef DEBUG_STRICT 273#ifdef DEBUG_STRICT
272 assert (swap.rend[p]); 274 assert (swap.rend[p]);
273#endif 275#endif
274 talloc->free (swap.text[p]); 276 talloc->free (swap.text[p]);
275 ralloc->free (swap.rend[p]); 277 ralloc->free (swap.rend[p]);
276 } 278 }
279
277#ifdef DEBUG_STRICT 280#ifdef DEBUG_STRICT
278 assert (drawn_text[p] && drawn_rend[p]); 281 assert (drawn_text[p] && drawn_rend[p]);
279#endif 282#endif
280 talloc->free (drawn_text[p]); 283 talloc->free (drawn_text[p]);
281 ralloc->free (drawn_rend[p]); 284 ralloc->free (drawn_rend[p]);
311 swap.tlen[p] = 0; 314 swap.tlen[p] = 0;
312 swap.text[p] = NULL; 315 swap.text[p] = NULL;
313 swap.rend[p] = NULL; 316 swap.rend[p] = NULL;
314 drawn_text[p] = NULL; 317 drawn_text[p] = NULL;
315 drawn_rend[p] = NULL; 318 drawn_rend[p] = NULL;
316 scr_blank_screen_mem (swap.text, swap.rend, p, setrstyle); 319 scr_blank_screen_mem (swap.text, swap.rend, p, setrstyle);
317 scr_blank_screen_mem (drawn_text, drawn_rend, p, setrstyle); 320 scr_blank_screen_mem (drawn_text, drawn_rend, p, setrstyle);
318 } 321 }
319 322
320 if (k > 0) 323 if (k > 0)
321 { 324 {
336 } 339 }
337 340
338 /* resize columns */ 341 /* resize columns */
339 if (ncol != prev_ncol) 342 if (ncol != prev_ncol)
340 { 343 {
341 int common = min (prev_ncol, ncol);
342 rxvt_salloc *ta = new rxvt_salloc (ncol * sizeof (text_t)); 344 rxvt_salloc *ta = new rxvt_salloc (ncol * sizeof (text_t));
343 rxvt_salloc *ra = new rxvt_salloc (ncol * sizeof (rend_t)); 345 rxvt_salloc *ra = new rxvt_salloc (ncol * sizeof (rend_t));
344 346
345 for (p = 0; p < total_rows; p++) 347 for (p = 0; p < total_rows; p++)
346 { 348 {
347 if (screen.text[p]) 349 if (screen.text[p])
348 { 350 {
349 text_t *t = (text_t *)ta->alloc (); memcpy (t, screen.text[p], common * sizeof (text_t)); screen.text[p] = t; 351 screen.text[p] = (text_t *)ta->alloc (screen.text[p], prev_ncol * sizeof (text_t));
350 rend_t *r = (rend_t *)ra->alloc (); memcpy (r, screen.rend[p], common * sizeof (rend_t)); screen.rend[p] = r; 352 screen.rend[p] = (rend_t *)ra->alloc (screen.rend[p], prev_ncol * sizeof (rend_t));
351 353
352 MIN_IT (screen.tlen[p], (int16_t)ncol); 354 MIN_IT (screen.tlen[p], (int16_t)ncol);
353 355
354 if (ncol > prev_ncol) 356 if (ncol > prev_ncol)
355 scr_blank_line (& (screen.text[p][prev_ncol]), 357 scr_blank_line (&screen.text[p][prev_ncol],
356 & (screen.rend[p][prev_ncol]), 358 &screen.rend[p][prev_ncol],
357 ncol - prev_ncol, 359 ncol - prev_ncol, setrstyle);
358 setrstyle);
359 } 360 }
360 } 361 }
361 362
362 for (p = 0; p < nrow; p++) 363 for (p = 0; p < nrow; p++)
363 { 364 {
364 text_t *t = (text_t *)ta->alloc (); memcpy (t, drawn_text[p], common * sizeof (text_t)); drawn_text[p] = t; 365 drawn_text[p] = (text_t *)ta->alloc (drawn_text[p], prev_ncol * sizeof (text_t));
