bomberstudent/Serveur/game.c

/* 
 * File:   game.c
 * Author: Arthur Brandao
 *
 * Created on 28 novembre 2018
 */
#define _XOPEN_SOURCE 500

#include <stdio.h>
#include <stdlib.h>
#include "error.h"
#include "str.h"
#include "file.h"
#include "game.h"
#include "bomberstudent_server.h"

/* --- Extern --- */
Game game[MAXGAME];
int nbGame = 0;
pthread_mutex_t gameMutex[MAXGAME];
pthread_mutex_t playerMutex[MAXGAME * MAXPLAYER];

/* --- Fonctions privées --- */

/**
 * Transforme le fichier map en un tableau 2D
 * @param char* Le contenu du fichier map
 * @param int Largeur de la map
 * @param int Hauteur de la map
 * @return char** La map parser
 */
char** parse_map(char* mapContent, int width, int height) {
    char** map = malloc(sizeof (char*) * width);
    //Creation des colonnes
    for (int i = 0; i < width; i++) {
        map[i] = malloc(sizeof (char) * height);
    }
    //Remplissage
    for (int i = 0; i < height; i++) {
        for (int j = 0; j < width; j++) {
            map[j][i] = *mapContent;
            mapContent++;
        }
        mapContent++;
    }
    return map;
}

/**
 * Transforme un tableau 2D en une chaine
 * @param char** Le contenu du fichier map
 * @param int Largeur de la map
 * @param int Hauteur de la map
 * @return char* La map
 */
char* unparse_map(char** map, int width, int height) {
    int pos = 0;
    char* mapContent = malloc(sizeof (char) * (width * height + 1));
    memset(mapContent, 0, width * height + 1);
    //Remplissage
    for (int i = 0; i < height; i++) {
        for (int j = 0; j < width; j++) {
            mapContent[pos++] = map[j][i];
        }
    }
    return mapContent;
}

/* --- Fonctions publiques --- */
boolean ini_games() {
    //Ini les games
    for (int i = 0; i < MAXGAME; i++) {
        game[i].active = false;
        game[i].index = i;
    }
    //Ini les mutex des games
    for (int i = 0; i < MAXGAME; i++) {
        if (pthread_mutex_init(&gameMutex[i], NULL) != 0) {
            adderror("Impossible d'initialiser les mutex des games");
            return false;
        }
    }
    //Ini les mutex des joueurs des games
    for (int i = 0; i < MAXGAME * MAXPLAYER; i++) {
        if (pthread_mutex_init(&playerMutex[i], NULL) != 0) {
            adderror("Impossible d'initialiser les mutex des joueurs");
            return false;
        }
    }
    return true;
}

void list_map(JsonArray* res) {
    char** result;
    int nbResult;
    //Regarde les fichiers dans le dossier
    result = file_list(MAPDIR, &nbResult);
    for (int i = 0; i < nbResult; i++) {
        add_array_string(res, result[i]);
        free(result[i]);
    }
    free(result);
}

int list_game(JsonArray* res) {
    JsonEncoder gameJson;
    int compteur = 0, i = 0;
    //Si il n' y a aucune game
    if (nbGame == 0) {
        return 0;
    }
    //Initialisation json
    ini_encoder(&gameJson);
    //Ajoute chaque game
    while (compteur < nbGame && i < MAXGAME) {
        pthread_mutex_lock(&gameMutex[i]);
        if (!game[i].active) {
            pthread_mutex_unlock(&gameMutex[i]);
            i++;
            continue;
        }
        //Creation objet json
        add_string(&gameJson, "name", game[i].name);
        add_integer(&gameJson, "nbPlayer", game[i].nbPlayer);
        add_string(&gameJson, "map", game[i].mapName);
        //Ajout dans le tableau
        add_array_object(res, &gameJson);
        //Nettoyage encoder objet
        clean_json_encoder(&gameJson);
        //Incremente
        pthread_mutex_unlock(&gameMutex[i]);
        i++;
        compteur++;
    }
    return nbGame;
}

