windows-nt/Source/XPSP1/NT/printscan/fax/provider/t30/headers/protdump.h

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2020-09-26 03:20:57 -05:00
//////////////////////// Protocol Dump APIs ////////////////////////////
#ifdef PDUMP // Protocol Dump
//macros defined to access fields of the protocol dump
#define GETPROTDUMPFRAME(lpprotdump,i) \
((LPFR)(((LPBYTE)(lpprotdump->b)) + lpprotdump->uFrameOff[i])) \
#define ISSENDFRAME(lpfr) \
((lpfr->ifr & 0x80))
#define GETFCF(lpfr,lpszBuf) \
(wsprintf(lpszBuf, \
(LPSTR)(rgszFrName[lpfr->ifr & 0x7F])))
#define GETFIF(lpfr,lpszBuf) \
{ \
int j; \
*lpszBuf = '\0'; \
for(j=0;j<lpfr->cb;j++) \
lpszBuf += wsprintf(lpszBuf,"%02x",(WORD)lpfr->fif[j]); \
}
///////// Sample Code for walking & printing Protocol Dump ////////
//
// void PrintDump(LPPROTDUMP lpprotdump)
// {
// int i, j;
//
// RETAILMSG((SZMOD "-*-*-*-*-*-*-*-* Print Protocol Dump -*-*-*-*-*-*-*-*-\r\n"));
//
// for(i=0; i<(int)lpprotdump->uNumFrames; i++)
// {
// LPFR lpfr = (LPFR) (((LPBYTE)(lpprotdump->b)) + lpprotdump->uFrameOff[i]);
// IFR ifr = (lpfr->ifr & 0x7F);
// BOOL fSend = (lpfr->ifr & 0x80);
//
// BG_CHK(ifr <= ifrMAX);
// RETAILMSG((SZMOD "%s: %s [ ",
// (LPSTR)(fSend ? "Sent" : "Recvd"),
// (LPSTR)(rgszFrName[ifr]) ));
//
// for(j=0; j<lpfr->cb; j++)
// RETAILMSG(("%02x ", (WORD)lpfr->fif[j]));
//
// RETAILMSG(("]\r\n"));
// }
//
// RETAILMSG((SZMOD "-*-*-*-*-*-*-*-* End Protocol Dump -*-*-*-*-*-*-*-*-\r\n"));
// }
//
///////////////////////////////////////////////////////////////////
#ifdef DEFINE_FRNAME_ARRAY
#define ifrMAX 48
LPSTR rgszFrName[ifrMAX] = {
#define ifrNULL 0
"???",
#define ifrDIS 1
"DIS",
#define ifrCSI 2
"CSI",
#define ifrNSF 3
"NSF",
#define ifrDTC 4
"DTC",
#define ifrCIG 5
"CIG",
#define ifrNSC 6
"NSC",
#define ifrDCS 7
"DCS",
#define ifrTSI 8
"TSI",
#define ifrNSS 9
"NSS",
#define ifrCFR 10
"CFR",
#define ifrFTT 11
"FTT",
#define ifrMPS 12
"MPS",
#define ifrEOM 13
"EOM",
#define ifrEOP 14
"EOP",
#define ifrPWD 15
"PWD",
#define ifrSEP 16
"SEP",
#define ifrSUB 17
"SUB",
#define ifrMCF 18
"MCF",
#define ifrRTP 19
"RTP",
#define ifrRTN 20
"RTN",
#define ifrPIP 21
"PIP",
#define ifrPIN 22
"PIN",
#define ifrDCN 23
"DCN",
#define ifrCRP 24
"CRP",
#define ifrPRI_MPS 25
"PRI_MPS",
#define ifrPRI_EOM 26
"PRI_EOM",
#define ifrPRI_EOP 27
"PRI_EOP",
#define ifrCTC 28
"CTC",
#define ifrCTR 29
"CTR",
#define ifrRR 30
"RR" ,
#define ifrPPR 31
"PPR",
#define ifrRNR 32
"RNR",
#define ifrERR 33
"ERR",
#define ifrPPS_NULL 34
"PPS-NULL",
#define ifrPPS_MPS 35
"PPS-MPS",
#define ifrPPS_EOM 36
"PPS-EOM",
#define ifrPPS_EOP 37
"PPS-EOP",
#define ifrPPS_PRI_MPS 38
"PPS-PRI-MPS",
#define ifrPPS_PRI_EOM 39
"PPS-PRI-EOM",
#define ifrPPS_PRI_EOP 40
"PPS-PRI-EOP",
#define ifrEOR_NULL 41
"EOR-NULL",
#define ifrEOR_MPS 42
"EOR-MPS",
#define ifrEOR_EOM 43
"EOR-EOM",
#define ifrEOR_EOP 44
"EOR-EOP",
#define ifrEOR_PRI_MPS 45
"EOR-PRI-MPS",
#define ifrEOR_PRI_EOM 46
"EOR-PRI-EOM",
#define ifrEOR_PRI_EOP 47
"EOR-PRI-EOP"
#define ifrMAX 48
};
#endif //DEFINE_FRNAME_ARRAY
#endif //PDUMP