Inheritance diagram for Client:

Collaboration diagram for Client:

Public Member Functions
	Client (Listener &listener, const Common::JString &applicationID, const Common::JString &appVersion, nByte connectionProtocol=Photon::ConnectionProtocol::DEFAULT)

virtual	~Client (void)

virtual bool	connect (const AuthenticationValues &authenticationValues=AuthenticationValues(), const Common::JString &nameServerAddress=M_NAMESERVER)

virtual void	disconnect (void)

virtual void	service (bool dispatchIncomingCommands=true)

virtual void	serviceBasic (void)

virtual bool	sendOutgoingCommands (void)

virtual bool	sendAcksOnly (void)

virtual bool	dispatchIncomingCommands (void)

virtual void	fetchServerTimestamp (void)

virtual void	resetTrafficStats (void)

virtual void	resetTrafficStatsMaximumCounters (void)

virtual Common::JString	vitalStatsToString (bool all) const

virtual bool	opSubscribe (const Common::JVector< Common::JString > &channels, int messagesFromHistory=0)

virtual bool	opUnsubscribe (const Common::JVector< Common::JString > &channels)

template<typename Ftype >
bool	opPublishMessage (const Common::JString &channelName, const Ftype &message)

template<typename Ftype >
bool	opPublishMessage (const Common::JString &channelName, const Ftype pMessageArray, typename Common::Helpers::ArrayLengthType< Ftype >::type arrSize)

template<typename Ftype >
bool	opPublishMessage (const Common::JString &channelName, const Ftype pMessageArray, const short *pArrSizes)

template<typename Ftype >
bool	opSendPrivateMessage (const Common::JString &userName, const Ftype &message, bool encrypt=false)

template<typename Ftype >
bool	opSendPrivateMessage (const Common::JString &userName, const Ftype pMessageArray, typename Common::Helpers::ArrayLengthType< Ftype >::type arrSize, bool encrypt=false)

template<typename Ftype >
bool	opSendPrivateMessage (const Common::JString &userName, const Ftype pMessageArray, const short *pArrSizes, bool encrypt=false)

virtual bool	opSetOnlineStatus (int status)

template<typename Ftype >
bool	opSetOnlineStatus (int status, const Ftype &message)

template<typename Ftype >
bool	opSetOnlineStatus (int status, const Ftype pMessageArray, typename Common::Helpers::ArrayLengthType< Ftype >::type arrSize)

template<typename Ftype >
bool	opSetOnlineStatus (int status, const Ftype pMessageArray, const short *pArrSizes)

virtual bool	opAddFriends (const Common::JVector< Common::JString > &userIDs)

virtual bool	opRemoveFriends (const Common::JVector< Common::JString > &userIDs)

int	getServerTimeOffset (void) const

int	getServerTime (void) const

int	getBytesOut (void) const

int	getBytesIn (void) const

int	getByteCountCurrentDispatch (void) const

int	getByteCountLastOperation (void) const

int	getSentCountAllowance (void) const

void	setSentCountAllowance (int sentCountAllowance)

int	getTimePingInterval (void) const

void	setTimePingInterval (int timePingInterval)

int	getRoundTripTime (void) const

int	getRoundTripTimeVariance (void) const

int	getTimestampOfLastSocketReceive (void) const

int	getDebugOutputLevel (void) const

bool	setDebugOutputLevel (int debugLevel)

const Common::LogFormatOptions &	getLogFormatOptions (void) const

void	setLogFormatOptions (const Common::LogFormatOptions &formatOptions)

int	getIncomingReliableCommandsCount (void) const

short	getPeerID (void) const

int	getDisconnectTimeout (void) const

void	setDisconnectTimeout (int disconnectTimeout)

int	getQueuedIncomingCommands (void) const

int	getQueuedOutgoingCommands (void) const

bool	getIsPayloadEncryptionAvailable (void) const

int	getResentReliableCommands (void) const

int	getLimitOfUnreliableCommands (void) const

void	setLimitOfUnreliableCommands (int value)

