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emacs/lisp/ps-mule.el

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;;; ps-mule.el --- provide multi-byte character facility to ps-print
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;; Copyright (C) 1998, 1999, 2000, 2001, 2002, 2003, 2004,
2008-01-07 02:45:14 +00:00
;; 2005, 2006, 2007, 2008 Free Software Foundation, Inc.
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;; Author: Vinicius Jose Latorre <viniciusjl@ig.com.br>
2006-11-23 01:18:29 +00:00
;; Kenichi Handa <handa@m17n.org> (multi-byte characters)
;; Maintainer: Kenichi Handa <handa@m17n.org> (multi-byte characters)
2006-11-23 01:58:10 +00:00
;; Vinicius Jose Latorre <viniciusjl@ig.com.br>
;; Keywords: wp, print, PostScript, multibyte, mule
;; This file is part of GNU Emacs.
;; GNU Emacs is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
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;; the Free Software Foundation; either version 3, or (at your option)
;; any later version.
;; GNU Emacs is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with GNU Emacs; see the file COPYING. If not, write to the
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;; Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
;; Boston, MA 02110-1301, USA.
;;; Commentary:
;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;
;; About ps-mule
;; -------------
;;
;; This package is used for ps-print to print multi-byte buffer.
;;
;; See also ps-print.el.
;;
;;
;; Printing Multi-byte Buffer
;; --------------------------
;;
;; The variable `ps-multibyte-buffer' specifies the ps-print multi-byte buffer
;; handling.
;;
;; Valid values for `ps-multibyte-buffer' are:
;;
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;; nil This is the value to use the default settings;
;; by default, this only works to print buffers with
;; only ASCII and Latin characters. But this default
;; setting can be changed by setting the variable
;; `ps-mule-font-info-database-default' differently.
;; The initial value of this variable is
;; `ps-mule-font-info-database-latin' (see
;; documentation).
;;
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;; `non-latin-printer' This is the value to use when you have a japanese
;; or korean PostScript printer and want to print
;; buffer with ASCII, Latin-1, Japanese (JISX0208 and
;; JISX0201-Kana) and Korean characters. At present,
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;; it was not tested with the Korean characters
;; printing. If you have a korean PostScript printer,
;; please, test it.
;;
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;; `bdf-font' This is the value to use when you want to print
;; buffer with BDF fonts. BDF fonts include both latin
;; and non-latin fonts. BDF (Bitmap Distribution
;; Format) is a format used for distributing X's font
;; source file. BDF fonts are included in
;; `intlfonts-1.2' which is a collection of X11 fonts
;; for all characters supported by Emacs. In order to
;; use this value, be sure to have installed
;; `intlfonts-1.2' and set the variable
;; `bdf-directory-list' appropriately (see ps-bdf.el
;; for documentation of this variable).
;;
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;; `bdf-font-except-latin' This is like `bdf-font' except that it uses
;; PostScript default fonts to print ASCII and Latin-1
;; characters. This is convenient when you want or
;; need to use both latin and non-latin characters on
;; the same buffer. See `ps-font-family',
;; `ps-header-font-family' and `ps-font-info-database'.
;;
;; Any other value is treated as nil.
;;
;; The default is nil.
;;
;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;; Code:
(eval-and-compile
(require 'ps-print))
;;;###autoload
(defcustom ps-multibyte-buffer nil
"*Specifies the multi-byte buffer handling.
Valid values are:
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nil This is the value to use the default settings;
by default, this only works to print buffers with
only ASCII and Latin characters. But this default
setting can be changed by setting the variable
`ps-mule-font-info-database-default' differently.
The initial value of this variable is
`ps-mule-font-info-database-latin' (see
documentation).
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`non-latin-printer' This is the value to use when you have a Japanese
or Korean PostScript printer and want to print
buffer with ASCII, Latin-1, Japanese (JISX0208 and
JISX0201-Kana) and Korean characters. At present,
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it was not tested with the Korean characters
printing. If you have a korean PostScript printer,
please, test it.
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`bdf-font' This is the value to use when you want to print
buffer with BDF fonts. BDF fonts include both latin
and non-latin fonts. BDF (Bitmap Distribution
Format) is a format used for distributing X's font
source file. BDF fonts are included in
`intlfonts-1.2' which is a collection of X11 fonts
for all characters supported by Emacs. In order to
use this value, be sure to have installed
`intlfonts-1.2' and set the variable
`bdf-directory-list' appropriately (see ps-bdf.el for
documentation of this variable).
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`bdf-font-except-latin' This is like `bdf-font' except that it uses
PostScript default fonts to print ASCII and Latin-1
characters. This is convenient when you want or
need to use both latin and non-latin characters on
the same buffer. See `ps-font-family',
`ps-header-font-family' and `ps-font-info-database'.
Any other value is treated as nil."
:type '(choice (const non-latin-printer) (const bdf-font)
(const bdf-font-except-latin) (const :tag "nil" nil))
:group 'ps-print-font)
(defvar ps-mule-font-info-database
nil
"Alist of charsets with the corresponding font information.
Each element has the form:
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(CHARSET (FONT-TYPE FONT-SRC FONT-NAME ENCODING BYTES) ...)
Where
CHARSET is a charset (symbol) for this font family,
FONT-TYPE is a font type: normal, bold, italic, or bold-italic.
FONT-SRC is a font source: builtin, bdf, vflib, or nil.
If FONT-SRC is builtin, FONT-NAME is a built-in PostScript font name.
If FONT-SRC is bdf, FONT-NAME is a BDF font file name, or a list of
alternative font names. To use this font, the external library `ps-bdf'
is required.
If FONT-SRC is vflib, FONT-NAME is the name of a font that VFlib knows.
To use this font, the external library `vflib' is required.
If FONT-SRC is nil, a proper ASCII font in the variable
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`ps-font-info-database' is used. This is useful for Latin-1 characters.
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ENCODING is a coding system to encode a string of characters of CHARSET into a
proper string matching an encoding of the specified font. ENCODING may be a
function that does this encoding. In this case, the function is called with
one argument, the string to encode, and it should return an encoded string.
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BYTES specifies how many bytes each character has in the encoded byte
sequence; it should be 1 or 2.
