Create A Project Named Lab-9: Fill & Download for Free

That most students (including 9 pointers) cheat and easily get away with it. And those who do things honestly get screwed.I'll share an anecdote from my second year. For Systems Software lab, the class was divided into groups of three and every group had to create a GUI for a Breadboard Simulator. So everyone started learning the basics of GUI programming. Some students worked really hard, they learned everything from scratch and created a rudimentary software which was no mean feat. My group too decided to learn the basics and then have a meeting to decide how to go about building the software. I read some tutorials and made some progress on the software. Then we had our group meeting. My group mates (who were Institute Rank 1 and 2) hadn't done anything. But they couldn't afford to lose a 10, could they? So they decided that we should download Java Breadboard, add our name on it and submit it as our project. At that time I was too awed by them to speak against this idea. So we ended up doing it. Obviously our project was head and shoulders above the rest. Our group got a 10 and also the Best Project Award. Many others who had done the project honestly got an 8 or a 9. I felt terrible that day. I couldn't bear to look at the small souvenir the Professor gave us and threw it away. Worse is the hypocrisy. One of them (whose entire 4 years in the institute has been spent piggybacking on other people's work) went on to 'raise' the issue of plagiarism in a student professor interaction session and spoke like a saint about how steps need to be taken to prevent it. Unfortunately, Professors either don't notice or don't care.

I graduated from IIT Delhi in May 2012, majoring in Computer Science and Engineering. Here are some random facts about the CS department at IIT Delhi that were true in my experience and that of many other people I knew (both in CS and outside). However, these might not be representative for every one and certainly not necessarily true today any more.At least as of 2012, CS department enjoyed probably the best infrastructure in the whole campus. It had a separate building called Bharati which was new and beautiful. Labs were more comfortable with bio-metric entry, reliable printer services, reliably high speed internet, fairly effective air conditioning and most importantly were open 24 x 7. To help you understand the difference better - during exam days, Bharati used to be flooded with students from all the departments because it was one of the best places to study.Courses were strongly inclined towards theory and CS fundamentals and much weaker on the software engineering aspects. Several professors urge students to go for PhD (and subsequently research) over industry.Web development was not taught as part of curriculum or otherwise. When my class graduated in May '12, no more than 5 students could setup a very simple database driven website. Having said that - all of them were obviously capable enough of learning it very quickly.Most students used to find CS program to be very intensive. Utkarsh's answer is spot on in that regard. However, as Anon user mentions it - there were some students who were so smart and natural with CS that they could easily breeze through without breaking a sweat. Being in the CS class was honestly intimidating.Many students in the campus, at least in my experience, used to believe CS guys to be academically stronger than themselves. It was common for people to deregister from a course if large number of CS students registered for it (as grading was usually relative). I was once told during a team parliamentary debate by a senior - Come on, you're from CS, think of some counter-argument quickly.CS faculty usually got more positive reviews from the students compared to the faculty in some other departments. For instance, I've friends from maths department who exclaimed how they couldn't understand a basic concept like primal-dual of LP in 4 years of their department courses as they did in single lecture in one of CS faculty's class.There was very little 'red-tape' in department processes. Our assignments used to be either programming assignments which were submitted online or were written very informally on a paper and handed over. Like other Indian colleges, we just did not have to create a project report with a flashy file, neatly laser typed. It was common to see seen students printing a report in lab at 9:25 AM when their final presentation in front of a committee is at 9:30, and the faculty was okay with that. It was okay to not attend classes at all if that’s what students preferred and most classes did not have strict attendance policies. It used to be okay to walk out of class to attend a phone call. Faculty was, generally speaking, more reasonable and student friendly compared to some other departments.Year after year, half of the CS class used to be composed of people from a single caste - Agarwals. For those who don't know, anyone having a last name among: Agarwal (along with some spelling variations), Garg, Gupta, Goel / Goyal, Mittal, Singhal, Bindal, Bansal or one of 11 other names belongs to this caste. Many people having a last name of Jain also fall in this category. As a result - think of any 5 Indians in CS that you know and at least 2 will have one of these last names.Though all department machines contain only Linux (mostly Ubuntu), majority of the people still used Windows in their laptops for day to day working.

