Inheritance diagram for EncryptedNetworkPeer:

Public Types
enum class	DataStatus : int { HasData = 0 , NoData = 1 , BrokenData = 2 }
enum class	NetworkLoad : int { Unrestricted = 0 , Low = 1 , Medium = 2 , High = 3 }
enum class	Reliability : int { Reliable = 0 , ReliableOrdered = 1 , Unreliable = 2 , UnreliableSequenced = 3 }
using	PacketRecvTimepoint = ::std::chrono::steady_clock::time_point
using	PacketRecvTimepointPtr = ::std::shared_ptr<::std::chrono::steady_clock::time_point>

Public Member Functions
virtual void	sendPacket (::std::string const &data, ::NetworkPeer::Reliability reliability, ::Compressibility compressible)
virtual::NetworkPeer::NetworkStatus	getNetworkStatus () const
virtual bool	isEncrypted () const
virtual::NetworkPeer::DataStatus	_receivePacket (::std::string &outData, ::std::shared_ptr<::std::chrono::steady_clock::time_point > const &timepointPtr)
MCAPI	EncryptedNetworkPeer (::std::shared_ptr<::NetworkPeer > peer)
MCAPI void	enableEncryption (::std::string const &symmetricKey)
MCAPI void *	$ctor (::std::shared_ptr<::NetworkPeer > peer)
MCAPI void	$dtor ()
MCAPI void	$sendPacket (::std::string const &data, ::NetworkPeer::Reliability reliability, ::Compressibility compressible)
MCFOLD::NetworkPeer::NetworkStatus	$getNetworkStatus () const
MCAPI bool	$isEncrypted () const
MCAPI::NetworkPeer::DataStatus	$_receivePacket (::std::string &outData, ::std::shared_ptr<::std::chrono::steady_clock::time_point > const &timepointPtr)
virtual void	update ()
virtual void	flush (::std::function< void()> &&callback)
virtual bool	isLocal () const
MCAPI void	$update ()
MCAPI void	$flush (::std::function< void()> &&callback)
MCAPI bool	$isLocal () const

Static Public Member Functions
static MCAPI void **	$vftable ()

Public Attributes
::ll::TypedStorage< 8, 8, ::std::unique_ptr<::Crypto::Symmetric::Symmetric > >	mDecryption
::ll::TypedStorage< 8, 8, ::std::unique_ptr<::Crypto::Hash::HMAC > >	mEncryptionMAC
::ll::TypedStorage< 8, 8, ::std::unique_ptr<::Crypto::Symmetric::Symmetric > >	mEncryption
::ll::TypedStorage< 8, 8, ::std::unique_ptr<::Crypto::Hash::HMAC > >	mDecryptionMAC
::ll::TypedStorage< 8, 8, uint64 >	mSendCounter
::ll::TypedStorage< 8, 8, uint64 >	mReceiveCounter
::ll::TypedStorage< 8, 32, ::std::string >	mSendEncryptedDataBuffer
::ll::TypedStorage< 8, 32, ::std::string >	mSendSignedDataBuffer
::ll::TypedStorage< 8, 32, ::std::string >	mRecvEncryptedDataBuffer
::ll::TypedStorage< 8, 32, ::std::string >	mRecvSignedDataBuffer
::ll::TypedStorage< 8, 32, ::std::string >	mRecvDecryptedDataBuffer
::ll::TypedStorage< 8, 16, ::std::shared_ptr<::NetworkPeer > >	mPeer

Member Function Documentation

◆ sendPacket()

virtual void EncryptedNetworkPeer::sendPacket	(	::std::string const &	data,
		::NetworkPeer::Reliability	reliability,
		::Compressibility	compressible )

virtual

Implements NetworkPeer.

virtual::NetworkPeer::NetworkStatus EncryptedNetworkPeer::getNetworkStatus ( ) const

virtual

Implements NetworkPeer.

virtual bool EncryptedNetworkPeer::isEncrypted ( ) const

virtual

Reimplemented from NetworkPeer.

virtual::NetworkPeer::DataStatus EncryptedNetworkPeer::_receivePacket	(	::std::string &	outData,
		::std::shared_ptr<::std::chrono::steady_clock::time_point > const &	timepointPtr )

virtual

Implements NetworkPeer.

MCAPI void ** EncryptedNetworkPeer::$vftable ( )

static

Attention: This function is not yet publicly available. To request access: reference this function in your code and attempt to link. The linker will report the exact symbol name. Submit a access request at https://github.com/LiteLDev/mcapi-requests/issues/new including the full symbol name.

The documentation for this class was generated from the following file: