Chat TelegramCache::readChat(const Peer &peer) const
{
const QString folderPath = p->path + "/chats";
const QString filePath = folderPath + "/" + QCryptographicHash::hash(TelegramTools::identifier(peer),
QCryptographicHash::Md5).toHex();
const QMap<QString, QVariant> &map = readMap(filePath);
return Chat::fromMap(map);
}
Map *MapReader::readMap(const std::string &filename)
{
logger->log("Attempting to read map %s", filename.c_str());
// Load the file through resource manager
ResourceManager *resman = ResourceManager::getInstance();
int fileSize;
void *buffer = resman->loadFile(filename, fileSize);
Map *map = NULL;
if (buffer == NULL)
{
logger->log("Map file not found (%s)", filename.c_str());
return NULL;
}
unsigned char *inflated;
unsigned int inflatedSize;
if (filename.find(".gz", filename.length() - 3) != std::string::npos)
{
// Inflate the gzipped map data
inflatedSize =
inflateMemory((unsigned char*) buffer, fileSize, inflated);
free(buffer);
if (inflated == NULL)
{
logger->log("Could not decompress map file (%s)",
filename.c_str());
return NULL;
}
}
else
{
inflated = (unsigned char*) buffer;
inflatedSize = fileSize;
}
XML::Document doc((char*) inflated, inflatedSize);
free(inflated);
xmlNodePtr node = doc.rootNode();
// Parse the inflated map data
if (node)
{
if (!xmlStrEqual(node->name, BAD_CAST "map"))
logger->log("Error: Not a map file (%s)!", filename.c_str());
else
map = readMap(node, filename);
}
else
logger->log("Error while parsing map file (%s)!", filename.c_str());
if (map) map->setProperty("_filename", filename);
return map;
}
static int getMapNames(char *nameBuffer)
{
// Look in the keymap directory for keymap files.
int status = 0;
file theFile;
char *fileName = NULL;
keyMap *map = NULL;
int bufferChar = 0;
int count;
fileName = malloc(MAX_PATH_NAME_LENGTH);
map = malloc(sizeof(keyMap));
if (!fileName || !map)
return (status = ERR_MEMORY);
nameBuffer[0] = '\0';
numMapNames = 0;
// Loop through the files in the keymap directory
for (count = 0; ; count ++)
{
if (count)
status = fileNext(cwd, &theFile);
else
status = fileFirst(cwd, &theFile);
if (status < 0)
break;
if (theFile.type != fileT)
continue;
if (strcmp(cwd, "/"))
{
snprintf(fileName, MAX_PATH_NAME_LENGTH, "%s/%s", cwd,
theFile.name);
}
else
{
snprintf(fileName, MAX_PATH_NAME_LENGTH, "/%s", theFile.name);
}
status = readMap(fileName, map);
if (status < 0)
// Not a keymap file we can read.
continue;
strncpy((nameBuffer + bufferChar), map->name, sizeof(map->name));
bufferChar += (strlen(map->name) + 1);
numMapNames += 1;
}
free(fileName);
free(map);
return (status = 0);
}
// -----------------------------------------------------------------------------
//
// -----------------------------------------------------------------------------
bool DataContainerArrayProxy::readJson(QJsonObject& json)
{
if (json["Data Containers"].isArray())
{
dataContainers = readMap(json["Data Containers"].toArray());
return true;
}
return false;
}
/**
* Allocate and initialize the GDB structure, read the "map.txt" file
* but don't look for kit folders themselves.
*/
void GDB::load()
{
GDB_DEBUG_OPEN(wlog,this->dir);
GDB_DEBUG(wlog,(slog,L"Loading GDB...\n"));
// process kit map file
hash_map<WORD,wstring> mapFile;
if (!readMap((this->dir + L"GDB\\uni\\map.txt").c_str(), mapFile))
{
GDB_DEBUG(wlog,(slog,L"Unable to find uni-map: %s\n",mapFile));
LOG1S(L"Couldn't open uni-map for reading: {%s}",(this->dir + L"GDB\\uni\\map.txt").c_str());
}
for (hash_map<WORD,wstring>::iterator it = mapFile.begin(); it != mapFile.end(); it++)
{
KitCollection kitCol(it->second);
// strip off leading and trailing spaces
string_strip(kitCol.foldername);
// strip off quotes, if present
if (kitCol.foldername[0]=='"' || kitCol.foldername[0]=='\'')
kitCol.foldername.erase(0,1);
int last = kitCol.foldername.length()-1;
if (kitCol.foldername[last]=='"' || kitCol.foldername[last]=='\'')
kitCol.foldername.erase(last);
GDB_DEBUG(wlog,(slog,L"teamId = {%d}, foldername = {%s}\n",
it->first, kitCol.foldername.c_str()));
// store in the "uni" map
this->uni.insert(pair<WORD,KitCollection>(it->first,kitCol));
// find kits for this team
this->findKitsForTeam(it->first);
}
// create two dummy kit collections: for use with AFS kits
Kit dummyKit;
dummyKit.configLoaded = true;
this->dummyHome.players.insert(pair<wstring,Kit>(L"pa",dummyKit));
this->dummyHome.players.insert(pair<wstring,Kit>(L"pb",dummyKit));
this->dummyHome.goalkeepers.insert(pair<wstring,Kit>(L"ga",dummyKit));
this->dummyHome.goalkeepers.insert(pair<wstring,Kit>(L"gb",dummyKit));
this->dummyHome.loaded = true;
this->dummyAway.players.insert(pair<wstring,Kit>(L"pa",dummyKit));
this->dummyAway.players.insert(pair<wstring,Kit>(L"pb",dummyKit));
this->dummyAway.goalkeepers.insert(pair<wstring,Kit>(L"ga",dummyKit));
this->dummyAway.goalkeepers.insert(pair<wstring,Kit>(L"gb",dummyKit));
this->dummyAway.loaded = true;
GDB_DEBUG(wlog,(slog,L"Loading GDB complete.\n"));
GDB_DEBUG_CLOSE(wlog);
}
static int findMapFile(const char *mapName, char *fileName)
{
// Look in the current directory for the keymap file with the supplied map
// name
int status = 0;
file theFile;
keyMap *map = NULL;
int count;
map = malloc(sizeof(keyMap));
if (!map)
return (status = ERR_MEMORY);
memset(&theFile, 0, sizeof(file));
// Loop through the files in the keymap directory
for (count = 0; ; count ++)
{
if (count)
status = fileNext(cwd, &theFile);
else
status = fileFirst(cwd, &theFile);
if (status < 0)
// No more files.