Gauge is a free open source test automation framework released by creators of Selenium, ThoughtWorks. Test automation with Gauge framework is used to create readable and maintainable tests withlanguages of your choice. Users who are looking for integrating continuous testing pipeline into their CI-CD(Continuous Integration and Continuous Delivery) process for supporting faster release cycles. Gauge framework is gaining the popularity as a great test automation framework for performing cross browser testing.This article would help you understand the benefits of using Gauge test automation framework, installing and running your first automation script for test automation with Gauge framework. I will also show you how to use LambdaTest Selenium grid for executing your automation script for test automation with Gauge framework to perform extensive, automated browser compatibility testing with Gauge on cloud. Here we go!What Is Cross Browser Testing?Cross Browser Testing is the process to validate the quality of the web application across different browsers, browser versions running on numerous operating systems to verify compatibility and behaviour of an application under test.The browser differences are induced due to rendering engines. Each browser version has a unique engine responsible for representing the web elements in a different manner.We have a plethora of platforms, browser, browser versions to test. It would be strenuous and probable infeasible to have all the browsers installed in your local system as you perform test on them one by one. Also, you can’t go ahead having a device lab of your own. So how would you perform cross browser testing in detail?Why Choose Gauge For Cross Browser Testing Out Of Other Test Automation Frameworks?Now, that we are aware of the basics regarding Gauge framework and cross browser testing. Let me tell you why I prefer to perform test automation with Gauge framework over other test automation frameworks.Wide range of templates are available in a language of your choice to have an easy kick start to the project.Command Line support which makes the integration easier with CI-CD tools.Test automation with Gauge framework supports all major programming languages along with GoLang.It supports wide variety of plugins, here is a list of all plugin categories available.Language Runners: Java runner, C# runner, C# runner(.Net Core), Ruby runner, Javascript runner, Golang runner and Python runner.IDE Plugins: Visual Studio Code, IntelliJ and Visual Studio.Reports: HTML Report, XML Report, JSON Report, Spectacle and Flash.Build Management: Maven and GradleYou can even create your own plugin using their open source Gauge API.Quickly detect issues through screenshots of event failures and multiple reporting formats available instead of navigating through stack traces.Allows you to create scalable tests through parallel execution and being an open-source it offers integrations with cloud-based solutions like LambdaTest for addressing the cross browser testing goals.Better management of data sets through data driven testing with multiple data sets is possible while keeping specifications highly readable.Easy to 1. write effective test cases by members across the team.Automated cross browser testing made easy.Scalability of product requirements across the QA, Dev and Business teams.Is Gauge Framework Meant For BDD(Behaviour-Driven Development)?Users often tend to compare creation of spec files for test automation with Gauge framework is the same way as we develop feature files in BDD using Gherkin, believe me there is a lot of difference in between them.Behaviour Driven Development focuses more on conversations, collaborations and automation in order to achieve the business needs, test automation with Gauge framework following Acceptance Test Driven Development focuses and emphasize more on functional testing.Feature file in BDD is replaced by spec file for test automation with Gauge framework.Feature file is created with Gherkin Language, Spec file is created using markdown language.Test automation with Gauge framework provides templates for automation where BDD doesn’t depending upon the language.Gauge has all the BDD features intact making BDD a subset of test automation with Gauge framework.Installing & Setting Up Gauge For Your Operating SystemDownload the latest build of gauge from GitHub-Gauge. Depending upon the operating system, download the required binaries.Installing Gauge Framework in Mac:Installing Gauge framework in macOS using Homebrew with below commands:brew updatebrew install gauge.Installing Gauge Framework in Linux using apt-get:Add GPG key with below command:sudo apt-key adv --keyserver hkp://pool.sks-keyservers.net --recv-keys 023EDB0BAdd Gauge framework repository to the list.echo deb https://dl.bintray.com/gauge/gauge-deb nightly main | sudo tee -a /etc/apt/sources.listInstall Gauge framework with below