code-5058b51243c2/website/issues/detectors/messagesummary.py0000644000000000000000000000114511144702031022062 0ustar 00000000000000#$Id: messagesummary.py,v 1.1 2009/02/01 22:23:25 stefan Exp $ from roundup.mailgw import parseContent def summarygenerator(db, cl, nodeid, newvalues): ''' If the message doesn't have a summary, make one for it. ''' if newvalues.has_key('summary') or not newvalues.has_key('content'): return summary, content = parseContent(newvalues['content'], config=db.config) newvalues['summary'] = summary def init(db): # fire before changes are made db.msg.audit('create', summarygenerator) # vim: set filetype=python ts=4 sw=4 et si #SHA: 538f90cb7f4eb63f77eca252b87afbe037d29c48 code-5058b51243c2/website/issues/detectors/no_texthtml.py0000644000000000000000000000041711144702031021366 0ustar 00000000000000 def audit_html_files(db, cl, nodeid, newvalues): if newvalues.has_key('type') and newvalues['type'] == 'text/html': newvalues['type'] = 'text/plain' def init(db): db.file.audit('set', audit_html_files) db.file.audit('create', audit_html_files) code-5058b51243c2/website/issues/detectors/nosyreaction.py0000644000000000000000000001072311144702031021537 0ustar 00000000000000import sets from roundup import roundupdb, hyperdb def nosyreaction(db, cl, nodeid, oldvalues): ''' A standard detector is provided that watches for additions to the "messages" property. When a new message is added, the detector sends it to all the users on the "nosy" list for the issue that are not already on the "recipients" list of the message. Those users are then appended to the "recipients" property on the message, so multiple copies of a message are never sent to the same user. The journal recorded by the hyperdatabase on the "recipients" property then provides a log of when the message was sent to whom. ''' # send a copy of all new messages to the nosy list for msgid in determineNewMessages(cl, nodeid, oldvalues): try: cl.nosymessage(nodeid, msgid, oldvalues) except roundupdb.MessageSendError, message: raise roundupdb.DetectorError, message def determineNewMessages(cl, nodeid, oldvalues): ''' Figure a list of the messages that are being added to the given node in this transaction. ''' messages = [] if oldvalues is None: # the action was a create, so use all the messages in the create messages = cl.get(nodeid, 'messages') elif oldvalues.has_key('messages'): # the action was a set (so adding new messages to an existing issue) m = {} for msgid in oldvalues['messages']: m[msgid] = 1 messages = [] # figure which of the messages now on the issue weren't there before for msgid in cl.get(nodeid, 'messages'): if not m.has_key(msgid): messages.append(msgid) return messages def updatenosy(db, cl, nodeid, newvalues): '''Update the nosy list for changes to the assignedto ''' # nodeid will be None if this is a new node current_nosy = sets.Set() if nodeid is None: ok = ('new', 'yes') else: ok = ('yes',) # old node, get the current values from the node if they haven't # changed if not newvalues.has_key('nosy'): nosy = cl.get(nodeid, 'nosy') for value in nosy: current_nosy.add(value) # if the nosy list changed in this transaction, init from the new value if newvalues.has_key('nosy'): nosy = newvalues.get('nosy', []) for value in nosy: if not db.hasnode('user', value): continue current_nosy.add(value) new_nosy = sets.Set(current_nosy) # add assignedto(s) to the nosy list if newvalues.has_key('assignedto') and newvalues['assignedto'] is not None: propdef = cl.getprops() if isinstance(propdef['assignedto'], hyperdb.Link): assignedto_ids = [newvalues['assignedto']] elif isinstance(propdef['assignedto'], hyperdb.Multilink): assignedto_ids = newvalues['assignedto'] for assignedto_id in assignedto_ids: new_nosy.add(assignedto_id) # see if there's any new messages - if so, possibly add the author and # recipient to the nosy if newvalues.has_key('messages'): if nodeid is None: ok = ('new', 'yes') messages = newvalues['messages'] else: ok = ('yes',) # figure which of the messages now on the issue weren't oldmessages = cl.get(nodeid, 'messages') messages = [] for msgid in newvalues['messages']: if msgid not in oldmessages: messages.append(msgid) # configs for nosy modifications add_author = getattr(db.config, 'ADD_AUTHOR_TO_NOSY', 'new') add_recips = getattr(db.config, 'ADD_RECIPIENTS_TO_NOSY', 'new') # now for each new message: msg = db.msg for msgid in messages: if add_author in ok: authid = msg.get(msgid, 'author') new_nosy.add(authid) # add on the recipients of the message if add_recips in ok: for recipient in msg.get(msgid, 'recipients'): new_nosy.add(recipient) if current_nosy != new_nosy: # that's it, save off the new nosy list newvalues['nosy'] = list(new_nosy) def init(db): db.issue.react('create', nosyreaction) db.issue.react('set', nosyreaction) db.issue.audit('create', updatenosy) db.issue.audit('set', updatenosy) code-5058b51243c2/website/issues/detectors/patches.py0000644000000000000000000000277111144702031020455 