Published Release Notes

New property pxSaveDateTime

A new property, pxSaveDateTime, records the date and the time that an instance was saved with business changes to the database. This property is always used when an instance is saved, whether you are creating an instance or updating an existing instance. This property is not updated when an instance is moved from one system to another, and it is not updated during certain system management operations that do not change the content of the instance, such as column exposure.

WebSphere log error with Java 8 for Enterprise JavaBeans

For environments that are deployed by using Java 8 on IBM WebSphere Application Server version 8.5.5.9 through the last 8.5.5.x fix pack, the log might report that a class was not found when the application server attempts to start Enterprise JavaBeans. If Java EE functionality is not needed, no further action is required. However, to use Enterprise JavaBeans, see WebSphere log error with Java 8 for Enterprise JavaBeans.

Precision of Oracle Timestamp property when using RDB-Save

DateTime properties that are mapped to an Oracle Timestamp column will experience a loss of precision when they are saved using the RDB-Save method. When you use RDB-Save for an Oracle Timestamp, precision will be accurate to the second. For example, a value of 20171119T124745.006 will be saved as 20171119T124745. When you use Obj-Save, precision will be accurate to the millisecond. For more information, see DateTime property mapping in Oracle for Pega 7.

View status of custom search indexes

Custom search indexes are special purpose indexes that are created and managed outside of Pega Platform™. You can view the status of custom search indexes on the Search landing page to see whether they are complete. This information is useful for troubleshooting and can help you determine whether to rebuild the index.

For more information, see Checking search index status.

Job Scheduler and Queue Processor rules replace agents

The Job Scheduler rule and the Queue Processor rule replace agents and improve background processing. The Job Scheduler rule is used for recurring or scheduled tasks, such as sending summary emails on weekdays. This rule can be run on all nodes or on specific node types according to your customized pattern. The Queue Processor rule is used for tasks with no recurrence-based pattern. It provides scalability and capability for immediate or delayed message processing, such as submitting status changes to an external system. You can use a standard queue processor or a dedicated queue processor, depending on your processing needs.

Pega Platform™ provides a set of default queue processors and job schedulers. Corresponding agents are no longer available.

For more information about Job Scheduler and Queue Processor rules, see Job Scheduler, Replacing an agent with a Job Scheduler rule, Queue Processor, Replacing an agent with a Queue Processor rule.

Improve application test coverage by running multiple sessions

You can improve the test coverage of your application by using a new test coverage method - Application Coverage. Multiple users can perform coverage sessions which are aggregated into a single report. By using report metrics that show the number of rules that are covered and are not covered by tests, developers can identify which areas of the application need more test coverage.

For more information, see the Test Coverage landing page.

Security fields in JFrog Artifactory repository rule form removed

The fields in the Security section of the JFrog Artifactory repository rule form, including the Secure protocol field, the Truststore field, and the Keystore field, were not functional in Pega Platform™ 7.3, 7.3.1, and 7.4. This section has been removed from the JFrog Artifactory repository rule form in Pega Platform 8.1.

Support for OAuth 2.0 authorization code grant type

Pega Platform™ now supports the OAuth 2.0 authorization code grant type, which allows Pega Platform to act as an OAuth 2.0 access token provider for native applications on mobile and other devices. By using the authorization code grant type for mobile clients, you no longer need to implement a variety of standards for various authentication providers. The authorization code grant type also supports the Proof Key for Code Exchange standard (PKCE) for securing public clients.

For more information, see Creating and configuring an OAuth 2.0 client registration.

Use client-based access control to support EU GDPR requirements

You can use client-based access control (CBAC) to satisfy the data privacy requirements of the European Union General Data Protection Regulation (GDPR) and similar regulations. By using client-based access control, you can identify the personal data of clients and automatically process requests to view, update, or remove the data in a secure manner. You can also enforce restrictions on the use of this data in application functions.

For more information, see Client-based access control.

REST APIs added for management of agents and requestors

You can use new REST APIs to download a module version report or manage requestors and agents in Pega Platform™. For example, you can use a requestor REST API to end a requestor process, and you can use an agent REST API to start or stop an agent. These APIs allow external systems to report and manage Pega resources.

For more information, see Pega API for Pega Platform and Pega API.