'\" t
'\"
'\"	DO NOT EDIT! This file is generated from hipercdecode.1in
'\"
.TH hipercdecode 1 "Sat Oct 08 16:38:08 2016" "hipercdecode 0.0"
'\"
'\"
'\"==========================================================================
'\"	STRINGS and MACROS
'\"==========================================================================
'\"
'\"	Define strings for special characters that nroff doesn't have
'\"
'\"	N.B. using .if cua to test for special characters did not work.
'\"
.if !'\*[.T]'ps' .ds ua up
.if  '\*[.T]'ps' .ds ua \(ua
.if !'\*[.T]'ps' .ds da down
.if  '\*[.T]'ps' .ds da \(da
.if !'\*[.T]'ps' .ds <- left
.if  '\*[.T]'ps' .ds <- \(<-
.if !'\*[.T]'ps' .ds -> right
.if  '\*[.T]'ps' .ds -> \(->
'\"
'\"     bx - box a Courier string for making keycaps
'\"
'\"	N.B. this mess is to make the line drawing come out only
'\"	if we are really generating postscript
'\"
.de bx
.ie !'\*[.T]'ps' \{\
.	RB [ \\$1 ]\\$2
.\}
.el \{\
.	ie !r ps4html \{\
'\" \(br\|\s\-1\f(CB\\$1\fP\s+1\|\(br\l'|0\(rn'\l'|0\(ul'
.		ft CW
.		nr par*bxw \w'\\$1'+.4m 
\Z'\v'.25m'\D'l 0 \-1m'\D'l \\n[par*bxw]u 0'\D'l 0 1m'\D'l \-\\n[par*bxw]u 0''\
\Z'\h'.2m'\s\-1\\$1\s+1'\
\h'\\n[par*bxw]u'\\$2
.		ft P
.	\}
.	el \{\
.		RB [ \\$1 ]\\$2
.	\}
.\}
..
'\"
'\" strings to set current color (null with old groff)
'\"
.if mred .ds red \m[red]
.if mgreen .ds green \m[green]
.if mblue .ds blue \m[blue]
.if mblack .ds black \m[black]
.if mblack .ds mP \mP
'\"
'\" fix for grotty + xterm. We call for orange, grotty outputs yellow,
'\" but xterm displays yellow as orange.  The cycle is complete.
'\"
.if n .defcolor orange rgb #ffff00
'\"
'\" color <color> \- set the current color (ignores request with old groff)
'\"
.de color
.if mred \m[\\$1]\c
..
'\"
'\" colorword <color> <word> \- colorize a word (ignored by old groff)
'\"
.de colorword
.ie m\\$1 \m[\\$1]\\$2\mP\c
.el \\$2\c
..
'\"
'\" colbox <fg> <bg> <word> \- colorize a word in a filled box
'\"
.de colbox
.ie mred \M[\\$2]\
\v'+.167v'\
\D'P 0 \-0.9v  \w'\\$3'u 0  0 +0.9v   \-\w'\\$3'u 0'\
\v'\-.167v'\
\m[\\$1]\\$3\mP\MP
.el \\$3\c
..
'\"
'\"	Macros for doing pdfmarks
'\"
.de specialps
.if  '\*[.T]'ps' \\k_\X'ps: \\$*'\h'|\\n_u'\c
..
'\"
'\" pdfmark PDFMARKCODE
'\"
.ds pdfmarks
.if d pdfmarks \{\
.de pdfmark
.	specialps exec [\\$1 pdfmark
..
'\"
'\" pdfdest LINKNAME
'\"
.de pdfdest
.pdfmark "/Dest /\\$1 /View [/XYZ \-5 PL null] /DEST"
..
'\"
'\" pdfbookmark COUNT LINKNAME STRING
'\"
.de pdfbookmark
