Explain Tellurium - Web Functional/Regression Test Tool

- Tellurium is an automated testing framework developed exclusively for the web–based applications.

- It is an open source tool and based up on user interface module.

- All UI elements grouped together are called as the UI module. 

- Usually, a composite UI object is what that a UI module represents in a format similar to that of the basic nested UI elements. 

- Building of UI locators is actually possible because of the UI module. 

- This tool comes with a Firefox plug – in called the TrUMP (tellurium UI model plugin) using which one can create UI modules automatically.

- The duty of the framework is to perform object to locator mapping or OLM. 

- It does this at the execution time automatically so that the user finds it easy to define the UI objects just by their respective attributes. 

- Another technique used by tellurium is the GLC or the group locating concept for the exploitation of the information contained in the UI components. 

- This information is used for locating the locators.

- It defines a complete new language for web testing known as the domain specific language or DSL. 

- UI templates are one of the powerful features of tellurium. 

- These templates can be used for representing many identical UI elements with their dynamic size at the run time. 

- These elements are quite useful for testing dynamic web elements like for example a data grid.

- Another characteristic feature of tellurium is that it can composite the UI objects very nicely in to tellurium widget objects. 

- The tellurium widgets thus obtained can be packed as a jar file. 

- Each of these widgets can be used as a single tellurium UI object once included with the jar file. Java and groovy wrote the code for the tellurium core. 

- However, tellurium trump and engine can be implemented with jQuery and JavaScript. 

- Users are free to test cases in any of these languages: groovy, pure DSL, or java. 

- Tellurium is kind of a portable framework and runs up on selenium. 

- JUnit and TestNG testing frameworks are both supported by tellurium. 

- Tellurium is hosted on Google code as an open source project.

- It comes with Apache license 2. 

- The credit for the creation of this tool goes to Jian Fang of the Georgia institute of technology.

- The major flagship project of the tellurium team is the tellurium core. 

- The UI modules act as a backbone to the tellurium tests since they define the html content of the page that is being tested. 

- But it does not make use of CSS and xpaths for defining the UI elements as selenium do. 

- It uses a much better thing i.e., DSL that also defines the relationships among those modules. 

- JUnit or TestNG can be used as testing container as preferred by you. 

- It is required to write the UI module DSL for writing a selenium test case. 

- This can be either be done using TrUMP or manually. 

- The robustness of the tests are further improved by the tellurium’s santa algorithm. 

- This algorithm locates the UI module at the execution time DOM. 

- But this feature is only available in 0.7.0 and higher versions.

- The lower versions require that the run – time locators are generated by the tellurium core based up on the definition of the UI module. 

- The selenium commands are then passed by to the tellurium for locating individual UI elements. 

- Using trump UI module DSL can be generated just by clicking on the page elements. 

- The DSL then can be saved to a groovy class and can be used by the tests any time. 

- It is the use of UI modules that have made the tellurium so expressive.

What are key technologies supported by Maveryx? - Part 2

In this part of the article we shall discuss about the remaining 3 key technologies of the Maveryx automated testing tool:

5. Extensibility: 

- The plug–in system of the Maveryx is quite extensible.

- It can be made richer by customizing. 

- Maveryx allows the users to customize the default functionality and other specific desired capabilities using individual plug – ins.

- A number of plug–ins for a number of reasons are supported by the Maveryx tool. 

- Few of those reasons have been listed below:

a) For adding support dedicated to the complex as well as custom GUI controls.

b)  For adding test actions such as APIs that are proprietary.

c)  For adding new algorithms for matching.

d) For integrating the maveryx with a number of other tools like bug tracking tools, SCM tools and so on.

- Maveryx has got it all: the reliable and easy to use testing environment and intuitive testing functionality to help you create the best test project. 

- Maveryx holds a collection of powerful but easy to use java APIs that help in creating better regression and functional test cases. 

- Since Maveryx is an open source tool so you have the power of modifying it or extending it any way to fit your requirements. 

- Plug–ins are the things that help you in this regard. 

- They can be installed and removed at any times. 

- Maveryx has been designed so as to allow the mechanisms and hooks that help in enhancing the frame work without calling for any major changes in the infrastructure of the system. 

- Extensions can be made in either of the two ways:

Ø  By adding a new functionality or

Ø  By modifying an existing one

- Programming interface is another thing that helps with the extension of the maveryx tool. 

