def markup_converter(request, pagename, text, renames):
""" Convert the <text> content of page <pagename>, using <renames> dict
to rename links correctly. Additionally, convert some changed markup.
"""
if text.startswith('<?xml'):
# would be done with xslt processor
return text
pis, body = wikiutil.get_processing_instructions(text)
for pi, val in pis:
if pi == 'format' and val != 'wiki':
# not wiki page
return text
text = convert_wiki(request, pagename, text, renames)
return text
def markup_converter(request, pagename, text, renames):
""" Convert the <text> content of page <pagename>, using <renames> dict
to rename links correctly. Additionally, convert some changed markup.
"""
if text.startswith('<?xml'):
# would be done with xslt processor
return text
pis, body = wikiutil.get_processing_instructions(text)
for pi, val in pis:
if pi == 'format' and val != 'wiki':
# not wiki page
return text
text = convert_wiki(request, pagename, text, renames)
return text
def parse_text(request, page, text):
pagename = page.page_name
newreq = request
newreq.page = lcpage = LinkCollectingPage(newreq, pagename, text)
parserclass = lcparser
myformatter = nullformatter
lcpage.formatter = myformatter(newreq)
lcpage.formatter.page = lcpage
p = parserclass(lcpage.get_raw_body(), newreq, formatter=lcpage.formatter)
lcpage.parser = p
lcpage.format(p)
# These are the match types that really should be noted
linktypes = ["wikiname_bracket", "word",
"interwiki", "url", "url_bracket"]
new_data = dict()
# Add the page categories as links too
categories, _, _ = parse_categories(request, text)
# Process ACL:s
pi, _ = get_processing_instructions(text)
for verb, args in pi:
if verb == u'acl':
# Add all ACL:s on multiple lines to an one-lines
acls = new_data.get(pagename, dict()).get('acl', '')
acls = acls.strip() + args
new_data.setdefault(pagename, dict())['acl'] = acls
for metakey, value in p.definitions.iteritems():
for ltype, item in value:
dnode = None
if ltype in ['url', 'wikilink', 'interwiki', 'email']:
dnode = item[1]
if '#' in dnode:
# Fix anchor links to point to the anchor page
url = False
for schema in config.url_schemas:
if dnode.startswith(schema):
url = True
if not url:
# Do not fix URLs
if dnode.startswith('#'):
dnode = pagename
else:
dnode = dnode.split('#')[0]
if (dnode.startswith('/') or
dnode.startswith('./') or
dnode.startswith('../')):
# Fix relative links
dnode = AbsPageName(pagename, dnode)
hit = item[0]
elif ltype == 'category':
# print "adding cat", item, repr(categories)
dnode = item
hit = item
if item in categories:
_add_link(new_data, pagename, dnode,
u"gwikicategory")
elif ltype == 'meta':
_add_meta(new_data, pagename, (metakey, item))
elif ltype == 'include':
# No support for regexp includes, for now!
if not item[0].startswith("^"):
included = AbsPageName(pagename, item[0])
_add_link(new_data, pagename, included, u"gwikiinclude")
if dnode:
_add_link(new_data, pagename, dnode, metakey)
return new_data
def parseACL(request, text):
""" Parse acl lines from text and return ACL object """
pi, dummy = wikiutil.get_processing_instructions(text)
acl_lines = [args for verb, args in pi if verb == 'acl']
return AccessControlList(request.cfg, acl_lines)
def parseACL(request, text):
""" Parse acl lines from text and return ACL object """
pi, dummy = wikiutil.get_processing_instructions(text)
acl_lines = [args for verb, args in pi if verb == 'acl']
return AccessControlList(request.cfg, acl_lines)
def parse_text(request, page, text):
pagename = page.page_name
newreq = request
newreq.page = lcpage = LinkCollectingPage(newreq, pagename, text)
parserclass = importPlugin(request.cfg, "parser",
'link_collect', "Parser")
myformatter = importPlugin(request.cfg, "formatter",
'nullformatter', "Formatter")
lcpage.formatter = myformatter(newreq)
lcpage.formatter.page = lcpage
p = parserclass(lcpage.get_raw_body(), newreq, formatter=lcpage.formatter)
lcpage.parser = p
lcpage.format(p)
# These are the match types that really should be noted
linktypes = ["wikiname_bracket", "word",
"interwiki", "url", "url_bracket"]
new_data = dict_with_getpage()
# Add the page categories as links too
categories, _, _ = parse_categories(request, text)
# Process ACL:s
pi, _ = get_processing_instructions(text)
for verb, args in pi:
if verb == u'acl':
# Add all ACL:s on multiple lines to an one-lines
acls = new_data.get(pagename, dict()).get('acl', '')
acls = acls.strip() + args
new_data.setdefault(pagename, dict())['acl'] = acls
for metakey, value in p.definitions.iteritems():
for ltype, item in value:
dnode = None
if ltype in ['url', 'wikilink', 'interwiki', 'email']:
dnode = item[1]
if '#' in dnode:
# Fix anchor links to point to the anchor page
url = False
for schema in config.url_schemas:
if dnode.startswith(schema):
url = True
if not url:
# Do not fix URLs
if dnode.startswith('#'):
dnode = pagename
else:
dnode = dnode.split('#')[0]
if (dnode.startswith('/') or
dnode.startswith('./') or
dnode.startswith('../')):
# Fix relative links
dnode = AbsPageName(pagename, dnode)
hit = item[0]
elif ltype == 'category':
# print "adding cat", item, repr(categories)
dnode = item
hit = item
if item in categories:
add_link(new_data, pagename, dnode,
u"gwikicategory")
elif ltype == 'meta':
add_meta(new_data, pagename, (metakey, item))
elif ltype == 'include':
# No support for regexp includes, for now!
if not item[0].startswith("^"):
included = AbsPageName(pagename, item[0])
add_link(new_data, pagename, included, u"gwikiinclude")
if dnode:
add_link(new_data, pagename, dnode, metakey)
return new_data
