def copy_tree(src, dst, preserve_symlinks=False, level=0):
''' Copy an entire directory tree 'src' to a new location 'dst'.
-
+
Code inspired from distutils.copy_tree.
Copying ignores non-regular files and the cache directory.
Pipes may be present as leftovers from LyX for lyx-server.
copied as symlinks (on platforms that support them!); otherwise
(the default), the destination of the symlink will be copied.
'''
-
+
if not os.path.isdir(src):
raise FileError, \
"cannot copy tree '%s': not a directory" % src
except os.error, (errno, errstr):
raise FileError, \
"error listing files in '%s': %s" % (src, errstr)
-
+
if not os.path.isdir(dst):
os.makedirs(dst)
-
+
outputs = []
-
+
for name in names:
src_name = os.path.join(src, name)
dst_name = os.path.join(dst, name)
outputs.append(dst_name)
else:
logger.info("Ignore non-regular file %s", src_name)
-
+
return outputs
logger.debug('previous = ' + previous)
if os.path.isdir( previous ):
logger.info('Found directory "%s".', previous)
- copy_tree( previous, cwd )
+ copy_tree( previous, cwd, True )
logger.info('Content copied to directory "%s".', cwd)
return
for searching but the whole string is used to replace
%% for a rc_entry. So, feel free to add '$$i' etc for programs.
- path: additional pathes
+ path: additional paths (will be prepended to the program name)
rc_entry: entry to outfile, can be
1. emtpy: no rc entry will be added
sys.exit(2)
logger.info('checking for ' + description + '...')
## print '(' + ','.join(progs) + ')',
+ additional_path = path
+ path = os.environ["PATH"].split(os.pathsep) + additional_path
+ extlist = ['']
+ if "PATHEXT" in os.environ:
+ extlist = extlist + os.environ["PATHEXT"].split(os.pathsep)
global java, perl
for idx in range(len(progs)):
# ac_prog may have options, ac_word is the command name
if ac_word.endswith('.pl') and perl == '':
continue
msg = '+checking for "' + ac_word + '"... '
- path = os.environ["PATH"].split(os.pathsep) + path
- extlist = ['']
- if "PATHEXT" in os.environ:
- extlist = extlist + os.environ["PATHEXT"].split(os.pathsep)
for ac_dir in path:
if hasattr(os, "access") and not os.access(ac_dir, os.F_OK):
continue
ac_prog = ac_prog.replace(ac_word, r'%s -jar \"%s\"' % (java, os.path.join(ac_dir, ac_word)))
elif ac_word.endswith('.pl'):
ac_prog = ac_prog.replace(ac_word, r'%s -w \"%s\"' % (perl, os.path.join(ac_dir, ac_word)))
+ elif ac_dir in additional_path:
+ ac_prog = ac_prog.replace(ac_word, r'\"%s\"' % (os.path.join(ac_dir, ac_word)))
# write rc entries for this command
if len(rc_entry) == 1:
addToRC(rc_entry[0].replace('%%', ac_prog))
sys.exit(2)
logger.info('checking for ' + description + '...')
