(*) when someone requests a subscription,
Mailman sends them a notice with a unique
subscription request number that they must reply to
in order to subscribe.
This prevents mischievous (or malicious) people
from creating subscriptions for others without
their consent.'''))
else:
sub_cfentry = ('subscribe_policy', mm_cfg.Radio,
# choices
(_('Confirm'),
_('Require approval'),
_('Confirm and approve')),
1,
_('What steps are required for subscription?
'),
_('''Confirm (*) - email confirmation required
Require approval - require list administrator
approval for subscriptions
Confirm and approve - both confirm and approve
(*) when someone requests a subscription,
Mailman sends them a notice with a unique
subscription request number that they must reply to
in order to subscribe.
This prevents
mischievous (or malicious) people from creating
subscriptions for others without their consent.'''))
# some helpful values
admin = mlist.GetScriptURL('admin')
subscribing_rtn = [
_("""This section allows you to configure subscription and
membership exposure policy. You can also control whether this
list is public or not. See also the
Archival Options section for
separate archive-related privacy settings."""),
_('Subscribing'),
('advertised', mm_cfg.Radio, (_('No'), _('Yes')), 0,
_('''Advertise this list when people ask what lists are on this
machine?''')),
sub_cfentry,
('unsubscribe_policy', mm_cfg.Radio, (_('No'), _('Yes')), 0,
_("""Is the list moderator's approval required for unsubscription
requests? (No is recommended)"""),
_("""When members want to leave a list, they will make an
unsubscription request, either via the web or via email.
Normally it is best for you to allow open unsubscriptions so that
users can easily remove themselves from mailing lists (they get
really upset if they can't get off lists!).
For some lists though, you may want to impose moderator approval before an unsubscription request is processed. Examples of such lists include a corporate mailing list that all employees are required to be members of.""")), _('Ban list'), ('ban_list', mm_cfg.EmailListEx, (10, WIDTH), 1, _("""List of addresses which are banned from membership in this mailing list."""), _("""Addresses in this list are banned outright from subscribing to this mailing list, with no further moderation required. Add addresses one per line; start the line with a ^ character to designate a regular expression match.""")), _("Membership exposure"), ('private_roster', mm_cfg.Radio, (_('Anyone'), _('List members'), _('List admin only')), 0, _('Who can view subscription list?'), _('''When set, the list of subscribers is protected by member or admin password authentication.''')), ('obscure_addresses', mm_cfg.Radio, (_('No'), _('Yes')), 0, _("""Show member addresses so they're not directly recognizable as email addresses?"""), _("""Setting this option causes member email addresses to be transformed when they are presented on list web pages (both in text and as links), so they're not trivially recognizable as email addresses. The intention is to prevent the addresses from being snarfed up by automated web scanners for use by spammers.""")), ] adminurl = mlist.GetScriptURL('admin', absolute=1) sender_rtn = [ _("""When a message is posted to the list, a series of moderation steps are take to decide whether the a moderator must first approve the message or not. This section contains the controls for moderation of both member and non-member postings.
Member postings are held for moderation if their moderation flag is turned on. You can control whether member postings are moderated by default or not.
Non-member postings can be automatically accepted, held for moderation, rejected (bounced), or discarded, either individually or as a group. Any posting from a non-member who is not explicitly accepted, rejected, or discarded, will have their posting filtered by the general non-member rules.
In the text boxes below, add one address per line; start the line with a ^ character to designate a Python regular expression. When entering backslashes, do so as if you were using Python raw strings (i.e. you generally just use a single backslash).
Note that non-regexp matches are always done first."""), _('Member filters'), ('default_member_moderation', mm_cfg.Radio, (_('No'), _('Yes')), 0, _('By default, should new list member postings be moderated?'), _("""Each list member has a moderation flag which says whether messages from the list member can be posted directly to the list, or must first be approved by the list moderator. When the moderation flag is turned on, list member postings must be approved first. You, the list administrator can decide whether a specific individual's postings will be moderated or not.
When a new member is subscribed, their initial moderation flag takes its value from this option. Turn this option off to accept member postings by default. Turn this option on to, by default, moderate member postings first. You can always manually set an individual member's moderation bit by using the membership management screens.""")), ('member_moderation_action', mm_cfg.Radio, (_('Hold'), _('Reject'), _('Discard')), 0, _("""Action to take when a moderated member posts to the list."""), _("""
Add member addresses one per line; start the line with a ^ character to designate a regular expression match.""")), ('discard_these_nonmembers', mm_cfg.EmailListEx, (10, WIDTH), 1, _("""List of non-member addresses whose postings will be automatically discarded."""), _("""Postings from any of these non-members will be automatically discarded. That is, the message will be thrown away with no further processing or notification. The sender will not receive a notification or a bounce, however the list moderators can optionally receive copies of auto-discarded messages..
Add member addresses one per line; start the line with a ^ character to designate a regular expression match.""")), ('generic_nonmember_action', mm_cfg.Radio, (_('Accept'), _('Hold'), _('Reject'), _('Discard')), 0, _("""Action to take for postings from non-members for which no explicit action is defined."""), _("""When a post from a non-member is received, the message's sender is matched against the list of explicitly accepted, held, rejected (bounced), and discarded addresses. If no match is found, then this action is taken.""")), ('forward_auto_discards', mm_cfg.Radio, (_('No'), _('Yes')), 0, _("""Should messages from non-members, which are automatically discarded, be forwarded to the list moderator?""")), ] recip_rtn = [ _("""This section allows you to configure various filters based on the recipient of the message."""), _('Recipient filters'), ('require_explicit_destination', mm_cfg.Radio, (_('No'), _('Yes')), 0, _("""Must posts have list named in destination (to, cc) field (or be among the acceptable alias names, specified below)?"""), _("""Many (in fact, most) spams do not explicitly name their myriad destinations in the explicit destination addresses - in fact often the To: field has a totally bogus address for obfuscation. The constraint applies only to the stuff in the address before the '@' sign, but still catches all such spams.
