--- gforth/comp-i.fs	2010/05/12 20:13:33	1.20
+++ gforth/comp-i.fs	2012/12/31 15:25:17	1.27
@@ -1,6 +1,6 @@
 \ Compare nonrelocatable images and produce a relocatable image
 
-\ Copyright (C) 1996,1997,1998,2002,2003,2004,2007 Free Software Foundation, Inc.
+\ Copyright (C) 1996,1997,1998,2002,2003,2004,2007,2010,2012 Free Software Foundation, Inc.
 
 \ This file is part of Gforth.
 
@@ -24,9 +24,6 @@ s" address-unit-bits" environment? drop
     \ write a cell to the file
     w cell file-id write-file ;
 
-: th ( addr1 n -- addr2 )
-    cells + ;
-
 : bset ( bmask c-addr -- )
     tuck c@ or swap c! ; 
 
@@ -65,7 +62,7 @@ s" address-unit-bits" environment? drop
     doffset 0= abort" images have the same dictionary base address"
     ." data offset=" doffset . cr
     ." code" image1 image2 cell     26 cells image-data { cbase coffset }
-    ."   xt" image1 image2 11 cells 22 cells image-data { xbase xoffset }
+    ."   xt" image1 image2 13 cells 22 cells image-data { xbase xoffset }
     size 0
     u+do
 	image1 i th @ image2 i th @ { cell1 cell2 }
@@ -76,13 +73,13 @@ s" address-unit-bits" environment? drop
 	else
 	    coffset 0<> cell1 coffset + cell2 = and
 	    if
-		cell1 cbase - cell / { tag }
+		cell1 cbase - cell/ { tag }
 		tag >tag $4000 xor file-id write-cell throw
 		i reloc-bits set-bit
 	    else
 		xoffset 0<> cell1 xoffset + cell2 = and
 		if
-		    cell1 xbase - cell / { tag }
+		    cell1 xbase - cell/ { tag }
 		    tag >tag file-id write-cell throw
 		    i reloc-bits set-bit
 		else
@@ -98,20 +95,20 @@ s" address-unit-bits" environment? drop
 
 : comp-image ( "image-file1" "image-file2" "new-image" -- )
     name slurp-file { image1 size1 }
-    image1 size1 s" Gforth3" search 0= abort" not a Gforth image"
+    image1 size1 s" Gforth4" search 0= abort" not a Gforth image"
     drop 8 + image1 - { header-offset }
     size1 aligned size1 <> abort" unaligned image size"
     image1 header-offset + 2 cells + @ header-offset + size1 <> abort" header gives wrong size"
     name slurp-file { image2 size2 }
     size1 size2 <> abort" image sizes differ"
     name ( "new-image" ) w/o bin create-file throw { outfile }
-    size1 header-offset - 1- cell / bits/au / 1+ { reloc-size }
+    size1 header-offset - 1- cell/ bits/au / 1+ { reloc-size }
     reloc-size allocate throw { reloc-bits }
     reloc-bits reloc-size erase
     image1 header-offset outfile write-file throw
     base @ hex
     image1 header-offset +  image2 header-offset +  reloc-bits
-    size1 header-offset - aligned cell /  outfile  compare-images
+    size1 header-offset - aligned cell/  outfile  compare-images
     base !
     reloc-bits reloc-size outfile write-file throw
     outfile close-file throw ;