- By installing core plug–ins, you enhance the capabilities of the Maveryx making it to adapt your specific requirements or your organization’s specific requirements. 

- Customizing Maveryx increases its functionality and increases the speed of the testing process.

6. Eclipse plug–in

- Maveryx comes with a separate plug – in for the eclipse tool. 

- It consists of the software tools that can be deployed to make use of the java eclipse IDE, thus granting the developers and software testers with an ability of designing, building and executing the automated test scripts using the Maveryx testing tool.

- This plug–in provides assistance to the software testers who are using Maveryx in the creation of the new test classes for test projects and generation of the java code via Maveryx’s frame work.

7. Test Reporting: 

- When you execute a test case, you do not have to worry about generating the metrics. 

- Maveryx does it all for you through its test reporting key technology. 

- It automatically generates the metrics. 

- Plus, it also puts all the detailed reports at your fingertips.

- The results of the tests execution are also displayed automatically. 

- Actually, all this is done in coordination with the eclipse plug–in.

- The plug–in in turn makes use of a number of Maveryx’s reporting features for the creation of the reports and live charts during the execution process of the tests.

- The plug–in only creates the finalized test reports that give an explanation regarding the results of the tests through visual aids such as charts, tables, statistics and so on.

The maveryx software testing tool has got a number of other features such as:

- Test logging capabilities

- Automated verification points

- Multi – application testing

- Distributed application testing

- Error handling feature that is customizable

- Multilingual testing

- Keywords

What are key technologies supported by Maveryx? - Part 1

Maveryx’s unique key technologies are what that makes it so useful. There are 7 of them and we shall discuss about only 4 here.

1. No GUI Maps: 

- Maveryx is an automated testing tool that it does not makes use of GUI maps for locating the GUI objects.

- It carries out the analyzation and the identification of the GUI objects to know their properties at the time of the scripts execution without taking help from a GUI map. 

- When a test is run, a scan is carried out by the Maveryx software and it takes some of the snap shots of the interface of the application under testing or AUT. 

- Maveryx then processes each of the snap shots using an advanced GUI objects finder. 

- This object finder then recognizes the object and locates it so that you can straightaway start writing the test cases and you don’t have to wait. 

- Automated scripts can be developed early by the testers during the software development life cycle. 

- This is done in parallel with the development of the application. 

- However, the test scripts are developed only when the application is ready to be tested. 

2. GUI objects finder: 

- This advanced finder identifies as well as locates the objects very well that have been embedded in the scripts during the run time itself using many of its pattern – matching capabilities. 

- A number of searching algorithms are used by Maveryx for the recognition and the location of the objects during the execution session of the tests. 

- These algorithms remain applicable even for the objects to which changes have been made since the creation of the tests and partial descriptions have been encoded in to the test scripts. 

- It also carries out a search for the run – time objects that seem to match the test object fully or partially.

Below mentioned are the matching algorithms that are supported:

- Exact: This algorithm lets you search for a test object that is exactly same as the one mentioned in the test scripts.

-  Case insensitive: This algorithm is somewhat same as that of the first one but ignores the case.

- Partial: This algorithm lets you find a match based up on the partial data.

- Wild card: Using this algorithm you can match objects using the common regular expressions.

- Levenshtein distance: This algorithm lets you perform approximate matching through some fuzzy logic and edit distance.

- Thesaurus searching: This algorithm lets you find related terms be it in broader terms or in narrow terms or conceptual in a vocabulary called ‘wordnet’.

- Google translation: This algorithm is best suited for internationalization testing or multilingual testing and it lets you find translations.

   With so many algorithms the objects finder has proved to be quite effective in cutting down the time and effort made by the testers in maintaining the scripts. It also provides all the facilities to the testers to write the automated tests from the partial, lacking and unstable specifications. Further the testers are also enabled to automate the test cases that have developed resilience against frequent changes that are made to the interface of the application thus avoiding the need for the continuous rework on the scripts. 

    

     3. Data driven testing: 

    This maveryx implements through Microsoft office excel spreadsheets as well as XML files.  A number of data bases are also supported by the maveryx tool.

   4. Keyword driven testing: Using excel spreadsheets Mavryx creates data tables which it uses for developing test cases. Test actions or the keywords are stored in the spreadsheets and XML files. 

Explain Maveryx? For what purposes it is designed?

