def __init__(self, request, page):
self.parser = Parser("", request)
# Format the empty string, making it set its internal data (ugh!).
out = cStringIO.StringIO()
backup = sys.stdout, request.write
sys.stdout, request.write = out, out.write
self.parser.format(page.formatter)
sys.stdout, request.write = backup
self.include_re = re.compile("\[\[Include(?:\(.*?\))?\]\]")
self.macro = macro.Macro(self.parser)
# This is really deep and cool black magic. Basically, it creates
# a local copy of the function macro.Include.execute that behaves
# exactly like the original one, but with a different "Page"
# global. This allows us to follow changes in the Include macro
# without much trouble.
from MoinMoin.macro.Include import execute
func_globals = {}
func_globals.update(execute.func_globals)
class IncludePage(Page):
incparser = self
def send_page(self, request, msg=None, **keywords):
request.write(self.incparser._parse(self.get_raw_body()))
func_globals["Page"] = IncludePage
self.execute = new.function(execute.func_code, func_globals,
execute.func_name, execute.func_defaults)
class IncludeParser:
def __init__(self, request, page):
self.parser = Parser("", request)
# Format the empty string, making it set its internal data (ugh!).
out = cStringIO.StringIO()
backup = sys.stdout, request.write
sys.stdout, request.write = out, out.write
self.parser.format(page.formatter)
sys.stdout, request.write = backup
self.include_re = re.compile("\[\[Include(?:\(.*?\))?\]\]")
self.macro = macro.Macro(self.parser)
# This is really deep and cool black magic. Basically, it creates
# a local copy of the function macro.Include.execute that behaves
# exactly like the original one, but with a different "Page"
# global. This allows us to follow changes in the Include macro
# without much trouble.
from MoinMoin.macro.Include import execute
func_globals = {}
func_globals.update(execute.func_globals)
class IncludePage(Page):
incparser = self
def send_page(self, request, msg=None, **keywords):
request.write(self.incparser._parse(self.get_raw_body()))
func_globals["Page"] = IncludePage
self.execute = new.function(execute.func_code, func_globals,
execute.func_name,
execute.func_defaults)
def format_wikitext(request, data, parser=None):
request.page.formatter = request.formatter
request.formatter.page = request.page
if not parser:
parser = Parser(data, request)
else:
parser.raw = data
parser.request = request
# Do not store pagelinks for values in metadata listings
plstore = getattr(request.formatter, '_store_pagelinks', 0)
request.formatter._store_pagelinks = 0
parser.formatter = request.formatter
# No line anchors of any type to table cells
request.page.formatter.in_p = 1
parser._line_anchordef = lambda: ''
# Do not parse macros from revision pages. For some reason,
# it spawns multiple requests, which are not finished properly,
# thus littering a number of readlocks. Besides, the macros do not
# return anything useful anyway for pages they don't recognize
if '?action=recall' in request.page.page_name:
parser._macro_repl = lambda x: x
out = parser.scan(data, inhibit_p=True)
request.formatter._store_pagelinks = plstore
return out.strip()
def format(self, formatter):
""" Formatter the text inside classed div """
self.header = SectionHeader(self.request, self.text)
Parser = self.importParser(self.sectionFormat())
parser = Parser(self.text[self.header.length():], self.request)
# Set content language during rendering
savedLanguage = self.request.content_lang
self.request.setContentLanguage(self.sectionLanguage())
try:
# XXX Should use formatter.section when its available
self.request.write(formatter.rawHTML(
'<div class="%s">\n' % self.sectionClass()))
parser.format(formatter)
self.request.write(formatter.rawHTML('</div>\n'))
finally:
self.request.setContentLanguage(savedLanguage)
def format_wikitext(request, data, parser=None):
request.page.formatter = request.formatter
request.formatter.page = request.page
if not parser:
parser = Parser(data, request)
else:
parser.raw = data
parser.request = request
# Do not store pagelinks for values in metadata listings
plstore = getattr(request.formatter, '_store_pagelinks', 0)
request.formatter._store_pagelinks = 0
parser.formatter = request.formatter
# No line anchors of any type to table cells
request.page.formatter.in_p = 1
parser._line_anchordef = lambda: ''
# Do not parse macros from revision pages. For some reason,
# it spawns multiple requests, which are not finished properly,
# thus littering a number of readlocks. Besides, the macros do not
# return anything useful anyway for pages they don't recognize
if '?action=recall' in request.page.page_name:
parser._macro_repl = lambda x: x