break;
if (theFile.type != fileT)
continue;
if (strcmp(cwd, "/"))
snprintf(fileName, MAX_PATH_NAME_LENGTH, "%s/%s", cwd, theFile.name);
else
snprintf(fileName, MAX_PATH_NAME_LENGTH, "/%s", theFile.name);
status = readMap(fileName, map);
if (status < 0)
continue;
if (!strncmp(map->name, mapName, sizeof(map->name)))
{
status = 0;
goto out;
}
}
// If we fall through to here, it wasn't found.
fileName[0] = '\0';
status = ERR_NOSUCHENTRY;
out:
free(map);
return (status);
}
uint16_t generateLevel(uint8_t* m, uint8_t w, uint8_t h, uint16_t length)
{
uint16_t d = w*h;
uint8_t ver[] = {1,1,0,2};
uint8_t hor[] = {0,2,1,1};
uint8_t tries = 0;
uint8_t best[d];
uint16_t l=0, maxl=0;
do {
for (uint16_t i=0; i<d; i++) m[i]=0;
tries++;
uint8_t x=0, y=0;
l=0;
while (l<length) {
if (readMap(m,w,h,x+1,y)==3 && readMap(m,w,h,x+w-1,y)==3 && readMap(m,w,h,x,y+1)==3 && readMap(m,w,h,x,y+h-1)==3) break;
l++;
uint8_t newX=0, newY=0;
do {
uint8_t k = rand()%4;
newX = (x+w+hor[k]-1)%w;
newY = (y+h+ver[k]-1)%h;
} while (readMap(m,w,h,newX,newY)==3);
x = newX;
y = newY;
m[y*w+x]++;
}
if (l>maxl) {
maxl = l;
memcpy(best, m, d);
}
} while (tries<15);
memcpy(best, m, d);
return maxl;
}
static int loadLevels() {
Uint8 i, j, k;
FILE *levList = fopen(br_find_data("levlist.dat"), "r");
char buf[32];
if(levList) {
i = 0;
while(!feof(levList)) {
(void)fgets(buf, 32, levList);
if(strlen(buf)) {
buf[strlen(buf)-1] = 0;
strcpy((&levels[i])->name, buf);
if(readMap(&levels[i])) i++;
}
}
(void)fclose(levList);
}
else {
printf("Couldn't find '%s': generating levels\n", br_find_data("levlist.dat"));
state->level = 0;
for(k=0; k<16; k++) {
levels[k].inited = 1;
if(k <= 5) {
levels[k].fieldWidth = 5;
levels[k].fieldHeight = 8;
}
else if(k <= 10) {
levels[k].fieldWidth = 6;
levels[k].fieldHeight = 10;
}
else {
levels[k].fieldWidth = 7;
levels[k].fieldHeight = 12;
}
levels[k].target = 5;
levels[k].px = levels[k].fieldWidth / 2;
levels[k].py = levels[k].fieldHeight - 2;
for(i=0; i<levels[k].fieldHeight/4; i++) {
for(j=0; j<levels[k].fieldWidth; j++) {
levels[k].blocks[j][i] = rand()/(RAND_MAX/3);
}
}
for(i=levels[k].fieldHeight/4; i<levels[k].fieldHeight; i++) {
for(j=0; j<levels[k].fieldWidth; j++) {
levels[k].blocks[j][i] = BT_NULL;
}
}
}
}
return 1;
}
// -----------------------------------------------------------------
// Name : readAny
// -----------------------------------------------------------------
JoS_Element * JoSon::readAny(std::stringstream * stream)
{
char nextc = getNextChar(stream);
switch (nextc) {
case '{':
return readMap(stream);
case '[':
return readList(stream);
default:
streamUnget(stream);
return readLeaf(stream);
}
}
void handle_file(const boost::system::error_code& e, connection_ptr conn,string nameFile) {
if (!e) { // lecture des informations
db::DataBaseType<MySQL> dbMySQL("root", "", "mycloud") ;
string idMySQL;
for(model::info i : infos) {
idMySQL = dbMySQL.getUser(i.getAddressMail(), i.getPwd());
}
File file("/home/steven/server/",idMySQL);
std::string path="/home/steven/client/" + idMySQL + nameFile;
std::stringstream data_in;
data_in << readMap(path.c_str());
conn->socket().send(boost::asio::buffer(data_in.str()));
}
}
int initSugoroku(Sugoroku *s, int player_num) {
int i;
s->player_num = player_num;
s->player = (Player *)malloc(sizeof(Player)*player_num);
for(i = 0; i < player_num; i++) {
initPlayer(&(s->player[i]), i);
}
if(!readMap(&s->map, "./map.dat")) return 0;
if(!importItemFile(s, "./ITEM.csv")) return 0;
if(!importShop(&s->shop, "./shop.csv")) return 0;
if(!setPlayerStart(s)) return 0;
return 1;
}
MessagesDialogs TelegramCache::readDialogs() const
{
MessagesDialogs result(MessagesDialogs::typeMessagesDialogs);
const QString filePath = p->path + "/dialogs";
const QList<QVariant> &list = readList(filePath);
QList<Dialog> dialogs;
QHash<QByteArray, Chat> chats;
QHash<QByteArray, User> users;
QHash<QByteArray, Message> messages;
Q_FOREACH(const QVariant &var, list)
{
const Dialog &dialog = Dialog::fromMap( var.toMap() );
const Peer &peer = dialog.peer();
const QByteArray &key = TelegramTools::identifier(peer);
switch(static_cast<int>(peer.classType()))
{
case Peer::typePeerChannel:
case Peer::typePeerChat:
if(!chats.contains(key))
chats[key] = readChat(peer);
break;
case Peer::typePeerUser:
if(!users.contains(key))
users[key] = readUser(peer);
break;
}
if(dialog.topMessage())
{
QByteArray topMsgKey = TelegramTools::identifier(dialog.peer(), dialog.topMessage());
const QString &messageFolder = getMessageFolder(peer);
const QString messageFile = messageFolder + "/" + QString::number(dialog.topMessage());
messages[topMsgKey] = Message::fromMap( readMap(messageFile) );
}
dialogs << dialog;
}
result.setDialogs(dialogs);
