HP Automation Tools package: ALM(QC) - LoadRunner - UFT(QTP)

Organize requirements by creating folders in the requirements window, with high and low priority folders and subfolders for modules like gambols email.

Learn how to create high-priority requirements within a compose email workflow, add functional requirements, attach files, and submit requirements while organizing them in a structured folder.

Explore the requirement tab features, including selecting and deleting requirements, refreshing the window, customizing visible columns, rearranging item order, and viewing detailed requirement information in grid view.

Create a folder-based test structure to organize test plans and test cases by login and registration modules for the GM application, including guest and internal user paths.

Create test cases by logging in with a registered user, set testing level to medium, assign high priority, and add a description with formatting.

Create design steps within a test case by adding, editing, or deleting steps, including login steps, expected results, and attachments.

Link a test case to multiple requirements, showing how to add, view, and remove requirement links to ensure test coverage across requirements.

Navigate to the test lab, create an execution structure for release 10.6, and build a smoke set and a regression set by grouping and adding test cases.

Execute test sets by selecting test cases and starting runs in an execution window, perform each step manually or via automation, record pass or fail, and review regression results.

Learn how to link a defect to a test case in the test lab, and see how selecting a defect ID links it to the test case.

Set the execution flow for test cases using drag and drop to define triggers and paths within the application.

Open the test run tab to view all test cases with their current status, and access descriptions and execution details from the test lab.

Learn to report a new defect in ALM/QC by entering basic information, subject, severity, steps to reproduce, then assign, describe, attach evidence, and submit for testing.

Explore five defect attachment options in ALM: text file attachments, links, screenshots with area selection, system information, and clipboard data, to enrich defect reports.

Explore how to view defect details and attachments, customize visible columns, and sort defects by defect ID or severity to manage defects efficiently.

Add comments to defects, view defect details, track history changes, flag for follow-up, view pinned defects for quick access, and search defects by text.

Get introduced to LoadRunner, its performance testing workflow and core components like controller and analysis, covering recording, runtime settings, and distributed testing concepts.

Install loadrunner community edition by downloading from the hp site, registering a new user, and running the installer. Learn the three components: virtual users generator, controller, and analysis.

Learn how to record in LoadRunner for a web-based application, set up the protocol, name actions, start and stop recording, generate scripts, and run and debug with replay and parameterization.

analyze and identify the protocols used in your application with the protocol adviser, then select and record the appropriate protocols for performance testing across user scenarios.

Learn to run automated scripts in a loop using runtime settings, control pacing with fixed or random delays, manage iterations, and handle duplicates for robust load testing.

Master HP automation tools by learning to define, name, and organize actions, record sessions, manage default and custom actions, and log test flows.

Explore action blocks in test automation, configuring run settings, looping, and sequencing to execute login, flight booking, and other actions, with optional randomization and iterations.

Discover how to measure transactions in performance testing, capturing time for a step or group, and enable automatic transactions or define each action as a transaction in the controller.

View transaction results by examining the logs and the output window, verify transaction times from the controller, and review the execution report after completion.

Discover how to implement a rendezvous point to synchronize multiple virtual users, triggering concurrent login and search actions, using generator and controller settings to simulate simultaneous requests.

Learn the basics of parametrization to transform static scripts into data-driven tests by pulling external data sources, creating tables, and substituting parameters across iterations, with extended logs for validation.

Learn to use the controller to create and manage performance scenarios, apply multiple virtual users, and distribute load across machines while monitoring software performance.

Learn to create your first scenario in the controller by recording login, flight, and sign-off in Chrome. Configure multi-user runs with group more or percentage more and monitor performance graphs.

Shows creating a manual scenario in group mode with two scripts (login and logout), distributing users across groups, running the scenario, and analyzing throughput and group-level runtime settings.

Create a manual scenario in percentage mode, distributing 60% of users to flight booking and 40% to login/logout home, using two scripts for simultaneous execution and analysis.

Learn how to convert between percentage mode and group mode and apply this to groups and rooms for flexible, per-group settings.

Configure rendezvous point policies to run tasks concurrently for a specified number or percentage of users in the flight booking flow, with wait times and policy enablement.

Jump into UFT and learn to install and launch UFT, select mobile or web tests, and create your first test named automation one with recording and data entry.

Record your first test script using the ALM/QC LoadRunner UFT toolkit. Learn to choose web or Windows apps, pick a browser, and capture actions like search and data entry.

Learn to create, record, and run automated web tests in HP UFT using script view and keyword view, switch between editor and keyword modes, and review execution results.

Learn how the default recording in UFTA generates one step per user action, and compare normal versus context-sensitive recordings as actions like typing and clicking become script steps.

Explore analog recording in the HP automation tools package, contrasting it with default recording, and learn to capture mouse movement and keyboard actions as a single movie step.

Use low level recording when you can't locate an object; identify elements by coordinates (x, y) and generate actions per step, but it is less robust across browsers and resolutions.

Inside recording locates elements by image, enabling actions on a MacBook or phone. UFT 11.5 introduces this option, letting you switch recording modes and revert to default.

Discover how actions divide test scripts into sections to manage recordings and enable reusability. Learn to call actions across scripts to improve portability and modular test design.

Create and manage multi-action scripts before recording, organizing steps into action one, action two, and action three. Record steps in each action and execute all actions in order.

Learn to create and rename multiple actions while recording, and group steps into distinct actions like search and basic search.

Explore the four action types in the HP automation tools package: new action, non-reusable actions, external actions, and reusable actions; learn how to configure reuse via action properties.

See how reusable actions versus non-reusable actions differ: reusable actions can be called and copied, reflect changes when updated, while copies become independent and do not reflect future changes.

External actions are those that are called rather than copied within a group; copying an external action makes it part of the group, while calling it remains external.