This document provides an overview of Microsoft Test Manager (MTM) 2013 and how to use it for test planning, test case management, test runs, exploratory testing, and lab management. Key capabilities covered include creating test plans and test suites, managing manual and automated test cases, running tests and recording results, performing exploratory testing sessions, and setting up and using lab environments to collect diagnostic data during testing. The document demonstrates these capabilities through examples and screenshots.
Microsoft Test Manager is a test management tool that allows users to manage requirements, plan tests, execute tests, and track bugs throughout the testing lifecycle. It includes modules for requirements management, test case management, bug tracking and reporting, and risk management. Test teams can use Microsoft Test Manager as a centralized repository to store testing artifacts and control various testing activities like unit testing, integration testing, regression testing, and more.
Shai Raiten's talk at the SELA Developer Practice (May 2013) about Advanced Coded UI using Visual Studio 2012. This presentation explain how to work with multiple UI maps, how to use various types of data sources, how to use LINQ and Reflection for project refactoring, and how to create and use logs and traces.
Integration testing tests the interactions between software components, systems, and interfaces after component testing. It checks communication between two or more components without testing individual functions, and can include performance testing. Approaches include big bang which integrates all at once, incremental which integrates components one by one, and sandwich which starts from the middle layer. The incremental approach can be top-down, bottom-up, or functional.
This document provides an overview of software testing and the testing process. It discusses:
- The purpose of testing is to find errors and ensure software meets requirements.
- The testing process includes test planning, analysis and design, execution, evaluation and reporting.
- Key methodologies like unit, integration, system and acceptance testing are explained.
- Regression testing is described as important for ensuring changes don't break existing functionality.
- The roles of different teams in the testing process and the goals at each testing level are outlined.
Testing software is conducted to ensure the system meets user needs and requirements. The primary objectives of testing are to verify that the right system was built according to specifications and that it was built correctly. Testing helps instill user confidence, ensures functionality and performance, and identifies any issues where the system does not meet specifications. Different types of testing include unit, integration, system, and user acceptance testing, which are done at various stages of the software development life cycle.
This document discusses testing strategies for mobile applications. It covers the types of mobile application testing including interface testing, usability testing, performance testing, security testing, and service testing. It also discusses challenges in mobile application testing related to device variation and differences in operating systems and versions. Finally, it discusses strategies for mobile application testing including using real devices, emulators, and cloud-based testing on remote real devices.
Using Selenium for Automated testing - basic level: short introduction into the selectors and basic methods used in writing a simple script with Selenium Webdriver.
Microsoft Test Manager is a test management tool that allows users to manage requirements, plan tests, execute tests, and track bugs throughout the testing lifecycle. It includes modules for requirements management, test case management, bug tracking and reporting, and risk management. Test teams can use Microsoft Test Manager as a centralized repository to store testing artifacts and control various testing activities like unit testing, integration testing, regression testing, and more.
Shai Raiten's talk at the SELA Developer Practice (May 2013) about Advanced Coded UI using Visual Studio 2012. This presentation explain how to work with multiple UI maps, how to use various types of data sources, how to use LINQ and Reflection for project refactoring, and how to create and use logs and traces.
Integration testing tests the interactions between software components, systems, and interfaces after component testing. It checks communication between two or more components without testing individual functions, and can include performance testing. Approaches include big bang which integrates all at once, incremental which integrates components one by one, and sandwich which starts from the middle layer. The incremental approach can be top-down, bottom-up, or functional.
This document provides an overview of software testing and the testing process. It discusses:
- The purpose of testing is to find errors and ensure software meets requirements.
- The testing process includes test planning, analysis and design, execution, evaluation and reporting.
- Key methodologies like unit, integration, system and acceptance testing are explained.
- Regression testing is described as important for ensuring changes don't break existing functionality.
- The roles of different teams in the testing process and the goals at each testing level are outlined.
Testing software is conducted to ensure the system meets user needs and requirements. The primary objectives of testing are to verify that the right system was built according to specifications and that it was built correctly. Testing helps instill user confidence, ensures functionality and performance, and identifies any issues where the system does not meet specifications. Different types of testing include unit, integration, system, and user acceptance testing, which are done at various stages of the software development life cycle.
This document discusses testing strategies for mobile applications. It covers the types of mobile application testing including interface testing, usability testing, performance testing, security testing, and service testing. It also discusses challenges in mobile application testing related to device variation and differences in operating systems and versions. Finally, it discusses strategies for mobile application testing including using real devices, emulators, and cloud-based testing on remote real devices.
Using Selenium for Automated testing - basic level: short introduction into the selectors and basic methods used in writing a simple script with Selenium Webdriver.
This document provides an overview of the TestNG testing framework, including its features, benefits, installation process, and comparisons to JUnit. TestNG is a testing framework inspired by JUnit and designed to cover all categories of tests. It allows for multi-threaded, grouped, dependent, and parameterized testing. TestNG has advantages over JUnit like flexible grouping of tests, dependency testing, and integration with tools. The document demonstrates how to use TestNG annotations, XML configuration, parameters, data providers, factories, listeners and more. It also summarizes the key differences between TestNG and JUnit.