result.setChats(chats.values());
result.setUsers(users.values());
result.setMessages(messages.values());
result.setCount(dialogs.count());
return result;
}
/*
* level_disasm()
*/
static void level_disasm(uint8_t dunno, uint8_t levno)
{
uint32_t i;
b3level_t *level;
FILE *fp;
uint16_t offset;
rangeSkipList = gl_list_create_empty(GL_ARRAY_LIST,
NULL, NULL, range_free, 1);
level = readMap(duns[dunno].levels[levno]);
currentLevel.dataStartOffset = level->dataBaseOffset;
currentLevel.monsterIndex = level->monIndex;
if ((dunno == 11) && (levno == 0))
currentLevel.codeStartOffset = 4;
else
currentLevel.codeStartOffset = 0;
fp = xfopen(mkCodePath("%s-%d.code", duns[dunno].name, levno), "wb");
#undef DUMP_CODE
#ifdef DUMP_CODE
dump_btstring(bts_sprintf("%s-%d.dump", duns[dunno].name, levno),
level->codeBuf, 0);
#endif
for (i = 0; i < level->dataCount; i++) {
offset = level->dataList[i].offset;
fprintf(fp, "(%3d, %3d) offset: %04x\n",
level->dataList[i].sqE,
level->dataList[i].sqN,
offset
);
}
fprintf(fp, "=====================================\n");
disasmCode(fp, level->codeBuf, level->dataBaseOffset);
gl_list_free(rangeSkipList);
rangeSkipList = NULL;
fclose(fp);
freeLevel(level);
}
void XMLimport::readUnknownMapElement()
{
while( ! atEnd() )
{
readNext();
if( isEndElement() )
{
break;
}
if( isStartElement() )
{
readMap();
}
}
}
Map::Map()
{
lvlList = { "lvl1" };
lvlMap.clear();
currentMap = 0;
blockToDestroy = 0;
dashLength = 0;
dashX = -1;
ballX = -1;
ballY = -1;
ballAng = 0;
dx = 0;
dy = -1;
ball = NULL;
block = NULL;
dash = NULL;
wall = NULL;
readMap();
}
Map::Map(SDL_Texture* bball, SDL_Texture* ddash, SDL_Texture* bblock, SDL_Texture* wwall)
{
lvlList = { "lvl1" };
lvlMap.clear();
currentMap = 0;
blockToDestroy = 0;
dashLength = 0;
dashX = -1;
ballX = -1;
ballY = -1;
ballAng = 0;
dx = 0;
dy = -1;
readMap();
ball = bball;
dash = ddash;
block = bblock;
wall = wwall;
}
void XMLimport::readUnknownMapElement()
{
while( ! atEnd() )
{
readNext();
qDebug()<<"[ERROR]: UNKNOWN map element:name="<<name().toString();
if( isEndElement() )
{
break;
}
if( isStartElement() )
{
readMap();
}
}
}
int main(int argc, char** argv)
{
//load map
readMap();
num_expands = 0;
num_discovered = 1;
//run planner
test_duration = 0;
Clock::time_point t0 = Clock::now();
timeout = t0 + chrono::seconds(5);
prepare();
search();
Clock::time_point t1 = Clock::now();
//report joint plan
testSolution(joint_solution, true);
//report stats
double dt = chrono::duration<double, chrono::seconds::period>(t1-t0).count();
cout << "results: Path Length=" << joint_cost/10000.0;
cout << " Visited Nodes=" << num_discovered;
cout << " Explored Nodes=" << num_expands;
cout << " Planning Time=" << dt << endl;
cout << " Joint Testing Time=" << test_duration << endl;
FILE* fout = fopen("stats.csv","w");
fprintf(fout,"%d %f %d %f %f\n",W,joint_cost/10000.0,num_expands,dt,test_duration);
fclose(fout);
for (int a = 0; a < agents.size(); ++a)
{
fout = fopen("visualf.txt","w");
vector<string> visual = visualizePath();
for (int i = 0; i < visual.size(); ++i)
fprintf(fout,"%s\n",visual[i].c_str());
fclose(fout);
}
}
static int loadMap(const char *mapName)
{
int status = 0;
char *fileName = NULL;
fileName = malloc(MAX_PATH_NAME_LENGTH);
if (!fileName)
return (status = ERR_MEMORY);
// Find the map by name
status = findMapFile(mapName, fileName);
if (status < 0)
{
error(_("Couldn't find keyboard map %s"), mapName);
goto out;
}
// Read it in
status = readMap(fileName, selectedMap);
out:
free(fileName);
return (status);
}
///Modo de jogo em que só há uma vida, e termina apenas quando o jogador morre
void survivalMode()
{
system("mode con:cols=90 lines=30"); //tamanho da tela de jogo
LEVEL_SCENE hell = {RED, {176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,177,
176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,177,
176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,176,177,177,
176,176,176,176,176,176,176,176,178,178,176,176,176,176,176,176,178,177,177,177,
176,176,178,177,177,176,176,178,178,178,178,176,176,176,176,178,178,177,177,177,
176,176,178,177,177,177,176,178,178,178,178,176,176,176,176,178,178,178,177,177,
178,178,178,177,177,177,176,178,178,178,178,176,176,176,178,178,178,178,178,178,
178,178,177,177,177,177,176,178,178,178,178,178,176,178,178,178,178,177,178,178,
177,178,177,177,177,177,177,177,178,178,177,177,177,177,177,177,177,177,177,178,
177,177,177,177,177,177,177,177,177,177,177,177,177,177,177,177,177,177,177,177
}
}; //cenário do modo de jogo
FILE *arq;
int score; //pontuação
int level; //como só há um level nesse jogo, esta variavél serve apenas para o peso da pontuação
int speed; //velocidade do jogo
