As part of ongoing modernization, the following areas of the Administration user interface were updated:

• Alerts. For details, see Activate alerts.

• Pools. For details, see Manage host pools.

• Orchestration. For details, see Set up Dockerized hosts.

The trend report PDF has been simplified and given a more modern look and feel. You can use the PDF to more easily view graphs, bar charts, tables, and user preferences.

For details, see Define a trend report.

An updated Runtime Settings user interface is now in use in LoadRunner products for many of the protocols. The new UI provides a modernized look and feel, and more streamlined functionality.

For details, see Configure runtime settings.

Improved performance for displaying large script files in the script viewer.

For details, see Scripts.

Simplified the process of switching between different workload types, and adding, removing, and deactivating groups.

For details, see Vuser distribution methods.

The following analysis server enhancements are included:

• Support for InfluxDB version 2.x. InfluxDB 2.x is also provided as part of the OpenText Enterprise Performance Engineering Host installation. For details, see Configure external InfluxDB analysis servers.

• Support for HTTPS with internal InfluxDB. For details, see Enable HTTPS with internal InfluxDB.

The following security enhancements are included for file uploads:

• Restricted the file types you can upload from the user interface and REST API.

• Added a warning to check for vulnerabilities and scan for viruses when uploading files. For details, see File uploads security disclaimer.

SSO is now supported only if the OpenText Enterprise Performance Engineering server uses a secure HTTP connection (SSL configured environment).

For details, see SSO authentication.

To use Network Virtualization 2022 R2, you must install Zulu OpenJDK 11 on Linux machines that are running Network Virtualization, and update the Java default path to Zulu 11.

For details, see Network Virtualization.

The Virtual User Generator (VuGen) enables you to record and develop scripts that emulate the behavior of real users on your system. These scripts are used for performance and load testing with OpenText products.

VuGen 2022 R2 includes the following updates:

• .NET Plus protocol. This release includes the .NET+ protocol, supporting .NET 6. You can use the new protocol to manually code Vuser scripts for Microsoft .NET client applications created in .NET 6.

• DevWeb protocol. The following enhancements and fixes are included for DevWeb scripts:

  • The Correlate selection option now adds context-based extractors. VuGen assesses the origin file type for the selected text, and inserts the appropriate extractors in the script. For example, XML or JSON extractors.

  • Automatic block size allocation for Vusers is now supported for DevWeb scripts. Auto block size is available when using the unique row selection method for DevWeb parameters.

  • DevWeb scripts now support access to Microsoft Azure Key Vault. To retrieve secrets data from the Key Vault during replay, you add the relevant API functions into your script.

• TruClient protocol. TruClient includes the following enhancements:

  • Upgraded Chromium browser support to version 103.

  • Upgraded TruClient Browser support - equivalent to Firefox version 101.

  • Selection of multiple files for upload is now supported in all browsers, for record and replay.

• Kafka protocol. Kafka protocol now has enhanced options for managing configuration files.

• Citrix protocol. Citrix protocol now includes functions that retrieve information about a window based on the unique window ID.

• PCoIP protocol. The Teradici PCoIP protocol is now supported with VMware Horizon 8.

• SAP GUI protocol. You can now enable VuGen to continue replay of SAP GUI protocol scripts even if a logon or connection fails during replay.

For details, see What's new in VuGen.

OpenText Performance Engineering for Developers is a cutting-edge tool for web protocol performance and load testing. OpenText Performance Engineering for Developers enables you to create and run DevWeb protocol scripts. Version 2022 R2 contains the following enhancements and fixes:

• Trend report for ScaLRD. When running performance tests using ScaLRD, you can now add the test run data to a new or existing trend report (this feature is currently provided as tech preview).

• Auto block size support. Automatic block size allocation for Vusers is now supported for DevWeb scripts. Auto block size is available when using the unique row selection method for DevWeb parameters.

• Azure Key Vault support. DevWeb scripts now support access to Microsoft Azure Key Vault. To retrieve secrets data from the Key Vault during replay, you add the relevant API functions into your script.

• Run name for InfluxDB reporting. When streaming data to InfluxDB, you can now define a custom name for easier identification of the data.

For details, see What's new.

OpenText Enterprise Performance Engineering uses some OpenText Professional Performance Engineering tools.

For details, see What's new.

The following enhancements are included for the online screen:

• Additional areas of the online screen have been updated using the latest technologies. For details, see Run dashboard.

• You can now copy test run messages to the clipboard from the online and offline results screen. For details, see Messages view and View test run results offline.

• The test tabs menu was updated, and you can now close all open tabs with one click. For details, see Test tabs menu.

As part of ongoing modernization, the following areas of the Administration user interface are updated using the latest technologies:

• Runs. For details, see Manage test runs.

• System Health. For details, see Maintain system health.

• Orchestration. For details, see Deploy and manage Docker host images.

The Timeslots module in the Administration is simplified and has a fresh new look and feel.

For details, see Manage timeslots.

The Trend Report (PDF) has been modernized, and has a clearer layout and structure. The Trend Report is generated by the CI plug-ins.

