AT&T UNIX™PC Unix System V Users Manual - tenox

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TAM (3T) (AT&T UNIX PC only ) int wlabel(wn,cp) short wn; char *cp; int wrefresh(wn) TAM(3T) short wn; � int wuser(wn,cp) short wn; char * cp; int wgoto(wn,row,col) short wn,rol,col; int wgetpos(wn,rowp,colp) short wn; int *rowp,*colp; int wgetc(wn); short wn; char *kcodemap(code); unsigned char code; int keypad (dummy,flag) int dummy,flag; int wsetmouse(wn,ms); short wn; struct umdata *ms; int wreadmouse(wn,xp,yp,bp,rp) short wn; int *xp,*yp,*bp,* rp; int wprexec() int wpostwait() wnl (wn,flag) short wn; int flag; wicon(wn, row, col, icp) short wn, row, col; struct icon *icp; wicoff(wn, row, col, icp) short wn, row, col; struct icon *icp; wtargeton() DESCRIPTION The Terminal Access Method (TAM) routines provide a deviceindependent ANSI X3.64 interface to terminals. TAM also pro- ·� vides calls for creating, manipulating, and displaying to windows and can support an optional mouse input device. Multiple overlapping windows can appear simultaneously on the screen. The characteristics of a window are its dimensions (height and width), position on the screen, and position relative other simultaneous windows. The UNIX PC kernel orders windows - 2- I
TAM(3T) (AT&T UNIX PC only ) TAM(3T) according to which window is obscuring which other windows. The top window in the sequence is always completely visible. When a window is selected, it moves to the top, potentially overlaying windows that were previously visible. For windows with borders, row and column indicate the upper-left corner of the outside of the window, while height and width describe the dimensions of the inside of the window. Of the flags, only NBORDER applies to remote terminal windows. These flags are defined in window(7) in sysjwindow.h; note that tam.h calls both window.h and stdio.h . The iswind(} call determines if the terminal is local or remote. The differences in the way TAM provides windows for bit-mapped terminals versus remote terminals are described below. For the UNIX PC bit-mapped screen terminal, either the same process (application) or distinct processes can own simultaneous windows. The UNIX PC kernel remembers the covered portions of any window on a pixel basis. Each window is a separate device and can have its tty modes set independently of the other windows. Since file descriptors are used to access windows, a child process can inherit the open windows of its parent. All of the usual UNIX system calls apply, so an application can set the "close on exec" bit via fcntl(} to prevent access to particular windows by a child process. A process can also set up a child process so that its standard input and output point to a particular window by the usual techniqueclosing file descriptors 0 and 1 ( stdin and stdout) and duplicatiTJ.g the window's file descriptor. Window changed signals are sent to the process group associated with the particular window. Thus, by default, a parent process receives signals concerning windows created by its children. To prevent a parent from receiving these signals, use the setpgrp(} system call. In the case when the child process is unaware of windows, the following parameters should also be fixed: tty modes should be set to reasonable values and the signal SIGWIND should be ignored rather than caught. (SIGWIND is ignored by default.) A window which is owned by a particular application can be manipulated without the consent of the application. A signal (SIGWIND) is sent to the process group associated with the window to report any window changes. If a single process creates multiple windows, it receives the SIGWIND signal when any of its windows are changed. To respond appropriately to changes in its window, an application must catch SIGWIND (the default is to ignore SIGWIND) and issue a wgetstat() (described below) to determine which windows changed and in what ways. If an application changes characteristics of its own window, no signal is sent to the application. In fact, when any process in the process group associated with the window changes the window characteristics, no signal is sent. Some care should be taken when an application changes its own window, since this might defeat the wishes of the operator. For example, if a process makes its - 3 -
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©1986, 1985 AT&T All Rights Reserv
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Important Information, Version 3.51
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Windowing Software, Version 3.51 --
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Windowing Software, Version 3.51 --
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Document Preparation, Version 3.51
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APPENDIX A: Document Preparation, V
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APPENDIX A: Document Preparation, V
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APPENDIX B: Document Preparation, V
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470(1) 470( 1) NAME 470 - filters n
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478(1) ESC-s ESC-U ESC-u ESC-W ESC-
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BRK(2) BRK(2) NAME brk, sbrk - chan
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COL( l) COL( l) NAME col - filter r
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CONVERT( I) CONVERT( I) NAME conver
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EQNCHAR(S) EQNCHAR(S) NAME eqnchar
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FX (1) FX(l) NAME fx - filters nrof
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HPU(l) HPU( 1) NAME hplj -filters n
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ISMPX(l) ISMPX(l) NAME ismpx - retu
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JWIN( l) NAME SYNOPSIS jwin jwin -p
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KTUNE(7) nclist npbuf ncall nttyhog
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LAYERS (l) LAYERS (!) NAME layers -
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LAYERS (l) LAYERS (l) SEE ALSO sh(l
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LAYERS (5) LAYERS (5) identical to
