void ClientManage::readySend(const QByteArray &data, const quint32 &flag)
{
ClientSocket *socket = NULL;
for(auto now = m_sockets.begin(); now != m_sockets.end(); now++)
{
if(!now.value())
{
socket = (ClientSocket *)now.key();
}
}
if(!socket && (m_sockets.size() <= m_clientSettings.connectCount()))
{
for(int now = 0; now < m_clientSettings.connectTryMax(); now++)
{
socket = new ClientSocket(m_clientSettings.connectAddress(), m_clientSettings.connectPort(), m_socketSettings);
connect(socket, SIGNAL(accepted(Socket*,QByteArray)), this, SLOT(accepted(Socket*,QByteArray)), Qt::DirectConnection);
connect(socket, SIGNAL(disconnected(Socket*,SocketExitFlag,int)), this, SLOT(disconnected(Socket*)), Qt::DirectConnection);
if(socket->begin())
{
break;
}
delete socket;
socket = NULL;
}
}
if(!socket)
{
qDebug("ClientManage: No more available client");
if(flag)
{
emit finished(flag, QByteArray(), false);
}
}
else
{
socket->send(data);
m_sockets[socket] = flag;
}
}
int main(int argc, char* argv[])
{
ClientSocket client;
bool succ;
if(argc > 1)
succ = client.create(argv[1], 27016, NULL);
else
succ = client.create("127.0.0.1", 27016, NULL);
if(!succ)
printf("connent failed");
int i = 0;
while(true)
{
std::stringstream ss;
ss << client.get_id() << "|" << i++ ;
client.send(ss.str().c_str());
Sleep(100);
}
}
int ChatWindow::handleInput(SDL_Event &event, ClientSocket& sock) {
// Control del input de texto
int res = input_box.handleInput(event);
if(res == SInput::RES_CLOSE) {
this->hide();
}else if(res == SInput::RES_ENTER) {
BitStream bs;
bs << PROTO::CHAT << nick_local << nick_destino << input_box.getText();
sock.send(bs.str());
}
// Control del input del mouse
if(event.type == SDL_MOUSEBUTTONDOWN && event.button.button == SDL_BUTTON_LEFT) {
if( event.button.x < x + this->w &&
event.button.x > x + this->w - CLOSE_BUTTON_SIDE &&
event.button.y > y &&
event.button.y < y + CLOSE_BUTTON_SIDE)
{
res = SInput::RES_CLOSE;
this->hide();
}
}
return res;
}
void* clientThread (void* arg) {
ClientSocket* client = (ClientSocket*)arg;
client->setReceiveTimeout(5);
char buffer[(1024 * 4) + 1];
ssize_t size = client->receive(buffer, 1024 * 4);
buffer[size] = 0;
if (size > 0) {
HttpRequest* request = new HttpRequest(buffer, (size_t)size);
HttpResponse* response = new HttpResponse();
if ((request->uri != NULL) && (request->method != NULL)) {
std::string path = documentRoot;
path += request->uri;
struct stat fileInfo;
int statRes = stat(path.c_str(), &fileInfo);
if ((statRes == -1) || ((fileInfo.st_mode & S_IFMT) != S_IFREG)) {
response->status = "404";
response->reason = "Not found";
response->contentLength = 9;
response->headers.push_back("Content-Type: text/html");
std::string answer = response->compileHeader();
client->send(answer.c_str(), answer.length());
client->send("Not found", response->contentLength);
} else {
response->status = "200";
response->reason = "OK";
// Get content-type.
const char * contentType = mineMapping.parsePath(path.c_str());
if (contentType != NULL) {
std::string contentTypeHeader = "Content-Type: ";
contentTypeHeader += contentType;
response->headers.push_back(contentTypeHeader.c_str());
response->contentLength = fileInfo.st_size;
std::string answer = response->compileHeader();
client->send(answer.c_str(), answer.length());
client->sendFile(path.c_str(), fileInfo.st_size);
} else {
FcgiBridge* fcgi = new FcgiBridge(client, response);
fcgi->query(request->method, path.c_str(), request->queryString, request->headerDataBlock);
delete fcgi;
}
}
}
delete request;
delete response;
}
client->close();
delete client;
return NULL;
}
void FileTransferSocketThread::execute()
{
if(info.hostType == eServer)
{
ServerSocket serverSocket;
serverSocket.bind(this->info.serverPort);
serverSocket.listen(1);
Socket *clientSocket = serverSocket.accept();
char data[513]="";
memset(data, 0, 256);
clientSocket->receive(data,256, true);
if(*data == SEND_FILE)
{
FileInfo file;
memcpy(&file, data+1, sizeof(file));
*data=ACK;
clientSocket->send(data,256);
Checksum checksum;
checksum.addFile(file.fileName);
file.filecrc = checksum.getSum();
ifstream infile(file.fileName.c_str(), ios::in | ios::binary | ios::ate);
if(infile.is_open() == true)
{
file.filesize = infile.tellg();
infile.seekg (0, ios::beg);
memset(data, 0, 256);
*data=SEND_FILE;
memcpy(data+1,&file,sizeof(file));
clientSocket->send(data,256);
clientSocket->receive(data,256, true);
if(*data != ACK) {
//transfer error
}
int remain=file.filesize % 512 ;
int packs=(file.filesize-remain)/512;
while(packs--)
{
infile.read(data,512);
//if(!ReadFile(file,data,512,&read,NULL))
// ; //read error
//if(written!=pack)
// ; //read error
clientSocket->send(data,512);
clientSocket->receive(data,256, true);
if(*data!=ACK) {
//transfer error
}
}
infile.read(data,remain);
//if(!ReadFile(file,data,remain,&read,NULL))
// ; //read error
//if(written!=pack)
// ; //read error
clientSocket->send(data,remain);
clientSocket->receive(data,256, true);
if(*data!=ACK) {
//transfer error
}
infile.close();
}
}
delete clientSocket;
}
else
{
Ip ip(this->info.serverIP);
ClientSocket clientSocket;
clientSocket.connect(this->info.serverIP, this->info.serverPort);
if(clientSocket.isConnected() == true)
{
FileInfo file;
file.fileName = this->info.fileName;
//file.filesize =
//file.filecrc = this->info.
