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Comparing deliantra/server/common/loader.C (file contents):
Revision 1.76 by root, Mon May 7 03:05:58 2007 UTC vs.
Revision 1.81 by root, Mon May 14 21:32:26 2007 UTC

… …
257/* This function checks the object after it has been loaded (when we 257/* This function checks the object after it has been loaded (when we
258 * get the 'end' in the input stream). This function can be used to 258 * get the 'end' in the input stream). This function can be used to
259 * deal with legacy objects where fields may have changed. It can also be used 259 * deal with legacy objects where fields may have changed. It can also be used
260 * to check for objects to make sure there are no common errors. 260 * to check for objects to make sure there are no common errors.
261 */ 261 */
262static void 262void
263check_loaded_object (object *op) 263object::post_load_check ()
264{ 264{
265 switch (type)
266 {
267 case BOW:
268 case WAND:
269 case ROD:
270 case HORN:
271 if (slot [body_range].info != -1)
272 {
273 LOG (llevError, "%s: body_range %d != -1\n", debug_desc (), slot [body_range].info);
274 slot [body_range].info = -1;
275 }
276 break;
277
278 case WEAPON:
279 if (slot [body_combat].info != -1)
280 {
281 LOG (llevError, "%s: body_combat %d != -1\n", debug_desc (), slot [body_combat].info);
282 slot [body_combat].info = -1;
283 }
284 break;
285
286 case SHIELD:
287 if (slot [body_shield].info != -1)
288 {
289 LOG (llevError, "%s: body_shield %d != -1\n", debug_desc (), slot [body_shield].info);
290 slot [body_shield].info = -1;
291 }
292 break;
293
294 case PLAYER:
295 if (slot [body_shield].info != 1)
296 {
297 LOG (llevError, "%s: body_shield %d != 1\n", debug_desc (), slot [body_shield].info);
298 slot [body_shield].info = 1;
299 }
300
301 if (slot [body_combat].info != 1)
302 {
303 LOG (llevError, "%s: body_combat %d != 1\n", debug_desc (), slot [body_combat].info);
304 slot [body_combat].info = 1;
305 }
306
307 if (slot [body_range].info != 1)
308 {
309 LOG (llevError, "%s: body_range %d != 1\n", debug_desc (), slot [body_range].info);
310 slot [body_range].info = 1;
311 }
312 break;
313 }
314
265 /* We do some specialised handling to handle legacy cases of name_pl. 315 /* We do some specialised handling to handle legacy cases of name_pl.
266 * If the object doesn't have a name_pl, we just use the object name - 316 * If the object doesn't have a name_pl, we just use the object name -
267 * this isn't perfect (things won't be properly pluralised), but works to 317 * this isn't perfect (things won't be properly pluralised), but works to
268 * that degree (5 heart is still quite understandable). But the case we 318 * that degree (5 heart is still quite understandable). But the case we
269 * also have to catch is if this object is not using the normal name for 319 * also have to catch is if this object is not using the normal name for
270 * the object. In that case, we also want to use the loaded name. 320 * the object. In that case, we also want to use the loaded name.
271 * Otherwise, what happens is that the the plural name will lose 321 * Otherwise, what happens is that the the plural name will lose
272 * information (appear as just 'hearts' and not 'goblins heart') 322 * information (appear as just 'hearts' and not 'goblins heart')
273 */ 323 */
274 if (op->arch && op->name != op->arch->clone.name && op->name_pl == op->arch->clone.name_pl) 324 if (arch && name != arch->clone.name && name_pl == arch->clone.name_pl)
275 op->name_pl = 0; 325 name_pl = 0;
276 326
277 if (!op->name_pl) 327 if (!name_pl)
278 op->name_pl = op->name; 328 name_pl = name;
279 329
280 /* objects now have a materialname. try to patch it in */ 330 /* objects now have a materialname. try to patch it in */
281 if (!(op->is_weapon () && op->level > 0)) 331 if (!(is_weapon () && level > 0))
282 { 332 set_materialname (this, map ? map->difficulty : 5, 0);
283 if (op->map != NULL)
284 set_materialname (op, op->map->difficulty, NULL);
285 else
286 set_materialname (op, 5, NULL);
287 }
288 333
289 /* only do these when program is first run - a bit 334 /* only do these when program is first run - a bit
290 * excessive to do this at every run - most of this is 335 * excessive to do this at every run - most of this is
291 * really just to catch any errors - program will still run, but 336 * really just to catch any errors - program will still run, but
292 * not in the ideal fashion. 337 * not in the ideal fashion.
293 */ 338 */
294 if ((op->type == WEAPON || op->type == BOW) && loading_arch) 339 if (loading_arch && (type == WEAPON || type == BOW || type == ROD || type == HORN || type == WAND))
295 { 340 {
296 if (!op->skill) 341 if (!skill)
297 LOG (llevError, "Weapon %s lacks a skill.\n", op->debug_desc ()); 342 LOG (llevError, "Weapon %s lacks a skill.\n", debug_desc ());
298 else if ((!strcmp (op->skill, "one handed weapons") && op->slot[1].info != -1) || 343 else if ((!strcmp (skill, "one handed weapons") && slot[body_arm].info != -1) ||
299 (!strcmp (op->skill, "two handed weapons") && op->slot[1].info != -2)) 344 (!strcmp (skill, "two handed weapons") && slot[body_arm].info != -2))
300 LOG (llevError, "weapon %s arm usage does not match skill: %d, %s\n", op->debug_desc (), op->slot[1].info, &op->skill); 345 LOG (llevError, "weapon %s arm usage does not match skill: %d, %s\n", debug_desc (), slot[body_arm].info, &skill);
301 } 346 }
302 347
303 /* We changed last_heal to gen_sp_armour, which is what it 348 /* We changed last_heal to gen_sp_armour, which is what it
304 * really does for many objects. Need to catch any in maps 349 * really does for many objects. Need to catch any in maps
305 * that may have an old value. 350 * that may have an old value.
306 */ 351 */
307 if (op->type == WEAPON 352 if (type == WEAPON
308 || op->type == ARMOUR || op->type == HELMET 353 || type == ARMOUR || type == HELMET
309 || op->type == SHIELD || op->type == RING 354 || type == SHIELD || type == RING
310 || op->type == BOOTS || op->type == GLOVES 355 || type == BOOTS || type == GLOVES
311 || op->type == AMULET || op->type == GIRDLE 356 || type == AMULET || type == GIRDLE
312 || op->type == BRACERS || op->type == CLOAK) 357 || type == BRACERS || type == CLOAK)
313 { 358 {
314 if (op->last_heal) 359 if (last_heal)
315 { 360 {
316 LOG (llevDebug, "Object %s still has last_heal set, not gen_sp_armour\n", op->debug_desc ()); 361 LOG (llevDebug, "Object %s still has last_heal set, not gen_sp_armour\n", debug_desc ());
317 op->gen_sp_armour = op->last_heal; 362 gen_sp_armour = last_heal;
318 op->last_heal = 0; 363 last_heal = 0;
319 } 364 }
320 365
321 int ip = calc_item_power (op, 0); 366 int ip = calc_item_power (this, 0);
322 367
323 /* Legacy objects from before item power was in the game */ 368 /* Legacy objects from before item power was in the game */
324 if (!op->item_power && ip) 369 if (!item_power && ip)
325 { 370 {
326 if (ip > 3) 371 if (ip > 3)
327 LOG (llevDebug, "Object %s had no item power, using %d\n", op->debug_desc (), ip); 372 LOG (llevDebug, "Object %s had no item power, using %d\n", debug_desc (), ip);
328 373
329 op->item_power = ip; 374 item_power = ip;
330 } 375 }
331 376
332 /* Check for possibly bogus values. Has to meet both these criteria - 377 /* Check for possibly bogus values. Has to meet both these criteria -
333 * something that has item_power 1 is probably just fine if our calculated 378 * something that has item_power 1 is probably just fine if our calculated
334 * value is 1 or 2 - these values are small enough that hard to be precise. 379 * value is 1 or 2 - these values are small enough that hard to be precise.
