xenocara/app/xterm/vttests/tcapquery.pl
2017-07-15 19:20:51 +00:00

344 lines
9.3 KiB
Perl

#!/usr/bin/env perl
# $XTermId: tcapquery.pl,v 1.20 2017/01/22 18:34:06 tom Exp $
# -----------------------------------------------------------------------------
# this file is part of xterm
#
# Copyright 2004-2014,2017 by Thomas E. Dickey
#
# All Rights Reserved
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to
# permit persons to whom the Software is furnished to do so, subject to
# the following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
# IN NO EVENT SHALL THE ABOVE LISTED COPYRIGHT HOLDER(S) BE LIABLE FOR ANY
# CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,
# TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE
# SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
#
# Except as contained in this notice, the name(s) of the above copyright
# holders shall not be used in advertising or otherwise to promote the
# sale, use or other dealings in this Software without prior written
# authorization.
# -----------------------------------------------------------------------------
# Test the tcap-query option of xterm.
use strict;
use warnings;
use Getopt::Std;
use IO::Handle;
our (
$opt_a, $opt_b, $opt_c, $opt_e, $opt_f, $opt_i,
$opt_k, $opt_m, $opt_t, $opt_x, $opt_X
);
&getopts('abcefikmt:x:X') || die(
"Usage: $0 [options]\n
Options:\n
-a (same as -c -e -f -k -m)
-b use both terminfo and termcap (default is termcap)
-c cursor-keys
-e editing keypad-keys
-f function-keys
-i use terminfo rather than termcap names
-k numeric keypad-keys
-m miscellaneous (none of -c, -e, -f, -k)
-t NAME use given NAME for \$TERM, set that in xterm's tcap keyboard
-x KEY extended cursor/editing key (terminfo only)
-X test all extended cursor- and/or editing-keys (terminfo)
"
);
if (
not( defined($opt_c)
or defined($opt_e)
or defined($opt_f)
or defined($opt_k)
or defined($opt_m)
or defined($opt_x) )
)
{
$opt_a = 1;
}
sub no_reply($) {
open TTY, "+</dev/tty" or die("Cannot open /dev/tty\n");
autoflush TTY 1;
my $old = `stty -g`;
system "stty raw -echo min 0 time 5";
print TTY @_;
close TTY;
system "stty $old";
}
sub get_reply($) {
open TTY, "+</dev/tty" or die("Cannot open /dev/tty\n");
autoflush TTY 1;
my $old = `stty -g`;
system "stty raw -echo min 0 time 5";
print TTY @_;
my $reply = <TTY>;
close TTY;
system "stty $old";
if ( defined $reply ) {
die("^C received\n") if ( "$reply" eq "\003" );
}
return $reply;
}
sub hexified($) {
my $value = $_[0];
my $result = "";
my $n;
for ( $n = 0 ; $n < length($value) ; ++$n ) {
$result .= sprintf( "%02X", ord substr( $value, $n, 1 ) );
}
return $result;
}
sub modify_tcap($) {
my $name = $_[0];
my $param = hexified($name);
no_reply( "\x1bP+p" . $param . "\x1b\\" );
}
sub query_tcap($$) {
my $tcap = $_[0];
my $tinfo = $_[1];
my $param1 = hexified($tcap);
my $param2 = hexified($tinfo);
my $reply;
# uncomment one of the following lines
if ( defined($opt_b) ) {
$reply = get_reply( "\x1bP+q" . $param1 . ";" . $param2 . "\x1b\\" );
}
elsif ( defined($opt_i) ) {
$reply = get_reply( "\x1bP+q" . $param2 . "\x1b\\" );
}
else {
$reply = get_reply( "\x1bP+q" . $param1 . "\x1b\\" );
}
return unless defined $reply;
if ( $reply =~ /\x1bP1\+r[[:xdigit:]]+=[[:xdigit:]]*.*/ ) {
my $value = $reply;
my $n;
$value =~ s/^\x1bP1\+r//;
$value =~ s/\x1b\\//;
my $result = "";
for ( $n = 0 ; $n < length($value) ; ) {
my $c = substr( $value, $n, 1 );
# handle semicolon and equals
if ( $c =~ /[[:punct:]]/ ) {
$n += 1;
$result .= $c;
}
else {
# handle hex-data
my $k = hex substr( $value, $n, 2 );
if ( $k == 0x1b ) {
$result .= "\\E";
}
elsif ( $k == 0x7f ) {
$result .= "^?";
}
elsif ( $k == 32 ) {
$result .= "\\s";
}
elsif ( $k < 32 ) {
$result .= sprintf( "^%c", $k + 64 );
}
elsif ( $k > 128 ) {
