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Text File | 1992-02-01 | 59.2 KB | 1,361 lines

Newsgroups: comp.sources.unix From: sir-alan!ispin!lbartz@iuvax.cs.indiana.edu (Larry Bartz) Subject: v25i115: Indianapolis Standard Printer Interface for Networked printers, Part04/15 Sender: sources-moderator@pa.dec.com Approved: vixie@pa.dec.com Submitted-By: sir-alan!ispin!lbartz@iuvax.cs.indiana.edu (Larry Bartz) Posting-Number: Volume 25, Issue 115 Archive-Name: ispin/part04 #! /bin/sh # This is a shell archive. Remove anything before this line, then unpack # it by saving it into a file and typing "sh file". To overwrite existing # files, type "sh file -c". You can also feed this as standard input via # unshar, or by typing "sh <file", e.g.. If this archive is complete, you # will see the following message at the end: # "End of archive 4 (of 15)." # Contents: ISPIN/h/nqspool.h ISPIN/h/localcnfg.h ISPIN/src/IQ.c # ISPIN/src/ISPINTRFCE.c # ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/PLAIN # ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/C351_PLAIN # ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_NOSHT # ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_SHT # ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/C351_PLAIN # ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_NOSHT # ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_SHT # ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/PLAIN # ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/C351_PLAIN # Wrapped by socrates@indy6 on Tue Jan 28 15:26:34 1992 PATH=/bin:/usr/bin:/usr/ucb ; export PATH if test -f 'ISPIN/h/nqspool.h' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/h/nqspool.h'\" else echo shar: Extracting \"'ISPIN/h/nqspool.h'\" $7069 characters$ sed "s/^X//" >'ISPIN/h/nqspool.h' <<'END_OF_FILE' X/* @[$]spool.h 2.3 10/26/82 16:54:01 - Zilog Inc */ X/* include file for spooler routines ... especially backends */ X X/*************************************************************** X** X** Instructions for writing backends for the Zeus printer spooler X** X** X** The purpose of a backend is to do the actual printing for the X** spooling system. The simplest backend would merely copy input X** from file descriptor RFFD to file descriptor SFFD. Many devices X** require modification of their input in order to work properly. X** In many cases, they require the addition or deletion of control X** sequences for proper operation. A familiar example is the line X** printer which generally cannot handle backspace characters. X** X** In addition to filtering, backends can be used to generate banner X** pages and burst pages for easy separation and identification of X** print requests. X** X** Backends for the Zeus printer spooler are expected to copy input X** from RFFD to SFFD while doing any filtering required. Other X** than copying input to output, there is only one other condition X** backends must handle. If they receive a '-B' on the command X** line, they must not read RFFD. The '-B' flag is generated by X** the dqueuer when it cannot find the file to be printed. It X** is used by the dqueuer to cause system supplied backends to indicate X** 'file not found' on a banner page by itself. A backend X** may handle flags and status that the dqueuer passes to it. X** X** Backends may expect the following flags to be passed as arguments X** when they are invoked. They are used for banner page information X** by the system backends. X** X** -B File not found. X** -c x Print file x number of times. X** -d dest Destination string X** -f file File name being printed. X** -F from 'from' is the user making the request. X** -s time String with time that file was spooled X** -t title Title requested X** X** In addition to these flags, any extra options included in the X** options field of a device line in the configuration file will X** be passed directory to the backend. For instance, the text(M) X** backend recognizes '-T command' in the configuration file as X** and will pass the 'command' to stty. X** X** The spooling system also allows the backend to return certain X** statuses so that xq(1) can monitor its progress. This is done X** through the file on STATUSFD. The contents of this file is the X** structure 'Dstat' whose definition is included in this file. X** the only fields that the backend may access are the 'Dpgsdone' X** (number of pages printed) and the 'Dpercentd' (percentage of file X** printed) fields. Modification of the other fields may X** cause unpredictable results. Use the OFFSET macro included in X** this file to access these fields. An example of its use X** follows: X** X** int pages; X** struct Dstat dummy; X** X** lseek(STATUSFD, OFFSET(dummy,Dpgsdone),0); X** write(STATUSFD, &pages, sizeof(pages)); X** X** The fields Dpgsdone and Dpercentd are printed by xq(1). They X** are originally set to -1 indicating to xq that the backend does X** not support these counters. Thus, no problems will be caused X** by not including this support. Again, do not try to read or X** write any other fields of the Dstat structure. The spooler X** uses recording locking extensively, and even reading a field X** may cause a deadlock situation. X** X** Upon completion of processing, the backend exits. If the exit X** returns a non-zero value, the spooler will assume an error has X** occured and try to recover. If error logging is enabled it will X** write a message and the return the code into the error file. It X** will then try to repeat the request. If the error reoccures more X** than two times, the dqueuer will set the device status to DOWN. X** The Device may be reenabled by using the command X** X** xq -q q:dev -Ud X** X** where 'q:dev' is replaced with the que name and device number. SEe X** xq(M) for more details. X** X****************************************************************/ X X/* special types */ X X/* for purposes of ISPIN: */ X/* comment these out because we already have them specified in another .h */ X/* #include <sys/types.h> */ X/* #include <signal.h> */ X X/* spooler logs errors ... they are classified as: */ X#define FATAL 0 X#define WARNING 1 X X/* for purposes of ISPIN: */ X/* we are using STATUS for our own purposes */ X/* #define STATUS 2 */ X X#define FORML 9 /* max length of form names */ X X/* Macro definition to find the offset (in bytes) of a certain element in a X** structure X*/ X#define OFFSET(struct,item) (off_t)((char *)&(struct.item) - (char *)&struct) X X/* interprocess communication sometimes uses double record locking X** the following structure is used in those cases X*/ Xtypedef struct ippid { X int pide; /* pid element */ X int accesse;/* access element */ X } ippid; X X/* entries in device status directory */ Xstruct Dstat { X int Dstatus; X int Duid; X char Dform[FORML]; X time_t last_dispatched;/* last time we were X ** dispatched X */ X int retrys; /* number of dispatch retrys */ X ippid Dpid; /* pid of backend active on X ** this device X */ X int Dpgsdone; X int Dseqn; X int Dpercentd; X }; X X/* redefinition of signals used between backends and the spooler programs */ X#define SIGBACK SIGTRAP X#define SIGSTOP SIGIOT X#define SIGRES SIGFPE X X/* these defines identify which fds go with what during invocation of X** backends, logerr and other stuff X*/ X#define LOGERRFD 0 /* fileds of logerr/error file */ X#define SFFD 1 /* fileds of special file being used X ** NOTE: this constant should not be changed. X ** The text(M) backend exec's stty(1) and will X ** come up with megaproblems if fileds 1 is not X ** the special file X */ X#define STATUSFD 2 /* fileds of status file for device */ X#define RFFD 3 /* fileds of request file to be printed */ END_OF_FILE if test 7069 -ne `wc -c <'ISPIN/h/nqspool.h'`; then echo shar: \"'ISPIN/h/nqspool.h'\" unpacked with wrong size! fi # end of 'ISPIN/h/nqspool.h' fi if test -f 'ISPIN/h/localcnfg.h' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/h/localcnfg.h'\" else echo shar: Extracting \"'ISPIN/h/localcnfg.h'\" $6540 characters$ sed "s/^X//" >'ISPIN/h/localcnfg.h' <<'END_OF_FILE' X/****************************************************************************/ X/* */ X/* 1988, SOWSEAR ENGINEERING, SOFTWARE GROUP Indianapolis, IN */ X/* */ X/* our motto: "Who says you can't...?" */ X/* */ X/****************************************************************************/ X/* */ X/* LOCALCNFG.H */ X/* */ X/* localcnfg.h is a header file which is shared by ISPIN, IQUEUER, and IQ. */ X/* */ X/* The items and constants described in this header file are those which */ X/* are likely to be adjusted at install time to suit local needs and */ X/* preferences. */ X/* */ X/* */ X/****************************************************************************/ X/* */ X/* COMMENTS */ X/* */ X/* read common.h for the BIG PICTURE */ X/* */ X/****************************************************************************/ X/* */ X/* DEFINES */ X/* */ X/* */ X/* SITELINE is the opportunity for you to tailor the banner page to reflect */ X/* the name of your site. */ X/* Please only modify what is between the first and last asterisk. */ X/* Leave it just this width, so it matches the rest of the banner. */ X/* */ X#define SITELINE "* ***** INDIANAPOLIS DISTRICT OFFICE ***** *\n" X/* */ X/* */ X/* */ X/* These path-specific #defined variables seemed to me like logical places */ X/* to put things. If you don't agree, change 'em! */ X/* */ X/* If you do change the locations, adjust your applicable install script */ X/* accordingly. */ X/* */ X/* The file where we'll write event msgs and error msgs. */ X#ifdef NQ X#define LOGFILE "/usr/spool/queuer/ISPIN/log" X#else X#define LOGFILE "/usr/spool/lp/ISPIN/log" X#endif X/* */ X/* */ X/* Directory location FIFOs. Again, the location is merely a suggestion. */ X#ifdef NQ X#define FIFOdir "/usr/spool/queuer/ISPIN/FIFO/" X#else X#define FIFOdir "/usr/spool/lp/ISPIN/FIFO/" X#endif X/* */ X/* */ X/* Name of ISPIN's table of remote printer information. Again, the location */ X/* is merely a suggestion. */ X#ifdef NQ X#define RTAB "/usr/spool/queuer/ISPIN/rtab" X#else X#define RTAB "/usr/spool/lp/ISPIN/rtab" X#endif X/* */ X/* */ X/* Location of the ISPIN executable. This constant is used by the small */ X/* executable which serves as the "interface" in the LP situation, thereby */ X/* requiring only one centrally located copy of the ISPIN executable. */ X/* INTRFCE execs the ISPIN. This saves considerable disk space, as opposed */ X/* to having a complete, separate ISPIN as the interface for each queue */ X/* member. */ X#define INTRFCE "/usr/spool/lp/ISPIN/ispin" X/* */ X/* */ X/****************************************************************************/ X/* */ X/* INCLUDES */ X/* */ X/* Refer to common.h */ X/* */ X/* */ X/* */ X/****************************************************************************/ X/* */ X/* DATA TYPES, VARIABLES, ETC */ X/* */ X/* Refer to common.h */ X/* */ X/* */ X/* */ X/****************************************************************************/ END_OF_FILE if test 6540 -ne `wc -c <'ISPIN/h/localcnfg.h'`; then echo shar: \"'ISPIN/h/localcnfg.h'\" unpacked with wrong size! fi # end of 'ISPIN/h/localcnfg.h' fi if test -f 'ISPIN/src/IQ.c' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/src/IQ.c'\" else echo shar: Extracting \"'ISPIN/src/IQ.c'\" $24478 characters$ sed "s/^X//" >'ISPIN/src/IQ.c' <<'END_OF_FILE' X/****************************************************************************/ X/* */ X/* IQ - IQUEUER query program. An executable to check current status of: */ X/* */ X/* */ X/* */ X/* IQUEUER - the secondary queueing daemon for: */ X/* */ X/* ISPIN */ X/* */ X/* Indianapolis Standard Printer Interface (for Network printers) */ X/****************************************************************************/ X/* */ X/* Copyright (C) 1991 */ X/* Larry Bartz */ X/* Internal Revenue Service */ X/* Indianapolis District Office */ X/* */ X/* This program is free software; you can redistribute it and/or modify */ X/* it under the terms of the GNU General Public License as published by */ X/* the Free Software Foundation, version 1. */ X/* */ X/* This program is distributed in the hope that it will be useful, */ X/* but WITHOUT ANY WARRANTY; without even the implied warranty of */ X/* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the */ X/* GNU General Public License for more details. */ X/* */ X/* You should have received a copy of the GNU General Public License */ X/* along with this program; if not, write to the Free Software */ X/* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. */ X/* */ X/****************************************************************************/ X/* */ X/* COMMENTS */ X/* */ X/* Read comments in common.h for the BIG PICTURE. */ X/* */ X/****************************************************************************/ X/* */ X/* DEFINES */ X/* */ X/* Refer to common.h and iqueuer.h */ X/* */ X/* #define DEBUG */ X/* */ X/****************************************************************************/ X/* */ X/* INCLUDES */ X/* */ X/* Refer to common.h and iqueuer.h */ X/* */ X#include "../h/iqueuer.h" X/* */ X/* */ X/****************************************************************************/ X/* */ X/* DATA TYPES, VARIABLES, ETC */ X/* */ X/* Refer to common.h and iqueuer.h */ X/* */ X/* */ X/* */ X/****************************************************************************/ X/* */ X/* MODIFICATIONS */ X/* */ X/* 10/13/89 Kevin Fannin - Modified program to print "unassigned" for port */ X/* when iq reports on a waiting job. Waiting jobs */ X/* now have the port inode number set to -1 to */ X/* indicate that no device has been chosen yet. */ X/****************************************************************************/ X Xmain(argc,argv) Xint argc; Xchar *argv[]; X{ X int gotstats = 0; X X int check_char, keep_char; X X int not_now(); X X char out_buf[BUFSIZ]; X X char *myncheck(); X X X count1 = count2 = 0; X X /* take care of the signals */ X signal(SIGINT, SIG_DFL); /* default for "interrupt" signal <DEL> */ X signal(SIGHUP, SIG_DFL); /* default for "hang up" signal */ X signal(SIGQUIT, SIG_DFL); /* default for "quit" signal */ X signal(SIGALRM, SIG_DFL); /* default for "alarm" signal */ X signal(SIGTERM, not_now); /* trap "term" signal */ X X /* allocate storage for our file status buffer */ X stat_buf = (struct stat *) calloc(1,sizeof(struct stat)); X X X /* what is the name of the FIFO I talk through? */ X strcpy(outFIFO,FIFOdir); X strcat(outFIFO,"IQUEUER"); X /* does it exist? */ X if(stat(outFIFO,stat_buf)) X { X /* if not, */ X /* die horribly */ X /* need to send out an error msg */ X /* format an error message */ X time(&tloc); X nowtime = (struct tm *)localtime(&tloc); X time_str = asctime(nowtime); X sprintf(errmsg,"IQ: stat outFIFO: %s. time:\n",sys_errlist[errno]); X strcat(errmsg," "); X strcat(errmsg,time_str); X strcat(errmsg,"\n"); X X fprintf(stderr,errmsg); X exit(1); X X } X X X /* An open for writing will block unless a process (IQUEUER) has the file */ X /* open for reading. */ X X X signal(SIGALRM, not_now); X alarm(5); X /* this open of the FIFO is the one we'll use for our write */ X if((outfifo = open(outFIFO,O_WRONLY)) == -1) X { X /* need to send out an error msg */ X /* format an error message */ X time(&tloc); X nowtime = (struct tm *)localtime(&tloc); X time_str = asctime(nowtime); X sprintf(errmsg,"IQ: open %s: %s. time:\n",outFIFO,sys_errlist[errno]); X strcat(errmsg," "); X strcat(errmsg,time_str); X strcat(errmsg,"\n"); X X fprintf(stderr,errmsg); X exit(1); X X } X alarm(0); X signal(SIGALRM, SIG_IGN); X X X /* open the status fifo */ X X /* what is the name of the status FIFO ? */ X strcpy(statFIFO,FIFOdir); X strcat(statFIFO,"STATUS"); X /* does it exist? */ X if(stat(statFIFO,stat_buf)) X { X /* if not, */ X /* create it if we can */ X if(mknod(statFIFO,0010666,1) != SUCCESS) X { X /* It didn't exist and we couldn't create it either. */ X /* All hope is lost. */ X /* need to send out an error msg */ X /* format an