out = parser.scan(data, inhibit_p=True)
request.formatter._store_pagelinks = plstore
return out.strip()
def __init__(self, raw, request, **kw):
XsltParser.__init__(self, raw, request)
# relative path to docbook.xsl and compiled_xsl
docbook_html_directory = request.cfg.docbook_html_dir
self.db_xsl = os.path.join(docbook_html_directory, 'docbook.xsl')
self.db_compiled_xsl = os.path.join(docbook_html_directory, 'db_compiled.dat')
self.wikiParser = WikiParser(raw=self.raw, request=self.request, pretty_url=1)
self.key = 'docbook'
def moin2doku(pagename, text, randomID=None):
parser = Parser(text, request)
formatter.setRandomID(randomID)
# this needed for macros
request.formatter = formatter
p = Page(request, pagename)
formatter.setPage(p)
output = StringIO.StringIO()
# wrap sys.stdout as RequestCLI has no interface to say where to output
stdout = sys.stdout
sys.stdout = output
parser.format(formatter)
sys.stdout = stdout
return unicode(output.getvalue().decode('utf-8'))
def moin2doku(pagename, text, randomID=None):
parser = Parser(text, request)
formatter.setRandomID(randomID)
# this needed for macros
request.formatter = formatter
p = Page(request, pagename)
formatter.setPage(p)
output = StringIO.StringIO()
# wrap sys.stdout as RequestCLI has no interface to say where to output
stdout = sys.stdout
sys.stdout = output
parser.format(formatter)
sys.stdout = stdout
return unicode(output.getvalue().decode('utf-8'))
def do_macro(request, args, **kw):
formatter = request.formatter
_ = request.getText
out = list()
pagename = request.page.page_name
# Note, metatable_parseargs deals with permissions
pagelist, metakeys, styles = metatable_parseargs(request,
args,
get_all_keys=True)
# No data -> bail out quickly, Scotty
if not pagelist:
out.append(formatter.linebreak() + u'<div class="metatable">' +
formatter.table(1))
if kw.get('silent'):
out.extend(t_cell(request, request.page, ["%s" % _("No matches")]))
else:
out.extend(
t_cell(request, request.page,
["%s '%s'" % (_("No matches for"), args)]))
out.append(formatter.table(0) + u'</div>')
return "".join(out)
parser = Parser('', request)
options = dict({'args': args}.items() + kw.items())
divfmt = {'class': "metatable", 'data-options': quote(json.dumps(options))}
out.append(formatter.div(1, **divfmt))
# We're sure the user has the access to the page, so don't check
out.extend(
construct_table(request,
pagelist,
metakeys,
checkAccess=False,
styles=styles,
options=options,
parser=parser))
def action_link(action, linktext, args):
req_url = request.script_root + "/" + \
url_escape(request.page.page_name) + \
'?action=' + action + '&args=' + url_escape(args)
return '<a href="%s" class="meta_footer_link">[%s]</a>\n' % \
(req_url, _(linktext))
# If the user has no write access to this page, omit editlink
if kw.get('editlink', True):
out.append(action_link('MetaEdit', 'edit', args))
out.append(action_link('metaCSV', 'csv', args))
out.append(action_link('metaPackage', 'zip', args))
out.append(formatter.div(0))
return "".join(out)
def do(self, text, output):
text = text.lstrip('\n')
output = output.strip('\n')
request = MinimalRequest(self.request)
page = MinimalPage()
formatter = Formatter(request)
formatter.setPage(page)
Parser(text, request).format(formatter)
repeat = ''.join(request.result).strip('\n')
#assert repeat == output
out = self.do_convert_real([request, page.page_name, repeat])
assert text == out
def formatMarkup(self, request, text, percent):
""" Formats the text using the wiki parser/formatter.
This raises an exception if a text needs itself to be translated,
this could possibly happen with macros.
@param request: the request object
@param text: the text to format
@param percent: True if result is used as left-side of a % operator and
thus any GENERATED % needs to be escaped as %%.
"""
logging.debug("formatting: %r" % text)
from MoinMoin.Page import Page
from MoinMoin.parser.text_moin_wiki import Parser as WikiParser
if percent:
from MoinMoin.formatter.text_html_percent import Formatter
else:
from MoinMoin.formatter.text_html import Formatter
out = StringIO()
request.redirect(out)
parser = WikiParser(text, request, line_anchors=False)
formatter = Formatter(request, terse=True)
reqformatter = None
if hasattr(request, "formatter"):
reqformatter = request.formatter
request.formatter = formatter
p = Page(request, "$$$$i18n$$$$")
formatter.setPage(p)
parser.format(formatter)
text = out.getvalue()
if reqformatter is None:
del request.formatter
else:
request.formatter = reqformatter
request.redirect()
text = text.strip()
return text
def formatMarkup(self, request, text, percent):
""" Formats the text using the wiki parser/formatter.
