def getNames(cfg):
if not hasattr(cfg.cache, "macro_names"):
lnames = names[:]
lnames.extend(i18n.wikiLanguages().keys())
lnames.extend(wikiutil.getPlugins("macro", cfg))
cfg.cache.macro_names = lnames # remember it
return cfg.cache.macro_names
def mainloop(self):
self.init_request()
request = self.request
from_address = unicode(self.options.from_address or "*****@*****.**")
subject = unicode(self.options.subject or "MoinMoin i18n notification")
text_template = unicode(sys.stdin.read())
languages = i18n.wikiLanguages()
langs = languages.keys()
langs.remove('en') # nothing to do for english, so remove it
#langs = ['de', ] # for testing
if len(text_template) > 10: # do not send mails w/o real content
for lang in langs:
to_address = languages[lang]['last-translator']
rc = None
if to_address and '***vacant***' not in to_address:
text = text_template % locals()
rc = sendmail(request, [to_address],
subject,
text,
mail_from=from_address)
print lang, repr(from_address), repr(
to_address), subject, repr(rc)
def getNames(cfg):
if not hasattr(cfg.cache, 'macro_names'):
lnames = names[:]
lnames.extend(i18n.wikiLanguages().keys())
lnames.extend(wikiutil.getPlugins('macro', cfg))
cfg.cache.macro_names = lnames # remember it
return cfg.cache.macro_names
def buildPageSets(self):
""" Calculates which pages should go into which package. """
request = self.request
all_pages = set(request.rootpage.getPageList())
packaged_pages = set()
languages = i18n.wikiLanguages()
pageset_names = i18n.strings.pagesets
pageSets = {}
for lang in languages:
def trans(text, request=request, lang=lang, **kw):
return i18n.getText(text, request, lang, **kw)
try:
lang_long = languages[lang]['x-language-in-english']
lang_long = lang_long.replace('/', '_').replace(' ', '_')
except KeyError:
lang_long = lang
for pageset_name in pageset_names:
pageset_orig = set(getattr(i18n.strings, pageset_name))
pageset_trans = set([trans(pn) for pn in pageset_orig])
key = u"%s--%s" % (lang_long, pageset_name)
pageset = pageset_trans
if lang != 'en':
pageset -= pageset_orig
if pageset:
print key, len(pageset)
pageSets[key] = pageset
packaged_pages |= pageset
not_packaged_pages = all_pages - packaged_pages
pageSets['00_needs_fixing'] = not_packaged_pages
return pageSets
def execute(self, macro_name, args):
""" Get and execute a macro
Try to get a plugin macro, or a builtin macro or a language
macro, or just raise ImportError.
"""
self.name = macro_name
try:
str(macro_name)
except UnicodeEncodeError:
_ = self._
return self.formatter.text(
_('<<%(macro_name)s: invalid macro name>>') % {
'macro_name': macro_name,
})
try:
call = wikiutil.importPlugin(self.cfg,
'macro',
macro_name,
function='macro_%s' % macro_name)
execute = lambda _self, _args: wikiutil.invoke_extension_function(
_self.request, call, _args, [_self])
except wikiutil.PluginAttributeError:
# fall back to old execute() method, no longer recommended
execute = wikiutil.importPlugin(self.cfg, 'macro', macro_name)
except wikiutil.PluginMissingError:
try:
call = getattr(self, 'macro_%s' % macro_name)
execute = lambda _self, _args: wikiutil.invoke_extension_function(
_self.request, call, _args, [])
except AttributeError:
if macro_name in i18n.wikiLanguages():
execute = self.__class__._m_lang
else:
raise ImportError("Cannot load macro %s" % macro_name)
try:
return execute(self, args)
except Exception, err:
# we do not want that a faulty macro aborts rendering of the page
# and makes the wiki UI unusable (by emitting a Server Error),
# thus, in case of exceptions, we just log the problem and return
# some standard text.
try:
page_spec = " (page: '%s')" % self.formatter.page.page_name
except:
page_spec = ""
logging.exception("Macro %s%s raised an exception:" %
(self.name, page_spec))
_ = self.request.getText
return self.formatter.text(
_('<<%(macro_name)s: execution failed [%(error_msg)s] (see also the log)>>'
) %
{
'macro_name': self.name,
'error_msg': err.args[
0], # note: str(err) or unicode(err) does not work for py2.4/5/6
})
import traceback
logging.info("Stack:\n" + traceback.format_stack())
def used_languages(request):
from MoinMoin.util.dataset import TupleDataset, Column
from MoinMoin.widget.browser import DataBrowserWidget
_ = request.getText
data = get_data(request)
total = 0.0
for cnt, lang in data:
total += cnt
languages = TupleDataset()
languages.columns = [
Column('language', label=_("Language"), align='left'),
Column('value', label='%', align='right')
]
cnt_printed = 0
data = data[:10]
# Preparing "<Browser setting>"
browserlang = _('<Browser setting>')
browserlang = browserlang[1:len(browserlang) - 1].capitalize()
if total:
for cnt, lang in data:
try:
if lang == u'browser':
languages.addRow(
(browserlang, "%(percent).2f%% (%(count)d)" % {
'percent': 100.0 * cnt / total,
'count': cnt
}))
else:
lang = i18n.wikiLanguages()[lang]['x-language-in-english']
languages.addRow((lang, "%(percent).2f%% (%(count)d)" % {
'percent': 100.0 * cnt / total,
'count': cnt
}))
cnt_printed += cnt
except UnicodeError:
pass
if total > cnt_printed:
languages.addRow((_('Others'), "%(percent).2f%% (%(count)d)" % {
'percent': 100.0 * (total - cnt_printed) / total,
'count': total - cnt_printed
}))
else: # If we don't have any users, we can safely assume that the only real user is the visitor (who is normally ignored, though) who is using "Browser setting"
languages.addRow((browserlang, "100% (1)"))
table = DataBrowserWidget(request)
table.setData(languages)
return table.render(method="GET")
def _lang_select(self):
""" Create language selection. """
from MoinMoin import i18n
_ = self._
cur_lang = self.request.user.valid and self.request.user.language or ''
langs = i18n.wikiLanguages().items()
langs.sort(lambda x, y: cmp(x[1]['x-language'], y[1]['x-language']))
options = [('', _('<Browser setting>'))]
for lang in langs:
name = lang[1]['x-language']
options.append((lang[0], name))
return util.web.makeSelection('language', options, cur_lang)
def _lang_select(self, enabled=True):
""" Create language selection. """
from MoinMoin import i18n
_ = self._
cur_lang = self.request.user.valid and self.request.user.language or ''
langs = i18n.wikiLanguages().items()
langs.sort(lambda x, y: cmp(x[1]['x-language'], y[1]['x-language']))
options = [('', _('<Browser setting>'))]
for lang in langs:
name = lang[1]['x-language']
options.append((lang[0], name))
return util.web.makeSelection('language', options, cur_lang, 1, False, enabled)
def execute(self, macro_name, args):
""" Get and execute a macro
Try to get a plugin macro, or a builtin macro or a language
macro, or just raise ImportError.
"""
self.name = macro_name
try:
str(macro_name)
except UnicodeEncodeError:
_ = self._
return self.formatter.text(_("<<%(macro_name)s: invalid macro name>>") % {"macro_name": macro_name})
try:
call = wikiutil.importPlugin(self.cfg, "macro", macro_name, function="macro_%s" % macro_name)
execute = lambda _self, _args: wikiutil.invoke_extension_function(_self.request, call, _args, [_self])
except wikiutil.PluginAttributeError:
# fall back to old execute() method, no longer recommended
execute = wikiutil.importPlugin(self.cfg, "macro", macro_name)
except wikiutil.PluginMissingError:
try:
call = getattr(self, "macro_%s" % macro_name)
execute = lambda _self, _args: wikiutil.invoke_extension_function(_self.request, call, _args, [])
except AttributeError:
if macro_name in i18n.wikiLanguages():
execute = self.__class__._m_lang
else:
raise ImportError("Cannot load macro %s" % macro_name)
try:
return execute(self, args)
except Exception, err:
# we do not want that a faulty macro aborts rendering of the page
# and makes the wiki UI unusable (by emitting a Server Error),
# thus, in case of exceptions, we just log the problem and return
# some standard text.
try:
page_spec = " (page: '%s')" % self.formatter.page.page_name
except:
page_spec = ""
logging.exception("Macro %s%s raised an exception:" % (self.name, page_spec))
_ = self.request.getText
return self.formatter.text(
_("<<%(macro_name)s: execution failed [%(error_msg)s] (see also the log)>>")
% {
"macro_name": self.name,
"error_msg": err.args[0], # note: str(err) or unicode(err) does not work for py2.4/5/6
}
)
import traceback
logging.info("Stack:\n" + traceback.format_stack())
def _openidrp_sreg_extract_values(info):
# Pull SREG data here instead of asking user
sreg_resp = SRegResponse.fromSuccessResponse(info)
sreg = {
'nickname': '',
'email': '',
'fullname': '',
'dob': '0000-00-00',
'gender': '',
'postcode': '',
'country': '',
'language': '',
'timezone': ''
}
if sreg_resp:
if sreg_resp.get('nickname'):
sreg['nickname'] = sreg_resp.get('nickname')
if sreg_resp.get('fullname'):
sreg['fullname'] = sreg_resp.get('fullname')
if sreg_resp.get('email'):
sreg['email'] = sreg_resp.get('email')
# Language must be a valid value
# check the MoinMoin list, or restrict to first 2 chars
if sreg_resp.get('language'):
# convert unknown codes to 2 char format
langs = i18n.wikiLanguages().items()
sreg['language'] = sreg_resp.get('language')
lang_found = False
for lang in langs:
if lang[0] == sreg['language']:
lang_found = True
if not lang_found:
if langs[sreg['language'][0:2]]:
sreg['language'] = sreg['language'][0:2]
# Timezone must be converted to offset in seconds
if sreg_resp.get('timezone'):
try:
user_tz = timezone(sreg_resp.get('timezone').encode('ascii'))
except pytz.UnknownTimeZoneError:
pass # don't use
else:
if user_tz:
user_utcoffset = user_tz.utcoffset(datetime.utcnow())
sreg[
'timezone'] = user_utcoffset.days * 24 * 60 * 60 + user_utcoffset.seconds
else:
# XXX when does user_tz get falsy? if it does, shouldn't we just 'pass'?
sreg['timezone'] = 0
return sreg
def used_languages(request):
from MoinMoin.util.dataset import TupleDataset, Column
from MoinMoin.widget.browser import DataBrowserWidget
_ = request.getText
data = get_data(request)
total = 0.0
for cnt, lang in data:
total += cnt
languages = TupleDataset()
languages.columns = [Column('language', label=_("Language"), align='left'),
Column('value', label='%', align='right')]
cnt_printed = 0
data = data[:10]
# Preparing "<Browser setting>"
browserlang = _('<Browser setting>')
browserlang = browserlang[1:len(browserlang) - 1].capitalize()
if total:
for cnt, lang in data:
try:
if lang == u'browser':
languages.addRow((browserlang, "%(percent).2f%% (%(count)d)" % {
'percent': 100.0 * cnt / total,
'count': cnt}))
else:
lang = i18n.wikiLanguages()[lang]['x-language-in-english']
languages.addRow((lang, "%(percent).2f%% (%(count)d)" % {
'percent': 100.0 * cnt / total,
'count': cnt}))
cnt_printed += cnt
except UnicodeError:
pass
if total > cnt_printed:
languages.addRow((_('Others'), "%(percent).2f%% (%(count)d)" % {
'percent': 100.0 * (total - cnt_printed) / total,
'count': total - cnt_printed}))
else: # If we don't have any users, we can safely assume that the only real user is the visitor (who is normally ignored, though) who is using "Browser setting"
languages.addRow((browserlang, "100% (1)"))
table = DataBrowserWidget(request)
table.setData(languages)
return table.render(method="GET")
def __init__(self, parser):
self.parser = parser
#self.form --> gone, please use self.request.{form,args,values}
self.request = self.parser.request
self.formatter = self.request.formatter
self._ = self.request.getText
self.cfg = self.request.cfg
# Initialized on execute
self.name = None
# we need the lang macros to execute when html is generated,
# to have correct dir and lang html attributes
# note: i18n needs to be initialized first before .wikiLanguages() will work
for lang in i18n.wikiLanguages():