error message */ X time(&tloc); X nowtime = (struct tm *)localtime(&tloc); X time_str = asctime(nowtime); X sprintf(errmsg,"IQ: mknod statFIFO: %s. time:\n",sys_errlist[errno]); X strcat(errmsg," "); X strcat(errmsg,time_str); X strcat(errmsg,"\n"); X X /* We can still write to stderr at this point. */ X fprintf(stderr,errmsg); X X exit(1); X } X } X X X /* An open for reading will block unless a process (IQUEUER) has the file */ X /* open for writing. */ X X signal(SIGALRM, not_now); X alarm(5); X if((statropn = open(statFIFO,O_RDONLY)) == -1) X { X /* need to send out an error msg */ X /* format an error message */ X time(&tloc); X nowtime = (struct tm *)localtime(&tloc); X time_str = asctime(nowtime); X sprintf(errmsg,"IQ: IQUEUER does not exist. time:\n"); X strcat(errmsg," "); X strcat(errmsg,time_str); X strcat(errmsg,"\n"); X X /* We can still write to stderr at this point. */ X fprintf(stderr,errmsg); X X exit(1); X } X alarm(0); X signal(SIGALRM, SIG_IGN); X X free(stat_buf); X X /* format our message to the almighty IQUEUER */ X X /* what type of message? */ X req_msg.typ.intgr = STATUS; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.typ.chr[count1++]; X } X count1 = 0; X X /* what is my pid? */ X req_msg.my_pid.intgr = getpid(); X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.my_pid.chr[count1++]; X } X count1 = 0; X X req_msg.my_fifo.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.my_fifo.chr[count1++]; X } X count1 = 0; X X req_msg.dev1_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev1_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev2_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev2_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev3_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev3_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev4_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev4_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev5_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev5_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev6_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev6_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev7_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev7_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev8_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev8_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev9_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev9_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev10_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev10_inod.chr[count1++]; X } X count1 = 0; X X req_msg.dev11_inod.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.dev11_inod.chr[count1++]; X } X count1 = 0; X X /* identify the requesting user */ X req_msg.uid.intgr = (int)getuid(); X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.uid.chr[count1++]; X } X count1 = 0; X X req_msg.loop.intgr = 0; X while(count1 < intsize) X { X msg_buf[count2++] = req_msg.loop.chr[count1++]; X } X count1 = 0; X count2 = 0; X X /* send our message to the almighty IQUEUER */ X X count1 = write(outfifo,msg_buf,to_iqrsiz); X close(outfifo); X X#ifdef DEBUG X printf("wrote %d chars\n",count1); X#endif X X count1 = 0; X X /* read until we get a message of all zeroes */ X X X to_IQ.typ.lng = 1L; X X while(to_IQ.typ.lng != 0L) X { X chars_got = read(statropn,msg_buf, to_iq_siz); X X#ifdef DEBUG X printf("first read %d chars\n",chars_got); X#endif X X if(chars_got < 1) X { X close(statropn); X if((statropn = open(statFIFO,O_RDONLY)) == -1) X { X /* need to send out an error msg */ X /* format an error message */ X time(&tloc); X nowtime = (struct tm *)localtime(&tloc); X time_str = asctime(nowtime); X sprintf(errmsg,"IQ: IQUEUER does not exist. time:\n"); X strcat(errmsg," "); X strcat(errmsg,time_str); X strcat(errmsg,"\n"); X X /* We can still write to stderr at this point. */ X fprintf(stderr,errmsg); X X exit(1); X } X chars_got = read(statropn,msg_buf, to_iq_siz); X X#ifdef DEBUG X printf("second read %d chars\n",chars_got); X#endif X X X } X X /* fill our structure of unions from the msg_buf */ X count1 = count2 = 0; X X while(count1 < longsize) X { X to_IQ.typ.chr[count1++] = msg_buf[count2++]; X } X count1 = 0; X X while(count1 < longsize) X { X to_IQ.devinod.chr[count1++] = msg_buf[count2++]; X } X count1 = 0; X X while(count1 < longsize) X { X to_IQ.my_fifo.chr[count1++] = msg_buf[count2++]; X } X count1 = 0; X X while(count1 < longsize) X { X to_IQ.pid.chr[count1++] = msg_buf[count2++]; X } X count1 = 0; X X while(count1 < longsize) X { X to_IQ.time_in.chr[count1++] = msg_buf[count2++]; X } X count1 = 0; X X while(count1 < longsize) X { X to_IQ.time_out.chr[count1++] = msg_buf[count2++]; X } X count1 = 0; X X while(count1 < longsize) X { X to_IQ.uid.chr[count1++] = msg_buf[count2++]; X } X count1 = 0; X X while(count1 < longsize) X { X to_IQ.loop.chr[count1++] = msg_buf[count2++]; X } X count1 = 0; X count2 = 0; X X /* now see what we got */ X if(to_IQ.typ.lng != 0L) X { X ++gotstats; X X if(gotstats == 1) X { X /* do a header for jobs which are running */ X sprintf(out_buf,"PORT "); /* 14 positions, plus space */ X strcat(out_buf,"PRINTER "); /* 14 positions, plus space */ X strcat(out_buf,"PID "); /* 6 positions, plus space */ X strcat(out_buf,"TIME-IN "); /* 8 positions, plus space */ X strcat(out_buf,"STATE-TIME "); /* 8 positions, plus space */ X /* STATE TIME header over- */ X /* -runs following field */ X strcat(out_buf,"USER "); /* 8 positions, plus space */ X strcat(out_buf," LOOP "); /* 5 positions, plus space */ X strcat(out_buf,"STATE\n\n"); /* 10 positions, plus \n's */ X X printf(out_buf); X } X X /* make some sense of what we got */ X X /**********************************************************************/ X X /* If -1 was passed as inode number, this signifies that the job */ X /* is waiting to be assigned a device once one becomes available. */ X X if (to_IQ.devinod.lng == -1) X strcpy(lil_buf,"unassigned"); X else X /* get cpu port's name from inode number */ X strcpy(lil_buf,myncheck((int)to_IQ.devinod.lng,"/dev")); X X if(strlen(lil_buf) == 0) X { X /* need to send out an error msg */ X /* format an error message */ X time(&tloc); X nowtime = (struct tm *)localtime(&tloc); X time_str = asctime(nowtime); X sprintf(errmsg,"IQ: can't find port used by ISPIN pid = %d. time:\n",(int)to_IQ.pid.lng); X strcat(errmsg," "); X strcat(errmsg,time_str); X strcat(errmsg,"\n"); X X fprintf(stderr,errmsg); X /* don't exit */ X } X X/*****************************************************************************/ X sprintf(out_buf,"%-*s",15, lil_buf); X/*****************************************************************************/ X /* get printer's fifo's name from inode number */ X /* where's his FIFO? */ X X strcpy(lil_buf,myncheck((int)to_IQ.my_fifo.lng,FIFOdir)); X X if(strlen(lil_buf) == 0) X { X /* need to send out an error msg */ X /* format an error message */ X time(&tloc); X nowtime = (struct tm *)localtime(&tloc); X time_str = asctime(nowtime); X sprintf(errmsg,"IQ: can't find FIFO of ISPIN pid = %d. time:\n",(int)to_IQ.pid.lng); X strcat(errmsg," "); X strcat(errmsg,time_str); X strcat(errmsg,"\n"); X X fprintf(stderr,errmsg); X /* don't exit */ X } X X X/*****************************************************************************/ X sprintf(build_cmd,"%-*s",15,lil_buf); X strcat(out_buf, build_cmd); X/*****************************************************************************/ X X sprintf(build_cmd,"%-*ld",7,to_IQ.pid.lng); X strcat(out_buf, build_cmd); X X /* create something from the time */ X tloc = to_IQ.time_in.lng; X nowtime = (struct tm *)localtime(&tloc); X sprintf(build_cmd,"%2.2d:",nowtime->tm_hour); X strcat(out_buf, build_cmd); X sprintf(build_cmd,"%2.2d:",nowtime->tm_min); X strcat(out_buf, build_cmd); X sprintf(build_cmd,"%2.2d ",nowtime->tm_sec); X strcat(out_buf, build_cmd); X X if((int)to_IQ.typ.lng == WAITING) X { X strcat(out_buf," "); X } X else X { X /* create something from the time */ X tloc = to_IQ.time_out.lng; X nowtime = (struct tm *)localtime(&tloc); X sprintf(build_cmd,"%2.2d:",nowtime->tm_hour); X strcat(out_buf, build_cmd); X sprintf(build_cmd,"%2.2d:",nowtime->tm_min); X strcat(out_buf, build_cmd); X sprintf(build_cmd,"%2.2d ",nowtime->tm_sec); X strcat(out_buf, build_cmd); X } X X /* get logname from uid */ X pass = getpwuid((int)to_IQ.uid.lng); X sprintf(build_cmd,"%-*s",8,pass->pw_name); X strcat(out_buf, build_cmd); X X /* which loop are we on? */ X sprintf(build_cmd,"%*d",5,(int)to_IQ.loop.lng); X strcat(out_buf, build_cmd); X X strcat(out_buf, " "); X X switch((int)to_IQ.typ.lng) X { X case STARTUP: X strcat(out_buf,"STARTUP"); X break; X case CONNECTING: X strcat(out_buf,"CONNECT"); X break; X case PRINTING: X strcat(out_buf,"PRINTING"); X break; X case LOOPING: X strcat(out_buf,"LOOPING"); X break; X case WAITING: X strcat(out_buf,"WAIT port"); X break; X case DISCONNECTING: X strcat(out_buf,"DISCONNECT"); X break; X case QUITTING: X strcat(out_buf,"QUITTING"); X break; X default: X strcat(out_buf,"NOTIFY SYS ADMIN"); X break; X } X X X strcat(out_buf, "\n"); X X X printf(out_buf); X } X } X if(gotstats == 0) X { X fprintf(stderr,"all quiet\n"); X } X} X X Xnot_now(sig) Xint sig; X{ X /* take care of the signals */ X signal(SIGINT, SIG_IGN); /* ignore "interrupt" signal <DEL> */ X signal(SIGHUP, SIG_IGN); /* ignore "hang up" signal */ X signal(SIGQUIT, SIG_IGN); /* ignore "quit" signal */ X signal(SIGALRM, SIG_IGN); /* ignore "alarm" signal */ X signal(SIGTERM, SIG_IGN); /* ignore "term" signal */ X X switch(sig) X { X case SIGTERM: X fprintf(stderr, "IQ: IQUEUER status not available now.\n"); X break; X case SIGALRM: X fprintf(stderr, "IQ: IQUEUER not running now.\n"); X break; X default: X fprintf(stderr, "IQ: IQ bombed off.\n"); X break; X } X X exit(1); X} X X/**************************************************************************/ X/* */ X/* MYNCHECK */ X/* */ X/* 04/20/89 L. Bartz, Internal Revenue Service, Indianapolis */ X/* */ X/* This function is given an inode number and (pointer to) directory */ X/* name. It returns (pointer to) file name associated with the inode */ X/* number on success, null character pointer on failure. */ X/* */ X/* Must have been declared in the calling function like so: */ X/* */ X/* char *myncheck(); */ X/* Called like so: */ X/* */ X/* strcpy(fylname,myncheck(inode,dirname)); */ X/* */ X/* Where variables have been declared in the calling function like so: */ X/* */ X/* int inode; */ X/* char *dirname; */ X/* char fylname[DIRSIZ + 1]; */ X/* */ X/* DIRSIZ is #defined in sys/dir.h */ X/* */ X/* */ X/* */ X/* 05/11/90 LSB - Modified for enhanced portability to accomodate the */ X/* more