Selenium is a suite of tools used for browser automation testing. It was introduced in 2004 and is developed using JavaScript. Selenium has four main components: IDE, Remote Control, WebDriver and Grid. It is used to test web applications and can perform functional, regression and load testing. The Selenium IDE records user interactions in the Firefox browser and exports test cases to various languages. It has advantages like being open source and easy to use, but only supports the Firefox browser.
The document discusses various types and stages of software testing in the software development lifecycle, including:
1. Component testing, the lowest level of testing done in isolation on individual software modules.
2. Integration testing in small increments to test communication between components and non-functional aspects.
3. System testing to test functional and non-functional requirements at the full system level, often done by an independent test group.
4. The document provides details on planning, techniques, and considerations for each type of testing in the software development and integration process.
TestNG is an automated testing framework for Java that supports unit testing and integration testing. It is similar to JUnit but designed to be more flexible. TestNG allows writing test code and adding annotations to define tests, groups, dependencies between tests, parameterized tests, and more. TestNG configurations and tests can be defined in XML files to control test execution order and filtering.
The document discusses unit testing and automated testing. It defines various testing terminology like unit tests, integration tests, system tests, and regression tests. It emphasizes the importance of testing early and often to find bugs quickly, increase quality assurance, and improve code design for testability. Automating tests through continuous integration is recommended to efficiently run tests on new code commits and catch errors early. Test-driven development is introduced as a practice of writing tests before code to ensure all tests initially fail and the code is developed to pass the tests.
TestNG is a testing framework inspired from JUnit and NUnit, which can be used as a core unit test framework for Java project.
Demo: https://github.com/bethmi/testng-demo
Slides from a talk about unit tests in Node.js. The talk was held as a part of an internal Node.js course in ironSource's offices in Tel-Aviv. On Wednesday, September 14th, 2016
This document provides an introduction to automation testing. It discusses the need for automation testing to improve speed, reliability and test coverage. The document outlines when tests should be automated such as for regression testing or data-driven testing. It also discusses automation tool options and the types of tests that can be automated, including functional and non-functional tests. Finally, it addresses the advantages of automation including time savings and repeatability, as well as challenges such as maintenance efforts and tool limitations.
Jest is a JavaScript testing framework that allows for unit testing JavaScript code. It provides features like mocking functions, testing asynchronous code with promises and async/await, and snapshot testing. Jest can integrate with other tools like Webpack and Enzyme and provides advanced features like testing multiple projects at once and built-in code coverage.
Different testing requirements that mobile applications have, challenges and solutions Challenges 1. Complex mobile testing matrix, Expensive test environment 2. Repetitive testing 3. Mobile testing for devices located at various locations Solutions: • Risk Based Testing approach • Using Mobile device emulators • Use of Automation tools • Leveraging external services
O documento discute testes unitários, apresentando: 1) O que são testes unitários e seus benefícios; 2) Como escrever testes unitários usando JUnit e frameworks de mock como Mockito e PowerMock.
The document provides an overview of Selenium, an open source framework for automating web application testing. It describes what Selenium is, its main components (Core, IDE, RC), how it works, what types of tests it can be used for, and how to get started using it. Key information includes that Selenium tests run directly in browsers, supports multiple browsers/OS, and includes recording, playback, and debugging capabilities.
This document discusses mobile application testing and automation. It covers:
- The types of mobile application testing including functionality, usability, and consistency testing as well as testing on emulators and different devices.
- The challenges of mobile app testing like different devices, operating systems, and networks.
- Popular mobile platforms and types of mobile apps.
- The approach to mobile app testing including installation/uninstallation, workflows, performance, localization, and device interactions.
- Types of mobile app testing like UI, compatibility, interruptions, and security testing.
- The importance and benefits of automation for mobile app testing.
- Popular mobile automation tools like MonkeyRunner, UIAutomator,
The document provides guidelines for designing a robust test automation framework. It discusses that a well-designed framework increases testing efficiency and reduces costs. The key aspects of framework design include defining objectives, selecting the appropriate framework type, managing data, ensuring reusability, integrating with other tools, and flexible execution and reporting. Idexcel's test automation framework was created following these best practices to provide a maintainable and reusable framework.
A presentation on software testing importance , types, and levels,...
This presentation contains videos, it may be unplayable on slideshare and need to download
This document provides an overview of JMockit, a mocking framework for unit testing Java code. It discusses how to install JMockit, use annotations like @Mocked and @Injectable to mock classes and instances, set up expectations to define mocked method return values, partially mock classes by mocking specific methods, mock constructors, and verify mocked method calls were made using verifications. The document also explains how to use JMockit's code coverage reporting and addresses common scenarios for when to use expectations, mockups, constructor mocking, and verifications.
TOPS Technologies offer Professional Software Testing Training in Ahmedabad.
Ahmedabad Office (C G Road)
903 Samedh Complex,
Next to Associated Petrol Pump,
CG Road,
Ahmedabad 380009.
http://www.tops-int.com/live-project-training-software-testing.html
Most experienced IT Training Institute in Ahmedabad known for providing software testing course as per Industry Standards and Requirement.