.   pdfmark "/View [/XYZ 44 730 1.0] /Count \\$1 /Dest /\\$2 /Title (\\$3) /OUT"
..
'\"
'\"	Define the SH and SS macros to save pdfmark information
'\"	in "arrays" of numbers and strings.
'\"
.if !r rr_n \{\
.nr rr_n 0 1
.am SH
.	nr rr_levels!\\n+[rr_n] 2
.	ds rr_labels!\\n[rr_n] \\$*
.	pdfdest Link\\n[rr_n]
..
.am SS
.	nr rr_levels!\\n+[rr_n] 3
.	ds rr_labels!\\n[rr_n] \\$*
.	pdfdest Link\\n[rr_n]
..
.\}
'\"
'\"	Called at the end of the document to generate the pdfmark outline
'\"
.de pdf_outline
.nr rr_levels!\\n+[rr_n] 1
.nr rr_i 0 1
.while \\n+[rr_i]<\\n[rr_n] \{\
.   nr rr_ip1 \\n[rr_i]+1
.   nr rr_count 0
.   if \\n[rr_levels!\\n[rr_ip1]]>\\n[rr_levels!\\n[rr_i]] \{\
.       nr rr_j \\n[rr_i] 1
.       while \\n+[rr_j]<\\n[rr_n] \{\
.           if \\n[rr_levels!\\n[rr_j]]<=\\n[rr_levels!\\n[rr_i]] \{\
.               break
.           \}
.           if \\n[rr_levels!\\n[rr_j]]==(\\n[rr_levels!\\n[rr_i]]+1) \{\
.               nr rr_count \\n[rr_count]+1
.           \}
.       \}
.   \}
.   ds hhh \\*[rr_labels!\\n[rr_i]]
.   pdfbookmark \-\\n[rr_count] Link\\n[rr_i] "\\*[hhh]"
.\}
..
'\"
'\" Some postscript to make pdfmarks harmless on old interpreters...
'\"
.specialps "def /pdfmark where {pop} {userdict /pdfmark /cleartomark load put} ifelse"
'\"
'\" Force display of Bookmarks in Acrobat when document is viewed.
'\"
.pdfmark "[/PageMode /UseOutlines /Page 1 /View [/XYZ null null null] /DOCVIEW"
'\"
'\" Output the document info in pdfmarks
'\"
.pdfmark "\
	/Title (\*[an-title](\*[an-section])) \
	/Subject (\*[an-title] Manual Page) \
	/Author (Rick Richardson) \
	/Keywords (printing) \
	/Creator (groff \n(.x.\n(.y.\n(.Y \-man) \
	/CreationDate (\*[an-extra1]) \
	/ModDate (\*[an-extra1]) \
	/DOCINFO"
\}
'\"
'\" The manual page name is only 1st level mark
'\"
.nr rr_levels!\n+[rr_n] 1
.ds rr_labels!\n[rr_n] \*[an-title](\*[an-section])
.pdfdest Link\n[rr_n]
'\"
'\"==========================================================================
'\"	MANUAL PAGE SOURCE
'\"==========================================================================
.SH NAME
hipercdecode \- Decode a HIPERC stream into human readable form.
.SH SYNOPSIS
.B hipercdecode
.RI [ options "] <" hiperc-file
.SH DESCRIPTION
.B hipercdecode
decodes a HIPERC stream into human readable form.
Uncompressed and JBIG formats are handled.
.P
An HIPERC stream is the printer language used by the
Oki Data C310dn, C3100, C3200n, C3250n, C3300n, C3400n, C5100n, C5250n, C5500n,
C5600, and the C5800n
printers.