bool	getCRCEnabled (void) const

void	setCRCEnabled (bool crcEnabled)

int	getPacketLossByCRC (void) const

bool	getTrafficStatsEnabled (void) const

void	setTrafficStatsEnabled (bool trafficStatsEnabled)

int	getTrafficStatsElapsedMs (void) const

const Photon::TrafficStats &	getTrafficStatsIncoming (void) const

const Photon::TrafficStats &	getTrafficStatsOutgoing (void) const

const Photon::TrafficStatsGameLevel &	getTrafficStatsGameLevel (void) const

nByte	getQuickResendAttempts (void) const

void	setQuickResendAttempts (nByte quickResendAttempts)

nByte	getChannelCountUserChannels (void) const

const Common::JString &	getUserID (void) const

int	getState (void) const

int	getDisconnectedCause (void) const

const Common::JString &	getRegion (void) const

void	setRegion (const Common::JString &region)

const Common::JVector< Channel * > &	getPublicChannels (void) const

const Common::JVector< Channel * > &	getPrivateChannels (void) const

const Channel *	getPublicChannel (const Common::JString &channelName) const

const Channel *	getPrivateChannel (const Common::JString &userName) const

Static Public Member Functions
static short	getPeerCount (void)

Detailed Description

Central class of the Photon Chat API to connect, handle channels and messages.

This class must be instantiated with a Chat::Listener instance to get the callbacks and with application id that is setup as Photon Chat application. Integrate it into your game loop by calling service() regularly. Call connect() with an Name Server address. Note: Connect covers multiple messages between this client and the servers. A short workflow will connect you to a Chat server. Each Chat::Client resembles a user in chat. Before you send messages in any public channel, that channel must be subscribed. Private channels represent private chats and created automatically on private message sent or received. getPublicChannels() returns list of subscribed channels, containing messages and senders. getPrivateChannels() contains all incoming and sent private messages.

Constructor & Destructor Documentation

§ Client()

Client	(	Listener &	listener,
		const Common::JString &	applicationID,
		const Common::JString &	appVersion,
		nByte	connectionProtocol = `Photon::ConnectionProtocol::DEFAULT`
	)

Constructor.

Parameters

listener	pointer to the application's implementation of the Chat:Listener callback interface.
applicationID	Photon Chat application id
appVersion	Photon Chat application version
connectionProtocol	connection protocol

§ ~Client()

~Client ( void )

virtual

Destructor.

Member Function Documentation

§ connect()

bool connect	(	const AuthenticationValues &	authenticationValues = `AuthenticationValues()`,
		const Common::JString &	nameServerAddress = `M_NAMESERVER`
	)

virtual

Initiates a connection to the Photon name server. After a successful connection the client automatically connects to a chat front end server and goes to ConnectedToFrontEnd state. After that the client can subscribe to channels and send and receive messages.

Parameters

authenticationValues	a user's authentication values used during connect for Custom Authentication with Photon.
nameServerAddress	used to specify a name server address different from the public Photon Cloud name server

§ disconnect()

void disconnect ( void )

virtual

Disconnects from servers.

§ service()

void service ( bool dispatchIncomingCommands = true )

virtual

This function executes the PhotonPeer internal processes. Call this regularly!

This function is meant to be called frequently, like once per game loop. It handles the internal calls for keeping the PhotonPeer communication alive, and will take care of sending all local outgoing acknowledgements and messages, as well as dispatching incoming messages to the application and firing the corresponding callbacks. Internally service() calls the following functions:

serviceBasic()
dispatchIncomingCommands() (called withing a loop until all incoming commands have been dispatched.)
sendOutgoingCommands() (called withing a loop until everything queued for sending has been sent.)

service() is provided for convenience. If you need to tweak the performance, you can ignore service() and call its three subfunctions directly with individual time intervals, to gain more control over the internal communication process. For instance, calling sendOutgoingCommands() more rarely will result in less packets to be generated, as more commands will be accumulated into a single packet. See sendOutgoingCommands() for more information on efficiency.