modern "dirent" directory structure and related */ X/* family of directory access routines. */ X/* Presently only good for those dirent-style systems */ X/* which support a vestigal sys/dir.h file and a */ X/* struct dirent which is named "direct" for backwards */ X/* compatibility. */ X/* */ X/* */ X/**************************************************************************/ Xchar *myncheck(inode,dirname) Xint inode; Xchar *dirname; X{ X/* uncomment the following if not elsewhere included */ X/* #include <stdio.h> */ X X/* uncomment the following if not elsewhere included */ X/* #include <sys/types.h> */ X X/* uncomment the following if not elsewhere included */ X/* #include <sys/dir.h> */ X X X int ret_val = 1; X X#ifdef MODERN_DIRS X/* uncomment the following if not elsewhere included */ X/* #include <strings.h> */ X X DIR *file1; X struct direct *dp; X char dir_name[MAXNAMLEN+1]; X#else X/* uncomment the following if not elsewhere included */ X/* #include <string.h> */ X/* uncomment the following if not elsewhere included */ X/* #include <fcntl.h> */ X FILE *file1; X struct direct dir1; X#endif X X X X#ifdef MODERN_DIRS X X file1 = opendir(dirname); X X while((dp = readdir(file1)) != NULL ) X { X if((int)dp->d_ino == inode) X { X strcpy(&dir_name[0], dp->d_name); X closedir(file1); X return((char *) &dir_name[0]); X } X } X closedir(file1); X X#else X file1 = fopen(dirname,"r"); X X while(ret_val > 0) X { X ret_val = fread(&dir1,sizeof(struct direct),1,file1); X if((int)dir1.d_ino == inode) X { X fclose(file1); X return((char *) &dir1.d_name[0]); X } X } X fclose(file1); X#endif X X /* we didn't find it */ X return((char *) 0); X} END_OF_FILE if test 24478 -ne `wc -c <'ISPIN/src/IQ.c'`; then echo shar: \"'ISPIN/src/IQ.c'\" unpacked with wrong size! fi # end of 'ISPIN/src/IQ.c' fi if test -f 'ISPIN/src/ISPINTRFCE.c' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/src/ISPINTRFCE.c'\" else echo shar: Extracting \"'ISPIN/src/ISPINTRFCE.c'\" $5601 characters$ sed "s/^X//" >'ISPIN/src/ISPINTRFCE.c' <<'END_OF_FILE' X/****************************************************************************/ X/* */ X/* ISPINTRFCE - serves as the "interface" program under the lp(1) spooler. */ X/* determines spool member name, then passes name and all */ X/* other arguments to ISPIN for execution. */ X/* */ X/* */ X/* */ X/* */ X/* ISPIN */ X/* */ X/* Indianapolis Standard Printer Interface (for Network printers) */ X/****************************************************************************/ X/* */ X/* Copyright (C) 1991 */ X/* Larry Bartz */ X/* Internal Revenue Service */ X/* Indianapolis District Office */ X/* */ X/* This program is free software; you can redistribute it and/or modify */ X/* it under the terms of the GNU General Public License as published by */ X/* the Free Software Foundation, version 1. */ X/* */ X/* This program is distributed in the hope that it will be useful, */ X/* but WITHOUT ANY WARRANTY; without even the implied warranty of */ X/* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the */ X/* GNU General Public License for more details. */ X/* */ X/* You should have received a copy of the GNU General Public License */ X/* along with this program; if not, write to the Free Software */ X/* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. */ X/* */ X/****************************************************************************/ X/* */ X/* COMMENTS */ X/* */ X/* Read comments in common.h for the BIG PICTURE. */ X/* */ X/* This small executable adds one argument to the argument vector, then */ X/* execs a centralized ISPIN executable. */ X/* */ X/****************************************************************************/ X/* */ X/* DEFINES */ X/* */ X/* Nothing defined locally in this program */ X/* */ X/* */ X/****************************************************************************/ X/* */ X/* INCLUDES */ X/* */ X/* */ X#include <stdio.h> X#include <string.h> X#include "../h/localcnfg.h" X/* */ X/* */ X/****************************************************************************/ X/* */ X/* DATA TYPES, VARIABLES, ETC */ X/* */ X/* All local to this program only. */ X/* */ X/* */ X/* */ X/****************************************************************************/ X X Xmain(argc,argv) Xint argc; Xchar *argv[]; X{ X int args, myargs, lp_args; X char *base, intrfce[BUFSIZ]; X char **myargv; X X myargv = (char **) calloc(argc + 1, sizeof(char *)); X X base = strrchr(argv[0],'/'); X ++base; X X /* INTRFCE is defined in localcnfg.h */ X strcpy(intrfce,INTRFCE); X myargv[0] = &intrfce[0]; X X myargv[1] = base; X X myargs = 2; X lp_args = 1; X X while(lp_args <= argc) X { X myargv[myargs++] = argv[lp_args++]; X } X X X X execv(INTRFCE, myargv); X X X} END_OF_FILE if test 5601 -ne `wc -c <'ISPIN/src/ISPINTRFCE.c'`; then echo shar: \"'ISPIN/src/ISPINTRFCE.c'\" unpacked with wrong size! fi # end of 'ISPIN/src/ISPINTRFCE.c' fi if test -f 'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/PLAIN' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/PLAIN'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/PLAIN'\" $945 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/PLAIN' <<'END_OF_FILE' X# You'll need to adjust this to suit your switch's login herald and break X# sequence. In this example, the login herald contains the string "System?", X# and the switch's break sequence is defined as "<BREAK>bye". The switch's X# info messages (Tellabs) are "on" in order to allow ISPIN to detect error X# conditions. X# X# The address entered by the user must be the last 8 (eight) digits of the X# fourteen digit X.25 address of the printer. X# If you use the ISPI application as the frontend for your users, the comment X# line following this entry will be used in ISPI's menu. X# Xnetind1;/dev/tty22,/dev/contty;9600;-L;-Busy;-Bcongestion;-Bremote dte;-Bfound;-Dcleared;-Dpad>;-DSystem?;-Q\w\032\dclr\r\d;-Q\d\K\pbye\d;System?