code-b4dfc68b7067/roundup/test/__init__.py0000644000000000000000000000000015034073245016517 0ustar 00000000000000code-b4dfc68b7067/roundup/test/memorydb.py0000644000000000000000000004562215034073245016621 0ustar 00000000000000'''Implement an in-memory hyperdb for testing purposes. ''' import os import shutil import time from roundup import configuration, date, hyperdb, password, roundupdb, security from roundup.anypy.strings import s2b from roundup.backends import back_anydbm, indexer_common, indexer_dbm, sessions_dbm from roundup.support import ensureParentsExist from roundup.test.tx_Source_detector import init as tx_Source_init default_prefix = '../../share/roundup/templates/classic' def new_config(debug=False, prefix=default_prefix): if not prefix.startswith('/'): prefix = os.path.join(os.path.dirname(__file__), prefix) config = configuration.CoreConfig() config.detectors = configuration.UserConfig( os.path.join(prefix, "detectors/config.ini")) config.ext = configuration.UserConfig( os.path.join(prefix, "extensions/config.ini")) config.DATABASE = "db" # config.logging = MockNull() # these TRACKER_WEB and MAIL_DOMAIN values are used in mailgw tests if debug: config.LOGGING_LEVEL = "DEBUG" config.MAIL_DOMAIN = "your.tracker.email.domain.example" config.TRACKER_WEB = "http://tracker.example/cgi-bin/roundup.cgi/bugs/" return config def create(journaltag, create=True, debug=False, prefix=default_prefix): # "Nuke" in-memory db db_nuke('') db = Database(new_config(debug), journaltag) # load standard schema if not prefix.startswith('/'): prefix = os.path.join(os.path.dirname(__file__), prefix) schema = os.path.join(prefix, 'schema.py') hyperdb_vars = hyperdb.__dict__ hyperdb_vars['Class'] = Class hyperdb_vars['FileClass'] = FileClass hyperdb_vars['IssueClass'] = IssueClass hyperdb_vars['db'] = db with open(schema) as fd: exec(compile(fd.read(), schema, 'exec'), hyperdb_vars) initial_data = os.path.join(prefix, 'initial_data.py') admin_vars = {"db": db, "admin_email": "admin@test.com", "adminpw": password.Password('sekrit', config=db.config)} with open(initial_data) as fd: exec(compile(fd.read(), initial_data, 'exec'), admin_vars) # load standard detectors dirname = os.path.join(prefix, 'detectors') for fn in os.listdir(dirname): if not fn.endswith('.py'): continue # noqa: E701 exec_vars = {} with open(os.path.join(dirname, fn)) as fd: exec(compile(fd.read(), os.path.join(dirname, fn), 'exec'), exec_vars) exec_vars['init'](db) tx_Source_init(db) ''' status = Class(db, "status", name=String()) status.setkey("name") priority = Class(db, "priority", name=String(), order=String()) priority.setkey("name") keyword = Class(db, "keyword", name=String(), order=String()) keyword.setkey("name") user = Class(db, "user", username=String(), password=Password(), assignable=Boolean(), age=Number(), roles=String(), address=String(), supervisor=Link('user'),realname=String(),alternate_addresses=String()) user.setkey("username") file = FileClass(db, "file", name=String(), type=String(), comment=String(indexme="yes"), fooz=Password()) file_nidx = FileClass(db, "file_nidx", content=String(indexme='no')) issue = IssueClass(db, "issue", title=String(indexme="yes"), status=Link("status"), nosy=Multilink("user"), deadline=Date(), foo=Interval(), files=Multilink("file"), assignedto=Link('user'), priority=Link('priority'), spam=Multilink('msg'), feedback=Link('msg')) stuff = Class(db, "stuff", stuff=String()) session = Class(db, 'session', title=String()) msg = FileClass(db, "msg", date=Date(), author=Link("user", do_journal='no'), files=Multilink('file'), inreplyto=String(), messageid=String(), summary=String(), content=String(), recipients=Multilink("user", do_journal='no') ) ''' if create: db.user.create(username="fred", roles='User', password=password.Password('sekrit', config=db.config), address='fred@example.com') db.security.addPermissionToRole('User', 'Email