ncurses 6.2 - patch 20210109

[ncurses.git] / man / curs_inopts.3x

diff --git a/man/curs_inopts.3x b/man/curs_inopts.3x
index 24a9bd61452676d891086f2d16543eb92e16b22e..d346017ba0ea09dba6a0e38648c06578bf23a186 100644 (file)
--- a/man/curs_inopts.3x
+++ b/man/curs_inopts.3x
@@ -1,5 +1,6 @@
 .\"***************************************************************************
 .\"***************************************************************************

-.\" Copyright (c) 1998-2002,2003 Free Software Foundation, Inc.              *
+.\" Copyright 2018-2019,2020 Thomas E. Dickey                                *
+.\" Copyright 1998-2016,2017 Free Software Foundation, Inc.                  *

 .\"                                                                          *
 .\" Permission is hereby granted, free of charge, to any person obtaining a  *
 .\" copy of this software and associated documentation files (the            *
 .\"                                                                          *
 .\" Permission is hereby granted, free of charge, to any person obtaining a  *
 .\" copy of this software and associated documentation files (the            *


@@ -26,189 +27,354 @@
 .\" authorization.                                                           *
 .\"***************************************************************************
 .\"
 .\" authorization.                                                           *
 .\"***************************************************************************
 .\"

-.\" $Id: curs_inopts.3x,v 1.11 2003/12/27 18:45:42 tom Exp $
+.\" $Id: curs_inopts.3x,v 1.33 2020/12/05 19:38:18 Benno.Schulenberg Exp $

 .TH curs_inopts 3X ""
 .TH curs_inopts 3X ""

+.ie \n(.g .ds `` \(lq
+.el       .ds `` ``
+.ie \n(.g .ds '' \(rq
+.el       .ds '' ''
+.na
+.hy 0

 .SH NAME
 .SH NAME

-\fBcbreak\fR, \fBnocbreak\fR, \fBecho\fR,
-\fBnoecho\fR, \fBhalfdelay\fR, \fBintrflush\fR, \fBkeypad\fR,
-\fBmeta\fR, \fBnodelay\fR, \fBnotimeout\fR, \fBraw\fR, \fBnoraw\fR,
-\fBnoqiflush\fR, \fBqiflush\fR, \fBtimeout\fR, \fBwtimeout\fR,
-\fBtypeahead\fR - \fBcurses\fR input options
+\fBcbreak\fR,
+\fBnocbreak\fR,
+\fBecho\fR,
+\fBnoecho\fR,
+\fBhalfdelay\fR,
+\fBintrflush\fR,
+\fBkeypad\fR,
+\fBmeta\fR,
+\fBnl\fR,
+\fBnonl\fR,
+\fBnodelay\fR,
+\fBnotimeout\fR,
+\fBraw\fR,
+\fBnoraw\fR,
+\fBqiflush\fR,
+\fBnoqiflush\fR,
+\fBtimeout\fR,
+\fBwtimeout\fR,
+\fBtypeahead\fR \- \fBcurses\fR input options
+.ad
+.hy

 .SH SYNOPSIS
 \fB#include <curses.h>\fR
 .PP
 \fBint cbreak(void);\fR
 .br
 \fBint nocbreak(void);\fR
 .SH SYNOPSIS
 \fB#include <curses.h>\fR
 .PP
 \fBint cbreak(void);\fR
 .br
 \fBint nocbreak(void);\fR

-.br
+.sp

 \fBint echo(void);\fR
 .br
 \fBint noecho(void);\fR
 \fBint echo(void);\fR
 .br
 \fBint noecho(void);\fR

+.sp
+\fBint intrflush(WINDOW *\fP\fIwin\fP\fB, bool \fP\fIbf\fP\fB);\fR

 .br
 .br

-\fBint halfdelay(int tenths);\fR
-.br
-\fBint intrflush(WINDOW *win, bool bf);\fR
+\fBint keypad(WINDOW *\fP\fIwin\fP\fB, bool \fP\fIbf\fP\fB);\fR

 .br
 .br

-\fBint keypad(WINDOW *win, bool bf);\fR
+\fBint meta(WINDOW *\fP\fIwin\fP\fB, bool \fP\fIbf\fP\fB);\fR

 .br
 .br

-\fBint meta(WINDOW *win, bool bf);\fR
+\fBint nodelay(WINDOW *\fP\fIwin\fP\fB, bool \fP\fIbf\fP\fB);\fR

 .br
 .br

-\fBint nodelay(WINDOW *win, bool bf);\fR
+\fBint notimeout(WINDOW *\fP\fIwin\fP\fB, bool \fP\fIbf\fP\fB);\fR
+.sp
+\fBint nl(void);\fR

 .br
 .br

+\fBint nonl(void);\fR
+.sp

 \fBint raw(void);\fR
 .br
 \fBint noraw(void);\fR
 \fBint raw(void);\fR
 .br
 \fBint noraw(void);\fR

-.br
-\fBvoid noqiflush(void);\fR
-.br
+.sp

 \fBvoid qiflush(void);\fR
 .br
 \fBvoid qiflush(void);\fR
 .br

-\fBint notimeout(WINDOW *win, bool bf);\fR
-.br
-\fBvoid timeout(int delay);\fR
+\fBvoid noqiflush(void);\fR
+.sp
+\fBint halfdelay(int \fP\fItenths\fP\fB);\fR

 .br
 .br

-\fBvoid wtimeout(WINDOW *win, int delay);\fR
+\fBvoid timeout(int \fP\fIdelay\fP\fB);\fR

 .br
 .br

-\fBint typeahead(int fd);\fR
+\fBvoid wtimeout(WINDOW *\fP\fIwin\fP\fB, int \fP\fIdelay\fP\fB);\fR
+.sp
+\fBint typeahead(int \fP\fIfd\fP\fB);\fR

 .br
 .SH DESCRIPTION
 .br
 .SH DESCRIPTION

+The \fBncurses\fP library provides several functions which let an application
+change the way input from the terminal is handled.
+Some are global, applying to all windows.
+Others apply only to a specific window.
+Window-specific settings are not automatically applied to new or derived
+windows.
+An application must apply these to each window, if the same behavior
+is needed.
+.\"
+.SS cbreak/nocbreak

 Normally, the tty driver buffers typed characters until a newline or carriage
 Normally, the tty driver buffers typed characters until a newline or carriage

-return is typed.  The \fBcbreak\fR routine disables line buffering and
+return is typed.
+The \fBcbreak\fR routine disables line buffering and

 erase/kill character-processing (interrupt and flow control characters are
 unaffected), making characters typed by the user immediately available to the
 erase/kill character-processing (interrupt and flow control characters are
 unaffected), making characters typed by the user immediately available to the

-program.  The \fBnocbreak\fR routine returns the terminal to normal (cooked)
+program.
+The \fBnocbreak\fR routine returns the terminal to normal (cooked)

 mode.
 .PP
 Initially the terminal may or may not be in \fBcbreak\fR mode, as the mode is
 inherited; therefore, a program should call \fBcbreak\fR or \fBnocbreak\fR
 mode.
 .PP
 Initially the terminal may or may not be in \fBcbreak\fR mode, as the mode is
 inherited; therefore, a program should call \fBcbreak\fR or \fBnocbreak\fR

-explicitly.  Most interactive programs using \fBcurses\fR set the \fBcbreak\fR
-mode.  Note that \fBcbreak\fR overrides \fBraw\fR.
+explicitly.
+Most interactive programs using \fBcurses\fR set the \fBcbreak\fR
+mode.
+Note that \fBcbreak\fR overrides \fBraw\fR.

 [See \fBcurs_getch\fR(3X) for a
 discussion of how these routines interact with \fBecho\fR and \fBnoecho\fR.]
 [See \fBcurs_getch\fR(3X) for a
 discussion of how these routines interact with \fBecho\fR and \fBnoecho\fR.]

+.\"
+.SS echo/noecho

 .PP
 The \fBecho\fR and \fBnoecho\fR routines control whether characters typed by
 .PP
 The \fBecho\fR and \fBnoecho\fR routines control whether characters typed by

-the user are echoed by \fBgetch\fR as they are typed.  Echoing by the tty
+the user are echoed by \fBgetch\fR(3X) as they are typed.
+Echoing by the tty

 driver is always disabled, but initially \fBgetch\fR is in echo mode, so
 driver is always disabled, but initially \fBgetch\fR is in echo mode, so

-characters typed are echoed.  Authors of most interactive programs prefer to do
+characters typed are echoed.
+Authors of most interactive programs prefer to do

 their own echoing in a controlled area of the screen, or not to echo at all, so
 they disable echoing by calling \fBnoecho\fR.
 [See \fBcurs_getch\fR(3X) for a
 discussion of how these routines interact with \fBcbreak\fR and
 \fBnocbreak\fR.]
 their own echoing in a controlled area of the screen, or not to echo at all, so
 they disable echoing by calling \fBnoecho\fR.
 [See \fBcurs_getch\fR(3X) for a
 discussion of how these routines interact with \fBcbreak\fR and
 \fBnocbreak\fR.]