## print '(' + ','.join(progs) + ')',
+ additional_path = path
+ path = os.environ["PATH"].split(os.pathsep) + additional_path
+ extlist = ['']
+ if "PATHEXT" in os.environ:
+ extlist = extlist + os.environ["PATHEXT"].split(os.pathsep)
found_prime = False
real_ac_dir = ''
real_ac_word = not_found
if ac_word.endswith('.pl') and perl == '':
continue
msg = '+checking for "' + ac_word + '"... '
- path = os.environ["PATH"].split(os.pathsep) + path
- extlist = ['']
- if "PATHEXT" in os.environ:
- extlist = extlist + os.environ["PATHEXT"].split(os.pathsep)
found_alt = False
for ac_dir in path:
if hasattr(os, "access") and not os.access(ac_dir, os.F_OK):
ac_prog = ac_prog.replace(ac_word, r'%s -jar \"%s\"' % (java, os.path.join(ac_dir, ac_word)))
elif ac_word.endswith('.pl'):
ac_prog = ac_prog.replace(ac_word, r'%s -w \"%s\"' % (perl, os.path.join(ac_dir, ac_word)))
+ elif ac_dir in additional_path:
+ ac_prog = ac_prog.replace(ac_word, r'\"%s\"' % (os.path.join(ac_dir, ac_word)))
# write rc entries for this command
if found_prime == False:
if len(rc_entry) == 1:
dtl_tools = False
return dtl_tools
+def checkInkscape():
+ ''' Check whether Inkscape is available and return the full path (Windows only) '''
+ if os.name != 'nt':
+ return 'inkscape'
+ import _winreg
+ aReg = _winreg.ConnectRegistry(None, _winreg.HKEY_CLASSES_ROOT)
+ try:
+ aKey = _winreg.OpenKey(aReg, r"inkscape.svg\DefaultIcon")
+ val = _winreg.QueryValueEx(aKey, "")
+ return str(val[0]).split('"')[1].replace('.exe', '')
+ except EnvironmentError:
+ try:
+ aKey = _winreg.OpenKey(aReg, r"Applications\inkscape.exe\shell\open\command")
+ val = _winreg.QueryValueEx(aKey, "")
+ return str(val[0]).split('"')[1].replace('.exe', '')
+ except EnvironmentError:
+ return 'inkscape'
def checkLatex(dtl_tools):
''' Check latex, return lyx_check_config '''
def checkLuatex():
- ''' Check if luatex is there and usable '''
+ ''' Check if luatex is there '''
path, LUATEX = checkProg('LuaTeX', ['lualatex $$i'])
path, DVILUATEX = checkProg('LuaTeX (DVI)', ['dvilualatex $$i'])
if LUATEX != '':
- # luatex binary is there
- msg = "checking if LuaTeX is usable ..."
- # Check if luatex is usable
- writeToFile('luatest.tex', r'''
-\nonstopmode
-\documentclass{minimal}
-\usepackage{fontspec}
-\begin{document}
-.
-\end{document}
-''')
- # run lualatex on luatest.tex and check result
- luatest = cmdOutput(LUATEX + ' luatest.tex')
- if luatest.find('XeTeX is required to compile this document') != -1:
- # fontspec/luatex too old! We do not support this version.
- logger.info(msg + ' no (probably not recent enough)')
- elif luatest.find('! LaTeX Error: File `fontspec.sty\' not found') != -1:
- # fontspec missing
- logger.info(msg + ' no (missing fontspec)')
- else:
- # working luatex
- logger.info(msg + ' yes')
- addToRC(r'\converter luatex pdf5 "%s" "latex=lualatex"' % LUATEX)
- if DVILUATEX != '':
- addToRC(r'\converter luatex dvi3 "%s" "latex=dvilualatex"' % DVILUATEX)
- # remove temporary files
- removeFiles(['luatest.tex', 'luatest.log', 'luatest.aux', 'luatest.pdf'])
+ addToRC(r'\converter luatex pdf5 "%s" "latex=lualatex"' % LUATEX)
+ if DVILUATEX != '':
+ addToRC(r'\converter luatex dvi3 "%s" "latex=dvilualatex"' % DVILUATEX)
def checkModule(module):
checkViewerEditor('a FEN viewer and editor', ['xboard -lpf $$i -mode EditPosition'],
rc_entry = [r'\Format fen fen FEN "" "%%" "%%" "" ""'])
#
- checkViewerEditor('a SVG viewer and editor', ['inkscape'],