Access') ''' db.security.addPermission(name='Register', klass='user') db.security.addPermissionToRole('User', 'Web Access') db.security.addPermissionToRole('Anonymous', 'Email Access') db.security.addPermissionToRole('Anonymous', 'Register', 'user') for cl in 'issue', 'file', 'msg', 'keyword': db.security.addPermissionToRole('User', 'View', cl) db.security.addPermissionToRole('User', 'Edit', cl) db.security.addPermissionToRole('User', 'Create', cl) for cl in 'priority', 'status': db.security.addPermissionToRole('User', 'View', cl) ''' return db class cldb(dict): def __init__(self, **values): super(cldb, self).__init__() for key, value in values.items(): super(cldb, self).__setitem__(s2b(key), value) def __getitem__(self, key): return super(cldb, self).__getitem__(s2b(key)) def __setitem__(self, key, value): return super(cldb, self).__setitem__(s2b(key), value) def __delitem__(self, key): return super(cldb, self).__delitem__(s2b(key)) def __contains__(self, key): return super(cldb, self).__contains__(s2b(key)) def close(self): pass class BasicDatabase(dict): ''' Provide a nice encapsulation of an anydbm store. Keys are id strings, values are automatically marshalled data. ''' def __init__(self, **values): super(BasicDatabase, self).__init__() for k, v in values.items(): super(BasicDatabase, self).__setitem__(s2b(k), v) def __getitem__(self, key): if key not in self: d = self[key] = {} return d return super(BasicDatabase, self).__getitem__(s2b(key)) def __setitem__(self, key, value): return super(BasicDatabase, self).__setitem__(s2b(key), value) def __delitem__(self, key): return super(BasicDatabase, self).__delitem__(s2b(key)) def __contains__(self, key): return super(BasicDatabase, self).__contains__(s2b(key)) def exists(self, infoid): return infoid in self _marker = [] def get(self, infoid, value, default=_marker): if infoid not in self: if default is self._marker: raise KeyError else: return default return self[infoid].get(value, default) def getall(self, infoid): if infoid not in self: raise KeyError(infoid) return self[infoid] def set(self, infoid, **newvalues): if '__timestamp' in newvalues: try: float(newvalues['__timestamp']) except ValueError: if infoid in self: del (newvalues['__timestamp']) else: newvalues['__timestamp'] = time.time() self[infoid].update(newvalues) def list(self): return list(self.keys()) def destroy(self, infoid): del self[infoid] def commit(self): pass def close(self): pass def updateTimestamp(self, sessid): sess = self.get(sessid, '__timestamp', None) now = time.time() if sess is None or now > sess + 60: self.set(sessid, __timestamp=now) def clean(self): pass class Sessions(BasicDatabase, sessions_dbm.Sessions): name = 'sessions' class OneTimeKeys(BasicDatabase, sessions_dbm.OneTimeKeys): name = 'otks' class Indexer(indexer_dbm.Indexer): def __init__(self, db): indexer_common.Indexer.__init__(self, db) self.reindex = 0 self.quiet = 9 self.changed = 0 def load_index(self, reload=0, wordlist=None): # Unless reload is indicated, do not load twice if self.index_loaded() and not reload: return 0 self.words = {} self.files = {'_TOP': (0, None)} self.fileids = {} self.changed = 0 def save_index(self): pass def force_reindex(self): # TODO I'm concerned that force_reindex may not be tested by # testForcedReindexing if the functionality can just be removed pass class Database(back_anydbm.Database): """A database for storing records containing flexible data types. Transaction stuff TODO: - check the timestamp of the class file and nuke the cache if it's modified. Do some sort of conflict checking on the dirty stuff. - perhaps detect write collisions (related to above)? """ dbtype = "memorydb" # Make it a little more persistent across re-open memdb = {} def __init__(self, config, journaltag=None): self.config, self.journaltag = config, journaltag self.classes = {} self.files = {} self.tx_files = {} self.security = security.Security(self) self.stats = {'cache_hits': 0, 'cache_misses': 0, 'get_items': 0, 'filtering': 0} self.sessions = Sessions() self.otks = OneTimeKeys() self.indexer = Indexer(self) roundupdb.Database.