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MACREF(l) MACREF( l) NAME macref -
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MAN( l) 478-12 478-18 479 479-12 47
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MAN(S) MAN(S) NAME man - macros for
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MAN(S) MAN(S) The final example is
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MM(1) 475-17 478 478-12 478-18 479
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MM(S) MM(S) NAME mm - the mm macro
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NDX{l) NDX( l) NAME ndx - create a
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NEQN(l) NEQN(l) NAME neqn - format
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NROFF(1) NROFF( 1) NAME nroff - tex
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NROFF (l) NROFF( l) FILES /usrllib/
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NTERM(S) NTERM(S) Em size of an em
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PTX (l) PTX( l) NAME ptx - make per
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SUBJ(l) SUBJ(l) NAME subj -generate
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TBL(1) TBL( 1) Full details of all
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XT(7) JAGENT XT(7) may return the e
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XTS(lM} XTS(lM} NAME SYNOPSIS xts [
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LOCKING ( 2 ) LOCKING ( 2 ) NAME lo
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PREFACE The AT&T UNIX System V Us e
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Preface ckeckall(lM) This command i
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profiler(lM) pwck(lM) qasurvey(lM)
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nc(7) nsc(7) phone(7) phonedvr(7) p
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cpio(l) ct(l) ctrace(l) cu(l) diD(
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ld(l) lint(l) ls(l) machid(l) mailx
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spell( I) stlogin(l) ststat(l) time
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atan(3f) atan2(3f) atoj(3c) bool(3f
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mclock(3f) min(3f) menu(3t) message
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x25hlnk(3c) x25£pvc(3c) Section 4:
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TABLE OF CONTENTS 1. Comman ds and
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Table of Contents mm o o o o o prin
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Table of Contents fcntl . . file co
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Table of Contents hypot • • •
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ua • utmp 5. Miscellaneous Facili
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PERMUTED INDEX /functions of HP 264
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� \ paste: paste buffer utilities
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stdipc: standard interprocess commu
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file. delta: make a delta (change)
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getenv: return value for environmen
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ldohseek: seek to the optional file
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cpio: format of cpio archive. dir:
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getpw: get name rrom UID. . • set
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abort: generate an semaphore set or
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passwd: change login password. sett
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operations. msgctl: message control
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split: split a file into channel. t
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generate e program cross reference.
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stream. setbuf: assign buffering to
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� Permuted Index /strcmp, strncmp
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tsort: topologica.l sort. • . .
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display editor based on/ vi, view:
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INTRO ( 1) INTRO ( l ) NAME intro -
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300 ( 1 ) 300 ( 1 ) for C programs,
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\�
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I I I I I I I I I I I I I I I I I I
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ADB ( 1 ) ADB (l) sr, and usp. symb
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ADB ( 1} ADB (l} " ••• " 0 Pr
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ADB ( 1) ADDRESSES b d e m 8 t The
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ADMIN ( 1) -t[name] -fflag b ADMIN(
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ADMIN(l) ADMIN(l) make deltas (chan
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( � � . · � .
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AR(l) AR (I) X Extract the named fi
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AS (l) (AT&T UNIX PC Only ) AS (I)
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·� · ·. rl · (1
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AWK (l) AWK (l) NAME awk - pattern
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AWK (l) AWK(l) Add up first column,
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f) .. .... ._ __ . ·
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I� �� I J
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BC(l) BC (l) l(x) log a(x) arctange
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BDIFF(l) BDIFF ( 1 ) NAME bdiff - b
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BFS (I) BFS(I) NAME bfs - big file
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BFS (l) BFS (l) could be used to ma
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CAL ( 1) CAL(l) NAME cal - print ca
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' ..