0ustar 00000000000000# Auditor for patch files # Patches should be declared as text/plain (also .py files), # independent of what the browser says, and # the "patch" keyword should get set automatically. import posixpath patchtypes = ('.diff', '.patch') sourcetypes = ('.diff', '.patch', '.py') def ispatch(file, types): return posixpath.splitext(file)[1] in types def patches_text_plain(db, cl, nodeid, newvalues): if ispatch(newvalues['name'], sourcetypes): newvalues['type'] = 'text/plain' def patches_keyword(db, cl, nodeid, newvalues): # Check whether there are any new files newfiles = set(newvalues.get('files',())) if nodeid: newfiles -= set(db.issue.get(nodeid, 'files')) # Check whether any of these is a patch newpatch = False for fileid in newfiles: if ispatch(db.file.get(fileid, 'name'), patchtypes): newpatch = True break if newpatch: # Add the patch keyword if its not already there patchid = db.keyword.lookup("patch") oldkeywords = [] if nodeid: oldkeywords = db.issue.get(nodeid, 'keywords') if patchid in oldkeywords: # This is already marked as a patch return if not newvalues.has_key('keywords'): newvalues['keywords'] = oldkeywords newvalues['keywords'].append(patchid) def init(db): db.file.audit('create', patches_text_plain) db.issue.audit('create', patches_keyword) db.issue.audit('set', patches_keyword) code-5058b51243c2/website/issues/detectors/severityauditor.py0000644000000000000000000000047111144702031022263 0ustar 00000000000000 def init_severity(db, cl, nodeid, newvalues): """Make sure severity is set on new issues""" if newvalues.has_key('severity') and newvalues['severity']: return normal = db.severity.lookup('normal') newvalues['severity'] = normal def init(db): db.issue.audit('create', init_severity) code-5058b51243c2/website/issues/detectors/statusauditor.py0000644000000000000000000000051111144702031021727 0ustar 00000000000000def preset_new(db, cl, nodeid, newvalues): """ Make sure the status is set on new issues""" if newvalues.has_key('status') and newvalues['status']: return new = db.status.lookup('new') newvalues['status'] = new def init(db): # fire before changes are made db.issue.audit('create', preset_new) code-5058b51243c2/website/issues/detectors/userauditor.py0000644000000000000000000000552511144702031021374 0ustar 00000000000000import re # regular expression thanks to: http://www.regular-expressions.info/email.html # this is the "99.99% solution for syntax only". email_regexp = (r"[a-z0-9!#$%&'*+/=?^_`{|}~-]+(?:\.[a-z0-9!#$%&'*+/=?^_`{|}~-]+)*", r"(localhost|(?:[a-z0-9](?:[a-z0-9-]*[a-z0-9])?\.)+[a-z0-9](?:[a-z0-9-]*[a-z0-9]))") email_rfc = re.compile('^' + email_regexp[0] + '@' + email_regexp[1] + '$', re.IGNORECASE) email_local = re.compile('^' + email_regexp[0] + '$', re.IGNORECASE) def valid_address(address): ''' If we see an @-symbol in the address then check against the full RFC syntax. Otherwise it is a local-only address so only check the local part of the RFC syntax. ''' if '@' in address: return email_rfc.match(address) else: return email_local.match(address) def get_addresses(user): ''' iterate over all known addresses in a newvalues dict this takes of the address/alterate_addresses handling ''' if user.has_key('address'): yield user['address'] if user.get('alternate_addresses', None): for address in user['alternate_addresses'].split('\n'): yield address def audit_user_fields(db, cl, nodeid, newvalues): ''' Make sure user properties are valid. - email address is syntactically valid - email address is unique - roles specified exist - timezone is valid ''' for address in get_addresses(newvalues): if not valid_address(address): print newvalues raise ValueError, 'Email address syntax is invalid "%s"'%address check_main = db.user.stringFind(address=address) # make sure none of the alts are owned by anyone other than us (x!=nodeid) check_alts = [x for x in db.user.filter(None, {'alternate_addresses' : address}) if x != nodeid] if check_main or check_alts: raise ValueError, 'Email address %s already in use' % address for rolename in [r.lower().strip() for r in newvalues.get('roles', '').split(',')]: if rolename and not db.security.role.has_key(rolename): raise ValueError, 'Role "%s" does not exist'%rolename tz = newvalues.get('timezone', None) if tz: # if they set a new timezone validate the timezone by attempting to # use it before we store it to the db. import roundup.date import datetime try: TZ = roundup.date.get_timezone(tz) dt = datetime.datetime.now() local = TZ.localize(dt).utctimetuple() except IOError: raise ValueError, 'Timezone "%s" does not exist' % tz except ValueError: raise ValueError, 'Timezone "%s" exceeds valid range [-23...23]' % tz def init(db): # fire before changes are made db.user.audit('set', audit_user_fields) db.user.audit('create', audit_user_fields)