;
;	****************************************************************
;
;		Copyright (c) 1992, Carnegie Mellon University
;
;		All Rights Reserved
;
;	Permission  is  hereby  granted   to  use,  copy,  modify,  and
;	distribute  this software  provided  that the  above  copyright
;	notice appears in  all copies and that  any distribution be for
;	noncommercial purposes.
;
;	Carnegie Mellon University disclaims all warranties with regard
;	to this software.  In no event shall Carnegie Mellon University
;	be liable for  any special, indirect,  or consequential damages
;	or any damages whatsoever  resulting from loss of use, data, or
;	profits  arising  out of  or in  connection  with  the  use  or
;	performance of this software.
;
;	****************************************************************
;
	.Title	DNDrv_Transfer - IPACP DECNet driver support module trns. vec.

;
; DNDrv_Trans.Mar
;
; Description:
;
;	The DNDrv.exe image is a loadable run-time image which
;	provides the IPACP with IP transport over DECNet.
;
;	Transfer Vector for the DN driver support module:  The vector
;	provides the hooks for a standardized set of routines which
;	allow the IPACP to communicate to various communication
;	devices in a device-independant manner.  The transfer
;	vector points to a Device_Info_Structure as defined in
;	Device
;
;	The transfer vector is needed to build it as a shareable image.
;	Macro is the only language that can build the tranfer vector
;	in the way that is expected by the shareable libraries.
;	Macro is the only language that can generate the necessary
;	object language text information relocation record for manipulating
;	the symbol name address.
;
; Written By:	Bruce R. Miller		07-Mar-1990	CMU NetDev
;
; Modifications:
;
;---------------------------------------------------------------------------
;
; Shareable image transfer vector
;
	.PSECT	$TRANSFER$	PIC,USR,CON,REL,LCL,SHR,NOEXE,RD,NOWRT,QUAD

.GLOBAL	NFB$C_DECLNAME	; Export this to the BLISS code

	.ALIGN QUAD
	.TRANSFER	DRV$TRANSPORT_INIT
	.MASK		DRV$TRANSPORT_INIT
	JMP		G^DRV$TRANSPORT_INIT+2

	.END