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path: root/Master/tlpkg/tlgs/lib/dumphint.ps
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-rw-r--r--[-rwxr-xr-x]Master/tlpkg/tlgs/lib/dumphint.ps1512
1 files changed, 756 insertions, 756 deletions
diff --git a/Master/tlpkg/tlgs/lib/dumphint.ps b/Master/tlpkg/tlgs/lib/dumphint.ps
index c5e1e2f81f4..80e92eb1dba 100755..100644
--- a/Master/tlpkg/tlgs/lib/dumphint.ps
+++ b/Master/tlpkg/tlgs/lib/dumphint.ps
@@ -1,756 +1,756 @@
-% Copyright (C) 2000, 2001 Aladdin Enterprises. All rights reserved.
-%
-% This software is provided AS-IS with no warranty, either express or
-% implied.
-%
-% 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.
-%
-% 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: dumphint.ps 8284 2007-10-10 17:40:38Z giles $
-% Linearized PDF hint formatting utility.
-
-%
-% Linearized PDF hints generated by Acrobat suite seem to deviate from
-% the published specification.
-%
-% /P (page offset hint table) key in hint stream is not generated by
-% Adobe products. The key is no longer required in PDF 1.5.
-%
-% Per-page items 4 and 5 of the page offset hint table start from 1st
-% page rather than 2nd page as the spec claims.
-%
-% All array entries start from the new byte boundary.
-%
-
-/table_width 79 def
-/col1_width 66 def
-
-% Skip bits to the next byte boundary
-/bytealign { % <stream> bytealign -
- begin /N 0 def /B 0 def end
-} bind def
-
-% Set bit stream position and align it to byte boundary
-/set_align { % <<>> pos set_align -
- exch begin
- S exch setfileposition
- /N 0 def /B 0 def
- end
-} bind def
-
-% Read requested number of bits from the bit stream.
-/bitread { % <bstream> <width> bitwrite <value>
- exch begin
- 0 % bit val
- {
- 1 index N .min % bit val m
- dup 3 1 roll % bit m val m
- bitshift % bit m val<<m
- B 2 index N sub % bit m val<<m B m-N
- bitshift add % bit m val<<m+B>>(N-m)
- 3 -1 roll % m val' bit
- 2 index sub % m val' bit'
- 3 -1 roll % val' bit' m
- N exch sub dup % val' bit' N' N'
- 1 exch bitshift % val' bit' N' 1<<N'
- 1 sub B and % val' bit' N' B&(1<<N')
- /B exch def % val' bit' N'
- /N exch def % val' bit'
- dup 0 le {
- pop exit % val'
- } if
- /N N 8 add def
- /B B 8 bitshift S read not { 0 ( *** EOF! *** ) = } if add def
- exch
- } loop % bit' val'
- end
-} bind def
-
-% Print a string several times
-/multiprint { % cnt (s) multiprint -
- exch { dup print } repeat pop
-} bind def
-
-% Split the line into 2 substrings.
-/split_line { % (s) split_line () ()
- dup length col1_width gt {
- col1_width 1 sub
- dup -1 0 {
- dup % (s) w i i
- 3 index % (s) w i i ()
- exch get % (s) w i c
- 32 eq {
- exch pop exit
- } if
- pop
- } for
- 1 add % (s) w'
- 1 index exch % (s) (s) w'
- 0 exch % (s) (s) 0 w'
- getinterval % (s) (v)
- } {
- dup % (s) (s)
- } ifelse
- (\n) search {
- 4 1 roll % (pre) (s) (post) (match)
- pop pop % (pre) (s)
- 1 index length % (pre) (s) len
- 1 add % (pre) (s) len+1
- } {
- exch % (pre) (s)
- 1 index length % (pre) (s) len
- } ifelse
- 1 index length % (pre) (s) len Len
- 1 index sub % (pre) (s) len Len-len
- getinterval % (pre) (post)
-} bind def
-
-% Print a 2 column table. The string is printed in 1st column
-% left-aligned. The number is printed in 2nd column right-aligned.
-/two_column { % n () two_column -
- split_line % n (a) ()
- 3 1 roll % () n (a)
- dup length % () n (a) len
- exch print % () n len
- exch =string cvs % () len (n)
- dup length % () len (n) len2
- 3 -1 roll add % () (n) len+len2
- //table_width % () (n) len+len2 78
- exch sub % () (n) 78-len+len2
- ( ) multiprint % () (n)
- = % ()
- { dup length 0 eq { exit } if
- split_line exch =
- } loop
- pop
- () =
-} bind def
-
-% Print the header of a hint table
-/table_header { % () table_header -
- dup length dup
- table_width exch sub 2 idiv % () len sp
- dup ( ) multiprint % () len sp
- 3 -1 roll = % len sp
- ( ) multiprint % len
- (=) multiprint
- ()= ()=
-} bind def
-
-% Pretty-print an array on top level
-/dump_array { % [ ] dump_array -
- ([) = ( ) print
- 1 exch {
- =string cvs % pos ()
- dup length dup % pos () len len
- 3 index add 1 add % pos () len len+pos+1
- table_width gt {
- () =
- ( ) print % pos () len
- 2 add % pos () pos'
- 3 1 roll print pop % pos'
- } {
- ( ) print % pos () len
- exch print % pos len
- add 1 add % pos'
- } ifelse
- } forall
- pop
- () = (]) =
-} bind def
-
-% Pretty-print an array on 2nd level
-/dump_array2 { % [ ] dump_array2 -
- ( [) print
- 3 exch {
- =string cvs % pos ()
- dup length dup % pos () len len
- 3 index add 1 add % pos () len len+pos+1
- table_width 2 sub gt {
- () =
- ( ) print % pos () len
- 4 add % pos () pos'
- 3 1 roll print pop % pos'
- } {
- ( ) print % pos () len
- exch print % pos len
- add 1 add % pos'
- } ifelse
- } forall
- pop
- ( ]) =
-} bind def
-
-% Print an array header
-/array_header {
- () = =
-} bind def
-
-% Analyze the page offset hint table.