This raises an exception if a text needs itself to be translated,
this could possibly happen with macros.
@param request: the request object
@param text: the text to format
@param percent: True if result is used as left-side of a % operator and
thus any GENERATED % needs to be escaped as %%.
"""
logging.debug("formatting: %r" % text)
from MoinMoin.Page import Page
from MoinMoin.parser.text_moin_wiki import Parser as WikiParser
if percent:
from MoinMoin.formatter.text_html_percent import Formatter
else:
from MoinMoin.formatter.text_html import Formatter
out = StringIO()
request.redirect(out)
parser = WikiParser(text, request, line_anchors=False)
formatter = Formatter(request, terse=True)
reqformatter = None
if hasattr(request, 'formatter'):
reqformatter = request.formatter
request.formatter = formatter
p = Page(request, "$$$$i18n$$$$")
formatter.setPage(p)
parser.format(formatter)
text = out.getvalue()
if reqformatter is None:
del request.formatter
else:
request.formatter = reqformatter
request.redirect()
text = text.strip()
return text
def __init__(self, raw, request, **kw):
XsltParser.__init__(self, raw, request)
# relative path to docbook.xsl and compiled_xsl
docbook_html_directory = request.cfg.docbook_html_dir
self.db_xsl = os.path.join(docbook_html_directory, 'docbook.xsl')
self.db_compiled_xsl = os.path.join(docbook_html_directory,
'db_compiled.dat')
self.wikiParser = WikiParser(raw=self.raw,
request=self.request,
pretty_url=1)
self.key = 'docbook'
def t_cell(macro, value, head=0):
out = macro.request
style = dict()
style['class'] = 'meta_cell'
out.write(macro.formatter.table_cell(1, attrs=style))
if not isinstance(value, unicode):
value = unicode(value, config.charset)
value = value.strip()
if head:
kw = {}
if '?' in value:
value, query = value.split('?')
kw['querystr'] = query
out.write(macro.formatter.pagelink(1, value, **kw))
out.write(macro.formatter.text(value))
out.write(macro.formatter.pagelink(0))
else:
out.page.formatter = out.formatter
parser = Parser(value, out)
# No line anchors of any type to table cells
out.page.formatter.in_p = 1
parser._line_anchordef = lambda: ''
# Using StringIO in order to strip the output
value = StringIO.StringIO()
out.redirect(value)
# Produces output on a single table cell
out.page.format(parser)
out.redirect()
out.write(value.getvalue().strip())
def t_cell(macro, value):
out = macro.request
style = dict()
style['class'] = 'meta_cell'
out.write(macro.formatter.table_cell(1, attrs=style))
value = value.strip()
out.page.formatter = out.formatter
parser = Parser(value, out)
# No line anchors of any type to table cells
out.page.formatter.in_p = 1
parser._line_anchordef = lambda: ''
# Using StringIO in order to strip the output
value = StringIO.StringIO()
out.redirect(value)
# Produces output on a single table cell
out.page.format(parser)
out.redirect()
out.write(value.getvalue().strip())
def t_cell(macro, value):
out = macro.request
style = dict()
style['class'] = 'meta_cell'
out.write(macro.formatter.table_cell(1, attrs=style))
value = value.strip()
out.page.formatter = out.formatter
parser = Parser(value, out)
# No line anchors of any type to table cells
out.page.formatter.in_p = 1
parser._line_anchordef = lambda: ''
# Using StringIO in order to strip the output
value = StringIO.StringIO()
out.redirect(value)
# Produces output on a single table cell
out.page.format(parser)
out.redirect()
out.write(value.getvalue().strip())
class Cfg:
_site_plugin_lists = {}
_plugin_modules = []
bang_meta = False
class Request:
getText = None
form = None
cfg = Cfg()
pragma = {}
def write(self, text):
print text,
class Page:
hilite_re = None
page_name = 'arst'
if __name__ == '__main__':
req = Request()
if len(sys.argv) == 1:
contents = sys.stdin.read()
else:
contents = open(sys.argv[1]).read()
p = Parser(contents, req)
f = Formatter(req)
f.page = Page()
p.format(f)
def execute(pagename, request):
from MoinMoin import wikiutil
from MoinMoin.Page import Page
_ = request.getText
thispage = Page(request, pagename)
if request.user.valid:
username = request.user.name
else:
username = ''
if not username:
request.theme.add_msg(_('Please log in first.'), "error")
return thispage.send_page()
userhomewiki = request.cfg.user_homewiki
if userhomewiki != 'Self' and userhomewiki != request.cfg.interwikiname:
interwiki = wikiutil.getInterwikiHomePage(request, username=username)
wikitag, wikiurl, wikitail, wikitag_bad = wikiutil.resolve_interwiki(request, *interwiki)
wikiurl = wikiutil.mapURL(request, wikiurl)
homepageurl = wikiutil.join_wiki(wikiurl, wikitail)
request.http_redirect('%s?action=MyPages' % homepageurl)
homepage = Page(request, username)
if not homepage.exists():
request.theme.add_msg(_('Please first create a homepage before creating additional pages.'), "error")
return homepage.send_page()
pagecontent = _("""\
You can add some additional sub pages to your already existing homepage here.
