#
# Is this pythonic? Personally, I find this rather #define-nesque. --hwn
#
+ADDVERSION = 'addversion'
AFTER = 'after'
BEFORE = 'before'
DOCBOOK = 'docbook'
FRAGMENT = 'fragment'
HTML = 'html'
INDENT = 'indent'
+LANG = 'lang'
LATEX = 'latex'
LAYOUT = 'layout'
LINE_WIDTH = 'line-width'
NOINDENT,
PRINTFILENAME,
TEXIDOC,
+ LANG,
VERBATIM,
FONTLOAD,
FILENAME,
- ALT
+ ALT,
+ ADDVERSION
]
ly_options = {
<a href="%(base)s.ly">''',
OUTPUT: r'''
- <img align="center" valign="center"
+ <img align="middle"
border="0" src="%(image)s" alt="%(alt)s">''',
PRINTFILENAME: '<p><tt><a href="%(base)s.ly">%(filename)s</a></tt></p>',
@html
<p>
<a href="%(base)s.ly">
- <img align="center" valign="center"
+ <img align="middle"
border="0" src="%(image)s" alt="%(alt)s">
</a>
</p>
''',
VERBATIM: r'''@exampleindent 0
-@verbatim
+%(version)s@verbatim
%(verb)s@end verbatim
''',
+
+ ADDVERSION: r'''@example
+\version @w{"@version{}"}
+@end example
+'''
},
}
option_string)
return []
+texinfo_lang_re = re.compile ('(?m)^@documentlanguage (.*?)( |$)')
+
def set_default_options (source):
global default_ly_options
if not default_ly_options.has_key (LINE_WIDTH):
default_ly_options[LINE_WIDTH] = \
'''%.0f\\pt''' % textwidth
elif global_options.format == TEXINFO:
+ m = texinfo_lang_re.search (source)
+ if m and not m.group (1).startswith ('en'):
+ default_ly_options[LANG] = m.group (1)
+ else:
+ default_ly_options[LANG] = ''
for (k, v) in texinfo_line_widths.items ():
# FIXME: @layout is usually not in
# chunk #0:
str = ''
if PRINTFILENAME in self.option_dict:
base = self.basename ()
- filename = self.substring ('filename')
- str = output[global_options.format][PRINTFILENAME] % vars ()
+ filename = os.path.basename (self.substring ('filename'))
+ str = output[format][PRINTFILENAME] % vars ()
return str
def output_texinfo (self):
- str = ''
- if self.output_print_filename (TEXINFO):
- str += ('@html\n'
- + self.output_print_filename (HTML)
- + '\n@end html\n')
- str += ('@tex\n'
- + self.output_print_filename (LATEX)
- + '\n@end tex\n')
+ str = self.output_print_filename (TEXINFO)
base = self.basename ()
if TEXIDOC in self.option_dict:
texidoc = base + '.texidoc'
- if os.path.exists (texidoc):
+ translated_texidoc = texidoc + default_ly_options[LANG]
+ if os.path.exists (translated_texidoc):
+ str += '@include %(translated_texidoc)s\n\n' % vars ()
+ elif os.path.exists (texidoc):
str += '@include %(texidoc)s\n\n' % vars ()
substr = ''
if VERBATIM in self.option_dict:
+ version = ''
+ if ADDVERSION in self.option_dict:
+ version = output[TEXINFO][ADDVERSION]
verb = self.verb_ly ()
- substr += output[TEXINFO][VERBATIM] % vars ()
- if not QUOTE in self.option_dict:
- substr = output[TEXINFO][NOQUOTE] % {'str':substr}
+ substr = output[TEXINFO][VERBATIM] % vars ()
substr += self.output_info ()
if LILYQUOTE in self.option_dict:
substr = output[TEXINFO][QUOTE] % {'str':substr}
progress ('\n')
# this prevents make from always rerunning lilypond-book:
- # .texi target must be touched in order to be up to date
- if global_options.format == 'texinfo':
- os.utime (file_name, None)
- return
+ # output file must be touched in order to be up to date
+ os.utime (file_name, None)
except:
pass
progress ('\n')
return do_file (name)
- include_chunks = map (process_include,
- filter (lambda x: is_derived_class (x.__class__,
- Include_snippet),
- chunks))
-
+ include_chunks = [process_include (c) for c in chunks
+ if is_derived_class (c.__class__, Include_snippet)]
- return chunks + reduce (lambda x,y: x + y, include_chunks, [])
+ return chunks + reduce (operator.add, include_chunks, [])
except Compile_error:
os.chdir (original_dir)