TESTLINK INTEGRATOR
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This document provides instructions for using the TestLink Integrator tool to update test case statuses in TestLink from automated tests executed in TestNG. The tool listens for test results from TestNG tests, identifies the associated TestLink test case IDs, and updates the statuses in TestLink. It requires configuring a TestLink project with a test plan and build, marking test cases as automated, and setting the TestLink ID in each TestNG test method. The document outlines the setup and configuration needed to use the tool to integrate TestLink and TestNG test automation.
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This document provides an overview of the new testing features in the Spring Framework 3.2, including the Spring TestContext Framework and the new Spring MVC Test Framework. The Spring TestContext Framework allows for annotation-driven unit and integration testing of Spring-managed components. It supports loading application contexts, dependency injection of test instances, and transactional test management. The new Spring MVC Test Framework enables server-side testing of Spring MVC applications without requiring a servlet container. It provides a fluent API for building mock requests and asserting mock responses. The framework also supports testing client-side interactions using the RestTemplate.
Junit and testNG
Unit testing and integration testing are software testing techniques. Unit testing involves validating individual units or components of code work properly. Integration testing involves combining units and testing them together to find interface defects. An example integration test scenario described combining database scripts, application code, and GUI components developed separately into one system and verifying the interfaces. TestNG is a testing framework that supports features like dependency testing, grouping tests, and parameterization to make testing more powerful than JUnit.
S313352 optimizing java device testing with automatic feature discovering
The document discusses optimizing Java device testing by using diagnostic tests to automatically discover a device's capabilities. Diagnostic tests check if optional features are supported and export the results. This reduces the time needed to configure tests from days to 30 minutes by avoiding tests that don't apply. The solution was implemented in the Java Device Test Framework (JDTF) by marking diagnostic tests, writing tests to check features and export results, and adjusting relevance filters. A demo showed how diagnostic tests streamline test configuration.
Dev labs alliance top 20 testng interview questions for sdet
The document discusses 20 common TestNG interview questions for SDET roles. It covers topics like what TestNG is, advantages over JUnit, uses of testng.xml file, different annotations, execution sequence, dependencies, parameters, data providers, listeners, parallel execution, exception handling and more. The document aims to help candidates prepare for TestNG questions that may be asked during interviews for SDET positions.
Ensuring Software Quality Through Test Automation- Naperville Software Develo...
Presenter Adrian Theodorescu will focus on what it means to write a functional test automation framework, including but not limited to design goals and important features, as well as how to integrate it with source control and a continuous integration tool. The presenter would like to clarify that the views expressed in the talk are his own and not those of his employer.
Unit Testing
Unit Testing Basics discusses the definition, types, benefits, and best practices of unit testing. The key points are:
- Unit tests verify small elements of code like classes or methods and have characteristics like being fast, isolated, repeatable, and self-checking.
- Different types of tests include unit tests, component tests, system tests, and functional tests which test at different scopes and have varying execution times.
- Well-designed unit tests provide benefits like documentation, error detection, and code improvements. Tests should be written before code using techniques like test-driven development.
- Frameworks like EasyMock can be used to create test doubles and mock objects to isolate the system under test and verify
Unit testing and test driven development using vs
This document discusses unit testing and test-driven development using Visual Studio 2010. It introduces unit testing features in VS 2010 like creating unit tests, generating test method stubs, and using test-driven development. It also covers objectives of TDD like reducing bugs and over-engineered code. Additional topics covered include the Visual Studio Team Test framework, attributes used for designating test classes and methods, running and executing tests, loading test data from databases, measuring test time and code coverage. Guidance is provided around test organization and isolation.
Hybrid automation framework
This document describes a hybrid automation framework built with Java using Selenium. The framework uses a combination of data-driven and keyword-driven approaches. It utilizes tools like Log4j, POI Excel files, TestNG, and Maven. The framework architecture includes modules for controllers, tests, data, object repositories, reports, logs, and exception handling. Test cases and test suites are defined and stored in Excel files. The framework execution flow is depicted in a diagram.