For situations where you want to keep the connection alive, but can't process incoming messages (e.g. when loading a level), you can temporarily pass false for dispatchIncomingCommands to skip the calls to dispatchIncomingCommands(). Incoming commands will be stored in the incoming queue until they are dispatched again.

Parameters

dispatchIncomingCommands true = dispatchIncomingCommands() will be called; false = dispatchIncomingCommands() won't be called, default is true

§ serviceBasic()

void serviceBasic ( void )

virtual

This function takes care of exchanging data with the system's network layer.

You only need to call this function in case you choose not to use service(), but call the subfunctions of service() directly. Please see the documentation of service() for more information.

serviceBasic() is called from within service(). If you decide not to use service(), then serviceBasic() needs to be called frequently, like once per game loop.

See also: service()

§ sendOutgoingCommands()

bool sendOutgoingCommands ( void )

virtual

This function initiates the transmission of outgoing commands.

Any Photon function that generates messages will store these messages as a "command" in an outgoing queue for later transmission. Commands can either be explicitly created operations generated for example by opCustom() or internally generated messages like acknowledgements for reliable messages from other players. sendOutgoingCommands() will initiate the data transmission by passing the outgoing commands to the system's sockets for immediate transmission.

In case of UDP sendOutgoingCommands() will also split the commands into multiple packets if needed and/of aggregate multiple commands together into one packet, if possible. Because of the latter calling sendOutgoingcommands() more rarely will result in less overhead, as there will be fewer packets for the clients to be sent and processed. The underlying platform can also limit the frequency in which outgoing packets can be sent and received. The downside of lower sending frequencies is a higher latency, until messages are exchanged and acknowledged, which may lead to a jerky gameplay.

To help you keeping track of the incoming and outgoing queues at development time and adjust your sending frequency, there will be a warning message sent to your debugReturn callback if a queue has exceeded the warning threshold.

Note: While service() is calling serviceBasic() implicitly, you will have to regularly call it yourself explictly , when you use sendOutgoingCommands() and dispatchIncomingCommands() directly instead.

Usually you don't have to call sendOutgoingCommands() this explicitly, as this is done within service().

See also: service()

§ sendAcksOnly()

bool sendAcksOnly ( void )

virtual

Sends only ACKs (UDP) or Ping (TCP) instead of queued outgoing commands. Useful to pause sending actual data.

Note: While service() is calling serviceBasic() implicitly, you will have to regularly call it yourself explictly , when you use sendAcksOnly() and dispatchIncomingCommands() instead.

§ dispatchIncomingCommands()

bool dispatchIncomingCommands ( void )

virtual

Checks for incoming commands waiting in the queue, and dispatches a single command to the application.

Dispatching means, that if the command is an operation response or an event, the appropriate callback function will be called). dispatchIncomingCommands() will also take care of generating and queuing acknowledgments for incoming reliable commands. Please note that this function will only dispatch one command per all. If you want to dispatch every single command which is waiting in the queue, call dipatchIncomingCommands() within a while loop, until its return code is false.

Note: While service() is calling serviceBasic() implicitly, you will have to regularly call it yourself explictly, when you use sendOutgoingCommands() and dispatchIncomingCommands() directly instead.

Returns: true if it has successfully dispatched a command, false otherwise (for example, when there has not been any command left in the queue, waiting for dispatching).

See also: service()

§ fetchServerTimestamp()

void fetchServerTimestamp ( void )

virtual

This will fetch the server's timestamp and update the approximation for getServerTime() and getServerTimeOffset().

The server time approximation will NOT become more accurate by repeated calls. Accuracy currently depends on a single roundtrip which is done as fast as possible.

The command used for this is immediately acknowledged by the server. This makes sure the roundtriptime is low and the timestamp + roundtriptime / 2 is close to the original value.

