public function onAcceptEvent($bindSocket, $events, $arg)
{
$bindSocketId = $arg[0];
Debug::netEvent(get_class($this) . '::' . __METHOD__ . '(' . $bindSocketId . ') invoked.');
// add to accept next event
// why not use EV_PERSIST
event_add($this->bindSocketEvPool[$bindSocketId]);
$connSocket = stream_socket_accept($this->bindSocketPool[$bindSocketId]);
if (!$connSocket) {
Debug::netErrorEvent(get_class($this) . ': can not accept new TCP-socket');
return;
}
stream_set_blocking($connSocket, 0);
list($ip, $port) = explode(':', stream_socket_get_name($connSocket, true));
$connId = daemon::getNextConnId();
$evBuf = event_buffer_new($connSocket, array($this, 'onEvBufReadEvent'), array($this, 'onEvBufWriteEvent'), array($this, 'onEventEvent'), array($connId));
event_buffer_base_set($evBuf, daemon::$eventBase);
event_buffer_priority_set($evBuf, 10);
event_buffer_watermark_set($evBuf, EV_READ, $this->evBufLowMark, $this->evBufHighMark);
if (!event_buffer_enable($evBuf, EV_READ | EV_WRITE | EV_PERSIST)) {
Debug::netErrorEvent(get_class($this) . '::' . __METHOD__ . ': can not set base of buffer. #' . $connId);
//close socket
stream_socket_shutdown($connSocket, STREAM_SHUT_RDWR);
fclose($connSocket);
return;
}
// 调试这里时，浪费了很多时间，必须注意的是，以上 event 所用的变量如果在函数中，如果没有交给其他的变量引用，在函数结束时就会销毁，
// 造成连接直接断或者bufferevent 不能触发。晕啊晕。
$this->connSocketPool[$connId] = $connSocket;
$this->connEvBufPool[$connId] = $evBuf;
$this->updateLastContact($connId);
$this->onAccepted($connId, $ip, $port);
}
public function onConnectedEvent($connSocket, $events, $arg)
{
$connId = $arg[0];
Debug::netEvent(get_class($this) . '::' . __METHOD__ . '(' . $connId . ') invoked. ');
//处理两种状态，一种是直接连接成功，一种是异步通知
if (isset($this->checkConnEvPool[$connId])) {
// 异步通知
// 因为 注册 EV_WRITE 事件是非持久模式的，所以这里不用 delete, 只需要 unset pool 即可
unset($this->checkConnSocketPool[$connId]);
unset($this->checkConnEvPool[$connId]);
}
$evBuf = event_buffer_new($connSocket, array($this, 'onEvBufReadEvent'), array($this, 'onEvBufWriteEvent'), array($this, 'onEventEvent'), array($connId));
event_buffer_base_set($evBuf, daemon::$eventBase);
event_buffer_priority_set($evBuf, 10);
event_buffer_watermark_set($evBuf, EV_READ, $this->evBufLowMark, $this->evBufHighMark);
if (!event_buffer_enable($evBuf, EV_READ | EV_WRITE | EV_PERSIST)) {
Debug::netErrorEvent(get_class($this) . '::' . __METHOD__ . ': can not set base of buffer. #' . $connId);
// socket_close($connSocket);
fclose($connSocket);
return;
}
// 调试这里时，浪费了很多时间，必须注意的是，以上 event 所用的变量如果在函数中，如果没有交给其他的变量引用，在函数结束时就会销毁，
// 造成连接直接断或者bufferevent 不能触发。晕啊晕。
$this->connSocketPool[$connId] = $connSocket;
$this->connEvBufPool[$connId] = $evBuf;
list($ip, $port) = explode(':', stream_socket_get_name($connSocket, true));
$this->updateLastContact($connId);
$this->onConnected($connId, $ip, $port);
}
/**
* Initialize a new stream listener
*/
public function __construct($stream)
{
$this->stream = $stream;
stream_set_blocking($this->stream, 0);
$this->event = event_buffer_new($this->stream, array($this, '_read'), array($this, '_write'), array($this, '_error'));
Loop::attachBuffer($this);
event_buffer_timeout_set($this->event, 2, 5);
event_buffer_watermark_set($this->event, EV_READ, 0, 0xffffff);
event_buffer_priority_set($this->event, 10);
event_buffer_enable($this->event, EV_READ | EV_PERSIST);
}
private function accept($socket, $flag, $base)
{
$connection = @stream_socket_accept($socket, 0);
$connectionId = $this->getIdByConnection($connection);
stream_set_blocking($connection, 0);
$buffer = event_buffer_new($connection, array($this, 'onRead'), array($this, 'onWrite'), array($this, 'onError'), $connectionId);
event_buffer_base_set($buffer, $this->base);
