src/modules/NeonFun.mod/game_uno.c

   1 /* game_uno.c - NeonServ v5.4
   2  * Copyright (C) 2011-2012  Philipp Kreil (pk910)
   3  *
   4  * This program is free software: you can redistribute it and/or modify
   5  * it under the terms of the GNU General Public License as published by
   6  * the Free Software Foundation, either version 3 of the License, or
   7  * (at your option) any later version.
   8  *
   9  * This program is distributed in the hope that it will be useful,
  10  * but WITHOUT ANY WARRANTY; without even the implied warranty of
  11  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  12  * GNU General Public License for more details.
  13  *
  14  * You should have received a copy of the GNU General Public License
  15  * along with this program. If not, see <http://www.gnu.org/licenses/>.
  16  */
  17 #include "../module.h"
  18 #include "game_uno.h"
  19 #include "bot_NeonFun.h"
  20 #include "../../IRCParser.h"
  21 #include "../../bots.h"
  22 #include "../../UserNode.h"
  23 #include "../../ChanUser.h"
  24 #include "../../tools.h"
  25 #include "../botid.h"
  26
  27 struct uno_game *uno_active_games = NULL;
  28
  29 #define UNO_COLOR_COUNT 4
  30 static int uno_colors[] =        {UNO_COLOR_RED, UNO_COLOR_BLUE, UNO_COLOR_GREEN, UNO_COLOR_YELLOW};
  31 static int uno_irc_colors[] =    {4,             12,             3,               7};
  32 static char *uno_color_chars[] = {"R",           "B",            "G",             "Y"};
  33
  34 static const struct {
  35     const char *name;
  36     unsigned char type;
  37 } uno_card_types[] = {
  38     {"0", UNO_CARD_NUMBER_0},
  39     {"1", UNO_CARD_NUMBER_1},
  40     {"2", UNO_CARD_NUMBER_2},
  41     {"3", UNO_CARD_NUMBER_3},
  42     {"4", UNO_CARD_NUMBER_4},
  43     {"5", UNO_CARD_NUMBER_5},
  44     {"6", UNO_CARD_NUMBER_6},
  45     {"7", UNO_CARD_NUMBER_7},
  46     {"8", UNO_CARD_NUMBER_8},
  47     {"9", UNO_CARD_NUMBER_9},
  48     {"X", UNO_CARD_SKIP},
  49     {"><", UNO_CARD_DIRECTION},
  50     {"+2", UNO_CARD_ADD_2},
  51     {"+4", UNO_CARD_ADD_4},
  52     {"COLOR", UNO_CARD_COLOR},
  53     {NULL, 0}
  54 };
  55
  56 struct uno_card_deck *uno_shuffle_deck() {
  57     struct uno_card *card, *last_card = NULL;
  58     int card_count = 0;
  59     #define ADD_CARD(ccolor,ctype) \
  60     card = malloc(sizeof(*card)); \
  61     card->color = ccolor; \
  62     card->card = ctype; \
  63     card->prev = NULL; \
  64     card->next = last_card; \
  65     if(last_card) \
  66         last_card->prev = card; \
  67     last_card = card; \
  68     card_count++;
  69     int colorcount = UNO_COLOR_COUNT;
  70     for(colorcount--; colorcount >= 0; colorcount--) {
  71         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_0);
  72         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_0);
  73         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_1);
  74         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_1);
  75         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_2);
  76         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_2);
  77         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_3);
  78         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_3);
  79         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_4);
  80         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_4);
  81         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_5);
  82         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_5);
  83         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_6);
  84         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_6);
  85         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_7);
  86         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_7);
