platforms and products Online Quiz - 3

When recording in QTP, new objects encountered during recording are automatically added to the local object repository for the current action. This happens even when shared object repositories are already associated with the action, as long as an object with the same description doesn't already exist in one of the associated shared repositories. This prevents duplicate object definitions and maintains the local repository as a superset containing unique objects not found in shared repositories.

When a child object is added to the local repository, QTP automatically creates its parent hierarchy in the local repository to maintain logical structure. There is no requirement to manually drag and drop parent objects from the shared repository.

When using the Object Repository Automation Object Model (AOM) to manipulate shared object repositories stored in Quality Center, you must first download them to your local file system. The AOM cannot directly work with repositories stored in Quality Center without a local copy. This is a prerequisite step before any programmatic manipulation can occur.

SetTOProperty only modifies the property values for the current test run session - it is a temporary runtime change. The Object Repository itself is not permanently modified by SetTOProperty. To make permanent changes to the Object Repository, you would need different methods like the Repository automation object model.

QTP/UFT allows you to open and edit multiple function libraries simultaneously in the same session. You can switch between them, copy code between them, and work on them in parallel. This feature is useful for maintaining shared libraries and organizing reusable code.

The Active Screen in QTP is interactive, allowing users to select objects in the captured page post-recording. Users can right-click these objects to insert new steps, checkpoints, or add them directly to the object repository.

The Active Screen feature in QTP/UFT provides a visual representation of your application and allows you to parameterize object properties and insert checkpoints directly from the active screen. It serves as a visual interface for test enhancement operations without accessing the repository directly.

QTP allows users to adjust the Active Screen capture level (None, Limited, Partial, or Complete) under options. This configuration directly determines how much visual data and page layout information is saved with the test steps.

When switching from Expert View to Keyword View, QTP parses the script code to build the table structure. During this parsing step, it automatically detects syntax errors and displays them in the Information Pane.

The Data Table is specifically designed to assist with parameterizing tests by providing a tabular interface for data input. It allows you to define different data sets and iterations for your tests. The statement claiming it does NOT assist is therefore false.

In Pega PRPC, the NewDefaults rule type is where you specify the default harness for new work objects of a class. The harness defines the user interface structure and layout for work object forms. This setting determines which UI template is used when creating new instances.

In Pega PRPC class hierarchy, work objects can be instantiated from classes derived from Work- base class, as well as from top-level classes. The class hierarchy supports flexible instantiation patterns while maintaining proper inheritance. Top-level classes provide another entry point for creating work objects outside the standard Work- hierarchy.

In Pega Rules Process Commander (PRPC), security roles and access permissions for an operator are defined and associated primarily through the Access Group. The access group links the operator to their application and user roles.

Non-numeric subscripts are typically found in page group structures, which allow organizing pages without using numeric indices. Java objects use numeric or string-based indexing, value lists are simple collections, and page lists use numeric indices for accessing elements. The page group concept specifically supports non-numeric subscripting for flexible page organization.

In Pega, class rules support both pattern inheritance (based on class name naming conventions) and directed inheritance (explicitly specified parent classes) during rule resolution. Therefore, class rules belong to both pattern and direct inheritance rather than only one.

USB 3.0 is designed with backward compatibility, meaning it works with older USB 2.0 and USB 1.1 devices and cables. When you plug a USB 2.0 device into a USB 3.0 port, it will function at USB 2.0 speeds. This compatibility is a key feature of the USB specification.

Thunderbolt technology provides the fastest data transfer rates among the options listed, with Thunderbolt 3/4 supporting up to 40Gbps. USB 3.0 offers 5Gbps, while WiFi and Bluetooth have much lower theoretical and practical throughput depending on the specific version and conditions.

SPARC (Scalable Processor Architecture) systems were developed by Sun Microsystems. Sun created the SPARC architecture in 1987 and used it in their workstations and servers until Oracle's acquisition of Sun in 2010. Intel and AMD develop x86 architecture processors, while Microsoft develops software.

Moonlight is the open-source implementation of Microsoft Silverlight, developed by the Mono project. It allows Silverlight applications to run on Linux and other platforms. The naming pattern (Silverlight → Moonlight) follows a light/sky theme.