self.Dependencies[lang] = []
def __init__(self, parser):
self.parser = parser
# self.form --> gone, please use self.request.{form,args,values}
self.request = self.parser.request
self.formatter = self.request.formatter
self._ = self.request.getText
self.cfg = self.request.cfg
# Initialized on execute
self.name = None
# we need the lang macros to execute when html is generated,
# to have correct dir and lang html attributes
# note: i18n needs to be initialized first before .wikiLanguages() will work
for lang in i18n.wikiLanguages():
self.Dependencies[lang] = []
def mainloop(self):
self.init_request()
request = self.request
# clean page scope cache entries
keys = [
'text_html',
'pagelinks',
'hitcounts',
]
pages = request.rootpage.getPageList(user='')
for pagename in pages:
arena = Page(request, pagename)
for key in keys:
caching.CacheEntry(request, arena, key, scope='item').remove()
# clean wiki scope cache entries
arena_key_list = [
('charts', 'hitcounts'),
('charts', 'pagehits'),
('charts', 'useragents'),
]
for arena, key in arena_key_list:
caching.CacheEntry(request, arena, key, scope='wiki').remove()
# clean dict and groups related cache
arena_scope_list = [
('pagedicts', 'wiki'),
('pagegroups', 'wiki'),
('users', 'userdir'),
]
for arena, scope in arena_scope_list:
for key in caching.get_cache_list(request, arena, scope):
caching.CacheEntry(request, arena, key, scope=scope).remove()
# clean drafts of users
uids = user.getUserList(request)
for key in uids:
caching.CacheEntry(request, 'drafts', key, scope='wiki').remove()
# clean language cache files
caching.CacheEntry(request, 'i18n', 'meta', scope='wiki').remove()
wiki_languages = i18n.wikiLanguages().keys()
for key in wiki_languages:
caching.CacheEntry(request, 'i18n', key, scope='wiki').remove()
def mainloop(self):
self.init_request()
request = self.request
from_address = unicode(self.options.from_address or "*****@*****.**")
subject = unicode(self.options.subject or "MoinMoin i18n notification")
text_template = unicode(sys.stdin.read())
languages = i18n.wikiLanguages()
langs = languages.keys()
langs.remove('en') # nothing to do for english, so remove it
#langs = ['de', ] # for testing
if len(text_template) > 10: # do not send mails w/o real content
for lang in langs:
to_address = languages[lang]['last-translator']
rc = None
if to_address and '***vacant***' not in to_address:
text = text_template % locals()
rc = sendmail(request, [to_address], subject, text, mail_from=from_address)
print lang, repr(from_address), repr(to_address), subject, repr(rc)
def _openidrp_sreg_extract_values(info):
# Pull SREG data here instead of asking user
sreg_resp = SRegResponse.fromSuccessResponse(info)
sreg = {'nickname': '', 'email': '', 'fullname': '',
'dob': '0000-00-00', 'gender': '', 'postcode': '',
'country': '', 'language': '', 'timezone': ''}
if sreg_resp:
if sreg_resp.get('nickname'):
sreg['nickname'] = sreg_resp.get('nickname')
if sreg_resp.get('fullname'):
sreg['fullname'] = sreg_resp.get('fullname')
if sreg_resp.get('email'):
sreg['email'] = sreg_resp.get('email')
# Language must be a valid value
# check the MoinMoin list, or restrict to first 2 chars
if sreg_resp.get('language'):
# convert unknown codes to 2 char format
langs = i18n.wikiLanguages().items()
sreg['language'] = sreg_resp.get('language')
lang_found = False
for lang in langs:
if lang[0] == sreg['language']:
lang_found = True
if not lang_found:
if langs[sreg['language'][0:2]]:
sreg['language'] = sreg['language'][0:2]
# Timezone must be converted to offset in seconds
if sreg_resp.get('timezone'):
try:
user_tz = timezone(sreg_resp.get('timezone').encode('ascii'))
except pytz.UnknownTimeZoneError:
pass # don't use
else:
if user_tz:
user_utcoffset = user_tz.utcoffset(datetime.utcnow())
sreg['timezone'] = user_utcoffset.days * 24 * 60 * 60 + user_utcoffset.seconds
else:
# XXX when does user_tz get falsy? if it does, shouldn't we just 'pass'?
sreg['timezone'] = 0
return sreg
def mainloop(self):
self.init_request()
request = self.request
# clean page scope cache entries
keys = ['text_html', 'pagelinks', 'hitcounts', ]
pages = request.rootpage.getPageList(user='')
for pagename in pages:
arena = Page(request, pagename)
for key in keys:
caching.CacheEntry(request, arena, key, scope='item').remove()
# clean wiki scope cache entries
arena_key_list = [
('charts', 'hitcounts'),
('charts', 'pagehits'),
('charts', 'useragents'),
('user', 'name2id'),
]
for arena, key in arena_key_list:
caching.CacheEntry(request, arena, key, scope='wiki').remove()
# clean dict and groups related cache
arena_scope_list = [('pagedicts', 'wiki'),
('pagegroups', 'wiki'),
]
for arena, scope in arena_scope_list:
for key in caching.get_cache_list(request, arena, scope):
caching.CacheEntry(request, arena, key, scope=scope).remove()
# clean drafts of users
uids = user.getUserList(request)
for key in uids:
caching.CacheEntry(request, 'drafts', key, scope='wiki').remove()
# clean language cache files
caching.CacheEntry(request, 'i18n', 'meta', scope='wiki').remove()
wiki_languages = i18n.wikiLanguages().keys()
for key in wiki_languages:
caching.CacheEntry(request, 'i18n', key, scope='wiki').remove()
def mainloop(self):
self.init_request()
request = self.request
# clean page scope cache entries
keys = ["text_html", "pagelinks", "hitcounts"]
pages = request.rootpage.getPageList(user="")
for pagename in pages:
arena = Page(request, pagename)
for key in keys:
caching.CacheEntry(request, arena, key, scope="item").remove()
# clean wiki scope cache entries
arena_key_list = [
("charts", "hitcounts"),
("charts", "pagehits"),
("charts", "useragents"),
("user", "name2id"),
]
for arena, key in arena_key_list:
caching.CacheEntry(request, arena, key, scope="wiki").remove()
# clean dict and groups related cache
arena_scope_list = [("pagedicts", "wiki"), ("pagegroups", "wiki")]
for arena, scope in arena_scope_list:
for key in caching.get_cache_list(request, arena, scope):
caching.CacheEntry(request, arena, key, scope=scope).remove()
# clean drafts of users
uids = user.getUserList(request)
for key in uids:
caching.CacheEntry(request, "drafts", key, scope="wiki").remove()
# clean language cache files
caching.CacheEntry(request, "i18n", "meta", scope="wiki").remove()
wiki_languages = i18n.wikiLanguages().keys()
for key in wiki_languages:
caching.CacheEntry(request, "i18n", key, scope="wiki").remove()
def execute(self, macro_name, args):
""" Get and execute a macro
Try to get a plugin macro, or a builtin macro or a language
macro, or just raise ImportError.