§ resetTrafficStats()

void resetTrafficStats ( void )

virtual

Creates new instances of TrafficStats and starts a new timer for those.

§ resetTrafficStatsMaximumCounters()

void resetTrafficStatsMaximumCounters ( void )

virtual

Resets traffic stats values that can be maxed out.

§ vitalStatsToString()

Common::JString vitalStatsToString ( bool all ) const

virtual

Returns a string of the most interesting connection statistics. When you have issues on the client side, these might contain hints about the issue's cause.

Parameters

all	If true, Incoming and Outgoing low-level stats are included in the string.

Returns: stats as a string.

§ opSubscribe()

bool opSubscribe	(	const Common::JVector< Common::JString > &	channels,
		int	messagesFromHistory = `0`
	)

virtual

Sends a request to subscribe the client to the specified channels, optionally fetching messages newer than a specific ID.

Parameters

channels	list of channels to subscribe to.
messagesFromHistory	0: no history. 1 and higher: number of messages in history. -1: all history.

Returns: true if request sent

§ opUnsubscribe()

bool opUnsubscribe ( const Common::JVector< Common::JString > & channels )

virtual

Unsubscribes the client from a list of channels.

The client will remove these channels from the PublicChannels dictionary immediately, if it could send the operation.

Parameters

channels list of channels to unsubscribe from.

Returns: true if request sent and channels removed

§ opPublishMessage() [1/3]

template< typename Ftype > bool opPublishMessage	(	const Common::JString &	channelName,
		const Ftype &	message
	)

Sends a message to the specified public channel.

Parameters

channelName	channel name
message	message to send

Returns: false in case of an error, true otherwise

§ opPublishMessage() [2/3]

template< typename Ftype > bool opPublishMessage	(	const Common::JString &	channelName,
		const Ftype	pMessageArray,
		typename Common::Helpers::ArrayLengthType< Ftype >::type	arrSize
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Parameters

channelName	channel name
pMessageArray	message to send
arrSize	the number of elements in pParameterArray

§ opPublishMessage() [3/3]

template< typename Ftype > bool opPublishMessage	(	const Common::JString &	channelName,
		const Ftype	pMessageArray,
		const short *	pArrSizes
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Parameters

channelName	channel name
pMessageArray	message to send
pArrSizes	an array holding the number of elements for each dimension of pParameterArray

§ opSendPrivateMessage() [1/2]

template< typename Ftype > bool opSendPrivateMessage	(	const Common::JString &	userName,
		const Ftype	pMessageArray,
		typename Common::Helpers::ArrayLengthType< Ftype >::type	arrSize,
		bool	encrypt = `false`
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Parameters

userName	user name
pMessageArray	message to send
arrSize	the number of elements in pParameterArray
encrypt	true to send the message encrypted, false (default) to send it unencrypted

§ opSendPrivateMessage() [2/2]

template< typename Ftype > bool opSendPrivateMessage	(	const Common::JString &	userName,
		const Ftype	pMessageArray,
		const short *	pArrSizes,
		bool	encrypt = `false`
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Parameters

userName	user name
pMessageArray	message to send
pArrSizes	an array holding the number of elements for each dimension of pParameterArray
encrypt	true to send the message encrypted, false (default) to send it unencrypted

§ opSetOnlineStatus() [1/3]

bool opSetOnlineStatus ( int status )

virtual

Sets the user's status (pre-defined or custom) and a status message.

The predefined status values can be found in namespace UserStatus. States UserStatus::INVISIBLE and UserStatus::OFFLINE will make you offline for everyone and send no message.

Parameters

status predefined states are in namespace UserStatus. Other values can be used at will

Returns: false in case of an error, true otherwise

§ opSetOnlineStatus() [2/3]

template< typename Ftype > bool opSetOnlineStatus	(	int	status,
		const Ftype	pMessageArray,
		typename Common::Helpers::ArrayLengthType< Ftype >::type	arrSize
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Parameters

status	predefined states are in namespace UserStatus. Other values can be used at will
pMessageArray	optional status message
arrSize	the number of elements in pParameterArray

§ opSetOnlineStatus() [3/3]

template< typename Ftype > bool opSetOnlineStatus	(	int	status,
		const Ftype	pMessageArray,
		const short *	pArrSizes
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Parameters

status	predefined states are in namespace UserStatus. Other values can be used at will
pMessageArray	optional status message
pArrSizes	an array holding the number of elements for each dimension of pParameterArray

§ opAddFriends()

bool opAddFriends ( const Common::JVector< Common::JString > & userIDs )

virtual

Adds users to the list on the Chat Server which will send you status updates for those.

Parameters

userIDs list of friend user names

Returns: true if the command has been sent

§ opRemoveFriends()

bool opRemoveFriends ( const Common::JVector< Common::JString > & userIDs )

virtual

Removes users from the list on the Chat Server which will send you status updates for those.

Parameters

userIDs list of friend user names

Returns: true if the command has been sent

§ getServerTimeOffset()

int getServerTimeOffset ( void ) const

Returns: the difference between the local uptime and the Photon Server's system time in ms.

In real-time games it's often useful to relate game events to a global common timeline, that's valid for all players and independent from derivations throughout the clients' system times. The Photon Server's System Time can serve as this reference time. The serverTimeOffset represents the difference between the client's local system time and the Photon server's system time.

ServerTime = serverTimeOffset + GETTIMEMS()

The serverTimeOffset is fetched shortly after connect by Photon. Use GETTIMEMS() to get your local time in ms. You can let Photon refetch the offset by calling fetchServerTimestamp(). The ServerTimeOffset will be 0 until shortly after initial connect.

§ getServerTime()

int getServerTime ( void ) const

Returns: the Photon Server's system time ins ms.

see getServerTimeOffset()

§ getBytesOut()

int getBytesOut ( void ) const

Returns: the total number of outgoing bytes transmitted by this PhotonPeer object.

See also: getBytesIn()

§ getBytesIn()

int getBytesIn ( void ) const

Returns: the total number of incoming bytes received by this PhotonPeer object.

See also: getBytesOut()

§ getByteCountCurrentDispatch()

int getByteCountCurrentDispatch ( void ) const

Returns: the size of the dispatched event or operation-result in bytes. This value is set before onEvent() or onOperationResponse() is called (within dispatchIncomingCommands()). Get this value directly in onEvent() or onOperationResponse().

§ getByteCountLastOperation()

int getByteCountLastOperation ( void ) const

Returns: the size of the last serialized operation call in bytes. The value includes all headers for this single operation but excludes those of UDP, Enet Package Headers and TCP. Get this value immediately after calling an operation.

§ getSentCountAllowance()

int getSentCountAllowance ( void ) const

Returns: the number of resend retries before a peer is considered lost/disconnected.

This is udp specific and will always return 0 for other protocols.

See also: setSentCountAllowance() getDisconnectTimeout() setDisconnectTimeout()

§ setSentCountAllowance()

void setSentCountAllowance ( int sentCountAllowance )

Sets the number of re-send retries before a peer is considered lost/disconnected.

This is udp specific and will do nothing at all for other protocols.

Parameters

sentCountAllowance the new number of re/-send retries before a peer is considered lost/disconnected.

See also: getSentCountAllowance() getDisconnectTimeout() setDisconnectTimeout()

§ getTimePingInterval()

int getTimePingInterval ( void ) const

Returns: the time threshold in milliseconds since the last reliable command, before a ping will be sent.

See also: setTimePingInterval()

§ setTimePingInterval()

void setTimePingInterval ( int timePingInterval )

Sets the time threshold in milliseconds since the last reliable command, before a ping will be sent.

Parameters

timePingInterval time threshold in milliseconds since the last reliable command, before a ping will be sent.

See also: getTimePingInterval()

§ getRoundTripTime()

int getRoundTripTime ( void ) const

Returns: the time in milliseconds until a reliable command is acknowledged by the server.