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_priority_set($buffer, 10);
event_buffer_enable($buffer, EV_READ | EV_WRITE | EV_PERSIST);
$this->clients[$connectionId] = $connection;
$this->buffers[$connectionId] = $buffer;
$this->_onOpen($connectionId);
}
protected function addClient($socket, $flag, $base)
{
$connection = stream_socket_accept($socket);
stream_set_blocking($connection, 0);
$id = md5(time() . rand() . $flag);
$client = new $this->client_type($this, $id, $connection);
$buffer = event_buffer_new($connection, [$this, 'read'], NULL, [$this, 'error'], $client);
event_buffer_base_set($buffer, $base);
event_buffer_timeout_set($buffer, self::CONNECTION_TIMEOUT, self::CONNECTION_TIMEOUT);
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_priority_set($buffer, self::EVENT_PRIORITY);
event_buffer_enable($buffer, EV_READ | EV_PERSIST);
$client->setBuffer($buffer);
}
public function accept($socket, $flag, $base)
{
Logger::getInstance()->outDebug("Try to accept new connection.");
$this->id++;
$connection = stream_socket_accept($socket);
stream_set_blocking($connection, 0);
$buffer = event_buffer_new($connection, array($this, 'onRead'), NULL, array($this, 'onError'), $this->id);
event_buffer_base_set($buffer, $this->base);
event_buffer_timeout_set($buffer, 180, 180);
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_priority_set($buffer, 10);
event_buffer_enable($buffer, EV_READ | EV_PERSIST);
$this->connections[$this->id] = $connection;
$this->buffers[$this->id] = $buffer;
}
function ev_accept($socket, $flag, $base)
{
static $id = 0;
$connection = stream_socket_accept($socket);
stream_set_blocking($connection, 0);
$id += 1;
$buffer = event_buffer_new($connection, 'ev_read', NULL, 'ev_error', $id);
event_buffer_base_set($buffer, $base);
event_buffer_timeout_set($buffer, 30, 30);
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_priority_set($buffer, 10);
event_buffer_enable($buffer, EV_READ | EV_PERSIST);
// we need to save both buffer and connection outside
$GLOBALS['connections'][$id] = $connection;
$GLOBALS['buffers'][$id] = $buffer;
}
function ev_accept($socket, $flag, $base)
{
static $id = 0;
$connection = stream_socket_accept($socket);
stream_set_blocking($connection, 0);
$id++;
// increase on each accept
$buffer = event_buffer_new($connection, array(__CLASS__, 'ev_read'), array(__CLASS__, 'ev_write'), array(__CLASS__, 'ev_error'), $id);
event_buffer_base_set($buffer, $base);
event_buffer_timeout_set($buffer, 30, 30);
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_priority_set($buffer, 10);
event_buffer_enable($buffer, EV_READ | EV_PERSIST);
// we need to save both buffer and connection outside
self::$connections[$id] = $connection;
self::$buffers[$id] = $buffer;
}
public function ev_accept($socket, $flag, $base)
{
static $id = 0;
// stream_socket_accept — 接受由 stream_socket_server() 创建的套接字连接
$connection = stream_socket_accept($socket);
stream_set_blocking($connection, 0);
$id++;
// event_buffer_new — Create new buffered event
$buffer = event_buffer_new($connection, [__CLASS__, 'ev_read'], [__CLASS__, 'ev_write'], [__CLASS__, 'ev_error'], $id);
// event_buffer_base_set — Associate buffered event with an event base
event_buffer_base_set($buffer, $base);
// event_buffer_timeout_set — Set read and write timeouts for a buffered event
event_buffer_timeout_set($buffer, 30, 30);
// event_buffer_watermark_set — Set the watermarks for read and write events
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
// event_buffer_priority_set — Assign a priority to a buffered event
event_buffer_priority_set($buffer, 10);
// event_buffer_enable — Enable a buffered event
