Class: Net_Server_Multiprocess

void broadcastData( string $data, [array $exclude = array()])

send data to all clients

Parameters:

void closeConnection( [int $i = 0])

close connection to a client

Parameters:

array getClientInfo( int $i)

get current information about a client

Parameters:

int getClients( )

get current amount of clients

boolean isConnected( $i, integer $id)

check, whether a client is still connected

Parameters:

void raiseError( $msg)

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void sendData( int $clientId, string $data, [boolean $debugData = true])

send data to a client

Parameters:

void setConsole( string $classname)

set the console class for this server

Parameters:

void setMaxClients( int $maxClients)

set maximum amount of simultaneous connections that's to say the maximum number of listener processes that this server can handle

Parameters:

void setMaxIdle( int $secs)

set the maximun time a process can be sleeping (without serving any request) before MPM kill it NOT USED AT THIS MOMENT

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void setMPM( string $mpm)

set the MPM layout for this server (only preforkg avaible for now)

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void setStartPool( int $dim)

set the initial number of listener processes

Parameters:

void shutDown( )

Shutdown server

---------------------------- ATTENTION ------------------------------------- On multiprocess layouts stopping the server ==> stopping all processes that are listening on server port; we generally can't do this operation from the same server instance, because it only knows of the existence of processes that it forked at start(). This start pool is equivalent to running pool in every moment only if we're running the MPM-static. With more complex MPM like the pre-forking one the process responsible for forking new listeners at run-time is MPM, so we must make a call to it in order to stop all forked processes. Of course if we have a running MPM and a running console, stopping the server requires stopping them too.

void start( )

start the server