This is, what is commonly called a ping time or just a ping.

See also: getRoundTripTimeVariance()

§ getRoundTripTimeVariance()

int getRoundTripTimeVariance ( void ) const

Returns: the variance of the roundtrip time in milliseconds. Gives a hint about how much the net latency is varying.

See also: getRoundTripTime()

§ getTimestampOfLastSocketReceive()

int getTimestampOfLastSocketReceive ( void ) const

Returns: timestamp of the last time anything (!) was received from the server (including low level Ping and ACKs but also events and operation-returns). This is not the time when something was dispatched.

§ getDebugOutputLevel()

int getDebugOutputLevel ( void ) const

Returns the current level of debug information that's passed on to BaseListener::debugReturn().

Returns: one of the values in DebugLevel

See also: setDebugOutputLevel()

§ setDebugOutputLevel()

bool setDebugOutputLevel ( int debugLevel )

Sets the current level of debug information that's passed on to BaseListener::debugReturn().

Parameters

debugLevel one of the values in DebugLevel

Returns: true if the new debug level has been set correctly, false otherwise.

See also: getDebugOutputLevel()

§ getLogFormatOptions()

const LogFormatOptions & getLogFormatOptions ( void ) const

Returns: the LogFormatOptions that are used by this instance.

See also: setFormatOptions()

§ setLogFormatOptions()

void setLogFormatOptions ( const Common::LogFormatOptions & formatOptions )

Sets the log format options to the supplied value.

Parameters

formatOptions the new value to which the log format options will be set

See also: getFormatOptions()

§ getIncomingReliableCommandsCount()

int getIncomingReliableCommandsCount ( void ) const

Returns: the total number of reliable commands currently waiting in the incoming queues of all channels or -1 if not connected.

§ getPeerID()

short getPeerID ( void ) const

Returns: this peer's ID as assigned by the server. Will be -1, if not connected.

§ getDisconnectTimeout()

int getDisconnectTimeout ( void ) const

Returns: the maximum time interval in milliseconds for doing resend retries before a peer is considered lost/disconnected.

See also: setDisconnectTimeout() getSentCountAllowance() setSentCountAllowance()

§ setDisconnectTimeout()

void setDisconnectTimeout ( int disconnectTimeout )

Sets the maximum time ins milliseconds for making re-send retries before a peer is considered lost/disconnected.

Parameters

disconnectTimeout resend max time in ms before a peer is considered lost/disconnected

See also: getDisconnectTimeout() getSentCountAllowance() setSentCountAllowance()

§ getQueuedIncomingCommands()

int getQueuedIncomingCommands ( void ) const

Returns: the number of queued incoming commands in all channels or -1 if not connected

§ getQueuedOutgoingCommands()

int getQueuedOutgoingCommands ( void ) const

Returns: the number of queued outgoing commands in all channels or -1 if not connected

§ getIsPayloadEncryptionAvailable()

bool getIsPayloadEncryptionAvailable ( void ) const

Returns: this peer's encryption availability status. True if either payload encryption is available or if the connection protocol is UDP and UDP encryption is available or if the connection protocol is already secure on its own, false otherwise.

See also: getIsPayloadEncryptionAvailable(), establishEncryption(), initUserDataEncryption(), initUDPEncryption()

§ getResentReliableCommands()

int getResentReliableCommands ( void ) const

Returns: the count of commands that got repeated (due to local repeat-timing before an ACK was received).

§ getLimitOfUnreliableCommands()

int getLimitOfUnreliableCommands ( void ) const

Returns: the limit for the queue of received unreliable commands.

