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285 lines
11 KiB
285 lines
11 KiB
/*++
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Copyright (c) 1989 Microsoft Corporation
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Module Name:
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nbfhdrs.h
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Abstract:
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This module defines private structure definitions describing the layout
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of the NetBIOS Frames Protocol headers for the NT NBF transport
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provider.
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Author:
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Stephen E. Jones (stevej) 25-Oct-1989
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Revision History:
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David Beaver (dbeaver) 24-Sep-1990
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remove pc586 and PDI specific code; add NDIS support
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--*/
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#ifndef _NBFHDRS_
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#define _NBFHDRS_
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//
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// Pack these headers, as they are sent fully packed on the network.
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//
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#ifdef PACKING
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#ifdef __STDC__
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#pragma Off(Align_members)
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#else
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#pragma pack(1)
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#endif // def __STDC__
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#endif // def PACKING
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#define NETBIOS_SIGNATURE_1 0xef // signature in NetBIOS frames.
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#define NETBIOS_SIGNATURE_0 0xff // 1st byte.
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#define NETBIOS_SIGNATURE 0xefff
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//
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// NetBIOS Frames Protocol Command Codes.
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//
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#define NBF_CMD_ADD_GROUP_NAME_QUERY 0x00
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#define NBF_CMD_ADD_NAME_QUERY 0x01
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#define NBF_CMD_NAME_IN_CONFLICT 0x02
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#define NBF_CMD_STATUS_QUERY 0x03
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#define NBF_CMD_TERMINATE_TRACE 0x07
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#define NBF_CMD_DATAGRAM 0x08
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#define NBF_CMD_DATAGRAM_BROADCAST 0x09
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#define NBF_CMD_NAME_QUERY 0x0a
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#define NBF_CMD_ADD_NAME_RESPONSE 0x0d
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#define NBF_CMD_NAME_RECOGNIZED 0x0e
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#define NBF_CMD_STATUS_RESPONSE 0x0f
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#define NBF_CMD_TERMINATE_TRACE2 0x13
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#define NBF_CMD_DATA_ACK 0x14
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#define NBF_CMD_DATA_FIRST_MIDDLE 0x15
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#define NBF_CMD_DATA_ONLY_LAST 0x16
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#define NBF_CMD_SESSION_CONFIRM 0x17
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#define NBF_CMD_SESSION_END 0x18
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#define NBF_CMD_SESSION_INITIALIZE 0x19
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#define NBF_CMD_NO_RECEIVE 0x1a
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#define NBF_CMD_RECEIVE_OUTSTANDING 0x1b
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#define NBF_CMD_RECEIVE_CONTINUE 0x1c
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#define NBF_CMD_SESSION_ALIVE 0x1f
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//
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// NBF Transport Layer Header.
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//
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typedef struct _NBF_HDR_GENERIC {
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USHORT Length; // Length of this header in bytes.
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UCHAR Signature [2]; // always {0xef, 0xff} for NBF.
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UCHAR Command; // command code, NBF_CMD_xxx.
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UCHAR Data1; // optional parameter.
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USHORT Data2; // optional parameter.
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USHORT TransmitCorrelator; // transmit correlator parameter.
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USHORT ResponseCorrelator; // response correlator parameter.
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} NBF_HDR_GENERIC;
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typedef NBF_HDR_GENERIC UNALIGNED *PNBF_HDR_GENERIC;
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typedef struct _NBF_HDR_CONNECTION {
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USHORT Length; // length of the header in bytes (14).
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USHORT Signature; // always {0xef, 0xff} for NBF.
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UCHAR Command; // command code, NBF_CMD_xxx.
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UCHAR Data1; // optional parameter.
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UCHAR Data2Low, Data2High; // Intel-formatted DW parameter.
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USHORT TransmitCorrelator; // Intel-formatted DW param. (transmit correlator).
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USHORT ResponseCorrelator; // Intel-formatted DW param. (response correlator).
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UCHAR DestinationSessionNumber; // connection identifier of packet receiver.
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UCHAR SourceSessionNumber; // connection identifier of packet sender.
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} NBF_HDR_CONNECTION;
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typedef NBF_HDR_CONNECTION UNALIGNED *PNBF_HDR_CONNECTION;
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typedef struct _NBF_HDR_CONNECTIONLESS {
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USHORT Length; // length of the header in bytes (44).
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USHORT Signature; // always {0xef, 0xff} for NBF.
