def _fix_text_styling(self):
lines = self.lines
self.stack = []
stack = self.stack
fixes = []
# First we'll rename the \color in the header, if any.
i = find_tokens(lines, ('\\color', '\\end_header'), 0)
if i != -1 and \
check_token(lines[i], '\\color') and \
not get_containing_layout(lines, i):
lines[i] = '\\color_in_header ' + lines[i].split()[1]
# Now let's get on with the rest
i = 0
while i < len(lines):
line = lines[i]
self.dbg(4, 'looking at line %d: %s' % (i, line))
# XXX We really should simplify all this startswith()
# nonsense.
if line.startswith('\\end_'):
self.dbg(2, 'fixing unended style tags %s' % (repr(stack)))
for k in range(len(stack) - 1, -1, -1):
lines.insert(
i, '\\' + stack[k][0] + ' ' + mixed_tags[stack[k][0]])
i += 1
del (stack[0:])
i += 1
continue
if not line.startswith('\\') or line.find(' ') == -1:
self.dbg(5, '1 i++ at %d' % (i, ))
i += 1
continue
# XXX And this parsing nonsense needs refactoring too
line = _chomp(line[1:])
a = line[0:line.find(' ')]
if not a in mixed_tags:
self.dbg(5, '2 i++ at %d' % (i, ))
i += 1
continue
v = line[line.find(' ') + 1:]
# We're opening a new whatever it is. But we need to handle
# the possibility that we're changing the whatever it is!
# How to handle this? We could convert:
# \lang french foo \lang spanish bar \lang english foobar
# to
# <lang a="french">foo<lang a="spanish">bar</lang></lang>
# or to
# <lang a="french">foo</lang><lang a="spanish">bar</lang>
# The former might be easier: just close all tags up to the
# farthest one in the stack for the tag being closed, then
# re-open any others that were found along the way. But the
# latter is more sensible, so that's what we do.
# Invariant: we never have more than one style tag in the
# stack (XXX assert this in code).
self.dbg(4, 'seen \\%s at line %d' % (line, i))
i = self._close_and_reopen_styling(i, a, v)
self.dbg(5, '3 i++ at %d' % (i, ))
def _fix_text_styling(self):
lines = self.lines
self.stack = []
stack = self.stack
fixes = []
# First we'll rename the \color in the header, if any.
i = find_tokens(lines, ('\\color', '\\end_header'), 0)
if i != -1 and \
check_token(lines[i], '\\color') and \
not get_containing_layout(lines, i):
lines[i] = '\\color_in_header ' + lines[i].split()[1]
# Now let's get on with the rest
i = 0
while i < len(lines):
line = lines[i]
self.dbg(4, 'looking at line %d: %s' % (i, line))
# XXX We really should simplify all this startswith()
# nonsense.
if line.startswith('\\end_'):
self.dbg(2, 'fixing unended style tags %s' % (repr(stack)))
for k in range(len(stack) - 1, -1, -1):
lines.insert(i, '\\' + stack[k][0] + ' ' + mixed_tags[stack[k][0]])
i += 1
del(stack[0:])
i += 1
continue
if not line.startswith('\\') or line.find(' ') == -1:
self.dbg(5, '1 i++ at %d' % (i,))
i += 1
continue
# XXX And this parsing nonsense needs refactoring too
line = _chomp(line[1:])
a = line[0:line.find(' ')]
if not a in mixed_tags:
self.dbg(5, '2 i++ at %d' % (i,))
i += 1
continue
v = line[line.find(' ') + 1:]
# We're opening a new whatever it is. But we need to handle
# the possibility that we're changing the whatever it is!
# How to handle this? We could convert:
# \lang french foo \lang spanish bar \lang english foobar
# to
# <lang a="french">foo<lang a="spanish">bar</lang></lang>
# or to
# <lang a="french">foo</lang><lang a="spanish">bar</lang>
# The former might be easier: just close all tags up to the
# farthest one in the stack for the tag being closed, then
# re-open any others that were found along the way. But the
# latter is more sensible, so that's what we do.
# Invariant: we never have more than one style tag in the
# stack (XXX assert this in code).
self.dbg(4, 'seen \\%s at line %d' % (line, i))
i = self._close_and_reopen_styling(i, a, v)
self.dbg(5, '3 i++ at %d' % (i,))
def convert_separator(document):
"""
Convert layout separators to separator insets and add (LaTeX) paragraph
breaks in order to mimic previous LaTeX export.