This document provides an overview of unit testing in Angular, including setting up Angular CLI for testing, the tools used for testing like Karma and Jasmine, how to write test specs with expectations and matchers, how to set up and tear down tests, and how to test different parts of an Angular application like components, templates, dependencies, and HTTP services. The agenda also includes debugging tests and generating code coverage reports.
Building a Test Automation Strategy for SuccessLee Barnes
Choosing an appropriate tool and building the right framework are typically thought of as the main challenges in implementing successful test automation. However, long term success requires that other key questions must be answered including:
- What are our objectives?
- How should we be organized?
- Will our processes need to change?
- Will our test environment support test automation?
- What skills will we need?
- How and when should we implement?
In this workshop, Lee will discuss how to assess your test automation readiness and build a strategy for long term success. You will interactively walk through the assessment process and build a test automation strategy based on input from the group. Attend this workshop and you will take away a blue print and best practices for building an effective test automation strategy in your organization.
• Understand the key aspects of a successful test automation function
• Learn how to assess your test automation readiness
• Develop a test automation strategy specific to your organization
The document discusses various types of web application testing including functionality testing, user interface testing, usability testing, compatibility testing, security testing, and accessibility testing. It provides an overview of each type of testing, highlighting important aspects to test such as links, forms, navigation, and page content. The goals of web application testing are to uncover errors and ensure the application works as intended across different environments and users.
The document appears to be a presentation about test automation best practices given by Mitch Denny, Chief Technology Officer of Readify. It discusses topics such as creating test plans and cases, running automated tests, and deploying lab environments. It provides terminology related to testing and demonstrates various testing tools and workflows.
QA with Microsoft Test Manager and Lab ManagementRofiqi Setiawan
Plan, manage, and execute tests with Microsoft Test Manager and Lab Management in Visual Studio 2013 which will make it easier to conduct manual and automated testing across a variety of environments. This presentation covers the new exploratory testing approach offered by Microsoft Test Manager; the simplified setup and administration of Lab Management environments; and some of the other fit-and-finish features across the testing scenario.
This document provides an overview of the TestNG testing framework, including its features, benefits, installation process, and comparisons to JUnit. TestNG is a testing framework inspired by JUnit and designed to cover all categories of tests. It allows for multi-threaded, grouped, dependent, and parameterized testing. TestNG has advantages over JUnit like flexible grouping of tests, dependency testing, and integration with tools. The document demonstrates how to use TestNG annotations, XML configuration, parameters, data providers, factories, listeners and more. It also summarizes the key differences between TestNG and JUnit.
Selenium is a suite of tools used for browser automation testing. It was introduced in 2004 and is developed using JavaScript. Selenium has four main components: IDE, Remote Control, WebDriver and Grid. It is used to test web applications and can perform functional, regression and load testing. The Selenium IDE records user interactions in the Firefox browser and exports test cases to various languages. It has advantages like being open source and easy to use, but only supports the Firefox browser.
The document discusses various types and stages of software testing in the software development lifecycle, including:
1. Component testing, the lowest level of testing done in isolation on individual software modules.
2. Integration testing in small increments to test communication between components and non-functional aspects.
3. System testing to test functional and non-functional requirements at the full system level, often done by an independent test group.
4. The document provides details on planning, techniques, and considerations for each type of testing in the software development and integration process.
TestNG is an automated testing framework for Java that supports unit testing and integration testing. It is similar to JUnit but designed to be more flexible. TestNG allows writing test code and adding annotations to define tests, groups, dependencies between tests, parameterized tests, and more. TestNG configurations and tests can be defined in XML files to control test execution order and filtering.
The document discusses unit testing and automated testing. It defines various testing terminology like unit tests, integration tests, system tests, and regression tests. It emphasizes the importance of testing early and often to find bugs quickly, increase quality assurance, and improve code design for testability. Automating tests through continuous integration is recommended to efficiently run tests on new code commits and catch errors early. Test-driven development is introduced as a practice of writing tests before code to ensure all tests initially fail and the code is developed to pass the tests.
TestNG is a testing framework inspired from JUnit and NUnit, which can be used as a core unit test framework for Java project.
Demo: https://github.com/bethmi/testng-demo
Slides from a talk about unit tests in Node.js. The talk was held as a part of an internal Node.js course in ironSource's offices in Tel-Aviv. On Wednesday, September 14th, 2016
This document provides an introduction to automation testing. It discusses the need for automation testing to improve speed, reliability and test coverage. The document outlines when tests should be automated such as for regression testing or data-driven testing. It also discusses automation tool options and the types of tests that can be automated, including functional and non-functional tests. Finally, it addresses the advantages of automation including time savings and repeatability, as well as challenges such as maintenance efforts and tool limitations.
Jest is a JavaScript testing framework that allows for unit testing JavaScript code. It provides features like mocking functions, testing asynchronous code with promises and async/await, and snapshot testing. Jest can integrate with other tools like Webpack and Enzyme and provides advanced features like testing multiple projects at once and built-in code coverage.