int rows, columns; //Linhas e colunas do mapa
int rocksNum; // Número de pedras
int ratNum; //Indica qual o rato a ser gerado, há no máximo 4 ratos na tela
int ratsEaten;
int ratsColor; //Cor do rato a ser gerado
int i; // Usado nos loops for
int cont; //Usado para contabilizar o número de movimentos da snake
char auxDirection; //
BOOL isDead; //Flag de morte da snake
char map[ROWSMAX][COLUMNSMAX];
int hasPassed[ROWSMAX*COLUMNSMAX];
SNAKE snake;
POSN initialCoord; //Coordenada onde a snake começa o nível
POSN rocks[ROWSMAX*COLUMNSMAX];
POSN rats[4];
ratNum = 0;
ratsColor = 2;
ratsEaten = 0;
cont = 0;
isDead = 0;
level = 1;
score = 0;
speed = 200; //speed inicial
for(i=0; i<rocksNum; i++)
hasPassed[i]=0;
readMap(42, &rows, &columns, map, &rocksNum, rocks, &initialCoord);
restartLevel(&snake, columns, rows, rats, speed, &speed, initialCoord, &isDead);
print_lvlART(hell, columns + 5, 0);
fadeIN(rows, columns, GREY, 1);
printMap(rows, columns, map, hell.color);
printRocks(rows, columns, rocksNum, rocks, map);
printSnake(&snake);
getch(); //pausa o jogo
while(!isDead)
{
for(i=0; i<rocksNum; i++)
{
if(hasPassed[i]!=0) hasPassed[i]+=1;
}
print_lvlART(hell, columns + 5, 0);
printScore(score);
eraseTrail(snake);
updateSnakeCoord(&snake);
printSnake(&snake);
checkColision(&snake, &isDead, rows, columns, map, rocks, rocksNum, hasPassed, &score);
if(score < 0)
{
score = 0; //Não há score negativo!
}
cont++; //contador de movimentos
if(cont % 10 == 0)
{
makeRats(rows, columns, rats, ratNum, &snake, map, &ratsColor); //gera e printa um rato
ratNum++;
if(ratNum == 4) //Há 4 ratos, de 0 a 3, logo rato 4 == rato 0
{
ratNum = 0;
}
}
eatRat(&snake, rats, &ratsEaten, &score, level); //checa se um rato foi comido
Sleep(speed); //controla a velocidade do jogo
if(speed > 100) //máxima velocidade do jogo
speed -= 1;
auxDirection = changeDirection(snake.direction); //lê nova direção to teclado
if(auxDirection == 'P')
{
getch(); //Pausa o jogo
}
else if(auxDirection == 'C')
{
cheatCode(&isDead, &isDead, &speed); //Lê cheat code
}
else if(auxDirection == 'Q' || auxDirection == ESC) //Se o jogador aperta para sair, perde suas vidas para encerrar
{
isDead = 1;
}
else snake.direction = auxDirection; //só troca a direção se a nova direção não for uma tecla de pause ou saída
}
fadeOUT(rows, columns, GREY, 1); //Efeito de fade out na tela
printGameOver();
arq = fopen("highscore_survival.bin", "rb+"); //Abre arquivo de highscore, informando caso de erro
if(arq == NULL)
printf("error");
uptadeHighScore(score, arq); //coloca o score no rank
system("cls");
}
///Executa uma fase do jogo no modo story
void playOneLevel(int level, int objetivo, int speed, LEVEL_SCENE scenario, int *lifes, int *score)
{
int rows, columns; //Linhas e colunas do mapa
int rocksNum; // Número de pedras
int ratsEaten; //Número de ratos
int ratNum; //Indica qual o rato a ser gerado, há no máximo 4 ratos na tela
int ratsColor; //Cor do rato a ser gerado
int i; // Usado nos loops for
int cont; //Usado para contabilizar o número de movimentos da snake
int actualSpeed; //velocidade que vai sendo aumentada
char auxDirection; //recebe direção antes de trocar a direção da snake
BOOL isDead; //Flag de morte da snake
BOOL levelEnded; //Flag que indica se o nível chegou ao fim
BOOL eatenAllRats; //Flag que indica se todos os ratos necessário para gerar a maçã foram comidos
char map[ROWSMAX][COLUMNSMAX];
int hasPassed[ROWSMAX*COLUMNSMAX]; //array para indicar as pedras pelas quais a snake passou
SNAKE snake;
POSN initialCoord; //Coordenada onde a snake começa o nível
POSN rocks[ROWSMAX*COLUMNSMAX];
POSN rats[4];
POSN apple = {500, 500}; //coordenada fora do mapa
eatenAllRats = 0;
ratsEaten = 0;
ratNum = 0;
ratsColor = GREEN; //primeiro rato é verde
cont = 0;
isDead = 0;
levelEnded = 0;
for(i=0; i<rocksNum; i++)
hasPassed[i]=0;
readMap(level, &rows, &columns, map, &rocksNum, rocks, &initialCoord);
print_lvlART(scenario, columns + 5, 0);
restartLevel(&snake, columns, rows, rats, speed, &actualSpeed, initialCoord, &eatenAllRats);
fadeIN(rows, columns, GREY, 1);
printMap(rows, columns, map, scenario.color);
printRocks(rows, columns, rocksNum, rocks, map);
printSnake(&snake);
printInfo(level, *lifes, *score, ratsEaten, objetivo);
getch(); //pausa o jogo
while(*lifes > 0 && levelEnded == 0)
{
for(i=0; i<rocksNum; i++)
{
if(hasPassed[i] != 0)
hasPassed[i] += 1;
}
print_lvlART(scenario, columns + 5, 0);
printInfo(level, *lifes, *score, ratsEaten, objetivo);
eraseTrail(snake);
updateSnakeCoord(&snake);
printSnake(&snake);
checkColision(&snake, &isDead, rows, columns, map, rocks, rocksNum, hasPassed, score);
teleport(&snake, rows, columns);
if(*score < 0)
{
*score = 0; //Não há score negativo!