  87         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_8);
  88         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_8);
  89         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_9);
  90         ADD_CARD(uno_colors[colorcount], UNO_CARD_NUMBER_9);
  91         ADD_CARD(uno_colors[colorcount], UNO_CARD_SKIP);
  92         ADD_CARD(uno_colors[colorcount], UNO_CARD_SKIP);
  93         ADD_CARD(uno_colors[colorcount], UNO_CARD_DIRECTION);
  94         ADD_CARD(uno_colors[colorcount], UNO_CARD_DIRECTION);
  95         ADD_CARD(uno_colors[colorcount], UNO_CARD_ADD_2);
  96         ADD_CARD(uno_colors[colorcount], UNO_CARD_ADD_2);
  97     }
  98     ADD_CARD(UNO_COLOR_BLACK, UNO_CARD_ADD_4);
  99     ADD_CARD(UNO_COLOR_BLACK, UNO_CARD_ADD_4);
 100     ADD_CARD(UNO_COLOR_BLACK, UNO_CARD_ADD_4);
 101     ADD_CARD(UNO_COLOR_BLACK, UNO_CARD_ADD_4);
 102     ADD_CARD(UNO_COLOR_BLACK, UNO_CARD_COLOR);
 103     ADD_CARD(UNO_COLOR_BLACK, UNO_CARD_COLOR);
 104     ADD_CARD(UNO_COLOR_BLACK, UNO_CARD_COLOR);
 105     ADD_CARD(UNO_COLOR_BLACK, UNO_CARD_COLOR);
 106     #undef ADD_CARD
 107     struct uno_card_deck *deck = malloc(sizeof(*deck));
 108     deck->cards = last_card;
 109     deck->count = card_count;
 110     return deck;
 111 }
 112
 113 struct uno_card *uno_get_card(struct uno_card_deck *deck) {
 114     if(!deck->count) return NULL;
 115     int card_id = (rand() % deck->count);
 116     int i = 0;
 117     struct uno_card *card;
 118     for(card = deck->cards; card; card = card->next) {
 119         if(i == card_id) {
 120             if(card->prev)
 121                 card->prev->next = card->next;
 122             else
 123                 deck->cards = card->next;
 124             if(card->next)
 125                 card->next->prev = card->prev;
 126             deck->count--;
 127             card->next = NULL;
 128             card->prev = NULL;
 129             return card;
 130         }
 131         i++;
 132     }
 133     return NULL;
 134 }
 135
 136 void uno_free_deck(struct uno_card_deck *deck) {
 137     struct uno_card *card, *next_card;
 138     if(deck->count) {
 139         for(card = deck->cards; card; card = next_card) {
 140             next_card = card->next;
 141             free(card);
 142         }
 143     }
 144 }
 145
 146 void uno_free_player(struct uno_player *player, struct uno_card_deck *deck) {
 147     if(player->count) {
 148         struct uno_card *card, *next_card;
 149         for(card = player->cards; card; card = next_card) {
 150             next_card = card->next;
 151             if(deck) {
 152                 card->next = deck->cards;
 153                 deck->cards->prev = card;
 154                 deck->cards = card;
 155                 deck->count++;
 156             } else
 157                 free(card);
 158         }
 159     }
 160     if(player->prev)
 161         player->prev->next = player->next;
 162     if(player->next)
 163         player->next->prev = player->prev;
 164     free(player);
 165 }
 166
 167 void uno_free_topcard(struct uno_card *card) {
 168     struct uno_card *next_card;
 169     for(; card; card = next_card) {
 170         next_card = card->prev;
 171         free(card);
 172     }
 173 }
 174
 175 void uno_free_game(struct uno_game *game) {
 176     struct uno_player *player, *next_player;
 177     for(player = game->player; player; player = next_player) {
 178         next_player = player->next;
 179         uno_free_player(player, NULL);
 180     }
 181     for(player = game->winner; player; player = next_player) {
 182         next_player = player->next;
 183         uno_free_player(player, NULL);
 184     }
 185     if(game->deck)
 186         uno_free_deck(game->deck);
 187     if(game->top_card)
