#include <SFBSockPort.h.hpp>

class SFBSockPort : public SFBPort;

<link linkend="sec.macro.core.typedef.SFMTYPEDEFWRAPPER">SFMTYPEDEFWRAPPER</link>(SFBSockPort)
        

[ public ]
SFCError Accept(
    SFBSockPortSmpPtr sockport   // Pointer to the newly accepted SFBSockPort interface 
);

[ public ]
SFCError Bind(
    VoidConstPtr addr   // an opaque pointer to the address to bind to (see AEESockAddrStorage)
);

[ public ]
SFCError Connect(
    VoidConstPtr addr   // an opaque pointer to the address to connect to (see AEESockAddrStorage)
);

[ public ]
Void DbgMark(Void);

[ public ]
SFCError GetOpt(
    SInt32 level     // option level (see AEESockOpt) 
    SInt32 name      // option name (see AEESockOpt) 
    VoidPtr value    // pointer to the data type appropriate for the option (see AEESockOpt) 
    SInt32Ptr size   // on input, pnOptSize specifies the size of pOptVal in bytes. On output, pnOptSize is set to the number of data bytes filled into value. 
);

[ public ]
SFCError GetOpt(
    SInt32 level         // option level (see AEESockOpt) 
    SInt32 name          // option name (see AEESockOpt) 
    SFXBufferPtr value   // pointer to the data type appropriate for the option (see AEESockOpt) 
);

[ public ]
SFCError GetPeerName(
    VoidPtr addr     // an opaque pointer to the address to be filled in (see AEESockAddrStorage) 
    SInt32Ptr size   // a pointer to the size of the address
);

[ public ]
SFCError GetPeerName(
    SFXBufferPtr buffer   // a pointer to the address to be filled in
);

[ public ]
SFCError GetSDBAckInfo(
    AEESDBAckInfo * info   // User-allocated struct for the retrieved information.
);

[ public ]
SFCError GetSockName(
    VoidPtr addr     // an opaque pointer to the address to be filled in (see AEESockAddrStorage) 
    SInt32Ptr size   // a pointer to the size of the address. 
);

[ public ]
SFCError GetSockName(
    SFXBufferPtr buffer   // a pointer to the address to be filled in
);

[ public ]
SFCError IsRealized(
    BoolPtr realized   // pointer to a Bool value; set to true or false according to the socket's status.
);

[ public ]
SFCError Listen(
    SInt32 backlog   // the maximum number of pending connections 
);

[ public, static ]
SFBSockPortSmp NewInstance(
    SFCErrorPtr exception = null   // Error
);

[ public, static ]
SFBSockPortSmp NewInstance(
    AEECLSID id                    // Class ID
    SFCErrorPtr exception = null   // Error
);

[ public ]
SFCError OpenEx(
    UInt16 family      // address family (AEE_AF_*). If SFBSockPort::SelectNetwork() or SFBSockPort::SelectNetworkEx() was already called for this socket,family should match the address family that was requested for the network. 

    AEESockType type   // socket type
    SInt32 protocol    // socket protocol (AEE_IPPROTO_*) or 0 to select the system's default for the given wFamily and nType combination
);

[ public ]
SInt32 ReadV(
    SockIOBlock * ioblocks   // an array of SockIoBlock structures into which data can be read 
    UInt16 count             // specifies the number of entries in the iov array 
);

[ public ]
SFCError Realize(Void);

[ public ]
SInt32 RecvFrom(
    ACharPtr buffer   // buffer to hold the received data 
    SInt32 length     // size of the buffer, in bytes 
    UInt32 flags      // not used 
    VoidPtr addr      // a pointer to the address to be filled in (see AEESockAddrStorage)
    SInt32Ptr size    // a pointer to the size of the address
);

[ public ]
SInt32 RecvFrom(
    SFXBufferPtr buffer   // buffer to hold the received data 
    UInt32 flags          // not used 
    VoidPtr addr          // a pointer to the address to be filled in (see AEESockAddrStorage)
    SInt32Ptr size        // a pointer to the size of the address
);

[ public ]
SFCError RecvMsg(
    AEESockMsgHdr * header   // pointer to AEESockMsgHdr, used to pack parameters
    UInt32 flags             // currently, only the SOCKPORT_FLAG_RECVMSG_ERRQUEUE flag is supported
);

[ public ]
SFCError SelectNetwork(
    SInt32 network   // data network type (AEE_NETWORK_*) 
);

[ public ]
SFCError SelectNetworkEx(
    SInt32 network   // data network type (AEE_NETWORK_*) 
    SInt16 family    // network address family (AEE_AF_*). If SFBSockPort_OpenEx() was already called for this socket, family should match the address family that was requested for the socket. 
);

[ public ]
SInt32 SendTo(
    ACharConstPtr buffer   // buffer of data to send 
    SInt32 length          // size of the buffer, in bytes 
    UInt32 flags           // Data transport options
    VoidConstPtr addr      // an opaque pointer to the address to send to (see AEESockAddrStorage)
);

[ public ]
SInt32 SendTo(
    SFXAnsiStringConstRef buffer   // buffer of data to send 
    UInt32 flags                   // Data transport options
    VoidConstPtr addr              // an opaque pointer to the address to send to (see AEESockAddrStorage)
);

[ public ]
SInt32 SendTo(
    SFXBufferConstRef buffer   // buffer of data to send 
    UInt32 flags               // Data transport options
    VoidConstPtr addr          // an opaque pointer to the address to send to (see AEESockAddrStorage)
);

[ public ]
SFCError SetOpt(
    SInt32 level         // option level (see AEESockOpt)
    SInt32 name          // option name (see AEESockOpt) 
    VoidConstPtr value   // pointer to the data type appropriate for the option (see AEESockOpt)
    SInt32 size          // size of value
);

[ public ]
SFCError SetOpt(
    SInt32 level              // option level (see AEESockOpt)
    SInt32 name               // option name (see AEESockOpt) 
    SFXBufferConstRef value   // pointer to the data type appropriate for the option (see AEESockOpt)
);

[ public ]
SFCError Shutdown(
    SInt32 how   // Dictates which portion(s) of the connection to shutdown 
);

[ public ]
SInt32 WriteV(
    SockIOBlock const * ioblocks   // an array of SockIoBlock structures into which data can be read 
    UInt16 count                   // specifies the number of entries in the iov array 
);