}
cont++; //conta o número de movimentos
if(cont % 10 == 0 && ratsEaten < objetivo) //a cada 10 movimentos gera um rato, se não for atingido o objetivo
{
makeRats(rows, columns, rats, ratNum, &snake, map, &ratsColor);
ratNum++;
if(ratNum == 4)
{
ratNum = 0;
}
}
eatRat(&snake, rats, &ratsEaten, score, level);
eatApple(&snake, &apple, score, &levelEnded);
if(ratsEaten >= objetivo && eatenAllRats == 0) //gera maçã se forem comidos todos os ratos necessários
{
eatenAllRats = 1;
makeApple(rows, columns, &apple, rats, ratNum, &snake, map);
}
if(isDead || snake.size == 1) //Se a cobra teve uma colisão fatal ou perdeu todo o corpo exceto a cabeça
{
Beep(700, 100);
isDead = 0;
(*lifes)--;
ratsEaten = 0; //Se morrer, deve comer todos os ratos de novo
if(*lifes > 0) //Se ainda há vidas, continua o jogo
{
system("cls");
print_lvlART(scenario, columns + 5, 0);
restartLevel(&snake, columns, rows, rats, speed, &actualSpeed, initialCoord, &eatenAllRats);
printMap(rows, columns, map, scenario.color);
printRocks(rows, columns, rocksNum, rocks, map);
printSnake(&snake);
printInfo(level, *lifes, *score, ratsEaten, objetivo);
getch(); //pausa o jogo
}
}
Sleep(speed); //controla a velocidade do jogo
if(speed > 100) //máxima velocidade do jogo
speed -= 1;
auxDirection = changeDirection(snake.direction); //lê nova direção to teclado
if(auxDirection == 'P')
{
getch(); //Pausa o jogo
}
else if(auxDirection == 'C')
{
cheatCode(&(*lifes), &levelEnded, &speed); //Lê cheat code
}
else snake.direction = auxDirection;
if(snake.direction == 'Q' || snake.direction == ESC) //Se o jogador aperta para sair, perde suas vidas para encerrar
{
*lifes = 0;
}
}
fadeOUT(rows, columns, GREY, 1); //Efeito de fade out na tela
system("cls");
}
MapWidget::MapWidget()
{
readMap(); //读取地图信息
zoom=50;
int width = map.width();
int height = map.height();
QGraphicsScene *scene = new QGraphicsScene(this);
scene->setSceneRect(-width/2,-height/2,width,height);
setScene(scene);
setCacheMode(CacheBackground);
//用于地图缩放的滑动条
QSlider *slider = new QSlider;
slider->setOrientation(Qt::Vertical);
slider->setRange(1,100);
slider->setTickInterval(10);
slider->setValue(50);
connect(slider,SIGNAL(valueChanged(int)),this,SLOT(slotZoom(int)));
QLabel *zoominLabel = new QLabel;
zoominLabel->setScaledContents(true);
zoominLabel->setPixmap(QPixmap("zoomin.png"));
QLabel *zoomoutLabel = new QLabel;
zoomoutLabel->setScaledContents(true);
zoomoutLabel->setPixmap(QPixmap("zoomout.png"));
//坐标值显示区
QLabel *label1 = new QLabel(tr("GraphicsView:"));
viewCoord = new QLabel;
QLabel *label2 = new QLabel(tr("GraphicsScene:"));
sceneCoord = new QLabel;
QLabel *label3 = new QLabel(tr("map:"));
mapCoord = new QLabel;
//坐标显示区布局
QGridLayout *gridLayout = new QGridLayout;
gridLayout->addWidget(label1,0,0);
gridLayout->addWidget(viewCoord,0,1);
gridLayout->addWidget(label2,1,0);
gridLayout->addWidget(sceneCoord,1,1);
gridLayout->addWidget(label3,2,0);
gridLayout->addWidget(mapCoord,2,1);
gridLayout->setSizeConstraint(QLayout::SetFixedSize);
QFrame *coordFrame = new QFrame;
coordFrame->setLayout(gridLayout);
//缩放控制子布局
QVBoxLayout *zoomLayout = new QVBoxLayout;
zoomLayout->addWidget(zoominLabel);
zoomLayout->addWidget(slider);
zoomLayout->addWidget(zoomoutLabel);
//坐标显示区域布局
QVBoxLayout *coordLayout = new QVBoxLayout;
coordLayout->addWidget(coordFrame);
coordLayout->addStretch();
//主布局
QHBoxLayout *mainLayout = new QHBoxLayout;
mainLayout->addLayout(zoomLayout);
mainLayout->addLayout(coordLayout);
mainLayout->addStretch();
mainLayout->setMargin(30);
mainLayout->setSpacing(10);
setLayout(mainLayout);
setWindowTitle("Map Widget");
setMinimumSize(600,400);
}
UserFull TelegramCache::readMe() const
{
const QMap<QString, QVariant> &map = readMap(p->path + "/me");
return UserFull::fromMap(map);
}
void DataReader::readOne(pn_data_t* data)
{
qpid::amqp::Descriptor descriptor(0);
bool described = pn_data_is_described(data);
if (described) {
pn_data_enter(data);
pn_data_next(data);
if (pn_data_type(data) == PN_ULONG) {
descriptor = qpid::amqp::Descriptor(pn_data_get_ulong(data));
} else if (pn_data_type(data) == PN_SYMBOL) {
descriptor = qpid::amqp::Descriptor(convert(pn_data_get_symbol(data)));
} else {
QPID_LOG(notice, "Ignoring descriptor of type " << pn_data_type(data));
}
pn_data_next(data);
}
switch (pn_data_type(data)) {
case PN_NULL:
reader.onNull(described ? &descriptor : 0);
break;
case PN_BOOL:
reader.onBoolean(pn_data_get_bool(data), described ? &descriptor : 0);
break;
case PN_UBYTE:
reader.onUByte(pn_data_get_ubyte(data), described ? &descriptor : 0);
break;
case PN_BYTE:
reader.onByte(pn_data_get_byte(data), described ? &descriptor : 0);
break;
case PN_USHORT:
reader.onUShort(pn_data_get_ushort(data), described ? &descriptor : 0);
break;
case PN_SHORT:
reader.onShort(pn_data_get_short(data), described ? &descriptor : 0);
break;
case PN_UINT:
reader.onUInt(pn_data_get_uint(data), described ? &descriptor : 0);
break;
case PN_INT:
reader.onInt(pn_data_get_int(data), described ? &descriptor : 0);
break;
case PN_CHAR:
pn_data_get_char(data);
break;
case PN_ULONG:
reader.onULong(pn_data_get_ulong(data), described ? &descriptor : 0);
break;
case PN_LONG:
reader.onLong(pn_data_get_long(data), described ? &descriptor : 0);
break;
case PN_TIMESTAMP:
reader.onTimestamp(pn_data_get_timestamp(data), described ? &descriptor : 0);
break;
case PN_FLOAT:
reader.onFloat(pn_data_get_float(data), described ? &descriptor : 0);
break;
case PN_DOUBLE:
reader.onDouble(pn_data_get_double(data), described ? &descriptor : 0);
break;
case PN_DECIMAL32:
pn_data_get_decimal32(data);
break;
case PN_DECIMAL64:
pn_data_get_decimal64(data);
break;
case PN_DECIMAL128:
pn_data_get_decimal128(data);
break;
case PN_UUID:
reader.onUuid(convert(pn_data_get_uuid(data)), described ? &descriptor : 0);
break;
case PN_BINARY:
reader.onBinary(convert(pn_data_get_binary(data)), described ? &descriptor : 0);
break;
case PN_STRING:
reader.onString(convert(pn_data_get_string(data)), described ? &descriptor : 0);
break;
case PN_SYMBOL:
reader.onSymbol(convert(pn_data_get_symbol(data)), described ? &descriptor : 0);
break;
case PN_DESCRIBED:
break;
case PN_ARRAY:
readArray(data, described ? &descriptor : 0);
break;
case PN_LIST:
readList(data, described ? &descriptor : 0);
break;
case PN_MAP:
readMap(data, described ? &descriptor : 0);
break;
}
if (described) pn_data_exit(data);
}
MessagesMessages TelegramCache::readMessages(const Peer &peer, int offset, int limit) const
{
MessagesMessages result(MessagesMessages::typeMessagesMessages);
const QString folderPath = getMessageFolder(peer);
QStringList files = QDir(folderPath).entryList(QDir::Files);
qStableSort(files.begin(), files.end(), fileListDeSort);
files = files.mid(offset, limit);
QHash<QByteArray, Chat> chats;
QHash<QByteArray, User> users;
QList<Message> messages;
Q_FOREACH(const QString &f, files)
{
const QString path = folderPath + "/" + f;
const QMap<QString, QVariant> &map = readMap(path);
if(map.isEmpty())
continue;
const Message &msg = Message::fromMap(map);
const Peer &toPeer = msg.toId();
const QByteArray &toKey = TelegramTools::identifier(toPeer);
switch(static_cast<int>(toPeer.classType()))
{
case Peer::typePeerChannel:
case Peer::typePeerChat:
if(!chats.contains(toKey))
chats[toKey] = readChat(toPeer);
break;
case Peer::typePeerUser:
if(!users.contains(toKey))
users[toKey] = readUser(toPeer);
break;
}
if(msg.fromId())
{
Peer fromPeer(Peer::typePeerUser);
fromPeer.setUserId(msg.fromId());
const QByteArray &fromKey = TelegramTools::identifier(fromPeer);
switch(static_cast<int>(fromPeer.classType()))
{
case Peer::typePeerChannel:
case Peer::typePeerChat:
if(!chats.contains(fromKey))
chats[fromKey] = readChat(fromPeer);
break;
case Peer::typePeerUser:
if(!users.contains(fromKey))
users[fromKey] = readUser(fromPeer);
break;
}
}
messages << msg;
}
result.setMessages(messages);
result.setChats(chats.values());
result.setUsers(users.values());
result.setCount(messages.count());
return result;
}
void setUpBoard(Unit *u[NUM]) {
Unit t;
readMap();
bool gotNames = false;
int i;
int pnum;
int minr, maxr, minc, maxc;
for (i = 0; i < NUM; ++i)u[i] = 0;
if (!AUTOTOURNEY) {
for (i = 0; i < numplayers; ++i) {
tryagain:
cout << "tla" << i << ": ";
cin >> tla[i];
if (tla[i] == "?") {
printTlaList();
goto tryagain;
}
if (!checksOut(tla[i])) {
cout << "That tla is not in the list.\n";
cout << "type '?' to see a full list.\n";
goto tryagain;
}
}
}
// make all the crowns
for (i = 0; i < numplayers; ++i) {
pnum = i % numplayers;
minr = startBox[pnum].minr;