- rc_entry = [r'\Format svg "svg, svgz" SVG "" "%%" "%%" "vector,zipped=native" "image/svg+xml"'])
+ checkViewerEditor('a SVG viewer and editor', [inkscape_name],
+ rc_entry = [r'''\Format svg "svg" SVG "" "%%" "%%" "vector" "image/svg+xml"
+\Format svgz "svgz" "SVG (compressed)" "" "%%" "%%" "vector,zipped=native" ""'''],
+ path = [inkscape_path])
#
imageformats = r'''\Format bmp bmp BMP "" "%s" "%s" "" "image/x-bmp"
\Format gif gif GIF "" "%s" "%s" "" "image/gif"
checkViewer('gnumeric spreadsheet software', ['gnumeric'],
rc_entry = [r'''\Format gnumeric gnumeric "Gnumeric spreadsheet" "" "" "%%" "document" "application/x-gnumeric"
\Format excel xls "Excel spreadsheet" "" "" "%%" "document" "application/vnd.ms-excel"
+\Format excel2 xlsx "MS Excel Office Open XML" "" "" "%%" "document" "application/vnd.openxmlformats-officedocument.spreadsheetml.sheet"
+\Format html_table html "HTML Table (for spreadsheets)" "" "" "%%" "document" "text/html"
\Format oocalc ods "OpenDocument spreadsheet" "" "" "%%" "document" "application/vnd.oasis.opendocument.spreadsheet"'''])
#
checkViewer('an HTML previewer', ['firefox', 'mozilla file://$$p$$i', 'netscape'],
checkViewerEditor('an OpenDocument viewer', ['libreoffice', 'lwriter', 'lowriter', 'oowriter', 'swriter', 'abiword'],
rc_entry = [r'''\Format odt odt "OpenDocument (tex4ht)" "" "%%" "%%" "document,vector,menu=export" "application/vnd.oasis.opendocument.text"
\Format odt2 odt "OpenDocument (eLyXer)" "" "%%" "%%" "document,vector,menu=export" "application/vnd.oasis.opendocument.text"
+\Format odt3 odt "OpenDocument (Pandoc)" "" "%%" "%%" "document,vector,menu=export" "application/vnd.oasis.opendocument.text"
\Format sxw sxw "OpenOffice.Org (sxw)" "" "" "" "document,vector" "application/vnd.sun.xml.writer"'''])
#
checkViewerEditor('a Rich Text and Word viewer', ['libreoffice', 'lwriter', 'lowriter', 'oowriter', 'swriter', 'abiword'],
rc_entry = [r'''\Format rtf rtf "Rich Text Format" "" "%%" "%%" "document,vector,menu=export" "application/rtf"
-\Format word doc "MS Word" W "%%" "%%" "document,vector,menu=export" "application/msword"'''])
+\Format word doc "MS Word" W "%%" "%%" "document,vector,menu=export" "application/msword"
+\Format word2 docx "MS Word Office Open XML" O "%%" "%%" "document,vector,menu=export" "application/vnd.openxmlformats-officedocument.wordprocessingml.document"'''])
#
# entries that do not need checkProg
addToRC(r'''\Format date "" "date command" "" "" "" "" ""
\converter knitr xetex "%%" ""
\converter knitr luatex "%%" ""'''])
#
- checkProg('a Sweave -> R/S code converter', ['Rscript --verbose --no-save --no-restore $$s/scripts/lyxstangle.R $$i $$e $$r'],
+ checkProg('a Sweave -> R/S code converter', ['Rscript --verbose --no-save --no-restore $$s/scripts/lyxstangle.R $$i $$e $$r'],
rc_entry = [ r'\converter sweave r "%%" ""' ])
#
checkProg('a knitr -> R/S code converter', ['Rscript --verbose --no-save --no-restore $$s/scripts/lyxknitr.R $$p$$i $$p$$o $$e $$r tangle'],
#
checkProg('an OpenDocument -> LaTeX converter', ['w2l -clean $$i'],
rc_entry = [ r'\converter odt latex "%%" ""' ])
+ #
+ checkProg('an Open Document (Pandoc) -> LaTeX converter', ['pandoc -s -f odt -o $$o -t latex $$i'],
+ rc_entry = [ r'\converter odt3 latex "%%" ""' ])
+ #
+ checkProg('a MS Word Office Open XML converter -> LaTeX', ['pandoc -s -f docx -o $$o -t latex $$i'],
+ rc_entry = [ r'\converter word2 latex "%%" ""' ])
