167 lines
4.6 KiB
C
167 lines
4.6 KiB
C
//+---------------------------------------------------------------------------
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//
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// Microsoft Windows
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// Copyright (C) Microsoft Corporation, 1992 - 1994.
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//
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// File: gluon.h
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//
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// Contents: Gluon data structure definitions
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//
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// History: 16-Mar-94 MikeSe Created
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//
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// Description:
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//
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// This file contains all the structure definitions related to
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// gluons. It is constructed in such a way that it can be #included
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// in an IDL file and that the resultant MIDL-generated H file will
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// not interfere when both are included, regardless of order.
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//
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//----------------------------------------------------------------------------
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#ifndef __GLUON_H__
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#define __GLUON_H__
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// Handy macro for decoration with MIDL attributes
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#if defined(MIDL_PASS)
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# define MIDL_DECL(x) x
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# define MIDL_QUOTE(x) cpp_quote(x)
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#else
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# define MIDL_DECL(x)
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# define MIDL_QUOTE(x)
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#endif
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MIDL_QUOTE("#ifndef __GLUON_H__")
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MIDL_QUOTE("#define __GLUON_H__")
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// TDI transport address structure. We do not define this if tdi.h has
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// already been included.
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MIDL_QUOTE("#if !defined(_TDI_USER_)")
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#if !defined(_TDI_USER_)
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typedef struct _TA_ADDRESS {
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USHORT AddressLength; // length in bytes of Address[] in this
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USHORT AddressType; // type of this address
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# if defined(MIDL_PASS)
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[size_is(AddressLength)] UCHAR Address[];
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# else
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UCHAR Address[1]; // actually AddressLength bytes long
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# endif
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} TA_ADDRESS;
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#endif
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MIDL_QUOTE("#endif")
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// Note that you must include tdi.h (first) if you need the AddressType
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// constant definitions.
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// DS_TRANSPORT, with RPC and File protocol modifiers
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typedef struct _DS_TRANSPORT
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{
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USHORT usFileProtocol;
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USHORT iPrincipal;
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USHORT grfModifiers;
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TA_ADDRESS taddr;
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} DS_TRANSPORT, *PDS_TRANSPORT;
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// The real size of a DS_TRANSPORT where AddressLength == 0. Need to
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// subtract off 2 UCHARs to take into account padding.
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#define DS_TRANSPORT_SIZE (sizeof(DS_TRANSPORT) - 2*sizeof(UCHAR))
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MIDL_QUOTE("#define DS_TRANSPORT_SIZE (sizeof(DS_TRANSPORT) - 2*sizeof(UCHAR))")
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// File protocol identifiers
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#if defined(MIDL_PASS)
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const USHORT FSP_NONE = 0; // file access not supported
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const USHORT FSP_SMB = 1; // SMB (ie: LanMan redirector)
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const USHORT FSP_NCP = 2; // Netware Core Protocol (Netware requestor)
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const USHORT FSP_NFS = 3; // Sun NFS protocol
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const USHORT FSP_VINES = 4; // Banyan Vines
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const USHORT FSP_AFS = 5; // Andrews File System
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const USHORT FSP_DCE = 6; // DCE Andrews File System
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#else
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#define FSP_NONE 0
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#define FSP_SMB 1
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#define FSP_NCP 2
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#define FSP_NFS 3
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#define FSP_VINES 4
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#define FSP_AFS 5
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#define FSP_DCE 6
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#endif
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// RPC modifiers
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#if defined(MIDL_PASS)
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const USHORT DST_RPC_CN = 0x0001; // supports a connection-oriented (ncacn_...)
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// RPC protocol for this transport.
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const USHORT DST_RPC_DG = 0x0002; // supports a connectionless (ncadg_...)
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// RPC protocol for this transport.
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const USHORT DST_RPC_NB_XNS = 0x0004; // ncacn_nb_xns protocol is supported
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const USHORT DST_RPC_NB_NB = 0x0008; // ncacn_nb_nb protocol is supported
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const USHORT DST_RPC_NB_IPX = 0x0010; // ncacn_nb_ipx protocol is supported
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const USHORT DST_RPC_NB_TCP = 0x0020; // ncacn_nb_tcp protocol is supported
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#else
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#define DST_RPC_CN 0x0001
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#define DST_RPC_DG 0x0002
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#define DST_RPC_NB_XNS 0x0004
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#define DST_RPC_NB_NB 0x0008
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#define DST_RPC_NB_IPX 0x0010
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#define DST_RPC_NB_TCP 0x0020
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#endif
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// DS_MACHINE
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typedef MIDL_DECL([string]) WCHAR * PNAME;
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typedef struct _DS_MACHINE
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{
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GUID guidSite;
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GUID guidMachine;
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ULONG grfFlags;
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MIDL_DECL([string]) LPWSTR pwszShareName;
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ULONG cPrincipals;
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MIDL_DECL([size_is(cPrincipals)]) PNAME *prgpwszPrincipals;
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ULONG cTransports;
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# if defined(MIDL_PASS)
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[size_is(cTransports)] PDS_TRANSPORT rpTrans[];
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# else
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PDS_TRANSPORT rpTrans[1];
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# endif
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} DS_MACHINE, *PDS_MACHINE;
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// The real size of a DS_MACHINE in which cTransports == 0
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#define DS_MACHINE_SIZE (sizeof(DS_MACHINE) - sizeof(PDS_TRANSPORT))
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MIDL_QUOTE("#define DS_MACHINE_SIZE (sizeof(DS_MACHINE) - sizeof(PDS_TRANSPORT))")
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// DS_GLUON
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typedef struct _DS_GLUON
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{
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GUID guidThis;
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MIDL_DECL([string]) LPWSTR pwszName;
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ULONG grfFlags;
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ULONG cMachines;
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# if defined(MIDL_PASS)
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[size_is(cMachines)] PDS_MACHINE rpMachines[];
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# else
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PDS_MACHINE rpMachines[1];
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# endif
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} DS_GLUON, *PDS_GLUON;
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// The real size of a DS_GLUON in which cMachines == 0
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#define DS_GLUON_SIZE (sizeof(DS_GLUON) - sizeof(PDS_MACHINE))
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MIDL_QUOTE("#define DS_GLUON_SIZE (sizeof(DS_GLUON) - sizeof(PDS_MACHINE))")
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MIDL_QUOTE("#endif")
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#endif // of ifndef __GLUON_H__
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