About Maveryx Testing Tool

- Maveryx has been developed as a GUI, Regression testing and automated functional testing tool for applications written in java. 

- But Maveryx is different from the other automated GUI testing tools in the way that it does not make use of GUI maps for the creation and execution of the automated tests. 

- The recognition of the GUI objects to be tested takes place at the time of the execution. 

- This is done using an advanced GUI objects finder. 

- Fuzzy and exact matching algorithms are supported by this search engine. 

- Such algorithms are also used in the identification of the test objects present in the application user interface. 

- With GUI maps, the automation process cannot be started early and so this search engine avoids GUI maps thus enabling the automation process start before the application is actually made available for testing. 

- On the other hand, possibility for deriving the tests from requirements that are either partial or lacking is achieved through approximate matching. 

- Approximate testing also allows for the scripts that have resilience against the frequently changing nature of the application. 

- Many of the software quality assurance teams deploy Maveryx primarily for carrying out automated testing in agile and traditional environments as well. 

- Data driven testing is also supported by the Maveryx for java applications. - It also supports a number of platforms such as:

1. Windows
2. Linux
3. Mac

- Maveryx does not use GUI maps for objects recognition rather it locates the objects at the run time directly when the scripts execution is in progress. 

- While the Maveryx runs a test, simultaneously it also carry out a scanning of the interface of the application under test or AUT and also searches for controls as well as the objects that require manipulation. 

- The GUI objects finder carries out an unique identification process for every test object. 

But what powers this advanced search engine?

- It is powered by a set of algorithms inclusive of the approximate as well as exact matching. 

- This technology makes it possible to get a closest match between the objects in AUT and GUI object encoded in the test scripts. 

- GUI object finder can perform this operation even if the full operation regarding the GUI object is not available. 

- The scripting language used by the Maveryx is of course the java. 

- It is because of this that Maveryx can be integrated with any of the java IDE such as netbeans, eclipse and so on. 

- Further, it can also be integrated with testing framework such as the IBM rational functional tester, JUnit and so on.

- In addition to the above mentioned testing methodologies, it also allows for using the keywords and verification points so that the test coverage can be increased, script reuse can be promoted and number of automated tests can be increased. 

- Various key technologies employed by the Maveryx are:

1. No GUI maps
2. GUI objects finder
3. Data driven testing
4. Keyword driven testing
5. Extensibility
6. Eclipse plug in
7. Test reporting

- Few characteristics features of maveryx are:

1. Test logging capabilities
2. Automated verification points
3. Multi – application testing
4. Distributed application testing
5. Error handling feature that is customizable
6. Multilingual testing
7. Keywords

- Metrics regarding the test cases are generated automatically by the Maveryx software.

- It also produces detailed reports with results.

- A number of reporting features are available with the eclipse plug – in of the Maveryx using which live reports and performance charts can be created during the run time of the test. 

- It also helps in the production of the final reports accompanied by statistics and table charts. 

Explain Rapise - Web Functional/Regression Test Tool

In this world of web–based applications, every application is unique and therefore its testing needs are also different from the other applications. To satisfy all those different testing requirements, environments, specifications, scenarios and so on we require many different testing tools. So a number of web functional/ regression testing tools have been developed and all of them possess some unique features that suit to needs of the different testers. 

In this article we discuss about one such web functional/ regression tool called Rapise that has been developed by the Inflectra inc. 

About Rapise

- This tool provides a platform for functional test automation. 

- The architecture of this tool is quite open and can be extended if required. 

- These two qualities make it very flexible for testing the applications.

- Rapise has built–in cross–browser testing capabilities that support several versions of the following web browsers:

1. Microsoft internet explorer
2. Mozilla firefox and
3. Google chrome

- It supports the following applications:

1. Ajax
2. GWT
3. YUI
4. Flash/ flex
5. AIR
6. Silverlight and so on.

- Microsoft excel spreadsheets can be used for following approaches such as keyword driven testing and data driven testing.

- Rapise identifies the objects based up on CSS and Xpath. 

- Rapise comes with a built–in OCR i.e., optical character recognition.

- It relies on JavaScript for scripting purpose. 

- An open format is used for storing the scripts as well as the identified objects unlike other tools that store them in a database or a proprietary binary file. 

- The JavaScript editor included with Rapise is full function edition and has a feature called the automatic code completion. 

- An active JavaScript debugger that is plug-gable plus has watches and break points, is also included in Rapise tool. 