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;� CC ( l ) cc (1) NAME cc - C co
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CC(l) /lib/crts.o /lib/mcrto.o /lib
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CDC ( 1 ) CDC { 1) NAME cdc - chang
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CDC (l) CDC (l) SEE ALSO admin( l),
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CFLOW ( 1) CFLOW ( 1) produces the
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CFONT(l) (AT&T UNIX PC only ) CFONT
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CHOWN (l) CHOWN ( 1) NAME chown, ch
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.'�
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COL(l) COL(l) BUGS Cannot back up m
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COMB(l) COMB(l) FIT..ES s.COMB The
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CP ( 1) CP ( 1) NAME cp, In, mv - c
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CPIO ( 1 ) CPIO ( 1) NAME cpio - co
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CPIO ( 1) CPIO ( 1) track of them a
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CPP ( 1) CPP (1) Two special names
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CRYPT { l ) ( Domestic Version Only
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CSPLIT ( 1) CSPLIT (l) NAME csplit
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CU ( lC ) CU ( lC ) NAME cu - call
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CU(lC) CU ( lC ) BUGS Cu buffers in
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CUT ( 1) CUT(l) DIAGNOSTICS line to
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CW(l) CW (l) .OW Start of text to b
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CW (l) CW (l) Documents that contai
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.� .• \ __ }
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DATE(l) DATE(l) DIAGNOSTICS No perm
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DC( 1) DC (1) x =x The top two elem
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DD ( 1 ) DD ( 1) NAME dd - convert
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� I DELTA ( l ) DELTA (I) NAME de
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DELTA ( 1) DELTA (!) WARNINGS Lines
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DEROFF (l) DEROFF (l) NAME derofi -
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DIFF ( 1) DIFF ( 1) -e producing a
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DIFF3 ( 1 ) DIFF3 (1) NAME diff3 -
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DIRCMP ( 1) DIRCMP ( 1) NAME dircmp
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DUMP ( 1 ) DUMP(!) NAME dump - dump
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ECHO (l) ECHO (l) NAME echo - echo
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ED ( l ) ED {1) the RE. The REs all
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ED (l) ED (1) . 6. FILES below. A R
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ED ( 1 ) ED ( 1) command list is eq
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ED (1) ED (l) replaced by the repla
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ED (l) ED (1) FILES /tmp/e# tempora
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ENV ( 1) ENV(l) NAME env - set envi
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EQN(l) EQN( 1) [ • '+ � ] � l
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� I )
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EX (l) BUGS EX (l) The undo command
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EXPR(l) EXPR ( l ) 3. 4. returns th
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FC(l) ( AT&T UNIX PC only ) FC ( l
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FILE ( 1 ) FIT..E ( 1 ) NAME file -
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FIND ( 1 ) FIND ( 1 ) -print -cpio
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GET(l) -b -ilist -xlist GET(l) furt
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GET(l) GET(l) TABLE 1. Determinatio
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GET(l) GET(l) generated by the get.
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GETOPT ( 1) GETOPT ( l ) NAME getop
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GREEK (l) GREEK(l) NAME greek - sel
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GREP ( 1) GREP (1) The order of pre
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� '--- I I I I I I f)
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· r1 . .... .. ._ _ . . r1 ' ·
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HP(l) HP (1) is adjacent to an ASCl
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ID ( 1 ) ID ( 1) NAME id - print us
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IPCS ( 1) IPCS ( 1) NAME ipcs - rep
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IPCS ( 1 ) OWNER GROUP CREATOR CGRO
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JOIN ( 1 ) JOIN ( 1 ) NAME join - r
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KILL (I) KILL(l) NAME kill - termin
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KSH(l) KSH ( 1) A command is either
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KSH ( 1) KSH ( 1) The following exp
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KSH ( 1) KSH ( 1) ${parameter%patte
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KSH ( 1) KSH(l) with the parameter
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KSH ( 1) KSH(l) redirected using a
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KSH ( 1) KSH(l) variables whose sco
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KSH ( 1 ) KSH(l) Command Re-entry.
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KSH(l) KSH(l) using paper terminals
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KSH ( 1) KSH ( 1) [count]Tc Equival
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KSH ( 1) KSH(I) Line feed and print
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KSH ( 1 ) KSH ( 1) fc -e - [ old= n
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KSH ( 1 ) KSH(l) ?, the remainder o
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KSH (l) KSH(l) test [ expr ] Evalua
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KSH ( 1 ) KSH(l) ulimit [ -cdfmpt 1
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LD ( 1 ) LD (1) NAME ld - link edit
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LD ( 1 ) FILES LD ( 1) allow compat
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LEX(l) LEX(l) EXAMPLE character def
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LINT ( l ) LINT ( 1 ) NAME lint - a
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LOGNAME ( l ) LOGNAME ( l ) NAME lo
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I� �- '--- . ·
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LP (l) LP (l) -ooption Specify prin
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LPSTAT (l) LPSTAT (l) SEE ALSO enab
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LS (l) LS (l) -f Force each argumen
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M4 ( 1 ) M4 ( 1) NAME m4 - macro pr
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M4 (1) undivert divnum dnl if else
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MAIL ( 1) MAIL (l) NAME mail, rmail
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MAKE(l) MAKE(l) NAME make - maintai
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MAKE ( I) MAKE (l) MAKEFLAGS macro
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MAKE(l) MAKE (I) .C .C - .Sh .sh- .