The cost is that the list will not accept unhindered any postings relayed from other addresses, unless
For backwards compatibility with Mailman 1.1, if the regexp does not contain an `@', then the pattern is matched against just the local part of the recipient address. If that match fails, or if the pattern does contain an `@', then the pattern is matched against the entire recipient address.
Matching against the local part is deprecated; in a future release, the pattern will always be matched against the entire recipient address.""")), ('max_num_recipients', mm_cfg.Number, 5, 0, _('Ceiling on acceptable number of recipients for a posting.'), _('''If a posting has this number, or more, of recipients, it is held for admin approval. Use 0 for no ceiling.''')), ] spam_rtn = [ _("""This section allows you to configure various anti-spam filters posting filters, which can help reduce the amount of spam your list members end up receiving. """), _('Header filters'), ('header_filter_rules', mm_cfg.HeaderFilter, 0, 0, _('Filter rules to match against the headers of a message.'), _("""Each header filter rule has two parts, a list of regular expressions, one per line, and an action to take. Mailman matches the message's headers against every regular expression in the rule and if any match, the message is rejected, held, or discarded based on the action you specify. Use Defer to temporarily disable a rule. You can have more than one filter rule for your list. In that case, each rule is matched in turn, with processing stopped after the first match.""")), _('Legacy anti-spam filters'), ('bounce_matching_headers', mm_cfg.Text, (6, WIDTH), 0, _('Hold posts with header value matching a specified regexp.'), _("""Use this option to prohibit posts according to specific header values. The target value is a regular-expression for matching against the specified header. The match is done disregarding letter case. Lines beginning with '#' are ignored as comments.
For example:
to: .*@public.comsays to hold all postings with a To: mail header containing '@public.com' anywhere among the addresses.
Note that leading whitespace is trimmed from the regexp. This can be circumvented in a number of ways, e.g. by escaping or bracketing it.""")), ] if subcat == 'sender': return sender_rtn elif subcat == 'recipient': return recip_rtn elif subcat == 'spam': return spam_rtn else: return subscribing_rtn def _setValue(self, mlist, property, val, doc): # Ignore any hdrfilter_* form variables if property.startswith('hdrfilter_'): return # For subscribe_policy when ALLOW_OPEN_SUBSCRIBE is true, we need to # add one to the value because the page didn't present an open list as # an option. if property == 'subscribe_policy' and not mm_cfg.ALLOW_OPEN_SUBSCRIBE: val += 1 setattr(mlist, property, val) # We need to handle the header_filter_rules widgets specially, but # everything else can be done by the base class's handleForm() method. # However, to do this we need an awful hack. _setValue() and # _getValidValue() will essentially ignore any hdrfilter_* form variables. def handleForm(self, mlist, category, subcat, cgidata, doc): # First deal with rules = [] # We start i at 1 and keep going until we no longer find items keyed # with the marked tags. i = 1 downi = None while True: deltag = 'hdrfilter_delete_%02d' % i reboxtag = 'hdrfilter_rebox_%02d' % i actiontag = 'hdrfilter_action_%02d' % i wheretag = 'hdrfilter_where_%02d' % i addtag = 'hdrfilter_add_%02d' % i newtag = 'hdrfilter_new_%02d' % i uptag = 'hdrfilter_up_%02d' % i downtag = 'hdrfilter_down_%02d' % i i += 1 # Was this a delete? If so, we can just ignore this entry if cgidata.has_key(deltag): continue # Get the data for the current box pattern = cgidata.getvalue(reboxtag) try: action = int(cgidata.getvalue(actiontag)) # We'll get a TypeError when the actiontag is missing and the # .getvalue() call returns None. except (ValueError, TypeError): action = mm_cfg.DEFER if pattern is None: # We came to the end of the boxes break if cgidata.has_key(newtag) and not pattern: # This new entry is incomplete. doc.addError(_("""Header filter rules require a pattern. Incomplete filter rules will be ignored.""")) continue # Make sure the pattern was a legal regular expression try: re.compile(pattern) except (re.error, TypeError): safepattern = Utils.websafe(pattern) doc.addError(_("""The header filter rule pattern '%(safepattern)s' is not a legal regular expression. This rule will be ignored.""")) continue # Was this an add item? if cgidata.has_key(addtag): # Where should the new one be added? where = cgidata.getvalue(wheretag) if where == 'before': # Add a new empty rule box before the current one rules.append(('', mm_cfg.DEFER, True)) rules.append((pattern, action, False)) # Default is to add it after... else: rules.append((pattern, action, False)) rules.append(('', mm_cfg.DEFER, True)) # Was this an up movement? elif cgidata.has_key(uptag): # As long as this one isn't the first rule, move it up if rules: rules.insert(-1, (pattern, action, False)) else: rules.append((pattern, action, False)) # Was this the down movement? elif cgidata.has_key(downtag): downi = i - 2 rules.append((pattern, action, False)) # Otherwise, just retain this one in the list else: rules.append((pattern, action, False)) # Move any down button filter rule if downi is not None: rule = rules[downi] del rules[downi] rules.insert(downi+1, rule) mlist.header_filter_rules = rules # Everything else is dealt with by the base handler GUIBase.handleForm(self, mlist, category, subcat, cgidata, doc)