def test_add_last_accessed_info_False(self, m_getFromConfig):
"""
test if last accessed info is written into token info
"""
m_getFromConfig.return_value = "False"
token_list = []
for _i in range(1, 5):
token_list.append(FakeToken())
add_last_accessed_info(token_list)
for token in token_list:
assert not token.token.LinOtpLastAuthMatch
return
def test_add_last_accessed_info_none(self, m_getFromConfig):
"""
test if last accessed info is written into token info
"""
m_getFromConfig.return_value = None
token_list = []
for _i in range(1, 5):
token_list.append(FakeToken())
add_last_accessed_info([token_list])
for token in token_list:
assert not 'last_access' in token.info
return
def test_add_last_accessed_info_timeformat(self, m_getFromConfig):
"""
test if last accessed info is written into token info
"""
custom_time_format = "%d.%m.%Y"
m_getFromConfig.return_value = custom_time_format
token_list = []
for _i in range(1, 5):
token_list.append(FakeToken())
add_last_accessed_info(token_list)
for token in token_list:
access_time = token.token.LinOtpLastAuthMatch
assert isinstance(access_time, datetime)
return
def test_add_last_accessed_info_timeformat(self, m_getFromConfig):
"""
test if last accessed info is written into token info
"""
m_getFromConfig.return_value = "%d.%m.%Y"
token_list = []
for _i in range(1, 5):
token_list.append(FakeToken())
add_last_accessed_info([token_list])
for token in token_list:
assert 'last_access' in token.info
assert ':' not in token.info['last_access']
return
def checkTokenList(self, tokenList, passw, user=User(), options=None):
"""
identify a matching token and test, if the token is valid, locked ..
This function is called by checkSerialPass and checkUserPass to
:param tokenList: list of identified tokens
:param passw: the provided passw (mostly pin+otp)
:param user: the identified use - as class object
:param options: additional parameters, which are passed to the token
:return: tuple of boolean and optional response
"""
reply = None
# add the user to the options, so that every token could see the user
if not options:
options = {}
options['user'] = user
# if there has been one token in challenge mode, we only handle
# challenges
# if we got a validation against a sub_challenge, we extend this to
# be a validation to all challenges of the transaction id
import copy
check_options = copy.deepcopy(options)
state = check_options.get(
'state', check_options.get('transactionid', ''))
if state and '.' in state:
transid = state.split('.')[0]
if 'state' in check_options:
check_options['state'] = transid
if 'transactionid' in check_options:
check_options['transactionid'] = transid
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
# transaction id optimization - part 1:
#
# if we have a transaction id, we check only those tokens
# that belong to this transaction id:
challenges = []
transaction_serials = []
transid = check_options.get('state',
check_options.get('transactionid', ''))
if transid:
expired, challenges = Challenges.get_challenges(transid=transid,
filter_open=True)
for challenge in challenges:
serial = challenge.tokenserial
transaction_serials.append(serial)
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
audit_entry = {}
audit_entry['action_detail'] = "no token found!"
challenge_tokens = []
pin_matching_tokens = []
invalid_tokens = []
valid_tokens = []
related_challenges = []
# we have to preserve the result / reponse for token counters
validation_results = {}
for token in tokenList:
# transaction id optimization - part 2:
if transid:
if token.getSerial() not in transaction_serials:
continue
audit_entry['serial'] = token.getSerial()
audit_entry['token_type'] = token.getType()
# preselect: the token must be in the same realm as the user
if user is not None:
t_realms = token.token.getRealmNames()
u_realm = user.realm
if (len(t_realms) > 0 and len(u_realm) > 0 and
u_realm.lower() not in t_realms):
audit_entry['action_detail'] = ("Realm mismatch for "
"token and user")
continue
# check if the token is the list of supported tokens
# if not skip to the next token in list
typ = token.getType()
if typ.lower() not in tokenclass_registry:
log.error('token typ %r not found in tokenclasses: %r' %
(typ, list(tokenclass_registry.keys())))
audit_entry['action_detail'] = "Unknown Token type"
continue
if not token.isActive():
audit_entry['action_detail'] = "Token inactive"
continue
if token.getFailCount() >= token.getMaxFailCount():
audit_entry['action_detail'] = "Failcounter exceeded"
token.incOtpFailCounter()
continue
# ---------------------------------------------------------------------- --
# check for restricted path usage
path = context['Path'].strip('/').partition('/')[0]
token_path = token.getFromTokenInfo('scope', {}).get('path', [])
if token_path and path not in token_path:
continue
# -------------------------------------------------------------- --
# token validity handling
now = datetime.now()
if (token.validity_period_start and
now < token.validity_period_start):
audit_entry['action_detail'] = ("Authentication validity "
"period mismatch!")
token.incOtpFailCounter()
continue
token_success_excceed = (
token.count_auth_success_max > 0 and
token.count_auth_success >= token.count_auth_success_max)
token_access_exceed = (
token.count_auth_max > 0 and
token.count_auth >= token.count_auth_max)
token_expiry = (
token.validity_period_end and
now >= token.validity_period_end)
if token_success_excceed or token_access_exceed or token_expiry:
if token_access_exceed:
msg = "Authentication counter exceeded"
if token_success_excceed:
msg = "Authentication sucess counter exceeded"
if token_expiry:
msg = "Authentication validity period exceeded!"
audit_entry['action_detail'] = msg
token.incOtpFailCounter()
# what should happen with exceeding tokens
t_realms = None
if not user.login and not user.realm:
t_realms = token.token.getRealmNames()
if disable_on_authentication_exceed(user, realms=t_realms):
token.enable(False)
if delete_on_authentication_exceed(user, realms=t_realms):
token.deleteToken()
continue
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
# start the token validation
if not transid:
# if there is no transaction id given we check all token
# related challenges
(_ex_challenges,
challenges) = Challenges.get_challenges(token,
options=check_options,
filter_open=True)
try:
(ret, reply) = token.check_token(
passw, user, options=check_options, challenges=challenges)
except Exception as exx:
# in case of a failure during checking token, we log the error
# and continue with the next one
log.exception("checking token %r failed: %r" % (token, exx))
ret = -1
reply = "%r" % exx
audit_entry['action_detail'] = ("checking token %r "
"failed: %r" % (token, exx))
audit_entry['info'] = audit_entry.get('info','') + "%r" % exx
continue
finally:
validation_results[token.getSerial()] = (ret, reply)
(cToken, pToken, iToken, vToken) = token.get_verification_result()
related_challenges.extend(token.related_challenges)
challenge_tokens.extend(cToken)
pin_matching_tokens.extend(pToken)
invalid_tokens.extend(iToken)
valid_tokens.extend(vToken)
valid_tokens = list(set(valid_tokens))
invalid_tokens = list(set(invalid_tokens))
pin_matching_tokens = list(set(pin_matching_tokens))
challenge_tokens = list(set(challenge_tokens))
# end of token verification loop
matching_challenges = []
for token in valid_tokens:
matching_challenges.extend(token.matching_challenges)
matching_challenges = list(set(matching_challenges))
# if there are related / sub challenges, we have to call their janitor
Challenges.handle_related_challenge(matching_challenges)
# now we finalize the token validation result
fh = FinishTokens(valid_tokens,
challenge_tokens,
pin_matching_tokens,
invalid_tokens,
validation_results,
user, options,
audit_entry=audit_entry)
(res, reply) = fh.finish_checked_tokens()
# ------------------------------------------------------------------ --
# add to all tokens the last accessed time stamp
add_last_accessed_info(valid_tokens + pin_matching_tokens +
challenge_tokens + invalid_tokens)
# add time stamp to all valid tokens
add_last_verified_info(valid_tokens)
# ------------------------------------------------------------------ --
# now we care for all involved tokens and their challenges
for token in (valid_tokens + pin_matching_tokens +
challenge_tokens + invalid_tokens):
expired, _valid = Challenges.get_challenges(token)
if expired:
Challenges.delete_challenges(None, expired)
log.debug("Number of valid tokens found "
"(validTokenNum): %d" % len(valid_tokens))
return (res, reply)
def checkTokenList(self, tokenList, passw, user=User(), options=None):
"""
identify a matching token and test, if the token is valid, locked ..