-/dump_page_offset_table { % - dump_page_offset_table -
- hint_stream
-
- dup 32 bitread
- dup /hint_minnop exch def
- (1. The least number of objects in a page.) two_column
-
- dup 32 bitread
- dup /hint_1st_obj exch def
- (2. Location of the first page's page object.) two_column
-
- dup 16 bitread
- dup /hint_maxnopbits exch def
- (3. Bits for difference between max and min number of page objects.) two_column
-
- dup 32 bitread
- dup /hint_minpl exch def
- (4. Least length of a page.) two_column
-
- dup 16 bitread
- dup /hint_maxplbits exch def
- (5. Bits for difference between max and min length of a page.) two_column
-
- dup 32 bitread
- dup /hint_minsco exch def
- (6. Least start of Contents offset. )
- 1 index 0 ne { (\n*** Acrobat expects 0 ***) concatstrings } if
- two_column
-
- dup 16 bitread
- dup /hint_maxscobits exch def
- (7. Bits for difference between max and min offset to the start of the content stream.) two_column
-
- dup 32 bitread
- dup /hint_mincl exch def
- (8. Least contents length.) two_column
-
- dup 16 bitread
- dup /hint_maxclbits exch def
- (9. Bits needed to represent the greatest Contents length.) two_column
-
- dup 16 bitread
- dup /hint_maxsorbits exch def
- (10. Bits needed to represent the greatest number of Shared Object references.) two_column
-
- dup 16 bitread
- dup /hint_sobits exch def
- (11. Bits needed to identify a Shared Object.) two_column
-
- dup 16 bitread
- dup /hint_numfbits exch def
- (12. Bits needed to represent numerator of fraction.) two_column
-
- dup 16 bitread
- dup /hint_denf exch def
- (13. Denominator of fraction.) two_column
-
- pop
-
- LinearizationParams /N get
-
- % 1. Number of objects in the page.
- hint_stream bytealign
- /hint_page_obj [
- 2 index {
- hint_stream hint_maxnopbits bitread
- hint_minnop add
- } repeat
- ] readonly def
-
- (1. Number of objects on the page) array_header
- hint_page_obj dump_array
-
- % 2, Page length in bytes.
- hint_stream bytealign
- /hint_page_len [
- 2 index {
- hint_stream hint_maxplbits bitread
- hint_minpl add
- } repeat
- ] readonly def
-
- (2. Page length in bytes.) array_header
- hint_page_len dump_array
-
- % 3, Number of shared objects referenced from the page
- hint_stream bytealign
- /hint_page_sobj [
- 2 index {
- hint_stream hint_maxsorbits bitread
- } repeat
- ] readonly def
-
- (3. Number of shared objects referenced from the page.) array_header
- hint_page_sobj dump_array
-
- % 4. Index into the shared objects hint table
- hint_stream bytealign
- /hint_page_sobj_id [
- 0 1 4 index 1 sub {
- hint_page_sobj exch get [
- exch {
- hint_stream hint_sobits bitread
- } repeat
- ] readonly
- } for
- ] readonly def
-
- (4. Index into the shared objects hint table.) array_header
- ([) =
- hint_page_sobj_id { dump_array2 } forall
- (])=
-
- % 5. Fractional position for each shared object reference
- hint_stream bytealign
- /hint_page_sobj_pos [
- 0 1 4 index 1 sub {
- hint_page_sobj exch get [
- exch {
- hint_stream hint_numfbits bitread
- hint_denf div
- } repeat
- ] readonly
- } for
- ] readonly def
-
- (5. Fractional position for each shared object reference. ) array_header
- ([)=
- hint_page_sobj_pos { dump_array2 } forall
- (])=
-
- % 6. Offset of the page's content stream from the beginning of the page.
- hint_stream bytealign
- /hint_page_content_offset [
- 2 index {
- hint_stream hint_maxscobits bitread
- hint_minsco add
- } repeat
- ] readonly def
-
- (6. Offset of the page's content stream from the beginning of the page.) array_header
- hint_page_content_offset dump_array
-
- % 7. Length of the page's content stream in bytes.