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MAKE (l) MAKE (l) In the above exam
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MAKEKEY (l) (Domestic Version Only
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MESG ( 1) MESG ( 1) NAME mesg - per
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MESSAGE( ! ) ( AT&T UNIX PC only )
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MKDIR (l) MKDIR (l) NAME mkdir - ma
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MM (l) HINTS MM (l) Mm reads the st
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i�
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MORE(l) MORE (l) stand-out mode, mo
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MORE( I) MORE(l) The terminal is se
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NEWFORM ( l ) -ck -pn -an NEWFORM (
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NEWGRP ( I ) NEWGRP ( I ) NAME newg
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� ', y n \,..._ --
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NL(l) NL(l) -ssep Sep is the charac
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NM (l) FILES NM ( l ) -V Print the
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NROFF(l) NROFF(l) NAME nroff - form
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OD (1) OD (1) NAME od - octal dump
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PACK ( 1) PACK( l ) NAME pack, peat
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PASSWD ( l ) PASSWD ( l ) NAME pass
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PASTE (l) PASTE (l) pr(l): pr -t -
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PR (l) PR (l) NAME pr - print files
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PROF ( 1) PROF ( 1) NAME prof - dis
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PRS ( l ) PRS ( l ) NAME prs - prin
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PRS ( 1 ) PRS ( 1 ) TABLE 1 (Contin
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PS ( l ) PS ( l ) NAME ps - report
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PS (l) PS (l) WCHAN (1) The event f
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PTX ( 1) PTX ( 1) SEE ALSO nroff( l
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REGCMP ( 1 ) REGCMP (l) NAME regcmp
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RM ( l ) RM (l) NAME rm, rmdir - re
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I�
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SCCSDIFF ( 1 ) SCCSDIFF ( 1 ) NAME
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SDB ( l ) SDB ( 1) NAME sdb - symbo
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� I SDB ( 1) SDB ( 1) file may ov
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SDB ( 1) SDB ( 1) e directory file-
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SDB ( 1 ) SDB ( 1 ) execution. B Pr
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SDB ( 1 ) SDB ( 1 ) WARNINGS BUGS W
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SDIFF ( 1) SDIFF(l) On exit from th
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SED ( 1) SED ( 1) In the following
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SETPRINT ( 1 ) SETPRINT ( 1 ) NAME
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-� SH ( l ) NAME SH ( l ) sh, rsh
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SH ( 1 ) SH(l) positional parameter
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SH ( 1 ) word >> word
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SH ( 1 ) SH ( 1) cd [ arg ] Change
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SH (l) SH (l) Invocation . If the s
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SHFORM (I) {AT&T UNIX PC only ) SHF
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( \ SHFORM(I) (AT&T UNIX PC only )
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SIZE ( 1 ) SIZE ( 1) NAME size - pr
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�· ! SLEEP (I) SLEEP (I) NAME sl
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SORT(l) SORT(l) 0 The next argument
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SPELL {l) SPELL (l) FILES spellin s
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n__
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STTY ( 1) STTY(l) NAME stty - set t
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STTY ( 1) lfkc ( -lfkc) echonl ( -e
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�· ·· .... . _ .....
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�- . .�
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� ·. ____ .