event_buffer_enable($buffer, EV_READ | EV_PERSIST);
self::$connections[$id] = $connection;
self::$buffers[$id] = $buffer;
}
public function enable()
{
$mode = EV_READ | EV_PERSIST;
if ($this->writeBuf === NULL) {
$mode |= EV_WRITE;
}
if (!event_buffer_enable($this->readBuf, $mode)) {
if ($this->fileMode) {
$this->noEvents = TRUE;
} else {
throw new Exception('enabling read buffer failed');
}
}
if ($this->writeBuf !== NULL) {
if (!event_buffer_enable($this->writeBuf, EV_WRITE | EV_PERSIST)) {
throw new Exception('enabling write buffer failed');
}
}
return $this;
}
public function onAcceptEvent($stream, $events, $arg)
{
$sockId = $arg[0];
if (Daemon::$settings['logevents']) {
Daemon::log('[WORKER ' . Daemon::$worker->pid . '] ' . get_class($this) . '::' . __METHOD__ . '(' . $sockId . ') invoked.');
}
if ($this->checkAccept()) {
Daemon::$worker->addEvent($this->socketEvents[$sockId]);
}
if (Daemon::$useSockets) {
$conn = @socket_accept($stream);
if (!$conn) {
return;
}
socket_set_nonblock($conn);
if (Daemon::$sockets[$sockId][1] === 2) {
$addr = '';
} else {
socket_getpeername($conn, $host, $port);
$addr = $host === '' ? '' : $host . ':' . $port;
}
} else {
$conn = @stream_socket_accept($stream, 0, $addr);
if (!$conn) {
return;
}
stream_set_blocking($conn, 0);
}
if (!$this->onAccept(Daemon::$worker->connCounter + 1, $addr)) {
Daemon::log('Connection is not allowed (' . $addr . ')');
if (Daemon::$useSockets) {
socket_close($conn);
} else {
fclose($conn);
}
return;
}
$connId = ++Daemon::$worker->connCounter;
Daemon::$worker->pool[$connId] = $conn;
Daemon::$worker->poolApp[$connId] = $this;
$this->poolQueue[$connId] = array();
$this->poolState[$connId] = array();
if ($this->directReads) {
$ev = event_new();
if (!event_set($ev, Daemon::$worker->pool[$connId], EV_READ | EV_PERSIST, array($this, 'onReadEvent'), $connId)) {
Daemon::log(get_class($this) . '::' . __METHOD__ . ': Couldn\'t set event on accepted socket #' . $connId);
return;
}
event_base_set($ev, Daemon::$worker->eventBase);
event_add($ev);
$this->readEvents[$connId] = $ev;
}
$buf = event_buffer_new(Daemon::$worker->pool[$connId], $this->directReads ? NULL : array($this, 'onReadEvent'), array($this, 'onWriteEvent'), array($this, 'onFailureEvent'), array($connId));
if (!event_buffer_base_set($buf, Daemon::$worker->eventBase)) {
throw new Exception('Couldn\'t set base of buffer.');
}
event_buffer_priority_set($buf, 10);
event_buffer_watermark_set($buf, EV_READ, $this->initialLowMark, $this->initialHighMark);
event_buffer_enable($buf, $this->directReads ? EV_WRITE | EV_PERSIST : EV_READ | EV_WRITE | EV_PERSIST);
$this->buf[$connId] = $buf;
$this->onAccepted($connId, $addr);
}
private function monitor($conn, $buffer)
{
event_buffer_set_callback($buffer, [$this, 'readcb'], null, [$this, 'errorcb'], $conn);
event_buffer_timeout_set($buffer, 1200, 1200);
event_buffer_watermark_set($buffer, EV_READ, 1, null);
event_buffer_enable($buffer, EV_READ | EV_PERSIST | EVLOOP_NONBLOCK);
unset($this->unauthorized[(int) $conn]);
$this->buffers[(int) $conn] = $buffer;
}
private function master($connection, $flag, $base)
{
$connectionId = $this->getIdByConnection($connection);
$buffer = event_buffer_new($connection, array($this, 'onRead'), array($this, 'onWrite'), array($this, 'onError'), $connectionId);
event_buffer_base_set($buffer, $this->base);
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_priority_set($buffer, 10);
event_buffer_enable($buffer, EV_READ | EV_WRITE | EV_PERSIST);
$this->buffers[$connectionId] = $buffer;
event_del($this->master_event);
event_free($this->master_event);
unset($this->master_event);
}
/**
* This method is called by an EventBase after the event has been added.