# Only define a converter to pdf6, otherwise the odt format could be
# used as an intermediate step for export to pdf, which is not wanted.
checkProg('an OpenDocument -> PDF converter', ['unoconv -f pdf --stdout $$i > $$o'],
checkProg('a LaTeX -> RTF converter', ['latex2rtf -p -S -o $$o $$i', 'latex2rt -p -S -o $$o $$i'],
rc_entry = [ r'\converter latex rtf "%%" "needaux"' ])
#
+ checkProg('a LaTeX -> Open Document (Pandoc) converter', ['pandoc -s -f latex -o $$o -t odt $$i'],
+ rc_entry = [ r'\converter latex odt3 "%%" ""' ])
+ #
+ checkProg('a LaTeX -> MS Word Office Open XML converter', ['pandoc -s -f latex -o $$o -t docx $$i'],
+ rc_entry = [ r'\converter latex word2 "%%" ""' ])
+ #
checkProg('a RTF -> HTML converter', ['unrtf --html $$i > $$o'],
rc_entry = [ r'\converter rtf html "%%" ""' ])
- # Do not define a converter to pdf6, ps is a pure export format
+ # Do not define a converter to pdf6, ps is a pure export format
checkProg('a PS to PDF converter', ['ps2pdf $$i $$o'],
rc_entry = [ r'\converter ps pdf "%%" ""' ])
#
checkProg('a PS to EPS converter', ['ps2eps -- < $$i > $$o'],
rc_entry = [ r'\converter eps2 eps "%%" ""' ])
#
- checkProg('a PDF to PS converter', ['pdf2ps $$i $$o', 'pdftops $$i $$o'],
+ checkProg('a PDF to PS converter', ['pdftops $$i $$o', 'pdf2ps $$i $$o'],
rc_entry = [ r'\converter pdf ps "%%" ""' ])
# Only define a converter from pdf6 for graphics
checkProg('a PDF to EPS converter', ['pdftops -eps -f 1 -l 1 $$i $$o'],
rc_entry = [ r'\converter pdf6 eps "%%" ""' ])
+ # Define a converter from pdf6 to png for Macs where pdftops is missing.
+ # The converter utility sips allows to force the dimensions of the resulting
+ # png image. The value of 800 pixel for the width is arbitrary and not
+ # related to the current screen resolution or width.
+ # There is no converter parameter for this information.
+ checkProg('a PDF to PNG converter',
+ ['sips --resampleWidth 800 --setProperty format png $$i --out $$o'],
+ rc_entry = [ r'\converter pdf6 png "%%" ""' ])
# Create one converter for a PDF produced using TeX fonts and one for a
# PDF produced using non-TeX fonts. This does not produce non-unique
# conversion paths, since a given document either uses TeX fonts or not.
if fig2dev == "fig2dev":
addToRC(r'''\converter fig eps "fig2dev -L eps $$i $$o" ""
\converter fig ppm "fig2dev -L ppm $$i $$o" ""
+\converter fig svg "fig2dev -L svg $$i $$o" ""
\converter fig png "fig2dev -L png $$i $$o" ""
\converter fig pdftex "python -tt $$s/scripts/fig2pdftex.py $$i $$o" ""
\converter fig pstex "python -tt $$s/scripts/fig2pstex.py $$i $$o" ""''')
\converter tgif png "tgif -print -color -png -o $$d $$i" ""
\converter tgif pdf6 "tgif -print -color -pdf -stdout $$i > $$o" ""'''])
#
- checkProg('a WMF -> EPS converter', ['metafile2eps $$i $$o', 'wmf2eps -o $$o $$i'],
+ checkProg('a WMF -> EPS converter', ['metafile2eps $$i $$o', 'wmf2eps -o $$o $$i', inkscape_name + ' --file=$$i --export-area-drawing --without-gui --export-eps=$$o'],
rc_entry = [ r'\converter wmf eps "%%" ""'])
#
- checkProg('an EMF -> EPS converter', ['metafile2eps $$i $$o', 'wmf2eps -o $$o $$i'],