See also: setLimitOfUnreliableCommands()

§ setLimitOfUnreliableCommands()

void setLimitOfUnreliableCommands ( int value )

Sets the limit for the queue of received unreliable commands. This works only in UDP. This limit is applied when you call dispatchIncomingCommands. If this client (already) received more than this limit, it will throw away the older ones instead of dispatching them. This can produce bigger gaps for unreliable commands but your client catches up faster. This can be useful when the client couldn't dispatch anything for some time (cause it was in a room but loading a level). If set to 20, the incoming unreliable queues are truncated to 20. If 0, all received unreliable commands will be dispatched. This is a "per channel" value, so each channel can hold commands up to specified limit. This value interacts with dispatchIncomingCommands(): If that is called less often, more commands get skipped.

See also: getLimitOfUnreliableCommands()

§ getCRCEnabled()

bool getCRCEnabled ( void ) const

Returns: true if CRC enabled

See also: setCRCEnabled

§ setCRCEnabled()

void setCRCEnabled ( bool crcEnabled )

Enables or disables CRC. While not connected, this controls if the next connection(s) should use a per-package CRC checksum. If the client is in another state than 'connected', then this function has no effect except for logging an error.

While turned on, the client and server will add a CRC checksum to every sent package. The checksum enables both sides to detect and ignore packages that were corrupted during transfer. Corrupted packages have the same impact as lost packages: They require a re-send, adding a delay and could lead to timeouts. Building the checksum has a low processing overhead but increases integrity of sent and received data. Packages discarded due to failed CRC checks are counted in PhotonPeer.PacketLossByCRC.

Note: This only has effect for UDP connections.; This does not have any effect for connections that use UDP datagram encryption (which always use a built-in checksum).

See also: getCRCEnabled

§ getPacketLossByCRC()

int getPacketLossByCRC ( void ) const

Returns: the count of packages dropped due to failed CRC checks for this connection.

See also: setCRCEnabled

§ getTrafficStatsEnabled()

bool getTrafficStatsEnabled ( void ) const

Returns: true if traffic statistics of a peer are enabled. Default trafficStatsEnabled: false (disabled).

§ setTrafficStatsEnabled()

void setTrafficStatsEnabled ( bool trafficStatsEnabled )

Enables or disables the traffic statistics of a peer. Default trafficStatsEnabled: false (disabled).

§ getTrafficStatsElapsedMs()

int getTrafficStatsElapsedMs ( void ) const

Returns: the count of milliseconds the stats are enabled for tracking.

§ getTrafficStatsIncoming()

const Photon::TrafficStats & getTrafficStatsIncoming ( void ) const

Returns: the byte-count of incoming "low level" messages, which are either Enet Commands or TCP Messages. These include all headers, except those of the underlying internet protocol UDP or TCP.

§ getTrafficStatsOutgoing()

const Photon::TrafficStats & getTrafficStatsOutgoing ( void ) const

Returns: the byte-count of outgoing "low level" messages, which are either Enet Commands or TCP Messages. These include all headers, except those of the underlying internet protocol UDP or TCP.

§ getTrafficStatsGameLevel()

const Photon::TrafficStatsGameLevel & getTrafficStatsGameLevel ( void ) const

Returns: a statistic of incoming and outgoing traffic, split by operation, operation-result and event. Operations are outgoing traffic, results and events are incoming. Includes the per-command header sizes (UDP: Enet Command Header or TCP: Message Header).

§ getQuickResendAttempts()

nByte getQuickResendAttempts ( void ) const

Returns: the number of resend attempts for a reliable command that are done in quick succession (after RoundTripTime+4*RoundTripTimeVariance).

§ setQuickResendAttempts()

void setQuickResendAttempts ( nByte quickResendAttempts )

Returns: the number of resend attempts for a reliable command that are done in quick succession (after RoundTripTime+4*RoundTripTimeVariance).

§ getChannelCountUserChannels()

nByte getChannelCountUserChannels ( void ) const

The IDs from 0 to getChannelCountUserChannels()-1 can be passed as channelID to operations that offer this parameter.

Returns: the number of different channels that are available for sending operations on.

§ getPeerCount()

short getPeerCount ( void )

static

Returns: the count of peers, which have been initialized since the start of the application. Interesting mainly for debugging purposes.

