/**
* Validates a number of password policy state constraints for the user. This will be called
* before the offered credentials are checked.
*
* @param userEntry The entry for the user that is authenticating.
* @param saslHandler The SASL mechanism handler if this is a SASL bind, or {@code null} for a
* simple bind.
* @throws DirectoryException If a problem occurs that should cause the bind to fail.
*/
protected void checkUnverifiedPasswordPolicyState(
Entry userEntry, SASLMechanismHandler<?> saslHandler) throws DirectoryException {
PasswordPolicyState pwPolicyState = (PasswordPolicyState) authPolicyState;
PasswordPolicy policy = pwPolicyState.getAuthenticationPolicy();
boolean isSASLBind = saslHandler != null;
// If the password policy is configured to track authentication failures or
// keep the last login time and the associated backend is disabled, then we
// may need to reject the bind immediately.
if ((policy.getStateUpdateFailurePolicy()
== PasswordPolicyCfgDefn.StateUpdateFailurePolicy.PROACTIVE)
&& ((policy.getLockoutFailureCount() > 0)
|| ((policy.getLastLoginTimeAttribute() != null)
&& (policy.getLastLoginTimeFormat() != null)))
&& ((DirectoryServer.getWritabilityMode() == WritabilityMode.DISABLED)
|| (backend.getWritabilityMode() == WritabilityMode.DISABLED))) {
// This policy isn't applicable to root users, so if it's a root
// user then ignore it.
if (!DirectoryServer.isRootDN(userEntry.getName())) {
throw new DirectoryException(
ResultCode.INVALID_CREDENTIALS,
ERR_BIND_OPERATION_WRITABILITY_DISABLED.get(userEntry.getName()));
}
}
// Check to see if the authentication must be done in a secure
// manner. If so, then the client connection must be secure.
if (policy.isRequireSecureAuthentication() && !clientConnection.isSecure()) {
if (isSASLBind) {
if (!saslHandler.isSecure(saslMechanism)) {
throw new DirectoryException(
ResultCode.INVALID_CREDENTIALS,
ERR_BIND_OPERATION_INSECURE_SASL_BIND.get(saslMechanism, userEntry.getName()));
}
} else {
throw new DirectoryException(
ResultCode.INVALID_CREDENTIALS, ERR_BIND_OPERATION_INSECURE_SIMPLE_BIND.get());
}
}
}
/**
* Ensures that password policy constructed from subentry is active and has a valid configuration.
*
* @throws Exception If an unexpected problem occurs.
*/
@Test()
public void testValidConfiguration() throws Exception {
PasswordPolicy defaultPolicy = DirectoryServer.getDefaultPasswordPolicy();
assertNotNull(defaultPolicy);
// The values are selected on a basis that they
// should differ from default password policy.
Entry policyEntry =
TestCaseUtils.makeEntry(
"dn: cn=Temp Policy," + SUFFIX,
"objectClass: top",
"objectClass: pwdPolicy",
"objectClass: subentry",
"cn: Temp Policy",
"subtreeSpecification: { base \"ou=people\" }",
"pwdLockoutDuration: 300",
"pwdMaxFailure: 3",
"pwdMustChange: TRUE",
"pwdAttribute: authPassword",
"pwdMinAge: 600",
"pwdMaxAge: 2147483647",
"pwdInHistory: 5",
"pwdExpireWarning: 864000",
"pwdGraceAuthNLimit: 3",
"pwdFailureCountInterval: 3600",
"pwdAllowUserChange: FALSE",
"pwdSafeModify: TRUE");
InternalClientConnection connection = InternalClientConnection.getRootConnection();
AddOperation addOperation =
connection.processAdd(
policyEntry.getDN(),
policyEntry.getObjectClasses(),
policyEntry.getUserAttributes(),
policyEntry.getOperationalAttributes());
assertEquals(addOperation.getResultCode(), ResultCode.SUCCESS);
assertNotNull(DirectoryServer.getEntry(policyEntry.getDN()));
PasswordPolicy policy =
(PasswordPolicy)
DirectoryServer.getAuthenticationPolicy(DN.decode("cn=Temp Policy," + SUFFIX));
assertNotNull(policy);
// Check all pwp attributes for correct values.