335 * similarly, it item_power is 0, the first check will always pass, 380 * similarly, it item_power is 0, the first check will always pass,
336 * but not the second one. 381 * but not the second one.
337 */ 382 */
338 if (ip > 2 * op->item_power && ip > (op->item_power + 3)) 383 if (ip > 2 * item_power && ip > (item_power + 3))
339 LOG (llevDebug, "Object %s seems to have too low item power? %d > %d\n", op->debug_desc (), ip, op->item_power); 384 LOG (llevDebug, "Object %s seems to have too low item power? %d > %d\n", debug_desc (), ip, item_power);
340 } 385 }
341 386
342 /* Old spellcasting object - need to load in the appropiate object */ 387 /* Old spellcasting object - need to load in the appropiate object */
343 if ((op->type == ROD || op->type == WAND || op->type == SCROLL || op->type == HORN || op->type == FIREWALL || 388 if ((type == ROD || type == WAND || type == SCROLL || type == HORN || type == FIREWALL ||
344 /* POTIONS and ALTARS don't always cast spells, but if they do, update them */ 389 /* POTIONS and ALTARS don't always cast spells, but if they do, update them */
345 ((op->type == POTION || op->type == ALTAR) && op->stats.sp)) && !op->inv && !loading_arch) 390 ((type == POTION || type == ALTAR) && stats.sp)) && !inv && !loading_arch)
346 { 391 {
347 /* Fireall is bizarre in that spell type was stored in dam. Rest are 'normal' 392 /* Fireall is bizarre in that spell type was stored in dam. Rest are 'normal'
348 * in that spell was stored in sp. 393 * in that spell was stored in sp.
349 */ 394 */
350 object *tmp = get_archetype (spell_mapping[op->type == FIREWALL ? op->stats.dam : op->stats.sp]); 395 object *tmp = get_archetype (spell_mapping[type == FIREWALL ? stats.dam : stats.sp]);
351 insert_ob_in_ob (tmp, op); 396 insert_ob_in_ob (tmp, this);
352 op->randomitems = NULL; /* So another spell isn't created for this object */ 397 randomitems = NULL; /* So another spell isn't created for this object */
353 } 398 }
354 399
355 /* spellbooks & runes use slaying. But not to arch name, but to spell name */ 400 /* spellbooks & runes use slaying. But not to arch name, but to spell name */
356 if ((op->type == SPELLBOOK || op->type == RUNE) && op->slaying && !op->inv && !loading_arch) 401 if ((type == SPELLBOOK || type == RUNE) && slaying && !inv && !loading_arch)
357 { 402 {
358 object *tmp = get_archetype_by_object_name (op->slaying); 403 object *tmp = get_archetype_by_object_name (slaying);
359 insert_ob_in_ob (tmp, op); 404 insert_ob_in_ob (tmp, this);
360 op->randomitems = NULL; /* So another spell isn't created for this object */ 405 randomitems = NULL; /* So another spell isn't created for this object */
361 /* without this, value is all screwed up */ 406 /* without this, value is all screwed up */
362 op->value = op->arch->clone.value * op->inv->value; 407 value = arch->clone.value * inv->value;
363 } 408 }
364 409
365 if (QUERY_FLAG (op, FLAG_MONSTER)) 410 if (QUERY_FLAG (this, FLAG_MONSTER))
366 { 411 {
367 if (op->stats.hp > op->stats.maxhp) 412 if (stats.hp > stats.maxhp)
368 { 413 {
369 LOG (llevDebug, "Monster %s has hp set higher than maxhp (%d>%d)\n", op->debug_desc (), op->stats.hp, op->stats.maxhp); 414 LOG (llevDebug, "Monster %s has hp set higher than maxhp (%d>%d)\n", debug_desc (), stats.hp, stats.maxhp);