$result .= sprintf( "\\%03o", $k );
}
else {
$result .= chr($k);
}
$n += 2;
}
}
printf "%s\n", $result;
}
}
# extended-keys are a feature of ncurses 5.0 and later
sub query_extended($) {
my $name = $_[0];
my $n;
$name = "k" . $name if ( $name !~ /^k/ );
for ( $n = 2 ; $n <= 7 ; ++$n ) {
my $test = $name;
$test = $test . $n if ( $n > 2 );
query_tcap( $name, $test );
}
}
query_tcap( "TN", "name" );
if ( defined($opt_t) ) {
printf "Setting TERM=%s\n", $opt_t;
modify_tcap($opt_t);
}
# See xtermcapKeycode()
if ( defined($opt_a) || defined($opt_c) ) {
query_tcap( "ku", "kcuu1" );
query_tcap( "kd", "kcud1" );
query_tcap( "kr", "kcuf1" );
query_tcap( "kl", "kcub1" );
query_tcap( "kF", "kind" );
query_tcap( "kR", "kri" );
query_tcap( "%i", "kRIT" );
query_tcap( "#4", "kLFT" );
}
if ( defined($opt_a) || defined($opt_e) ) {
query_tcap( "kD", "kdch1" );
query_tcap( "kI", "kich1" );
query_tcap( "kh", "khome" );
query_tcap( "\@7", "kend" );
query_tcap( "#2", "kHOM" );
query_tcap( "*7", "kEND" );
query_tcap( "*6", "kslt" );
query_tcap( "#6", "kSLT" );
query_tcap( "\@0", "kfnd" );
query_tcap( "*0", "kFND" );
query_tcap( "kN", "knp" );
query_tcap( "kP", "kpp" );
query_tcap( "%c", "kNXT" );
query_tcap( "%e", "kPRV" );
}
if ( defined($opt_a) || defined($opt_f) ) {
query_tcap( "k1", "kf1" );
query_tcap( "k2", "kf2" );
query_tcap( "k3", "kf3" );
query_tcap( "k4", "kf4" );
query_tcap( "k5", "kf5" );
query_tcap( "k6", "kf6" );
query_tcap( "k7", "kf7" );
query_tcap( "k8", "kf8" );
query_tcap( "k9", "kf9" );
query_tcap( "k;", "kf10" );
query_tcap( "F1", "kf11" );
query_tcap( "F2", "kf12" );
query_tcap( "F3", "kf13" );
query_tcap( "F4", "kf14" );
query_tcap( "F5", "kf15" );
query_tcap( "F6", "kf16" );
query_tcap( "F7", "kf17" );
query_tcap( "F8", "kf18" );
query_tcap( "F9", "kf19" );
query_tcap( "FA", "kf20" );
query_tcap( "FB", "kf21" );
query_tcap( "FC", "kf22" );
query_tcap( "FD", "kf23" );
query_tcap( "FE", "kf24" );
query_tcap( "FF", "kf25" );
query_tcap( "FG", "kf26" );
query_tcap( "FH", "kf27" );
query_tcap( "FI", "kf28" );
query_tcap( "FJ", "kf29" );
query_tcap( "FK", "kf30" );
query_tcap( "FL", "kf31" );
query_tcap( "FM", "kf32" );
query_tcap( "FN", "kf33" );
query_tcap( "FO", "kf34" );
query_tcap( "FP", "kf35" );
query_tcap( "FQ", "kf36" );
query_tcap( "FR", "kf37" );
query_tcap( "FS", "kf38" );
query_tcap( "FT", "kf39" );
query_tcap( "FU", "kf40" );
query_tcap( "FV", "kf41" );
query_tcap( "FW", "kf42" );
query_tcap( "FX", "kf43" );
query_tcap( "FY", "kf44" );
query_tcap( "FZ", "kf45" );
query_tcap( "Fa", "kf46" );
query_tcap( "Fb", "kf47" );
query_tcap( "Fc", "kf48" );
query_tcap( "Fd", "kf49" );
query_tcap( "Fe", "kf50" );
query_tcap( "Ff", "kf51" );
query_tcap( "Fg", "kf52" );
query_tcap( "Fh", "kf53" );
query_tcap( "Fi", "kf54" );
query_tcap( "Fj", "kf55" );
query_tcap( "Fk", "kf56" );
query_tcap( "Fl", "kf57" );
query_tcap( "Fm", "kf58" );
query_tcap( "Fn", "kf59" );
query_tcap( "Fo", "kf60" );
query_tcap( "Fp", "kf61" );
query_tcap( "Fq", "kf62" );
query_tcap( "Fr", "kf63" );
}
if ( defined($opt_a) || defined($opt_k) ) {
query_tcap( "K1", "ka1" );
query_tcap( "K3", "ka3" );
query_tcap( "K4", "kc1" );
query_tcap( "K5", "kc3" );
}
if ( defined($opt_a) || defined($opt_m) ) {
query_tcap( "kB", "kcbt" );
query_tcap( "kC", "kclr" );
query_tcap( "&8", "kund" );
query_tcap( "kb", "kbs" );
query_tcap( "%1", "khlp" );
query_tcap( "#1", "kHLP" );
query_tcap( "Co", "colors" );
}
if ( defined($opt_x) ) {
query_extended($opt_x);
}
if ( defined($opt_X) ) {
if ( defined($opt_c) ) {
query_extended("DN");
query_extended("UP");
query_extended("LFT");
query_extended("RIT");
}
if ( defined($opt_e) ) {
query_extended("DC");
query_extended("END");
query_extended("HOM");
query_extended("IC");
query_extended("NXT");
query_extended("PRV");
}
}