"""
parins = ["\\begin_inset Separator parbreak", "\\end_inset", ""]
parlay = ["\\begin_layout Standard", "\\begin_inset Separator parbreak",
"\\end_inset", "", "\\end_layout", ""]
sty_dict = {
"family" : "default",
"series" : "default",
"shape" : "default",
"size" : "default",
"bar" : "default",
"color" : "inherit"
}
i = 0
while 1:
i = find_token(document.body, "\\begin_deeper", i)
if i == -1:
break
j = find_token_backwards(document.body, "\\end_layout", i-1)
if j != -1:
# reset any text style before inserting the inset
lay = get_containing_layout(document.body, j-1)
if lay != False:
content = "\n".join(document.body[lay[1]:lay[2]])
for val in sty_dict.keys():
if content.find("\\%s" % val) != -1:
document.body[j:j] = ["\\%s %s" % (val, sty_dict[val])]
i = i + 1
j = j + 1
document.body[j:j] = parins
i = i + len(parins) + 1
else:
i = i + 1
i = 0
while 1:
i = find_token(document.body, "\\align", i)
if i == -1:
break
lay = get_containing_layout(document.body, i)
if lay != False and lay[0] == "Plain Layout":
i = i + 1
continue
j = find_token_backwards(document.body, "\\end_layout", i-1)
if j != -1:
lay = get_containing_layout(document.body, j-1)
if lay != False and lay[0] == "Standard" \
and find_token(document.body, "\\align", lay[1], lay[2]) == -1 \
and find_token(document.body, "\\begin_inset VSpace", lay[1], lay[2]) == -1:
# reset any text style before inserting the inset
content = "\n".join(document.body[lay[1]:lay[2]])
for val in sty_dict.keys():
if content.find("\\%s" % val) != -1:
document.body[j:j] = ["\\%s %s" % (val, sty_dict[val])]
i = i + 1
j = j + 1
document.body[j:j] = parins
i = i + len(parins) + 1
else:
i = i + 1
else:
i = i + 1
regexp = re.compile(r'^\\begin_layout (?:(-*)|(\s*))(Separator|EndOfSlide)(?:(-*)|(\s*))$', re.IGNORECASE)
i = 0
while 1:
i = find_re(document.body, regexp, i)
if i == -1:
return
j = find_end_of_layout(document.body, i)
if j == -1:
document.warning("Malformed LyX document: Missing `\\end_layout'.")
return
lay = get_containing_layout(document.body, j-1)
if lay != False:
lines = document.body[lay[3]:lay[2]]
else:
lines = []
document.body[i:j+1] = parlay
if len(lines) > 0:
document.body[i+1:i+1] = lines
i = i + len(parlay) + len(lines) + 1
def revert_separator(document):
" Revert separator insets to layout separators "
beamer_classes = ["beamer", "article-beamer", "scrarticle-beamer"]
if document.textclass in beamer_classes:
beglaysep = "\\begin_layout Separator"
else:
beglaysep = "\\begin_layout --Separator--"
parsep = [beglaysep, "", "\\end_layout", ""]
comert = ["\\begin_inset ERT", "status collapsed", "",
"\\begin_layout Plain Layout", "%", "\\end_layout",
"", "\\end_inset", ""]
empert = ["\\begin_inset ERT", "status collapsed", "",
"\\begin_layout Plain Layout", " ", "\\end_layout",
"", "\\end_inset", ""]
i = 0
while 1:
i = find_token(document.body, "\\begin_inset Separator", i)
if i == -1:
return
lay = get_containing_layout(document.body, i)
if lay == False:
document.warning("Malformed LyX document: Can't convert separator inset at line " + str(i))
i = i + 1
continue
layoutname = lay[0]
beg = lay[1]
end = lay[2]
kind = get_value(document.body, "\\begin_inset Separator", i, i+1, "plain").split()[1]
before = document.body[beg+1:i]
something_before = len(before) > 0 and len("".join(before)) > 0
j = find_end_of_inset(document.body, i)
after = document.body[j+1:end]
something_after = len(after) > 0 and len("".join(after)) > 0
if kind == "plain":
beg = beg + len(before) + 1
elif something_before:
document.body[i:i] = ["\\end_layout", ""]
i = i + 2
j = j + 2
beg = i
end = end + 2
if kind == "plain":
if something_after:
document.body[beg:j+1] = empert
i = i + len(empert)
else:
document.body[beg:j+1] = comert
i = i + len(comert)
else:
if something_after:
if layoutname == "Standard":
if not something_before:
document.body[beg:j+1] = parsep
i = i + len(parsep)
document.body[i:i] = ["", "\\begin_layout Standard"]
i = i + 2
else:
document.body[beg:j+1] = ["\\begin_layout Standard"]
i = i + 1
else:
document.body[beg:j+1] = ["\\begin_deeper"]
i = i + 1
end = end + 1 - (j + 1 - beg)
if not something_before:
document.body[i:i] = parsep
i = i + len(parsep)
end = end + len(parsep)
document.body[i:i] = ["\\begin_layout Standard"]
document.body[end+2:end+2] = ["", "\\end_deeper", ""]
i = i + 4
else:
next_par_is_aligned = False
k = find_nonempty_line(document.body, end+1)
if k != -1 and check_token(document.body[k], "\\begin_layout"):
lay = get_containing_layout(document.body, k)
next_par_is_aligned = lay != False and \
find_token(document.body, "\\align", lay[1], lay[2]) != -1
if k != -1 and not next_par_is_aligned \
and not check_token(document.body[k], "\\end_deeper") \
and not check_token(document.body[k], "\\begin_deeper"):
if layoutname == "Standard":
document.body[beg:j+1] = [beglaysep]
i = i + 1
else:
document.body[beg:j+1] = ["\\begin_deeper", beglaysep]
end = end + 2 - (j + 1 - beg)
document.body[end+1:end+1] = ["", "\\end_deeper", ""]
i = i + 3
else:
if something_before:
del document.body[i:end+1]
else:
del document.body[i:end-1]
i = i + 1
def convert_separator(document):
"""
Convert layout separators to separator insets and add (LaTeX) paragraph
breaks in order to mimic previous LaTeX export.
"""
parins = ["\\begin_inset Separator parbreak", "\\end_inset", ""]
parlay = [
"\\begin_layout Standard", "\\begin_inset Separator parbreak",
"\\end_inset", "", "\\end_layout", ""
]
sty_dict = {
"family": "default",
"series": "default",
"shape": "default",
"size": "default",
"bar": "default",
"color": "inherit"
}
i = 0
while 1:
i = find_token(document.body, "\\begin_deeper", i)
if i == -1:
break
j = find_token_backwards(document.body, "\\end_layout", i - 1)
if j != -1:
# reset any text style before inserting the inset
lay = get_containing_layout(document.body, j - 1)
if lay != False:
content = "\n".join(document.body[lay[1]:lay[2]])
for val in sty_dict.keys():
if content.find("\\%s" % val) != -1:
document.body[j:j] = ["\\%s %s" % (val, sty_dict[val])]
i = i + 1
j = j + 1
document.body[j:j] = parins
i = i + len(parins) + 1
else:
i = i + 1
i = 0
while 1:
i = find_token(document.body, "\\align", i)
if i == -1:
break
lay = get_containing_layout(document.body, i)
if lay != False and lay[0] == "Plain Layout":
i = i + 1
continue
j = find_token_backwards(document.body, "\\end_layout", i - 1)
if j != -1:
lay = get_containing_layout(document.body, j - 1)
if lay != False and lay[0] == "Standard" \
and find_token(document.body, "\\align", lay[1], lay[2]) == -1 \
and find_token(document.body, "\\begin_inset VSpace", lay[1], lay[2]) == -1:
# reset any text style before inserting the inset
content = "\n".join(document.body[lay[1]:lay[2]])
for val in sty_dict.keys():
if content.find("\\%s" % val) != -1:
document.body[j:j] = ["\\%s %s" % (val, sty_dict[val])]
i = i + 1
j = j + 1
document.body[j:j] = parins
i = i + len(parins) + 1
else:
i = i + 1
else:
i = i + 1
regexp = re.compile(
r'^\\begin_layout (?:(-*)|(\s*))(Separator|EndOfSlide)(?:(-*)|(\s*))$',
re.IGNORECASE)
i = 0
while 1:
i = find_re(document.body, regexp, i)
if i == -1:
return
j = find_end_of_layout(document.body, i)
if j == -1:
document.warning("Malformed LyX document: Missing `\\end_layout'.")
return
lay = get_containing_layout(document.body, j - 1)
if lay != False:
lines = document.body[lay[3]:lay[2]]
else:
lines = []
document.body[i:j + 1] = parlay
if len(lines) > 0:
document.body[i + 1:i + 1] = lines
i = i + len(parlay) + len(lines) + 1
def revert_separator(document):
" Revert separator insets to layout separators "
beamer_classes = ["beamer", "article-beamer", "scrarticle-beamer"]
if document.textclass in beamer_classes:
beglaysep = "\\begin_layout Separator"
else:
beglaysep = "\\begin_layout --Separator--"
parsep = [beglaysep, "", "\\end_layout", ""]
comert = [
"\\begin_inset ERT", "status collapsed", "",
"\\begin_layout Plain Layout", "%", "\\end_layout", "", "\\end_inset",
""
]
empert = [
"\\begin_inset ERT", "status collapsed", "",
"\\begin_layout Plain Layout", " ", "\\end_layout", "", "\\end_inset",
""
]
i = 0
while 1:
i = find_token(document.body, "\\begin_inset Separator", i)
if i == -1:
return
lay = get_containing_layout(document.body, i)
if lay == False:
document.warning(
"Malformed LyX document: Can't convert separator inset at line "
+ str(i))
i = i + 1
continue
layoutname = lay[0]
beg = lay[1]
end = lay[2]
kind = get_value(document.body, "\\begin_inset Separator", i, i + 1,
"plain").split()[1]
before = document.body[beg + 1:i]
something_before = len(before) > 0 and len("".join(before)) > 0
j = find_end_of_inset(document.body, i)
after = document.body[j + 1:end]
something_after = len(after) > 0 and len("".join(after)) > 0
if kind == "plain":
beg = beg + len(before) + 1
elif something_before:
document.body[i:i] = ["\\end_layout", ""]
i = i + 2
j = j + 2
beg = i
end = end + 2
if kind == "plain":
if something_after:
document.body[beg:j + 1] = empert