All multi-byte characters are printed by fonts specified in this database
regardless of a font family of ASCII characters. The exception is Latin-1
characters which are printed by the same font as ASCII characters, thus obey
font family.
See also the variable `ps-font-info-database'.")
(defconst ps-mule-font-info-database-latin
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'((iso-8859-1
(normal nil nil)))
"Sample setting of `ps-mule-font-info-database' to use latin fonts.")
(defcustom ps-mule-font-info-database-default
ps-mule-font-info-database-latin
"*The default setting to use when `ps-multibyte-buffer' is nil."
:type '(symbol :tag "Multi-Byte Buffer Database Font Default")
:group 'ps-print-font)
(defconst ps-mule-font-info-database-ps
'((katakana-jisx0201
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(normal builtin "Ryumin-Light.Katakana")
(bold builtin "GothicBBB-Medium.Katakana")
(bold-italic builtin "GothicBBB-Medium.Katakana"))
(latin-jisx0201
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(normal builtin "Ryumin-Light.Hankaku")
(bold builtin "GothicBBB-Medium.Hankaku"))
(japanese-jisx0208
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(normal builtin "Ryumin-Light-H")
(bold builtin "GothicBBB-Medium-H"))
(korean-ksc5601
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(normal builtin "Munhwa-Regular-KSC-EUC-H")
(bold builtin "Munhwa-Bold-KSC-EUC-H"))
)
"Sample setting of the `ps-mule-font-info-database' to use builtin PS font.
Currently, data for Japanese and Korean PostScript printers are listed.")
(defconst ps-mule-font-info-database-bdf
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'((iso-8859-1
(normal bdf ("lt1-24-etl.bdf" "etl24-latin1.bdf"))
(bold bdf ("lt1-16b-etl.bdf" "etl16b-latin1.bdf"))
(italic bdf ("lt1-16i-etl.bdf" "etl16i-latin1.bdf"))
(bold-italic bdf ("lt1-16bi-etl.bdf" "etl16bi-latin1.bdf")))
(iso-8859-2
(normal bdf ("lt2-24-etl.bdf" "etl24-latin2.bdf")))
(iso-8859-3
(normal bdf ("lt3-24-etl.bdf" "etl24-latin3.bdf")))
(iso-8859-4
(normal bdf ("lt4-24-etl.bdf" "etl24-latin4.bdf")))
(thai-tis620
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(normal bdf ("thai24.bdf" "thai-24.bdf") iso-8859-11))
(greek-iso8859-7
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(normal bdf ("grk24-etl.bdf" "etl24-greek.bdf") iso-8859-7))
(hebrew-iso8859-8
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(normal bdf ("heb24-etl.bdf" "etl24-hebrew.bdf") iso-8859-8))
(jisx0201
(normal bdf "12x24rk.bdf" jisx0201))
(cyrillic-iso8859-5
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(normal bdf ("cyr24-etl.bdf" "etl24-cyrillic.bdf") iso-8859-5))
(iso-8859-9
(normal bdf ("lt5-24-etl.bdf" "etl24-latin5.bdf") iso-8859-9))
(chinese-gb2312
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(normal bdf "gb24st.bdf"))
(japanese-jisx0208
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(normal bdf "jiskan24.bdf"))
(korean-ksc5601
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(normal bdf "hanglm24.bdf"))
(japanese-jisx0212
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(normal bdf ("jksp40.bdf" "jisksp40.bdf")))
(chinese-cns11643-1
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(normal bdf ("cns1-40.bdf" "cns-1-40.bdf")))
(chinese-cns11643-2
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(normal bdf ("cns2-40.bdf" "cns-2-40.bdf")))
(big5
(normal bdf "taipei24.bdf"))
(chinese-sisheng
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(normal bdf ("sish24-etl.bdf" "etl24-sisheng.bdf")))
(ipa
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(normal bdf ("ipa24-etl.bdf" "etl24-ipa.bdf") ipa))
(viscii
(normal bdf ("visc24-etl.bdf" "etl24-viscii.bdf")))
(arabic-digit
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(normal bdf ("arab24-0-etl.bdf" "etl24-arabic0.bdf")))
(arabic-1-column
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(normal bdf ("arab24-1-etl.bdf" "etl24-arabic1.bdf")))
(lao
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(normal bdf ("lao24-mule.bdf" "mule-lao-24.bdf") ps-mule-encode-lao 1))
(arabic-2-column
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(normal bdf ("arab24-2-etl.bdf" "etl24-arabic2.bdf")))
(devanagari-cdac
(normal bdf "dvsr0ntt-32.bdf"))
(malayalam-cdac
(normal bdf "mlkr0ntt-32.bdf"))
(tamil-cdac
(normal bdf "tmvl0ntt-32.bdf"))
(indian-is13194
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(normal bdf ("isci24-mule.bdf" "mule-iscii-24.bdf")))
(indian-1-column
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(normal bdf ("ind1c24-mule.bdf" "mule-indian-1col-24.bdf")))
(ethiopic
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(normal bdf ("ethio24f-uni.bdf" "ethiomx24f-uni.bdf") unicode-bmp))
(chinese-cns11643-3
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(normal bdf ("cns3-40.bdf" "cns-3-40.bdf")))
(chinese-cns11643-4
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(normal bdf ("cns4-40.bdf" "cns-4-40.bdf")))
(chinese-cns11643-5
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(normal bdf ("cns5-40.bdf" "cns-5-40.bdf")))
(chinese-cns11643-6
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(normal bdf ("cns6-40.bdf" "cns-6-40.bdf")))
(chinese-cns11643-7
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(normal bdf ("cns7-40.bdf" "cns-7-40.bdf")))
(indian-2-column
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(normal bdf ("ind24-mule.bdf" "mule-indian-24.bdf")))
(tibetan
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(normal bdf ("tib24p-mule.bdf" "tib24-mule.bdf" "mule-tibmdx-24.bdf")))
(unicode-bmp
(normal bdf "etl24-unicode.bdf"))
)
"Sample setting of the `ps-mule-font-info-database' to use BDF fonts.
BDF (Bitmap Distribution Format) is a format used for distributing X's font
source file.