*
* @return void
*/
public function enable()
{
event_buffer_enable($this->resource, $this->operations);
}
public function ev_accept($socket, $flag, $argument)
{
$this->log("ev_accept(..., {$flag}, ...)");
$to = ini_get("default_socket_timeout");
$connection = stream_socket_accept($socket, $to, $peer);
stream_set_blocking($connection, 0);
$readCb = array($this, 'ev_read');
$writeCb = array($this, 'ev_write');
$errCb = array($this, 'ev_error');
$id = uniqid();
$buffer = event_buffer_new($connection, $readCb, $writeCb, $errCb, $id);
event_buffer_base_set($buffer, $this->base);
event_buffer_timeout_set($buffer, self::TIMEOUT_SECONDS, self::TIMEOUT_SECONDS);
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_priority_set($buffer, 10);
event_buffer_enable($buffer, EV_READ | EV_PERSIST);
$this->fire('connection', $connection);
$request = new ServerRequest($this->base);
$request->client_id = $id;
$request->server = $this;
$request->connection = $connection;
$request->ev_buffer = $buffer;
$request->peer = $peer;
$response = new ServerResponse($request);
$response->client_id = $id;
$response->server = $this;
$response->connection = $connection;
$response->ev_buffer = $buffer;
$this->clients[$id] = array('socket' => $connection, 'buffer' => $buffer, 'request' => $request, 'response' => $response, 'disconnect' => false);
}
/**
* Obsluga nowych polaczen
* @param resource (stream) $pSock socket wykorzystywany do komunikacji
* @param int $pFlag flaga okreslajaca zdarzenie
* {EV_TIMEOUT, EV_SIGNAL, EV_READ, EV_WRITE, EV_PERSIST}
* @param resource (event base) $pBase zdarzenie bazowe
* @return boolean czy obsluzono nowe polaczenie
*/
private function onConnection($pSock, $pFlag, $pBase)
{
// jesli za duzo polaczen, czekamy az beda jakies dostepne
if (count($this->connections) == $this->maxConnections) {
return false;
}
// unikalny identyfikator polaczenia
static $connection_id = 0;
$connection_id++;
$sock = stream_socket_accept($pSock);
stream_set_blocking($sock, 0);
$buffer = event_buffer_new($sock, [$this, 'onRead'], null, [$this, 'onError'], $connection_id);
event_buffer_base_set($buffer, $pBase);
if ($this->timeout > 0) {
event_buffer_timeout_set($buffer, $this->timeout, $this->timeout);
}
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_enable($buffer, EV_READ | EV_PERSIST);
$connection = new DaemonConnection($connection_id, $sock);
$connection->setEventBuffer($buffer);
$this->setConnection($connection);
$this->log("New connection (id = " . $connection_id . ")...");
return true;
}
$i++;
if ($i == 10) {
event_base_loopexit($arg[1]);
}
var_dump(fread($fd, 1000));
}
$base = event_base_new();
$event = event_new();
$fd = STDIN;
var_dump(event_set($event, $fd, EV_READ | EV_PERSIST, "foo", array($event, $base)));
var_dump(event_set($event, $fd, EV_READ | EV_PERSIST, "foo", array($event, $base)));
event_base_set($event, $base);
var_dump(event_add($event));
var_dump(event_base_loop($base));
exit;
/* poll STDIN using event_buffer API */
function foo2($buf, $arg)
{
static $i;
$i++;
if ($i == 10) {
event_base_loopexit($arg);
}
var_dump($buf);
var_dump(event_buffer_read($buf, 10));
}
$base = event_base_new();
$b = event_buffer_new(STDIN, "foo2", NULL, "foo2", $base);
event_buffer_base_set($b, $base);
event_buffer_enable($b, EV_READ);
event_base_loop($base);
public function read_request_header()
{
$header = event_buffer_read($this->offer_event, 4);
$length = current(unpack('N', $header));
if ($length > $this->max_message_length) {
error_log("Worker {$this->worker_pid} received request length {$length}, aborting");
exit(0);
}
event_buffer_watermark_set($this->offer_event, EV_READ, $length, $length);
event_buffer_set_callback($this->offer_event, array($this, 'read_request'), null, array($this, 'read_request_error'), $length);
event_buffer_enable($this->offer_event, EV_READ);
}
public function setFd($fd)
{
$this->fd = $fd;
if ($this->directInput || $this->directOutput) {
$ev = event_new();
$flags = 0;
