The notification system supports sending messages via:
Notification system functions:
A notification (message) is represented by entity IdmNotification, which keeps information about the notification itself (from, recipients
, cc, bcc, subject
, message
, sent date). From the entity IdmNotification
can be inherited by individual more specific types of notifications (i.e. IdmEmail). A notification for the identity is sent via service NotificationService. It is also possible to use a specific way of sending the notificaction, e.g. via EmailService, if the application requires it (e.g. from workflow). For saving the IdmNotification
entity serves IdmNotificationRepository, which makes records via rest for the notification agenda accessible.
Sending of notificanions itself is done by Apache Camel
. The producer (ProducerTemplate
) registers the notification (via NotificationService
) - the route setting deals with propagating of the notification to concrete consumers (EmailService
…), which send the notification and make a record in the db (IdmNotificationRepository
) and the log. Comsumers can be implemented via ConsumerTemplate
or spring beans (preferred spring bean).
Apache Camel
is used not only for the above mentioned reasons but it also supports sending of emails, SMSs, websockets and jms.
A concrete implementation of the notification sender via email (a wrapping of the camel emailer
).
Emailer (or rather EmailService) is also injected into the workflow engine in order to be able to turn off sending of notifications for testing purposes. It is also possible to send emails for a specific identity by entering the user name instead of the recipient's (or sender's) email address.
The emailer can be configured via application.properties or application settings agenda. A functional testing emailer settings.
Currently there is a support for sending sms messages from IdM, but administrator must provide concrete implementation of sender for particular sms gateway. This can be done by extending AbstractSmsNotificationSender and registering this implementation in application context.
Sending messages is done by NotificationManager.java, which inherits from NotificationSender.java. In class NotificationSender.java we can find overloaded methods send
, which are used for sending notifications.
The priority of evaluation is as follows:
send
. Even if there was a template, the directly filled-in text is usedEverything is explained in the following examples:
notificationManager.send( AccModuleDescriptor.TOPIC_NEW_PASSWORD, new IdmMessage.Builder() .setLevel(NotificationLevel.SUCCESS) .addParameter("systemName", provisioningOperation.getSystem().getName()) .addParameter("uid", provisioningOperation.getSystemEntityUid()) .addParameter("password", password) .setSubject("I cannot be stopped") .setMessage("Hi, I'll overwrite everything!!") .build(), identity);
notificationManager.send( AccModuleDescriptor.TOPIC_NEW_PASSWORD, new IdmMessage.Builder() .setLevel(NotificationLevel.SUCCESS) .addParameter("systemName", provisioningOperation.getSystem().getName()) .addParameter("uid", provisioningOperation.getSystemEntityUid()) .addParameter("password", password) .setTemplate(template) .build(), identity);
notificationManager.send( AccModuleDescriptor.TOPIC_NEW_PASSWORD, new IdmMessage.Builder() .setLevel(NotificationLevel.SUCCESS) .addParameter("systemName", provisioningOperation.getSystem().getName()) .addParameter("uid", provisioningOperation.getSystemEntityUid()) .addParameter("password", password) .build(), identity);
If there is no message and template, the notification will not be sent. A notification log will be saved instead saying that message content doesn't exist.