+ checkProg('an EMF -> EPS converter', ['metafile2eps $$i $$o', 'wmf2eps -o $$o $$i', inkscape_name + ' --file=$$i --export-area-drawing --without-gui --export-eps=$$o'],
rc_entry = [ r'\converter emf eps "%%" ""'])
+ #
+ checkProg('a WMF -> PDF converter', [inkscape_name + ' --file=$$i --export-area-drawing --without-gui --export-pdf=$$o'],
+ rc_entry = [ r'\converter wmf pdf6 "%%" ""'])
+ #
+ checkProg('an EMF -> PDF converter', [inkscape_name + ' --file=$$i --export-area-drawing --without-gui --export-pdf=$$o'],
+ rc_entry = [ r'\converter emf pdf6 "%%" ""'])
# Only define a converter to pdf6 for graphics
checkProg('an EPS -> PDF converter', ['epstopdf'],
rc_entry = [ r'\converter eps pdf6 "epstopdf --outfile=$$o $$i" ""'])
#
- checkProg('an EPS -> PNG converter', ['convert $$i $$o'],
+ checkProg('an EPS -> PNG converter', ['magick $$i $$o', 'convert $$i $$o'],
rc_entry = [ r'\converter eps png "%%" ""'])
#
# no agr -> pdf6 converter, since the pdf library used by gracebat is not
r'''\converter dot eps "dot -Teps $$i -o $$o" ""
\converter dot png "dot -Tpng $$i -o $$o" ""'''])
#
- checkProg('a Dia -> PNG converter', ['dia -e $$o -t png $$i'],
- rc_entry = [ r'\converter dia png "%%" ""'])
+ path, dia = checkProg('a Dia -> Image converter', ['dia'])
+ if dia == 'dia':
+ addToRC(r'''\converter dia png "dia -e $$o -t png $$i" ""
+\converter dia eps "dia -e $$o -t eps $$i" ""
+\converter dia svg "dia -e $$o -t svg $$i" ""''')
+
#
- checkProg('a Dia -> EPS converter', ['dia -e $$o -t eps $$i'],
- rc_entry = [ r'\converter dia eps "%%" ""'])
# Actually, this produces EPS, but with a wrong bounding box (usually A4 or letter).
# The eps2->eps converter then fixes the bounding box by cropping.
# Although unoconv can convert to png and pdf as well, do not define
# odg->png and odg->pdf converters, since the bb would be too large as well.
checkProg('an OpenDocument -> EPS converter', ['libreoffice -headless -nologo -convert-to eps $$i', 'unoconv -f eps --stdout $$i > $$o'],
rc_entry = [ r'\converter odg eps2 "%%" ""'])
+ #
+ checkProg('a SVG (compressed) -> SVG converter', ['gunzip -c $$i > $$o'],
+ rc_entry = [ r'\converter svgz svg "%%" ""'])
+ #
+ checkProg('a SVG -> SVG (compressed) converter', ['gzip -c $$i > $$o'],
+ rc_entry = [ r'\converter svg svgz "%%" ""'])
# Only define a converter to pdf6 for graphics
- checkProg('a SVG -> PDF converter', ['rsvg-convert -f pdf -o $$o $$i', 'inkscape --file=$$i --export-area-drawing --without-gui --export-pdf=$$o'],
- rc_entry = [ r'\converter svg pdf6 "%%" ""'])
+ # Prefer rsvg-convert over inkscape since it is faster (see http://www.lyx.org/trac/ticket/9891)
+ checkProg('a SVG -> PDF converter', ['rsvg-convert -f pdf -o $$o $$i', inkscape_name + ' --file=$$i --export-area-drawing --without-gui --export-pdf=$$o'],
+ rc_entry = [ r'''\converter svg pdf6 "%%" ""
+\converter svgz pdf6 "%%" ""'''],
+ path = ['', inkscape_path])
#
- checkProg('a SVG -> EPS converter', ['rsvg-convert -f ps -o $$o $$i', 'inkscape --file=$$i --export-area-drawing --without-gui --export-eps=$$o'],
- rc_entry = [ r'\converter svg eps "%%" ""'])