- Rapise has made cross browser testing much easier than before. 

- This is all because of the cross – browser testing capabilities that are of the best standard and multiple browser versions as mentioned earlier in the article. 

- You have the choice of recording and creating one test script and executing the same in all the major browsers without making any modifications to it. 

- Rapise claims to have the most flexible as well as the powerful test automation features ever available in the market. 

Features of Rapise Testing Tool

Below we mention some features of Rapise testing tool:

1. Learn and go functionality: This lets you create test scripts rapidly. This works in a more efficient manner than what traditional recording and playback methods we have. The editing of the object takes place during the learning process.
2. Keyword driven testing and data driven testing
3. Windows and web application testing
4. Can be extended using Javascript
5. Adobe AIR and Flash support
6. Supports DevExpress, Infragistics and telerik controls.
7. Support for Qt framework
8. Integrated reporting capabilities that are very powerful.
9. Integration with SpiraTest for effective test management.

- This tool has leveraged the power of extensible architecture by a great measure. 

- For user, the JavaScript source code has been made available for library recognition as well as execution. 

- All these features let you automate the test where other testing tools are bound to fail. 

- With such advanced features, Rapise can be called as the most customizable, extensible and flexible test automation tool. 

- Key functions can be modified by the users as per their requirement and the recording aspects can be customized with the help of custom plug – in libraries. - Since Rapise is using Javascript, a broad range of users can access it.  

Explain EiffelStudio? What technology is used by EiffelStudio?

For Eiffel programming language, the development environment is provided by the Eiffelstudio. Both of these – the Eiffelstudio and Eiffel programming language have been developed by Eiffel software. Presently the version 7.1 has been released.

- Eiffelstudio consists a number of development tools namely:

1. Compiler
2. Interpreter
3. Debugger
4. Browser
5. Metrics tool
6. Profiler
7. Diagram tool

- All these tools have been integrated and put under the single user interface of the Eiffelstudio. 

- This user interface in turn is based on several UI paradigms that are quite specific to one another. 

- There has been done effective browsing through ‘pick and drop’ thing. 

- Eiffelstudio supports a number of platforms including the following:

1. Windows
2. Linux
3. Mac OS
4. VMS and
5. Solaris

- This Eiffel software product comes with a GPL license. 

- However, a number of other licenses are also available. 

- Eiffelstudio falls under the category of open source development. 

- The beta versions of the product of the following release are made available to the public at regular intervals. 

- The participation of the Eiffel community in the development of the product has been quite active. 

- A list of the open projects has even made available on the origo web site. 

- The host of this site is at ETH Zurich. 

- Along with the list, information regarding the discussion forums, basic source code for check out etc. also has been put up. 

- In the month of June 2012, the last version 7.1 was released and the successive beta releases were made available very soon after that.

Technology behind EiffelStudio

- The compilation technology used by the Eiffelstudio called Melting Ice is unique to the Eiffel software and is their trademark.

- This technology integrates the interpretation process of the elements with the proper compilation process. 

- This technology offers a very fast turnaround time. 

- This also means that the time taken for recompilation depends up on the size of the change to be made and not on the overall size of the program. 

- Such melted programs even though can be delivered readily but still a finalization step is considered important to be performed before the product is released.

- Finalization step involves a very highly optimized compilation process which takes a long time but the executable generated is optimized.

- The interpretation in eiffelstudio is carried out through what is called the byte code-oriented virtual machine. 

- Either .NET CIL or C is generated by the compiler. 

History of Eiffelstudio

- The roots of the Eiffelstudio date back to when the Eiffel was first implemented by interactive software engineering Inc. 

- The Eiffel software was preceded by the interactive software engineering Inc. -The first implementation took place in the year of 1986. 

-The current technology used in Eiffelstudio evolved from the earlier technology called the ‘Eiffel bench’ that saw its first use in the year of 1990. 

- It was used along with the version 3 of the Eiffel programming language. 

- In the year 2001, the name Eiffel bench was changed to what we know now, the ‘Eiffelstudio’. 

- This was also the year when the environment was developed to obtain compatibility with the windows and a number of other platforms. 

- Originally, it was only available for Unix platform.