For details, see Plug-ins.

OpenText Enterprise Performance Engineering now supports integration with Azure Monitor. The Azure Insights monitor can collect resource metrics from the Azure Application Insights service, and show the applicable measurements in the Azure Insights Metrics graph.

For details, see Azure Insights monitor.

You can configure the SKU type for Azure public IP addresses in cloud environment settings.

For details, see Public IP address SKU type (Azure cloud hosts only).

REST APIs now include the following updates:

• Support for retrieving a list of all existing cloud host templates in the project. For details, see Get all cloud host templates in the REST API Reference.

• Support for retrieving a cloud host template by the specified ID. For details, see Get cloud host templates by ID in the REST API Reference.

• You can now create Trend Reports from the REST API. For details, see Create a new Trend Report.

For new shared technologies, components, and protocols that are supported in OpenText Enterprise Performance Engineering, see:

• VuGen. The Virtual User Generator (VuGen) enables you to record and develop scripts that emulate the behavior of real users on your system. These scripts are used for performance and load testing with OpenText products. For new features and protocol enhancements available for your VuGen scripts, see What's new.

• OpenText Professional Performance Engineering. OpenText Enterprise Performance Engineering uses some OpenText Professional Performance Engineering tools. For details, see What's new.

• OpenText Performance Engineering for Developers. This is a cutting-edge tool for web protocol performance and load testing. OpenText Performance Engineering for Developers enables you to create and run DevWeb protocol scripts which can be run with any of the Performance Engineering products. For details, see What's new.

Updates to scripts include:

• You can now create DevWeb, Web - HTTP/HTML, C Vuser, and Java Vuser protocol scripts directly in the OpenText Enterprise Performance Engineering Web client without having to use an external tool or installation. For details, see Create a script.

• Added support for running Kafka scripts in your performance tests and viewing the results in OpenText Enterprise Performance Engineering graphs and Analysis. This enables you to monitor the health of your Kafka deployment by collecting Kafka-specific metrics, including producer and consumer metrics. For details, see Kafka tests.

For tests created in OpenText Enterprise Performance Engineering 2022, runtime collation is now the default option for collating run results. Collating during runtime reduces the time required to gather all data at the end of the test . For details, see Collate results.

Updates to Azure cloud hosts include:

• You can configure cloud environment settings so that provisioned load generators are automatically assigned to an Azure Load Balancer backend pool. For details, see Configure cloud environment settings.

• You can add custom virtual machine images to the Azure Compute Gallery, making it easier to manage, share, and globally distribute them in Azure. For details, see Create custom image for cloud hosts.

Many areas of the online screen are updated using the latest technologies.

Other changes to the interface include:

• Redesigned the Monitors view from which you can more easily add new monitors to the test during a run. For details, see Monitors view.

• Modernized the Edit Timeslot Duration and View Script dialog boxes.

For details, see Run dashboard.

The Timeslots module in the Performance Test Designer is simplified and has a fresh new look and feel. For details, see Create a timeslot and View or edit a reserved timeslot.

When test hosts become non-operational, an alert notification containing the host name and tenant ID is now sent to specified users if a host becomes non-operational during a Check Host maintenance task. This is in addition to notifications being sent when host status is manually changed to Non-Operational. For details, see Alert rules.

You can configure timeout limits for user sessions in the appsettings.defaults.json configuration file. For details, see Configure session timeouts and concurrent logins.

The following enhancements are available in Administration and Site Management:

• You can perform actions on an entity using the new menu in the entity's details page. For details, see Entity details menu.

• You can use the breadcrumb and dropdown menu added to an entity's details page to search for other entities in the module, and to switch between different entities in the group to view their details. For details, see Breadcrumbs.

You can now delete OpenText Enterprise Performance Engineering server licenses from the Licenses page in Administration. For details, see Delete licenses.

REST APIs

You can limit how far in advance users can reserve timeslots from the OpenText Enterprise Performance Engineering REST API. For details, see Limit timeslot reservations.

Use the new Infrastructure Testing monitor to get basic monitor data for the Controller and all load generator machines involved in a performance test. For details, see Infrastructure Testing monitor graph.

After installing and configuring OpenText Enterprise Performance Engineering, all of the OpenText Enterprise Performance Engineering applications and components can run with User Account Control (UAC) and Data Execution Prevention (DEP) enabled.

Several updates were made to the start run process to improve stability and performance.

• When the script is downloaded to the Controller and load generators, only runtime files are transferred.

• You can have script files transferred to load generators during the test initialization stage instead of being downloaded by the Scheduler. For details, see Configure general test options.

OpenText Enterprise Performance Engineering now includes a Service Virtualization license. The Virtual Service - All Protocols Unlimited license enables performance engineers to use Virtual Services and simulations during performance testing. Service Virtualization helps to overcome application dependencies, test component performance early and in isolation, improve quality by simulating extreme performance characteristics, and reduce the cost of test environments.

Included usage is one SV Server instance for each license, and only in the context of performance testing.

For details, see the Service Virtualization Help Center.