This function is called by checkSerialPass and checkUserPass to
:param tokenList: list of identified tokens
:param passw: the provided passw (mostly pin+otp)
:param user: the identified use - as class object
:param options: additional parameters, which are passed to the token
:return: tuple of boolean and optional response
"""
reply = None
# add the user to the options, so that every token could see the user
if not options:
options = {}
options["user"] = user
# if there has been one token in challenge mode, we only handle
# challenges
# if we got a validation against a sub_challenge, we extend this to
# be a validation to all challenges of the transaction id
import copy
check_options = copy.deepcopy(options)
state = check_options.get("state",
check_options.get("transactionid", ""))
if state and "." in state:
transid = state.split(".")[0]
if "state" in check_options:
check_options["state"] = transid
if "transactionid" in check_options:
check_options["transactionid"] = transid
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
# transaction id optimization - part 1:
#
# if we have a transaction id, we check only those tokens
# that belong to this transaction id:
challenges = []
transaction_serials = []
transid = check_options.get("state",
check_options.get("transactionid", ""))
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
audit_entry = {}
audit_entry["action_detail"] = "no token found!"
challenge_tokens = []
pin_matching_tokens = []
invalid_tokens = []
valid_tokens = []
related_challenges = []
# we have to preserve the result / reponse for token counters
validation_results = {}
for token in tokenList:
audit_entry["serial"] = token.getSerial()
audit_entry["token_type"] = token.getType()
# preselect: the token must be in the same realm as the user
if user is not None:
t_realms = token.token.getRealmNames()
u_realm = user.realm
if (len(t_realms) > 0 and len(u_realm) > 0
and u_realm.lower() not in t_realms):
audit_entry[
"action_detail"] = "Realm mismatch for token and user"
continue
# check if the token is the list of supported tokens
# if not skip to the next token in list
typ = token.getType()
if typ.lower() not in tokenclass_registry:
log.error(
"token typ %r not found in tokenclasses: %r",
typ,
list(tokenclass_registry.keys()),
)
audit_entry["action_detail"] = "Unknown Token type"
continue
if not token.isActive():
audit_entry["action_detail"] = "Token inactive"
continue
if token.getFailCount() >= token.getMaxFailCount():
audit_entry["action_detail"] = "Failcounter exceeded"
token.incOtpFailCounter()
continue
# ---------------------------------------------------------------------- --
# check for restricted path usage
path = context["Path"].strip("/").partition("/")[0]
token_path = token.getFromTokenInfo("scope", {}).get("path", [])
if token_path and path not in token_path:
continue
# -------------------------------------------------------------- --
# token validity handling
if token.is_not_yet_valid():
msg = "Authentication validity period mismatch!"
audit_entry["action_detail"] = msg
token.incOtpFailCounter()
continue
if not token.is_valid():
if token.has_exceeded_usage():
msg = "Authentication counter exceeded"
elif token.has_exceeded_success():
msg = "Authentication sucess counter exceeded"
elif token.is_expired():
msg = "Authentication validity period exceeded"
else:
raise Exception("Validity check failed without reason")
audit_entry["action_detail"] = msg
token.incOtpFailCounter()
# what should happen with exceeding tokens
t_realms = None
if not user.login and not user.realm:
t_realms = token.token.getRealmNames()
if disable_on_authentication_exceed(user, realms=t_realms):
token.enable(False)
if delete_on_authentication_exceed(user, realms=t_realms):
token.deleteToken()
continue
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
# gather all open challenges for this token
if transid:
_expired, challenges = Challenges.get_challenges(
token=token, transid=transid, filter_open=True)
else:
# if there is no transaction id given we check all challenges
# related to the given token
_expired, challenges = Challenges.get_challenges(