365 rend_t *r = (rend_t *)ra->alloc (); memcpy (r, drawn_rend[p], common * sizeof (rend_t)); drawn_rend[p] = r; 366 drawn_rend[p] = (rend_t *)ra->alloc (drawn_rend[p], prev_ncol * sizeof (rend_t));
366 367
367 if (ncol > prev_ncol) 368 if (ncol > prev_ncol)
368 scr_blank_line (& (drawn_text[p][prev_ncol]), 369 scr_blank_line (&drawn_text[p][prev_ncol],
369 & (drawn_rend[p][prev_ncol]), 370 &drawn_rend[p][prev_ncol],
370 ncol - prev_ncol, setrstyle); 371 ncol - prev_ncol, setrstyle);
371 372
372 if (swap.text[p]) 373 if (swap.text[p])
373 { 374 {
374 text_t *t = (text_t *)ta->alloc (); memcpy (t, swap.text[p], common * sizeof (text_t)); swap.text[p] = t; 375 swap.text[p] = (text_t *)ta->alloc (swap.text[p], prev_ncol * sizeof (text_t));
375 rend_t *r = (rend_t *)ra->alloc (); memcpy (r, swap.rend[p], common * sizeof (rend_t)); swap.rend[p] = r; 376 swap.rend[p] = (rend_t *)ra->alloc (swap.rend[p], prev_ncol * sizeof (rend_t));
376 377
377 MIN_IT (swap.tlen[p], (int16_t)ncol); 378 MIN_IT (swap.tlen[p], (int16_t)ncol);
378 379
379 if (ncol > prev_ncol) 380 if (ncol > prev_ncol)
380 scr_blank_line (& (swap.text[p][prev_ncol]), 381 scr_blank_line (&swap.text[p][prev_ncol],
381 & (swap.rend[p][prev_ncol]), 382 &swap.rend[p][prev_ncol],
382 ncol - prev_ncol, setrstyle); 383 ncol - prev_ncol, setrstyle);
383 } 384 }
384 385
385 } 386 }
386 387
476 477
477 scr_release (); 478 scr_release ();
478 prev_nrow = prev_ncol = 0; 479 prev_nrow = prev_ncol = 0;
479 scr_reset (); 480 scr_reset ();
480 481
481 scr_clear (); 482 scr_clear (true);
482 scr_refresh (SLOW_REFRESH); 483 scr_refresh (SLOW_REFRESH);
483} 484}
484 485
485/* ------------------------------------------------------------------------- * 486/* ------------------------------------------------------------------------- *
486 * PROCESS SCREEN COMMANDS * 487 * PROCESS SCREEN COMMANDS *
709 for (i = 0, j = row1; i < count; i++, j++) 710 for (i = 0, j = row1; i < count; i++, j++)
710 { 711 {
711 buf_text[i] = screen.text[j]; 712 buf_text[i] = screen.text[j];
712 buf_rend[i] = screen.rend[j]; 713 buf_rend[i] = screen.rend[j];
713 } 714 }
715
714 /* A2: Rotate lines */ 716 /* A2: Rotate lines */
715 for (j = row1, i = j + count; i <= row2; i++, j++) 717 for (j = row1, i = j + count; i <= row2; i++, j++)
716 { 718 {
717 screen.tlen[j] = screen.tlen[i]; 719 screen.tlen[j] = screen.tlen[i];
718 screen.text[j] = screen.text[i]; 720 screen.text[j] = screen.text[i];
719 screen.rend[j] = screen.rend[i]; 721 screen.rend[j] = screen.rend[i];
720 } 722 }
723
721 j = row2 - count + 1, i = count; 724 j = row2 - count + 1, i = count;
722 } 725 }
723 else /* if (j < 0) */ 726 else /* if (j < 0) */
724 { 727 {
725 /* B: scroll down */ 728 /* B: scroll down */
728 for (i = 0, j = row2; i < count; i++, j--) 731 for (i = 0, j = row2; i < count; i++, j--)
729 { 732 {
730 buf_text[i] = screen.text[j]; 733 buf_text[i] = screen.text[j];
731 buf_rend[i] = screen.rend[j]; 734 buf_rend[i] = screen.rend[j];
732 } 735 }
736
733 /* B2: Rotate lines */ 737 /* B2: Rotate lines */
734 for (j = row2, i = j - count; i >= row1; i--, j--) 738 for (j = row2, i = j - count; i >= row1; i--, j--)
735 { 739 {
736 screen.tlen[j] = screen.tlen[i]; 740 screen.tlen[j] = screen.tlen[i];
737 screen.text[j] = screen.text[i]; 741 screen.text[j] = screen.text[i];
738 screen.rend[j] = screen.rend[i]; 742 screen.rend[j] = screen.rend[i];
739 } 743 }
744
740 j = row1, i = count; 745 j = row1, i = count;
741 count = -count; 746 count = -count;
742 } 747 }
743 748
744 /* C: Resurrect lines */ 749 /* C: Resurrect lines */
747 screen.tlen[j] = 0; 752 screen.tlen[j] = 0;
748 screen.text[j] = buf_text[i]; 753 screen.text[j] = buf_text[i];
749 screen.rend[j] = buf_rend[i]; 754 screen.rend[j] = buf_rend[i];
750 755
751 if (!spec) /* line length may not equal TermWin.ncol */ 756 if (!spec) /* line length may not equal TermWin.ncol */
752 scr_blank_screen_mem (screen.text, screen.rend, 757 scr_blank_screen_mem (screen.text, screen.rend, (unsigned int)j, rstyle);
753 (unsigned int)j, rstyle);
754 } 758 }
755 759
756 return count; 760 return count;
757} 761}
758 762
886 c = vt100_0[c - 0x5f]; 890 c = vt100_0[c - 0x5f];
887 width = 1; 891 width = 1;
888 } 892 }
889 } 893 }
890 894
891 if (width > 0) 895 if (width != 0)
892 { 896 {
893#if !UNICODE_3 && ENABLE_COMBINING 897#if !UNICODE_3 && ENABLE_COMBINING
894 // trim characters we can't store directly :( 898 // trim characters we can't store directly :(
895 if (c >= 0x10000) 899 if (c >= 0x10000)
896 c = rxvt_composite.compose (c); // map to lower 16 bits 900 c = rxvt_composite.compose (c); // map to lower 16 bits
1236 default: 1240 default:
1237 return; 1241 return;
1238 } 1242 }
1239 1243
1240 if (screen.text[row]) 1244 if (screen.text[row])
1241 scr_blank_line (& (screen.text[row][col]), 1245 scr_blank_line (&screen.text[row][col], &screen.rend[row][col], num, rstyle);
1242 & (screen.rend[row][col]), num, rstyle);
1243 else 1246 else
1244 scr_blank_screen_mem (screen.text, screen.rend, row, rstyle); 1247 scr_blank_screen_mem (screen.text, screen.rend, row, rstyle);
1245} 1248}
1246 1249
1247/* ------------------------------------------------------------------------- */ 1250/* ------------------------------------------------------------------------- */
1767 } 1770 }
1768 1771
1769 D_SCREEN ((stderr, "rxvt_scr_expose (x:%d, y:%d, w:%d, h:%d) area (c:%d,r:%d)- (c:%d,r:%d)", x, y, width, height, rc[PART_BEG].col, rc[PART_BEG].row, rc[PART_END].col, rc[PART_END].row)); 1772 D_SCREEN ((stderr, "rxvt_scr_expose (x:%d, y:%d, w:%d, h:%d) area (c:%d,r:%d)- (c:%d,r:%d)", x, y, width, height, rc[PART_BEG].col, rc[PART_BEG].row, rc[PART_END].col, rc[PART_END].row));
