Skip to main content

Types of Recording


Types of Recording:
4 types of recording modes are available
Ø  Basic
Ø  Desktop
Ø  Web
Ø  Citrix
2 ways of Recording
Ø  Automatic
Ø  Manual

Basic – generates a full selector for each activity and no container, the resulted automation is slower than one that uses containers and is suitable for single activities.

Desktop – suitable for all types of desktop apps and multiple actions; it is faster than the Basic recorder, and generates a container (with the selector of the top-level window) in which activities are enclosed, and partial selectors for each activity.

Web – designed for recording in web apps and browsers (supported: Internet Explorer, Google Chrome), generates containers and uses the Simulate Type/Click input method by default.

Citrix – used to record virtualized environments (VNC, virtual machines, Citrix, etc.) or SAP, permits only image, text and keyboard automation, and requires explicit positioning


Note:
Desktop, Basic and Web Recording toolbars are quite similar and enable you to:
Ø  Automatically record multiple actions performed on the screen
Ø  Manually record single actions, such as:
ü  Starting or closing an application or web browser
ü  Clicking an interface element
ü  Selecting an option from a drop-down list
ü  Selecting a check box
ü  Simulating keystrokes or keyboard shortcuts
ü  Copying text from a UI element or performing screen scraping
ü  Looking for elements or waiting for them to vanish
ü  Finding an image
ü  Activating a window


Citrix Recording toolbar supports only Manual Recording (Single Actions) & enables you to:
ü  Click an image or text
ü  Simulate keystrokes or hotkeys
ü  Select and copy text from a window
ü  Scrape UI elements
ü  Look for elements or wait for them to vanish
ü  Find an image or wait for it to vanish

ü  Activate a window

Comments

Popular posts from this blog

Variables, Data Types and Math Operations

  In order to do anything interesting in a program, we must have the ability to store and manipulate values. What allows us to do that are what we call variables. Now a variable, simply put, is just named data storage. Now Java is a strongly ‑ typed language. Now what that means is that when we declare a variable like, in this case, we have a variable named data Value, we have to specify the type of that variable, in this case, it's what we call an int, something that can store integers. So, what that means is that the data Value variable can only store things that are compatible with the type int. As we go through the course, we'll talk about this idea of one type being compatible with another. Now when we declare a variable, we can, of course, then assign a value to it, so our variable data Value now holds the value 100. Now when we use variables, we can do it the way we've done here where we declare it, then assign it, or as a matter of convenience, we can declare them a...

ClaimCenter

Claim Center is a web-based enterprise software application designed to manage the process of reporting, verifying, and making payments on claims against a policy. It manages the claims process from first notice of loss through execution of financial transactions, including the payment and setting of reserves. CC Functionality involves Group-based ownership of claims and claim sub objects Claim Financials Address book integration Workspace to manage claims process Distributed collaboration Activity coordination Worker and claim management

JRE vs. JDK

  The JRE and the JDK are two terms you hear people mention very frequently in the Java world, and what they are the two parts that we need in order to run and create Java applications. The JRE is the Java Runtime Environment. JDK is the Java Development Kit. And so, the JRE is what you require in order to run Java applications, and end users normally install the JRE. They're the ones who are going to run our apps. The JDK provides the tools that we need to create Java apps. So, normally, developers are the ones who install the JDK on their machines. And in order to develop apps, you need to run them, so the JDK installation includes a JRE. So how does all this work together? If we sit down, and we type up a Java source file with our program code inside of it, and we want to go ahead and run that in some host environment, how do we do it? A host environment might be Windows, Linux. It could be Mac. It could even be a browser. It might be a phone running Android. How do we get from ...