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TABS (1) TABS ( 1) -u 1,12,20,44 UN
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� \_ )
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TAR ( 1 ) TAR ( 1) NAME tar - tape
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TBL ( I ) TBL ( I ) NAME tbl - form
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TBL(l) TBL(l) BUGS See BUGS under n
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TC ( l ) TC ( l ) NAME tc - phototy
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TEE(l) TEE(l) NAME tee - pipe fitti
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TEST ( 1 ) TEST (I) NAME test - con
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TIME ( 1) TIME ( 1) NAME time - tim
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TOUCH (!) TOUCH (!) NAME touch - up
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TRUE ( ! ) NAME true, false - provi
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TSET ( 1) {AT&T UNIX PC only ) TSET
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TSORT ( l ) TSORT ( 1) NAME tsort -
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� I I I I I I I II I I I I I I I
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UAHELP (l) \US\ \BL\ \BS\ \EOT\ (AT
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!�
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UMODEM(l) UMODEM (l) NAME umodem -
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UNAME(l) UNAME(l) NAME uname - prin
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UNGET ( l ) UNGET ( l ) NAME unget
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� \.,_ .:1 :� \__. ·
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UUCP {IC) UUCP {IC) NAME uucp, uulo
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UUSTAT (IC) UUSTAT ( IC ) NAME uust
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UUTO (lC} UUTO (lC} NAME uuto, uupi
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UUX ( lC ) UUX ( lC ) NAME uux - UN
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VAL(l) VAL(I) NAME val - validate s
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VC (l) VC (l) NAME vc - version con
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VC (l) VC ( l ) ::text Used for key
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VI ( 1) vi file vi vi + n file vi +
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VI (l) rn OAD Av MODIFYING TEXT Cha
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VI ( 1 ) VI( 1) file to newtext :gf
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VI (l) VI (l) :set x? Show value of
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VI (l) VI ( 1) mapped to I, then if
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VI (l) VI (l) won't be broken. Inse
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� I . .... .,_ J _ . . ·
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.. \ '-�� -·
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WIIO (I) WHO(l) NAME who - who is o
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WRITE ( l ) WRITE ( l ) NAME write
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XARGS(l) XARGS (l) -nnumber Execute
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YACC { I ) YACC { l ) NAME yacc - y
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INTRO ( 2) INTR0 ( 2 ) NAME intro -
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INTRO ( 2) INTR0 (2) 21 EISDffi Is
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INTRO (2) INTRO ( 2) ProcO is the s
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INTR0 (2) INTR0 (2) permission requ
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INTR0 (2) time_t shm_dtime; time_t
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ACCESS (2} ACCESS (2} NAME access -
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ALARM (2) ALARM (2) NAME alarm - se
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BRK(2) BRK ( 2 ) NAME brk, sbrk - c
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CHMOD (2) CHMOD (2) NAME chmod - ch
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CHOWN(2) CHOWN(2) NAME chown - chan
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CLOSE ( 2) CLOSE (2) NAME close - c
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CREAT ( 2 ) CREAT ( 2 ) NAME creat
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DUP (2) DUP (2) NAME dup - duplicat
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EXEC (2) EXEC (2) NAME execl, execv
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EXEC (2) EXEC (2) Search perm1ss10n
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EXIT (2) EXIT (2) WARNING See WARNI
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FCNTL (2) FCNTL (2) immediately wit