int* map_size(char* map) {
    int* res;
    res = malloc(sizeof (int) * 2);
    res[WIDTH] = 0;
    res[HEIGHT] = 1;
    //Parcours la 1er ligne pour compter le nombre de caractère
    while (*map != '\n' && *map != '\0') {
        res[WIDTH]++;
        map++;
    }
    if (*map == '\0') {
        return res;
    }
    //Compte les lignes
    map++;
    while (*map != '\0') {
        if (*map == '\n') {
            res[HEIGHT]++;
        }
        map++;
    }
    return res;
}

int create_game(char* name, char* map) {
    int length, index = 0;
    char* path;
    int* size;
    //Regarde si il reste une game de disponnible
    if (nbGame == MAXGAME) {
        return ERR;
    }
    //Cherche une game libre
    while (index < MAXGAME) {
        pthread_mutex_lock(&gameMutex[index]);
        if (game[index].active == false) {
            break;
        }
        pthread_mutex_unlock(&gameMutex[index]);
        index++;
    }
    //Recup la map
    length = strlen(MAPDIR) + strlen(map);
    path = new_string(length);
    snprintf(path, length + 1, "%s%s", MAPDIR, map);
    game[index].mapContent = file_get_content(path);
    //Calcul taille de la map
    size = map_size(game[index].mapContent);
    //Set Up
    game[index].active = true;
    game[index].name = string_copy(name);
    game[index].nbPlayer = 0;
    game[index].mapName = string_copy(map);
    game[index].width = size[WIDTH];
    game[index].height = size[HEIGHT];
    game[index].map = parse_map(game[index].mapContent, size[WIDTH], size[HEIGHT]);
    for (int i = 0; i < MAXPLAYER; i++) {
        game[index].player[i] = malloc(sizeof (Player));
        game[index].player[i]->ini = false;
    }
    game[index].object = malloc(sizeof (Object));
    object_ini(game[index].object);
    //object_add(game[index].object, OBJ_MAJOR, 1, 1);
    pthread_mutex_unlock(&gameMutex[index]);
    //Retourne la position de la partie dans le tableau
    nbGame++;
    free(path);
    free(size);
    return index;
}

int add_player(Game* g, int cliId) {
    int index = 0;
    Client* cli;
    //Verif que la game n'est pas deja pleine
    pthread_mutex_lock(&gameMutex[g->index]);
    if (g->nbPlayer >= MAXPLAYER) {
        pthread_mutex_unlock(&gameMutex[g->index]);
        return ERR;
    }
    //Cherche un joueur non initialisé
    while (index < MAXPLAYER) {
        pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
        if (!g->player[index]->ini) {
            break;
        }
        pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
        index++;
    }
    //Recup du client
    cli = get_client(cliId);
    if (cli == NULL) {
        pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
        pthread_mutex_unlock(&gameMutex[g->index]);
        return ERR;
    }
    //Creation du joueur
    create_player(g->player[index], cli);
    g->nbPlayer++;
    pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
    pthread_mutex_unlock(&gameMutex[g->index]);
    return index;
}

void describe_game(Game* g, int playerIndex, JsonEncoder* desc) {
    JsonEncoder player;
    JsonEncoder map;
    JsonArray players;
    char* content;
    //Initialisation
    ini_encoder(&player);
    ini_encoder(&map);
    ini_array_encoder(&players);
    //Info map
    pthread_mutex_lock(&gameMutex[g->index]);
    content = remove_char(g->mapContent, '\n'); //La map sans \n car interdit en JSON
    add_integer(&map, "width", g->width);
    add_integer(&map, "height", g->height);
    add_string(&map, "content", content);
    free(content);
    //Ajout info
    add_integer(desc, "nbPlayers", g->nbPlayer);
    add_object(desc, "map", &map);
    //Ajout info courte joueur
    //printf("Add players\n");
    for (int i = 0; i < MAXPLAYER; i++) {
        pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + i]);
        if (g->player[i]->ini) {
            describe_short_player(g->player[i], &player);
            add_array_object(&players, &player);
            clean_json_encoder(&player);
        }
        pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + i]);
    }
    //printf("Fin Add players\n");
    add_array(desc, "players", &players);
    //Si besoins ajout un joueur
    if (playerIndex >= 0 && playerIndex < MAXPLAYER) {
        pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + playerIndex]);
        if (g->player[playerIndex]->ini) {
            describe_player(g->player[playerIndex], &player);
            add_object(desc, "player", &player);
            clean_json_encoder(&player);
        }
        pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + playerIndex]);
    }
    //Nettoyage
    pthread_mutex_unlock(&gameMutex[g->index]);
    clean_json_encoder(&map);
    clean_json_array(&players);
}