+.\"
+.SS halfdelay

 .PP
 The \fBhalfdelay\fR routine is used for half-delay mode, which is similar to
 \fBcbreak\fR mode in that characters typed by the user are immediately
 .PP
 The \fBhalfdelay\fR routine is used for half-delay mode, which is similar to
 \fBcbreak\fR mode in that characters typed by the user are immediately

-available to the program.  However, after blocking for \fItenths\fR tenths of
-seconds, ERR is returned if nothing has been typed.  The value of \fBtenths\fR
-must be a number between 1 and 255.  Use \fBnocbreak\fR to leave half-delay
+available to the program.
+However, after blocking for \fItenths\fR tenths of
+seconds, \fBERR\fP is returned if nothing has been typed.
+The value of \fItenths\fR
+must be a number between 1 and 255.
+Use \fBnocbreak\fR to leave half-delay

 mode.
 mode.

+.\"
+.SS intrflush

 .PP
 .PP

-If the \fBintrflush\fR option is enabled, (\fIbf\fR is \fBTRUE\fR), when an
-interrupt key is pressed on the keyboard (interrupt, break, quit) all output in
+If the \fBintrflush\fR option is enabled (\fIbf\fR is \fBTRUE\fR), and an
+interrupt key is pressed on the keyboard (interrupt, break, quit), all output in

 the tty driver queue will be flushed, giving the effect of faster response to
 the interrupt, but causing \fBcurses\fR to have the wrong idea of what is on
 the tty driver queue will be flushed, giving the effect of faster response to
 the interrupt, but causing \fBcurses\fR to have the wrong idea of what is on

-the screen.  Disabling (\fIbf\fR is \fBFALSE\fR), the option prevents the
-flush.  The default for the option is inherited from the tty driver settings.
+the screen.
+Disabling the option (\fIbf\fR is \fBFALSE\fR) prevents the
+flush.
+The default for the option is inherited from the tty driver settings.

 The window argument is ignored.
 The window argument is ignored.

+.\"
+.SS keypad

 .PP
 .PP

-The \fBkeypad\fR option enables the keypad of the user's terminal.  If
+The \fBkeypad\fR option enables the keypad of the user's terminal.
+If

 enabled (\fIbf\fR is \fBTRUE\fR), the user can press a function key
 enabled (\fIbf\fR is \fBTRUE\fR), the user can press a function key

-(such as an arrow key) and \fBwgetch\fR returns a single value
-representing the function key, as in \fBKEY_LEFT\fR.  If disabled
+(such as an arrow key) and \fBwgetch\fR(3X) returns a single value
+representing the function key, as in \fBKEY_LEFT\fR.
+If disabled

 (\fIbf\fR is \fBFALSE\fR), \fBcurses\fR does not treat function keys
 specially and the program has to interpret the escape sequences
 (\fIbf\fR is \fBFALSE\fR), \fBcurses\fR does not treat function keys
 specially and the program has to interpret the escape sequences

-itself.  If the keypad in the terminal can be turned on (made to
+itself.
+If the keypad in the terminal can be turned on (made to

 transmit) and off (made to work locally), turning on this option
 transmit) and off (made to work locally), turning on this option

-causes the terminal keypad to be turned on when \fBwgetch\fR is
-called.  The default value for keypad is false.
+causes the terminal keypad to be turned on when \fBwgetch\fR(3X) is
+called.
+The default value for keypad is \fBFALSE\fP.
+.\"
+.SS meta

 .PP
 Initially, whether the terminal returns 7 or 8 significant bits on
 .PP
 Initially, whether the terminal returns 7 or 8 significant bits on

-input depends on the control mode of the tty driver [see termio(7)].
+input depends on the control mode of the tty driver [see \fBtermios\fP(3)].