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FORK(2) FORK(2) NAME fork - create
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GETPID ( 2} GETPID (2) NAME getpid,
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�-
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LINK ( 2 ) LINK ( 2 ) NAME link - l
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MKNOD (2) MKNOD (2) NAME mknod - ma
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MOUNT (2) MOUNT (2) NAME mount - mo
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MSGCTL(2) MSGCTL ( 2 ) user ID of t
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MSGGET (2) MSGGET (2) SEE ALSO msgc
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MSGOP ( 2) MSGOP (2) the calling pr
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If)
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OPEN ( 2 ) OPEN ( 2 ) NAME open - o
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OPEN(2) OPEN(2) O_NDELAY is set, th
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I�
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PLOCK(2) PLOCK(2) NAME plock - lock
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PROFIL ( 2 ) PROFIL ( 2 ) NAME prof
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PTRACE (2) PTRACE (2) 4, 5 With the
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(� �--- .
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SEMCTL ( 2 ) SEMCTL ( 2 ) NAME semc
Page 737 and 738:
SEMGET (2) SEMGET (2) NAME semget -
Page 739 and 740:
SEMOP ( 2) SEMOP {2) NAME semop - s
Page 741 and 742:
SEMOP (2) SEMOP (2) Operation permi
Page 743:
SETPGRP (2) SETPGRP (2) NAME setpgr
Page 747 and 748:
SHMCTL (2) SHMCTL (2) NAME shmctl -
Page 749 and 750:
� ! SHMGET (2) SHMGET (2) NAME sh
Page 751 and 752:
SHMOP ( 2 ) SHMOP ( 2 ) NAME shmop
Page 753 and 754:
SIGNAL (2) SIGNAL (2) NAME signal -
Page 755 and 756:
SIGNAL (2) SIGNAL (2) Sig is an ill
Page 757 and 758:
STAT ( 2 ) STAT ( 2 ) NAME stat, fs
Page 759 and 760:
STIME(2) STIME(2) NAME stime - set
Page 761 and 762:
SYNC ( 2) SYNC (2) NAME sync - upda
Page 763 and 764:
SYSLOCAL ( 2) SYSLOCAL ( 2) NAME Sy
Page 765:
TIME ( 2) TIME(2) NAME time - get t
Page 768 and 769:
.�.· '··.· ·•. J '·· -,
Page 771 and 772:
UMASK( 2 ) UMASK ( 2 ) NAME umask -
Page 773 and 774:
UMOUNT (2) UMOUNT (2) NAME umount -
Page 775:
UNAME ( 2 ) UNAME (2) NAME uname -
Page 779:
USTAT (2) USTAT (2) NAME ustat - ge
Page 783 and 784:
WAIT ( 2 ) WAIT ( 2 ) NAME wait - w
Page 785 and 786:
WRITE(2) WRITE (2) NAME write - wri
Page 787 and 788:
INTR0 ( 3 ) INTR0 ( 3 ) NAME intro
Page 789:
A64L ( 3C ) A64L ( 3C ) NAME a641,
Page 793:
ABS (3C) ABS (3C) NAME abs - return
Page 797:
ATOF ( 3C ) ATOF ( 3C ) NAME atof -
Page 800 and 801:
·�
Page 803:
CLOCK( 3C ) CLOCK( 3C ) NAME clock
Page 806 and 807:
J ··- � . ..._ __ .·
Page 809:
CTERMID ( 3S ) CTERMID ( 3S ) NAME
Page 812 and 813:
CTIME (3C) CTIME(3C) The external l
Page 815 and 816:
CURSES ( 3 ) CURSES ( 3 ) NAME curs
Page 817 and 818:
CUSERID ( 3S ) CUSERID ( 3S ) NAME
Page 819 and 820:
DIAL (3C) DIAL(3C) NAME dial - esta
Page 821 and 822:
DRAND48 ( 3C ) DRAND48 ( 3C ) NAME
Page 823 and 824:
DRAND48 ( 3C ) DRAND48 ( 3C ) have
Page 825:
ECVT (3C) ECVT (3C) NAME ecvt, fcvt
Page 829 and 830:
EPRINTF ( 3T ) ( AT&T UNIX PC only
Page 831 and 832:
ERF (3M) ERF (3M) NAME erf1 erfc -
Page 833:
EXP ( 3M ) EXP ( 3M ) NAME exp, log
Page 837:
FERROR (3S) FERROR (3S) NAME ferror
Page 841 and 842:
FOPEN(3S) FOPEN (3S) NAME fopen, fr
Page 843 and 844:
FORM ( 3T ) ( AT&T UNIX PC only ) F
Page 845 and 846:
FORM (3T) (AT&T UNIX PC only ) fiel
Page 847 and 848:
FORM (3T) }; (AT&T UNIX PC only ) F
Page 849:
FREAD ( 3S ) FREAD ( 3S ) NAME frea
Page 853:
FSEEK ( 3S ) FSEEK ( 3S ) NAME fsee
Page 857 and 858:
GAMMA ( 3M ) GAMMA ( 3M ) NAME gamm
Page 859 and 860:
GETC ( 3S ) GETC ( 3S ) NAME getc,
Page 861:
GETCWD ( 3C } GETCWD ( 3C ) NAME ge
Page 865 and 866:
GETGRENT ( 3C ) GETGRENT ( 3C ) NAM
Page 867:
GETLOGIN ( 3C ) GETLOGIN ( 3C ) NAM
Page 870 and 871:
GETOPT (3C) } SEE ALSO getopt(l). e
Page 873 and 874:
GETPENT (3) (AT&T UNIX PC only ) GE
Page 875:
GETPW ( 3C ) GETPW ( 3C ) NAME getp
Page 878 and 879:
GETPWENT ( 3C ) GETPWENT ( 3C ) par
Page 881 and 882:
GETUT ( 3C ) GETUT ( 3C ) NAME getu
Page 883 and 884:
HSEARCH ( 3C ) HSEARCH ( 3C ) NAME
Page 885 and 886:
HYPOT ( 3M ) HYPOT (3M) NAME hypot
Page 887:
L3TOL (3C) L3TOL (3C) NAME 13tol, l
Page 890 and 891:
(�
Page 893:
LDFHREAD ( 3X ) LDFHREAD ( 3X ) NAM
Page 897 and 898:
LDLSEEK ( 3X ) LDLSEEK ( 3X ) NAME
Page 899 and 900:
LDOHSEEK ( 3X ) (not on PDP-11) LDO
Page 901 and 902:
LDOPEN{3X) LDOPEN { 3X) NAME ldopen
Page 903 and 904:
LDRSEEK ( 3X ) LDRSEEK ( 3X ) NAME
Page 905:
LDSHREAD ( 3X ) LDSHREAD ( 3X ) NAM
Page 908 and 909:
,ry
Page 910 and 911:
� '"'"--
Page 912 and 913:
I!) r) ·--... .._ _ .. .