You can choose how open to other readers or writers those pages shall be,
access is controlled by group membership of the corresponding group page.
Just enter the sub page's name and click on the button to create a new page.
Before creating access protected pages, make sure the corresponding group page
exists and has the appropriate members in it. Use HomepageGroupsTemplate for creating
the group pages.
||'''Add a new personal page:'''||'''Related access control list group:'''||
||<<NewPage(HomepageReadWritePageTemplate,read-write page,%(username)s)>>||[[%(username)s/ReadWriteGroup]]||
||<<NewPage(HomepageReadPageTemplate,read-only page,%(username)s)>>||[[%(username)s/ReadGroup]]||
||<<NewPage(HomepagePrivatePageTemplate,private page,%(username)s)>>||%(username)s only||
""")
pagecontent = pagecontent % locals()
pagecontent = pagecontent.replace('\n', '\r\n')
from MoinMoin.parser.text_moin_wiki import Parser as WikiParser
request.emit_http_headers()
# This action generate data using the user language
request.setContentLanguage(request.lang)
request.theme.send_title(_('MyPages management'), page=homepage)
parser = WikiParser(pagecontent, request)
p = Page(request, "$$$")
request.formatter.setPage(p)
parser.format(request.formatter)
# Start content - IMPORTANT - without content div, there is no direction support!
request.write(request.formatter.startContent("content"))
request.write(request.formatter.endContent())
request.theme.send_footer(homepage.page_name)
request.theme.send_closing_html()
def __init__(self, raw, request, **kw):
ParserBase.__init__(self, raw, request, **kw)
def _line_anchordef(self):
if self.in_dd:
return ''
return wikiParser._line_anchordef(self)
class Parser(XsltParser):
"""
Send XML file formatted via XSLT.
"""
caching = 1
Dependencies = Dependencies
def __init__(self, raw, request, **kw):
XsltParser.__init__(self, raw, request)
# relative path to docbook.xsl and compiled_xsl
docbook_html_directory = request.cfg.docbook_html_dir
self.db_xsl = os.path.join(docbook_html_directory, 'docbook.xsl')
self.db_compiled_xsl = os.path.join(docbook_html_directory,
'db_compiled.dat')
self.wikiParser = WikiParser(raw=self.raw,
request=self.request,
pretty_url=1)
self.key = 'docbook'
def format(self, formatter):
self.wikiParser.formatter = formatter
XsltParser.format(self, formatter)
def append_stylesheet(self):
""""
virtual function, for docbook parser
"""
abs_db_xsl = os.path.abspath(self.db_xsl)
abs_db_compiled_xsl = os.path.abspath(self.db_compiled_xsl)
# same as path.exists, but also test if it is a file
if not os.path.isfile(abs_db_compiled_xsl):
_compile_xsl(abs_db_xsl, abs_db_compiled_xsl)
assert os.path.isfile(abs_db_compiled_xsl)
self.processor.appendStylesheetInstance(
cPickle.load(file(abs_db_compiled_xsl, 'rb')))
def parse_result(self, result):
"""
additional parsing to the resulting XSLT'ed result (resultString) before saving
will do:
BASIC CLEAN UP : remove unnecessary HTML tags
RESOLVE IMG SRC : fix src to find attachment
RESOLVE WikiNames: if a word is a valid wikiname & a valid wikipage,
replace word with hyperlink
"""
# BASIC CLEAN UP
# remove from beginning until end of body tag
found = re.search('<body.*?>', result)
if found:
result = result[found.end():]
# remove everything after & including </body>
found = result.rfind('</body>')
if found != -1:
result = result[:found]
# RESOLVE IMG SRC
found = re.finditer('<img.*?>', result)
if found:
splitResult = _splitResult(found, result)
for index in range(len(splitResult)):
if splitResult[index].startswith('<img'):
found = re.search('src="(?P<source>.*?)"',
splitResult[index])
imageSrc = found.group('source')
imageAlt = None # save alt
found = re.search('alt="(?P<alt>.*?)"', splitResult[index])
if found:
imageAlt = found.group('alt')
splitResult[index] = self.wikiParser.attachment(
('attachment:' + imageSrc, ""))
if imageAlt: # restore alt
splitResult[index] = re.sub('alt=".*?"',
'alt="%s"' % imageAlt,
splitResult[index])
result = ''.join(splitResult)
# RESOLVE WikiNames
# if a word is a valid wikiname & a valid wikipage,
# replace word with hyperlink
found = re.finditer(self.wikiParser.word_rule, result,
re.UNICODE | re.VERBOSE)
if found:
splitResult = _splitResult(found, result)
for index in range(len(splitResult)):
if (re.match(self.wikiParser.word_rule, splitResult[index],
re.UNICODE | re.VERBOSE) and Page.Page(
self.request, splitResult[index]).exists()):
splitResult[index] = self.wikiParser._word_repl(
splitResult[index])
result = ''.join(splitResult)
# remove stuff that fail HTML 4.01 Strict verification
# remove unsupported attributes
result = re.sub(' target=".*?"| type=".*?"', '', result)
result = re.sub('<hr .*?>', '<hr>', result)
# remove <p>...</p> inside <a>...</a> or <caption>...</caption>
found = re.finditer('<a href=".*?</a>|<caption>.*?</caption>',
result) # XXX re.DOTALL)
if found:
splitResult = _splitResult(found, result)
for index in range(len(splitResult)):
if (splitResult[index].startswith('<a href="')
or splitResult[index].startswith('<caption>')):
splitResult[index] = splitResult[index].replace(
'<p>', '').replace('</p>', '')
result = ''.join(splitResult)
return result
class Parser(XsltParser):
"""
Send XML file formatted via XSLT.
"""
caching = 1
Dependencies = Dependencies
def __init__(self, raw, request, **kw):
XsltParser.__init__(self, raw, request)
# relative path to docbook.xsl and compiled_xsl
docbook_html_directory = request.cfg.docbook_html_dir
self.db_xsl = os.path.join(docbook_html_directory, 'docbook.xsl')
self.db_compiled_xsl = os.path.join(docbook_html_directory, 'db_compiled.dat')
self.wikiParser = WikiParser(raw=self.raw, request=self.request, pretty_url=1)
self.key = 'docbook'
def format(self, formatter, **kw):
self.wikiParser.formatter = formatter
XsltParser.format(self, formatter)
def append_stylesheet(self):
""""
virtual function, for docbook parser
"""
abs_db_xsl = os.path.abspath(self.db_xsl)
abs_db_compiled_xsl = os.path.abspath(self.db_compiled_xsl)
# same as path.exists, but also test if it is a file
if not os.path.isfile(abs_db_compiled_xsl):
_compile_xsl(abs_db_xsl, abs_db_compiled_xsl)
assert os.path.isfile(abs_db_compiled_xsl)
self.processor.appendStylesheetInstance(cPickle.load(file(abs_db_compiled_xsl, 'rb')))
def parse_result(self, result):
"""
additional parsing to the resulting XSLT'ed result (resultString) before saving
will do:
BASIC CLEAN UP : remove unnecessary HTML tags
RESOLVE IMG SRC : fix src to find attachment
RESOLVE WikiNames: if a word is a valid wikiname & a valid wikipage,
replace word with hyperlink
"""
# BASIC CLEAN UP
# remove from beginning until end of body tag
found = re.search('<body.*?>', result)
if found:
result = result[found.end():]
# remove everything after & including </body>
found = result.rfind('</body>')
if found != -1:
result = result[:found]
# RESOLVE IMG SRC
found = re.finditer('<img.*?>', result)
if found:
splitResult = _splitResult(found, result)
for index in range(len(splitResult)):
if splitResult[index].startswith('<img'):
found = re.search('src="(?P<source>.*?)"', splitResult[index])
imageSrc = found.group('source')
imageAlt = None # save alt
found = re.search('alt="(?P<alt>.*?)"', splitResult[index])
if found:
imageAlt = found.group('alt')
splitResult[index] = self.wikiParser.attachment(('attachment:' + imageSrc, ""))
if imageAlt: # restore alt
splitResult[index] = re.sub('alt=".*?"', 'alt="%s"' % imageAlt, splitResult[index])
result = ''.join(splitResult)