"""
self.name = macro_name
try:
call = wikiutil.importPlugin(self.cfg, 'macro', macro_name,
function='macro_%s' % macro_name)
execute = lambda _self, _args: _self._wrap(call, _args, [self])
except wikiutil.PluginAttributeError:
# fall back to old execute() method, no longer recommended
execute = wikiutil.importPlugin(self.cfg, 'macro', macro_name)
except wikiutil.PluginMissingError:
try:
call = getattr(self, 'macro_%s' % macro_name)
execute = lambda _self, _args: _self._wrap(call, _args)
except AttributeError:
if macro_name in i18n.wikiLanguages():
execute = self.__class__._m_lang
else:
raise ImportError("Cannot load macro %s" % macro_name)
return execute(self, args)
def buildPageSets(self):
""" Calculates which pages should go into which package. """
request = self.request
all_pages = set(request.rootpage.getPageList())
packaged_pages = set()
languages = i18n.wikiLanguages()
pageset_names = i18n.strings.pagesets
pageSets = {}
for lang in languages:
def trans(text, request=request, lang=lang, **kw):
return i18n.getText(text, request, lang, **kw)
try:
lang_long = languages[lang]['x-language-in-english']
lang_long = lang_long.replace('/', '_').replace(' ', '_')
except KeyError:
lang_long = lang
for pageset_name in pageset_names:
pageset_orig = set(getattr(i18n.strings, pageset_name))
pageset_trans = set([trans(pn) for pn in pageset_orig])
key = u"%s--%s" % (lang_long, pageset_name)
pageset = pageset_trans
if lang != 'en':
pageset -= pageset_orig
if pageset:
print key, len(pageset)
pageSets[key] = pageset
packaged_pages |= pageset
not_packaged_pages = all_pages - packaged_pages
pageSets['00_needs_fixing'] = not_packaged_pages
return pageSets
You can run the script multiple times if needed.
@copyright: 2004 Nir Soffer <nirs AT freeshell DOT org>
@license: GPL, see COPYING for details
"""
import codecs
import os, sys
# Insert THIS moin dir first into sys path, or you would run another
# version of moin!
sys.path.insert(0, '../..')
from MoinMoin import i18n
valid_languages = i18n.wikiLanguages()
def listdir(path):
""" Return list of files in path, filtering certain files """
names = [
name for name in os.listdir(path) if not name.startswith('.')
and not name.endswith('.pickle') and name != 'CVS'
]
return names
def repairText(text):
""" Repair page text
We change only this type of lines that currently are in moinmaster
def __init__(self, request, id=None, name="", password=None, auth_username="", **kw):
""" Initialize User object
TODO: when this gets refactored, use "uid" not builtin "id"
@param request: the request object
@param id: (optional) user ID
@param name: (optional) user name
@param password: (optional) user password (unicode)
@param auth_username: (optional) already authenticated user name
(e.g. when using http basic auth) (unicode)
@keyword auth_method: method that was used for authentication,
default: 'internal'
@keyword auth_attribs: tuple of user object attribute names that are
determined by auth method and should not be
changeable by preferences, default: ().
First tuple element was used for authentication.
"""
self._cfg = request.cfg
self.valid = 0
self.id = id
self.auth_username = auth_username
self.auth_method = kw.get('auth_method', 'internal')
self.auth_attribs = kw.get('auth_attribs', ())
self.bookmarks = {} # interwikiname: bookmark
# create some vars automatically
self.__dict__.update(self._cfg.user_form_defaults)
if name:
self.name = name
elif auth_username: # this is needed for user autocreate
self.name = auth_username
# create checkbox fields (with default 0)
for key, label in self._cfg.user_checkbox_fields:
setattr(self, key, self._cfg.user_checkbox_defaults.get(key, 0))
self.recoverpass_key = ""
if password:
self.enc_password = encodePassword(self._cfg, password)
#self.edit_cols = 80
self.tz_offset = int(float(self._cfg.tz_offset) * 3600)
self.language = ""
self.real_language = "" # In case user uses "Browser setting". For language-statistics
self._stored = False
self.date_fmt = ""
self.datetime_fmt = ""
self.quicklinks = self._cfg.quicklinks_default
self.subscribed_pages = self._cfg.subscribed_pages_default
self.email_subscribed_events = self._cfg.email_subscribed_events_default
self.jabber_subscribed_events = self._cfg.jabber_subscribed_events_default
self.theme_name = self._cfg.theme_default
self.editor_default = self._cfg.editor_default
self.editor_ui = self._cfg.editor_ui
self.last_saved = str(time.time())
# attrs not saved to profile
self._request = request
# we got an already authenticated username:
check_password = None
if not self.id and self.auth_username:
self.id = getUserId(request, self.auth_username)
if not password is None:
check_password = password
if self.id:
self.load_from_id(check_password)
elif self.name:
self.id = getUserId(self._request, self.name)
if self.id:
# no password given should fail
self.load_from_id(password or u'')
# Still no ID - make new user
if not self.id:
self.id = self.make_id()
if password is not None:
self.enc_password = encodePassword(self._cfg, password)
# "may" so we can say "if user.may.read(pagename):"
if self._cfg.SecurityPolicy:
self.may = self._cfg.SecurityPolicy(self)
else:
from MoinMoin.security import Default
self.may = Default(self)
if self.language and not self.language in i18n.wikiLanguages():
self.language = 'en'
def __init__(self,
request,
id=None,
name="",
password=None,
auth_username="",
**kw):
""" Initialize User object
TODO: when this gets refactored, use "uid" not builtin "id"
@param request: the request object
@param id: (optional) user ID
@param name: (optional) user name
@param password: (optional) user password (unicode)
@param auth_username: (optional) already authenticated user name
(e.g. when using http basic auth) (unicode)
@keyword auth_method: method that was used for authentication,
default: 'internal'
@keyword auth_attribs: tuple of user object attribute names that are
determined by auth method and should not be
changeable by preferences, default: ().