+ checkProg('a SVG -> EPS converter', ['rsvg-convert -f ps -o $$o $$i', inkscape_name + ' --file=$$i --export-area-drawing --without-gui --export-eps=$$o'],
+ rc_entry = [ r'''\converter svg eps "%%" ""
+\converter svgz eps "%%" ""'''],
+ path = ['', inkscape_path])
#
- checkProg('a SVG -> PNG converter', ['rsvg-convert -f png -o $$o $$i', 'inkscape --without-gui --file=$$i --export-png=$$o'],
- rc_entry = [ r'\converter svg png "%%" ""'])
+ checkProg('a SVG -> PNG converter', ['rsvg-convert -f png -o $$o $$i', inkscape_name + ' --without-gui --file=$$i --export-png=$$o'],
+ rc_entry = [ r'''\converter svg png "%%" "",
+\converter svgz png "%%" ""'''],
+ path = ['', inkscape_path])
#
# gnumeric/xls/ods to tex
checkProg('a spreadsheet -> latex converter', ['ssconvert'],
rc_entry = [ r'''\converter gnumeric latex "ssconvert --export-type=Gnumeric_html:latex $$i $$o" ""
\converter oocalc latex "ssconvert --export-type=Gnumeric_html:latex $$i $$o" ""
-\converter excel latex "ssconvert --export-type=Gnumeric_html:latex $$i $$o" ""'''])
+\converter excel latex "ssconvert --export-type=Gnumeric_html:latex $$i $$o" ""
+\converter excel2 latex "ssconvert --export-type=Gnumeric_html:latex $$i $$o" ""
+\converter gnumeric html_table "ssconvert --export-type=Gnumeric_html:html40frag $$i $$o" ""
+\converter oocalc html_table "ssconvert --export-type=Gnumeric_html:html40frag $$i $$o" ""
+\converter excel html_table "ssconvert --export-type=Gnumeric_html:html40frag $$i $$o" ""
+\converter excel2 html_table "ssconvert --export-type=Gnumeric_html:html40frag $$i $$o" ""
+'''])
path, lilypond = checkProg('a LilyPond -> EPS/PDF/PNG converter', ['lilypond'])
if (lilypond != ''):
\converter date dateout "python -tt $$s/scripts/date.py %d-%m-%Y > $$o" ""
\converter docbook docbook-xml "cp $$i $$o" "xml"
\converter fen asciichess "python -tt $$s/scripts/fen2ascii.py $$i $$o" ""
-\converter lyx lyx13x "python -tt $$s/lyx2lyx/lyx2lyx -t 221 $$i > $$o" ""
-\converter lyx lyx14x "python -tt $$s/lyx2lyx/lyx2lyx -t 245 $$i > $$o" ""
-\converter lyx lyx15x "python -tt $$s/lyx2lyx/lyx2lyx -t 276 $$i > $$o" ""
-\converter lyx lyx16x "python -tt $$s/lyx2lyx/lyx2lyx -t 345 $$i > $$o" ""
-\converter lyx lyx20x "python -tt $$s/lyx2lyx/lyx2lyx -t 413 $$i > $$o" ""
-\converter lyx lyx21x "python -tt $$s/lyx2lyx/lyx2lyx -t 474 $$i > $$o" ""
-\converter lyx clyx "python -tt $$s/lyx2lyx/lyx2lyx -c big5 -t 245 $$i > $$o" ""
-\converter lyx jlyx "python -tt $$s/lyx2lyx/lyx2lyx -c euc_jp -t 245 $$i > $$o" ""
-\converter lyx klyx "python -tt $$s/lyx2lyx/lyx2lyx -c euc_kr -t 245 $$i > $$o" ""
-\converter clyx lyx "python -tt $$s/lyx2lyx/lyx2lyx -c big5 $$i > $$o" ""
-\converter jlyx lyx "python -tt $$s/lyx2lyx/lyx2lyx -c euc_jp $$i > $$o" ""
-\converter klyx lyx "python -tt $$s/lyx2lyx/lyx2lyx -c euc_kr $$i > $$o" ""
+\converter lyx lyx13x "python -tt $$s/lyx2lyx/lyx2lyx -V 1.3 -o $$o $$i" ""
+\converter lyx lyx14x "python -tt $$s/lyx2lyx/lyx2lyx -V 1.4 -o $$o $$i" ""
+\converter lyx lyx15x "python -tt $$s/lyx2lyx/lyx2lyx -V 1.5 -o $$o $$i" ""
+\converter lyx lyx16x "python -tt $$s/lyx2lyx/lyx2lyx -V 1.6 -o $$o $$i" ""
+\converter lyx lyx20x "python -tt $$s/lyx2lyx/lyx2lyx -V 2.0 -o $$o $$i" ""