 188         uno_free_topcard(game->top_card);
 189     if(game->timer)
 190         timeq_del(game->timer);
 191     struct uno_game *cgame, *pgame = NULL;
 192     for(cgame = uno_active_games; cgame; cgame = cgame->next) {
 193         if(cgame == game) {
 194             if(pgame)
 195                 pgame->next = game->next;
 196             else
 197                 uno_active_games = game->next;
 198             break;
 199         } else
 200             pgame = cgame;
 201     }
 202     free(game);
 203 }
 204
 205 struct uno_player *uno_get_next_player(struct uno_game *game) {
 206     struct uno_player *player = game->active_player;
 207     if(!game->reverse_direction) {
 208         player = player->next;
 209         if(!player)
 210             player = game->player;
 211     } else {
 212         player = player->prev;
 213         if(!player) {
 214             for(player = game->player; player->next; player = player->next) {
 215                 //loop to the last player
 216             }
 217         }
 218     }
 219     return player;
 220 }
 221
 222 void uno_show_player_cards(struct uno_game *game, struct uno_player *player) {
 223     struct uno_card *card;
 224     char cards_buf[MAXLEN];
 225     int cards_bufpos = 0;
 226     for(card = player->cards; card; card = card->next) {
 227         int cardcolor = 1;
 228         char *cardchar = "";
 229         int i;
 230         for(i = 0; i < UNO_COLOR_COUNT; i++) {
 231             if(uno_colors[i] == card->color) {
 232                 cardcolor = uno_irc_colors[i];
 233                 cardchar = uno_color_chars[i];
 234                 break;
 235             }
 236         }
 237         i = 0;
 238         while(uno_card_types[i].name) {
 239             if(uno_card_types[i].type == card->card) {
 240                 cards_bufpos += sprintf(cards_buf + cards_bufpos, "%s[\003%d%s%s\003]", (cards_bufpos ? " " : ""), cardcolor, cardchar, uno_card_types[i].name);
 241                 break;
 242             }
 243             i++;
 244         }
 245     }
 246     reply(game->textbot, player->chanuser->user, "NF_UNO_YOUR_CARDS", cards_buf);
 247 }
 248
 249 void uno_show_top_card(struct uno_game *game) {
 250     struct uno_card *card = game->top_card;
 251     char card_buf[50];
 252     int cardcolor = 1;
 253     char *cardchar = "";
 254     int i;
 255     for(i = 0; i < UNO_COLOR_COUNT; i++) {
 256         if(uno_colors[i] == card->color) {
 257             cardcolor = uno_irc_colors[i];
 258             cardchar = uno_color_chars[i];
 259             break;
 260         }
 261     }
 262     i = 0;
 263     while(uno_card_types[i].name) {
 264         if(uno_card_types[i].type == card->card) {
 265             if(card->card == UNO_CARD_ADD_4 || card->card == UNO_CARD_COLOR)
 266                 cardchar = "";
 267             sprintf(card_buf, "[\003%d%s%s\003]", cardcolor, cardchar, uno_card_types[i].name);
 268             break;
 269         }
 270         i++;
 271     }
 272     uno_reply(game, NULL, "NF_UNO_TOP_CARD", card_buf);
 273 }
 274
 275 TIMEQ_CALLBACK(uno_game_wait_timeout) {
 276     struct uno_game *game = data;
 277     game->timer = NULL;
 278     if(game->players == 1) {
 279         uno_reply(game, NULL, "NF_UNO_LESS_PLAYERS");
 280         uno_free_game(game);
 281         return;
 282     }
 283     game->deck = uno_shuffle_deck();
 284     uno_reply(game, NULL, "NF_UNO_START");
 285     struct uno_player *player;
 286     for(player = game->player; player; player = player->next) {
 287         //give 7 cards
 288         int i;
 289         for(i = 0; i < 7; i++) {
 290             if(!game->deck->count)
 291                 game->deck = uno_shuffle_deck();
 292             struct uno_card *card = uno_get_card(game->deck);
 293             if(!card) {