token=token, filter_open=True, options=check_options)
# -------------------------------------------------------------- --
# finally we check the token
try:
(ret, reply) = token.check_token(passw,
user,
options=check_options,
challenges=challenges)
except Exception as exx:
# in case of a failure during checking token, we log the error
# and continue with the next one
log.error("checking token %r failed: %r", token, exx)
ret = -1
reply = "%r" % exx
audit_entry[
"action_detail"] = "checking token %r failed: %r" % (token,
exx)
audit_entry["info"] = audit_entry.get("info", "") + "%r" % exx
continue
finally:
validation_results[token.getSerial()] = (ret, reply)
(cToken, pToken, iToken, vToken) = token.get_verification_result()
related_challenges.extend(token.related_challenges)
challenge_tokens.extend(cToken)
pin_matching_tokens.extend(pToken)
invalid_tokens.extend(iToken)
valid_tokens.extend(vToken)
valid_tokens = list(set(valid_tokens))
invalid_tokens = list(set(invalid_tokens))
pin_matching_tokens = list(set(pin_matching_tokens))
challenge_tokens = list(set(challenge_tokens))
# end of token verification loop
matching_challenges = []
for token in valid_tokens:
matching_challenges.extend(token.matching_challenges)
matching_challenges = list(set(matching_challenges))
# if there are related / sub challenges, we have to call their janitor
Challenges.handle_related_challenge(matching_challenges)
# now we finalize the token validation result
fh = FinishTokens(
valid_tokens,
challenge_tokens,
pin_matching_tokens,
invalid_tokens,
validation_results,
user,
options,
audit_entry=audit_entry,
)
(res, reply) = fh.finish_checked_tokens()
# ------------------------------------------------------------------ --
# add to all tokens the last accessed time stamp
add_last_accessed_info(
set(valid_tokens + pin_matching_tokens + challenge_tokens +
invalid_tokens))
# add time stamp to all valid tokens
add_last_verified_info(valid_tokens)
# ------------------------------------------------------------------ --
# now we care for all involved tokens and their challenges
for token in set(valid_tokens + pin_matching_tokens +
challenge_tokens + invalid_tokens):
expired, _valid = Challenges.get_challenges(token)
if expired:
Challenges.delete_challenges(None, expired)
log.debug(
"Number of valid tokens found (validTokenNum): %d",
len(valid_tokens),
)
return (res, reply)
def checkTokenList(self, tokenList, passw, user=User(), options=None):
"""
identify a matching token and test, if the token is valid, locked ..
This function is called by checkSerialPass and checkUserPass to
:param tokenList: list of identified tokens
:param passw: the provided passw (mostly pin+otp)
:param user: the identified use - as class object
:param options: additional parameters, which are passed to the token
:return: tuple of boolean and optional response
"""
reply = None
# add the user to the options, so that every token could see the user
if not options:
options = {}
options['user'] = user
# if there has been one token in challenge mode, we only handle
# challenges
# if we got a validation against a sub_challenge, we extend this to
# be a validation to all challenges of the transaction id
import copy
check_options = copy.deepcopy(options)
state = check_options.get(
'state', check_options.get('transactionid', ''))
if state and '.' in state:
transid = state.split('.')[0]
if 'state' in check_options:
check_options['state'] = transid
if 'transactionid' in check_options:
check_options['transactionid'] = transid
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
# transaction id optimization - part 1:
#
# if we have a transaction id, we check only those tokens
# that belong to this transaction id:
challenges = []
transaction_serials = []
transid = check_options.get('state',
check_options.get('transactionid', ''))
if transid:
expired, challenges = Challenges.get_challenges(transid=transid,
filter_open=True)
for challenge in challenges:
serial = challenge.tokenserial
transaction_serials.append(serial)
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
audit_entry = {}
audit_entry['action_detail'] = "no token found!"