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UCHAR Command; // command code, NBF_CMD_xxx.
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UCHAR Data1; // optional parameter.
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UCHAR Data2Low, Data2High; // Intel-formatted DW parameter.
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USHORT TransmitCorrelator; // Intel-formatted DW param. (transmit correlator).
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USHORT ResponseCorrelator; // Intel-formatted DW param. (response correlator).
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UCHAR DestinationName [NETBIOS_NAME_LENGTH]; // name of packet receiver.
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UCHAR SourceName [NETBIOS_NAME_LENGTH]; // name of packet sender.
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} NBF_HDR_CONNECTIONLESS;
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typedef NBF_HDR_CONNECTIONLESS UNALIGNED *PNBF_HDR_CONNECTIONLESS;
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//
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// These macros are used to retrieve the transmit and response
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// correlators from an NBF_HDR_CONNECTION(LESS). The first two
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// are general, the second two are used when the correlators
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// are known to be WORD aligned.
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//
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#define TRANSMIT_CORR_A(_Hdr) ((_Hdr)->TransmitCorrelator)
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#define RESPONSE_CORR_A(_Hdr) ((_Hdr)->ResponseCorrelator)
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#ifdef _IA64_
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//
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// BUGBUG This is a workaround for a bug in the IA64 compiler version
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// 13.00.8837 (bug #utc_p7#15002: FE bug). When it is fixed, remove
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// this new version of the macros in favor of the original version,
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// below.
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//
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__inline
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USHORT UNALIGNED *
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TempUShortCast(
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IN USHORT UNALIGNED *p
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)
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{
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return p;
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}
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#define TRANSMIT_CORR(_Hdr) (*TempUShortCast( &(_Hdr)->TransmitCorrelator ))
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#define RESPONSE_CORR(_Hdr) (*TempUShortCast( &(_Hdr)->ResponseCorrelator ))
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#define HEADER_LENGTH(_Hdr) (*TempUShortCast( &(_Hdr)->Length ))
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#define HEADER_SIGNATURE(_Hdr) (*TempUShortCast( &(_Hdr)->Signature ))
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#else
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#define TRANSMIT_CORR(_Hdr) (*(USHORT UNALIGNED *)(&(_Hdr)->TransmitCorrelator))
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#define RESPONSE_CORR(_Hdr) (*(USHORT UNALIGNED *)(&(_Hdr)->ResponseCorrelator))
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#define HEADER_LENGTH(_Hdr) (*(USHORT UNALIGNED *)(&(_Hdr)->Length))
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#define HEADER_SIGNATURE(_Hdr) (*(USHORT UNALIGNED *)(&(_Hdr)->Signature))
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#endif
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#define HEADER_LENGTH_A(_Hdr) ((_Hdr)->Length)
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#define HEADER_SIGNATURE_A(_Hdr) ((_Hdr)->Signature)
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typedef union _NBF_HDR {
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NBF_HDR_GENERIC Generic;
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NBF_HDR_CONNECTION ConnectionOrientedFrame;
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NBF_HDR_CONNECTIONLESS ConnectionlessFrame;
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} NBF_HDR;
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typedef NBF_HDR UNALIGNED *PNBF_HDR;
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//
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// The following structures define I-frame, U-frame, and S-frame DLC headers.
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//
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#define DLC_SSAP_RESPONSE 0x0001 // if (ssap & DLC_SSAP_RESP), it's a response.
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#define DLC_SSAP_GLOBAL 0x00ff // the global SAP.
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#define DLC_SSAP_NULL 0x0000 // the null SAP.
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#define DLC_SSAP_MASK 0x00fe // mask to wipe out the response bit.
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#define DLC_DSAP_MASK 0x00fe // mask to wipe out the group SAP bit.
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#define DLC_CMD_RR 0x01 // command code for RR.
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#define DLC_CMD_RNR 0x05 // command code for RNR.
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#define DLC_CMD_REJ 0x09 // command code for REJ.
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#define DLC_CMD_SABME 0x6f // command code for SABME.
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#define DLC_CMD_DISC 0x43 // command code for DISC.
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#define DLC_CMD_UA 0x63 // command code for UA.
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#define DLC_CMD_DM 0x0f // command code for DM.
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#define DLC_CMD_FRMR 0x87 // command code for FRMR.
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#define DLC_CMD_UI 0x03 // command code for UI.
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#define DLC_CMD_XID 0xaf // command code for XID.