 294                 uno_reply(game, NULL, "NF_UNO_ERROR", 1);
 295                 uno_free_game(game);
 296                 return;
 297             }
 298             card->next = player->cards;
 299             if(player->cards)
 300                 player->cards->prev = card;
 301             player->cards = card;
 302             player->count++;
 303         }
 304         uno_show_player_cards(game, player);
 305         if((player->chanuser->user->flags & USERFLAG_ISAUTHED)) {
 306             char *tmp;
 307             int game_count = ((tmp = getSetting(player->chanuser->user, game->channel, "uno_games")) ? atoi(tmp) : 0);
 308             int total_game_count = ((tmp = getSetting(player->chanuser->user, NULL, "uno_games")) ? atoi(tmp) : 0);
 309             game_count++;
 310             total_game_count++;
 311             char buf[10];
 312             sprintf(buf, "%d", game_count);
 313             setSetting(player->chanuser->user, game->channel, "uno_games", buf);
 314             sprintf(buf, "%d", total_game_count);
 315             setSetting(player->chanuser->user, NULL, "uno_games", buf);
 316         }
 317     }
 318     if(!game->deck->count)
 319         game->deck = uno_shuffle_deck();
 320     struct uno_card *card = uno_get_card(game->deck);
 321     if(!card) {
 322         uno_reply(game, NULL, "NF_UNO_ERROR", 1);
 323         uno_free_game(game);
 324         return;
 325     }
 326     game->top_card = card;
 327     game->state = UNO_STATE_RUNNING;
 328     uno_show_top_card(game);
 329     game->active_player = game->player; //active player
 330     uno_reply(game, NULL, "NF_UNO_USER_HURRY_UP", game->active_player->chanuser->user->nick);
 331     game->timer = timeq_add(30, module_id, uno_player_timeout, game);
 332 }
 333
 334 TIMEQ_CALLBACK(uno_player_timeout) {
 335     struct uno_game *game = data;
 336     game->timer = NULL;
 337     //player timeout (take another card)
 338     struct uno_player *player = game->active_player, *next_player = uno_get_next_player(game);
 339     //add a card to the players deck
 340     if(!game->deck->count)
 341         game->deck = uno_shuffle_deck();
 342     struct uno_card *card = uno_get_card(game->deck);
 343     if(!card) {
 344         uno_reply(game, NULL, "NF_UNO_ERROR", 2);
 345         uno_free_game(game);
 346         return;
 347     }
 348     card->next = player->cards;
 349     if(player->cards)
 350         player->cards->prev = card;
 351     player->cards = card;
 352     player->count++;
 353     player->timeout = 1;
 354     game->active_player = next_player;
 355     uno_reply(game, NULL, "NF_UNO_USER_TOOK_CARD", player->chanuser->user->nick);
 356     struct uno_player *cplayer;
 357     for(cplayer = game->player; cplayer; cplayer = cplayer->next) {
 358         if(!cplayer->timeout)
 359             break;
 360     }
 361     if(!cplayer) {
 362         uno_reply(game, NULL, "NF_UNO_TIMEOUT");
 363         uno_free_game(game);
 364         return;
 365     }
 366     uno_show_player_cards(game, player);
 367     uno_show_top_card(game);
 368     uno_reply(game, NULL, "NF_UNO_USER_HURRY_UP", game->active_player->chanuser->user->nick);
 369     uno_show_player_cards(game, game->active_player);
 370     game->timer = timeq_add(30, module_id, uno_player_timeout, game);
 371 }
 372
 373 void uno_action_take_card(struct uno_game *game, struct uno_player *player) {
 374     timeq_del(game->timer);
 375     game->timer = NULL;
 376     struct uno_player *next_player = uno_get_next_player(game);
 377     //add a card to the players deck
 378     int ccount;
 379     if(game->take_cards_pending) {
 380         //count cards to take
 381         struct uno_card *card;
 382         ccount = 0;
 383         for(card = game->top_card; card; card = card->prev) {
