CgwSession Class Reference

Public Member Functions
	CgwSession (const SessionSettings &settings, SessionListener *listener, SessionStorageType::Enum storageType=SessionStorageType::FileBased, SessionStorage *storage=nullptr, UInt64 uuid=UndefinedUuid, const std::string &customKey="")
	CgwSession (SessionReactor &stack, const SessionSettings &settings, SessionListener *listener, SessionStorageType::Enum storageType=SessionStorageType::FileBased, SessionStorage *storage=nullptr, UInt64 uuid=UndefinedUuid, const std::string &customKey="")
Public Member Functions inherited from Session
	Session (const SessionSettings &settings, int marketSegmentId, SessionListener *listener, SessionStorageType::Enum storageType=SessionStorageType::FileBased, SessionStorage *storage=nullptr, UInt64 uuid=UndefinedUuid, const std::string &customKey="")
	Session (SessionReactor &stack, const SessionSettings &settings, int marketSegmentId, SessionListener *listener, SessionStorageType::Enum storageType=SessionStorageType::FileBased, SessionStorage *storage=nullptr, UInt64 uuid=UndefinedUuid, const std::string &customKey="")
	~Session ()
UInt64	uuid () const noexcept
std::string	id () const
int	marketSegmentId () const noexcept
std::string	customKey () const
bool	negotiated () const
Session &	negotiated (bool negotiated)
Messaging::FTI::Enum	faultToleranceIndicator () const
Session &	faultToleranceIndicator (Messaging::FTI::Enum value)
Session &	connect (const std::string &host, Port port)
Threading::SharedFuture< void >	connectAsync (const std::string &host, Port port)
Session &	disconnect (const std::string &reason="")
Threading::SharedFuture< void >	disconnectAsync (const std::string &reason="")
Session &	breakConnection ()
Threading::SharedFuture< void >	breakConnectionAsync ()
template<typename SbeMessageType, size_t MaxMessageSize, typename MessageInitializer>
Session &	send (Messaging::MessageHolder< SbeMessageType, MaxMessageSize, MessageInitializer > &msg, Messaging::Timestamp sendingTime=UtcWatch::now())
template<typename SbeMessageType, size_t MaxMessageSize, typename MessageInitializer>
Session &	send (Messaging::MessageHolder< SbeMessageType, MaxMessageSize, MessageInitializer > &&msg, Messaging::Timestamp sendingTime=UtcWatch::now())
template<typename SbeMessageType, size_t MaxMessageSize, typename MessageInitializer>
Session &	send (MessageBatch< SbeMessageType, MaxMessageSize, MessageInitializer > &msgs, Messaging::Timestamp sendingTime=UtcWatch::now(), size_t maxPacketSize=CmeMaxPacketSize)
Session &	send (MessageBatchCombiner &msgs, Messaging::Timestamp sendingTime=UtcWatch::now(), size_t maxPacketSize=CmeMaxPacketSize)
Session &	sendSequenceMessage (Messaging::KeepAliveLapsed::Enum keepAliveLapsed=Messaging::KeepAliveLapsed::Lapsed)
template<typename SbeMessageType, size_t MaxMessageSize>
Session &	warmUp (Messaging::MessageHolder< SbeMessageType, MaxMessageSize > &msg, Messaging::Timestamp sendingTime=UtcWatch::now(), int warmupFlags=0)
template<typename SbeMessageType, size_t MaxMessageSize, typename MessageInitializer>
Session &	warmUp (MessageBatch< SbeMessageType, MaxMessageSize, MessageInitializer > &msgs, Messaging::Timestamp sendingTime=UtcWatch::now(), size_t maxPacketSize=CmeMaxPacketSize, int warmupFlags=0)
Session &	warmUp (MessageBatchCombiner &msgs, Messaging::Timestamp sendingTime=UtcWatch::now(), size_t maxPacketSize=CmeMaxPacketSize, int warmupFlags=0)
Session &	throttle ()
size_t	tryThrottle ()
Session &	throttlingLimit (size_t messagesCount, size_t intervalInMs=1000)
std::string	remoteHost () const
std::string	remoteIpAddress () const
Port	remotePort () const
std::pair< Port, Port >	localPortRange () const noexcept
Session &	localPortRange (std::pair< Port, Port > portRange)
std::string	localNetworkInterface () const
Session &	localNetworkInterface (const std::string &value)
Port	localPort () const
bool	tcpNoDelayOption () const
Session &	tcpNoDelayOption (bool value)
const SocketOptions &	socketOptions () const
Session &	socketOptions (const SocketOptions &options)
Session &	receivingThreadAffinity (CpuIndex cpuIndex)
Session &	receivingThreadAffinity (const CpuIndexes &cpuIndexes)
const CpuIndexes &	receivingThreadAffinity () const
Session &	sendingThreadAffinity (CpuIndex cpuIndex)
Session &	sendingThreadAffinity (const CpuIndexes &cpuIndexes)
const CpuIndexes &	sendingThreadAffinity () const
int	receivingThreadPriority () const
Session &	receivingThreadPriority (int priority)
int	sendingThreadPriority () const
Session &	sendingThreadPriority (int priority)
int	receivingThreadPolicy () const
Session &	receivingThreadPolicy (int policy)
int	sendingThreadPolicy () const
Session &	sendingThreadPolicy (int policy)
unsigned	receiveSpinningTimeout () const noexcept
Session &	receiveSpinningTimeout (unsigned timeoutInUs)
unsigned	sendSpinningTimeout () const noexcept
Session &	sendSpinningTimeout (unsigned timeoutInUs)
bool	reportNewMessagesWhileWaitingForMissedMessages () const
Session &	reportNewMessagesWhileWaitingForMissedMessages (bool value)
unsigned	messageGrouping () const noexcept
Session &	messageGrouping (unsigned numberOfMessagesToGroup)
SessionStorageType::Enum	storageType () const noexcept
const std::string &	storageId () const noexcept
SeqNumber	outSeqNum () const noexcept
Session &	outSeqNum (SeqNumber nextOutSeqNum)
SeqNumber	inSeqNum () const
Session &	inSeqNum (SeqNumber nextExpectedInSeqNum)
SeqNumber	previousSeqNo () const noexcept
Session &	previousSeqNo (SeqNumber value)
Messaging::UInt64	previousUuid () const noexcept
Session &	previousUuid (Messaging::UInt64 value)
Session &	reset (bool startOfWeek=false)
SessionStateId::Enum	state () const
Messaging::Timestamp	creationTime () const noexcept
void	flushSessionStorage ()
unsigned	reconnectAttempts () const
Session &	reconnectAttempts (unsigned reconnectAttempts)
unsigned	reconnectInterval () const
Session &	reconnectInterval (unsigned seconds)
bool	localTimeUsage () const
Session &	localTimeUsage (bool useLocalTime)
const std::string &	storageDirectory () const
bool	logBeforeSending () const
Session &	logBeforeSending (bool value)
size_t	incomingMessageGapQueueMaximumSize () const
Session &	incomingMessageGapQueueMaximumSize (size_t value)
const Session &	log (const std::string &message) const
std::string	toString () const
Messaging::Timestamp	licenseExpirationDate () const
Messaging::SchemaVersion	messagingVersion () const noexcept
bool	detectMessageGapForPreviousUuid () const
Session &	detectMessageGapForPreviousUuid (bool detectGap)
Handle	socketHandle ()
size_t	outboundQueueBytes ()
bool	getTcpInfo (TcpInfo &)

