To answer this question, you need to understand the different metrics used in software engineering.

Option A) Process metric - This option is correct because process metrics are used to measure the characteristics of the methods, techniques, and tools employed in developing, implementing, and maintaining a software system. These metrics can include measures of productivity, quality, efficiency, and effectiveness of the software development process.

Option B) Product Metric - This option is incorrect because product metrics are used to measure the characteristics of the software product itself, such as size, complexity, reliability, and performance.

Option C) Test metrics - This option is incorrect because test metrics are used to measure the effectiveness and efficiency of the testing process, such as the number of test cases executed, the number of defects found, and the code coverage achieved.

Option D) None of the above - This option is incorrect because the correct answer is A) Process metric.

The correct answer is A) Process metric. This option is correct because process metrics are specifically used to measure the characteristics of the methods, techniques, and tools employed in developing, implementing, and maintaining the software system.

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To answer this question, you need to understand the concept of debugging and the different debugging options available.

Option A) Step Over - This option is correct because it allows the script to run only the current line. When the current line calls a method, the method is performed in its entirety, but is not displayed in the view. This option is useful when you want to skip over a method call and focus on the execution of the current line only.

Option B) Step Out - This option is incorrect because it is used when you want to stop debugging the current method and return to the calling method. It allows you to "step out" of the current method and continue debugging from there.

Option C) Step Into - This option is incorrect because it is used when you want to debug into a method call. It allows you to "step into" the method and see the execution of the method line by line.

Option D) Step Till - This option is incorrect because it is not a commonly used debugging option. There is no standard debugging option called "Step Till" in most programming environments.

The correct answer is Option A) Step Over. This option is correct because it runs only the current line of the script and skips over method calls without displaying their execution in the view.

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To answer this question, you need to be familiar with the shortcut keys commonly used for recording, stopping, and running in various software applications.

Let's go through each option to understand why it is correct or incorrect:

Option A) F4, F3, F5 - This option is incorrect because the order of the shortcut keys for record, stop, and run is not correct.

Option B) F3, F4, F5 - This option is correct. The shortcut key for record is F3, the shortcut key for stop is F4, and the shortcut key for run is F5.

Option C) F4, F5, F3 - This option is incorrect because the order of the shortcut keys for record, stop, and run is not correct.

Option D) F3, F5, F4 - This option is incorrect because the order of the shortcut keys for record, stop, and run is not correct.

The correct answer is B) F3, F4, F5. This option is correct because the shortcut keys for record, stop, and run are F3, F4, and F5 respectively.

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To answer this question, we need to understand what the Object Spy dialog box is and the available object type filters within it.

The Object Spy dialog box is a feature in automation testing tools that allows users to inspect and identify objects in an application under test. It helps in generating object properties and methods that can be used in test scripts.

The correct answer is D) Two. This option is correct because the Object Spy dialog box typically contains two object type filters. These filters are used to specify the type of objects that the user wants to inspect. The two common object type filters found in the Object Spy dialog box are:

1. "Object Classes" filter: This filter allows users to select specific object classes or types, such as buttons, text boxes, checkboxes, etc., to identify and inspect in the application.

2. "Object Properties" filter: This filter allows users to specify specific object properties, such as name, value, id, etc., to identify and inspect objects in the application.

Therefore, the Object Spy dialog box typically contains two object type filters, making option D) Two the correct answer.

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