+\converter lyx lyx21x "python -tt $$s/lyx2lyx/lyx2lyx -V 2.1 -o $$o $$i" ""
+\converter lyx clyx "python -tt $$s/lyx2lyx/lyx2lyx -V 1.4 -o $$o -c big5 $$i" ""
+\converter lyx jlyx "python -tt $$s/lyx2lyx/lyx2lyx -V 1.4 -o $$o -c euc_jp $$i" ""
+\converter lyx klyx "python -tt $$s/lyx2lyx/lyx2lyx -V 1.4 -o $$o -c euc_kr $$i" ""
+\converter clyx lyx "python -tt $$s/lyx2lyx/lyx2lyx -c big5 -o $$o $$i" ""
+\converter jlyx lyx "python -tt $$s/lyx2lyx/lyx2lyx -c euc_jp -o $$o $$i" ""
+\converter klyx lyx "python -tt $$s/lyx2lyx/lyx2lyx -c euc_kr -o $$o $$i" ""
\converter lyxpreview png "python -tt $$s/scripts/lyxpreview2bitmap.py --png" ""
\converter lyxpreview ppm "python -tt $$s/scripts/lyxpreview2bitmap.py --ppm" ""
''')
Declare lines look like this:
\DeclareLaTeXClass[<requirements>]{<description>}
-
+
Optionally, a \DeclareCategory line follows:
-
+
\DeclareCategory{<category>}
-
+
So for example (article.layout, scrbook.layout, svjog.layout)
-
+
\DeclareLaTeXClass{article}
\DeclareCategory{Articles}
-
+
\DeclareLaTeXClass[scrbook]{book (koma-script)}
\DeclareCategory{Books}
-
+
\DeclareLaTeXClass[svjour,svjog.clo]{article (Springer - svjour/jog)}
we'd expect this output:
return x.strip()
classname = file.split(os.sep)[-1].split('.')[0]
# return ('LaTeX', '[a,b]', 'a', ',b,c', 'article') for \DeclareLaTeXClass[a,b,c]{article}
- p = re.compile(r'\Declare(LaTeX|DocBook)Class\s*(\[([^,]*)(,.*)*\])*\s*{(.*)}')
- q = re.compile(r'\DeclareCategory{(.*)}')
+ p = re.compile(r'^\s*#\s*\\Declare(LaTeX|DocBook)Class\s*(\[([^,]*)(,.*)*\])*\s*{(.*)}\s*$')
+ q = re.compile(r'^\s*#\s*\\DeclareCategory{(.*)}\s*$')
classdeclaration = ""
categorydeclaration = '""'
for line in open(file).readlines():
# Construct the list of classes to test for.
# build the list of available layout files and convert it to commands
# for chkconfig.ltx
- declare = re.compile(r'\Declare(LaTeX|DocBook)Class\s*(\[([^,]*)(,.*)*\])*\s*{(.*)}')
- category = re.compile(r'\DeclareCategory{(.*)}')
+ declare = re.compile(r'^\s*#\s*\\Declare(LaTeX|DocBook)Class\s*(\[([^,]*)(,.*)*\])*\s*{(.*)}\s*$')
+ category = re.compile(r'^\s*#\s*\\DeclareCategory{(.*)}\s*$')
empty = re.compile(r'^\s*$')
testclasses = list()
for file in glob.glob( os.path.join('layouts', '*.layout') ) + \
if not os.path.isfile( os.path.join(srcdir, 'scripts', 'TeXFiles.py') ):
logger.error("configure: error: cannot find TeXFiles.py script")
sys.exit(1)
- tfp = cmdOutput("python -tt " + '"' + os.path.join(srcdir, 'scripts', 'TeXFiles.py') + '"')
+ interpreter = sys.executable
+ if interpreter == '':
+ interpreter = "python"
+ tfp = cmdOutput(interpreter + " -tt " + '"' + os.path.join(srcdir, 'scripts', 'TeXFiles.py') + '"')
logger.info(tfp)
logger.info("\tdone")
# check java and perl before any checkProg that may require them
java = checkProg('a java interpreter', ['java'])[1]
perl = checkProg('a perl interpreter', ['perl'])[1]
+ (inkscape_path, inkscape_name) = os.path.split(checkInkscape())
checkFormatEntries(dtl_tools)
checkConverterEntries()
(chk_docbook, bool_docbook, docbook_cmd) = checkDocBook()
projects / lyx.git / blobdiff