 To force 8 bits to be returned, invoke \fBmeta\fR(\fIwin\fR,
 \fBTRUE\fR); this is equivalent, under POSIX, to setting the CS8 flag
 To force 8 bits to be returned, invoke \fBmeta\fR(\fIwin\fR,
 \fBTRUE\fR); this is equivalent, under POSIX, to setting the CS8 flag

-on the terminal.  To force 7 bits to be returned, invoke
+on the terminal.
+To force 7 bits to be returned, invoke

 \fBmeta\fR(\fIwin\fR, \fBFALSE\fR); this is equivalent, under POSIX,
 \fBmeta\fR(\fIwin\fR, \fBFALSE\fR); this is equivalent, under POSIX,

-to setting the CS7 flag on the terminal.  The window argument,
-\fIwin\fR, is always ignored.  If the terminfo capabilities \fBsmm\fR
+to setting the CS7 flag on the terminal.
+The window argument,
+\fIwin\fR, is always ignored.
+If the terminfo capabilities \fBsmm\fR

 (meta_on) and \fBrmm\fR (meta_off) are defined for the terminal,
 \fBsmm\fR is sent to the terminal when \fBmeta\fR(\fIwin\fR,
 \fBTRUE\fR) is called and \fBrmm\fR is sent when \fBmeta\fR(\fIwin\fR,
 \fBFALSE\fR) is called.
 (meta_on) and \fBrmm\fR (meta_off) are defined for the terminal,
 \fBsmm\fR is sent to the terminal when \fBmeta\fR(\fIwin\fR,
 \fBTRUE\fR) is called and \fBrmm\fR is sent when \fBmeta\fR(\fIwin\fR,
 \fBFALSE\fR) is called.

+.\"
+.SS nl/nonl
+.PP
+The \fBnl\fR and \fBnonl\fR routines control whether the underlying display
+device translates the return key into newline on input.
+.\"
+.SS nodelay

 .PP
 The \fBnodelay\fR option causes \fBgetch\fR to be a non-blocking call.
 .PP
 The \fBnodelay\fR option causes \fBgetch\fR to be a non-blocking call.

-If no input is ready, \fBgetch\fR returns \fBERR\fR.  If disabled
+If no input is ready, \fBgetch\fR returns \fBERR\fR.
+If disabled

 (\fIbf\fR is \fBFALSE\fR), \fBgetch\fR waits until a key is pressed.
 (\fIbf\fR is \fBFALSE\fR), \fBgetch\fR waits until a key is pressed.

+.SS notimeout

 .PP
 .PP

-While interpreting an input escape sequence, \fBwgetch\fR sets a timer
-while waiting for the next character.  If \fBnotimeout(\fR\fIwin\fR,
-\fBTRUE\fR) is called, then \fBwgetch\fR does not set a timer.  The
+When interpreting an escape sequence, \fBwgetch\fR(3X) sets a timer
+while waiting for the next character.
+If \fBnotimeout(\fR\fIwin\fR,
+\fBTRUE\fR) is called, then \fBwgetch\fR does not set a timer.
+The

 purpose of the timeout is to differentiate between sequences received
 from a function key and those typed by a user.
 purpose of the timeout is to differentiate between sequences received
 from a function key and those typed by a user.

+.\"
+.SS raw/noraw

 .PP
 The \fBraw\fR and \fBnoraw\fR routines place the terminal into or out of raw
 .PP
 The \fBraw\fR and \fBnoraw\fR routines place the terminal into or out of raw

-mode.  Raw mode is similar to \fBcbreak\fR mode, in that characters typed are
-immediately passed through to the user program.  The differences are that in
+mode.
+Raw mode is similar to \fBcbreak\fR mode, in that characters typed are
+immediately passed through to the user program.
+The differences are that in

 raw mode, the interrupt, quit, suspend, and flow control characters are all
 raw mode, the interrupt, quit, suspend, and flow control characters are all

-passed through uninterpreted, instead of generating a signal.  The behavior of
+passed through uninterpreted, instead of generating a signal.
+The behavior of

 the BREAK key depends on other bits in the tty driver that are not set by
 \fBcurses\fR.
 the BREAK key depends on other bits in the tty driver that are not set by
 \fBcurses\fR.

+.\"
+.SS qiflush/noqiflush

 .PP
 When the \fBnoqiflush\fR routine is used, normal flush of input and
 output queues associated with the \fBINTR\fR, \fBQUIT\fR and
 .PP
 When the \fBnoqiflush\fR routine is used, normal flush of input and
 output queues associated with the \fBINTR\fR, \fBQUIT\fR and

-\fBSUSP\fR characters will not be done [see termio(7)].  When
+\fBSUSP\fR characters will not be done [see \fBtermios\fP(3)].
+When

 \fBqiflush\fR is called, the queues will be flushed when these control
 \fBqiflush\fR is called, the queues will be flushed when these control

-characters are read.  You may want to call \fBnoqiflush()\fR in a signal
+characters are read.
+You may want to call \fBnoqiflush\fR in a signal

 handler if you want output to continue as though the interrupt
 had not occurred, after the handler exits.
 handler if you want output to continue as though the interrupt
 had not occurred, after the handler exits.

