- Update Gimp-Print driver to version 4.2.1

- Fix build on -current
- Fix checksum of gdevdj9.c.gz (again)
- Get much improved ps2epsi stuff from ghostscript-gnu version

PR:		37500
Submitted by:	Ports Fury

1 files changed, 197 insertions, 5 deletions

diff --git a/print/ghostscript8/files/patch-lib:ps2epsi.ps b/print/ghostscript8/files/patch-lib:ps2epsi.ps
index 8e150354428c..19ccc7d0b022 100644
--- a/print/ghostscript8/files/patch-lib:ps2epsi.ps
+++ b/print/ghostscript8/files/patch-lib:ps2epsi.ps
@@ -1,11 +1,203 @@
---- lib/ps2epsi.ps.orig	Tue Jun  5 15:31:41 2001
-+++ lib/ps2epsi.ps	Sat Apr 20 15:57:44 2002
-@@ -52,7 +52,7 @@
+--- lib/ps2epsi.ps.orig	Wed Apr  4 13:45:42 2001
++++ lib/ps2epsi.ps	Tue Apr 23 05:30:39 2002
+@@ -1,27 +1,31 @@
+-%    Copyright (C) 1990, 2000 Aladdin Enterprises.  All rights reserved.
++%    Copyright (C) 1990-2002 artofcode LLC. All rights reserved.
+ % 
+-% This file is part of AFPL Ghostscript.
++% This software is provided AS-IS with no warranty, either express or
++% implied.
+ % 
+-% AFPL Ghostscript is distributed with NO WARRANTY OF ANY KIND.  No author or
+-% distributor accepts any responsibility for the consequences of using it, or
+-% for whether it serves any particular purpose or works at all, unless he or
+-% she says so in writing.  Refer to the Aladdin Free Public License (the
+-% "License") for full details.
++% This software is distributed under license and may not be copied,
++% modified or distributed except as expressly authorized under the terms
++% of the license contained in the file LICENSE in this distribution.
+ % 
+-% Every copy of AFPL Ghostscript must include a copy of the License, normally
+-% in a plain ASCII text file named PUBLIC.  The License grants you the right
+-% to copy, modify and redistribute AFPL Ghostscript, but only under certain
+-% conditions described in the License.  Among other things, the License
+-% requires that the copyright notice and this notice be preserved on all
+-% copies.
++% For more information about licensing, please refer to
++% http://www.ghostscript.com/licensing/. For information on
++% commercial licensing, go to http://www.artifex.com/licensing/ or
++% contact Artifex Software, Inc., 101 Lucas Valley Road #110,
++% San Rafael, CA  94903, U.S.A., +1(415)492-9861.
+ 
+-% $Id: ps2epsi.ps,v 1.5 2001/04/04 04:45:42 alexcher Exp $
++% $Id: ps2epsi.ps,v 1.5.2.3 2002/04/22 20:30:39 giles Exp $
+ % Convert an arbitrary PostScript file to an EPSI file.
+ %
+ % Please do not contact these users if you have questions.  They no longer
+ % have the time, interest, or current expertise to keep this code working.
+ % If you find bugs, please send proposed fixes to bug-gs@aladdin.com.
+ %
++% Bug fix 2002-04-20 by rayjj: Bounding box was incorrect since it depended
++%   on the dither pattern and gray shade at the boundary. Changed to use
++%   8-bit grayscale preview image to allow correct bounding box (at the
++%   expense of a 8x larger preview image). Also moved .setsafe until after
++%   the device and file operations are complete (but still before the input
++%   file is processed.
+ % Bug fix 2000-04-11 by lpd: if a font didn't have a FontName (which is the
+ %   case for bitmap fonts produced by recent versions of dvips), setfont
+ %   caused an error.
+@@ -51,7 +55,6 @@
    /ps2epsi
     {				% Open the file
       outfile (w) file /epsifile exch def
 -     //systemdict /.setsafe known { .setsafe } if
-+%     //systemdict /.setsafe known { .setsafe } if
  					% Get the device parameters
-      currentdevice getdeviceprops .dicttomark
+      currentdevice getdeviceprops .dicttomark 
       /HWSize get aload pop
+@@ -59,17 +62,23 @@
+        /devwidth exch def
+      matrix defaultmatrix
+        /devmatrix exch def
+-				% Make a corresponding memory device
+-     devmatrix devwidth devheight <ff 00>
++				% Make a corresponding 8-bit deep memory device
++     devmatrix devwidth devheight
++     256 string 0 1 255 { 1 index exch dup 255 exch sub put } for
+      makeimagedevice
+      /arraydevice exch def
+-     arraydevice setdevice	% (does an erasepage)
+-     /rowwidth devwidth 7 add 8 idiv def
++     arraydevice
++     % Turn on anti-aliasing
++     mark /TextAlphaBits 4 /GraphicsAlphaBits 4 6 -1 roll
++     putdeviceprops
++     setdevice	% (does an erasepage)
++     /rowwidth devwidth def
+      /row rowwidth string def
+      /zerorow rowwidth string def	% all zero
