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Selenium is a web application testing tool and also it is an open source freeware. This automation testing framework has gained wide acceptance as a popular and successful mode of website automated testing in a very short time span. These tools are widely used for testing graphical user interface and functionality of web-based applications developed for all types of industries such as e-commerce, travel, biotech, pharmaceuticals, and other mechanization. This testing freeware renders a cost-effective way which is an open source testing framework for performance and other parameters to ascertain compatibility, accuracy, aspect and consumption of web applications. This paper we did study on the various components of Selenium such as Selenium IDE, Selenium RC, Selenium WebDriver, Selenium Grid Most commonly used commands and comparison with QTP.
—Software testing is an essential phase of software development life cycle. Today many software applications are written as web based application that runs in an Internet Browser. The economic relevance of web based application increases the importance of controlling and improving its quality. The quality assurance of a system depends upon automation testing that decreases the test cost and increases work efficiency. In this paper we have discussed various web automation testing tools which will help us to understand the automation testing as well as the tools available for automation testing. A variety of web based systems and applications are tested by automation testing tools. The automation testing script is used in test automation. To choose the best tool for a task, various issues like ease of integration should be considered and weighed against the cost and performance. Also the tool needs to be compatible with the design and implementation of an application.
Procedia Computer Science, 2015
Software testing is the important method to find bugs and improves the software quality. At present a lot of applications are created in web based ap plications that execute in a web browser. Web applications are becoming more and more complex that applications are difficult to test manually. It will increase the time and cost. Accurate results can't be provided. This can be avoided by using test automa tion. The objective of the paper is to make test automation for Web applications using Software testing tool, Selenium. It is a set of testing tool running with multiple browsers, operating systems and many programming languages. Selenium encloses almost all the features to automate tests and it is used to create test cases for web application. Keywords – Web,Test Automation, Selenium IDE, Selenium RC, Web Driver, Selenium Grid.
Software Testing ensures delivery of good quality software to the customer. With the increase of product functionality, testing becomes challenging as it is time-consuming to perform manually, cost also increases as test suite size grows and human error can creep into a system which may lead to losses for the organization. Therefore, automation of software testing for the product is needed using appropriate Automation tool, which can enable developers and testers to easily automate the entire flow or process of automation testing. The objective of this paper is to conduct a comparative study of automated tools i.e. the OpenScript and Selenium-based on differentcriteriàs.
Software testing is a process of executing a program or application with the intent of finding the software bugs. Testing Automation would allow us to reduce the cost and will help us in increasing the quality of Software. Automation Framework follows Data Driven Approach which passes data stored in Spreadsheet as input to the number of test scripts written for executing test cases. Data-Driven Framework is where test input and output values are from data files and are loaded into variables in captured or manually coded scripts. The framework should include navigation through the program, reading of the data files, and logging of test status and information. All the processes should be in the test scripts and each process finds the errors in the software and generates a list of errors. Those errors are properly listed in a Spreadsheet and at the same time also contain the code area and line where it appeared, type of error and its possible solutions. This paper includes integration of selenium and JMeter for load testing.
Mobile application development is a fast-emerging area in software development. The testing of mobile applications is very significant and there are a lot of tools available for testing such applications particularly for Android and iOS. This paper presents the most frequently used automated testing tools for mobile applications. In this study, we found that Android app developers used automated testing tools such as JUnit, MonkeyTalk, Robotium, Appium, and Robolectric. However, they often prefer to test their apps manually, whereas Windows apps developers prefer to use in-house tools such as Visual Studio and Microsoft Test Manager. Both Android and Windows apps developers face many challenges such as time constraints, compatibility issues, lack of exposure, and cumbersome tools, etc. Software testing tools are the key assets of a project that can help improve productivity and software quality. A survey method was used to assess the perceived usability of automated testing tools using forty (40) respondents as participants. The result indicates that JUnit has the highest perceived usability. The study's result will profit practitioners and researchers in the research and development of usable automated testing tools for mobile applications.
Testing is one of the important aspects of Software Engineering and there is wide availability of open source software testing tools in this category of which Selenium, Sikuli and Watir are usually used open source automated testing tools. This paper presents the comparative analysis of these different tools in terms of their recording capabilities, Data Driven Testing, Efficiency, Languages Supported, Test and Code Reusability that conclude the effectiveness of testing tool under these parameters
Spinodal decomposition is a phase separation mechanism within the miscibility gap. Its importance in case of binary system, this work is aimed at a better understanding of the phase separation process in the binary system. Fully ferritic microstructured alloys was observed that hardness of homogenized samples increased monotonically with increasing one of metal content up to 55 wt.% which can be attributed to solution hardening [1]. However, it means that alloys are suffering phase separation. For compositions inside the miscibility gap, hardening effect is a result of phase separation either by nucleation and growth or spinodal decomposition [3]. According to the previous studies, the Spinodal boundary is most probably located in this composition range. However, no change in hardness was observed even up to 24h.Further investigations are needed to confirm and explain this result. Keywords- binary system, phase diagram, miscibility gap, spinodal decomposition, nucleation and growth, hardness.
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