+.\"
+.SS timeout/wtimeout

 .PP
 The \fBtimeout\fR and \fBwtimeout\fR routines set blocking or
 .PP
 The \fBtimeout\fR and \fBwtimeout\fR routines set blocking or

-non-blocking read for a given window.  If \fIdelay\fR is negative,
+non-blocking read for a given window.
+If \fIdelay\fR is negative,

 blocking read is used (i.e., waits indefinitely for
 blocking read is used (i.e., waits indefinitely for

-input).  If \fIdelay\fR is zero, then non-blocking read is used
-(i.e., read returns \fBERR\fR if no input is waiting).  If
+input).
+If \fIdelay\fR is zero, then non-blocking read is used
+(i.e., read returns \fBERR\fR if no input is waiting).
+If

 \fIdelay\fR is positive, then read blocks for \fIdelay\fR
 milliseconds, and returns \fBERR\fR if there is still no input.
 Hence, these routines provide the same functionality as \fBnodelay\fR,
 plus the additional capability of being able to block for only
 \fIdelay\fR milliseconds (where \fIdelay\fR is positive).
 \fIdelay\fR is positive, then read blocks for \fIdelay\fR
 milliseconds, and returns \fBERR\fR if there is still no input.
 Hence, these routines provide the same functionality as \fBnodelay\fR,
 plus the additional capability of being able to block for only
 \fIdelay\fR milliseconds (where \fIdelay\fR is positive).

+.\"
+.SS typeahead

 .PP
 .PP

-The \fBcurses\fR library does ``line-breakout optimization'' by looking for
-typeahead periodically while updating the screen.  If input is found,
-and it is coming from a tty, the current update is postponed until
-\fBrefresh\fR or \fBdoupdate\fR is called again.  This allows faster
-response to commands typed in advance.  Normally, the input FILE
+The \fBcurses\fR library does \*(``line-breakout optimization\*(''
+by looking for typeahead periodically while updating the screen.
+If input is found, and it is coming from a tty,
+the current update is postponed until
+\fBrefresh\fR(3X) or \fBdoupdate\fR is called again.
+This allows faster response to commands typed in advance.
+Normally, the input FILE

 pointer passed to \fBnewterm\fR, or \fBstdin\fR in the case that
 \fBinitscr\fR was used, will be used to do this typeahead checking.
 The \fBtypeahead\fR routine specifies that the file descriptor
 pointer passed to \fBnewterm\fR, or \fBstdin\fR in the case that
 \fBinitscr\fR was used, will be used to do this typeahead checking.
 The \fBtypeahead\fR routine specifies that the file descriptor

-\fIfd\fR is to be used to check for typeahead instead.  If \fIfd\fR is
--1, then no typeahead checking is done.
+\fIfd\fR is to be used to check for typeahead instead.
+If \fIfd\fR is
+\-1, then no typeahead checking is done.
+.\"

 .SH RETURN VALUE
 .SH RETURN VALUE

-All routines that return an integer return \fBERR\fR upon failure and OK (SVr4
-specifies only "an integer value other than \fBERR\fR") upon successful
-completion, unless otherwise noted in the preceding routine descriptions.
+All routines that return an integer return \fBERR\fR upon failure and \fBOK\fP
+(SVr4 specifies only \*(``an integer value other than \fBERR\fR\*('')
+upon successful completion,
+unless otherwise noted in the preceding routine descriptions.
+.PP
+X/Open does not define any error conditions.
+In this implementation,
+functions with a window parameter will return an error if it is null.
+Any function will also return an error if the terminal was not initialized.
+Also,
+.RS
+.TP 5
+\fBhalfdelay\fP
+returns an error
+if its parameter is outside the range 1..255.
+.RE

 .SH PORTABILITY
 These functions are described in the XSI Curses standard, Issue 4.
 .PP
 The ncurses library obeys the XPG4 standard and the historical practice of the
 AT&T curses implementations, in that the echo bit is cleared when curses
 .SH PORTABILITY
 These functions are described in the XSI Curses standard, Issue 4.
 .PP
 The ncurses library obeys the XPG4 standard and the historical practice of the
 AT&T curses implementations, in that the echo bit is cleared when curses

-initializes the terminal state.  BSD curses differed from this slightly; it
+initializes the terminal state.
+BSD curses differed from this slightly; it

 left the echo bit on at initialization, but the BSD \fBraw\fR call turned it
 left the echo bit on at initialization, but the BSD \fBraw\fR call turned it

-off as a side-effect.  For best portability, set echo or noecho explicitly
+off as a side-effect.
+For best portability, set \fBecho \fPor \fBnoecho\fP explicitly

 just after initialization, even if your program remains in cooked mode.
 just after initialization, even if your program remains in cooked mode.