370 op->stats.maxhp = op->stats.hp; 415 stats.maxhp = stats.hp;
371 } 416 }
372 417
373 /* The archs just need to be updated for this */ 418 /* The archs just need to be updated for this */
374 if (op->move_type == 0) 419 if (move_type == 0)
375 op->move_type = MOVE_WALK; 420 move_type = MOVE_WALK;
376 } 421 }
377 422
378 if ((QUERY_FLAG (op, FLAG_GENERATOR) && QUERY_FLAG (op, FLAG_CONTENT_ON_GEN)) || op->type == CREATOR || op->type == CONVERTER) 423 if ((QUERY_FLAG (this, FLAG_GENERATOR) && QUERY_FLAG (this, FLAG_CONTENT_ON_GEN)) || type == CREATOR || type == CONVERTER)
379 { 424 {
380 /* Object will duplicate it's content as part of the 425 /* Object will duplicate it's content as part of the
381 * generation process. To do this, we must flag inventory 426 * generation process. To do this, we must flag inventory
382 * so it remains unevaluated concerning the randomitems and 427 * so it remains unevaluated concerning the randomitems and
383 * the living (a demonlord shouldn't cast from inside generator!) 428 * the living (a demonlord shouldn't cast from inside generator!)
384 */ 429 */
385 flag_inv (op, FLAG_IS_A_TEMPLATE); 430 flag_inv (this, FLAG_IS_A_TEMPLATE);
386 } 431 }
387 432
388 /* Handle player movers. We use move_type for player movers 433 /* Handle player movers. We use move_type for player movers
389 * because they operate on their own time (move_on 434 * because they operate on their own time (move_on
390 * would potentially cause them to be triggered when someone steps 435 * would potentially cause them to be triggered when someone steps
391 * on them). If move_type is set, presume person knows what they 436 * on them). If move_type is set, presume person knows what they
392 * are doing, otherwise, set move_type based on maxhp value. 437 * are doing, otherwise, set move_type based on maxhp value.
393 */ 438 */
394 if (op->type == PLAYERMOVER) 439 if (type == PLAYERMOVER)
395 { 440 {
396 if (!op->move_type) 441 if (!move_type)
397 { 442 {
398 if (op->stats.maxhp) 443 if (stats.maxhp)
399 { 444 {
400 op->move_type = MOVE_ALL; 445 move_type = MOVE_ALL;
401 op->stats.maxhp = 0; 446 stats.maxhp = 0;
402 } 447 }
403 else 448 else
404 op->move_type = MOVE_WALK; 449 move_type = MOVE_WALK;
405 } 450 }
406 } 451 }
407
408} 452}
409 453
410static void 454static void
411set_move (MoveType &mt, const char *str) 455set_move (MoveType &mt, const char *str)
412{ 456{
… …
890 case KW_dam_modifier: f.get (dam_modifier); break; 934 case KW_dam_modifier: f.get (dam_modifier); break;
891 case KW_duration_modifier: f.get (duration_modifier); break; 935 case KW_duration_modifier: f.get (duration_modifier); break;
892 936
893 //TODO: mechanism to ensure that KW_xxx is consecutive needed from include/preprocess 937 //TODO: mechanism to ensure that KW_xxx is consecutive needed from include/preprocess
894 //TODO: parse from other include files 938 //TODO: parse from other include files
895 case KW_body_range: slot[ 0].info = f.get_sint32 (); break; 939 case KW_body_range: slot[body_range] .info = f.get_sint32 (); break;
940 case KW_body_shield: slot[body_shield] .info = f.get_sint32 (); break;
941 case KW_body_combat: slot[body_combat] .info = f.get_sint32 (); break;