maxr = startBox[pnum].maxr;
minc = startBox[pnum].minc;
maxc = startBox[pnum].maxc;
u[i] = newUnit(tla[pnum], crown);
t = *u[i];
u[i]->Place(minr, maxr, minc, maxc, makeSitRep(u, i));
checkPlacement(u[i], t, minr, maxr, minc, maxc);
updateB(u[i]);
}
// make all the knights
for (; i < (numplayers + NUMKNIGHTS); ++i) {
pnum = i % numplayers;
pnum = i % numplayers;
minr = startBox[pnum].minr;
maxr = startBox[pnum].maxr;
minc = startBox[pnum].minc;
maxc = startBox[pnum].maxc;
u[i] = newUnit(tla[pnum], knight);
t = *u[i];
u[i]->Place(minr, maxr, minc, maxc, makeSitRep(u, i));
checkPlacement(u[i], t, minr, maxr, minc, maxc);
updateB(u[i]);
}
// make all the archers
for (; i < (numplayers + NUMKNIGHTS + NUMARCHERS); ++i) {
pnum = i % numplayers;
minr = startBox[pnum].minr;
maxr = startBox[pnum].maxr;
minc = startBox[pnum].minc;
maxc = startBox[pnum].maxc;
u[i] = newUnit(tla[pnum], archer);
t = *u[i];
u[i]->Place(minr, maxr, minc, maxc, makeSitRep(u, i));
checkPlacement(u[i], t, minr, maxr, minc, maxc);
updateB(u[i]);
}
// make all the infantry
for (; i < NUM; ++i) {
pnum = i % numplayers;
minr = startBox[pnum].minr;
maxr = startBox[pnum].maxr;
minc = startBox[pnum].minc;
maxc = startBox[pnum].maxc;
u[i] = newUnit(tla[pnum], infantry);
t = *u[i];
u[i]->Place(minr, maxr, minc, maxc, makeSitRep(u, i));
checkPlacement(u[i], t, minr, maxr, minc, maxc);
updateB(u[i]);
}
return;
}
bool XMLimport::importPackage( QIODevice * device, QString packName, int moduleFlag)
{
mPackageName = packName;
setDevice( device );
gotTrigger = false;
gotTimer = false;
gotAlias = false;
gotKey = false;
gotAction = false;
gotScript = false;
module = moduleFlag;
/*if (moduleFlag)
module=1;*/
qDebug()<<"module flag:"<<module<<" importing: "<<mPackageName;
if( ! packName.isEmpty() )
{
mpKey = new TKey( 0, mpHost );
if (module){
mpKey->mModuleMasterFolder=true;
mpKey->mModuleMember=true;
}
mpKey->setPackageName( mPackageName );
mpKey->setIsActive( true );
mpKey->setName( mPackageName );
mpKey->setIsFolder( true );
mpTrigger = new TTrigger( 0, mpHost );
if (module){
mpTrigger->mModuleMasterFolder=true;
mpTrigger->mModuleMember=true;
}
mpTrigger->setPackageName( mPackageName );
mpTrigger->setIsActive( true );
mpTrigger->setName( mPackageName );
mpTrigger->setIsFolder( true );
mpTimer = new TTimer( 0, mpHost );
if (module){
mpTimer->mModuleMasterFolder=true;
mpTimer->mModuleMember=true;
}
mpTimer->setPackageName( mPackageName );
mpTimer->setIsActive( true );
mpTimer->setName( mPackageName );
mpTimer->setIsFolder( true );
mpAlias = new TAlias( 0, mpHost );
if (module){
mpAlias->mModuleMasterFolder=true;
mpAlias->mModuleMember=true;
}
mpAlias->setPackageName( mPackageName );
mpAlias->setIsActive( true );
mpAlias->setName( mPackageName );
mpAlias->setIsFolder( true );
mpAction = new TAction( 0, mpHost );
if (module){
mpAction->mModuleMasterFolder=true;
mpAction->mModuleMember=true;
}
mpAction->setPackageName( mPackageName );
mpAction->setIsActive( true );
mpAction->setName( mPackageName );
mpAction->setIsFolder( true );
mpScript = new TScript( 0, mpHost );
if (module){
mpScript->mModuleMasterFolder=true;
mpScript->mModuleMember=true;
}
mpScript->setPackageName( mPackageName );
mpScript->setIsActive( true );
mpScript->setName( mPackageName );
mpScript->setIsFolder( true );
mpHost->getTriggerUnit()->registerTrigger( mpTrigger );
mpHost->getTimerUnit()->registerTimer( mpTimer );
mpHost->getAliasUnit()->registerAlias( mpAlias );
mpHost->getActionUnit()->registerAction( mpAction );
mpHost->getKeyUnit()->registerKey( mpKey );
mpHost->getScriptUnit()->registerScript( mpScript );
}
while( ! atEnd() )
{
readNext();
if( isStartElement() )
{
if( name() == "MudletPackage" )// && attributes().value("version") == "1.0")
{
readPackage();
}
else if( name() == "map" )
{
maxAreas = 0;
maxRooms = 0;
areaMap.clear();
readMap();
mpHost->mpMap->init(mpHost);
}
else
{
qDebug()<<"ERROR:name="<<name().toString()<<"text:"<<text().toString();
}
}
}
if( ! packName.isEmpty())
{
if( ! gotTrigger )
mpHost->getTriggerUnit()->unregisterTrigger( mpTrigger );
if( ! gotTimer )
mpHost->getTimerUnit()->unregisterTimer( mpTimer );
if( ! gotAlias )
mpHost->getAliasUnit()->unregisterAlias( mpAlias );
if( ! gotAction )
mpHost->getActionUnit()->unregisterAction( mpAction );