- Since 2001, Eiffelstudio saw some major releases with some new features:

1. Version 5.0 (july 2001): The first proper version. Saw integration of the eiffelcase tool with the eiffelbench as its diagram tool.
2. Version 5.1 (December 2001): Support for .NET applications. Also called the eiffel#.
3. Version 5.2 (November 2002): The debugging capabilities were extended, an improved mechanism for C++ and C was introduced, eiffelbuild, roundtripping abilities etc. were added.

Give an overview of The diagram Tool of EiffelStudio?

Eiffelstudio is a rich combination of a number of development environment tools such as:

1. Compiler
2. Interpreter
3. Debugger
4. Browser
5. Metrics tool
6. Profiler
7. Diagram tool

In this article we shall discuss about the last tool of Eiffelstudio i.e., the diagram tool. 

A graphical view of the software structures is provided by the Eiffelstudio’s diagram tool. This tool can be used effectively in both:

1. Forward engineering process: In this process it can be used as design tool that uses the graphical descriptions for producing the software.
2. Reverse engineering process: In this process it produces the graphical representations of the program texts that already exist automatically.

The changes that are made in any of the above mentioned two processes are given guaranteed integration by the diagram tool and this is called round trip engineering. 

It uses any of the following two graphical notations:

1. BON (business object notation) and
2. UML (unified modeling language)

By default the notation used is BON. The Eiffelstudio has the capability of displaying several views of the classes and their features. 

It provides various types of views such as:

1. Text view: It displays the full text of the program.

2. Contract view: It displays only the interface but with the contracts.

3. Flat view: It displays the inherited features as well.

4. Clients: It displays all the classes with their features that depend up on other class or feature.

5. Inheritance history:  It shows how a feature is affected when it goes up or down the inheritance structure.

There are a number of other views also available. There is an user interface paradigm that is based on holes, pebbles and other development objects and the Eiffelstudio relies heavily on this. 

Software developers using Eiffelstudio have to deal with abstractions that represent the following:

Ø  Classes

Ø  Features

Ø  Breakpoints

Ø  Clusters

Ø  Other development objects

- The way they deal with these things are same as that of the way in which the objects during run time are dealt by the object – oriented in Eiffelstudio.

- In Eiffelstudio, wherever a development object appears at the interface, it can be picked or selected irrespective of how it is visually represented i.e., what name is given to it and what symbol and so on. 

- To pick a development object you just have to right click on it. 

- The moment you click on it the cursor changes to pebble (a special symbol) that corresponds to different types of the object such as:

1. Bubble or ellipse for class
2. Dot for breakpoint
3. Cross for feature and so on.

- As the position of the cursor changes, a line appears displaying the original position and current position of the object. 

- The object can be dropped at any place where the pebble symbol matches the cursor.

- An object can also be dropped in a window that is compatible with it. 

- Multiple views can be combined together to make it easy browsing through the complex structure of the system. 

- This also makes it possible to follow the transformations such as re-naming, un-definition and re-definition that are applied to the features while inheriting.

- The diagram tool of the Eiffelstudio is the major helping hand in the creation of the applications that are robust, scalable and fast. 

- It helps you to model your application just the way you want. 

- It helps in capturing your requirements as well as thought processes. 

- The tools of the Eiffel studio make it sure that you don’t have to use separate tools to make changes in the architecture of the system while designing.

Explain Watir - Web Application Testing in Ruby?

Watir stands for web application testing in Ruby and was developed as an open source that would provide Ruby libraries by Paul Rogers and Bret Pettichord. The software is licensed under BSD and contains all ruby libraries that would be required for the automation of the web browsers. The software is known to drive a number of web browsers namely:

1. Internet explorer
2. Mozilla firefox
3. Chrome
4. Opera
5. Safari

The software has been made available especially for ruby as the ruby gems. Watir is comprised of several smaller projects which define its functionality:

1.Watir – Classic: Ruby has got built – in OLE capabilities that can be used by watir classic for driving the IE pro grammatically. The way of operation of watir classic is different than that of the other HTTP based testing tools.

2.Watirspec: This one is watir’s executable specification.

3.Watir–web driver: The reference implementation of the web-driver specification is the selenium 2.0. the roots of the watir web driver can be traced to the HTML specification.

This automated test tool uses Ruby as the scripting language for driving the above mentioned web browsers. You can call it a tool kit for developing effective automated tests and run them against the browsers. Watir can be used for driving the web applications which can be looked up as HTML pages while browsing. 

