To answer this question, you need to understand the different recording modes in QTP (QuickTest Professional) and their capabilities.

Option A) Identify the recording mode, by which you can record the non-standard object in - This option is not a specific recording mode. It is a statement that is incomplete and does not provide any information.

Option B) Analog recording - This option is the correct answer. Analog recording is a recording mode in QTP that allows you to record and simulate user actions on non-standard objects. Non-standard objects are objects that are not recognized by QTP's standard test object recognition mechanism. With analog recording, you can record and play back mouse movements and keystrokes on non-standard objects.

Option C) Low-level recording - This option is incorrect. Low-level recording is a recording mode in QTP that allows you to record at the object's level, capturing and replaying low-level operations performed on an application's objects. It is not specifically designed for recording non-standard objects.

Option D) None - This option is incorrect. It implies that there is no recording mode available in QTP that can record non-standard objects. However, as mentioned earlier, the correct recording mode for recording non-standard objects is analog recording (Option B).

The correct answer is Option B) Analog recording. This option is correct because it specifically allows you to record and simulate user actions on non-standard objects in QTP.

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To answer this question, let's understand the concept of tables in a script.

In a script, there can be multiple tables that are used to store and organize data. However, by default, there is usually one table created when a script is initialized.

Option A) One - This option is incorrect because although there is typically one table by default, it is not the only table that can be present in a script.

Option B) Two - This option is correct because by default, there is usually one table created when a script is initialized. Additionally, there may be another table created for specific purposes or based on the requirements of the script.

Option C) Three - This option is incorrect because there is typically only one table created by default in a script. Additional tables may be added as needed, but they are not created by default.

Option D) Four - This option is incorrect because there is typically only one table created by default in a script. Additional tables may be added as needed, but they are not created by default.

The correct answer is Option B) Two. This option is correct because by default, there is usually one table created when a script is initialized, and there may be another table created for specific purposes or based on the requirements of the script.

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To associate a function library to a test, you can use the "Test Settings" command.

Option A) Run Options - This option is incorrect because the "Run Options" command is used to configure the test execution settings, such as the test iteration count and the test execution order.

Option B) Test Settings - This option is correct because the "Test Settings" command allows you to configure various settings related to the test, including associating a function library.

Option C) View Options - This option is incorrect because the "View Options" command is used to configure the display settings within the testing tool, such as the font size and color scheme.

Option D) Function Definition Generator - This option is incorrect because the "Function Definition Generator" is not a command typically used to associate a function library to a test. It is more likely a tool or feature provided by some testing frameworks or IDEs to generate function definitions based on a specific input.

Therefore, the correct answer is B) Test Settings because it allows you to associate a function library to a test.

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