Qtp Presentation
Automation testing involves recording user actions on an application and verifying its behavior. Quick Test Professional (QTP) is an automation testing tool that follows a 7 step process: 1) preparing the test environment; 2) recording user actions; 3) enhancing the test with checkpoints and parameters; 4) debugging the test; 5) running the test; 6) analyzing results; and 7) reporting defects. QTP allows dividing tests into logical units called actions to make tests more modular and reusable across multiple tests.
Qtp Training
Quick Test Professional (QTP) is automation testing tool that allows testing of applications by automating common tasks like recording, playback, and validating results. The QTP testing process involves 7 main phases including preparing the test environment, recording tests, enhancing tests with parameters and checkpoints, running tests, and analyzing results. QTP uses objects, actions, checkpoints and other features to model tests at different levels of the application under test. Test results can be stored and reported using features like the object repository, test reports and integration with other tools.
Getting Started with Test-Driven Development at Longhorn PHP 2023
Test-driven development (TDD) is a software development process where test cases are written before code to validate requirements. The TDD process involves short cycles of adding a test, making it fail, making it pass, and refactoring code. Using TDD generates an automated test suite that gives developers confidence to refactor and change code quickly. Unit tests validate individual code units in isolation while feature tests validate code as a user would interact with it. Code coverage metrics help ensure tests cover enough of the codebase.
Strategy-driven Test Generation with Open Source Frameworks
Test suites for complex software systems contain thousands of test cases. Keeping track on the test coverage and changing the test suite as the system requirements evolve can consume significant efforts. The tutorial introduces and demonstrates an effort saving technique for developing, controlling and modifying test suites in agile, efficient, scalable and flexible way. The technique allows complete and explicit control over test amount, test depth and test coverage. It also makes possible to avoid code duplication in the non-generated test artifacts.
This technique allows generation of complete test suites given a specification describing test categories, test flow variations, test input data variations and requirement coverage criteria. All these kinds of data are commonly referred to as test properties. Their dependencies and variations are defined in test strategies.
The test strategies are expressed in a test strategy DSL which allows to express complex dependencies in a concise and easily understandable way. Behind the scene there is a rule engine generating test property value combinations from the test strategy definitions. The test suites containing independently executable test cases can be generated in any programming or scripting language or in a textual form. The generator uses a generic and an algorithm for mapping of test properties to the test scripts based on property naming conventions. For automatic test case execution a separate test driver component containing definition of single test steps referenced by the strategy should be written specifically in the chosen test script language.
All tools used for strategy-driven test generation are freely available under open source licenses.
TestNG Framework
TestNG is a testing framework that supports unit testing, integration testing, annotations, parameters, listeners, test groups, and dependencies. It allows specifying before and after methods, data providers, and test run configuration via XML. Key features include annotations for configuring tests, parameters to pass data to tests, listeners to customize test runs, and groups and dependencies to control test order and relationships. TestNG can be run from the command line, Ant, Eclipse, IntelliJ, and is supported in Maven and Ant builds.
Appium TestNG Framework and Multi-Device Automation Execution
TestNG with Appium is one of the most popular choices among Automation engineers when it comes to Mobile App Automation. TestNG eliminates most of the limitations of the older framework and gives the developer the ability to write more flexible and powerful tests with help of easy annotations, grouping, sequencing & parameterizing.
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Introducing Struts 2
Struts 2 is an MVC framework that is the successor to Struts and WebWork 2, providing a simple architecture based around interceptors, actions, and results with conventions over configuration and support for technologies like Spring, Velocity, and Ajax. It aims to bring the best of Struts 1 and WebWork 2 together while being easier to test and use through defaults and annotations. The framework can integrate with many open source libraries and supports features like localization, type conversion, and configuration through XML files and annotations.
Apex Testing and Best Practices
The document provides an overview of testing Apex code in Salesforce, including:
- Why unit testing is important for developing robust, error-free code that meets the minimum 75% test coverage requirement.
- How to write Apex test classes annotated with @isTest and define test methods using testMethod.
- Using Test.startTest() and Test.stopTest() to test governor limits.
- Examples of testing a trigger, visualforce controller, web services callouts, and external API callouts.
- Best practices for testing such as using System.assert(), achieving 100% coverage, and testing different user contexts with System.runAs().