Current default value list for BDF fonts is included in `intlfonts-1.2'
which is a collection of X11 fonts for all characters supported by Emacs.
Using this list as default value to `ps-mule-font-info-database', all
characters including ASCII and Latin-1 are printed by BDF fonts.
See also `ps-mule-font-info-database-ps-bdf'.")
(defconst ps-mule-font-info-database-ps-bdf
(cons (car ps-mule-font-info-database-latin)
(cdr (cdr ps-mule-font-info-database-bdf)))
"Sample setting of the `ps-mule-font-info-database' to use BDF fonts.
Current default value list for BDF fonts is included in `intlfonts-1.2'
which is a collection of X11 fonts for all characters supported by Emacs.
Using this list as default value to `ps-mule-font-info-database', all
characters except ASCII and Latin-1 characters are printed with BDF fonts.
ASCII and Latin-1 characters are printed with PostScript font specified
by `ps-font-family' and `ps-header-font-family'.
See also `ps-mule-font-info-database-bdf'.")
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(defvar ps-mule-font-spec-list nil
"Array of FONT-SPEC lists for each font type.
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Elements are for `normal' font, `bold' font, `italic' font, and
`bold-italic' font in this order.
Each element is a list of FONT-SPEC which has this form:
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(ID CHARSET (FONT-SRC FONT-NAME ENCODING) EXTRA-DATA)
Where
ID is a number for this FONT-SPEC and is unique in the list.
CHARSET, FONT-SRC, FONT-NAME, ENCODING are the same as those in
`ps-mule-font-info-database' (which see).
EXTRA-DATA is a data attached by external libraries.
Each list is ordered by the current charset priorities.
This variable is setup by `ps-mule-begin-job' from
`ps-mule-font-info-database'.")
;; Functions to access each element of FONT-SPEC.
(defsubst ps-mule-font-spec-id (font-spec) (aref font-spec 0))
(defsubst ps-mule-font-spec-charset (font-spec) (aref font-spec 1))
(defsubst ps-mule-font-spec-font-id (font-spec) (aref font-spec 2))
(defsubst ps-mule-font-spec-src (font-spec) (aref font-spec 3))
(defsubst ps-mule-font-spec-name (font-spec) (aref font-spec 4))
(defsubst ps-mule-font-spec-set-name (font-spec name)
(aset font-spec 4 name))
(defsubst ps-mule-font-spec-encoding (font-spec) (aref font-spec 5))
(defsubst ps-mule-font-spec-bytes (font-spec) (aref font-spec 6))
(defsubst ps-mule-font-spec-extra (font-spec) (aref font-spec 7))
(defsubst ps-mule-font-spec-set-extra (font-spec extra)
(aset font-spec 7 extra))
;; Functions to encode character into glyph code.
(defun ps-mule-encode-lao (char)
(- char #x0DE0))
(defun ps-mule-encode-char (char font-spec)
(let ((encoding (ps-mule-font-spec-encoding font-spec)))
(cond ((charsetp encoding)
(encode-char char encoding))
((fboundp encoding)
(funcall encoding char))
(t
char))))
;; Array of FONT-SPEC-TABLEs; Nth element is for FONT-TYPE N.
;;
;; FONT-TYPE is 0, 1, 2, or 3 representing normal, bold, italic, and
;; bold-italic respectively.
;;
;; FONT-SPEC-TABLE is a char-table of FONT-SPECs. It records which
;; character is printed by which FONT-SPEC. It has one extra slot
;; whose value is an alist of the form:
;; (CHARSET . FONT-SPEC)
;; FONT-SPEC is a vecotr of the form:
;; (ID FONT-SRC FONT-NAME ENCODING EXTRA)
(defvar ps-mule-font-spec-tables nil)
;; Array of FONT-TYPEs; Nth element FONT-NUMBER N.
;;
;; FONT-NUMBER is 0, 1, 2, 3, 4, 5, 6 representing fonts f0, f1, f2,
;; f3, h0, h1, and H0.
(defconst ps-mule-font-number-to-type [ 0 1 2 3 1 0 0 ])
(defsubst ps-mule-get-font-spec (char font-spec-table font-spec)
"Return a font spec for printing CHAR with FONT-SPEC-TABLE.
FONT-SPEC, if non-nil, is a font spec to try at first.
See the documentation of `ps-mule-font-spec-tables' for the
format of font spec."
(or (aref font-spec-table char)
(aset font-spec-table char
(or (and (< char 256)
(cdr (car (char-table-extra-slot font-spec-table 0))))
(and font-spec
(encode-char char (ps-mule-font-spec-charset font-spec))
font-spec)
(catch 'tag
(dolist (elt (char-table-extra-slot font-spec-table 0))
(and (encode-char char (car elt))
(throw 'tag (cdr elt)))))
;; Record that no font-spec exist for CHAR.
t))))
(defconst ps-mule-external-libraries
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'((builtin nil nil nil
nil nil nil)
(bdf ps-bdf nil bdf-generate-prologue
bdf-check-font bdf-generate-font bdf-generate-glyph)
(pcf nil nil pcf-generate-prologue
pcf-check-font pcf-generate-font pcf-generate-glyph)
(vflib nil nil vflib-generate-prologue
vflib-check-font vflib-generate-font vflib-generate-glyphs))
"Alist of external libraries information to support PostScript printing.
Each element has the form:
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(FONT-SRC FEATURE INITIALIZED-P PROLOGUE-FUNC
CHECK-FUNC FONT-FUNC GLYPH-FUNC)
FONT-SRC is the font source: builtin, bdf, pcf, or vflib.
FEATURE is the feature that provide a facility to handle FONT-SRC. Except for
`builtin' FONT-SRC, this feature is automatically `require'd before handling
FONT-SRC. Currently, we only have the feature `ps-bdf'.
INITIALIZED-P indicates if this library is initialized or not.
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PROLOGUE-FUNC is a function to generate PostScript code which define several
PostScript procedures that will be called by FONT-FUNC and GLYPHS-FUNC. It is
called with no argument, and should return a list of strings.
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CHECK-FUNC is a function to check if a font is available or not.
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It is called with one argument FONT-SPEC, and should return non-nil iff the
font specified in FONT-SPEC is available.
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FONT-FUNC is a function to generate PostScript code which define a new font.
It is called with one argument FONT-SPEC, and should return a list of strings.
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GLYPH-FUNC is a function to generate PostScript code which define glyphs of
characters. It is called with two arguments FONT-SPEC and CODE, and should
return a list of strings.")
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(defsubst ps-mule-exlib-feature (exlib) (nth 1 exlib))
(defsubst ps-mule-exlib-initialized-p (exlib) (nth 2 exlib))
(defsubst ps-mule-exlib-set-initialized-p (exlib val)
(setcar (nthcdr 2 exlib) val))
(defsubst ps-mule-exlib-prologue (exlib) (nth 3 exlib))
(defsubst ps-mule-exlib-check (exlib) (nth 4 exlib))
(defsubst ps-mule-exlib-font (exlib) (nth 5 exlib))
(defsubst ps-mule-exlib-glyph (exlib) (nth 6 exlib))
(defun ps-mule-init-external-library (exlib)
"Initialize external library specified by EXLIB for PostScript printing.
See the documentation of `ps-mule-external-libraries' for EXLIB's meaning."
(or (ps-mule-exlib-initialized-p exlib)
(let ((prologue-func (ps-mule-exlib-prologue exlib)))
(if prologue-func
(let ((feature (ps-mule-exlib-feature exlib)))
(if feature
(require feature))
(ps-output-prologue (funcall prologue-func))))
(ps-mule-exlib-set-initialized-p exlib t))))
(defvar ps-mule-output-list nil)
(defun ps-mule-check-font (font-spec)
"Check if a font specified in FONT-SPEC is available or not."
(let ((font-src (ps-mule-font-spec-src font-spec)))
(or (not font-src)
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(let ((exlib (assq font-src ps-mule-external-libraries)))
(ps-mule-init-external-library exlib)
(or (not (ps-mule-exlib-check exlib))
(funcall (ps-mule-exlib-check exlib) font-spec))))))
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(defun ps-mule-prepare-font (font-spec)
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"Generate PostScript codes defining a new font of FONT-SPEC for charset."
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(let* ((font-src (ps-mule-font-spec-src font-spec))
(exlib (assq font-src ps-mule-external-libraries))
(id (ps-mule-font-spec-id font-spec))
(ftag (format "%02X" id))
(font-func (ps-mule-exlib-font exlib))
output-list)
(if font-func
(setq output-list (funcall font-func font-spec))
(setq output-list
(format "/F%s /%s findfont def\n"
ftag (or (ps-mule-font-spec-name font-spec) "Courier")))
(ps-mule-font-spec-set-extra font-spec t))
(and output-list
(nconc ps-mule-output-list (list output-list)))))
(defun ps-mule-prepare-glyph (char font-spec)
"Generate PostScript codes to print CHAR by FONT-SPEC.
If CHAR is a cons (FROM TO), generate codes for characters
specified by the character code range FROM and TO.
The generated code is inserted on prologue part."
(if (vectorp font-spec)
(progn
(or (ps-mule-font-spec-extra font-spec)
(ps-mule-prepare-font font-spec))
(let ((glyph-func (ps-mule-exlib-glyph
(assq (ps-mule-font-spec-src font-spec)
ps-mule-external-libraries))))
(if glyph-func
(let (from to output-list)
(if (consp char)
(setq from (car char) to (cdr char))
(setq from char to char))
(while (<= from to)
(setq output-list
(funcall glyph-func font-spec from))
(and output-list
(ps-output-prologue output-list))
(setq from (1+ from)))))))))
;; This is a PostScript code inserted in the header of generated PostScript.
(defconst ps-mule-prologue
"%%%% Start of Mule Section
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/Latin1Encoding { % newname fontname | font
findfont dup length dict begin
{ 1 index /FID ne { def } { pop pop } ifelse } forall
/Encoding ISOLatin1Encoding def
currentdict
end
definefont
} bind def
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%% Redefine fonts for multiple charsets.
/ReDefFont { % fontname encoding fdepvector size | -
20 dict begin
3 index findfont {
1 index /FID ne 2 index /UniqueID ne and {def} {pop pop} ifelse
} forall
/FontType 0 def
/FMapType 3 def
/EscChar 0 def
% FontMatrix ::= [ size 0 0 size 0 0 ]
/FontMatrix exch [ exch dup 0 exch 0 exch 0 0 ] def
/FDepVector exch def
/Encoding exch def
currentdict
end % fontname dic
definefont pop
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} bind def
"
"PostScript code for printing multi-byte characters.")
(defvar ps-mule-prologue-generated nil)
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;; EscChar used in generated composite fonts.
(defconst ps-mule-esc-char 0)
(defun ps-mule-prologue-generated ()
(unless ps-mule-prologue-generated
(ps-output-prologue ps-mule-prologue)
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(ps-output-prologue
(format "\n/EscChar %d def\n\n%%%% End of Mule Section\n\n"
ps-mule-esc-char))
(setq ps-mule-prologue-generated t)))
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(defun ps-mule-encode-region (from to font-spec-table)
"Generate PostScript code for plotting characters in the region FROM and TO.
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FONT-SPEC-TABLE is 0, 1, 2, 3, 4, 5, or 6, each represents font tags f0, f1,
f2, f3, h0, h1, and H0 respectively."
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(let* ((font-spec nil)
(font-id 0)
(string-list nil)
;; At most 4-byte (EscChar FONT-ID CODE1 CODE2) per character.
(str (make-string (* (- to from) 4) 0))
(i 0))
(goto-char from)
(while (< (point) to)
(let* ((char (following-char))
(this-spec (ps-mule-get-font-spec char font-spec-table font-spec))
this-id)
(if (vectorp this-spec)
(setq this-id (ps-mule-font-spec-font-id this-spec))
;; Can't print CHAR. Replace it with '?'.