-\p\K\pbye\r\p-System?;\ppacout\r\d\r\d;connect-\p\r\p-pad>;\p\r\d;pad>-\p\K\dclr\r\w-pad>;set recall=26\r\dconnect\s000000\U\r\d;pened-\p\K\dclr\r\dset recall=26\r\dconnect\s000000\U\r\w-pened;\d;;; X# user addressable PLAIN END_OF_FILE if test 945 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/PLAIN'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/PLAIN'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/PLAIN' fi if test -f 'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/C351_PLAIN' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/C351_PLAIN'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/C351_PLAIN'\" $947 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/C351_PLAIN' <<'END_OF_FILE' X# You'll need to adjust this to suit your switch's login herald and break X# sequence. In this example, the login herald contains the string "System?", X# and the switch's break sequence is defined as "<BREAK>bye". The switch's X# info messages (Tellabs) are "on" in order to allow ISPIN to detect error X# conditions. X# X# The address entered by the user must be the last 8 (eight) digits of the X# fourteen digit X.25 address of the printer. X# If you use the ISPI application as the frontend for your users, the comment X# line following this entry will be used in ISPI's menu. X# Xnetind1;/dev/contty,/dev/tty22;9600;-L;-Busy;-Bcongestion;-Bremote dte;-Bfound;-Dcleared;-Dpad>;-DSystem;-Q\w\032\dclr\r\d;-Q\d\K\pbye\d;System?-\p\K\pbye\r\p-System?;\ppacout\r\d\r\d;connect-\p\r\d-pad>;\p\r\d;pad>-\p\K\dclr\r\w-pad>;set recall=26\r\dconnect\s000000\U\r\d;pened-\p\K\dclr\r\dset recall=26\r\dconnect\s000000\U\r\w-pened;\d\n\f;;; X# user addressable C351 END_OF_FILE if test 947 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/C351_PLAIN'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/C351_PLAIN'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/C351_PLAIN' fi if test -f 'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_NOSHT' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_NOSHT'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_NOSHT'\" $980 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_NOSHT' <<'END_OF_FILE' X# You'll need to adjust this to suit your switch's login herald and break X# sequence. In this example, the login herald contains the string "System?", X# and the switch's break sequence is defined as "<BREAK>bye". The switch's X# info messages (Tellabs) are "on" in order to allow ISPIN to detect error X# conditions. X# X# The address entered by the user must be the last 8 (eight) digits of the X# fourteen digit X.25 address of the printer. X# If you use the ISPI application as the frontend for your users, the comment X# line following this entry will be used in ISPI's menu. X# Xnetind1;/dev/contty,/dev/tty22;9600;-L;-Busy;-Bcongestion;-Bremote dte;-Bfound;-Dcleared;-Dpad>;-DSystem?;-Q\L\L\032\dclr\r\d;-Q\d\K\pbye\d;System?-\p\K\pbye\r\p-System?;\ppacout\r\d\r\d;connect-\p\r\d-pad>;\p\r\d;pad>-\p\K\dclr\r\w-pad>;set recall=26\r\dconnect\s000000\U\r\d;pened-\p\K\dclr\r\dset recall=26\r\dconnect\s000000\U\r\w-pened;\033S\033F66\033C00\0339\015\033T\E;;; X# user addressable QUME X END_OF_FILE if test 980 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_NOSHT'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_NOSHT'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_NOSHT' fi if test -f 'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_SHT' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_SHT'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_SHT'\" $980 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_SHT' <<'END_OF_FILE' X# You'll need to adjust this to suit your switch's login herald and break X# sequence. In this example, the login herald contains the string "System?", X# and the switch's break sequence is defined as "<BREAK>bye". The switch's X# info messages (Tellabs) are "on" in order to allow ISPIN to detect error X# conditions. X# X# The address entered by the user must be the last 8 (eight) digits of the X# fourteen digit X.25 address of the printer. X# If you use the ISPI application as the frontend for your users, the comment X# line following this entry will be used in ISPI's menu. X# Xnetind1;/dev/contty,/dev/tty22;9600;-L;-Busy;-Bcongestion;-Bremote dte;-Bfound;-Dcleared;-Dpad>;-DSystem?;-Q\L\L\032\dclr\r\d;-Q\d\K\pbye\d;System?