- hint_stream bytealign
- /hint_page_content_len [
- 2 index {
- hint_stream hint_maxclbits bitread
- hint_mincl add
- } repeat
- ] readonly def
-
- (7. Length of the page's content stream in bytes.) array_header
- hint_page_content_len dump_array
-
- pop
-} bind def
-
-% Analyze tha shared object hint table
-/dump_shared_object_table {
- hint_stream
-
- dup 32 bitread
- dup /shint_1st_obj_id exch def
- (1. Object number of the first object in the shared objects section) two_column
-
- dup 32 bitread
- dup /shint_1st_obj_pos exch def
- (2. Location of the first object in the shared objects section.) two_column
-
- dup 32 bitread
- dup /shint_1st_shared exch def
- (3. The number of shared object entries for the first page.) two_column
-
- dup 32 bitread
- dup /shint_all_shared exch def
- (4. Number of shared object entries for the shared objects section including 1st page.) two_column
-
- dup 16 bitread
- dup /shint_group_bits exch def
- (5. Number of bits needed to represent the greatest number of objects in a shared object group.) two_column
-
- dup 32 bitread
- dup /shint_group_least_sz exch def
- (6. Least length of a shared object group in bytes.) two_column
-
- dup 16 bitread
- dup /shint_group_diff_bits exch def
- (7. Bits for the difference between the greatest and least length of a shared object group size.) two_column
- pop
-
- (1. length of the object group in bytes.) array_header
- hint_stream bytealign
- /shint_group_sz [
- shint_all_shared {
- hint_stream shint_group_diff_bits bitread
- shint_group_least_sz add
- } repeat
- ] readonly def
-
- shint_group_sz dump_array
-
- (2. MD5 signature flag) array_header
- hint_stream bytealign
- /shint_md5_flags
- [ shint_all_shared
- { hint_stream 1 bitread
- } repeat
- ] readonly def
-
- shint_md5_flags dump_array
-
- (3. MD5 signature string) array_header
- false shint_md5_flags { 0 ne or } forall {
- shint_md5_flags {
- 0 eq {
- (<>)=
- } {
- hint_stream /S get 128 string
- readstring pop
- dup length 128 eq {
- ==
- } { pop (Error reading nd5 string.) ==
- } ifelse
- } ifelse
- } forall
- } {
- () = (none) =
- } ifelse
-
- (4. The number of objects in the group.) array_header
- hint_stream bytealign
- /shint_group_cnt [
- shint_all_shared {
- hint_stream shint_group_bits bitread
- } repeat
- ] readonly def
-
- shint_group_cnt dump_array
-
- } bind def
-
-% Analyze the thumbnail hint table.
-/dump_thumbnail_table {
- hint_stream
-
- dup 32 bitread
- dup /thint_1st_obj_id exch def
- (1. Object number of the first thumbnail image.) two_column
-
- dup 32 bitread
- dup /thint_1st_obj_pos exch def
- (2. Location of the first thumbnail image.) two_column
-
- dup 32 bitread
- dup /thint_page_cnt exch def
- (3. Number of pages that have thumbnail images.) two_column
-
- dup 16 bitread
- dup /thint_no_thumbnail_bits exch def
- (4. Bits for the max number of consecutive pages without a thumbnail image.) two_column
-
- dup 32 bitread
- dup /thint_min_sz exch def
- (5. The least length of a thumbnail image in bytes.) two_column
-
- dup 15 bitread
- dup /thint_obj_sz_bits exch def
- (6. Bits for the difference between max and min length of a thumbnail image.) two_column
-
- dup 32 bitread
- dup /thint_min_obj_cnt exch def
- (7. The least number of objects in a thumbnail image.) two_column
-
- dup 16 bitread
- dup /thint_obj_cnt_bits exch def
- (8. Bits for the difference between max and min number of objects in a thumbnail image.) two_column
-
- dup 32 bitread
- dup /thint_1st_shared_obj exch def
- (9. First object in the thumbnail shared objects section.) two_column
-
- dup 32 bitread
- dup /thint_1st_shared_pos exch def
- (10. Location of the first object in the thumbnail shared objects section.) two_column
-
- dup 32 bitread
- dup /thint_shared_cnt exch def
- (11. Number of thumbnail shared objects.) two_column
-
- dup 32 bitread
- dup /thint_shared_section_sz exch def
- (12. Length of the thumbnail shared objects section in bytes.) two_column
-
- pop
- LinearizationParams /N get
-
- (1. The number of preceding pages lacking a thumbnail image.) array_header
- hint_stream bytealign
- /thint_no_thumbnail_pages [
- 2 index {
- hint_stream thint_no_thumbnail_bits bitread
- } repeat
- ] readonly def
-
- thint_no_thumbnail_pages dump_array
-
- (2. Number of objects in this page's thumbnail image.) array_header
- hint_stream bytealign
- /thint_page_obj_cnt [
- 2 index {
- hint_stream thint_obj_cnt_bits bitread
- thint_min_obj_cnt add
- } repeat
- ] readonly def
-
- thint_page_obj_cnt dump_array
-
- (3. Length of this page's thumbnail image in bytes.) array_header
- hint_stream bytealign
- /thint_page_obj_sz [
- 2 index {
- hint_stream thint_obj_sz_bits bitread
- thint_min_sz add
- } repeat
- ] readonly def
-
- thint_page_obj_sz dump_array
- pop
-} bind def
-
-% Analyze the generic hint table.
-% The hint field names are re-used.
-/dump_generic_table {
- hint_stream
-
- dup 32 bitread
- dup /ghint_1st_obj exch def
- (1. Object number of the first object in the group.) two_column
-
- dup 32 bitread
- dup /ghint_1st_obj_pos exch def
- (2. Location of the first object in the group.) two_column
-
- dup 32 bitread
- dup /ghint_obj_cnt exch def
- (3. Number of objects in the group.) two_column
-
- dup 32 bitread
- dup /ghint_group_sz exch def
- (4. Length of the object group in bytes.) two_column
-
- pop
-} bind def
-
-% Analyze the interactive hint table.
-% The hint field names are re-used.