Page 914 and 915:
y I
Page 916 and 917:
LOCKF (3C) LOCKF (3C) F _LOCK and F
Page 918 and 919:
I� ' .... ._ .·
Page 920 and 921:
LSEARCH ( 3C ) LSEARCH ( 3C ) unsig
Page 922 and 923:
MALLOC (3C) MALLOC (3C) M_NLBLKS Se
Page 924 and 925:
MA THERR (3M) MATHERR (3M) } BESSEL
Page 926 and 927:
() . -�
Page 928 and 929:
MEMORY (3C} MEMORY (3C) Character m
Page 930 and 931:
MENU (3T) (AT&T UNIX PC only ) MENU
Page 932 and 933:
MENU (3T) (AT&T UNIX PC only ) mite
Page 934 and 935:
MENU (3T) (AT&T UNIX PC only ) FILE
Page 936 and 937:
MESSAGE ( 3T ) ( AT&T UNIX PC only
Page 939:
MONITOR ( 3C ) MONITOR ( 3C ) NAME
Page 943 and 944:
PASTE (3T) (AT&T UNIX PC only ) PAS
Page 945 and 946:
PASTE ( 3T ) ( AT&T UNIX PC only )
Page 947:
PERROR (3C) PERROR (3C) NAME perror
Page 950 and 951: (� / I I I I I I I I I I I I I I
Page 952 and 953: PRINTF (3S) PRINTF (3S) A field wid
Page 955 and 956: PUTC ( 3S ) PUTC ( 3S ) NAME putc,
Page 957: PUTENV (3C) PUTENV (3C) NAME putenv
Page 960 and 961: ···- ·
Page 962 and 963: I� ·-.---·
Page 964 and 965: ' ' .} ' 1 . ' .____.,.:
Page 966 and 967: � ·�
Page 968 and 969: REGCMP {3X) REGCMP {3X) ( . . . ) P
Page 970 and 971: SCANF(3S) u 0 X SCANF(3S) an unsign
Page 973 and 974: � I SETBUF (3S) SETBUF (3S) NAME
Page 975 and 976: SETJMP (3C) SETJMP ( 3C ) NAME setj
Page 977 and 978: SINII ( 3M ) SINH ( 3M ) NAME sinh,
Page 979 and 980: SLEEP (3C) SLEEP ( 3C ) NAME sleep
Page 981: SPUTL ( 3X ) SPUTL ( 3X ) NAME sput
Page 985: STDI0 ( 3S ) ( AT&T UNIX PC Only )
Page 989 and 990: STRING ( 3C ) STRING (3C) NAME strc
Page 991 and 992: STRTOD (3C) STRTOD (3C) NAME strtod
Page 993: STRTOL ( 3C ) STRTOL ( 3C ) NAME st
Page 996 and 997: C) / I I I I I I I I I () �� /
Page 998 and 999: n "--- --'•
Page 1002 and 1003: TAM (3T) (AT&T UNIX PC only ) TAM(3
Page 1004 and 1005: TAM (3T) wputc() wputs() wprintf()
Page 1006 and 1007: TAM (3T) (AT&T UNIX PC only ) TAM(3
Page 1008 and 1009: I I I I I I I II I I I I � r"j I
Page 1010 and 1011: TMPNAM (3S) TMPNAM (3S) SEE ALSO cr
Page 1012 and 1013: TRACK (3T) (AT&T UNIX PC only ) TRA
Page 1015: TRIG ( 3M ) TRIG ( 3M) NAME sin, co
Page 1018 and 1019: TSEARCH ( 3C ) TSEARCH ( 3C ) data
Page 1021: TTYNAME ( 3C ) TTYNAME ( 3C ) NAME
Page 1025 and 1026: UNGETC ( 3S ) UNGETC ( 3S ) NAME un
Page 1027 and 1028: VPRINTF ( 3S ) VPRINTF ( 3S ) NAME
Page 1029 and 1030: WIND ( 3T ) ( AT&T UNIX PC only ) W
Page 1031 and 1032: WRASTOP ( 3T ) ( AT&T UNIX PC only
Page 1033: INTRO ( 4) INTRO ( 4) NAME intro -
Page 1036 and 1037: A.OUT ( 4) A.OUT ( 4) data segment
Page 1038 and 1039: A.OUT (4) A.OUT (4) char n_numaux;
Page 1041 and 1042: ADF ( 4) (AT&T UNIX PC only ) ADF (
Page 1043 and 1044: ADF ( 4 ) (AT&T UNIX PC only ) \ \
Page 1045 and 1046: ADF ( 4) (AT&T UNIX PC only ) FORMA
Page 1047 and 1048: ADF (4) (AT&T UNIX PC only ) ADF (4
Page 1049 and 1050: ADF (4) (AT&T UNIX PC only ) ADF (
Page 1051 and 1052:
ADF ( 4) (AT&T UNIX PC only ) ADF (
Page 1053 and 1054:
ADF ( 4 ) (AT&T UNIX PC only ) Toke
Page 1055 and 1056:
AR( 4 ) AR ( 4) NAME ar - common ar
Page 1057:
CHECKLIST ( 4 ) CHECKLIST ( 4 ) NAM
Page 1060 and 1061:
I I I I I I II I I I I I I I I I I
Page 1063 and 1064:
Dffi ( 4 ) Dffi ( 4 ) NAME dir - fo
Page 1065:
FILEHDR (4) (not. on PDP-11) FILEHD
Page 1068 and 1069:
FONT ( 4) (AT&T UNIX PC only ) FONT
Page 1070 and 1071:
I�
Page 1072 and 1073:
FS (4) FS (4) S_type indicates the
Page 1074 and 1075:
(�
Page 1076 and 1077:
FSPEC ( 4) FSPEC ( 4) Several UNIX
Page 1078 and 1079:
GETTYDEFS ( 4) GETTYDEFS ( 4 ) sett
Page 1080 and 1081:
� , __
Page 1082 and 1083:
INITTAB ( 4) INITTAB ( 4) I etclini
Page 1084 and 1085:
I I �I I I I I � I I 1� 1 1 I
Page 1086 and 1087:
(� .
