Flash-Based Applications Automating Using Sikuli Tool

Introduction

Here, we’ll focus on handling Automation, utilising the Automating using the Sikuli tool to Handle Flash-based applications, windows applications, and Desktop applications.

Sikuli uses an image-based method of interacting with screen elements.

Sikuli is a third-party programme that recognises and manages UI elements through picture recognition.

This is helpful when the application’s UI/Web Element has no source or internal code available. Java is used to create Sikuli Script’s primary code. So, Sikuli Script can be used in our program as a typical Java API.

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Features Of Sikuli

• Like Selenium, it is an open-source tool.
• It may be integrated with Selenium as well as other technologies.
• It can recognise items from screenshots or photos. As a result, we are able to automate the capturing of photos and run our processes on them.
• supports testing of Flash-based applications.
• allows for mobile testing.
• supports testing of Windows and desktop applications.

Setting Up Sikuli For Selenium

• We require the jar file in order to combine Sikuli with Selenium. It is available for download at this location.
• The above external jars can be added to your project using Build Path once you create a Java project in Eclipse.
• Make a Java class called SikuliTest.java inside the task.

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To Use Sikuli To Automate A Sample Flash Application

• Take pictures of all the components as they interact.
• To concentrate on the screen and take action, use Class Screen.
• To define photographs taken, use the Class Pattern.

1) Take snapshots of all elements to interact with.

Take pictures of each piece we would be dealing with, then keep them all in one folder.

In Selenium, we typically use properties like id, className, or XPath to identify an element and interact with it. However, in situations involving Flash programmes, certain characteristics are not included in the HTML text because the entire Flash application is regarded as an element, as demonstrated in the image.

Therefore, in this instance, in order to identify elements and take action on them, we will use photos. Snapshots are necessary since we are utilising an image recognition technology to detect application parts.

2) To concentrate on the screen and take actions, use the class “Screen.”

The primary class for all the Sikuli functions is called Screen. The class that contains all preset methods for frequent actions like click, double-click, entering text into a text box, hovering over an object, etc. is called Screen.

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• The instance of the entire active screen is stored in the object “screen.” I can use the object to call its methods in order to take actions on the active screen.
• image.jpg); screen.click; – Using the picture name as the argument, this technique is used to click on a screen element.
• image.jpg); screen.doubleClick; – Using this technique, you can double-click an element. The parameter will take the name of the image.
• image.jpg,”abc,”screen.type(“image.jpg”); – This technique is used to give an element input value. It accepts the sender’s text and the picture name as arguments.
• “Image.jpg”; screen.hover; – Using this technique, an element can be hovered over. The parameter will take the name of the image.
• The method screen.exists(“image.jpg”) checks to see if the matching picture is visible on the screen.
• screen.dragDrop (“image1.jpg”,”image2.jpg”) – This method moves the image from one location to another by dragging and dropping it.
• image.jpg,”abc,”screen.type(“image.jpg”); – This technique is used to give an element input value. It accepts the sender’s text and the picture name as arguments.
• “Image.jpg”; screen.hover; – Using this technique, an element can be hovered over. The parameter will take the name of the image.
• The method screen.exists(“image.jpg”) checks to see if the matching picture is visible on the screen.
• screen.dragDrop (“image1.jpg”,”image2.jpg”) – This method moves the image from one location to another by dragging and dropping it.

3) To define the image, use the class “Pattern”

When matching an image file with additional properties to identify a screen element specifically, pattern class is employed. It requires the image’s path as an argument.

Conclusion

So far, we have discussed the utilisation of Automating using the Sikuli tool to Handle Flash-based applications, windows applications, and Desktop applications. Automating any application is possible by taking pictures and interacting with them. Almost anything you watch on your PC or mobile device can be automated with this programme. To learn more about Selenium automation, join Selenium Training in Coimbatore at FITA Academy for the best training with career guidance.