Because WebDAV appears to be the only viable solution for remote documents access/editing for the moment and there is customer demand. WebDAV supports HTTP Basic and Digest auth. The latter requires us to store insecure hashes, because of protocol specifics.

Because we cannot change that nor remove WebDAV support, we will reduce the impact of a successful attack instead.

This is achieved by creating a separate strong password for Digest auth.

We achieve the “strong” characteristic through only allowing generation of passwords, based on UUIDs. This means when the hash is produced, it will also be stronger also, though not perfect.

This feature adds read-only support for all object fields types, making sure users are not able to update those fields from both the UI or APIs, only the system can through default values or actions for example.

Users can configure their fields between 3 options, read-only true, false, or conditional.

• Read-only false: normal fields that support input from users through the UI or API.
• Read-only true: fields that do not support inputs from users through the UI or API, only can be updated through the system, as actions and default value for example.

  • Read-only fields must be supported in views and layouts, in the layouts those read-only fields must be not editable.

• Read-only conditional: fields that by definition are read-only false, but that will throw exceptions in case the condition is true and the user can’t update that field. In this case, in the UI, the logic should run before the field is loaded, in the headless API, this validation is only made when the user sends the request.
  • The condition is built using expression builder.

When users access a site in a language different from their user profile language, the following Information message is shown:

Now administrators can configure if this message will show up or not from System or Instance. Go to Instance Settings > Pages > Friendly URL Redirection and check/uncheck the “Show Alternative Layout Friendly URL Message” option for the appropriate value.

This feature empowers users to create content use cases on top of objects framework, allowing admins to enable localization for objects' entries text fields.

This feature allows customers, who need more capabilities than what the out of the box Expression Builder provides, to add their custom validations in Objects framework without running their data through an external microservice.

Now, users are able to fill out object entries in parts, allowing them to save data as draft and return at their convenience to complete.

Evolving the user experience when object validations fail specifying which information field end-users need to update.

This feature allows admin users to configure whether to send one email with everyone in copy or many emails individually to each email address.

Enabling this feature will allow users to dynamically populate fields using expressions with information created from data filled and provided by other fields.

Traditionally in Liferay, it has been hard to manage features deprecation because customers kept using the old features even if we announced deprecation and eventual replacements.

Now, we are able to better manage deprecation processes with the following changes:

• Features deprecation notice is increased from 6 months to 12 months. It applies to the Intended Functionality, as described in our Support Policy.
• Now, deprecated features might be kept inside a Deprecation Feature Flag during the deprecation period. These feature flags work as follows:
  • For upgrades, Deprecation Flags are active by default, therefore customers still see the deprecated feature. No disruption is perceived.
  • For new instances created, Deprecation Flag is inactive by default, therefore, the deprecated feature is hidden and it requires activation to be used. It prevents users from unconsciously using a deprecated feature.

• Deprecated features are identified in DXP with a new deprecation badge.

When “Manage Users” permission is added to an Account Admin, the Admin can invite, assign and create Users. We separated the “Invite User” permission so it can be used without providing the other permissions to the User.

Before this feature when somebody wanted to activate/deactivate a User they needed to have “Delete” permission. We created two new permissions called “Activate” and “Deactivate”. Users with “Delete” permission still able to activate/deactivate users.

We also created two new Headless-API endpoint:

/headless-admin-user/v1.0/user-accounts/by-status/${status}

Status can be either "active" or "inactive," allowing you to fetch users by their status.

 /headless-admin-user/v1.0/user-accounts/by-email-address/${emailAddress}

This endpoint lets you retrieve a user by their email address, regardless of their current status.

This feature addresses the inconvenience of not being able to remove specific entries from user invitation forms, enhancing the user experience for admin users who create these forms. It solves the problem of inefficient form management, allowing users to remove entries without starting over.

The feature enables users to remove entries from the invitation form by clicking a designated removal button, with a confirmation modal to prevent accidental removal.

We extended the Audit Log info on IMPERSONATION actions , ASSIGN/UNASSIGN events involving the role assignment of individual users and ASSIGN/UNASSIGN Role Assignment of Organizations/User Groups/Sites.

We have expanded our Headless Admin User API to include POST, PUT, DELETE, and PATCH endpoints for managing postal addresses associated with user accounts. This development aims to provide more comprehensive functionality and greater flexibility for our users. Additionally, we've made crucial changes to the UserAccount schema and related methods to allow users to manage user status efficiently.

It is now possible to set an expiration on the “set new password” link.

Now users can export the Frontend Client Extensions that have been registered through the UI and import them in other instances. The system will generate a JSON file with all the information needed.

In order to use supported JDK versions, we are upgrading to Gradle 7 to use newer JDK.

The integration of ChatGPT with our Web Content editor is now available OOTB.