1 files changed, 0 insertions, 98 deletions
diff --git a/nx-X11/programs/xterm/gen-pc-fkeys.pl b/nx-X11/programs/xterm/gen-pc-fkeys.pl
deleted file mode 100755
index c7ba80268..000000000
--- a/nx-X11/programs/xterm/gen-pc-fkeys.pl
+++ /dev/null
@@ -1,98 +0,0 @@
-#! /usr/bin/perl -w
-# Author: Thomas E. Dickey
-# $XTermId: gen-pc-fkeys.pl,v 1.5 2005/04/03 16:58:29 tom Exp $
-# $XFree86: xc/programs/xterm/gen-pc-fkeys.pl,v 1.2 2005/03/29 04:00:32 tsi Exp $
-#
-# Construct a list of function-key definitions corresponding to xterm's
-# Sun/PC keyboard.  This uses infocmp to obtain the strings to modify (and
-# verify).
-use strict;
-
-my(@old_keys);
-my($min_fkeys,$max_fkeys,$max_modifier,$modify_opt,$terminfo);
-
-$min_fkeys=12;		# the number of "real" function keys on your keyboard
-$max_fkeys=64;		# the number of function-keys terminfo can support
-$max_modifier=8;	# modifier 1 + (1=shift, 2=alt, 4=control 8=meta)
-$modify_opt=2;		# xterm's modifyCursorKeys resource
-$terminfo="xterm-new";	# the terminfo entry to use
-
-my($cur_modifier, $cur_fkey);
-
-# apply the given modifier to the terminfo string, return the result
-sub modify_it {
-	my $code = $_[0];
-	my $text = $_[1];
-	if ($code != 1) {
-		my $piece = substr $text, 0, length ($text) - 1;
-		my $final = substr $text, length ($text) - 1;
-		my $check = substr $piece, length ($piece) - 1;
-		if ($check =~ /[0-9]/) {
-			$code = ";" . $code;
-		}
-		$text = $piece . $code . $final;
-	}
-	return $text;
-}
-
-# compute the next modifier value
-sub next_modifier {
-	my $code = $_[0];
-	my $mask = $code - 1;
-	if ($mask == 0) {
-		$mask = 1;
-	} elsif ($mask == 1) {
-		$mask = 4;
-	} elsif ($mask == 2) {
-		$mask = 3;	# FIXME
-	} elsif ($mask == 4) {
-		$mask = 5;
-	} elsif ($mask == 5) {
-		$mask = 2;
-	}
-	# printf ("# next_modifier(%d) = %d\n", $code, $mask + 1);
-	return $mask + 1;
-}
-
-# Read the terminfo entry's list of function keys $old_keys[].
-# We could handle $old_keys[0], but choose to start numbering from 1.
-sub readterm() {
-	my($key,$n,$str);
-	my(@list) = `infocmp -1 $terminfo`;
-	for $n (0..$#list) {
-		chop $list[$n];
-		$list[$n] =~ s/^[[:space:]]//;
-		if ( $list[$n] =~ /^kf[[:digit:]]+=/ ) {
-			$key = $list[$n];
-			$key =~ s/^kf//;
-			$key =~ s/=.*//;
-			$str = $list[$n];
-			$str =~ s/^kf[[:digit:]]+=//;
-			$str =~ s/,[[:space:]]*$//;
-			# printf "$n:%s(%d)(%s)\n", $list[$n], $key, $str;
-			$old_keys[$key] = $str;
-		}
-	}
-	# printf ("last index:%d\n", $#old_keys);
-}
-
-readterm();
-
-# Cycling through the modifiers is not just like counting.  Users prefer
-# pressing one modifier (even if using Emacs).  So first we cycle through
-# the individual modifiers, then for completeness two, three, etc.
-printf "xterm+pcfkeys|fragment for PC-style keys, \n";
-for ($cur_fkey = 1, $cur_modifier = 1; $cur_fkey < $max_fkeys; ++$cur_fkey) {
-	my $index = (($cur_fkey - 1) % $min_fkeys);
-	if ($index == 0 && $cur_fkey != 1) {
-		$cur_modifier = next_modifier($cur_modifier);
-	}
-	my $input = $old_keys[$index + 1];
-	my $result = modify_it($cur_modifier,$input);
-	printf "\tkf%d=%s, \n", $cur_fkey, $result;
-	if (defined $old_keys[$cur_fkey]) {
-		if ($old_keys[$cur_fkey] ne $result) {
-			printf "# diff %s\n", $old_keys[$cur_fkey];
-		}
-	}
-}