assertEquals(policy.getLockoutDuration(), 300);
assertEquals(policy.getLockoutFailureCount(), 3);
assertEquals(policy.isForceChangeOnReset(), true);
assertTrue(policy.getPasswordAttribute().getPrimaryName().equalsIgnoreCase("authPassword"));
assertEquals(policy.getMinPasswordAge(), 600);
assertEquals(policy.getMaxPasswordAge(), 2147483647);
assertEquals(policy.getPasswordHistoryCount(), 5);
assertEquals(policy.getPasswordExpirationWarningInterval(), 864000);
assertEquals(policy.getGraceLoginCount(), 3);
assertEquals(policy.getLockoutFailureExpirationInterval(), 3600);
assertEquals(policy.isAllowUserPasswordChanges(), false);
assertEquals(policy.isPasswordChangeRequiresCurrentPassword(), true);
/* Check the password validator attributes for correct values.
* The default unit-test config has a single Password validator which is
* enabled for the default password policy.
*/
Collection<PasswordValidator<?>> validators = policy.getPasswordValidators();
assertEquals(validators.size(), 1);
for (PasswordValidator<?> validator : validators) {
assertTrue(
validator.toString().startsWith("org.opends.server.extensions.TestPasswordValidator"));
}
// Make sure this policy applies to the test entry
// its supposed to target and that its the same
// policy object as previously tested.
Entry testEntry = DirectoryServer.getEntry(DN.decode("uid=rogasawara," + BASE));
assertNotNull(testEntry);
AuthenticationPolicy statePolicy = AuthenticationPolicy.forUser(testEntry, false);
assertNotNull(statePolicy);
assertEquals(policy, statePolicy);
// Make sure this policy is gone and default
// policy is in effect instead.
TestCaseUtils.deleteEntry(policyEntry.getDN());
statePolicy = AuthenticationPolicy.forUser(testEntry, false);
assertNotNull(statePolicy);
assertEquals(defaultPolicy, statePolicy);
}
/**
* Performs the processing necessary for a simple bind operation.
*
* @return {@code true} if processing should continue for the operation, or {@code false} if not.
* @throws DirectoryException If a problem occurs that should cause the bind operation to fail.
*/
protected boolean processSimpleBind() throws DirectoryException {
// See if this is an anonymous bind. If so, then determine whether
// to allow it.
ByteString simplePassword = getSimplePassword();
if (simplePassword == null || simplePassword.length() == 0) {
return processAnonymousSimpleBind();
}
// See if the bind DN is actually one of the alternate root DNs
// defined in the server. If so, then replace it with the actual DN
// for that user.
DN actualRootDN = DirectoryServer.getActualRootBindDN(bindDN);
if (actualRootDN != null) {
bindDN = actualRootDN;
}
Entry userEntry;
try {
userEntry = backend.getEntry(bindDN);
} catch (DirectoryException de) {
logger.traceException(de);
userEntry = null;
if (de.getResultCode() == ResultCode.REFERRAL) {
// Re-throw referral exceptions - these should be passed back
// to the client.
throw de;
} else {
// Replace other exceptions in case they expose any sensitive
// information.
throw new DirectoryException(ResultCode.INVALID_CREDENTIALS, de.getMessageObject());
}
}
if (userEntry == null) {
throw new DirectoryException(
ResultCode.INVALID_CREDENTIALS, ERR_BIND_OPERATION_UNKNOWN_USER.get());
} else {
setUserEntryDN(userEntry.getName());
}
// Check to see if the user has a password. If not, then fail.
// FIXME -- We need to have a way to enable/disable debugging.
authPolicyState = AuthenticationPolicyState.forUser(userEntry, false);
if (authPolicyState.isPasswordPolicy()) {
// Account is managed locally.