boolean notify_player(Game* g, char* method, char* ressource, JsonEncoder* param, int excludePlayerId) {
    boolean res = true;
    pthread_mutex_lock(&gameMutex[g->index]);
    //Regarde si la game est active
    if (!g->active) {
        pthread_mutex_unlock(&gameMutex[g->index]);
        return false;
    }
    //Parcours les joeurs de la game
    for (int i = 0; i < MAXPLAYER; i++) {
        //Si joueur actif
        pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + i]);
        if (g->player[i]->ini && g->player[i]->id != excludePlayerId) {
            res = res && notify_client(g->player[i]->cli, method, ressource, param);
        }
        pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + i]);
    }
    pthread_mutex_unlock(&gameMutex[g->index]);
    return res;
}

boolean player_collision(Game* g, int x, int y) {
    for (int i = 0; i < MAXPLAYER; i++) {
        if (g->player[i]->ini) {
            if (g->player[i]->x == x && g->player[i]->y == y) {
                return true;
            }
        }
    }
    return false;
}

boolean player_collision_index(Game* g, int x, int y, int* index) {
    for (int i = 0; i < MAXPLAYER; i++) {
        if (g->player[i]->ini) {
            if (g->player[i]->x == x && g->player[i]->y == y) {
                *index = i;
                return true;
            }
        }
    }
    return false;
}