-/dump_interactive_table {
- hint_stream
-
- dup 32 bitread
- dup /ihint_1st_obj exch def
- (1. Object number of the first object in the group.) two_column
-
- dup 32 bitread
- dup /ihint_1st_obj_pos exch def
- (2. Location of the first object in the group.) two_column
-
- dup 32 bitread
- dup /ihint_obj_cnt exch def
- (3. Number of objects in the group.) two_column
-
- dup 32 bitread
- dup /ihint_group_sz exch def
- (4. Length of the object group in bytes.) two_column
-
- dup 32 bitread
- dup /ihint_shared_cnt exch def
- (5. Number of shared object references.) two_column
-
- dup 16 bitread
- dup /ihint_shared_obj_bits exch def
- (6. Bits for the max shared object id used by the interactive form or the logical structure hierarchy.)
- 1 index hint_sobits ne {
- (\n*** This fiels is not equal to max shared object ID bits ***) concatstrings
- } if
-
- pop
-
- (7. Shared object identifier.) array_header
- hint_stream bytealign
- /ihint_shared_obj_id [
- ihint_shared_cnt {
- hint_stream hint_sobits bitread
- } repeat
- ] readonly def
-
- ihint_shared_obj_id dump_array
-} bind def
-
-% Enumerate all documented hint tables.
-/dump_all_tables { % <<stream>> dump_all_tables -
- (Page offset hint table) table_header
- hint_stream 0 set_align
- dump_page_offset_table
-
- (S, Shared object hint table) table_header
- dup /S .knownget {
- hint_stream exch set_align
- dump_shared_object_table
- } {
- (Required table is not found.) error_msg
- } ifelse
-
- dup /T .knownget {
- (T, Thumbnail hint table) table_header
- hint_stream exch set_align
- dump_thumbnail_table
- } if
-
- dup /O .knownget {
- (O, Outline hint table) table_header
- hint_stream exch set_align
- dump_generic_table
- } if
-
- dup /A .knownget {
- (A, Thread information hint table) table_header
- hint_stream exch set_align
- dump_generic_table
- } if
-
- dup /E .knownget {
- (E, Named destination hint table) table_header
- hint_stream exch set_align
- dump_generic_table
- } if
-
- dup /V .knownget {
- (V, Interactive form hint table) table_header
- hint_stream exch set_align
- dump_interactive_table
- } if
-
- dup /I .knownget {
- (I, Information dictionary hint table) table_header
- hint_stream exch set_align
- dump_generic_table
- } if
-
- dup /C .knownget {
- (C, Logical structure hint table) table_header
- hint_stream exch set_align
- dump_interactive_table
- } if
-
- dup /L .knownget {
- (L, Page label hint table) table_header
- hint_stream exch set_align
- dump_generic_table
- } if
-
- pop
-} bind def
-
-
-% Load PDF file and extract the hint stream.
-/pdf_dump_hints { % <infile> pdf_dump_hints -
- dup (r) file % fname
- false exch % fname F file
- {
- dup 7 string readstring pop % fname F file ()
- (%PDF-1.) ne { pop exit } if % fname F file
- dup 0 setfileposition
- dup token not { pop exit } if % fname F file obj
- dup type /integertype ne { pop exit } if % fname F file obj
- 1 index token not { pop pop exit } if % fname F file obj gen
- dup type /integertype ne {pop pop exit}if % fname F file obj gen
- 4 2 roll % fname obj gen F file
- dup 0 setfileposition
- exch true or % fname obj gen file T
- exit
- } loop
- {
- pdfdict begin
- pdfopenfile dup begin
- 40 dict begin
- /IDict exch def
- .setsafe
-
- % Read all objects into memory.
- Trailer touch
- resolveR % fname <<>>
- dup /Linearized known {
- dup /L get % fname <<>> Len
- 3 -1 roll status not { 0 0 0 0 } if % <<>> Len
- pop pop exch pop % <<>> Len len
- eq {
- /LinearizationParams exch def
- LinearizationParams /H get
- dup length 2 eq {
- 0 get PDFoffset add PDFfile exch setfileposition
- PDFfile token pop
- PDFfile token pop
- resolveR dup true resolvestream
- /ReusableStreamDecode filter
- bitstream dup bytealign
- /hint_stream exch def
-
- dump_all_tables
- } {
- pop
- (Overflow hint stream is not supported.) =
- } ifelse
- } {
- pop
- (Wrong file length in linearization dictionary.) =
- } ifelse
- } {
- pop (The file is not linearized.) =
- } ifelse
- end % temporary dict
- end % IDict
- end
- } {
- pop
- (Input file is not a valid PDF file.) =
- } ifelse
-} bind def
-
-% Initial setup
-/dump_hints {
- counttomark 1 eq {
- exch pop
- save exch
- 3000000 setvmthreshold
- pdfoptdict begin
- pdf_dump_hints
- end
- restore
- true
- } {
- cleartomark false
- } ifelse
-} bind def
-
-/shellarguments {false} def
-(pdfopt.ps) runlibfile
-currentdict /shellarguments undef
-
-% Check for command line arguments.
-mark shellarguments {
- dump_hints not {
- (Usage: gs -dNODISPLAY -- dumphint.ps input.pdf) = flush
- } if
-} {
- pop
-} ifelse
-
-% EOF
+% Copyright (C) 2000, 2001 Aladdin Enterprises. All rights reserved.
+%
+% This software is provided AS-IS with no warranty, either express or
+% implied.
+%
+% 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.
+%
+% 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: dumphint.ps 8284 2007-10-10 17:40:38Z giles $
+% Linearized PDF hint formatting utility.