Backend Development - Django
This document provides information about Django and Python web development. It discusses why Django is a good framework, its main features like templating, ORM, routing, and authentication. It also mentions some disadvantages and popular sites built with Django. It provides tips for programming with Django like using environment variables, writing tests, and continuous integration. Finally, it discusses scheduling jobs with Redis Queue and answers questions about the Django admin, complex queries, optimizations, and code reviews.
Similar to TESTLINK INTEGRATOR (20)
S313352 optimizing java device testing with automatic feature discovering
S313352 optimizing java device testing with automatic feature discovering
Dev labs alliance top 20 testng interview questions for sdet
Dev labs alliance top 20 testng interview questions for sdet
Ensuring Software Quality Through Test Automation- Naperville Software Develo...
Ensuring Software Quality Through Test Automation- Naperville Software Develo...
Getting Started with Test-Driven Development at Longhorn PHP 2023
Getting Started with Test-Driven Development at Longhorn PHP 2023
Strategy-driven Test Generation with Open Source Frameworks
Strategy-driven Test Generation with Open Source Frameworks
Appium TestNG Framework and Multi-Device Automation Execution
Appium TestNG Framework and Multi-Device Automation Execution
TESTLINK INTEGRATOR
- 1. TESTLINK INTEGRATOR (TESTLINK SELENIUM INTEGRATION VIATESTNG LISTENER) HiroshTharaka Quality Assurance Engineer (Automation Research and Development Performance)
- 2. What does it do??? Updates theTestcase status inTestLink as the AutomatedTest methods executed.
- 3. FLOW Test XML File Test Class (TestNG) Project Listener (TestNG) TestlinkInteractor (UtilityClass) TestLink API 2.0 Project Data ProjectName PlanName BuildName ITestResult Object (result) TestLinkTestCaseID TestLink Testlink Data DevKey ServerURL Selenium Automation Framework * ProjectData.java Config.properties
- 4. Add/Set the testlink testcase idin each test method How can you make use of it??? Ex : in each test method, TestlinkInteractor.setTlTestCaseID("TP-277");
- 5. 1 /** * TP-277 : Method Comment */ @Test(priority = 1) public void exampleTestMethod() { TestlinkInteractor.setTlTestCaseID("TP-277"); // content of the test method… } *All you have to do is simply set theTestcase ID in each of your test method.
- 6. Make sure that all the test-cases inTestLink are marked as AUTOMATEDforEXECUTIONTYPE What you should make sure before using theTestlinkInteractor???
- 8. Make sure the projectCommonpackage consists with the projectListener What you should make sure before using theTestlinkInteractor??? Ex : for Project EMS, emsCommon emsListener.java All the projects (EMS, GFN, SNI, IMS) in framework contains a listener. Therefore you don’t have to worry about the listener for now…….
- 9. Creating the Plan and the Build inTestLink • Create aTestPlan (Ex:TestPlanAutomation0001) • Select CurrentTest Plan • Create aTestBuild (Ex:TestBuildAutomation0001 / Open:Checked) • DO NOT! - Add / Remove Platform • Add / RemoveTest Cases to the Plan (Add Selected + Save Order) • Test Cases are in Automated Execution state Once the test cases are complete in each sprint, Add every test case to the ‘Automation Plan’ apart from the ‘Sprint Plan’ !!! One time configuration for EACH PROJECT
- 10. Summary of Information PROJECT NAME TEST PLAN TESTBUILD LISTNER TESTSUITE IMS (IPM) IMSAutomationTestPlan IMSAutomationBuild IMSListener AutomationTestSuiteIMS IMS (Lyceum) EMSAutomationTestPlan EMSAutomationBuild EmsListener AutomationTestSuiteEMS.xml General Finance GFAutomationTestPlan GFAutomationBuild GFListener AutomationTestSuiteGFN Stores & Inventory SNIAutomationTestPlan SNIAutomationBuild SNIListener AutomationTestSuiteSNI Library LibraryAutomationRegression TestPlan LibraryAutomationRegression Build LibraryListener AutomationTestSuiteLIB
- 11. TestLinkInteractor.java is there in the framework now…. ThankYou!
Editor's Notes
- DEMO IF REQUIRED