 384             if(card->card == UNO_CARD_ADD_2)
 385                 ccount += 2;
 386             else if(card->card == UNO_CARD_ADD_4)
 387                 ccount += 4;
 388         }
 389     } else
 390         ccount = 1;
 391     int i;
 392     for(i = 0; i < ccount; i++) {
 393         if(!game->deck->count)
 394             game->deck = uno_shuffle_deck(game->deck);
 395         struct uno_card *card = uno_get_card(game->deck);
 396         if(!card) {
 397             uno_reply(game, NULL, "NF_UNO_ERROR", 2);
 398             uno_free_game(game);
 399             return;
 400         }
 401         card->next = player->cards;
 402         if(player->cards)
 403             player->cards->prev = card;
 404         player->cards = card;
 405         player->count++;
 406     }
 407     game->active_player = next_player;
 408     if(game->take_cards_pending) {
 409         game->take_cards_pending = 0;
 410         uno_reply(game, NULL, "NF_UNO_USER_TOOK_CARDS", player->chanuser->user->nick, ccount);
 411     } else
 412         uno_reply(game, NULL, "NF_UNO_USER_TOOK_CARD", player->chanuser->user->nick);
 413     uno_show_player_cards(game, player);
 414     uno_show_top_card(game);
 415     uno_reply(game, NULL, "NF_UNO_USER_HURRY_UP", game->active_player->chanuser->user->nick);
 416     uno_show_player_cards(game, game->active_player);
 417     game->timer = timeq_add(30, module_id, uno_player_timeout, game);
 418 }
 419
 420
 421
 422 struct uno_card *uno_parse_card(struct uno_game *game, struct uno_player *player, char *arg1) {
 423     char *b = arg1;
 424     int a = 0;
 425     while(*b) {
 426         switch (*b) {
 427         case '\003':
 428             if(isdigit(b[1]))
 429                 b[1] = '\002';
 430             if(isdigit(b[2]))
 431                 b[2] = '\002';
 432         case '[':
 433         case '\002':
 434         case ']':
 435             *b = '\0';
 436             break;
 437         default:
 438             if(!a) {
 439                 a = 1;
 440                 arg1 = b;
 441             }
 442         }
 443         b++;
 444     }
 445     unsigned char ctype = 255, ccolor = 0;
 446     int i = 0, j;
 447     char tmpbuf[50];
 448     while(uno_card_types[i].name) {
 449         if(!stricmp(uno_card_types[i].name, arg1)) {
 450             ctype = uno_card_types[i].type;
 451             break;
 452         }
 453         for(j = 0; j < UNO_COLOR_COUNT; j++) {
 454             sprintf(tmpbuf, "%s%s", uno_color_chars[j], uno_card_types[i].name);
 455             if(!stricmp(tmpbuf, arg1)) {
 456                 ccolor = uno_colors[j];
 457                 ctype = uno_card_types[i].type;
 458                 break;
 459             }
 460         }
 461         i++;
 462     }
 463     if(ctype == 255) {
 464         reply(game->textbot, player->chanuser->user, "NF_UNO_UNKNOWN_CARD", arg1);
 465         return NULL;
 466     }
 467     struct uno_card *card;
 468     for(card = player->cards; card; card = card->next) {
 469         if(card->card == ctype && card->color == ccolor)
 470             break;
 471     }
 472     if(!card) {
 473         reply(game->textbot, player->chanuser->user, "NF_UNO_CARD_NOT_IN_DECK");
 474         return NULL;
 475     }
 476     return card;
 477 }
 478
 479 int uno_check_card_valid(struct uno_game *game, struct uno_card *card) {
 480     if(game->take_cards_pending && card->card != game->top_card->card)
 481         return 1;
 482     if(card->color == UNO_COLOR_BLACK || game->top_card->color == UNO_COLOR_BLACK)
 483         return 0;
 484     if(card->color != game->top_card->color && card->card != game->top_card->card)
 485         return 1;
 486     return 0;
 487 }
 488
 489 void uno_play_card(struct uno_game *game, struct uno_player *player, struct uno_card *card) {
