Mercurial > p > roundup > code
view test/test_memorydb.py @ 7211:506c86823abb
Add config argument to more password.Password invocations.
The work done to allow password_pbkdf2_default_rounds to be overridden
for testing requires that calls to password.Password include a config
argument.
This was needed because using the real value more than quadrupled
testing runtime.
However there are still a few places where config was not being set
when Password was called. I think this fixes all of the ones that are
called from a function that have access to a db.config object.
The remaining ones all call Password(encrypted=x). This results in
Password.unpack() being called. If x is not a propertly formatted
password string ("{scheme}...", it calls encodePassword. It then
should end up raising the ConfigNotSet exception. This is
probably what we want as it means the shape of "x" is not correct.
I don't understand why Password.unpack() attempts to encrypt the value
of encrypted if it doesn't match the right form. According to codecov,
this encryption branch is being used, so somewhere x is of the wrong
form. Hmmm....
| author | John Rouillard <rouilj@ieee.org> |
|---|---|
| date | Sat, 04 Mar 2023 00:17:26 -0500 |
| parents | 2ce855803633 |
| children |
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import unittest, os, shutil, time from roundup import hyperdb from .db_test_base import DBTest, ROTest, SchemaTest, config, setupSchema from roundup.test import memorydb from roundup.anypy import strings class memorydbOpener: module = memorydb def nuke_database(self): # really kill it memorydb.db_nuke('') self.db = None db = None def open_database(self, user='admin'): if self.db: self.db.close() self.db = self.module.Database(config, user) return self.db def setUp(self): self.open_database() setupSchema(self.db, 1, self.module) def tearDown(self): if self.db is not None: self.db.close() self.db = None self.nuke_database() # nuke and re-create db for restore def nukeAndCreate(self): self.db.close() self.nuke_database() self.db = self.module.Database(config, 'admin') setupSchema(self.db, 0, self.module) class memorydbDBTest(memorydbOpener, DBTest, unittest.TestCase): pass class memorydbROTest(memorydbOpener, ROTest, unittest.TestCase): def setUp(self): self.db = self.module.Database(config) setupSchema(self.db, 0, self.module) class memorydbSchemaTest(memorydbOpener, SchemaTest, unittest.TestCase): pass from .session_common import SessionTest class memorydbSessionTest(memorydbOpener, SessionTest, unittest.TestCase): s2b = lambda x,y: strings.s2b(y) def setUp(self): self.db = self.module.Database(config, 'admin') setupSchema(self.db, 1, self.module) self.sessions = self.db.sessions self.db.Session = self.sessions self.otks = self.db.otks self.db.Otk = self.otks def get_ts(self): return (self.sessions.get('random_session', '__timestamp'),) def testDbType(self): self.assertIn("memorydb", repr(self.db)) self.assertIn("{}", repr(self.db.Session)) # vim: set filetype=python ts=4 sw=4 et si