i = i + len(empert)
else:
document.body[beg:j + 1] = comert
i = i + len(comert)
else:
if something_after:
if layoutname == "Standard":
if not something_before:
document.body[beg:j + 1] = parsep
i = i + len(parsep)
document.body[i:i] = ["", "\\begin_layout Standard"]
i = i + 2
else:
document.body[beg:j + 1] = ["\\begin_layout Standard"]
i = i + 1
else:
document.body[beg:j + 1] = ["\\begin_deeper"]
i = i + 1
end = end + 1 - (j + 1 - beg)
if not something_before:
document.body[i:i] = parsep
i = i + len(parsep)
end = end + len(parsep)
document.body[i:i] = ["\\begin_layout Standard"]
document.body[end + 2:end + 2] = ["", "\\end_deeper", ""]
i = i + 4
else:
next_par_is_aligned = False
k = find_nonempty_line(document.body, end + 1)
if k != -1 and check_token(document.body[k], "\\begin_layout"):
lay = get_containing_layout(document.body, k)
next_par_is_aligned = lay != False and \
find_token(document.body, "\\align", lay[1], lay[2]) != -1
if k != -1 and not next_par_is_aligned \
and not check_token(document.body[k], "\\end_deeper") \
and not check_token(document.body[k], "\\begin_deeper"):
if layoutname == "Standard":
document.body[beg:j + 1] = [beglaysep]
i = i + 1
else:
document.body[beg:j +
1] = ["\\begin_deeper", beglaysep]
end = end + 2 - (j + 1 - beg)
document.body[end + 1:end +
1] = ["", "\\end_deeper", ""]
i = i + 3
else:
if something_before:
del document.body[i:end + 1]
else:
del document.body[i:end - 1]
i = i + 1
def revert_language(document, lyxname, babelname="", polyglossianame=""):
" Revert native language support "
# Does the document use polyglossia?
use_polyglossia = False
if get_bool_value(document.header, "\\use_non_tex_fonts"):
i = find_token(document.header, "\\language_package")
if i == -1:
document.warning("Malformed document! Missing \\language_package")
else:
pack = get_value(document.header, "\\language_package", i)
if pack == "default" or pack == "auto":
use_polyglossia = True
# Do we use this language with polyglossia?
with_polyglossia = use_polyglossia and polyglossianame != ""
# Do we use this language with babel?
with_babel = with_polyglossia == False and babelname != ""
# Are we dealing with a primary or secondary language?
primary = document.language == lyxname
secondary = False
# Main language first
orig_doc_language = document.language
if primary:
# Change LyX document language to English (we will tell LaTeX
# to use the original language at the end of this function):
document.language = "english"
i = find_token(document.header, "\\language %s" % lyxname, 0)
if i != -1:
document.header[i] = "\\language english"
# Now look for occurences in the body
i = 0
while True:
i = find_token(document.body, "\\lang", i+1)
if i == -1:
break
if document.body[i].startswith("\\lang %s" % lyxname):
secondary = True
texname = use_polyglossia and polyglossianame or babelname
elif primary and document.body[i].startswith("\\lang english"):
# Since we switched the main language manually, English parts need to be marked
texname = "english"
else:
continue
parent = get_containing_layout(document.body, i)
i_e = parent[2] # end line no,
# print(i, texname, parent, document.body[i+1], file=sys.stderr)
# Move leading space to the previous line:
if document.body[i+1].startswith(" "):
document.body[i+1] = document.body[i+1][1:]
document.body.insert(i, " ")
continue
# Ensure correct handling of list labels
if (parent[0] in ["Labeling", "Description"]
and not " " in "\n".join(document.body[parent[3]:i])):
# line `i+1` is first line of a list item,
# part before a space character is the label
# TODO: insets or language change before first space character
labelline = document.body[i+1].split(' ', 1)
if len(labelline) > 1:
# Insert a space in the (original) document language
# between label and remainder.
# print(" Label:", labelline, file=sys.stderr)
lines = [labelline[0],
"\\lang %s" % orig_doc_language,
" ",
"\\lang %s" % (primary and "english" or lyxname),
labelline[1]]
document.body[i+1:i+2] = lines
i_e += 4
# Find out where to end the language change.
langswitch = i
while True:
langswitch = find_token(document.body, "\\lang", langswitch+1, i_e)
if langswitch == -1:
break
# print(" ", langswitch, document.body[langswitch], file=sys.stderr)
# skip insets
i_a = parent[3] # paragraph start line
container = get_containing_inset(document.body[i_a:i_e], langswitch-i_a)
if container and container[1] < langswitch-i_a and container[2] > langswitch-i_a:
# print(" inset", container, file=sys.stderr)
continue
i_e = langswitch
break
# use function or environment?
singlepar = i_e - i < 3
if not singlepar and parent[0] == "Plain Layout":
# environment not allowed in some insets
container = get_containing_inset(document.body, i)
singlepar = container[0] in singlepar_insets
# Delete empty language switches:
if not "".join(document.body[i+1:i_e]):
del document.body[i:i_e]
i -= 1
continue
if singlepar:
if with_polyglossia:
begin_cmd = "\\text%s{"%texname
elif with_babel:
begin_cmd = "\\foreignlanguage{%s}{" % texname
end_cmd = "}"
else:
if with_polyglossia:
begin_cmd = "\\begin{%s}"%texname
end_cmd = "\\end{%s}"%texname
elif with_babel:
begin_cmd = "\\begin{otherlanguage}{%s}" % texname
end_cmd = "\\end{otherlanguage}"
if (not primary or texname == "english"):
document.body[i_e:i_e] = put_cmd_in_ert(end_cmd)
document.body[i+1:i+1] = put_cmd_in_ert(begin_cmd)
del document.body[i]
if not (primary or secondary):
return
# Make the language known to Babel/Polyglossia and ensure the correct
# document language:
doc_lang_switch = ""
if with_babel:
# add as global option
insert_document_option(document, babelname)
# Since user options are appended to the document options,
# Babel will treat `babelname` as primary language.
if not primary:
doc_lang_switch = "\\selectlanguage{%s}" % orig_doc_language
if with_polyglossia:
# Define language in the user preamble
# (don't use \AtBeginDocument, this fails with some languages).
add_to_preamble(document, ["\\usepackage{polyglossia}",
"\\setotherlanguage{%s}" % polyglossianame])
if primary:
# Changing the main language must be done in the document body.
doc_lang_switch = "\\resetdefaultlanguage{%s}" % polyglossianame
# Reset LaTeX main language if required and not already done
if doc_lang_switch and doc_lang_switch not in document.body[8:20] != doc_lang_switch:
document.body[2:2] = put_cmd_in_ert(doc_lang_switch,
is_open=True, as_paragraph=True)
def revert_language(document, lyxname, babelname="", polyglossianame=""):
" Revert native language support "
# Does the document use polyglossia?
use_polyglossia = False
if get_bool_value(document.header, "\\use_non_tex_fonts"):
i = find_token(document.header, "\\language_package")
if i == -1:
document.warning("Malformed document! Missing \\language_package")
else:
pack = get_value(document.header, "\\language_package", i)
if pack in ("default", "auto"):
use_polyglossia = True
# Do we use this language with polyglossia?
with_polyglossia = use_polyglossia and polyglossianame != ""
# Do we use this language with babel?
with_babel = with_polyglossia == False and babelname != ""
# Are we dealing with a primary or secondary language?
primary = document.language == lyxname
secondary = False
# Main language first
orig_doc_language = document.language
if primary:
# Change LyX document language to English (we will tell LaTeX
# to use the original language at the end of this function):
document.language = "english"
i = find_token(document.header, "\\language %s" % lyxname, 0)
if i != -1:
document.header[i] = "\\language english"
# Now look for occurences in the body
i = 0
while True:
i = find_token(document.body, "\\lang", i + 1)
if i == -1:
break
if document.body[i].startswith("\\lang %s" % lyxname):
secondary = True
texname = use_polyglossia and polyglossianame or babelname
elif primary and document.body[i].startswith("\\lang english"):
# Since we switched the main language manually, English parts need to be marked
texname = "english"
else:
continue
parent = get_containing_layout(document.body, i)
i_e = parent[2] # end line no,
# print(i, texname, parent, document.body[i+1], file=sys.stderr)
# Move leading space to the previous line:
if document.body[i + 1].startswith(" "):
document.body[i + 1] = document.body[i + 1][1:]
document.body.insert(i, " ")