__init__(self) # anydbm bits self.cache = {} # cache of nodes loaded or created self.dirtynodes = {} # keep track of the dirty nodes by class self.newnodes = {} # keep track of the new nodes by class self.destroyednodes = {} # keep track of the destroyed nodes by class self.transactions = [] self.tx_Source = None # persistence across re-open self.items = self.__class__.memdb.get('items', {}) self.ids = self.__class__.memdb.get('ids', {}) self.journals = self.__class__.memdb.get('journals', {}) def filename(self, classname, nodeid, property=None, create=0): shutil.copyfile(__file__, __file__ + '.dummy') return __file__ + '.dummy' def filesize(self, classname, nodeid, property=None, create=0): return len(self.getfile(classname, nodeid, property)) def post_init(self): super(Database, self).post_init() def refresh_database(self): pass def getSessionManager(self): return self.sessions def getOTKManager(self): return self.otks def reindex(self, classname=None, show_progress=False): pass def __repr__(self): return '' % id(self) def storefile(self, classname, nodeid, property, content): if isinstance(content, str): content = s2b(content) self.tx_files[classname, nodeid, property] = content self.transactions.append((self.doStoreFile, (classname, nodeid, property))) def getfile(self, classname, nodeid, property): if (classname, nodeid, property) in self.tx_files: return self.tx_files[classname, nodeid, property] return self.files[classname, nodeid, property] def doStoreFile(self, classname, nodeid, property, **databases): self.files[classname, nodeid, property] = self.tx_files[classname, nodeid, property] return (classname, nodeid) def rollbackStoreFile(self, classname, nodeid, property, **databases): del self.tx_files[classname, nodeid, property] def numfiles(self): return len(self.files) + len(self.tx_files) def close(self): self.clearCache() self.tx_files = {} # kill the schema too self.classes = {} # just keep the .items # persistence across re-open self.__class__.memdb['items'] = self.items self.__class__.memdb['ids'] = self.ids self.__class__.memdb['journals'] = self.journals # # Classes # def __getattr__(self, classname): """A convenient way of calling self.getclass(classname).""" if classname in self.classes: return self.classes[classname] raise AttributeError(classname) def addclass(self, cl): cn = cl.classname if cn in self.classes: raise ValueError('Class "%s" already defined.' % cn) self.classes[cn] = cl if cn not in self.items: self.items[cn] = cldb() self.ids[cn] = 0 # add default Edit and View permissions self.security.addPermission(name="Create", klass=cn, description="User is allowed to create " + cn) self.security.addPermission(name="Edit", klass=cn, description="User is allowed to edit " + cn) self.security.addPermission(name="View", klass=cn, description="User is allowed to access " + cn) def getclasses(self): """Return a list of the names of all existing classes.""" return sorted(self.classes.keys()) def getclass(self, classname): """Get the Class object representing a particular class. If 'classname' is not a valid class name, a KeyError is raised. """ try: return self.classes[classname] except KeyError: raise KeyError('There is no class called "%s"' % classname) # # Class DBs # def clear(self): self.items = {} def getclassdb(self, classname, mode='r'): """ grab a connection to the class db that will be used for multiple actions """ return self.items[classname] def getCachedJournalDB(self, classname): return self.journals.setdefault(classname, {}) # # Node IDs # def newid(self, classname): self.ids[classname] += 1 return str(self.ids[classname]) def setid(self, classname, nodeid): self.ids[classname] = int(nodeid) # # Journal # def