 490     timeq_del(game->timer);
 491     game->timer = NULL;
 492     if(card->prev)
 493         card->prev->next = card->next;
 494     else
 495         player->cards = card->next;
 496     if(card->next)
 497         card->next->prev = card->prev;
 498     player->count--;
 499     if(!game->take_cards_pending) {
 500         uno_free_topcard(game->top_card);
 501         card->prev = NULL;
 502     } else
 503         card->prev = game->top_card;
 504     card->next = NULL;
 505     game->top_card = card;
 506     uno_show_top_card(game);
 507     if(player->count == 1) {
 508         uno_reply(game, NULL, "NF_UNO_ONE_CARD", game->active_player->chanuser->user->nick);
 509     } else if(player->count == 0) {
 510         uno_reply(game, NULL, "NF_UNO_USER_WIN", game->active_player->chanuser->user->nick);
 511         if(player->prev)
 512             player->prev->next = player->next;
 513         else
 514             game->player = player->next;
 515         if(player->next)
 516             player->next->prev = player->prev;
 517         player->next = NULL;
 518         player->prev = NULL;
 519         struct uno_player *cplayer;
 520         int winner_count = 0;
 521         if(game->winner) {
 522             for(cplayer = game->winner; cplayer->next; cplayer = cplayer->next) {
 523                 winner_count++;
 524             }
 525         } else
 526             cplayer = NULL;
 527         if(cplayer) {
 528             cplayer->next = player;
 529         } else {
 530             game->winner = player;
 531             if((player->chanuser->user->flags & USERFLAG_ISAUTHED)) {
 532                 char *tmp;
 533                 int win_count = ((tmp = getSetting(player->chanuser->user, game->channel, "uno_win")) ? atoi(tmp) : 0);
 534                 int total_win_count = ((tmp = getSetting(player->chanuser->user, NULL, "uno_win")) ? atoi(tmp) : 0);
 535                 win_count++;
 536                 total_win_count++;
 537                 char buf[10];
 538                 sprintf(buf, "%d", win_count);
 539                 setSetting(player->chanuser->user, game->channel, "uno_win", buf);
 540                 sprintf(buf, "%d", total_win_count);
 541                 setSetting(player->chanuser->user, NULL, "uno_win", buf);
 542             }
 543         }
 544         player->prev = cplayer;
 545         game->players--;
 546         if(game->players <= 1) {
 547             //game finished
 548             uno_reply(game, NULL, "NF_UNO_GAME_FINISHED");
 549             struct Table *table;
 550             table = table_init(4, winner_count + 3, 0);
 551             char *content[4];
 552             content[0] = get_language_string(NULL, "NF_UNO_RANK");
 553             content[1] = get_language_string(NULL, "NF_UNO_NAME");
 554             content[2] = get_language_string(NULL, "NF_UNO_WON_GAMES");
 555             content[3] = get_language_string(NULL, "NF_UNO_TOTAL_WON_GAMES");
 556             table_add(table, content);
 557             winner_count = 1;
 558             char rank_buf[20], won_buf[50], total_won_buf[50];
 559             char *tmp, *tmp2;
 560             for(cplayer = game->winner; cplayer; cplayer = cplayer->next) {
 561                 sprintf(rank_buf, "%d", winner_count++);
 562                 content[0] = rank_buf;
 563                 content[1] = cplayer->chanuser->user->nick;
 564                 if((cplayer->chanuser->user->flags & USERFLAG_ISAUTHED)) {
 565                     sprintf(won_buf, "%d/%d", ((tmp = getSetting(cplayer->chanuser->user, game->channel, "uno_win")) ? atoi(tmp) : 0), ((tmp2 = getSetting(cplayer->chanuser->user, game->channel, "uno_games")) ? atoi(tmp2) : 0));
 566                     content[2] = won_buf;