However, Watir is not known to work with the following:

1. Active X plug – in components
2. Java applets
3. Macromedia flash and other plug – in applications.

Before you use Watir for your application you need to determine whether it will work for it or not. To do so just right click on the object and check for the view source menu. If the HTML source for the object is available it can be well automated using watir otherwise not. There are certain prerequisites for using Watir which are that you need to have knowledge about the following:

1. HTML
2. Programming basics including simple control structures.
3. Ruby: this is required if you put watir to a really good use.

Watir works well for all the windows platforms including Windows 2000, server 2003, XP and vista and it can be run on versions 6 and 7 of internet explorer. Using ruby 1.8.5 – 24 or 1.8.6 – 26 is recommended. For installing ruby and watir you need to log on as the administrator. 

There are two ways for installing Watir:

1. From behind a proxy and
2. From behind a firewall

The tests written using Watir are quite easy to read as well as maintain and exhibit simplicity and flexibility. The way Watir drives the web browsers is the same as done by people. It performs clicking operations such as clicking on links and buttons, forms filling operations and so on. Results are also checked by Watir. 

Ruby, like other programming languages provides your application with the ability to do the following:

1. To connect to data bases
2. To read from spreadsheets and data files
3. To export the XML files
4. To restructure your code so that it can be converted in to a reusable library.

Watir is free open source tool and therefore no money expenditure in using it. Ruby is a full featured modern programming language which lets Watir support all the web applications no matter by what technology it has been developed. Watir provides support to a number of browsers on different platforms. Though the tool is quite powerful it is extremely simple and easy to use. For using Watir it is recommended that you install the IE developer tool bar. 

Explain Oracle Application Testing Suite?

Oracle application testing suite is an effort to provide you with a comprehensive web application testing solution that is quite integrated and has got all the tools that you may require for ensuring the reliability as well as scalability of your applications that are based up on critical business processes. 

Oracle application testing suite has got three main parts namely:

1. Oracle Functional Testing: This is for performing regression testing and functional testing on web applications.
2. Job scheduler: This component of the testing suite is responsible for scheduling the testing of the application.
3. Oracle load testing: This is for carrying out scalability testing, load testing and stress testing on the web applications. This component also consists of some tools that can be very well used for monitoring and reporting on the server side.

- A common set of the visual scripts is what that powers the web applications and therefore they don’t require any programming.

- Also, you don’t need to learn any proprietary language, take training classes or to set up any special proxies. 

- As any changes are made to the application, they are reflected in the visual scripts of the application and the updates are automatically performed. 

- This means that the load tests and the regression tests that you created will be automatically synchronized with the application. 

- This will help you to make the automated regression testing an important part of the development process. 

- The functional testing feature of the oracle application testing suite serves as a tool for functional as well as regression testing and as a script recorder for the whole testing suite. 

- Objects on each and every page are recorded by the functional testing suite and the tests are automatically inserted for the validation of the objects.

- In the visual script you can find the graphical representation of each and every object. 

- The components can be augmented or masked as you require with the help of simple click actions.

- The objects on a page are displayed in the tree hierarchy in the visual script. - Flags are used for indicating the differences between the current version and the baseline.

- With the oracle functional testing the creation, maintenance, and execution of the tests becomes very easy. 

- It comes with the following:

1. An intuitive yet powerful automated test case generator.
2. A special text matching component.
3. Ability of executing the data driven tests via the data bank wizard.

Features of Testing Suite

The features of the testing suite have been highlighted below:

1. Automatic test generation/ visual script technology: This features lets you record and test the whole application with object orient scripts that are reusable. The following are the elements that are automatically captured:

Ø  Elements

Ø  Forms

Ø  Frames

Ø  HTML

Ø  Images

Ø  Image maps

Ø  Links

Ø  Active X controls

Ø  Java applets

Ø  VBscript

Ø  Java script

2. Simple script updating: Scripts are updated as per the changes with a simple click.
3. Graphical test results: Red flags indicate the HTML differences or any failures so that they can be diagnosed.
4. E- spider: Whole of your site is automatically mapped and visual scripts are created for either whole or partial of your application.
5. Data bank wizard: It enables you to create data bank wizards without actual programming. Since the visual scripts reusable they can be used again and again with different inputs every time.
6. Visual test case insertion: This feature lets you add extra test cases to the scripts fore the verification of the server response times, text of the page and form elements and so on.
7. Programming interface