if ($this->directInput) {
$flags |= EV_READ;
}
if ($this->directOutput) {
$flags |= EV_WRITE;
}
if ($this->timeout !== null) {
$flags |= EV_TIMEOUT;
}
event_set($ev, $this->fd, $flags | EV_PERSIST, array($this, 'onDirectEvent'));
event_base_set($ev, Daemon::$process->eventBase);
if ($this->priority !== null) {
event_priority_set($ev, $this->priority);
}
if ($this->timeout !== null) {
event_add($ev, 1000000.0 * $this->timeout);
} else {
event_add($ev);
}
$this->event = $ev;
}
if (!$this->directOutput || !$this->directOutput) {
$this->buffer = event_buffer_new($this->fd, $this->directInput ? null : array($this, 'onReadEvent'), $this->directOutput ? null : array($this, 'onWriteEvent'), array($this, 'onFailureEvent'));
event_buffer_base_set($this->buffer, Daemon::$process->eventBase);
if ($this->priority !== null) {
event_buffer_priority_set($this->buffer, $this->priority);
}
if ($this->timeout) {
event_buffer_timeout_set($this->buffer, $this->timeout, $this->timeout);
}
if (!$this->directInput) {
event_buffer_watermark_set($this->buffer, EV_READ, $this->lowMark, $this->highMark);
}
event_buffer_enable($this->buffer, $this->directInput ? EV_WRITE | EV_TIMEOUT | EV_PERSIST : EV_READ | EV_WRITE | EV_TIMEOUT | EV_PERSIST);
}
if (!$this->inited) {
$this->inited = true;
$this->init();
}
}
/**
* 添加事件
* @see BaseEvent::add()
*/
public function add($fd, $flag, $func, $args = null, $read_timeout = 1000, $write_timeout = 1000)
{
$event_key = (int) $fd;
$real_flag = EV_READ | EV_PERSIST;
switch ($flag) {
// 链接事件
case self::EV_ACCEPT:
break;
// 数据可读事件
// 数据可读事件
case self::EV_READ:
$this->eventBuffer[$event_key] = event_buffer_new($fd, array($this, 'bufferCallBack'), NULL, array($this, 'bufferCallBackErr'), array('args' => $args, 'func' => $func, 'fd' => $fd));
event_buffer_base_set($this->eventBuffer[$event_key], $this->eventBase);
event_buffer_timeout_set($this->eventBuffer[$event_key], ceil($read_timeout / 1000), ceil($write_timeout / 1000));
event_buffer_watermark_set($this->eventBuffer[$event_key], EV_READ, 0, 0xffffff);
// event_buffer_priority_set($this->eventBuffer[$event_key], 10);
event_buffer_enable($this->eventBuffer[$event_key], EV_READ | EV_PERSIST);
return true;
// 数据可写事件,这个事件目前没有用到
// 数据可写事件,这个事件目前没有用到
case self::EV_WRITE:
$real_flag = EV_WRITE | EV_PERSIST;
break;
// 信号监听事件
// 信号监听事件
case self::EV_SIGNAL:
$real_flag = EV_SIGNAL | EV_PERSIST;
// 创建一个用于监听的event
$this->eventSignal[$event_key] = event_new();
// 设置监听处理函数
if (!event_set($this->eventSignal[$event_key], $fd, $real_flag, $func, $args)) {
return false;
}
// 设置event base
if (!event_base_set($this->eventSignal[$event_key], $this->eventBase)) {
return false;
}
// 添加事件
if (!event_add($this->eventSignal[$event_key])) {
return false;
}
return true;
break;
// 监控文件描述符可读事件
// 监控文件描述符可读事件
case self::EV_NOINOTIFY:
$real_flag = EV_READ | EV_PERSIST;
break;
}
// 创建一个用于监听的event
$this->allEvents[$event_key][$flag] = event_new();
// 设置监听处理函数
if (!event_set($this->allEvents[$event_key][$flag], $fd, $real_flag, $func, $args)) {
return false;
}
// 设置event base
if (!event_base_set($this->allEvents[$event_key][$flag], $this->eventBase)) {
return false;
}
// 添加事件
if (!event_add($this->allEvents[$event_key][$flag])) {
return false;
}
return true;
}
protected function addConnectionBuffer($conn_num)
{
$buffer = event_buffer_new($this->connections[$conn_num], array($this, 'onEventRead'), array($this, 'onEventWrite'), array($this, 'onEventError'), array($conn_num));
event_buffer_base_set($buffer, $this->event_base);
event_buffer_timeout_set($buffer, $this->timeout, $this->timeout);
event_buffer_enable($buffer, EV_READ | EV_WRITE | EV_PERSIST);
self::log('Connection', $conn_num, 'buffer added');
$this->connection_buffers[$conn_num] = $buffer;
$this->connection_statuses[$conn_num] = self::STATE_READ;
}
/**
* Enables buffered event
*
* @see event_buffer_enable
*
* @throws EventException|\InvalidArgumentException
*
* @param int $events Any combination of EV_READ and EV_WRITE.