continue
# TODO: handle nesting issues with font attributes, e.g.
# \begin_layout Standard
#
# \emph on
# \lang macedonian
# Македонски јазик
# \emph default
# — јужнословенски јазик, дел од групата на словенски јазици од јазичното
# семејство на индоевропски јазици.
# Македонскиот е службен и национален јазик во Македонија.
# \end_layout
# Ensure correct handling of list labels
if (parent[0] in ["Labeling", "Description"]
and not " " in "\n".join(document.body[parent[3]:i])):
# line `i+1` is first line of a list item,
# part before a space character is the label
# TODO: insets or language change before first space character
labelline = document.body[i + 1].split(' ', 1)
if len(labelline) > 1:
# Insert a space in the (original) document language
# between label and remainder.
# print(" Label:", labelline, file=sys.stderr)
lines = [
labelline[0],
"\\lang %s" % orig_doc_language, " ",
"\\lang %s" % (primary and "english" or lyxname),
labelline[1]
]
document.body[i + 1:i + 2] = lines
i_e += 4
# Find out where to end the language change.
langswitch = i
while True:
langswitch = find_token(document.body, "\\lang", langswitch + 1,
i_e)
if langswitch == -1:
break
# print(" ", langswitch, document.body[langswitch], file=sys.stderr)
# skip insets
i_a = parent[3] # paragraph start line
container = get_containing_inset(document.body[i_a:i_e],
langswitch - i_a)
if container and container[1] < langswitch - i_a and container[
2] > langswitch - i_a:
# print(" inset", container, file=sys.stderr)
continue
i_e = langswitch
break
# use function or environment?
singlepar = i_e - i < 3
if not singlepar and parent[0] == "Plain Layout":
# environment not allowed in some insets
container = get_containing_inset(document.body, i)
singlepar = container[0] in singlepar_insets
# Delete empty language switches:
if not "".join(document.body[i + 1:i_e]):
del document.body[i:i_e]
i -= 1
continue
if singlepar:
if with_polyglossia:
begin_cmd = "\\text%s{" % texname
elif with_babel:
begin_cmd = "\\foreignlanguage{%s}{" % texname
end_cmd = "}"
else:
if with_polyglossia:
begin_cmd = "\\begin{%s}" % texname
end_cmd = "\\end{%s}" % texname
elif with_babel:
begin_cmd = "\\begin{otherlanguage}{%s}" % texname
end_cmd = "\\end{otherlanguage}"
if (not primary or texname == "english"):
try:
document.body[i_e:i_e] = put_cmd_in_ert(end_cmd)
document.body[i + 1:i + 1] = put_cmd_in_ert(begin_cmd)
except UnboundLocalError:
pass
del document.body[i]
if not (primary or secondary):
return
# Make the language known to Babel/Polyglossia and ensure the correct
# document language:
doc_lang_switch = ""
if with_babel:
# add as global option
insert_document_option(document, babelname)
# Since user options are appended to the document options,
# Babel will treat `babelname` as primary language.
if not primary:
doc_lang_switch = "\\selectlanguage{%s}" % orig_doc_language
if with_polyglossia:
# Define language in the user preamble
# (don't use \AtBeginDocument, this fails with some languages).
add_to_preamble(document, [
"\\usepackage{polyglossia}",
"\\setotherlanguage{%s}" % polyglossianame
])
if primary:
# Changing the main language must be done in the document body.
doc_lang_switch = "\\resetdefaultlanguage{%s}" % polyglossianame
# Reset LaTeX main language if required and not already done
if doc_lang_switch and doc_lang_switch[1:] not in document.body[8:20]:
document.body[2:2] = put_cmd_in_ert(doc_lang_switch,
is_open=True,
as_paragraph=True)