boolean bomb_explode(Game* g, int playerIndex, int x, int y, JsonEncoder* json) {
    printf("Explode\n");
    JsonEncoder object, notif;
    JsonArray bomb, bonus, chain;
    int res, index, cBomb = 0, cBonus = 0, cChain = 0;
    char* map;
    //Inie json
    ini_encoder(&object);
    ini_encoder(&notif);
    ini_array_encoder(&bomb);
    ini_array_encoder(&bonus);
    ini_array_encoder(&chain);
    //Mutex
    pthread_mutex_lock(&gameMutex[g->index]);
    if(playerIndex >= 0) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + playerIndex]);
    //Determine le type de la bombe
    switch (g->map[x][y]) {
        case '1':
            add_string(json, "type", "classic");
            break;
        case '2':
            add_string(json, "type", "mine");
            break;
        case '3':
            add_string(json, "type", "remote");
            break;
        default:
            if(playerIndex >= 0) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + playerIndex]);
            pthread_mutex_unlock(&gameMutex[g->index]);
            return false;
    }
    //Determine la position de la bombe
    char pos[20];
    memset(pos, 0, 20);
    snprintf(pos, 20, "%d,%d", x, y);
    add_string(json, "pos", pos);
    //Calcul l'explosion non mine
    if (g->map[x][y] != '2') {
        g->map[x][y] = '_';
        //Si le joueur à un bonus
        if (g->player[playerIndex]->firePower > 0) {
            add_boolean(json, "bonus", true);
        } else {
            add_boolean(json, "bonus", false);
        }
        //Vers le haut
        for (int i = 0; i < 2 + g->player[playerIndex]->firePower; i++) {
            //Si on est dans la map
            if (y - 1 - i >= 0) {
                //Si un mur destructible
                if (g->map[x][y - 1 - i] == '*') {
                    g->map[x][y - 1 - i] = '_';
                    res = spawn_object(g, x, y - 1 - i, &object);
                    if (res == 1) { //Bombe
                        cBomb++;
                        add_array_object(&bomb, &object);
                        clean_json_encoder(&object);
                    } else if (res == 2) { //Bonus Malus
                        cBonus++;
                        add_array_object(&bonus, &object);
                        clean_json_encoder(&object);
                    }
                }
                //Si un joueur
                if (player_collision_index(g, x, y - 1 - i, &index)) {
                    if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
                    if (g->player[index]->major == 0) {
                        //Baisse la vie
                        g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * (DAMAGEBOMB - (0.1 * i)));
                        //Notification du joueur
                        describe_player(g->player[index], &notif);
                        if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                            adderror("Impossible de notifer le client");
                        }
                        clean_json_encoder(&notif);
                    }
                    if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
                }
                //Si une bombe
                if (g->map[x][y - 1 - i] == '1' || g->map[x][y - 1 - i] == '2' || g->map[x][y - 1 - i] == '3') {
                    cChain++;
                    bomb_chain(g, playerIndex, x, y - 1 - i, &chain);
                }
            }
        }
        //Vers le bas
        for (int i = 0; i < 2 + g->player[playerIndex]->firePower; i++) {
            //Si on est dans la map
            if (y + 1 + i <= g->height) {
                //Si un mur destructible
                if (g->map[x][y + 1 + i] == '*') {
                    g->map[x][y + 1 + i] = '_';
                    res = spawn_object(g, x, y + 1 + i, &object);
                    if (res == 1) { //Bombe
                        cBomb++;
                        add_array_object(&bomb, &object);
                        clean_json_encoder(&object);
                    } else if (res == 2) { //Bonus Malus
                        cBonus++;
                        add_array_object(&bonus, &object);
                        clean_json_encoder(&object);
                    }
                }
                //Si un joueur
                if (player_collision_index(g, x, y + 1 + i, &index)) {
                    if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
                    if (g->player[index]->major == 0) {
                        //Baisse la vie
                        g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * (DAMAGEBOMB - (0.1 * i)));
                        //Notification du joueur
                        describe_player(g->player[index], &notif);
                        if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                            adderror("Impossible de notifer le client");
                        }
                        clean_json_encoder(&notif);
                    }
                    if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
                }
                //Si une bombe
                if (g->map[x][y + 1 + i] == '1' || g->map[x][y + 1 + i] == '2' || g->map[x][y + 1 + i] == '3') {
                    cChain++;
                    bomb_chain(g, playerIndex, x, y + 1 + i, &chain);
                }
            }
        }
        //Vers la gauche
        for (int i = 0; i < 2 + g->player[playerIndex]->firePower; i++) {
            //Si on est dans la map
            if (x - 1 - i >= 0) {
                //Si un mur destructible
                if (g->map[x - 1 - i][y] == '*') {
                    g->map[x - 1 - i][y] = '_';
                    res = spawn_object(g, x - 1 - i, y, &object);
                    if (res == 1) { //Bombe
                        cBomb++;
                        add_array_object(&bomb, &object);
                        clean_json_encoder(&object);
                    } else if (res == 2) { //Bonus Malus
                        cBonus++;
                        add_array_object(&bonus, &object);
                        clean_json_encoder(&object);
                    }
                }
                //Si un joueur
                if (player_collision_index(g, x - 1 - i, y, &index)) {
                    if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
                    if (g->player[index]->major == 0) {
                        //Baisse la vie
                        g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * (DAMAGEBOMB - (0.1 * i)));
                        //Notification du joueur
                        describe_player(g->player[index], &notif);
                        if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                            adderror("Impossible de notifer le client");
                        }
                        clean_json_encoder(&notif);
                    }
                    if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
                }
                //Si une bombe
                if (g->map[x - 1 - i][y] == '1' || g->map[x - 1 - i][y] == '2' || g->map[x - 1 - i][y] == '3') {
                    cChain++;
                    bomb_chain(g, playerIndex, x - 1 - i, y, &chain);
                }
            }
        }
        //Vers la droite
        for (int i = 0; i < 2 + g->player[playerIndex]->firePower; i++) {
            //Si on est dans la map
            if (x + 1 + i >= 0) {
                //Si un mur destructible
                if (g->map[x + 1 + i][y] == '*') {
                    g->map[x + 1 + i][y] = '_';
                    res = spawn_object(g, x + 1 + i, y, &object);
                    if (res == 1) { //Bombe
                        cBomb++;
                        add_array_object(&bomb, &object);
                        clean_json_encoder(&object);
                    } else if (res == 2) { //Bonus Malus
                        cBonus++;
                        add_array_object(&bonus, &object);
                        clean_json_encoder(&object);
                    }
                }
                //Si un joueur
                if (player_collision_index(g, x + 1 + i, y, &index)) {
                    if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
                    if (g->player[index]->major == 0) {
                        //Baisse la vie
                        g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * (DAMAGEBOMB - (0.1 * i)));
                        //Notification du joueur
                        describe_player(g->player[index], &notif);
                        if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                            adderror("Impossible de notifer le client");
                        }
                        clean_json_encoder(&notif);
                    }
                    if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
                }
                //Si une bombe
                if (g->map[x + 1 + i][y] == '1' || g->map[x + 1 + i][y] == '2' || g->map[x + 1 + i][y] == '3') {
                    cChain++;
                    bomb_chain(g, playerIndex, x + 1 + i, y, &chain);
                }
            }
        }
    }        
    //Si c'est une mine
    else {
        g->map[x][y] = '_';
        //Pas de bonus pour une mine
        add_boolean(json, "bonus", false);
        //Recup le joueur
        if (player_collision_index(g, x, y, &index)) {
            if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
            if (g->player[index]->major == 0) {
                //Baisse la vie
                g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * DAMAGEMINE);
                //Notification du joueur
                describe_player(g->player[index], &notif);
                if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                    adderror("Impossible de notifer le client");
                }
                clean_json_encoder(&notif);
            }
            if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
        }
    }
    //Affichage de la map
    map = unparse_map(g->map, g->width, g->height);
    add_string(json, "map", map);
    //Ajout des json
    add_array(json, "bomb", &bomb);
    add_array(json, "bonusMalus", &bonus);
    add_array(json, "chain", &chain);
    //Nettoyage
    if(playerIndex >= 0) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + playerIndex]);
    pthread_mutex_unlock(&gameMutex[g->index]);
    free(map);
    return true;
}