Different testing requirements that mobile applications have, challenges and solutions Challenges 1. Complex mobile testing matrix, Expensive test environment 2. Repetitive testing 3. Mobile testing for devices located at various locations Solutions: • Risk Based Testing approach • Using Mobile device emulators • Use of Automation tools • Leveraging external services
O documento discute testes unitários, apresentando: 1) O que são testes unitários e seus benefícios; 2) Como escrever testes unitários usando JUnit e frameworks de mock como Mockito e PowerMock.
The document provides an overview of Selenium, an open source framework for automating web application testing. It describes what Selenium is, its main components (Core, IDE, RC), how it works, what types of tests it can be used for, and how to get started using it. Key information includes that Selenium tests run directly in browsers, supports multiple browsers/OS, and includes recording, playback, and debugging capabilities.
This document discusses mobile application testing and automation. It covers:
- The types of mobile application testing including functionality, usability, and consistency testing as well as testing on emulators and different devices.
- The challenges of mobile app testing like different devices, operating systems, and networks.
- Popular mobile platforms and types of mobile apps.
- The approach to mobile app testing including installation/uninstallation, workflows, performance, localization, and device interactions.
- Types of mobile app testing like UI, compatibility, interruptions, and security testing.
- The importance and benefits of automation for mobile app testing.
- Popular mobile automation tools like MonkeyRunner, UIAutomator,
The document provides guidelines for designing a robust test automation framework. It discusses that a well-designed framework increases testing efficiency and reduces costs. The key aspects of framework design include defining objectives, selecting the appropriate framework type, managing data, ensuring reusability, integrating with other tools, and flexible execution and reporting. Idexcel's test automation framework was created following these best practices to provide a maintainable and reusable framework.
A presentation on software testing importance , types, and levels,...
This presentation contains videos, it may be unplayable on slideshare and need to download
This document provides an overview of JMockit, a mocking framework for unit testing Java code. It discusses how to install JMockit, use annotations like @Mocked and @Injectable to mock classes and instances, set up expectations to define mocked method return values, partially mock classes by mocking specific methods, mock constructors, and verify mocked method calls were made using verifications. The document also explains how to use JMockit's code coverage reporting and addresses common scenarios for when to use expectations, mockups, constructor mocking, and verifications.
TOPS Technologies offer Professional Software Testing Training in Ahmedabad.
Ahmedabad Office (C G Road)
903 Samedh Complex,
Next to Associated Petrol Pump,
CG Road,
Ahmedabad 380009.
http://www.tops-int.com/live-project-training-software-testing.html
Most experienced IT Training Institute in Ahmedabad known for providing software testing course as per Industry Standards and Requirement.
This document provides an overview of unit testing in Angular, including setting up Angular CLI for testing, the tools used for testing like Karma and Jasmine, how to write test specs with expectations and matchers, how to set up and tear down tests, and how to test different parts of an Angular application like components, templates, dependencies, and HTTP services. The agenda also includes debugging tests and generating code coverage reports.
Building a Test Automation Strategy for SuccessLee Barnes
Choosing an appropriate tool and building the right framework are typically thought of as the main challenges in implementing successful test automation. However, long term success requires that other key questions must be answered including:
- What are our objectives?
- How should we be organized?
- Will our processes need to change?
- Will our test environment support test automation?
- What skills will we need?
- How and when should we implement?
In this workshop, Lee will discuss how to assess your test automation readiness and build a strategy for long term success. You will interactively walk through the assessment process and build a test automation strategy based on input from the group. Attend this workshop and you will take away a blue print and best practices for building an effective test automation strategy in your organization.
• Understand the key aspects of a successful test automation function
• Learn how to assess your test automation readiness
• Develop a test automation strategy specific to your organization
The document discusses various types of web application testing including functionality testing, user interface testing, usability testing, compatibility testing, security testing, and accessibility testing. It provides an overview of each type of testing, highlighting important aspects to test such as links, forms, navigation, and page content. The goals of web application testing are to uncover errors and ensure the application works as intended across different environments and users.
The document appears to be a presentation about test automation best practices given by Mitch Denny, Chief Technology Officer of Readify. It discusses topics such as creating test plans and cases, running automated tests, and deploying lab environments. It provides terminology related to testing and demonstrates various testing tools and workflows.
QA with Microsoft Test Manager and Lab ManagementRofiqi Setiawan
Plan, manage, and execute tests with Microsoft Test Manager and Lab Management in Visual Studio 2013 which will make it easier to conduct manual and automated testing across a variety of environments. This presentation covers the new exploratory testing approach offered by Microsoft Test Manager; the simplified setup and administration of Lab Management environments; and some of the other fit-and-finish features across the testing scenario.
Microsoft Test Manager and Visual Studio ALM provide tools for test case management, test execution, and analysis. It allows users to plan test suites and cases, record manual tests, generate bugs and screenshots, and view metrics on test results. The tools integrate with Team Foundation Server for tracking recommended tests and assigning builds. It also supports test automation through coded UI tests, load testing, and generating automated tests from manual recordings.
