VMS Help System Services, $ICC ACCEPT  *Conan The Librarian (sorry for the slow response - running on an old VAX)

    Responds to an incoming connection request. This call is used to
    complete an ICC connection from the server side.

    On Alpha systems, this service accepts 64-bit addresses.

    Format

      SYS$ICC_ACCEPT  conn_handle ,[accept_buf] ,[accept_len]

                      ,[user_context] ,[flags]

    C Prototype:

      int sys$icc_accept  (unsigned int conn_handle, char *

                          accept_buf, unsigned int accept_len,

                          unsigned int user_context, unsigned int

                          flags);

1 - Arguments

 conn_handle

    OpenVMS usage:connection_id
    type:         longword (unsigned)
    access:       read only
    mechanism:    by value
    The handle of the requested connection.

 accept_buf

    OpenVMS usage:byte_stream
    type:         character-coded text string
    access:       read only
    mechanism:    by 32-bit or 64-bit reference (Alpha)
    mechanism:    by 32-bit reference (VAX)
    A buffer of up to 1000 bytes of accept data that is sent to the
    source of the connection at the completion of the connection
    process.

 accept_len

    OpenVMS usage:buffer_length
    type:         longword (unsigned)
    access:       read only
    mechanism:    by value
    The actual number of bytes in accept_buf to be sent.

 user_context

    OpenVMS usage:user_arg
    type:         longword (unsigned) (VAX), quadword (Alpha)
    access:       read only
    mechanism:    by value
    A user-specified value that is subsequently returned on any
    disconnect or data events on this connection.

 flags

    OpenVMS usage:mask_longword
    type:         longword (unsigned)
    access:       read only
    mechanism:    by value
    ICC$M_SYNCH_MODE can be specified to indicate that the data
    transmission and reception routines $ICC_TRANSMIT, $ICC_RECEIVE,
    and $ICC_REPLY are allowed to return the status SS$_SYNCH in
    the case of synchronous completion, and that the AST will not be
    called.