1770 1773
1771 for (i = rc[PART_BEG].row; i <= rc[PART_END].row; i++) 1774 for (i = rc[PART_BEG].row; i <= rc[PART_END].row; i++)
1772 fill_text (& (drawn_text[i][rc[PART_BEG].col]), 0, 1775 fill_text (&drawn_text[i][rc[PART_BEG].col], 0, rc[PART_END].col - rc[PART_BEG].col + 1);
1773 (rc[PART_END].col - rc[PART_BEG].col + 1));
1774 1776
1775 if (refresh) 1777 if (refresh)
1776 scr_refresh (SLOW_REFRESH | REFRESH_BOUNDS); 1778 scr_refresh (SLOW_REFRESH | REFRESH_BOUNDS);
1777} 1779}
1778 1780
2613 2615
2614 nread += ct.nitems; 2616 nread += ct.nitems;
2615 2617
2616 char **cl; 2618 char **cl;
2617 int cr; 2619 int cr;
2618 if (XmbTextPropertyToTextList (display->display, &ct, &cl, 2620 if (XmbTextPropertyToTextList (display->display, &ct, &cl, &cr) >= 0 && cl)
2619 &cr) >= 0 && cl)
2620 { 2621 {
2621 for (int i = 0; i < cr; i++) 2622 for (int i = 0; i < cr; i++)
2622 paste ((unsigned char *)cl[i], STRLEN (cl[i])); 2623 paste ((unsigned char *)cl[i], STRLEN (cl[i]));
2623 2624
2624 XFreeStringList (cl); 2625 XFreeStringList (cl);
3519 pos->y = Height2Pixel ((screen.cur.row + 1)) + xwa.y - TermWin.lineSpace; 3520 pos->y = Height2Pixel ((screen.cur.row + 1)) + xwa.y - TermWin.lineSpace;
3520} 3521}
3521 3522
3522#endif 3523#endif
3523/* ------------------------------------------------------------------------- */ 3524/* ------------------------------------------------------------------------- */
3524
3525/* ------------------------------------------------------------------------- *
3526 * DEBUG ROUTINES *
3527 * ------------------------------------------------------------------------- */
3528#if 0
3529void
3530rxvt_debug_colors (void)
3531{
3532 int color;
3533 const char *name[] =
3534 {
3535 "fg", "bg",
3536 "black", "red", "green", "yellow", "blue", "magenta", "cyan", "white"
3537 };
3538
3539 fprintf (stderr, "Color ( ");
3540 if (rstyle & RS_RVid)
3541 fprintf (stderr, "rvid ");
3542 if (rstyle & RS_Bold)
3543 fprintf (stderr, "bold ");
3544 if (rstyle & RS_Blink)
3545 fprintf (stderr, "blink ");
3546 if (rstyle & RS_Uline)
3547 fprintf (stderr, "uline ");
3548 fprintf (stderr, "): ");
3549
3550 color = GET_FGCOLOR (rstyle);
3551#ifndef NO_BRIGHTCOLOR
3552 if (color >= minBrightCOLOR && color <= maxBrightCOLOR)
3553 {
3554 color -= (minBrightCOLOR - minCOLOR);
3555 fprintf (stderr, "bright ");
3556 }
3557#endif
3558 fprintf (stderr, "%s on ", name[color]);
3559
3560 color = GET_BGCOLOR (rstyle);
3561#ifndef NO_BRIGHTCOLOR
3562 if (color >= minBrightCOLOR && color <= maxBrightCOLOR)
3563 {
3564 color -= (minBrightCOLOR - minCOLOR);
3565 fprintf (stderr, "bright ");
3566 }
3567#endif
3568 fprintf (stderr, "%s\n", name[color]);
3569}
3570#endif

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