(setq char ??
this-spec (ps-mule-get-font-spec char font-spec-table nil)
this-id (ps-mule-font-spec-font-id this-spec)))
(or (= font-id this-id)
(progn
(if font-spec
(setq string-list (cons (substring str 0 i) string-list)
i 0))
(setq font-id this-id)
(or (= font-id 0)
(progn
(aset str i ps-mule-esc-char)
(setq i (1+ i))
(aset str i font-id)
(setq i (1+ i))))))
(setq font-spec this-spec)
(if (< char 128)
(aset str i char)
(let* ((code (ps-mule-encode-char char font-spec)))
(if (= (ps-mule-font-spec-bytes font-spec) 1)
(aset str i code)
(aset str i (/ code 256))
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(setq i (1+ i))
(aset str i (% code 256)))))
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(setq i (1+ i))
(forward-char 1)))
(nreverse (cons (substring str 0 i) string-list))))
(defun ps-mule-plot-composition (composition font-spec-table)
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"Generate PostScript code for plotting COMPOSITION with FONT-SPEC-TABLE."
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(ps-output "[")
(let ((components (copy-sequence (nth 2 composition)))
(font-spec nil))
(dotimes (i (length components))
(let ((elt (aref components i))
this-spec)
(if (consp elt)
;; ELT is a composition rule.
(ps-output (format " %d" (encode-composition-rule elt)))
;; ELT is a glyph character.
(setq this-spec
(ps-mule-get-font-spec elt font-spec-table font-spec))
(or (vectorp this-spec)
;; Can't print CHAR. Replace it with '?'.
(setq elt ??
this-spec
(ps-mule-get-font-spec elt font-spec-table font-spec)))
(setq font-spec this-spec)
(let* ((bytes (ps-mule-font-spec-bytes font-spec))
(code (ps-mule-encode-char elt font-spec))
(font-id (ps-mule-font-spec-font-id font-spec))
(str (make-string (if (= font-id 0) 1 (+ 2 bytes)) 0)))
(if (= font-id 0)
(aset str 0 code)
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(aset str 0 ps-mule-esc-char)
(aset str 1 font-id)
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(if (= bytes 1)
(aset str 2 code)
(aset str 2 (/ code 256))
(aset str 3 (% code 256))))
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(ps-output "[")
(ps-output-string str)
(ps-output (if (eq (ps-mule-font-spec-src font-spec) 'bdf)
(format "/C%02X-%X" (ps-mule-font-spec-id font-spec)
elt)
"false"))
(ps-output "]"))))))
(ps-output " ] " (if (nth 3 composition) "RLC" "RBC") "\n"))
(defun ps-mule-plot-string (from to &optional bg-color)
"Generate PostScript code for plotting characters in the region FROM and TO.
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Optional argument BG-COLOR is ignored.
Returns the value:
(ENDPOS . RUN-WIDTH)
Where ENDPOS is the end position of the sequence and RUN-WIDTH is the width of
the sequence."
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(let* ((average-width (ps-avg-char-width 'ps-font-for-text))
(point (point))
(composition (find-composition from to nil t))
(stop (if composition (car composition) to))
(ascii-or-latin-1 "[\000-\377]+")
(run-width 0)
(endpos nil)
(font-spec-table (aref ps-mule-font-spec-tables
(aref ps-mule-font-number-to-type
ps-current-font)))
width)
(goto-char from)
(while (not endpos)
(cond ((= (point) stop)
(if (= stop to)
(setq endpos stop)
(if (< from stop)
(dolist (l (ps-mule-encode-region from (point)
font-spec-table))
(ps-output-string l)
(ps-output " S\n")))
(setq width (* (nth 5 composition) average-width))
(if (< ps-width-remaining (+ run-width width))
(setq endpos stop)
(ps-mule-plot-composition composition font-spec-table)
(setq run-width (+ run-width width)
from (nth 1 composition))
(goto-char from)
(setq composition (find-composition (point) to nil t))
(setq stop (if composition (car composition) to)))))
((looking-at ascii-or-latin-1)
(let ((nchars (- (min (match-end 0) stop) (point))))
(setq width (* average-width nchars))
(if (< ps-width-remaining (+ run-width width))
(setq nchars (truncate (- ps-width-remaining run-width)
average-width)
run-width (+ run-width (* nchars average-width))
endpos (+ (point) nchars))
(setq run-width (+ run-width width))
(forward-char nchars))))
(t
(while (and (< (point) stop) (not endpos))
(setq width (char-width (following-char)))
(if (< ps-width-remaining (+ run-width width))
(setq endpos (point))
(setq run-width (+ run-width width))
(forward-char 1))))))
(if (< from endpos)
(dolist (l (ps-mule-encode-region from endpos font-spec-table))
(ps-output-string l)
(ps-output " S\n")))
(goto-char point)
(cons endpos run-width)))
;; Character composition support
(defvar ps-mule-composition-prologue-generated nil)
(defconst ps-mule-composition-prologue
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"%%%% Procedures for character composition.
/RelativeCompositionSkip 0.4 def
%% Get a bounding box (relative to currentpoint) of STR.
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/GetPathBox { % [ str cname ] | -
dup 1 get dup false ne {
BitmapDict exch get /bmp exch def
%% bmp ::= [ DWIDTH WIDTH HEIGHT XOFF YOFF BITMAP RELATIVE-COMPOSE]
/LLY bmp 4 get def
/URY LLY bmp 2 get add def
/RelativeCompose bmp 6 get dup false ne {
dup LLY le { pop 1 } { URY ge { -1 } { 0 } ifelse } ifelse
} {
pop 0
} ifelse def
dup 0 get stringwidth pop dup /WIDTH exch def bmp 0 get div
dup LLY mul /LLY exch def
URY mul /URY exch def
} {
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pop
dup 0 get stringwidth pop /WIDTH exch def
gsave 0 0 moveto
dup 0 get false charpath flattenpath pathbbox
/URY exch def pop /LLY exch def pop
grestore
/RelativeCompose 0 def
} ifelse
} bind def
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%% Apply effects except for shadow and outline to the rectangle
%% specified by TOP BOTTOM LEFT RIGHT.
/SpecialEffect { % -- | --
currentpoint dup TOP add /yy exch def BOTTOM add /YY exch def
dup LEFT add /xx exch def RIGHT add /XX exch def
%% Adjust positions for future shadowing.