challenge_tokens = []
pin_matching_tokens = []
invalid_tokens = []
valid_tokens = []
related_challenges = []
# we have to preserve the result / reponse for token counters
validation_results = {}
for token in tokenList:
# transaction id optimization - part 2:
if transid:
if token.getSerial() not in transaction_serials:
continue
audit_entry['serial'] = token.getSerial()
audit_entry['token_type'] = token.getType()
# preselect: the token must be in the same realm as the user
if user is not None:
t_realms = token.token.getRealmNames()
u_realm = user.realm
if (len(t_realms) > 0 and len(u_realm) > 0 and
u_realm.lower() not in t_realms):
audit_entry['action_detail'] = ("Realm mismatch for "
"token and user")
continue
# check if the token is the list of supported tokens
# if not skip to the next token in list
typ = token.getType()
if typ.lower() not in tokenclass_registry:
log.error('token typ %r not found in tokenclasses: %r' %
(typ, tokenclass_registry.keys()))
audit_entry['action_detail'] = "Unknown Token type"
continue
if not token.isActive():
audit_entry['action_detail'] = "Token inactive"
continue
if token.getFailCount() >= token.getMaxFailCount():
audit_entry['action_detail'] = "Failcounter exceeded"
token.incOtpFailCounter()
continue
# ---------------------------------------------------------------------- --
# check for restricted path usage
path = context['Path'].strip('/').partition('/')[0]
token_path = token.getFromTokenInfo('scope', {}).get('path', [])
if token_path and path not in token_path:
continue
# -------------------------------------------------------------- --
# token validity handling
now = datetime.now()
if (token.validity_period_start and
now < token.validity_period_start):
audit_entry['action_detail'] = ("Authentication validity "
"period mismatch!")
token.incOtpFailCounter()
continue
token_success_excceed = (
token.count_auth_success_max > 0 and
token.count_auth_success >= token.count_auth_success_max)
token_access_exceed = (
token.count_auth_max > 0 and
token.count_auth >= token.count_auth_max)
token_expiry = (
token.validity_period_end and
now >= token.validity_period_end)
if token_success_excceed or token_access_exceed or token_expiry:
if token_access_exceed:
msg = "Authentication counter exceeded"
if token_success_excceed:
msg = "Authentication sucess counter exceeded"
if token_expiry:
msg = "Authentication validity period exceeded!"
audit_entry['action_detail'] = msg
token.incOtpFailCounter()
# what should happen with exceeding tokens
t_realms = None
if not user.login and not user.realm:
t_realms = token.token.getRealmNames()
if disable_on_authentication_exceed(user, realms=t_realms):
token.enable(False)
if delete_on_authentication_exceed(user, realms=t_realms):
token.deleteToken()
continue
# -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- --
# start the token validation
if not transid:
# if there is no transaction id given we check all token
# related challenges
(_ex_challenges,
challenges) = Challenges.get_challenges(token,
options=check_options,
filter_open=True)
try:
(ret, reply) = token.check_token(
passw, user, options=check_options, challenges=challenges)
except Exception as exx:
# in case of a failure during checking token, we log the error
# and continue with the next one
log.exception("checking token %r failed: %r" % (token, exx))
ret = -1
reply = "%r" % exx
audit_entry['action_detail'] = ("checking token %r "
"failed: %r" % (token, exx))
audit_entry['info'] = audit_entry.get('info','') + "%r" % exx
continue
finally:
validation_results[token.getSerial()] = (ret, reply)
(cToken, pToken, iToken, vToken) = token.get_verification_result()
related_challenges.extend(token.related_challenges)
challenge_tokens.extend(cToken)
pin_matching_tokens.extend(pToken)
invalid_tokens.extend(iToken)
valid_tokens.extend(vToken)
# end of token verification loop
matching_challenges = []
for token in valid_tokens:
matching_challenges.extend(token.matching_challenges)
# if there are related / sub challenges, we have to call their janitor
Challenges.handle_related_challenge(matching_challenges)
# now we finalize the token validation result
fh = FinishTokens(valid_tokens,
challenge_tokens,
pin_matching_tokens,
invalid_tokens,
validation_results,
user, options,
audit_entry=audit_entry)
(res, reply) = fh.finish_checked_tokens()
# add to all tokens the last accessd time stamp
add_last_accessed_info(
[valid_tokens, pin_matching_tokens, challenge_tokens, valid_tokens])
# now we care for all involved tokens and their challenges
for token in (valid_tokens + pin_matching_tokens +
challenge_tokens + invalid_tokens):
expired, _valid = Challenges.get_challenges(token)
if expired:
Challenges.delete_challenges(None, expired)
log.debug("Number of valid tokens found "
"(validTokenNum): %d" % len(valid_tokens))
return (res, reply)