string path = extractDirectoryPathFromFile(file.fileName);
createDirectoryPaths(path);
ofstream outFile(file.fileName.c_str(), ios_base::binary | ios_base::out);
if(outFile.is_open() == true)
{
char data[513]="";
memset(data, 0, 256);
*data=SEND_FILE;
memcpy(data+1,&file,sizeof(file));
clientSocket.send(data,256);
clientSocket.receive(data,256, true);
if(*data!=ACK) {
//transfer error
}
clientSocket.receive(data,256,true);
if(*data == SEND_FILE)
{
memcpy(&file, data+1, sizeof(file));
*data=ACK;
clientSocket.send(data,256);
int remain = file.filesize % 512 ;
int packs = (file.filesize-remain) / 512;
while(packs--)
{
clientSocket.receive(data,512,true);
outFile.write(data, 512);
if(outFile.bad())
{
//int ii = 0;
}
//if(!WriteFile(file,data,512,&written,NULL))
// ; //write error
//if(written != pack)
// ; //write error
*data=ACK;
clientSocket.send(data,256);
}
clientSocket.receive(data,remain,true);
outFile.write(data, remain);
if(outFile.bad())
{
//int ii = 0;
}
//if(!WriteFile(file,data,remain,&written,NULL))
// ; //write error
//if(written!=pack)
// ; //write error
*data=ACK;
clientSocket.send(data,256);
Checksum checksum;
checksum.addFile(file.fileName);
uint32 crc = checksum.getSum();
if(file.filecrc != crc)
{
//int ii = 0;
}
//if(calc_crc(file)!=info.crc)
// ; //transfeer error
}
outFile.close();
}
}
}
}
void Tile::blit(SDL_Surface* pantalla, Camara& cam, Personaje* personaje, Mapa* mapa){
Tile* tilePersonaje = mapa->getTilePorPixeles(personaje->getX(), personaje->getY());
int deltaX = personaje -> getXAnclajeNiebla() - x;
int deltaY = personaje -> getYAnclajeNiebla() - y;
if((abs(deltaX) <= personaje->getRadioX()) && (abs(deltaY) <= personaje->getRadioY())){
//dibujo en colores normales
for(auto it = entidades.begin(); it != entidades.end(); ++it) {
if ( (!(*it)-> isInTile(this->x , this -> y)) && (!(*it)->isCompartido())){
// es un ancla
deltaX = personaje -> getXAnclajeNiebla() - (*it)->getX();
deltaY = personaje -> getYAnclajeNiebla() - (*it)->getY();
if((abs(deltaX) <= personaje->getRadioX()) && (abs(deltaY) <= personaje->getRadioY())){
(*it)->setColor(true,x,y, mapa, (personaje -> getXAnclajeNiebla()), (personaje -> getYAnclajeNiebla()), personaje);
(*it)->blit(pantalla, &cam, NULL,x, y,true);
(*it)->setDibujada(true, mapa,personaje);
}
}else{
(*it)->setColor(true,x,y, mapa, (personaje -> getXAnclajeNiebla()), (personaje -> getYAnclajeNiebla()), personaje);
(*it)->blit(pantalla, &cam, NULL,x, y,true);
(*it)->setDibujada(true, mapa,personaje);
}
}
bool agregoTile = personaje->agregarTilesExplorados(this);
if(agregoTile){
BitStream bs;
bs << PROTO::NIEBLA_SYNC << this->u << this->v;
sock.send(bs.str());
}
personaje->agregarTilesExplorados(this);
}else{
std::vector<Tile*> tilesExplorados = personaje->getTilesExplorados();
if(std::find(tilesExplorados.begin(), tilesExplorados.end(), this) != tilesExplorados.end()){
//lo bliteo en gris
for(auto it = entidades.begin(); it != entidades.end(); ++it) {
if((*it)->noDibujaFueraDelRadio()) continue;
if((!((*it)->getDibujada())) || ((*it)->get_nombre() == "tierraDefault")){
(*it)->setColor(true,x,y, mapa, (personaje -> getXAnclajeNiebla()), (personaje -> getYAnclajeNiebla()), personaje);
(*it)->blit(pantalla, &cam, NULL,x, y,false);
(*it)->setDibujada(true, mapa,personaje);
}else{
(*it)->blit(pantalla, &cam, NULL,x, y,false);
}
}
}
}
//bliteo el personaje por si el ancla no estaba en el radio (PASA SI RADIO ES 1)pero el personaje se blitea arriba de las cosas
//Tile* tileAnclaPersonaje = personaje->getTileAncla();
//for(auto it = tileAnclaPersonaje->entidades.begin(); it != tileAnclaPersonaje->entidades.end(); ++it){
// if((*it) == personaje){
// (*it)->blit(pantalla, &cam, NULL, x, y);
// }
//}
//asi estaba antes
//for(auto it = entidades.begin(); it != entidades.end(); ++it) {
// (*it)->blit(pantalla, &cam, NULL,x, y);
//}
}