The document discusses test case structure and specifications. It defines a test case as a set of inputs, expected results, and execution conditions used to test a specific program path or requirement. A test case specification is a document that specifies test cases by outlining objectives, inputs, test actions, expected results, and preconditions. It also provides guidelines for writing effective test cases, such as keeping them short, using simple language, and providing test data and notes when possible. The overall goal is to write test cases early based on design to allow for early bug detection and efficient testing once code is completed.
O documento apresenta o Microsoft Test Manager (MTM), que permite gerenciar testes de software através de planos de teste e casos de teste. Ele descreve os tipos de testes suportados pelo MTM, incluindo funcionais, exploratórios e de regressão, e demonstra suas funcionalidades por meio de exemplos.
This document provides an overview of Team Foundation Server (TFS) by Phase 2 International, including:
1. TFS is an advanced source control and software development lifecycle (SDLC) management tool that includes work item tracking, project management, document management, and reporting capabilities.
2. TFS requires Windows Server 2003 or 2008 and SQL Server 2005 or 2008 to be installed on a dedicated server.
3. TFS includes features like version control, build automation, a project portal, and add-ons like Team Explorer and integration with Visual Studio and Microsoft Project.
DaKiRY_BAQ2016_QADay_Marta Firlej "Microsoft Test Manager tool – how can we u...Dakiry
Microsoft Test Manager is a tool that allows teams to plan, organize, track, and manage testing across their software lifecycle. It integrates with Team Foundation Server and Visual Studio to support test planning, creation of test cases and suites, manual and automated testing, defect tracking, and reporting. Some key capabilities include requirements tracing, status tracking, capturing diagnostic information during testing, and linking tests to automated test methods, builds, and virtual machine environments. It aims to support the entire testing process but requires other Microsoft tools and an initial configuration effort.
Introduction to Team Foundation Server (TFS) OnlineDenis Voituron
TFS est la plateforme de collaboration qui se trouve au coeur de la solution de gestion du cycle de vie des applications (ALM) de Microsoft. Pour de petites équipes de développement (5 users), TFS est disponible online et gratuitement.
Lors de cette session, principalement à base d'exemples pratiques, nous aborderons les modules Source Controle, Collaborate (gestion des tâches et des bugs) et Automatic Builds (compilations et déploiements automatisés).
We gain knowledge of your business and help you apply technology quickly and intelligently to meet your goals. Our skilled team of local Solution Managers and Software Engineers work closely with each client to accurately assess their requirements and determine the appropriate business offering.
Graphs are useful tools for modeling problems and consist of vertices and edges. Breadth-first search (BFS) is an algorithm that visits the vertices of a graph starting from a source vertex and proceeding to visit neighboring vertices first, before moving to neighbors that are further away. BFS uses a queue to efficiently traverse the graph and discover all possible paths from the source to other vertices, identifying the shortest paths in an unweighted graph. The time complexity of BFS on an adjacency list representation is O(n+m) where n is the number of vertices and m is the number of edges.
Este documento proporciona una introducción a Microsoft Test Manager 2010. Incluye temas como los tipos de pruebas (manuales, automatizadas, exploratorias), la planificación de pruebas, la ejecución de pruebas automatizadas y manuales, y la generación de informes. También explica cómo crear planes de pruebas, conjuntos de pruebas y casos de prueba en Microsoft Test Manager, y cómo configurar entornos de prueba.
Run Selenium Tests With Microsoft Test ManagerDaniel Herken
This document discusses using Microsoft Test Manager (MTM) to run Selenium tests. It provides an overview of MTM and Selenium, including how Selenium automates browsers using language-specific drivers. It also covers requirements for running Selenium tests through MTM, including configuring a test plan and installing necessary drivers on the test agent. The document demonstrates running a sample Selenium test locally and on a Selenium grid through MTM.
This document describes test cases that were generated for different programs using various software testing techniques. The programs tested include a for loop, if/else statements, if-else-for, nested if, if-for, if with two conditions, and a switch case. Equivalence partitioning, boundary value analysis, robustness testing, and worst case testing techniques were used to generate test cases with valid and invalid input values. The test cases are represented in tables that show the input parameters and expected output for each case.
Test design techniques: Structured and Experienced-based techniquesKhuong Nguyen
This document discusses different types of software testing techniques, including structured-based techniques like cyclomatic complexity and statement/decision coverage, as well as experience-based techniques like error guessing and exploratory testing. It explains how to calculate cyclomatic complexity and coverage percentages. Choosing the appropriate testing technique depends on factors like system type, standards, requirements, risk level, documentation, tester knowledge, time and budget. Testing usually involves combining different techniques.
A graph is a data structure consisting of vertices and edges connecting the vertices. Graphs can be directed or undirected. Depth-first search (DFS) and breadth-first search (BFS) are algorithms for traversing graphs by exploring neighboring vertices. DFS uses a stack and explores as far as possible along each branch before backtracking, while BFS uses a queue and explores all neighbors at each depth level first before moving to the next level.