Page 1089 and 1090:
� LDFCN( 4) LDFCN( 4) NAME ldfcn
Page 1091:
LDFCN( 4) LDFCN{4) REWIND(Idptr) FE
Page 1095 and 1096:
MASTER ( 4) MASTER (4) NAME master
Page 1097:
MNTTAB (4) MNTTAB (4) NAME mnttab -
Page 1100 and 1101:
PASSWD (4) PASSWD ( 4) Haphazard mo
Page 1102 and 1103:
PHONE (4) 02 (short) 03 (short) 04
Page 1104 and 1105:
y . /
Page 1107:
PROFILE ( 4) PROFILE ( 4) NAME prof
Page 1110 and 1111:
RELOC (4) RELOC ( 4) R_ABS The refe
Page 1112 and 1113:
(�
Page 1114 and 1115:
SCCSFILE ( 4) SCCSFILE ( 4) time of
Page 1116 and 1117:
(�
Page 1119 and 1120:
SHLill ( 4) (AT&T UNIX PC only ) SH
Page 1121 and 1122:
SYMS ( 4) SYMS ( 4) NAME syms - com
Page 1123 and 1124:
UA ( 4) (AT&T UNIX PC only ) UA ( 4
Page 1125 and 1126:
UA ( 4) Rename (AT&T UNIX PC only )
Page 1127 and 1128:
UA ( 4) (AT&T UNIX PC only ) UA (4)
Page 1129 and 1130:
UA ( 4) (AT&T UNIX PC only ) UA ( 4
Page 1131 and 1132:
UTMP ( 4) UTMP ( 4) NAME utmp, wtmp
Page 1133:
INTRO ( 5) NAME intro - introductio
Page 1136 and 1137:
,!)
Page 1139:
.� EQNCHAR (5) EQNCHAR (5) NAME e
Page 1143 and 1144:
GREEK (5) GREEK (5) NAME greek - gr
Page 1145 and 1146:
MAN(5) MAN ( 5) NAME man - macros f
Page 1147 and 1148:
MAN (5) MAN (5) . � FILES The mac
Page 1149 and 1150:
MM (5) MM ( 5 ) NAME mm - the MM ma
Page 1151 and 1152:
MODEMCAP ( 5) ( AT&T UNIX PC Only )
Page 1153:
� MPTX ( 5 ) MPTX ( 5 ) NAME mptx
Page 1156 and 1157:
REGEXP (5) REGEXP (5) ERROR( val )
Page 1158 and 1159:
REGEXP (5) REGEXP (5) #define UNGET
Page 1160 and 1161:
TERM (5) TERM ( 5) Commands whose b
Page 1163 and 1164:
TERMCAP (S) TERMCAP (S) NAME termca
Page 1165 and 1166:
TERMCAP (5) ti uc ue ug ul up us vb
Page 1167 and 1168:
TERMCAP (5) TERMCAP (5) character a
Page 1169 and 1170:
TERMCAP (5) TERMCAP (5) "abc" shift
Page 1171 and 1172:
TERMCAP (5) TERMCAP (5) If tabs on
Page 1173 and 1174:
TYPES ( S) TYPES ( S) NAME types -
Page 1175 and 1176:
VARARGS (5) VARARGS (5) NAME vararg
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