+
+%
+% Linearized PDF hints generated by Acrobat suite seem to deviate from
+% the published specification.
+%
+% /P (page offset hint table) key in hint stream is not generated by
+% Adobe products. The key is no longer required in PDF 1.5.
+%
+% Per-page items 4 and 5 of the page offset hint table start from 1st
+% page rather than 2nd page as the spec claims.
+%
+% All array entries start from the new byte boundary.
+%
+
+/table_width 79 def
+/col1_width 66 def
+
+% Skip bits to the next byte boundary
+/bytealign { % <stream> bytealign -
+ begin /N 0 def /B 0 def end
+} bind def
+
+% Set bit stream position and align it to byte boundary
+/set_align { % <<>> pos set_align -
+ exch begin
+ S exch setfileposition
+ /N 0 def /B 0 def
+ end
+} bind def
+
+% Read requested number of bits from the bit stream.
+/bitread { % <bstream> <width> bitwrite <value>
+ exch begin
+ 0 % bit val
+ {
+ 1 index N .min % bit val m
+ dup 3 1 roll % bit m val m
+ bitshift % bit m val<<m
+ B 2 index N sub % bit m val<<m B m-N
+ bitshift add % bit m val<<m+B>>(N-m)
+ 3 -1 roll % m val' bit
+ 2 index sub % m val' bit'
+ 3 -1 roll % val' bit' m
+ N exch sub dup % val' bit' N' N'
+ 1 exch bitshift % val' bit' N' 1<<N'
+ 1 sub B and % val' bit' N' B&(1<<N')
+ /B exch def % val' bit' N'
+ /N exch def % val' bit'
+ dup 0 le {
+ pop exit % val'
+ } if
+ /N N 8 add def
+ /B B 8 bitshift S read not { 0 ( *** EOF! *** ) = } if add def
+ exch
+ } loop % bit' val'
+ end
+} bind def
+
+% Print a string several times
+/multiprint { % cnt (s) multiprint -
+ exch { dup print } repeat pop
+} bind def
+
+% Split the line into 2 substrings.
+/split_line { % (s) split_line () ()
+ dup length col1_width gt {
+ col1_width 1 sub
+ dup -1 0 {
+ dup % (s) w i i
+ 3 index % (s) w i i ()
+ exch get % (s) w i c
+ 32 eq {
+ exch pop exit
+ } if
+ pop
+ } for
+ 1 add % (s) w'
+ 1 index exch % (s) (s) w'
+ 0 exch % (s) (s) 0 w'
+ getinterval % (s) (v)
+ } {
+ dup % (s) (s)
+ } ifelse
+ (\n) search {
+ 4 1 roll % (pre) (s) (post) (match)
+ pop pop % (pre) (s)
+ 1 index length % (pre) (s) len
+ 1 add % (pre) (s) len+1
+ } {
+ exch % (pre) (s)
+ 1 index length % (pre) (s) len
+ } ifelse
+ 1 index length % (pre) (s) len Len
+ 1 index sub % (pre) (s) len Len-len
+ getinterval % (pre) (post)
+} bind def
+
+% Print a 2 column table. The string is printed in 1st column
+% left-aligned. The number is printed in 2nd column right-aligned.
+/two_column { % n () two_column -
+ split_line % n (a) ()
+ 3 1 roll % () n (a)
+ dup length % () n (a) len
+ exch print % () n len
+ exch =string cvs % () len (n)
+ dup length % () len (n) len2
+ 3 -1 roll add % () (n) len+len2
+ //table_width % () (n) len+len2 78
+ exch sub % () (n) 78-len+len2
+ ( ) multiprint % () (n)
+ = % ()
+ { dup length 0 eq { exit } if
+ split_line exch =
+ } loop
+ pop
+ () =
+} bind def
+
+% Print the header of a hint table
+/table_header { % () table_header -
+ dup length dup
+ table_width exch sub 2 idiv % () len sp
+ dup ( ) multiprint % () len sp
+ 3 -1 roll = % len sp
+ ( ) multiprint % len
+ (=) multiprint
+ ()= ()=
+} bind def
+
+% Pretty-print an array on top level
+/dump_array { % [ ] dump_array -
+ ([) = ( ) print
+ 1 exch {
+ =string cvs % pos ()
+ dup length dup % pos () len len
+ 3 index add 1 add % pos () len len+pos+1
+ table_width gt {
+ () =
+ ( ) print % pos () len
+ 2 add % pos () pos'
+ 3 1 roll print pop % pos'
+ } {
+ ( ) print % pos () len
+ exch print % pos len
+ add 1 add % pos'
+ } ifelse
+ } forall
+ pop
+ () = (]) =
+} bind def
+
+% Pretty-print an array on 2nd level
+/dump_array2 { % [ ] dump_array2 -
+ ( [) print
+ 3 exch {
+ =string cvs % pos ()
+ dup length dup % pos () len len
+ 3 index add 1 add % pos () len len+pos+1
+ table_width 2 sub gt {
+ () =
+ ( ) print % pos () len
+ 4 add % pos () pos'
+ 3 1 roll print pop % pos'
+ } {
+ ( ) print % pos () len
+ exch print % pos len
+ add 1 add % pos'
+ } ifelse
+ } forall
+ pop
+ ( ]) =
+} bind def
+
+% Print an array header
+/array_header {
+ () = =
+} bind def
+
+% Analyze the page offset hint table.