Black box testing involves testing a system without knowledge of its internal workings by examining its behaviors and outputs based on given inputs. The document discusses various black box testing techniques including equivalence partitioning, boundary value analysis, cause-effect graphing, and syntax-driven testing. It also describes how black box testing is useful for finding incorrect or missing functions, interface errors, and other types of defects.
This document discusses Team Foundation Server (TFS), a Microsoft product for application lifecycle management. It provides links to resources about TFS and compares TFS to other version control and project tracking tools like Visual SourceSafe, Trac, and Subversion. Alternative options for continuous integration, reporting, and customizing builds with TFS are also mentioned.
Graphs are data structures consisting of nodes and edges connecting nodes. They can be directed or undirected. Trees are special types of graphs. Common graph algorithms include depth-first search (DFS) and breadth-first search (BFS). DFS prioritizes exploring nodes along each branch as deeply as possible before backtracking, using a stack. BFS explores all nodes at the current depth before moving to the next depth, using a queue.
The document describes a test plan for a Waste Management Inspection Tracking System (WMITS) software. It includes:
1. An overview of what must be included in a test plan such as the test specification, test procedures for unit, integration, and validation testing.
2. A case study of testing the WMITS software requirements specification, which aims to automate waste management inspections and minimize time/paperwork.
3. Details of the testing strategy including unit testing of individual modules, integration testing by running the software at the client's location, and validation testing to verify requirements.
The document discusses various topics related to graphs:
- It defines directed and undirected graphs, paths, connected graphs, trees, degree, isomorphic graphs, cut sets, and labeled graphs.
- Key aspects include paths being sequences of vertices with edges connecting them, connected graphs having paths between all vertex pairs, trees being connected and acyclic graphs, and isomorphic graphs having the same structure.
- It also covers graph concepts such as degrees measuring incident edges, cut sets separating graphs, and labeling providing additional data to graphs' vertices or edges.
Automation testing involves automating system tests to reduce the workload of regression testing. Tests can be automated by linking test methods like unit tests or coded UI tests to test cases in Microsoft Test Manager. The build process can then deploy components to lab machines for automated testing. To set up automated testing, a lab environment with client and server roles must be configured along with test settings. Automated tests can then be run from Microsoft Test Manager and results analyzed.
Testing frameworks provide an execution environment for automated tests. The main types are modular, data-driven, and keyword-driven frameworks. Modular frameworks organize tests into independent scripts representing application modules. Data-driven frameworks store test data and expected results in external files to reduce code duplication. Keyword-driven frameworks use external files to store test actions and data. Hybrid frameworks combine advantages of the different approaches. While frameworks work with waterfall models, agile methodologies benefit more from test-driven development and behavior-driven development which integrate testing throughout development.
Test automation principles, terminologies and implementationsSteven Li
A general slides for test automation principle, terminologies and implementation
Also, the slides provide an example - PET, which is a platform written by Perl, but not just for Perl. It provides a general framework to use.
Automated testing overview discusses the importance of software testing and automated testing. It defines software testing as verifying that software meets requirements and works as expected. The document covers different types of testing and why automated testing is needed to reduce costs, protect reputation, and address difficulties in testing. It provides examples of unit testing simple objects, objects with dependencies, and user interfaces to illustrate how to implement automated tests.
This document discusses software testing practices and processes. It covers topics like unit testing, integration testing, validation testing, test planning, and test types. The key points are that testing aims to find errors, good testing uses both valid and invalid inputs, and testing should have clear objectives and be assigned to experienced people. Testing is done at the unit, integration and system levels using techniques like black box testing.
The document discusses setting up test infrastructure for different types of testing. It covers setting up environments for unit testing, functional testing, acceptance testing, and load testing. Specific topics covered include configuring build and test agents, using virtual machines to execute tests in different environments, and using cloud services like Azure to generate load for load testing.
Software test automation involves developing automated test scripts to test software. There are several benefits to test automation including saving time, freeing up test engineers from repetitive tasks, improving reliability of tests, and enabling certain types of testing. Effective test automation requires identifying what to automate based on factors like test type, prone to change areas, and standards. It also requires skills in test case design, frameworks, programming languages, and reporting. Proper design and requirements are needed for the test automation framework and tools. The test automation process should follow the same development lifecycle model as the product.
The document provides an overview of quality assurance and testing practices for agile projects. It discusses traditional and agile testing approaches, defines roles like testers and developers in agile teams, and outlines a test strategy including test planning, automation, and metrics. Key aspects of agile testing covered are testing throughout each sprint, the importance of collaboration, and ensuring quality is "baked in" through a whole team approach.
VSTS 2010 for Testers provides an overview of Microsoft's testing tools in Visual Studio 2010, including Test Manager for test planning and management, different types of tests like load testing and web performance testing, and how to perform tasks with the tools like creating test plans and cases, executing tests, and analyzing results. The goal is to provide an integrated testing solution across the entire product development and testing lifecycle within a single tool.
Architecting for the cloud storage build testLen Bass
This document discusses best practices for deploying applications to the cloud, including:
- Using a deployment pipeline with continuous integration, integration testing, and staging environments to minimize errors and delays.
- Managing versions and branches to prevent errors from multiple teams working simultaneously.