.SH COMMAND LINE OPTIONS
These are the options that can appear on the command line.
.TP
.BI \-d\0 basename
Basename of .pbm file for saving decompressed planes.
.TP
.BI \-h
Print hex file offsets.
.TP
.BI \-o
Print file offsets.
.TP
.BI \-D\0 level
Set Debug level [0].

.SH EXAMPLES
Decode an HIPERC stream file created by foo2hiperc.

.nf
.ft CW
$ foo2hiperc-wrapper testpage.ps | hipercdecode \-h
     0:	\\033%-12345X@PJL
     f:	@PJL RDYMSG DISPLAY = "Unknown"
    30:	@PJL SET OKIJOBACCOUNTJOB USERID="Unknown" JOBNAME="Unknown"
    6e:	@PJL SET OKIAUXJOBINFO DATA="DocumentName=Unknown"
    a2:	@PJL SET OKIAUXJOBINFO DATA="ComputerName=dual.rkkda.org"
    dd:	@PJL SET OKIAUXJOBINFO DATA="ReceptionTime=00:00:00 2008/01/30"
   11e:	@PJL SET OKIAUTOTRAYSWITCH=ON
   13d:	@PJL SET OKIPAPERSIZECHECK=ENABLE
   160:	@PJL SET RESOLUTION=600
   179:	@PJL SET PAPER=LETTER
   190:	@PJL SET OKITRAYSEQUENCE=PAPERFEEDTRAY
   1b8:	@PJL SET OKIPAPERFEED=TRAY1
   1d5:	@PJL SET OKIMEDIATYPE = PLAIN
   1f4:	@PJL SET LPARM:PCL OKIPRINTMARGIN=INCH1D6
   21f:	@PJL SET COPIES=1
   232:	@PJL SET QTY=1
   242:	@PJL SET HIPERCEFFECTIVEBLOCKSIZE=34799360
   26e:	@PJL ENTER LANGUAGE=HIPERC
   289:	RECTYPE 0 (len=52,0x34 cnt=1)
   291:		BLKNUM 0, nbie=1, pn=3 [black] uc=0,0, wid=4864 ud=0,100
   2a5:		BLKNUM 1 (len=20), uncompressed=1, bie:
		DL = 48, D = 48, P = 49, \- = 48, XY = 4864 x 6816
		L0 = 256, MX = 0, MY = 0
		Order   = 0 
		Options = 0 
		1 stripes, 0 layers, 49 planes
   2bd:	RECTYPE 1 (len=155668,0x26014 cnt=1)
   2c5:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
   2cd:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
 262d1:	RECTYPE 1 (len=155668,0x26014 cnt=2)
 262d9:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
 262e1:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
 4c2e5:	RECTYPE 1 (len=155668,0x26014 cnt=3)
 4c2ed:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
 4c2f5:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
 722f9:	RECTYPE 1 (len=155668,0x26014 cnt=4)
 72301:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
 72309:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
 9830d:	RECTYPE 1 (len=155668,0x26014 cnt=5)
 98315:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
 9831d:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
 be321:	RECTYPE 1 (len=155668,0x26014 cnt=6)
 be329:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
 be331:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
 e4335:	RECTYPE 1 (len=155668,0x26014 cnt=7)
 e433d:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
 e4345:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
10a349:	RECTYPE 1 (len=155668,0x26014 cnt=8)
10a351:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
10a359:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
13035d:	RECTYPE 1 (len=155668,0x26014 cnt=9)
130365:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
13036d:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
156371:	RECTYPE 1 (len=155668,0x26014 cnt=10)
156379:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
156381:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
17c385:	RECTYPE 1 (len=155668,0x26014 cnt=11)
17c38d:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
17c395:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
1a2399:	RECTYPE 1 (len=155668,0x26014 cnt=12)
1a23a1:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
1a23a9:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
1c83ad:	RECTYPE 1 (len=155668,0x26014 cnt=13)
1c83b5:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
1c83bd:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
1ee3c1:	RECTYPE 1 (len=155668,0x26014 cnt=14)
1ee3c9:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
1ee3d1:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
2143d5:	RECTYPE 1 (len=155668,0x26014 cnt=15)
2143dd:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
2143e5:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
23a3e9:	RECTYPE 1 (len=155668,0x26014 cnt=16)
23a3f1:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
23a3f9:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
2603fd:	RECTYPE 1 (len=155668,0x26014 cnt=17)
260405:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
26040d:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
286411:	RECTYPE 1 (len=155668,0x26014 cnt=18)
286419:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
286421:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
2ac425:	RECTYPE 1 (len=155668,0x26014 cnt=19)
2ac42d:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
2ac435:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
2d2439:	RECTYPE 1 (len=155668,0x26014 cnt=20)
2d2441:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
2d2449:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
2f844d:	RECTYPE 1 (len=155668,0x26014 cnt=21)
2f8455:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
2f845d:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
31e461:	RECTYPE 1 (len=155668,0x26014 cnt=22)
31e469:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
31e471:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
344475:	RECTYPE 1 (len=155668,0x26014 cnt=23)
34447d:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
344485:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
36a489:	RECTYPE 1 (len=155668,0x26014 cnt=24)
36a491:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
36a499:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
39049d:	RECTYPE 1 (len=155668,0x26014 cnt=25)
3904a5:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
3904ad:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
3b64b1:	RECTYPE 1 (len=155668,0x26014 cnt=26)
3b64b9:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
3b64c1:		BLKNUM 1 (len=155648), Data=00 00 00 00 00 00 00 00 00 00 00 ...
3dc4c5:	RECTYPE 1 (len=97300,0x17c14 cnt=27)
3dc4cd:		BLKNUM 0 (len=4), plane=3, uc=0,0,0
3dc4d5:		BLKNUM 1 (len=97280), Data=00 00 00 00 00 00 00 00 00 00 00 ...
3f40d9:	RECTYPE 255 (len=8,0x8 cnt=28)
3f40e1:	\\033%-12345X

.ft P
.fi

.SH FILES
.BR /usr/bin/hipercdecode
.SH SEE ALSO
.BR foo2hiperc-wrapper (1),
.BR foo2hiperc (1)
.SH "AUTHOR"
Rick Richardson <rick.richardson@comcast.net>
.br
http://foo2hiperc.rkkda.com/
'\"
'\"
'\"
.em pdf_outline