First tuple element was used for authentication.
"""
self._cfg = request.cfg
self.valid = 0
self.id = id
self.auth_username = auth_username
self.auth_method = kw.get('auth_method', 'internal')
self.auth_attribs = kw.get('auth_attribs', ())
self.bookmarks = {} # interwikiname: bookmark
# create some vars automatically
self.__dict__.update(self._cfg.user_form_defaults)
if name:
self.name = name
elif auth_username: # this is needed for user autocreate
self.name = auth_username
# create checkbox fields (with default 0)
for key, label in self._cfg.user_checkbox_fields:
setattr(self, key, self._cfg.user_checkbox_defaults.get(key, 0))
self.recoverpass_key = ""
if password:
self.enc_password = encodePassword(password)
#self.edit_cols = 80
self.tz_offset = int(float(self._cfg.tz_offset) * 3600)
self.language = ""
self.real_language = "" # In case user uses "Browser setting". For language-statistics
self._stored = False
self.date_fmt = ""
self.datetime_fmt = ""
self.quicklinks = self._cfg.quicklinks_default
self.subscribed_pages = self._cfg.subscribed_pages_default
self.email_subscribed_events = self._cfg.email_subscribed_events_default
self.jabber_subscribed_events = self._cfg.jabber_subscribed_events_default
self.theme_name = self._cfg.theme_default
self.editor_default = self._cfg.editor_default
self.editor_ui = self._cfg.editor_ui
self.last_saved = str(time.time())
# attrs not saved to profile
self._request = request
# we got an already authenticated username:
check_password = None
if not self.id and self.auth_username:
self.id = getUserId(request, self.auth_username)
if not password is None:
check_password = password
if self.id:
self.load_from_id(check_password)
elif self.name:
self.id = getUserId(self._request, self.name)
if self.id:
# no password given should fail
self.load_from_id(password or u'')
# Still no ID - make new user
if not self.id:
self.id = self.make_id()
if password is not None:
self.enc_password = encodePassword(password)
# "may" so we can say "if user.may.read(pagename):"
if self._cfg.SecurityPolicy:
self.may = self._cfg.SecurityPolicy(self)
else:
from MoinMoin.security import Default
self.may = Default(self)
if self.language and not self.language in i18n.wikiLanguages():
self.language = 'en'
You can run the script multiple times if needed.
@copyright: 2004 Nir Soffer <nirs AT freeshell DOT org>
@license: GPL, see COPYING for details
"""
import codecs
import os, sys
# Insert THIS moin dir first into sys path, or you would run another
# version of moin!
sys.path.insert(0, '../..')
from MoinMoin import i18n
valid_languages = i18n.wikiLanguages()
def listdir(path):
""" Return list of files in path, filtering certain files """
names = [name for name in os.listdir(path)
if not name.startswith('.') and
not name.endswith('.pickle') and
name != 'CVS']
return names
def repairText(text):
""" Repair page text
We change only this type of lines that currently are in moinmaster