# RESOLVE WikiNames
# if a word is a valid wikiname & a valid wikipage,
# replace word with hyperlink
found = re.finditer(self.wikiParser.word_rule, result, re.UNICODE|re.VERBOSE)
if found:
splitResult = _splitResult(found, result)
for index in range(len(splitResult)):
if (re.match(self.wikiParser.word_rule, splitResult[index], re.UNICODE|re.VERBOSE)
and Page.Page(self.request, splitResult[index]).exists()):
splitResult[index] = self.wikiParser._word_repl(splitResult[index])
result = ''.join(splitResult)
# remove stuff that fail HTML 4.01 Strict verification
# remove unsupported attributes
result = re.sub(' target=".*?"| type=".*?"', '', result)
result = re.sub('<hr .*?>', '<hr>', result)
# remove <p>...</p> inside <a>...</a> or <caption>...</caption>
found = re.finditer('<a href=".*?</a>|<caption>.*?</caption>', result) # XXX re.DOTALL)
if found:
splitResult = _splitResult(found, result)
for index in range(len(splitResult)):
if (splitResult[index].startswith('<a href="')
or splitResult[index].startswith('<caption>')):
splitResult[index] = splitResult[index].replace('<p>', '').replace('</p>', '')
result = ''.join(splitResult)
return result
def execute(pagename, request):
from MoinMoin import wikiutil
from MoinMoin.Page import Page
_ = request.getText
thispage = Page(request, pagename)
if request.user.valid:
username = request.user.name
else:
username = ''
if not username:
request.theme.add_msg(_('Please log in first.'), "error")
return thispage.send_page()
userhomewiki = request.cfg.user_homewiki
if userhomewiki != 'Self' and userhomewiki != request.cfg.interwikiname:
interwiki = wikiutil.getInterwikiHomePage(request, username=username)
wikitag, wikiurl, wikitail, wikitag_bad = wikiutil.resolve_interwiki(
request, *interwiki)
wikiurl = wikiutil.mapURL(request, wikiurl)
homepageurl = wikiutil.join_wiki(wikiurl, wikitail)
request.http_redirect('%s?action=MyPages' % homepageurl)
homepage = Page(request, username)
if not homepage.exists():
request.theme.add_msg(
_('Please first create a homepage before creating additional pages.'
), "error")
return homepage.send_page()
pagecontent = _("""\
You can add some additional sub pages to your already existing homepage here.
You can choose how open to other readers or writers those pages shall be,
access is controlled by group membership of the corresponding group page.
Just enter the sub page's name and click on the button to create a new page.
Before creating access protected pages, make sure the corresponding group page
exists and has the appropriate members in it. Use HomepageGroupsTemplate for creating
the group pages.
||'''Add a new personal page:'''||'''Related access control list group:'''||
||<<NewPage(HomepageReadWritePageTemplate,read-write page,%(username)s)>>||[[%(username)s/ReadWriteGroup]]||
||<<NewPage(HomepageReadPageTemplate,read-only page,%(username)s)>>||[[%(username)s/ReadGroup]]||
||<<NewPage(HomepagePrivatePageTemplate,private page,%(username)s)>>||%(username)s only||
""")
pagecontent = pagecontent % locals()
pagecontent = pagecontent.replace('\n', '\r\n')
from MoinMoin.parser.text_moin_wiki import Parser as WikiParser
# This action generate data using the user language
request.setContentLanguage(request.lang)
request.theme.send_title(_('MyPages management'), page=homepage)
parser = WikiParser(pagecontent, request)
p = Page(request, "$$$")
request.formatter.setPage(p)
parser.format(request.formatter)
# Start content - IMPORTANT - without content div, there is no direction support!
request.write(request.formatter.startContent("content"))
request.write(request.formatter.endContent())
request.theme.send_footer(homepage.page_name)
request.theme.send_closing_html()
def _line_anchordef(self):
if self.in_dd:
return ''
return wikiParser._line_anchordef(self)