+ 				% Replace the definition of showpage
+      userdict /showpage { ps2edict begin epsipage end } bind put
+      userdict /setfont { ps2edict begin epsisetfont end } bind put
++     //systemdict /.setsafe known { .setsafe } if
+    } bind def
+ 
+  /epsifontdict 100 dict def
+@@ -125,8 +134,8 @@
+      
+      % Initialise limit variables
+      /loopcount rowwidth 1 sub def
+-     /lm loopcount def /lmb 0 def
+-     /rm 0 def /rmb 0 def
++     /lm loopcount def 
++     /rm 0 def 
+ 
+      % Find left and right boundaries of image
+      tm 1 bm
+@@ -135,47 +144,29 @@
+ 	% Scan from left to find first non-zero element
+ 	% We save first the element, then the index
+ 	-1 0 1 loopcount
+-	{ dup row exch get dup 0 ne { exch exit }{ pop pop } ifelse
++	{ dup row exch get 0 ne { exch pop exit }{ pop } ifelse
+ 	} for
+ 	% If we found -1, row is blank ..
+ 	dup -1 ne 
+ 	{ % Find the leftmost index
+           dup lm lt
+           % If the new index is less, we save index and element
+-          { /lm exch def /lmb exch def }
+-          % If the index is equal, we or the bits together
+-          { lm eq { lmb or /lmb exch def }{ pop } ifelse
+-          } ifelse
++          { /lm exch def } { pop } ifelse
+ 	  % Now find the rightmost index
+ 	  loopcount -1 0
+-          { dup row exch get dup 0 ne { exch exit }{ pop pop } ifelse
++          { dup row exch get 0 ne { exit }{ pop } ifelse
+           } for
+ 	  dup rm gt
+           % If the new index is greater, we save index and element
+-          { /rm exch def /rmb exch def }
+-          % If the index is equal, or the bits
+-          { rm eq { rmb or /rmb exch def } { pop } ifelse
+-          } ifelse
++          { /rm exch def } { pop } ifelse
+ 	} if
+-	pop
+       } for
+ 
+-     % Now we find the real left & right bit positions
+-     256 0 1 7
+-     { exch 2 div dup lmb le { pop exit }{ exch pop } ifelse
+-     } for
+-     /lmb exch def
+-
+-     1 7 -1 0
+-     { exch dup dup rmb and eq { pop exit }{ 2 mul exch pop } ifelse
+-     } for
+-     /rmb exch def
+-
+      % Calculate the bounding box values.
+      % Note that these must be corrected to produce closed-open intervals.
+-     /llx lm 8 mul lmb add def
++     /llx lm def
+      /lly devheight bm sub 1 sub def
+-     /urx rm 8 mul rmb add 1 add def
++     /urx rm 1 add def
+      /ury devheight tm sub def
+ 
+     % Write out the magic string and bounding box information
+@@ -206,38 +197,31 @@
+      epsifile lly write==only epsifile ( ) writestring
+      epsifile urx write==only epsifile ( ) writestring
+      epsifile ury write==
+-     epsifile (%%BeginPreview: ) writestring
+-     epsifile urx llx sub write==only epsifile ( ) writestring
+-     epsifile bm tm sub 1 add write==only epsifile ( 1 ) writestring
+-     epsifile bm tm sub 1 add write==
+-     epsifile flushfile
+ 
+     % Define character and bit widths for the output line buffer:
+      /cwidth rm lm sub 1 add def
+-     /bwidth cwidth 8 mul def
+-     /owidth urx llx sub 7 add 8 idiv def
+      /out cwidth string def
+ 
+-     % Create a 1-bit-high device for bitblt to align with the bbox
+-     gsave
+-     matrix cwidth 8 mul 1 <00 ff> makeimagedevice setdevice
++     epsifile (%%BeginPreview: ) writestring
++     epsifile cwidth write==only epsifile ( ) writestring
++     epsifile bm tm sub 1 add write==only epsifile ( 8 ) writestring
++     epsifile bm tm sub 1 add
++     cwidth 39 add 40 idiv mul write==
++     epsifile flushfile
+ 
+-     % 'image' a zero string to clear the line device
+-     bwidth 1 1 matrix cwidth string image
++     gsave
+ 
+      tm 1 bm
+       { % Get a scan line interval from the array device
+ 	arraydevice exch row copyscanlines lm cwidth getinterval
+-	lmb 0 gt
+-	{ % 'image' it into the line device with the lmb offset
+-	  bwidth 1 1 [1 0 0 1 lmb 0] 5 -1 roll image
+-	  % Now we get the modified scan line
+-	  currentdevice 0 out copyscanlines 0 owidth getinterval
+-	} if
+-	% Write out the hex data
+-	epsifile (% ) writestring 
+-	epsifile exch writehexstring
+-	epsifile (\n) writestring
++	% Write out the hex data as 40 bytes per line (82 chars)
++	0 40 cwidth
++	 { epsifile (% ) writestring 
++	   epsifile exch 2 index exch
++	   dup cwidth exch sub 40 .min getinterval writehexstring
++	   epsifile (\n) writestring
++	 } for
++        pop
+       } for
+ 
+      epsifile (%%EndImage\n) writestring