896 case KW_body_arm: slot[ 1].info = f.get_sint32 (); break; 942 case KW_body_arm: slot[body_arm] .info = f.get_sint32 (); break;
897 case KW_body_torso: slot[ 2].info = f.get_sint32 (); break; 943 case KW_body_torso: slot[body_torso] .info = f.get_sint32 (); break;
898 case KW_body_head: slot[ 3].info = f.get_sint32 (); break; 944 case KW_body_head: slot[body_head] .info = f.get_sint32 (); break;
899 case KW_body_neck: slot[ 4].info = f.get_sint32 (); break; 945 case KW_body_neck: slot[body_neck] .info = f.get_sint32 (); break;
900 case KW_body_skill: slot[ 5].info = f.get_sint32 (); break; 946 case KW_body_skill: slot[body_skill] .info = f.get_sint32 (); break;
901 case KW_body_finger: slot[ 6].info = f.get_sint32 (); break; 947 case KW_body_finger: slot[body_finger] .info = f.get_sint32 (); break;
902 case KW_body_shoulder: slot[ 7].info = f.get_sint32 (); break; 948 case KW_body_shoulder: slot[body_shoulder].info = f.get_sint32 (); break;
903 case KW_body_foot: slot[ 8].info = f.get_sint32 (); break; 949 case KW_body_foot: slot[body_foot] .info = f.get_sint32 (); break;
904 case KW_body_hand: slot[ 9].info = f.get_sint32 (); break; 950 case KW_body_hand: slot[body_hand] .info = f.get_sint32 (); break;
905 case KW_body_wrist: slot[10].info = f.get_sint32 (); break; 951 case KW_body_wrist: slot[body_wrist] .info = f.get_sint32 (); break;
906 case KW_body_waist: slot[11].info = f.get_sint32 (); break; 952 case KW_body_waist: slot[body_waist] .info = f.get_sint32 (); break;
907 case KW_can_apply: 953 case KW_can_apply:
908 break; 954 break;
909 955
910 case KW_connected: 956 case KW_connected:
911 add_button_link (this, map, f.get_sint32 ()); 957 add_button_link (this, map, f.get_sint32 ());
… …
950 case KW_editable: 996 case KW_editable:
951 case KW_editor_folder: 997 case KW_editor_folder:
952 break; 998 break;
953 999
954 case KW_end: 1000 case KW_end:
955 check_loaded_object (this);
956
957 if (!loading_arch) 1001 if (!loading_arch)
958 instantiate (); 1002 instantiate ();
959 1003
960 f.next (); 1004 f.next ();
961 return true; 1005 return true;
… …
1003 { 1047 {
1004 op->destroy (true); 1048 op->destroy (true);
1005 return 0; 1049 return 0;
1006 } 1050 }
1007 1051
1052 op->post_load_check ();
1008 return op; 1053 return op;
1009} 1054}
1010 1055
1011/* This takes a buffer, scans it for variables, and sets those variables 1056/* This takes a buffer, scans it for variables, and sets those variables
1012 * as appropriate in op. 1057 * as appropriate in op.
… …
1363 if (op->flag != tmp->flag) 1408 if (op->flag != tmp->flag)
1364 for (i = 0; i <= NUM_FLAGS; i++) 1409 for (i = 0; i <= NUM_FLAGS; i++)
1365 if (flag_names [i] && op->flag [i] != tmp->flag [i]) 1410 if (flag_names [i] && op->flag [i] != tmp->flag [i])
1366 f.put (flag_names [i], op->flag [i] ? "1" : "0"); 1411 f.put (flag_names [i], op->flag [i] ? "1" : "0");
1367 1412
1368 /* Save body locations */ 1413 // save body locations
1369 for (i = 0; i < NUM_BODY_LOCATIONS; i++) 1414 for (i = 0; i < NUM_BODY_LOCATIONS; i++)
1370 if (op->slot[i].info != tmp->slot[i].info) 1415 if (op->slot[i].info != tmp->slot[i].info)
1371 f.put (body_locations[i].save_name, op->slot[i].info); 1416 f.put (body_locations[i].save_name, op->slot[i].info);
1372} 1417}
1373 1418

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