+/dump_page_offset_table { % - dump_page_offset_table -
+ hint_stream
+
+ dup 32 bitread
+ dup /hint_minnop exch def
+ (1. The least number of objects in a page.) two_column
+
+ dup 32 bitread
+ dup /hint_1st_obj exch def
+ (2. Location of the first page's page object.) two_column
+
+ dup 16 bitread
+ dup /hint_maxnopbits exch def
+ (3. Bits for difference between max and min number of page objects.) two_column
+
+ dup 32 bitread
+ dup /hint_minpl exch def
+ (4. Least length of a page.) two_column
+
+ dup 16 bitread
+ dup /hint_maxplbits exch def
+ (5. Bits for difference between max and min length of a page.) two_column
+
+ dup 32 bitread
+ dup /hint_minsco exch def
+ (6. Least start of Contents offset. )
+ 1 index 0 ne { (\n*** Acrobat expects 0 ***) concatstrings } if
+ two_column
+
+ dup 16 bitread
+ dup /hint_maxscobits exch def
+ (7. Bits for difference between max and min offset to the start of the content stream.) two_column
+
+ dup 32 bitread
+ dup /hint_mincl exch def
+ (8. Least contents length.) two_column
+
+ dup 16 bitread
+ dup /hint_maxclbits exch def
+ (9. Bits needed to represent the greatest Contents length.) two_column
+
+ dup 16 bitread
+ dup /hint_maxsorbits exch def
+ (10. Bits needed to represent the greatest number of Shared Object references.) two_column
+
+ dup 16 bitread
+ dup /hint_sobits exch def
+ (11. Bits needed to identify a Shared Object.) two_column
+
+ dup 16 bitread
+ dup /hint_numfbits exch def
+ (12. Bits needed to represent numerator of fraction.) two_column
+
+ dup 16 bitread
+ dup /hint_denf exch def
+ (13. Denominator of fraction.) two_column
+
+ pop
+
+ LinearizationParams /N get
+
+ % 1. Number of objects in the page.
+ hint_stream bytealign
+ /hint_page_obj [
+ 2 index {
+ hint_stream hint_maxnopbits bitread
+ hint_minnop add
+ } repeat
+ ] readonly def
+
+ (1. Number of objects on the page) array_header
+ hint_page_obj dump_array
+
+ % 2, Page length in bytes.
+ hint_stream bytealign
+ /hint_page_len [
+ 2 index {
+ hint_stream hint_maxplbits bitread
+ hint_minpl add
+ } repeat
+ ] readonly def
+
+ (2. Page length in bytes.) array_header
+ hint_page_len dump_array
+
+ % 3, Number of shared objects referenced from the page
+ hint_stream bytealign
+ /hint_page_sobj [
+ 2 index {
+ hint_stream hint_maxsorbits bitread
+ } repeat
+ ] readonly def
+
+ (3. Number of shared objects referenced from the page.) array_header
+ hint_page_sobj dump_array
+
+ % 4. Index into the shared objects hint table
+ hint_stream bytealign
+ /hint_page_sobj_id [
+ 0 1 4 index 1 sub {
+ hint_page_sobj exch get [
+ exch {
+ hint_stream hint_sobits bitread
+ } repeat
+ ] readonly
+ } for
+ ] readonly def
+
+ (4. Index into the shared objects hint table.) array_header
+ ([) =
+ hint_page_sobj_id { dump_array2 } forall
+ (])=
+
+ % 5. Fractional position for each shared object reference
+ hint_stream bytealign
+ /hint_page_sobj_pos [
+ 0 1 4 index 1 sub {
+ hint_page_sobj exch get [
+ exch {
+ hint_stream hint_numfbits bitread
+ hint_denf div
+ } repeat
+ ] readonly
+ } for
+ ] readonly def
+
+ (5. Fractional position for each shared object reference. ) array_header
+ ([)=
+ hint_page_sobj_pos { dump_array2 } forall
+ (])=
+
+ % 6. Offset of the page's content stream from the beginning of the page.
+ hint_stream bytealign
+ /hint_page_content_offset [
+ 2 index {
+ hint_stream hint_maxscobits bitread
+ hint_minsco add
+ } repeat
+ ] readonly def
+
+ (6. Offset of the page's content stream from the beginning of the page.) array_header
+ hint_page_content_offset dump_array
+
+ % 7. Length of the page's content stream in bytes.