void bomb_chain(Game* g, int playerIndex, int x, int y, JsonArray* chain) {
    JsonEncoder json, notif;
    int index;
    //Inie json
    ini_encoder(&json);
    ini_encoder(&notif);
    //Determine le type de la bombe
    switch (g->map[x][y]) {
        case '1':
            add_string(&json, "type", "classic");
            break;
        case '2':
            add_string(&json, "type", "mine");
            break;
        case '3':
            add_string(&json, "type", "remote");
            break;
        default:
            return;
    }
    //Determine la position de la bombe
    char pos[20];
    memset(pos, 0, 20);
    snprintf(pos, 20, "%d,%d", x, y);
    add_string(&json, "pos", pos);
    //Calcul l'explosion non mine
    if (g->map[x][y] != '2') {
        g->map[x][y] = '_';
        //Vers le haut
        for (int i = 0; i < 2; i++) {
            //Si on est dans la map
            if (y - 1 - i >= 0) {
                //Si un mur destructible
                if (g->map[x][y - 1 - i] == '*') {
                    g->map[x][y - 1 - i] = '_';
                }
                //Si un joueur
                if (player_collision_index(g, x, y - 1 - i, &index)) {
                    if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
                    if (g->player[index]->major == 0) {
                        //Baisse la vie
                        g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * (DAMAGEBOMB - (0.1 * i)));
                        //Notification du joueur
                        describe_player(g->player[index], &notif);
                        if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                            adderror("Impossible de notifer le client");
                        }
                        clean_json_encoder(&notif);
                    }
                    if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
                }
                //Si une bombe
                if (g->map[x][y - 1 - i] == '1' || g->map[x][y - 1 - i] == '2' || g->map[x][y - 1 - i] == '3') {
                    bomb_chain(g, playerIndex, x, y - 1 - i, chain);
                }
            }
        }
        //Vers le bas
        for (int i = 0; i < 2 + g->player[playerIndex]->firePower; i++) {
            //Si on est dans la map
            if (y + 1 + i <= g->height) {
                //Si un mur destructible
                if (g->map[x][y + 1 + i] == '*') {
                    g->map[x][y + 1 + i] = '_';
                }
                //Si un joueur
                if (player_collision_index(g, x, y + 1 + i, &index)) {
                    if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
                    if (g->player[index]->major == 0) {
                        //Baisse la vie
                        g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * (DAMAGEBOMB - (0.1 * i)));
                        //Notification du joueur
                        describe_player(g->player[index], &notif);
                        if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                            adderror("Impossible de notifer le client");
                        }
                        clean_json_encoder(&notif);
                    }
                    if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
                }
                //Si une bombe
                if (g->map[x][y + 1 + i] == '1' || g->map[x][y + 1 + i] == '2' || g->map[x][y + 1 + i] == '3') {
                    bomb_chain(g, playerIndex, x, y + 1 + i, chain);
                }
            }
        }
        //Vers la gauche
        for (int i = 0; i < 2 + g->player[playerIndex]->firePower; i++) {
            //Si on est dans la map
            if (x - 1 - i >= 0) {
                //Si un mur destructible
                if (g->map[x - 1 - i][y] == '*') {
                    g->map[x - 1 - i][y] = '_';
                }
                //Si un joueur
                if (player_collision_index(g, x - 1 - i, y, &index)) {
                    if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
                    if (g->player[index]->major == 0) {
                        //Baisse la vie
                        g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * (DAMAGEBOMB - (0.1 * i)));
                        //Notification du joueur
                        describe_player(g->player[index], &notif);
                        if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                            adderror("Impossible de notifer le client");
                        }
                        clean_json_encoder(&notif);
                    }
                    if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
                }
                //Si une bombe
                if (g->map[x - 1 - i][y] == '1' || g->map[x - 1 - i][y] == '2' || g->map[x - 1 - i][y] == '3') {
                    bomb_chain(g, playerIndex, x - 1 - i, y, chain);
                }
            }
        }
        //Vers la droite
        for (int i = 0; i < 2 + g->player[playerIndex]->firePower; i++) {
            //Si on est dans la map
            if (x + 1 + i >= 0) {
                //Si un mur destructible
                if (g->map[x + 1 + i][y] == '*') {
                    g->map[x + 1 + i][y] = '_';
                }
                //Si un joueur
                if (player_collision_index(g, x + 1 + i, y, &index)) {
                    if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
                    if (g->player[index]->major == 0) {
                        //Baisse la vie
                        g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * (DAMAGEBOMB - (0.1 * i)));
                        //Notification du joueur
                        describe_player(g->player[index], &notif);
                        if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                            adderror("Impossible de notifer le client");
                        }
                        clean_json_encoder(&notif);
                    }
                    if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
                }
                //Si une bombe
                if (g->map[x + 1 + i][y] == '1' || g->map[x + 1 + i][y] == '2' || g->map[x + 1 + i][y] == '3') {
                    bomb_chain(g, playerIndex, x + 1 + i, y, chain);
                }
            }
        }
    }        
    //Si c'est une mine
    else {
        g->map[x][y] = '_';
        //Recup le joueur
        if (player_collision_index(g, x, y, &index)) {
            if (index != playerIndex) pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + index]);
            if (g->player[index]->major == 0) {
                //Baisse la vie
                g->player[index]->life = g->player[index]->life - (g->player[index]->maxLife * DAMAGEMINE);
                //Notification du joueur
                describe_player(g->player[index], &notif);
                if (!notify_client(g->player[index]->cli, "POST", "attack/affect", &notif)) {
                    adderror("Impossible de notifer le client");
                }
                clean_json_encoder(&notif);
            }
            if (index != playerIndex) pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + index]);
        }
    }
    //Ajoute json dans le tableau
    add_array_object(chain, &json);
    //Nettoyage
    clean_json_encoder(&json);
}