if( ! gotKey )
mpHost->getKeyUnit()->unregisterKey( mpKey );
if( ! gotScript )
mpHost->getScriptUnit()->unregisterScript( mpScript );
}
return ! error();
}
void readLevel(int map_array[][bricksPerRow], int profile_number)
{
readMap(map_array, profile_number, 1);
printf("Read Level from SD CARD \n");
// printIntArray(map_array);
}
void bservInitMaps()
{
WIN32_FIND_DATA fData;
wstring pattern(getPesInfo()->gdbDir);
pattern += L"GDB\\balls\\*";
HANDLE hff = FindFirstFile(pattern.c_str(), &fData);
if (hff != INVALID_HANDLE_VALUE)
{
while(true)
{
// check if this is a file
if ((fData.dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY) == 0
&& wcsicmp(fData.cFileName,L"map.txt")!=0)
{
ball_t ball;
ball._file = fData.cFileName;
if (ball._file.size() > 0x2f)
{
LOG1S1N(L"ERROR: Ball filename too long for {%s}: %d characters. Must be 0-47. Skipping.", ball._file.c_str(), ball._file.size());
}
else
{
_balls.insert(pair<wstring,ball_t>(
fData.cFileName, ball
));
}
}
// proceed to next file
if (!FindNextFile(hff, &fData)) break;
}
FindClose(hff);
}
// read home-ball map
hash_map<WORD,wstring> entries;
wstring mapFile(getPesInfo()->gdbDir);
mapFile += L"GDB\\balls\\map.txt";
if (readMap(mapFile.c_str(), entries))
{
for (hash_map<WORD,wstring>::iterator it = entries.begin();
it != entries.end();
it++)
{
wstring dir(it->second);
string_strip(dir);
string_strip_quotes(dir);
// find this ball in the normal map
ball_iter_t sit = _balls.find(dir);
if (sit != _balls.end())
_home_balls.insert(pair<WORD,ball_iter_t>(
it->first, sit));
else
LOG1S(L"ERROR in home-balls map: ball {%s} not found. Skipping.", dir.c_str());
}
}
LOG1N(L"total balls: %d", _balls.size());
LOG1N(L"home balls assigned: %d", _home_balls.size());
// reset the iterator
_ball_iter = _balls.end();
}
void InitMaps()
{
hash_map<wstring,WORD> slots;
// process boots map file
hash_map<DWORD,wstring> mapFile;
wstring mpath(getPesInfo()->gdbDir);
mpath += L"GDB\\boots\\map.txt";
if (!readMap(mpath.c_str(), mapFile))
{
LOG1S(L"Couldn't open boots map for reading: {%s}",mpath.c_str());
}
else
{
int slot = 0;
for (hash_map<DWORD,wstring>::iterator it = mapFile.begin(); it != mapFile.end(); it++)
{
wstring boot(it->second);
string_strip(boot);
if (!boot.empty())
string_strip_quotes(boot);
if (!boot.empty())
{
// check that the file exists, so that we don't crash
// later, when it's attempted to replace a boot.
wstring filename(getPesInfo()->gdbDir);
filename += L"GDB\\boots\\" + boot;
HANDLE handle;
DWORD size;
if (OpenFileIfExists(filename.c_str(), handle, size))
{
CloseHandle(handle);
if (slot >= MAX_BOOTS)
{
LOG2N(L"ERROR in bootserver map: Too many boots: %d (MAX supported = %d). Aborting map processing", slot, MAX_BOOTS);
break;
}
hash_map<wstring,WORD>::iterator wit = slots.find(boot);
if (wit != slots.end())
{
// boot already has an assigned slot
_boot_slots.insert(pair<DWORD,WORD>(
it->first, wit->second));
}
else
{
_boot_slots.insert(pair<DWORD,WORD>(
it->first, FIRST_EXTRA_BOOT_SLOT + slot));
slots.insert(pair<wstring,WORD>(
boot, FIRST_EXTRA_BOOT_SLOT + slot));
slot++;
}
}
else
LOG1N1S(L"ERROR in bootserver map for ID = %d: FAILED to open boot BIN \"%s\". Skipping", it->first, boot.c_str());
}
}
}
if (_bootserv_config._random_boots)
{
// enumerate all boots and add them to the slots list
wstring dir(getPesInfo()->gdbDir);
dir += L"GDB\\boots\\";
// normalize the path
wchar_t fullpath[MAX_PATH];
GetFullPathName(dir.c_str(), MAX_PATH, fullpath, 0);
dir = fullpath;
int count;
LOG(L"Enumerating all boots in GDB...");
EnumerateBoots(dir, count);
_num_random_boots = count;
LOG1N(L"_num_random_boots = %d", _num_random_boots);
}
// initialize fast bin lookup table
for (hash_map<wstring,WORD>::iterator sit = slots.begin();
sit != slots.end();
sit++)
{
_fast_bin_table[sit->second - FIRST_EXTRA_BOOT_SLOT] =
new wstring(sit->first);
if (k_bootserv.debug)
LOG1N1S(L"slot %d <-- boot {%s}", sit->second, sit->first.c_str());
}
LOG1N(L"Total assigned GDB boots: %d", slots.size());
LOG1N(L"Total random GDB boots: %d", _num_random_boots);
if (slots.size() > 0)
_num_slots = FIRST_EXTRA_BOOT_SLOT + slots.size();
if (_num_random_boots > 0)
_num_slots = FIRST_RANDOM_BOOT_SLOT + _num_random_boots;
LOG1N(L"_num_slots = %d", _num_slots);
}
