Remove x11vnc subdir.

The new x11vnc repo is at https://github.com/LibVNC/x11vnc.

1 files changed, 0 insertions, 157 deletions

diff --git a/x11vnc/misc/ranfb.pl b/x11vnc/misc/ranfb.pl
deleted file mode 100755
index d6aa49d..0000000
--- a/x11vnc/misc/ranfb.pl
+++ /dev/null
@@ -1,157 +0,0 @@
-  #!/bin/sh -- # A comment mentioning perl
-eval 'exec perl -S $0 ${1+"$@"}'
-        if 0;
-
-# ranfb.pl: example -rawfb setup program.
-# E.g.  x11vnc -rawfb setup:./ranfb.pl
-
-# can supply WxH or W H on cmd line:
-if ($ARGV[0] =~ /^(\d+)x(\d+)$/) {
-	$W = $1;
-	$H = $2;
-} else {
-	$W = shift;
-	$H = shift;
-}
- 
-$W = 480 unless $W;
-$H = 360 unless $H;
-
-$fb = "/tmp/ranfb.$$";
-open(FB, ">$fb") || die "$!";
-
-$ones = "\377" x ($W * 4);
-for ($y = 0; $y < $H; $y++) {
-	print FB $ones;
-}
-
-if (fork) {
-	print "map:$fb\@${W}x${H}x32\n";
-	exit 0;
-}
-
-srand();
-while (1) {
-	showpic();
-	if (! kill 0, $ENV{X11VNC_PID}) {
-		print STDERR "PID $ENV{X11VNC_PID} gone\n";
-		unlink($fb);
-		exit;
-	}
-}
-
-sub showpic {
-
-	#  0 < x,y < 1;  R1, R2, ... B4 random & scaled so R,G,B < 255:
-	# R(x,y) = R1 + R2 * x + R3 * y + R4 * x * y
-	# G(x,y) = G1 + G2 * x + G3 * y + G4 * x * y
-	# B(x,y) = B1 + B2 * x + B3 * y + B4 * x * y
-
-	$minfac = 0.25;
-	foreach $c ('R', 'G', 'B') {
-		$a1 = rand() * $minfac;
-		$a2 = rand();
-		$a3 = rand();
-		$a4 = rand();
-		$at = $a1 + $a2 + $a3 + $a4;
-		$a1 = 255 * ($a1/$at);
-		$a2 = 255 * ($a2/$at);
-		$a3 = 255 * ($a3/$at);
-		$a4 = 255 * ($a4/$at);
-		# invert axes randomly
-		$ax = 0; $ax = 1 if rand() < 0.5;
-		$ay = 0; $ay = 1 if rand() < 0.5;
-		eval "\$${c}1 = \$a1";
-		eval "\$${c}2 = \$a2";
-		eval "\$${c}3 = \$a3";
-		eval "\$${c}4 = \$a4";
-		eval "\$${c}x = \$ax";
-		eval "\$${c}y = \$ay";
-	}
-
-	for ($i = 0; $i < 256; $i++) {
-		$p[$i] = pack("c", $i);
-	}
-
-	$Winv = 1.0/$W;
-	$Hinv = 1.0/$H;
-
-	$str = '';
-	for ($y = 0; $y < $H; $y++) {
-		$yr = $yg = $yb = $y;
-		$yr = $H - $yr if $Ry;
-		$yg = $H - $yg if $Gy;
-		$yb = $H - $yb if $By;
-		$yr = $yr * $Hinv;
-		$yg = $yg * $Hinv;
-		$yb = $yb * $Hinv;
-		
-		$Y[3*$y+0] = $yr;
-		$Y[3*$y+1] = $yg;
-		$Y[3*$y+2] = $yb;
-	}
-
-	for ($x = 0; $x < $W; $x++) {
-		$xr = $xg = $xb = $x;
-		$xr = $W - $xr if $Rx;
-		$xg = $W - $xg if $Gx;
-		$xb = $W - $xb if $Bx;
-		$xr = $xr * $Winv;
-		$xg = $xg * $Winv;
-		$xb = $xb * $Winv;
-
-		$X[3*$x+0] = $xr;
-		$X[3*$x+1] = $xg;
-		$X[3*$x+2] = $xb;
-	}
-
-	for ($y = 0; $y < $H; $y++) {
-		#$yr = $yg = $yb = $y;
-		#$yr = $H - $yr if $Ry;
-		#$yg = $H - $yg if $Gy;
-		#$yb = $H - $yb if $By;
-		#$yr = $yr * $Hinv;
-		#$yg = $yg * $Hinv;
-		#$yb = $yb * $Hinv;
-
-		$yr = $Y[3*$y+0];
-		$yg = $Y[3*$y+1];
-		$yb = $Y[3*$y+2];
-
-		$RY1 = $R1 + $yr * $R3;
-		$GY1 = $G1 + $yg * $G3;
-		$BY1 = $B1 + $yb * $B3;
-
-		$RY2 = $R2 + $yr * $R4;
-		$GY2 = $G2 + $yg * $G4;
-		$BY2 = $B2 + $yb * $B4;
-
-		for ($x = 0; $x < $W; $x++) {
-			#$xr = $xg = $xb = $x;
-			#$xr = $W - $xr if $Rx;
-			#$xg = $W - $xg if $Gx;
-			#$xb = $W - $xb if $Bx;
-			#$xr = $xr * $Winv;
-			#$xg = $xg * $Winv;
-			#$xb = $xb * $Winv;
-
-			$n = 3 * $x;
-
-			#$v = int($R1 + $xr*$R2 + $yr*$R3 + $xr*$yr*$R4);
-			$v  = int($RY1 + $X[$n]*$RY2);
-			$str .= $p[$v];
-
-			#$v = int($G1 + $xg*$G2 + $yg*$G3 + $xg*$yg*$G4);
-			$v  = int($GY1 + $X[$n+1]*$GY2);
-			$str .= $p[$v];
-
-			#$v = int($B1 + $xb*$B2 + $yb*$B3 + $xb*$yb*$B4);
-			$v  = int($BY1 + $X[$n+2]*$BY2);
-			$str .= $p[$v];
-
-			$str .= "\0";
-		}
-	}
-	seek(FB, 0, 0);
-	print FB $str;
-}