- Performing integration testing after each commit to catch errors early.
- Maintaining separate databases for different environments like test vs production.
- Using feature toggles to allow uncompleted code to be checked in without breaking builds.
- Performing staging tests using production data and load to thoroughly test before deployment.
Test Automation using UiPath Test Suite - Developer Circle Part-2.pdfDiana Gray, MBA
UiPath Test Suite Family of Products
In Part 2 of Test Automation using UiPath Test Suite - Developer Series, we'll cover,
- UiPath Test Manager: Manage tests with comprehensive test planning, defect reporting, role-based access controls, and requirement traceability
- UiPath Studio: Automate tests and test data generation by leveraging UiPath production-grade automation capabilities
UiPath Orchestrator: Distribute tests to schedule, monitor, and store dynamic test data and test execution & analyze detailed results
- UiPath Test Robots: Execute tests on multiple machines in parallel and receive reports back
- Guidance in setting the environment for Test Automation
Speakers: Atul Trikha , Sreenivasa Adathakula
This document discusses using microservices for testing and provides examples of potential test-related microservices. It describes decomposing test activities like planning, implementation, automation, execution, triage, and reporting into discrete microservices. Examples of microservices are provided for various test activities like the Core Analytics Service, Test Generation Service, BenchEngine, Results Analytics Service, and Results Comparison Service. The document argues that a microservices approach can help share functionality across products and simplify testing processes.
This document provides an overview and introduction to automated testing. It discusses different levels of automated testing like unit testing, integration testing, and acceptance testing. It describes how automated testing fits into a delivery pipeline to support continuous integration and deployment. Key benefits of automated testing are outlined like enabling refactoring, improving code quality, and reducing costs. Common patterns for automated testing like the four phase test pattern and using test doubles are also presented. The document aims to establish context and provide best practices for designing and implementing automated tests.
Software testing techniques document discusses various software testing methods like unit testing, integration testing, system testing, white box testing, black box testing, performance testing, stress testing, and scalability testing. It provides definitions and characteristics of each method. Some key points made in the document include that unit testing tests individual classes, integration testing tests class interactions, system testing validates functionality, and performance testing evaluates how the system performs under varying loads.
The document outlines a test strategy for an agile software project. It discusses testing at each stage: release planning, sprints, a hardening sprint, and release. Key points include writing test cases during planning and sprints, different types of testing done during each phase including unit, integration, feature and system testing, retrospectives to improve, and using metrics like burn downs and defect tracking to enhance predictability. The overall strategy emphasizes testing early and often throughout development in short iterations.
How To Transform the Manual Testing Process to Incorporate Test AutomationRanorex
Although most testing organizations have some automation, it's usually a subset of their overall testing efforts. Typically the processes have been previously defined, and the automation team must adapt accordingly. The major issue is that test automation work and deliverables do not always fit into a defined manual testing process.
Learn how to transform your manual testing procedures and how to incorporate test automation into your overall testing process.
This document provides an overview of Cucumber-JVM best practices for behavior driven development. It discusses layers of agile development including test driven development and behavior driven development. It then explains Cucumber-JVM and Gherkin syntax for defining features, scenarios, steps, and tags. Finally, it outlines best practices for writing feature files, using code coverage, and building test data in step definitions.
Similar to Test Case Management with MTM 2013 (20)
25. Test Suites Overview
• Test Suites
• Static Test Suites
• Query-based Test Suites
• Requirement-based Test Suites
• Copying Test Suites
• Cloning Test Suites
26. Test Suites
• Group your test cases into a hierarchy of test suites
– Root node (suite) contains all other test suites
27. Test Suites
• Static
– Contains test cases and other test suites
• Query-based
– Contains test cases based on a query
– Test cases that fit the query criteria are dynamically
added
– Cannot contain other test suites
• Requirements-based
– Group your test cases by requirements
– Based on the work items that belong to the Requirement
category (Requirement, Product Backlog Item, User
Story, etc.)
