def invalidate(self):
c = self.make_cookie()
c.expires = 0
Cookie.add_cookie(self._req, c)
self.delete()
self._invalid = 1
def invalidate(self):
c = self.make_cookie()
c.expires = 0
Cookie.add_cookie(self._req, c)
self.delete()
self._invalid = 1
def __init__(self, req, sid=None, secret=None, lock=1, timeout=0):
self._req, self._sid, self._secret = req, sid, secret
self._lock = lock
self._new = 1
self._created = 0
self._accessed = 0
self._timeout = 0
self._locked = 0
self._invalid = 0
dict.__init__(self)
config = req.get_options()
if config.has_key("mod_python.session.cookie_name"):
session_cookie_name = config.get("mod_python.session.cookie_name",
COOKIE_NAME)
else:
# For backwards compatability with versions
# of mod_python prior to 3.3.
session_cookie_name = config.get("session_cookie_name",
COOKIE_NAME)
if not self._sid:
# check to see if cookie exists
if secret:
cookie = Cookie.get_cookie(req,
session_cookie_name,
Class=Cookie.SignedCookie,
secret=self._secret,
mismatch=Cookie.Cookie.IGNORE)
else:
cookie = Cookie.get_cookie(req, session_cookie_name)
if cookie:
self._sid = cookie.value
if self._sid:
if not _check_sid(self._sid):
if sid:
# Supplied explicitly by user of the class,
# raise an exception and make the user code
# deal with it.
raise ValueError("Invalid Session ID: sid=%s" % sid)
else:
# Derived from the cookie sent by browser,
# wipe it out so it gets replaced with a
# correct value.
self._sid = None
self.init_lock()
if self._sid:
# attempt to load ourselves
self.lock()
if self.load():
self._new = 0
if self._new:
# make a new session
if self._sid: self.unlock() # unlock old sid
self._sid = _new_sid(self._req)
self.lock() # lock new sid
Cookie.add_cookie(self._req, self.make_cookie())
self._created = time.time()
if timeout:
self._timeout = timeout
else:
self._timeout = DFT_TIMEOUT
self._accessed = time.time()
# need cleanup?
if random.randint(1, CLEANUP_CHANCE) == 1:
self.cleanup()
def __init__(self, req, sid=None, secret=None, lock=1,
timeout=0):
self._req, self._sid, self._secret = req, sid, secret
self._lock = lock
self._new = 1
self._created = 0
self._accessed = 0
self._timeout = 0
self._locked = 0
self._invalid = 0
dict.__init__(self)
config = req.get_options()
if "mod_python.session.cookie_name" in config:
session_cookie_name = config.get("mod_python.session.cookie_name", COOKIE_NAME)
else:
# For backwards compatability with versions
# of mod_python prior to 3.3.
session_cookie_name = config.get("session_cookie_name", COOKIE_NAME)
if not self._sid:
# check to see if cookie exists
if secret:
cookie = Cookie.get_cookie(req, session_cookie_name,
Class=Cookie.SignedCookie,
secret=self._secret,
mismatch=Cookie.Cookie.IGNORE)
else:
cookie = Cookie.get_cookie(req, session_cookie_name)
if cookie:
self._sid = cookie.value
if self._sid:
if not _check_sid(self._sid):
if sid:
# Supplied explicitly by user of the class,
# raise an exception and make the user code
# deal with it.
raise ValueError("Invalid Session ID: sid=%s" % sid)
else:
# Derived from the cookie sent by browser,
# wipe it out so it gets replaced with a
# correct value.
self._sid = None
self.init_lock()
if self._sid:
# attempt to load ourselves
self.lock()
if self.load():
self._new = 0
if self._new:
# make a new session
if self._sid: self.unlock() # unlock old sid
self._sid = _new_sid(self._req)
self.lock() # lock new sid
Cookie.add_cookie(self._req, self.make_cookie())
self._created = time.time()
if timeout:
self._timeout = timeout
else:
self._timeout = DFT_TIMEOUT
self._accessed = time.time()
# need cleanup?
if random.randint(1, CLEANUP_CHANCE) == 1:
self.cleanup()