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#define DLC_CMD_TEST 0xe3 // command code for TEST.
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typedef struct _DLC_XID_INFORMATION {
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UCHAR FormatId; // format of this XID frame.
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UCHAR Info1; // first information byte.
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UCHAR Info2; // second information byte.
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} DLC_XID_INFORMATION;
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typedef DLC_XID_INFORMATION UNALIGNED *PDLC_XID_INFORMATION;
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typedef struct _DLC_TEST_INFORMATION {
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UCHAR Buffer [10]; // this buffer is actually arbitrarily large.
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} DLC_TEST_INFORMATION;
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typedef DLC_TEST_INFORMATION UNALIGNED *PDLC_TEST_INFORMATION;
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typedef struct _DLC_FRMR_INFORMATION {
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UCHAR Command; // format: mmmpmm11, m=modifiers, p=poll/final.
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UCHAR Ctrl; // control field of rejected frame.
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UCHAR Vs; // our next send when error was detected.
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UCHAR Vr; // our next receive when error was detected.
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UCHAR Reason; // reason for sending FRMR: 000VZYXW.
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} DLC_FRMR_INFORMATION;
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typedef DLC_FRMR_INFORMATION UNALIGNED *PDLC_FRMR_INFORMATION;
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typedef struct _DLC_U_FRAME {
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UCHAR Dsap; // Destination Service Access Point.
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UCHAR Ssap; // Source Service Access Point.
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UCHAR Command; // command code.
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union { // information field for FRMR, TEST, XID.
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DLC_XID_INFORMATION XidInfo; // XID information.
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DLC_TEST_INFORMATION TestInfo; // TEST information.
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DLC_FRMR_INFORMATION FrmrInfo; // FRMR information.
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NBF_HDR_CONNECTIONLESS NbfHeader; // UI frame contains NetBIOS header.
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} Information;
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} DLC_U_FRAME;
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typedef DLC_U_FRAME UNALIGNED *PDLC_U_FRAME;
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#define DLC_U_INDICATOR 0x03 // (cmd & DLC_U_IND) == DLC_U_IND --> U-frame.
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#define DLC_U_PF 0x10 // (cmd & DLC_U_PF) -> poll/final set.
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typedef struct _DLC_S_FRAME {
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UCHAR Dsap; // Destination Service Access Point.
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UCHAR Ssap; // Source Service Access Point.
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UCHAR Command; // RR, RNR, REJ command code.
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UCHAR RcvSeq; // receive seq #, bottom bit is poll/final.
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} DLC_S_FRAME;
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typedef DLC_S_FRAME UNALIGNED *PDLC_S_FRAME;
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#define DLC_S_PF 0x01 // (rcvseq & DLC_S_PF) means poll/final set.
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typedef struct _DLC_I_FRAME {
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UCHAR Dsap; // Destination Service Access Point.
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UCHAR Ssap; // Source Service Access Point.
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UCHAR SendSeq; // send sequence number, bottom bit 0.
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UCHAR RcvSeq; // rcv sequence number, bottom bit p/f.
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} DLC_I_FRAME;
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typedef DLC_I_FRAME UNALIGNED *PDLC_I_FRAME;
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#define DLC_I_PF 0x01 // (rcvseq & DLC_I_PF) means poll/final set.
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#define DLC_I_INDICATOR 0x01 // !(sndseq & DLC_I_INDICATOR) indicates I-frame.
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typedef struct _DLC_FRAME {
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UCHAR Dsap; // Destination Service Access Point.
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UCHAR Ssap; // Source Service Access Point.
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UCHAR Byte1; // command byte.
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} DLC_FRAME;
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typedef DLC_FRAME UNALIGNED *PDLC_FRAME;
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//
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// This macro builds a DLC UI-frame header.
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//
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#define NbfBuildUIFrameHeader(_Header) \
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{ \
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PDLC_FRAME DlcHeader = (PDLC_FRAME)(_Header); \
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DlcHeader->Dsap = DSAP_NETBIOS_OVER_LLC; \
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DlcHeader->Ssap = DSAP_NETBIOS_OVER_LLC; \
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DlcHeader->Byte1 = DLC_CMD_UI; \
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}
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//
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// Resume previous structure packing method.
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//
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#ifdef PACKING
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#ifdef __STDC__
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#pragma Pop(Align_members)
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#else
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#pragma pack()
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#endif // def __STDC__
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#endif // def PACKING
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#endif // def _NBFHDRS_
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