Effect 8 and 0 ne {
/yy yy Yshadow add def
/XX XX Xshadow add def
} if
Effect 1 and 0 ne { UnderlinePosition Hline } if % underline
Effect 2 and 0 ne { StrikeoutPosition Hline } if % strikeout
Effect 4 and 0 ne { OverlinePosition Hline } if % overline
bg { % background
true
Effect 16 and 0 ne {SpaceBackground doBox} { xx yy XX YY doRect} ifelse
} if
Effect 16 and 0 ne { false 0 doBox } if % box
} def
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%% Draw COMPONENTS which has the form [ [str0 xoff0 yoff0] ... ] with
%% effects shadow and outline.
/ShowComponents { % components | -
gsave
{ gsave aload pop rmoveto
Effect 8 and 0 ne { dup doShadow } if
Effect 32 and 0 ne { true doOutline } { show } ifelse
grestore
} forall
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grestore
RIGHT 0 rmoveto
} def
%% Show relative composition.
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/RLC { % [[str0 cname0] [str1 cname1] ... [strN cnameN]] | -
/components exch def
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[ % push [str xoff yoff] one by one
[ components 0 get GetPathBox aload pop pop 0 0 ]
%% Bounding box of overall glyphs.
/LEFT 0 def
/RIGHT WIDTH def
/TOP URY def
/BOTTOM LLY def
1 1 components length 1 sub {
components exch get
[ exch
GetPathBox
aload pop pop % str
0 % xoff
RelativeCompose 1 eq { % compose on TOP
TOP LLY sub RelativeCompositionSkip add % yoff
/TOP TOP URY LLY sub add RelativeCompositionSkip add def
} { RelativeCompose -1 eq { % compose under BOTTOM
BOTTOM URY sub RelativeCompositionSkip sub % yoff
/BOTTOM BOTTOM URY LLY sub sub
RelativeCompositionSkip sub def
} {
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0 % yoff
URY TOP gt { /TOP URY def } if
LLY BOTTOM lt { /BOTTOM LLY def } if
} ifelse } ifelse
]
} for
]
SpecialEffect % Reflect special effects.
ShowComponents % Draw components.
} def
%% Show rule-base composition.
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/RBC { % [[str0 cname0] rule1 [str1 cname0] rule2 ... [strN cnameN]] | -
/components exch def
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[ % push [str xoff yoff] one by one
[ components 0 get GetPathBox aload pop pop 0 0 ]
%% Bounding box of overall glyphs.
/LEFT 0 def
/RIGHT WIDTH def
/TOP URY def
/BOTTOM LLY def
1 1 components length 1 sub {
components exch get /elt exch def
elt type /integertype eq { % rule
%% Do the same RULE decoding as the macro
%% COMPOSITION_DECODE_RULE in emacs/src/composite.h.
elt 12 idiv dup 3 mod /grefx exch def 3 idiv /grefy exch def
elt 12 mod dup 3 mod /nrefx exch def 3 idiv /nrefy exch def
} { % other strings
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[
elt GetPathBox
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aload pop pop
/height URY LLY sub def
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/left LEFT [ 0 RIGHT LEFT sub dup 2 div exch ] grefx get add
[ 0 WIDTH 2 div WIDTH ] nrefx get sub def
/bottom [ TOP 0 BOTTOM TOP BOTTOM add 2 div ] grefy get
[ height LLY neg 0 height 2 div ] nrefy get sub def
%% Update bounding box
left LEFT lt { /LEFT left def } if
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left WIDTH add RIGHT gt { /RIGHT left WIDTH add def } if
bottom BOTTOM lt { /BOTTOM bottom def } if
bottom height add TOP gt { /TOP bottom height add def } if
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left bottom LLY sub ]
} ifelse
} for
]
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LEFT 0 lt { % Adjust xoff to the right.
dup { dup 1 get LEFT sub 1 exch put } forall
/RIGHT RIGHT LEFT sub def
} if
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SpecialEffect % Reflect special effects.
ShowComponents % Draw components.
} def
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%%%% End of procedures for character composition
"
"PostScript code for printing character composition.")
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(defun ps-mule-composition-prologue-generated ()
(unless ps-mule-composition-prologue-generated
(ps-mule-prologue-generated)
(ps-output-prologue ps-mule-composition-prologue)
(setq ps-mule-composition-prologue-generated t)))
;; Bitmap font support
(defvar ps-mule-bitmap-prologue-generated nil)
(defconst ps-mule-bitmap-prologue
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"%%%% Procedures for bitmap fonts.
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%% Create a base bitmap font.
/NBF { % fontname fontsize relative-compose baseline-offset enc | --
11 dict begin
/FontType 3 def
/FontMatrix matrix def
/FontBBox [ 0 0 0 0 ] def
/Encoding exch def
/BaselineOffset exch def
/RelativeCompose exch def
/FontSize exch def
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/FontMatrix [ 1 FontSize div 0 0 1 FontSize div 0 0 ] def
/BuildGlyph { % fontdict charname | -
BitmapDict exch get /bmp exch def pop
%% bmp ::= [ DWIDTH WIDTH HEIGHT XOFF YOFF BITMAP RELATIVE-COMPOSE ]
/llx bmp 3 get def
/lly bmp 4 get def
/urx llx bmp 1 get add def
/ury lly bmp 2 get add def
bmp 0 get 0 llx lly urx ury setcachedevice
bmp 5 get length 0 gt {
llx ury translate
bmp 1 get bmp 2 get
true [ 1 0 0 -1 0 0 ] { bmp 5 get } imagemask
} if
} bind def
/BuildChar { % fontdict byte | -
1 index /Encoding get exch get
1 index /BuildGlyph get exec
} bind def
dup currentdict end
definefont def
} bind def
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%% Create a parent font of 8/8 mapping.
/NPF { % fontname encoding fdepvector | -
8 dict begin
/FontType 0 def
/FMapType 2 def
/FontMatrix matrix def
/FDepVector exch def
/Encoding exch def
dup currentdict
end
definefont def
} bind def
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%%%% End of procedures for bitmap fonts.
")
;; External library support.
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(defvar ps-mule-bitmap-dict-list nil)
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(defvar ps-mule-bitmap-font-record nil)
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;; The following three functions are to be called from external
;; libraries which support bitmap fonts (e.g. `bdf') to get
;; appropriate PostScript code.