Additional Inherited Members
Static Public Member Functions inherited from Session
static const std::string &	version () noexcept
Static Public Attributes inherited from Session
static const UInt64	UndefinedUuid = 0
static const size_t	CmeMaxPacketSize = 1420
static const int	UndefinedAffinity = -1
static const Handle	InvalidSocketHandle

Detailed Description

Definition at line 601 of file Session.h.

Constructor & Destructor Documentation

CgwSession() [1/2]

CgwSession	(	const SessionSettings &	settings,
		SessionListener *	listener,
		SessionStorageType::Enum	storageType = SessionStorageType::FileBased,
		SessionStorage *	storage = nullptr,
		UInt64	uuid = UndefinedUuid,
		const std::string &	customKey = "" )

Constructor.

Parameters

settings	Session settings.
listener	Session listener.
storageType	Session storage type.
storage	Session storage.
uuid	Universally Unique Identifier (UUID).
customKey	Custom key that could be used to distinguish sessions with the same UUID, Session ID and FirmId values.

CgwSession() [2/2]

CgwSession	(	SessionReactor &	stack,
		const SessionSettings &	settings,
		SessionListener *	listener,
		SessionStorageType::Enum	storageType = SessionStorageType::FileBased,
		SessionStorage *	storage = nullptr,
		UInt64	uuid = UndefinedUuid,
		const std::string &	customKey = "" )

Constructor.

Parameters

stack	Externally provided reactor.
settings	Session settings.
listener	Session listener.
storageType	Session storage type.
storage	Session storage.
uuid	Universally Unique Identifier (UUID).
customKey	Custom key that could be used to distinguish sessions with the same UUID, Session ID and FirmId values.