28. Adding Test Cases to Static Test Suites
• Add existing or create new test cases for your static
test suites
29. Query-Based Test Suites
• Query-based test suites are defined by work item queries
that select test cases
– Example: All test cases with priority = 1
• Any new test case with priority set to 1 will be dynamically added to the
test suite
30. Requirement-Based Test Suites
• Add existing requirement (work item) to your test
plan to create test suite
• Each requirement has its own suite
• Test cases added are linked to requirements
• Helps to determine test coverage and completion
of your requirements
32. Copying Test Suites and Test Plans
• Copying
– Copies test cases “by reference”. New suite shares same
test cases
– Useful for testing with different test plans but same test
cases
– Can be done from the GUI
34. Cloning Test Suites and Test Plans
• Cloning
– Copies test cases “by value”. New copies of test cases are
created
– Useful for testing two different releases simultaneously
– Command line
39. Test Configuration and Settings Overview
• Test Configurations
• Creating Test Configurations
• Defining Configuration Variables
• Selecting Test Configurations
• Test Settings
• Data Adapters
• How to Collect Data
40. Test Configurations
• Configuration
variables specify
setup required
for testing
– Examples:
Operating
system,
browsers,
software,
hardware, SP,
anything
• Can be
associated with
test plans, suites
and test cases
43. Selecting Test Configurations
• Set default configuration(s) for your test plan
– You may override at test suite and test case levels
• A test case and test configuration pair is a test point
• Test results are saved for each test point
44. Test Settings
• Test settings use diagnostic data adapters to collect
data when running manual tests, automated tests,
or both
46. Test Reports
• View test run results in real time in MTM
• Use predefined test reports (Microsoft Excel, SQL
Server Reporting Services)
• Create your own reports (Microsoft Excel, SQL
Server Reporting Services)
56. Manual Test Cases
• Test cases are work items
• Test results are saved on each run
• Manual test cases contain test steps (test
script)
– May contain test steps with validation
– A tester indicates pass or fail at the test step level
• A test case can be assigned to a tester
57. Manual Test Cases (continued)
• Test cases can be added to multiple test suites in
the same or different test plans
• Test cases are associated with 1..n test
configurations
– Creating 1..n test points
Team Project
Test Plan
Test
Suite
Test
Case
Test Suite
Test
Case
Test
Case
Test Plan
Test
Suite
Test
Case
Test Suite
Test
Case
Test
Case
Test
Case
Test
Suite
Test
case
59. Create Manual Test Cases from MTM
(continued)
• Add test steps using Microsoft Test Manager (MTM),
Microsoft Excel, or Microsoft Word (via copy and paste)
• Add test steps
using
Microsoft Test
Manager
(MTM),
Microsoft
Excel, or
Microsoft
Word (via
copy and
paste)
61. Create Test Cases from an Assembly
of Automated Tests
• Use tcm.exe
• You must use a lab environment
• Make sure that the test project is a part of
your build definition
• The test cases will have the same names as
the test methods
62. Assign Test Cases to Testers
• Individually or in bulk
• Assign at test point level
64. Test Steps Parameters
• Parameters
allow a manual
test case to run
multiple times
with different
data
– Example:
@username,
@password
• Parameters can
be added to
actions or
expected results
65. Test Steps Parameters (continued)
• Overall test results are based on all iterations
passing
67. Shared Steps
• Used for repeated sequences of steps, such
as logging in, that occur in many test cases
• Avoiding having to enter these sequences
again and again, create shared steps
68. Create Shared Steps
• While you’re editing a test case, select a sequence of
steps that you want to share
• Steps you selected are replaced with a link to the new
shared steps work item
72. Running Manual Test Cases
• Run individual tests or entire suites
• A test result is recorded for each test run
• Create action recordings
– Used for future runs
– Action recording can be used in CodedUI tests
• Submit new bugs or update existing bugs
directly
• Attach comments, indicate pass or fail, take
screenshots
• Test case management features also available in
Web Portal
74. Action Recordings
• Record a manual test (or shared steps) to
allow for a later run of certain parts of
manual tests
– Example: Login, entire smoke test
• Use it to help with:
– A test that you will want to run multiple times
– Different manual tests that contain common
steps via action recordings
– Verifying a bug fix
– Automate by importing it to a Coded UI Test
78. Submitting Bugs
• Submit a bug from Test Runner
– Information automatically added about the test
environment, comments, screenshots, video
recording
• Submit a bug from Test Manager when you
view the manual test result
– No diagnostic data added via this route
82. Exploratory Testing
• Test the application without a predefined test
script
• Record screenshots, comments, attach files,
video and audio narration
• Submit bugs you find while testing
– Includes rich diagnostic data collected through
testing
– Uses the recorded steps to create a manual test
case
83. Exploratory Testing (continued)
• Explore the application selecting a user story/requirement
– Bugs created will be automatically linked to the user
story/requirement
• Explore the application without selecting a user
story/requirement
88. Lab Environment
• A group of computers that you manage as a
single entity
• Lets you collect diagnostic data from all the
machines in the lab while you’re performing
your tests. The data, such as event actions,
are attached to the test results and to any
bug that you create
• Automate the process of building, deploying,
and running automated tests on your lab
environment
90. Standard Lab Environment
• Both physical computers and virtual
machines can be added to a standard
environment
• On each machine:
– Configure a user account and a password that
has administrative privileges. All the machines
must have the same username and password. It
doesn’t matter whether the account is a domain
or a local account
– Make sure that file sharing is enabled
92. Standard Lab Environment (continued)
• Define the environment by adding the
computers. Enter the fully-qualified domain
name of each computer
• Set the role of each machine
93. Standard Lab Environment (continued)
• When the environment’s status is ready, this means that
test agents have been installed on each machine, and that
they are communicating with your team project’s test
controller. The test agents let you collect diagnostic
data from its machines while you run your test
94. Use Standard Lab Environment
• Mark the environment as in use to assign it to
yourself
• Connect to the environment
95. Use Standard Lab Environment
• Log into its machines and install the latest
build of your software
96. Use Standard Lab Environment
• In testing Center, plan, properties, set the test
environment to the environment you chose. This
allows you to collect event logs and other
data from the machines in the environment