+ hint_stream bytealign
+ /hint_page_content_len [
+ 2 index {
+ hint_stream hint_maxclbits bitread
+ hint_mincl add
+ } repeat
+ ] readonly def
+
+ (7. Length of the page's content stream in bytes.) array_header
+ hint_page_content_len dump_array
+
+ pop
+} bind def
+
+% Analyze tha shared object hint table
+/dump_shared_object_table {
+ hint_stream
+
+ dup 32 bitread
+ dup /shint_1st_obj_id exch def
+ (1. Object number of the first object in the shared objects section) two_column
+
+ dup 32 bitread
+ dup /shint_1st_obj_pos exch def
+ (2. Location of the first object in the shared objects section.) two_column
+
+ dup 32 bitread
+ dup /shint_1st_shared exch def
+ (3. The number of shared object entries for the first page.) two_column
+
+ dup 32 bitread
+ dup /shint_all_shared exch def
+ (4. Number of shared object entries for the shared objects section including 1st page.) two_column
+
+ dup 16 bitread
+ dup /shint_group_bits exch def
+ (5. Number of bits needed to represent the greatest number of objects in a shared object group.) two_column
+
+ dup 32 bitread
+ dup /shint_group_least_sz exch def
+ (6. Least length of a shared object group in bytes.) two_column
+
+ dup 16 bitread
+ dup /shint_group_diff_bits exch def
+ (7. Bits for the difference between the greatest and least length of a shared object group size.) two_column
+ pop
+
+ (1. length of the object group in bytes.) array_header
+ hint_stream bytealign
+ /shint_group_sz [
+ shint_all_shared {
+ hint_stream shint_group_diff_bits bitread
+ shint_group_least_sz add
+ } repeat
+ ] readonly def
+
+ shint_group_sz dump_array
+
+ (2. MD5 signature flag) array_header
+ hint_stream bytealign
+ /shint_md5_flags
+ [ shint_all_shared
+ { hint_stream 1 bitread
+ } repeat
+ ] readonly def
+
+ shint_md5_flags dump_array
+
+ (3. MD5 signature string) array_header
+ false shint_md5_flags { 0 ne or } forall {
+ shint_md5_flags {
+ 0 eq {
+ (<>)=
+ } {
+ hint_stream /S get 128 string
+ readstring pop
+ dup length 128 eq {
+ ==
+ } { pop (Error reading nd5 string.) ==
+ } ifelse
+ } ifelse
+ } forall
+ } {
+ () = (none) =
+ } ifelse
+
+ (4. The number of objects in the group.) array_header
+ hint_stream bytealign
+ /shint_group_cnt [
+ shint_all_shared {
+ hint_stream shint_group_bits bitread
+ } repeat
+ ] readonly def
+
+ shint_group_cnt dump_array
+
+ } bind def
+
+% Analyze the thumbnail hint table.
+/dump_thumbnail_table {
+ hint_stream
+
+ dup 32 bitread
+ dup /thint_1st_obj_id exch def
+ (1. Object number of the first thumbnail image.) two_column
+
+ dup 32 bitread
+ dup /thint_1st_obj_pos exch def
+ (2. Location of the first thumbnail image.) two_column
+
+ dup 32 bitread
+ dup /thint_page_cnt exch def
+ (3. Number of pages that have thumbnail images.) two_column
+
+ dup 16 bitread
+ dup /thint_no_thumbnail_bits exch def
+ (4. Bits for the max number of consecutive pages without a thumbnail image.) two_column
+
+ dup 32 bitread
+ dup /thint_min_sz exch def
+ (5. The least length of a thumbnail image in bytes.) two_column
+
+ dup 15 bitread
+ dup /thint_obj_sz_bits exch def
+ (6. Bits for the difference between max and min length of a thumbnail image.) two_column
+
+ dup 32 bitread
+ dup /thint_min_obj_cnt exch def
+ (7. The least number of objects in a thumbnail image.) two_column
+
+ dup 16 bitread
+ dup /thint_obj_cnt_bits exch def
+ (8. Bits for the difference between max and min number of objects in a thumbnail image.) two_column
+
+ dup 32 bitread
+ dup /thint_1st_shared_obj exch def
+ (9. First object in the thumbnail shared objects section.) two_column
+
+ dup 32 bitread
+ dup /thint_1st_shared_pos exch def
+ (10. Location of the first object in the thumbnail shared objects section.) two_column
+
+ dup 32 bitread
+ dup /thint_shared_cnt exch def
+ (11. Number of thumbnail shared objects.) two_column
+
+ dup 32 bitread
+ dup /thint_shared_section_sz exch def
+ (12. Length of the thumbnail shared objects section in bytes.) two_column
+
+ pop
+ LinearizationParams /N get
+
+ (1. The number of preceding pages lacking a thumbnail image.) array_header
+ hint_stream bytealign
+ /thint_no_thumbnail_pages [
+ 2 index {
+ hint_stream thint_no_thumbnail_bits bitread
+ } repeat
+ ] readonly def
+
+ thint_no_thumbnail_pages dump_array
+
+ (2. Number of objects in this page's thumbnail image.) array_header
+ hint_stream bytealign
+ /thint_page_obj_cnt [
+ 2 index {
+ hint_stream thint_obj_cnt_bits bitread
+ thint_min_obj_cnt add
+ } repeat
+ ] readonly def
+
+ thint_page_obj_cnt dump_array
+
+ (3. Length of this page's thumbnail image in bytes.) array_header
+ hint_stream bytealign
+ /thint_page_obj_sz [
+ 2 index {
+ hint_stream thint_obj_sz_bits bitread
+ thint_min_sz add
+ } repeat
+ ] readonly def
+
+ thint_page_obj_sz dump_array
+ pop
+} bind def
+
+% Analyze the generic hint table.
+% The hint field names are re-used.
+/dump_generic_table {
+ hint_stream
+
+ dup 32 bitread
+ dup /ghint_1st_obj exch def
+ (1. Object number of the first object in the group.) two_column
+
+ dup 32 bitread
+ dup /ghint_1st_obj_pos exch def
+ (2. Location of the first object in the group.) two_column
+
+ dup 32 bitread
+ dup /ghint_obj_cnt exch def
+ (3. Number of objects in the group.) two_column
+
+ dup 32 bitread
+ dup /ghint_group_sz exch def
+ (4. Length of the object group in bytes.) two_column
+
+ pop
+} bind def
+
+% Analyze the interactive hint table.
+% The hint field names are re-used.