*
* @return EventBuffer
*/
public function enable($events = null)
{
if (null === $events) {
throw new \InvalidArgumentException('Events to enable must be specified for "%s".
Any combination of EV_READ and EV_WRITE (event_buffer_disable).');
}
if (!event_buffer_enable($this->resource, $events)) {
throw $this->exception('Could not enable buffered event (event_buffer_enable).');
}
return $this;
}
protected function InitSocket()
{
stream_set_blocking($this->Socket, 0);
stream_set_read_buffer($this->Socket, 4096);
stream_set_write_buffer($this->Socket, 4096);
$this->BufferEvent = event_buffer_new($this->Socket, array($this, 'evcb_doReceive'), array($this, 'evcb_WriteFin'), array($this, 'evcb_ClientBufferError'), $this->Socket);
if (!$this->BufferEvent) {
// echo "Buffer Event Error $this\n";
@stream_socket_shutdown($this->Socket, STREAM_SHUT_RDWR);
@fclose($this->Socket);
}
event_buffer_watermark_set($this->BufferEvent, EV_WRITE, 1, 1);
event_buffer_base_set($this->BufferEvent, $this->BaseEvent);
event_buffer_enable($this->BufferEvent, EV_READ | EV_WRITE);
$this->Server->IncCurrentConnected();
}
/**
* Handle new connection events. Add new clients to the list. The server will write a welcome message to each client
* Sets the following functions to handle I/O events
* 'ev_read()', 'ev_write()', 'ev_error()'
*
* @param $socket resource
* @param $flag int A flag indicating the event. Consists of the following flags: EV_TIMEOUT, EV_SIGNAL, EV_READ, EV_WRITE and EV_PERSIST.
* @param $base resource created by event_base_new()
*/
function ev_accept($socket, $flag, $base)
{
global $clients;
static $next_id = 0;
$connection = stream_socket_accept($socket);
stream_set_blocking($connection, 0);
$next_id++;
$buffer = event_buffer_new($connection, 'ev_read', 'ev_write', 'ev_error', $next_id);
event_buffer_base_set($buffer, $base);
event_buffer_timeout_set($buffer, GSMTP_TIMEOUT, GSMTP_TIMEOUT);
event_buffer_watermark_set($buffer, EV_READ, 0, 0xffffff);
event_buffer_priority_set($buffer, 10);
event_buffer_enable($buffer, EV_READ | EV_PERSIST);
$clients[$next_id]['socket'] = $connection;
// new socket
$clients[$next_id]['ev_buffer'] = $buffer;
// new socket
$clients[$next_id]['state'] = 0;
$clients[$next_id]['mail_from'] = '';
$clients[$next_id]['helo'] = '';
$clients[$next_id]['rcpt_to'] = '';
$clients[$next_id]['error_c'] = 0;
$clients[$next_id]['read_buffer'] = '';
$clients[$next_id]['read_buffer_ready'] = false;
// true if the buffer is ready to be fetched
$clients[$next_id]['response'] = '';
// response messages are placed here, before they go on the write buffer
$clients[$next_id]['time'] = time();
$address = stream_socket_get_name($clients[$next_id]['socket'], true);
$clients[$next_id]['address'] = $address;
process_smtp($next_id);
if (strlen($clients[$next_id]['response']) > 0) {
event_buffer_write($buffer, $clients[$next_id]['response']);
add_response($next_id, null);
}
}