§ getUserID()

const JString & getUserID ( void ) const

Returns the unique user id.

Returns: the user id

§ getState()

int getState ( void ) const

Returns client state

§ getDisconnectedCause()

int getDisconnectedCause ( void ) const

Returns cause of last disconnect event.

Returns: disconnect cause constant from Chat::DisconnectCause.

See also: Chat::DisconnectCause

§ getRegion()

const JString & getRegion ( void ) const

Returns chat (Name Server) region.

§ setRegion()

void setRegion ( const Common::JString & region )

Sets chat (Name Server) region. Set it before connect() call.

Parameters

region region

§ getPublicChannels()

const JVector< Channel * > & getPublicChannels ( void ) const

Returns list of subscribed public channels.

Returns: list of subscribed channels

§ getPrivateChannels()

const JVector< Channel * > & getPrivateChannels ( void ) const

Returns list of private chats that client currently has.

Returns: list of private chats

§ getPublicChannel()

const Channel * getPublicChannel ( const Common::JString & channelName ) const

Search subscribed public channels by channel name.

Parameters

channelName channel name to search

Returns: found channel or NULL otherwise

§ getPrivateChannel()

const Channel * getPrivateChannel ( const Common::JString & userName ) const

Search private chat by user name.

Parameters

userName user name to search

Returns: found chat or NULL otherwise

Photon C++ Client API: Client Class Reference

Photon C++ Client API

Public Member Functions

Static Public Member Functions

Detailed Description

Constructor & Destructor Documentation

§ Client()

§ ~Client()

Member Function Documentation

§ connect()

§ disconnect()

§ service()

§ serviceBasic()

§ sendOutgoingCommands()

§ sendAcksOnly()

§ dispatchIncomingCommands()

§ fetchServerTimestamp()

§ resetTrafficStats()

§ resetTrafficStatsMaximumCounters()

§ vitalStatsToString()

§ opSubscribe()

§ opUnsubscribe()

§ opPublishMessage() [1/3]

§ opPublishMessage() [2/3]

§ opPublishMessage() [3/3]

§ opSendPrivateMessage() [1/2]

§ opSendPrivateMessage() [2/2]

§ opSetOnlineStatus() [1/3]

§ opSetOnlineStatus() [2/3]

§ opSetOnlineStatus() [3/3]

§ opAddFriends()

§ opRemoveFriends()

§ getServerTimeOffset()

§ getServerTime()

§ getBytesOut()

§ getBytesIn()

§ getByteCountCurrentDispatch()

§ getByteCountLastOperation()

§ getSentCountAllowance()

§ setSentCountAllowance()

§ getTimePingInterval()

§ setTimePingInterval()

§ getRoundTripTime()

§ getRoundTripTimeVariance()

§ getTimestampOfLastSocketReceive()

§ getDebugOutputLevel()

§ setDebugOutputLevel()

§ getLogFormatOptions()

§ setLogFormatOptions()

§ getIncomingReliableCommandsCount()

§ getPeerID()

§ getDisconnectTimeout()

§ setDisconnectTimeout()

§ getQueuedIncomingCommands()

§ getQueuedOutgoingCommands()

§ getIsPayloadEncryptionAvailable()

§ getResentReliableCommands()

§ getLimitOfUnreliableCommands()

§ setLimitOfUnreliableCommands()

§ getCRCEnabled()

§ setCRCEnabled()

§ getPacketLossByCRC()

§ getTrafficStatsEnabled()

§ setTrafficStatsEnabled()

§ getTrafficStatsElapsedMs()

§ getTrafficStatsIncoming()

§ getTrafficStatsOutgoing()

§ getTrafficStatsGameLevel()

§ getQuickResendAttempts()

§ setQuickResendAttempts()

§ getChannelCountUserChannels()

§ getPeerCount()

§ getUserID()

§ getState()

§ getDisconnectedCause()

§ getRegion()

§ setRegion()

§ getPublicChannels()

§ getPrivateChannels()

§ getPublicChannel()