+/dump_interactive_table {
+ hint_stream
+
+ dup 32 bitread
+ dup /ihint_1st_obj exch def
+ (1. Object number of the first object in the group.) two_column
+
+ dup 32 bitread
+ dup /ihint_1st_obj_pos exch def
+ (2. Location of the first object in the group.) two_column
+
+ dup 32 bitread
+ dup /ihint_obj_cnt exch def
+ (3. Number of objects in the group.) two_column
+
+ dup 32 bitread
+ dup /ihint_group_sz exch def
+ (4. Length of the object group in bytes.) two_column
+
+ dup 32 bitread
+ dup /ihint_shared_cnt exch def
+ (5. Number of shared object references.) two_column
+
+ dup 16 bitread
+ dup /ihint_shared_obj_bits exch def
+ (6. Bits for the max shared object id used by the interactive form or the logical structure hierarchy.)
+ 1 index hint_sobits ne {
+ (\n*** This fiels is not equal to max shared object ID bits ***) concatstrings
+ } if
+
+ pop
+
+ (7. Shared object identifier.) array_header
+ hint_stream bytealign
+ /ihint_shared_obj_id [
+ ihint_shared_cnt {
+ hint_stream hint_sobits bitread
+ } repeat
+ ] readonly def
+
+ ihint_shared_obj_id dump_array
+} bind def
+
+% Enumerate all documented hint tables.
+/dump_all_tables { % <<stream>> dump_all_tables -
+ (Page offset hint table) table_header
+ hint_stream 0 set_align
+ dump_page_offset_table
+
+ (S, Shared object hint table) table_header
+ dup /S .knownget {
+ hint_stream exch set_align
+ dump_shared_object_table
+ } {
+ (Required table is not found.) error_msg
+ } ifelse
+
+ dup /T .knownget {
+ (T, Thumbnail hint table) table_header
+ hint_stream exch set_align
+ dump_thumbnail_table
+ } if
+
+ dup /O .knownget {
+ (O, Outline hint table) table_header
+ hint_stream exch set_align
+ dump_generic_table
+ } if
+
+ dup /A .knownget {
+ (A, Thread information hint table) table_header
+ hint_stream exch set_align
+ dump_generic_table
+ } if
+
+ dup /E .knownget {
+ (E, Named destination hint table) table_header
+ hint_stream exch set_align
+ dump_generic_table
+ } if
+
+ dup /V .knownget {
+ (V, Interactive form hint table) table_header
+ hint_stream exch set_align
+ dump_interactive_table
+ } if
+
+ dup /I .knownget {
+ (I, Information dictionary hint table) table_header
+ hint_stream exch set_align
+ dump_generic_table
+ } if
+
+ dup /C .knownget {
+ (C, Logical structure hint table) table_header
+ hint_stream exch set_align
+ dump_interactive_table
+ } if
+
+ dup /L .knownget {
+ (L, Page label hint table) table_header
+ hint_stream exch set_align
+ dump_generic_table
+ } if
+
+ pop
+} bind def
+
+
+% Load PDF file and extract the hint stream.
+/pdf_dump_hints { % <infile> pdf_dump_hints -
+ dup (r) file % fname
+ false exch % fname F file
+ {
+ dup 7 string readstring pop % fname F file ()
+ (%PDF-1.) ne { pop exit } if % fname F file
+ dup 0 setfileposition
+ dup token not { pop exit } if % fname F file obj
+ dup type /integertype ne { pop exit } if % fname F file obj
+ 1 index token not { pop pop exit } if % fname F file obj gen
+ dup type /integertype ne {pop pop exit}if % fname F file obj gen
+ 4 2 roll % fname obj gen F file
+ dup 0 setfileposition
+ exch true or % fname obj gen file T
+ exit
+ } loop
+ {
+ pdfdict begin
+ pdfopenfile dup begin
+ 40 dict begin
+ /IDict exch def
+ .setsafe
+
+ % Read all objects into memory.
+ Trailer touch
+ resolveR % fname <<>>
+ dup /Linearized known {
+ dup /L get % fname <<>> Len
+ 3 -1 roll status not { 0 0 0 0 } if % <<>> Len
+ pop pop exch pop % <<>> Len len
+ eq {
+ /LinearizationParams exch def
+ LinearizationParams /H get
+ dup length 2 eq {
+ 0 get PDFoffset add PDFfile exch setfileposition
+ PDFfile token pop
+ PDFfile token pop
+ resolveR dup true resolvestream
+ /ReusableStreamDecode filter
+ bitstream dup bytealign
+ /hint_stream exch def
+
+ dump_all_tables
+ } {
+ pop
+ (Overflow hint stream is not supported.) =
+ } ifelse
+ } {
+ pop
+ (Wrong file length in linearization dictionary.) =
+ } ifelse
+ } {
+ pop (The file is not linearized.) =
+ } ifelse
+ end % temporary dict
+ end % IDict
+ end
+ } {
+ pop
+ (Input file is not a valid PDF file.) =
+ } ifelse
+} bind def
+
+% Initial setup
+/dump_hints {
+ counttomark 1 eq {
+ exch pop
+ save exch
+ 3000000 setvmthreshold
+ pdfoptdict begin
+ pdf_dump_hints
+ end
+ restore
+ true
+ } {
+ cleartomark false
+ } ifelse
+} bind def
+
+/shellarguments {false} def
+(pdfopt.ps) runlibfile
+currentdict /shellarguments undef
+
+% Check for command line arguments.
+mark shellarguments {
+ dump_hints not {
+ (Usage: gs -dNODISPLAY -- dumphint.ps input.pdf) = flush
+ } if
+} {
+ pop
+} ifelse
+
+% EOF