-\p\K\pbye\r\p-System?;\ppacout\r\d\r\d;connect-\p\r\d-pad>;\p\r\d;pad>-\p\K\dclr\r\w-pad>;set recall=26\r\dconnect\s000000\U\r\d;pened-\p\K\dclr\r\dset recall=26\r\dconnect\s000000\U\r\w-pened;\033S\033F90\033C28\0339\015\033T\E;;; X# user addressable QUME X END_OF_FILE if test 980 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_SHT'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_SHT'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_SW_CDN_PTR/USER_ADDR/QUME_SHT' fi if test -f 'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/C351_PLAIN' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/C351_PLAIN'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/C351_PLAIN'\" $330 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/C351_PLAIN' <<'END_OF_FILE' X# X# Xnetind1;/dev/ttyi07,/dev/ttyi31,/dev/ttyi15;9600;-L;-Bcongestion;-Bremote dte;-Q\L\L\032\dclr\r\d;-DConnection cleared;-Dpad>;ad>-\p\K\pclr\r\d-ad>;\r\p;pad>-\p\K\pclr\r\d-pad>;set recall=26\r\p;pad>-\r\d-pad>;\pconnect\s00000099999999\r\d;pened-\p\K\pclr\r\dset recall=26\r\p\pconnect\s00000099999999\r\d-pened;\d\n\f;;; X# X# END_OF_FILE if test 330 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/C351_PLAIN'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/C351_PLAIN'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/C351_PLAIN' fi if test -f 'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_NOSHT' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_NOSHT'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_NOSHT'\" $349 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_NOSHT' <<'END_OF_FILE' X# X# X# Xnetind1;/dev/ttyi07,/dev/ttyi31,/dev/ttyi15;9600;-L;-Bcongestion;-Bremote dte;-Q\L\L\032\dclr\r\d;-DConnection cleared;-Dpad>;ad>-\p\K\pclr\r\d-ad>;\r\p;pad>-\p\K\pclr\r\d-pad>;set recall=26\r\p;pad>-\r\d-pad>;\pconnect\s00000099999999\r\d;pened-\p\K\pclr\r\dset recall=26\r\p\pconnect\s00000099999999\r\d-pened;\d\033F66\033C00\0339\d;;; X# X# END_OF_FILE if test 349 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_NOSHT'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_NOSHT'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_NOSHT' fi if test -f 'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_SHT' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_SHT'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_SHT'\" $349 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_SHT' <<'END_OF_FILE' X# X# X# Xnetind1;/dev/ttyi07,/dev/ttyi31,/dev/ttyi15;9600;-L;-Bcongestion;-Bremote dte;-Q\L\L\032\dclr\r\d;-DConnection cleared;-Dpad>;ad>-\p\K\pclr\r\d-ad>;\r\p;pad>-\p\K\pclr\r\d-pad>;set recall=26\r\p;pad>-\r\d-pad>;\pconnect\s00000099999999\r\d;pened-\p\K\pclr\r\dset recall=26\r\p\pconnect\s00000099999999\r\d-pened;\d\033F90\033C28\0339\d;;; X# X# END_OF_FILE if test 349 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_SHT'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_SHT'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_CDN_PTR/ADDR_SPEC/QUME_SHT' fi if test -f 'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/PLAIN' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/PLAIN'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/PLAIN'\" $578 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/PLAIN' <<'END_OF_FILE' X# The address entered by the user must be the last 8 (eight) digits of the X# fourteen digit X.25 address of the printer. X# If you use the ISPI application as the frontend for your users, the comment X# line following this entry will be used in ISPI's menu. X# X# X# Xextplain;/dev/ttyi07,/dev/ttyi31,/dev/ttyi15;9600;-L;-Bcongestion;-Bremote dte;-Q\L\L\032\dclr\r\d;-DConnection cleared;-Dpad>;ad>-\p\K\pclr\r\d-ad>;\r\p;pad>-\p\K\pclr\r\d-pad>;set recall=26\r\p;pad>-\r\d-pad>;\pconnect\s000000\U\r\d;pened-\p\K\pclr\r\dset recall=26\r\p\pconnect\s000000\U\r\d-pened;\d;;; X#Plain X# END_OF_FILE if test 578 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/PLAIN'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/PLAIN'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/PLAIN' fi if test -f 'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/C351_PLAIN' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/C351_PLAIN'\" else echo shar: Extracting \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/C351_PLAIN'\" $592 characters$ sed "s/^X//" >'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/C351_PLAIN' <<'END_OF_FILE' X# The address entered by the user must be the last 8 (eight) digits of the X# fourteen digit X.25 address of the printer. X# If you use the ISPI application as the frontend for your users, the comment X# line following this entry will be used in ISPI's menu. X# X# X# Xextcent;/dev/ttyi07,/dev/ttyi31,/dev/ttyi15;9600;-L;-Bcongestion;-Bremote dte;-Q\L\L\032\dclr\r\d;-DConnection cleared;-Dpad>;ad>-\p\K\pclr\r\d-ad>;\r\p;pad>-\p\K\pclr\r\d-pad>;set recall=26\r\p;pad>-\r\d-pad>;\pconnect\s000000\U\r\d;pened-\p\K\pclr\r\dset recall=26\r\p\pconnect\s000000\U\r\d-pened;\d\n\f;;; X#Centronics X# X# X# X# END_OF_FILE if test 592 -ne `wc -c <'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/C351_PLAIN'`; then echo shar: \"'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/C351_PLAIN'\" unpacked with wrong size! fi # end of 'ISPIN/install/lib_rtab/CPU_CDN_PTR/USER_ADDR/C351_PLAIN' fi echo shar: End of archive 4 $of 15$. cp /dev/null ark4isdone MISSING="" for I in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 ; do if test ! -f ark${I}isdone ; then MISSING="${MISSING} ${I}" fi done if test "${MISSING}" = "" ; then echo You have unpacked all 15 archives. rm -f ark[1-9]isdone ark[1-9][0-9]isdone else echo You still need to unpack the following archives: echo " " ${MISSING} fi ## End of shell archive. exit 0