commands:sudo apt-get updatesudo apt-get install gaugeInstalling Gauge Framework in Windows:Complete the installation of required packages of programming languages. It works with all languages like JavaScript, C#, Java, Python and Ruby.Extract it to a desired location and add it to system path.Using CLI to get started with Project Creation for GaugeTo verify the version of the Gauge framework, open cmd and type command “gauge --version” as shown in the image below.Step 1: Gauge framework has a list of project templates defined already for the language of your need. You can take a look at it by typing in command “gauge init --templates”.Step 2: Navigate to a folder of your choice and create a java project using command “gauge init java”.Step 3: To run the sample project and view report you can use the command “gauge run specs”.As you can see the path to report generated in CLI(Command Line Interface), sample report generated for the test stub executed is as below.Creating Your First Project Using Gauge For Test AutomationAs we have made use of command line till now, for a better coding experience we can make use of IntelliJ IDE to create our first script. Start with creating a maven project with below information.Navigate to File and select New Project.Project Type as maven should be selected.You need to select the below mentioned name:“com.thoughtworks.gauge.maven:gauge-maven-plugin”This would help you to generate an archetype.If you don’t see the archetype mentioned above, add Archetype by entering below info.GroupId: “com.thoughtworks.gauge.maven:ArtifactId: “gauge-archetype-java”After selecting the archetype, you need to click on next. By doing so, you will be providing the Artifact ID & GroupID for your respective maven project.GroupId: com.thoughtworks.gauge.mavenArtifactId: GoogleSearchProjectVersion: 1.0-SNAPSHOTBefore you click on next for finishing the process, make sure that you verify the Maven settings thoroughly.Once you have successfully created a project it would look something as below.Running First Automation Script Using Gauge Framework With Selenium GridStep 1: Create a specification file for searching a keyword in google and if results are displayed as expected.Specification heading in the specs file would be denoted with ‘#’ notation as defined in our project.Example: #Google Search SpecificationScenario would be defined using ‘##’ notation, quoting an example below for reference.Example: ## Searching google should return the name of the query.Steps would be defined using ‘*’ notation.Example: * Navigate to “https://www.google.co.in“. Spec file create for Google search is as below:# Google Search Specification## Searching google should return the name of queryNavigate to “https://www.google.co.in”Enter query “query” in the search box and submitThe search results should show “LambdaTest” as a resultStep 2: Create a step implementation file, with below-mentioned code to define acceptance tests as defined in specification files.package com.thoughtworks.gauge.maven;import com.thoughtworks.gauge.Step;import org.openqa.selenium.By;import org.openqa.selenium.WebDriver;import org.openqa.selenium.WebElement;import org.openqa.selenium.chrome.ChromeDriver;import static org.junit.Assert.assertEquals;public class StepImplementation {public static WebDriver driver;@Step("Navigate to <https://www.google.co.in>")public void navigateTo(String url) throws InterruptedException {System.setProperty("webdriver.chrome.driver", "C:\\Users\\Dexy\\IdeaProjects\\GaugeSampleProject\\libs\\chromedriver.exe");driver = new ChromeDriver();driver.get(url);Thread.sleep(2000);}@Step("Enter query <query> in the search box and submit")public void enterQuery(String queryL) throws InterruptedException {WebElement searchBox = driver.findElement(By.name("q"));searchBox.sendKeys("LambdaTest");searchBox.submit();Thread.sleep(2000);}@Step("The search results should show <Jupiter> as result")public void verifySearchResult(String resultString) {WebElement result = driver.findElement(By.className("LC20lb"));assertEquals(resultString, result.getText());}}Step 3: Execute the test case from the specification file created. Right click on the file and select option as shown in the image below. Browser specification could be provided in env folder’s default.properties file as#Browser UsageBROWSER = CHROMEWe can provide maven command to execute with conditions as below.To executemvn gauge:executeTo execute all specs:mvn gauge:execute -DspecsDir=specsFor parallel execution:mvn gauge:execute -DspecsDir=specs -DinParallel=trueNode specification during parallel execution:mvn gauge:execute -DspecsDir=specs -DinParallel=true -Dnodes=2Step 4: Once execution has been successfully completed you can verify the status of the test in the terminal.Reports generated can be viewed in reports folder – ‘GaugeSampleProject\reports\html-report’Source: How To Perform Test Automation With Gauge & Selenium Framework?