PasswordPolicyState pwPolicyState = (PasswordPolicyState) authPolicyState;
PasswordPolicy policy = pwPolicyState.getAuthenticationPolicy();
AttributeType pwType = policy.getPasswordAttribute();
List<Attribute> pwAttr = userEntry.getAttribute(pwType);
if (pwAttr == null || pwAttr.isEmpty()) {
throw new DirectoryException(
ResultCode.INVALID_CREDENTIALS, ERR_BIND_OPERATION_NO_PASSWORD.get());
}
// Perform a number of password policy state checks for the
// non-authenticated user.
checkUnverifiedPasswordPolicyState(userEntry, null);
// Invoke pre-operation plugins.
if (!invokePreOpPlugins()) {
return false;
}
// Determine whether the provided password matches any of the stored
// passwords for the user.
if (pwPolicyState.passwordMatches(simplePassword)) {
setResultCode(ResultCode.SUCCESS);
checkVerifiedPasswordPolicyState(userEntry, null);
if (DirectoryServer.lockdownMode()
&& !ClientConnection.hasPrivilege(userEntry, BYPASS_LOCKDOWN)) {
throw new DirectoryException(
ResultCode.INVALID_CREDENTIALS, ERR_BIND_REJECTED_LOCKDOWN_MODE.get());
}
setAuthenticationInfo(
new AuthenticationInfo(
userEntry, getBindDN(), DirectoryServer.isRootDN(userEntry.getName())));
// Set resource limits for the authenticated user.
setResourceLimits(userEntry);
// Perform any remaining processing for a successful simple
// authentication.
pwPolicyState.handleDeprecatedStorageSchemes(simplePassword);
pwPolicyState.clearFailureLockout();
if (isFirstWarning) {
pwPolicyState.setWarnedTime();
int numSeconds = pwPolicyState.getSecondsUntilExpiration();
LocalizableMessage m = WARN_BIND_PASSWORD_EXPIRING.get(secondsToTimeString(numSeconds));
pwPolicyState.generateAccountStatusNotification(
AccountStatusNotificationType.PASSWORD_EXPIRING,
userEntry,
m,
AccountStatusNotification.createProperties(
pwPolicyState, false, numSeconds, null, null));
}
if (isGraceLogin) {
pwPolicyState.updateGraceLoginTimes();
}
pwPolicyState.setLastLoginTime();
} else {
setResultCode(ResultCode.INVALID_CREDENTIALS);
setAuthFailureReason(ERR_BIND_OPERATION_WRONG_PASSWORD.get());
if (policy.getLockoutFailureCount() > 0) {
generateAccountStatusNotificationForLockedBindAccount(userEntry, pwPolicyState);
}
}
} else {
// Check to see if the user is administratively disabled or locked.
if (authPolicyState.isDisabled()) {
throw new DirectoryException(
ResultCode.INVALID_CREDENTIALS, ERR_BIND_OPERATION_ACCOUNT_DISABLED.get());
}
// Invoke pre-operation plugins.
if (!invokePreOpPlugins()) {
return false;
}
if (authPolicyState.passwordMatches(simplePassword)) {
setResultCode(ResultCode.SUCCESS);
if (DirectoryServer.lockdownMode()
&& !ClientConnection.hasPrivilege(userEntry, BYPASS_LOCKDOWN)) {
throw new DirectoryException(
ResultCode.INVALID_CREDENTIALS, ERR_BIND_REJECTED_LOCKDOWN_MODE.get());
}
setAuthenticationInfo(
new AuthenticationInfo(
userEntry, getBindDN(), DirectoryServer.isRootDN(userEntry.getName())));
// Set resource limits for the authenticated user.
setResourceLimits(userEntry);
} else {
setResultCode(ResultCode.INVALID_CREDENTIALS);
setAuthFailureReason(ERR_BIND_OPERATION_WRONG_PASSWORD.get());
}
}
return true;
}