Then, under the Object Name field, select one of the following options: Select the list in your application with the values you want to capture. In the Object Name field, click to select an object in your application. On the left, select your parameter name, and then select the Capture from UI generation type. NET, SAP, Standard Windows, Web, and Windows Presentation Foundation. To capture values directly from the list object in your application.Ĭapture from UI is supported for list objects in the following technologies: Delphi, Java, Mobile. The Test Combinations Generator only generates unique items, without duplicating values.įor example, if you instruct UFT One to generate 20 entries, but limit the available values to the numbers between 95 and 100, only 6 entries are generated.Īt the bottom of the left pane, click Generate to populate the table with generated values. To generate values based on the data in your list object, select Capture from UI.įor more details, see Capture list values from your UI.ĭrag the Number of entries slider to define the number of values you want to generate. On the left of the Test Combinations Generator wizard, select a parameter name and generation type, depending on the type of values you want to enter.Ĭertain types of values will require you to select other options.įor example, for the First Name or Full Name value type, select English or Non-English. Have the Test Combinations Generator generate parameter values. In the Test Combinations Generator table, click a cell to enter parameter values as needed. Use the Undo / Redo buttons if you change your mind on any of the following actions: Edit, Delete Value, Paste, Generate Data, Add Happy Path, Add Error Path, Reset Happy, Reset Error Path. Then, continue with View your data and Generate your test configuration. In the Test Combinations Generator, enter possible values for your parameters using the following methods. To change this default and view this prompt again if needed, click Restore Factory Defaults in your UFT One Options. If you select this option, UFT One will not show this message again. In this message prompt, select Always do as selected to have UFT One always save your test by default. For example:īy default, if you've added parameters without saving your test, UFT One prompts you to save your test. To open the Test Combinations Generator, select the Properties pane > Test Configurations tab and click the Combinations Wizard button. Save your test before continuing with the Test Combinations Generator.In the Parameters tab of the Properties pane, click Add > select Add Input Parameter.ĭefine the parameter details in the grid. This may generate test data more quickly but the analysis portion requires great insight in order to anticipate the different situations that may arise.In your BPT test, get started as follows:Ĭreate your test parameters before you start generating values. Intelligent test data generator - This type depends on sophisticated analysis of the code to be tested in order for it to guide the search for test data.It is similar to the goal-oriented generator. This leads to a greater path knowledge and prediction of coverage. Pathwise test data generator - This generator is assigned a specific path to follow instead of giving it a choice among many paths.This type can find any input for any path and has little chance of generating infeasible paths. Goal-oriented generator - This one generates input for any path specified instead of just the usual way of generating input from the entry to the exit of the code.Random test data generator - This is the simplest kind, which can be used to test many programs as it can just randomly generate a bit stream and have that be represented as the required data type. ![]() There are different kinds of test data generators: This is done through mathematical modeling. Once the path for the testing has been determined, the test data generator generates data that results in the execution of the selected path, with the aim of creating data meant to traverse the path chosen by the path selector. Program control flow graph construction.Test data generators follow a specific procedure: Structured data is generally more useful for databases because these systems often save data in tables and columns that contain specific types of information random data is not suited for this purpose. A test data generator can be used to create either random data or structured and formatted data.
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