 567                     sprintf(total_won_buf, "%d/%d", ((tmp = getSetting(cplayer->chanuser->user, NULL, "uno_win")) ? atoi(tmp) : 0), ((tmp2 = getSetting(cplayer->chanuser->user, NULL, "uno_games")) ? atoi(tmp2) : 0));
 568                     content[3] = total_won_buf;
 569                 } else {
 570                     content[2] = "?";
 571                     content[3] = "?";
 572                 }
 573                 table_add(table, content);
 574             }
 575             cplayer = game->player;
 576             sprintf(rank_buf, "%d", winner_count++);
 577             content[0] = rank_buf;
 578             content[1] = cplayer->chanuser->user->nick;
 579             if((cplayer->chanuser->user->flags & USERFLAG_ISAUTHED)) {
 580                 sprintf(won_buf, "%d/%d", ((tmp = getSetting(cplayer->chanuser->user, game->channel, "uno_win")) ? atoi(tmp) : 0), ((tmp2 = getSetting(cplayer->chanuser->user, game->channel, "uno_games")) ? atoi(tmp2) : 0));
 581                 content[2] = won_buf;
 582                 sprintf(total_won_buf, "%d/%d", ((tmp = getSetting(cplayer->chanuser->user, NULL, "uno_win")) ? atoi(tmp) : 0), ((tmp2 = getSetting(cplayer->chanuser->user, NULL, "uno_games")) ? atoi(tmp2) : 0));
 583                 content[3] = total_won_buf;
 584             } else {
 585                 content[2] = "?";
 586                 content[3] = "?";
 587             }
 588             table_add(table, content);
 589             char **table_lines = table_end(table);
 590             int i;
 591             for(i = 0; i < table->entrys; i++) {
 592                 uno_reply(game, NULL, table_lines[i]);
 593             }
 594             table_free(table);
 595             uno_free_game(game);
 596             return;
 597         }
 598     }
 599     if(card->card == UNO_CARD_DIRECTION)
 600         game->reverse_direction = (game->reverse_direction ? 0 : 1);
 601     struct uno_player *next_player = uno_get_next_player(game);
 602     game->active_player = next_player;
 603     if(card->card == UNO_CARD_SKIP) {
 604         uno_reply(game, NULL, "NF_UNO_USER_SKIP", game->active_player->chanuser->user->nick);
 605         next_player = uno_get_next_player(game);
 606         game->active_player = next_player;
 607     }
 608     if(card->card == UNO_CARD_ADD_2 || card->card == UNO_CARD_ADD_4) {
 609         int ccount = 0;
 610         for(card = game->top_card; card; card = card->prev) {
 611             if(card->card == UNO_CARD_ADD_2)
 612                 ccount += 2;
 613             else if(card->card == UNO_CARD_ADD_4)
 614                 ccount += 4;
 615         }
 616         uno_reply(game, NULL, "NF_UNO_ADD_CARD", game->active_player->chanuser->user->nick, ccount);
 617         game->take_cards_pending = 1;
 618     }
 619     uno_reply(game, NULL, "NF_UNO_USER_HURRY_UP", game->active_player->chanuser->user->nick);
 620     uno_show_player_cards(game, game->active_player);
 621     game->timer = timeq_add(30, module_id, uno_player_timeout, game);
 622 }
 623
 624 void uno_event_part(struct ChanUser *chanuser) {
 625     struct uno_game *game;
 626     for(game = uno_active_games; game; game = game->next) {
 627         if(chanuser->chan == game->channel) {
 628             struct uno_player *player;
 629             for(player = game->player; player; player = player->next) {
 630                 if(player->chanuser == chanuser) {
 631                     uno_free_player(player, game->deck);
 632                     return;
 633                 }
 634             }
 635         }
 636     }
 637 }
 638
 639 void uno_event_freechan(struct ChanNode *chan) {
 640     struct uno_game *game;
 641     for(game = uno_active_games; game; game = game->next) {
 642         if(game->channel == chan) {
 643             uno_free_game(game);
 644             return;
 645         }
 646     }
 647 }