int spawn_object(Game* g, int x, int y, JsonEncoder* json) {
    int random, res = 0;
    //Generation random si spawn ou non
    srand(time(NULL));
    random = rand() % 100 + 1;
    if (random > SPAWNRATE) {
        return 0; //Pas de spawn
    }
    //Choisit l'objet
    random = rand() % 11;
    switch (random) {
        case OBJ_BCLASSIC:
            res = 1;
            add_string(json, "type", "classic");
            break;
        case OBJ_BMINE:
            res = 1;
            add_string(json, "type", "mine");
            break;
        case OBJ_BREMOTE:
            res = 1;
            add_string(json, "type", "remote");
            break;
        case OBJ_BOMBUP:
            res = 2;
            add_string(json, "type", "bomb_up");
            break;
        case OBJ_BOMBDOWN:
            res = 2;
            add_string(json, "type", "bomb_down");
            break;
        case OBJ_FIREPOWER:
            res = 2;
            add_string(json, "type", "fire_power");
            break;
        case OBJ_SCOOTER:
            res = 2;
            add_string(json, "type", "scooter");
            break;
        case OBJ_BROKENLEG:
            res = 2;
            add_string(json, "type", "broken_legs");
            break;
        case OBJ_LIFEUP:
            res = 2;
            add_string(json, "type", "life_up");
            break;
        case OBJ_LIFEMAX:
            res = 2;
            add_string(json, "type", "life_max");
            break;
        case OBJ_MAJOR:
            res = 2;
            add_string(json, "type", "major");
            break;
    }
    //Ajoute l'objet dans la partie
    object_add(g->object, random, x, y);
    //Ajoute postion au json
    char pos[20];
    memset(pos, 0, 20);
    snprintf(pos, 20, "%d,%d", x, y);
    add_string(json, "pos", pos);
    //Retourne type d'ajout
    return res;
}