(defun ps-mule-generate-bitmap-prologue ()
(unless ps-mule-bitmap-prologue-generated
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(setq ps-mule-bitmap-prologue-generated t
ps-mule-bitmap-dict-list nil
ps-mule-bitmap-font-record (make-vector 1024 nil))
(list ps-mule-bitmap-prologue)))
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(defun ps-mule-generate-bitmap-font (font-spec size relative-compose
baselie-offset bbx)
(let* ((id (ps-mule-font-spec-id font-spec))
(bytes (ps-mule-font-spec-bytes font-spec))
output-list)
(if (= bytes 1)
(setq output-list
(list (format "/E%02X [ 0 1 255 {pop /.notdef} for ] def\n" id)
(format "%%%% %s\n" (ps-mule-font-spec-name font-spec))
(format "/F%02X %f %S %d E%02X NBF\n" id size
relative-compose baselie-offset id)))
(setq output-list
(list (list (format "/E%02X [ 0 1 255 { pop 0 } for ] def\n" id))
(list (format "/V%02X [" id))
" ] def\n"
(format "%%%% %s\n" (ps-mule-font-spec-name font-spec))
(format "/F%02X E%02X V%02X NPF\n" id id id))))
(aset ps-mule-bitmap-font-record id
(vector (= bytes 1) output-list
size relative-compose baselie-offset bbx))
(if ps-mule-bitmap-dict-list
output-list
(setq ps-mule-bitmap-dict-list (list "/BitmapDict <<\n" ">> def\n"))
(cons ps-mule-bitmap-dict-list output-list))))
(defun ps-mule-generate-bitmap-glyph (font-spec char code bitmap)
(let* ((id (ps-mule-font-spec-id font-spec))
;; FONT-RECORD ::= ([(SUBFONT-OUTPUT-LIST ...) | t]
;; BASEFONT-OUTPUT-LIST SIZE REL-COMP B-OFFSET BBX)
(font-record (aref ps-mule-bitmap-font-record id))
enc-name
output-list)
(if (listp (aref font-record 0))
;; This is a 2-dimensional font. Create a subfont for this
;; glyph if not yet created.
(let* ((high (/ code 256))
(id2 (+ (* id 256) high)))
(setq output-list (cdr (assq high (aref font-record 0)))
code (% code 256))
(or output-list
;; We must create a subfont.
(let ((enc-list (car (aref font-record 1)))
(fdep-list (nth 1 (aref font-record 1))))
(setq output-list
(list
(format "/E%04X [ 0 1 255 {pop /.notdef} for ] def\n"
id2)
(format "/F%04X %f %S %d E%04X NBF\n"
id2 (aref font-record 2) (aref font-record 3)
(aref font-record 4) id2)
(format "E%02X %d %d put\n"
id high (1- (length fdep-list)))))
(nconc enc-list (list output-list))
(nconc fdep-list (list (format " F%04X" id2)))
(aset font-record 0
(cons (cons high output-list) (aref font-record 0)))))
(setq enc-name (format "%04X" id2)))
(setq output-list (aref font-record 1)
enc-name (format "%02X" id)))
(setcdr ps-mule-bitmap-dict-list
(cons (format "/C%02X-%X %s\n" id char bitmap)
(cdr ps-mule-bitmap-dict-list)))
(setcdr output-list
(cons (format "E%s %d /C%02X-%X put\n" enc-name code id char)
(cdr output-list))))
nil)
;; Mule specific initializers.
;;;###autoload
(defun ps-mule-initialize ()
"Initialize global data for printing multi-byte characters."
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(setq ps-mule-prologue-generated nil
ps-mule-composition-prologue-generated nil
ps-mule-bitmap-prologue-generated nil)
(mapcar `(lambda (x) (setcar (nthcdr 2 x) nil))
ps-mule-external-libraries))
(defun ps-mule-encode-header-string (string fonttag)
"Generate PostScript code for ploting STRING by font FONTTAG.
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FONTTAG should be a string \"/h0\", \"/h1\", \"/L0\", or \"/H0\".
Any other value is treated as \"/H0\"."
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(with-temp-buffer
(insert string)
(ps-mule-encode-region (point-min) (point-max)
(aref ps-mule-font-spec-tables
(aref ps-mule-font-number-to-type
(cond ((string= fonttag "/h0") 4)
((string= fonttag "/h1") 5)
((string= fonttag "/L0") 6)
(t 0)))))))
;;;###autoload
(defun ps-mule-begin-job (from to)
"Start printing job for multi-byte chars between FROM and TO.
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It checks if all multi-byte characters in the region are printable or not."
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(auto-compose-region from to)
(if (and (not (find-composition from to))
(save-excursion
(goto-char from)
(= (skip-chars-forward "\x00-\xFF" to) to)))
;; All characters can be printed by normal PostScript fonts.
(setq ps-basic-plot-string-function 'ps-basic-plot-string
ps-encode-header-string-function 'identity)
(setq ps-basic-plot-string-function 'ps-mule-plot-string
ps-encode-header-string-function 'ps-mule-encode-header-string
ps-mule-font-info-database
(cond ((eq ps-multibyte-buffer 'non-latin-printer)
ps-mule-font-info-database-ps)
((eq ps-multibyte-buffer 'bdf-font)
ps-mule-font-info-database-bdf)
((eq ps-multibyte-buffer 'bdf-font-except-latin)
ps-mule-font-info-database-ps-bdf)
(t
ps-mule-font-info-database-default)))
;; Be sure to have font information for Latin-1.
(or (assq 'iso-8859-1 ps-mule-font-info-database)
(setq ps-mule-font-info-database
(cons '(iso-8859-1 (normal nil nil))
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ps-mule-font-info-database)))
;; Generate ps-mule-font-spec-tables.
(let ((font-spec-alist (make-vector 4 nil))
(id-max 0)
(font-id 0)
font-info-list)
;; Generate properly ordered font-info-list from
;; ps-mule-font-info-database.