+.PP
+The XSI Curses standard is ambiguous on the question of whether \fBraw\fR
+should disable the CRLF translations controlled by \fBnl\fR and \fBnonl\fR.
+BSD curses did turn off these translations; AT&T curses (at least as late as
+SVr1) did not.
+We chose to do so, on the theory that a programmer requesting
+raw input wants a clean (ideally 8-bit clean) connection that the operating
+system will not alter.
+.PP
+When \fBkeypad\fP is first enabled,
+ncurses loads the key-definitions for the current terminal description.
+If the terminal description includes extended string capabilities,
+e.g., from using the \fB\-x\fP option of \fB@TIC@\fP,
+then ncurses also defines keys for the capabilities whose names
+begin with \*(``k\*(''.
+The corresponding keycodes are generated and (depending on previous
+loads of terminal descriptions) may differ from one execution of a
+program to the next.
+The generated keycodes are recognized by the \fBkeyname\fP function
+(which will then return a name beginning with \*(``k\*('' denoting the
+terminfo capability name rather than \*(``K\*('', used for curses key-names).
+On the other hand, an application can use \fBdefine_key\fP to establish
+a specific keycode for a given string.
+This makes it possible for an application to check for an extended
+capability's presence with \fBtigetstr\fP,
+and reassign the keycode to match its own needs.
+.PP
+Low-level applications can use \fBtigetstr\fP to obtain the definition
+of any particular string capability.
+Higher-level applications which use the curses \fBwgetch\fP
+and similar functions to return keycodes rely upon the order in which
+the strings are loaded.
+If more than one key definition has the same string value,
+then \fBwgetch\fP can return only one keycode.
+Most curses implementations (including ncurses)
+load key definitions in the order
+defined by the array of string capability names.
+The last key to be loaded determines the keycode which will be returned.
+In ncurses, you may also have extended capabilities interpreted as
+key definitions.
+These are loaded after the predefined keys,
+and if a capability's value is the same as a previously-loaded
+key definition,
+the later definition is the one used.

 .SH NOTES
 .SH NOTES

-Note that \fBecho\fR, \fBnoecho\fR, \fBhalfdelay\fR, \fBintrflush\fR,
-\fBmeta\fR, \fBnodelay\fR, \fBnotimeout\fR, \fBnoqiflush\fR,
-\fBqiflush\fR, \fBtimeout\fR, and \fBwtimeout\fR may be macros.
+Note that
+\fBecho\fR,
+\fBnoecho\fR,
+\fBhalfdelay\fR,
+\fBintrflush\fR,
+\fBmeta\fR,
+\fBnl\fR,
+\fBnonl\fR,
+\fBnodelay\fR,
+\fBnotimeout\fR,
+\fBnoqiflush\fR,
+\fBqiflush\fR,
+\fBtimeout\fR, and
+\fBwtimeout\fR may be macros.

 .PP
 The \fBnoraw\fR and \fBnocbreak\fR calls follow historical practice in that
 .PP
 The \fBnoraw\fR and \fBnocbreak\fR calls follow historical practice in that

-they attempt to restore to normal (`cooked') mode from raw and cbreak modes
-respectively.  Mixing raw/noraw and cbreak/nocbreak calls leads to tty driver
+they attempt to restore to normal (\*(``cooked\*('') mode
+from raw and cbreak modes respectively.
+Mixing raw/noraw and cbreak/nocbreak calls leads to tty driver

 control states that are hard to predict or understand; it is not recommended.
 .SH SEE ALSO
 control states that are hard to predict or understand; it is not recommended.
 .SH SEE ALSO

-\fBcurses\fR(3X), \fBcurs_getch\fR(3X), \fBcurs_initscr\fR(3X), \fBtermio\fR(7)
-.\"#
-.\"# The following sets edit modes for GNU EMACS
-.\"# Local Variables:
-.\"# mode:nroff
-.\"# fill-column:79
-.\"# End:
+\fBcurses\fR(3X),
+\fBcurs_getch\fR(3X),
+\fBcurs_initscr\fR(3X),
+\fBcurs_util\fR(3X),
+\fBdefine_key\fR(3X),
+\fBtermios\fR(3)