doSaveJournal(self, classname, nodeid, action, params, creator, creation): if creator is None: creator = self.getuid() if creation is None: creation = date.Date() self.journals.setdefault(classname, {}).setdefault( nodeid, []).append((nodeid, creation, creator, action, params)) def doSetJournal(self, classname, nodeid, journal): self.journals.setdefault(classname, {})[nodeid] = journal def getjournal(self, classname, nodeid): # our journal result res = [] # add any journal entries for transactions not committed to the # database for method, args in self.transactions: if method != self.doSaveJournal: continue (cache_classname, cache_nodeid, cache_action, cache_params, cache_creator, cache_creation) = args if cache_classname == classname and cache_nodeid == nodeid: if not cache_creator: cache_creator = self.getuid() if not cache_creation: cache_creation = date.Date() res.append((cache_nodeid, cache_creation, cache_creator, cache_action, cache_params)) try: res += self.journals.get(classname, {})[nodeid] except KeyError: if res: return res # noqa: E701 raise IndexError(nodeid) return res def pack(self, pack_before): """ Delete all journal entries except "create" before 'pack_before'. """ pack_before = pack_before.serialise() for classname in self.journals: db = self.journals[classname] for key in db: # get the journal for this db entry kept_journals = [] for entry in db[key]: # unpack the entry (_nodeid, date_stamp, self.journaltag, action, _params) = entry date_stamp = date_stamp.serialise() # if the entry is after the pack date, _or_ the initial # create entry, then it stays if date_stamp > pack_before or action == 'create': kept_journals.append(entry) db[key] = kept_journals class Class(back_anydbm.Class): pass class FileClass(back_anydbm.FileClass): def __init__(self, db, classname, **properties): if 'content' not in properties: properties['content'] = hyperdb.String(indexme='yes') if 'type' not in properties: properties['type'] = hyperdb.String() back_anydbm.Class.__init__(self, db, classname, **properties) def export_files(self, dirname, nodeid): dest = self.exportFilename(dirname, nodeid) ensureParentsExist(dest) with open(dest, 'wb') as f: f.write(self.db.files[self.classname, nodeid, None]) def import_files(self, dirname, nodeid): source = self.exportFilename(dirname, nodeid) with open(source, 'rb') as f: self.db.files[self.classname, nodeid, None] = f.read() mime_type = None props = self.getprops() if 'type' in props: mime_type = self.get(nodeid, 'type') if not mime_type: mime_type = self.default_mime_type if props['content'].indexme: self.db.indexer.add_text((self.classname, nodeid, 'content'), self.get(nodeid, 'content'), mime_type) # deviation from spec - was called ItemClass class IssueClass(Class, roundupdb.IssueClass): # Overridden methods: def __init__(self, db, classname, **properties): """The newly-created class automatically includes the "messages", "files", "nosy", and "superseder" properties. If the 'properties' dictionary attempts to specify any of these properties or a "creation" or "activity" property, a ValueError is raised. """ if 'title' not in properties: properties['title'] = hyperdb.String(indexme='yes') if 'messages' not in properties: properties['messages'] = hyperdb.Multilink("msg") if 'files' not in properties: properties['files'] = hyperdb.Multilink("file") if 'nosy' not in properties: # note: journalling is turned off as it really just wastes # space. this behaviour may be overridden in an instance properties['nosy'] = hyperdb.Multilink("user", do_journal="no") if 'superseder' not in properties: properties['superseder'] = hyperdb.Multilink(classname) Class.__init__(self, db, classname, **properties) # Methods to check for existence and nuke the db # We don't support multiple named databases def db_exists(name): return bool(Database.memdb) def db_nuke(name): Database.memdb = {} # vim: set et sts=4 sw=4 : code-b4dfc68b7067/roundup/test/mocknull.py0000644000000000000000000000214415034073245016617 0ustar 00000000000000 class MockNull: def __init__(self, **kwargs): for key, value in kwargs.items(): self.