void remove_player(Game* g, int playerIndex) {
    pthread_mutex_lock(&gameMutex[g->index]);
    pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + playerIndex]);
    g->nbPlayer--;
    delete_player(g->player[playerIndex]);
    pthread_mutex_unlock(&gameMutex[g->index]);
    pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + playerIndex]);
}

void stop_game(Game* g) {
    pthread_mutex_lock(&gameMutex[g->index]);
    //Indique comme inactive
    g->active = false;
    //Suppr les joueurs
    for (int i = 0; i < MAXPLAYER; i++) {
        //pthread_mutex_lock(&playerMutex[(g->index * MAXPLAYER) + i]);
        if (g->player[i]->ini) {
            delete_player(g->player[i]);
        }
        free(g->player[i]);
        //pthread_mutex_unlock(&playerMutex[(g->index * MAXPLAYER) + i]);
    }
    //Libere la memoire
    object_clean(g->object);
    free(g->object);
    for (int i = 0; i < g->width; i++) {
        free(g->map[i]);
    }
    free(g->map);
    free(g->mapName);
    free(g->mapContent);
    pthread_mutex_unlock(&gameMutex[g->index]);
    //Retire une game
    nbGame--;
}

void clean_games() {
    for (int i = 0; i < MAXGAME; i++) {
        if (game[i].active) {
            pthread_mutex_unlock(&gameMutex[i]);
            stop_game(&game[i]);
        }
    }
}