(let ((charset-list
(copy-sequence (get-language-info current-language-environment
'charset))))
(setq charset-list (cons 'iso-8859-1 (delq 'iso-8859-1 charset-list)))
(dolist (charset charset-list)
(let ((font-info (assq charset ps-mule-font-info-database)))
(and font-info
(setq font-info-list (cons font-info font-info-list)))))
(dolist (font-info ps-mule-font-info-database)
(or (memq (car font-info) charset-list)
(setq font-info-list (cons font-info font-info-list))))
(setq font-info-list (nreverse font-info-list)))
;; Store FONT-SPECs in each element of font-spec-alist.
(dolist (font-info font-info-list)
(let ((font-spec-vec (make-vector 4 nil))
(charset (car font-info))
encoding font-spec)
(dolist (e (cdr font-info))
(setq encoding (or (nth 3 e) charset)
font-spec (vector id-max charset font-id
(nth 1 e) (nth 2 e) encoding
(or (nth 4 e) (charset-dimension encoding))
nil)
id-max (1+ id-max))
(if (ps-mule-check-font font-spec)
(aset font-spec-vec
(cond ((eq (car e) 'normal) 0)
((eq (car e) 'bold) 1)
((eq (car e) 'italic) 2)
(t 3)) font-spec)))
(when (aref font-spec-vec 0)
(or (aref font-spec-vec 3)
(aset font-spec-vec 3 (or (aref font-spec-vec 1)
(aref font-spec-vec 2)
(aref font-spec-vec 0))))
(or (aref font-spec-vec 1)
(aset font-spec-vec 1 (aref font-spec-vec 0)))
(or (aref font-spec-vec 2)
(aset font-spec-vec 2 (aref font-spec-vec 1)))
(dotimes (i 4)
(aset font-spec-alist i
(nconc (aref font-spec-alist i)
(list (cons charset (aref font-spec-vec i))))))
(setq font-id (1+ font-id)))))
;; Make four FONT-SPEC-TABLEs and set them in
;; ps-mule-font-spec-tables. Each char table has one extra slot
;; whose value is an element of font-spec-alist.
(setq ps-mule-font-spec-tables (make-vector 4 nil))
(put 'font-spec-table 'char-table-extra-slots 1)
(dotimes (i 4)
(let ((table (make-char-table 'font-spec-table)))
(aset ps-mule-font-spec-tables i table)
(set-char-table-extra-slot table 0 (aref font-spec-alist i))
;; Be sure to have glyphs for "0123456789/" in advance for
;; page numbering.
(let ((str " 0123456789/"))
(dotimes (i (length str))
(or (vectorp (ps-mule-get-font-spec (aref str i) table nil))
(error "ASCII font not available")))))))
(ps-mule-prologue-generated)
(if (find-composition from to)
(ps-mule-composition-prologue-generated))))
(defun ps-mule-restruct-output-list (list tail)
(dolist (elt list)
(if (listp elt)
(setq tail (ps-mule-restruct-output-list elt tail))
(setcdr tail (cons elt (cdr tail)))
(setq tail (cdr tail))))
tail)
(defun ps-mule-redefine-font (font-number fonttag size ps-font)
(let* ((font-type (aref ps-mule-font-number-to-type font-number))
(font-spec-alist (char-table-extra-slot
(aref ps-mule-font-spec-tables font-type) 0)))
(ps-output-prologue
(list (if (ps-mule-font-spec-src (cdr (car font-spec-alist)))
;; We ignore a font specfied in ps-font-info-database.
(format "/V%s VTOP%d def\n" fonttag font-type)
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(format "/V%s [ VTOP%d aload pop ] def\n
V%s 0 /%s-latin1 /%s Latin1Encoding put\n"
fonttag font-type fonttag ps-font ps-font))
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(format "/%s ETOP%d V%s %f ReDefFont\n"
fonttag font-type fonttag size)))))
2003-09-26 11:42:33 +00:00
;;;###autoload
(defun ps-mule-end-job ()
"Finish printing job for multi-byte chars."
;; Prepare root and sub fonts while generating glyphs if necessary.
(let ((output-head (list t))
(ps-mule-output-list (list t)))
(dotimes (i 4)
(map-char-table 'ps-mule-prepare-glyph
(aref ps-mule-font-spec-tables i)))
(ps-mule-restruct-output-list (cdr ps-mule-output-list) output-head)
(ps-output-prologue (cdr output-head)))
;; Prepare top Encoding and templates of FDepVector.
(dotimes (i 4)
(let ((font-spec-alist (char-table-extra-slot
(aref ps-mule-font-spec-tables i) 0))
font-list font-spec)
(dolist (elt font-spec-alist)
(setq font-spec (cdr elt))
(if (ps-mule-font-spec-extra font-spec)
(push (cons (ps-mule-font-spec-font-id font-spec)
(ps-mule-font-spec-id font-spec))
font-list)))
(setq font-list (nreverse font-list))
(ps-output-prologue
(list (format "/ETOP%d 256 array def\n" i)
(format "0 1 255 { ETOP%d exch 0 put } for\n" i)))
(let ((index 0))
(dolist (font font-list)
(ps-output-prologue (format "ETOP%d %d %d put\n" i (car font) index))
(setq index (1+ index))))
(ps-output-prologue (format "/VTOP%d [%s] def\n" i
(mapconcat #'(lambda (x)
(format "F%02X" (cdr x)))
font-list " ")))))
;; Redefine fonts f0, f1, f2, f3, h0, h1, H0.
(ps-mule-redefine-font 4 "h0" ps-header-title-font-size-internal
(ps-font 'ps-font-for-header 'bold))
(ps-mule-redefine-font 5 "h1" ps-header-font-size-internal
(ps-font 'ps-font-for-header 'normal))
(ps-mule-redefine-font 6 "H0" ps-footer-font-size-internal
(ps-font 'ps-font-for-footer 'normal))
(let ((font (ps-font-alist 'ps-font-for-text))
(i 0))
(while font
(ps-mule-redefine-font i (format "f%d" i)
ps-font-size-internal
(ps-font 'ps-font-for-text (car (car font))))
(setq font (cdr font)
i (1+ i)))))
(provide 'ps-mule)
;; Local Variables:
;; generated-autoload-file: "ps-print.el"
;; End:
;; arch-tag: bca017b2-66a7-4e59-8584-103e749eadbe
;;; ps-mule.el ends here