__dict__[key] = value def __call__(self, *args, **kwargs): return MockNull() def __getattr__(self, name): # This allows assignments which assume all intermediate steps are Null # objects if they don't exist yet. # # For example (with just 'client' defined): # # client.db.config.TRACKER_WEB = 'BASE/' self.__dict__[name] = MockNull() return getattr(self, name) def __getitem__(self, key): return self def __bool__(self): return False # Python 2 compatibility: __nonzero__ = __bool__ def __contains__(self, key): return False def __eq__(self, rhs): return False def __ne__(self, rhs): return False def __str__(self): return '' def __repr__(self): return '' % id(self) def gettext(self, string): return string _ = gettext def get(self, name, default=None): try: return self.__dict__[name.lower()] except KeyError: return default code-b4dfc68b7067/roundup/test/tx_Source_detector.py0000644000000000000000000000625615034073245020647 0ustar 00000000000000# # Example output when the web interface changes item 3 and the email # (non pgp) interface changes item 4: # # tx_SourceCheckAudit(3) pre db.tx_Source: cgi # tx_SourceCheckAudit(4) pre db.tx_Source: email # tx_SourceCheckAudit(3) post db.tx_Source: cgi # tx_SourceCheckAudit(4) post db.tx_Source: email # tx_SourceCheckReact(4) pre db.tx_Source: email # tx_SourceCheckReact(4) post db.tx_Source: email # tx_SourceCheckReact(3) pre db.tx_Source: cgi # tx_SourceCheckReact(3) post db.tx_Source: cgi # # Note that the calls are interleaved, but the proper # tx_Source is associated with the same ticket. from __future__ import print_function def tx_SourceCheckAudit(db, cl, nodeid, newvalues): ''' An auditor to print the value of the source of the transaction that trigger this change. The sleep call is used to delay the transaction so that multiple changes will overlap. The expected output from this detector are 2 lines with the same value for tx_Source. Tx source is: None - Reported when using a script or it is an error if the change arrives by another method. "cli" - reported when using roundup-admin "web" - reported when using html based web pages "rest" - reported when using the /rest web API "xmlrpc" - reported when using the /xmlrpc web API "email" - reported when using an unautheticated email based technique "email-sig-openpgp" - reported when email with a valid pgp signature is used ''' if __debug__ and False: print("\n tx_SourceCheckAudit(%s) db.tx_Source: %s" % ( nodeid, db.tx_Source)) newvalues['tx_Source'] = db.tx_Source # example use for real to prevent a change from happening if it's # submited via email # # if db.tx_Source == "email": # raise Reject, 'Change not allowed via email' def tx_SourceCheckReact(db, cl, nodeid, oldvalues): ''' An reactor to print the value of the source of the transaction that trigger this change. The sleep call is used to delay the transaction so that multiple changes will overlap. The expected output from this detector are 2 lines with the same value for tx_Source. Tx source is: None - Reported when using a script or it is an error if the change arrives by another method. "cli" - reported when using roundup-admin "web" - reported when using html based web pages "rest" - reported when using the /rest web API "xmlrpc" - reported when using the /xmlrpc web API "email" - reported when using an unautheticated email based technique "email-sig-openpgp" - reported when email with a valid pgp signature is used ''' if __debug__ and False: print(" tx_SourceCheckReact(%s) db.tx_Source: %s" % ( nodeid, db.tx_Source)) def init(db): db.issue.audit('create', tx_SourceCheckAudit) db.issue.audit('set', tx_SourceCheckAudit) db.issue.react('set', tx_SourceCheckReact) db.issue.react('create', tx_SourceCheckReact) db.msg.audit('create', tx_SourceCheckAudit)