The document provides details about the automation testing framework and process used for an ecommerce application. It describes the team structure, sprint timeline, automation test pack details, and the Cucumber BDD framework used for automation. Key points include:
- The team consists of testers, developers, a scrum master, and business analyst.
- Sprints are 2 weeks with testing in the second week. Retrospectives are held at the end.
- The automation test pack includes over 1200 UI and 400 API tests executed daily.
- Cucumber is used with Page Object Model. Tests are written in Gherkin and executed via Maven.
- Logs, reports and configuration are handled through Extent Reports,
Testing automation is important in agile environments to allow for frequent testing of software increments without relying solely on manual testing. In agile, testing automation is treated as part of the development process from the beginning by including automation activities in the backlog and having automation developers work closely with the entire scrum team. Testing automation executes after each code delivery and the results are analyzed by the whole team to help keep the code clean and move the project forward through ongoing automated testing as part of the agile way of life. This differs from the traditional waterfall model where testing automation was more isolated, focused only on regression testing, and had lower priority and integration with the development team.
Writing testable code is important so that code can be easily tested through automated unit tests. Testable code is written to comply with SOLID principles and is separated into isolated units (classes/objects) that each have a single responsibility. There are different types of automated tests like unit tests, functional tests, and behavioral tests. Automated tests have benefits like proving code works as expected, protecting against regressions, and allowing refactoring with confidence. Dependencies between code units should be managed carefully to keep code testable and decoupled. A dependency injection container can help manage object dependencies and simplify code.
The document discusses automation testing basics, including that automation testing is done using automated tools to write and execute test cases. It explains that automation testing should be used for tasks that are time-consuming, repeated, tedious, or involve high risk test cases. The document also lists some popular free and commercial automation testing tools.
This document provides an overview of test automation using Cucumber and Calabash. It discusses using Cucumber to write automated test specifications in plain language and Calabash to execute those tests on Android apps. It outlines the environments, tools, and basic steps needed to get started, including installing Ruby and DevKit, creating Cucumber feature files, and using Calabash APIs to automate user interactions like tapping, entering text, and scrolling. The document also explains how to run tests on an Android app and generate an HTML report of the results.
The document discusses test automation in agile environments and new requirements for automation tools. It evaluates several agile testing tools, including Eggplant, SeeTest, and Sikuli. These new generation tools allow for quick test creation, testing at any phase without coding requirements, and support regression testing through visual recognition technology.
How do you implement Continuous Delivery? Part 4: Automated TestingThoughtworks
This document discusses implementing automated testing for continuous delivery. It recommends building a testing pyramid with unit tests at the bottom and UI tests at the top. Unit tests should be quick to run and numerous, while UI tests should be fewer and cover main areas. Tests should be automated collaboratively by testers and developers. Challenges include flaky tests, maintaining tests, and adding tests to legacy codebases. The document also provides guidance on test data practices and avoiding dependencies between tests.
Creating automation scripts using a generic framework is useful. The framework should have recovery scenarios and it should also perform a quick check after test execution using customized logs. The test execution summary must provide accurate information on test case execution. This article on IBM® Rational® Functional Tester elaborates this process.
This document discusses the benefits of unit testing and how to implement it. Some key points covered include:
- Unit testing helps ensure code works as intended, finds problems earlier, and increases developer confidence. It is especially useful for code involving money, code that has broken before, or code that is tedious to test manually.
- There are two main types of tests - unit tests that isolate small parts of an application and functional tests that ensure components work together. Mock objects are important for writing isolated unit tests.
- Benefits of testing include finding problems earlier, tests can be automated, and it ensures requirements are met. Challenges include the time needed to write tests initially.
- Continuous integration servers
Testing automation is important in agile environments to allow for frequent testing of software increments without relying solely on manual testing. In agile, testing automation is treated as part of the development process from the beginning by including automation activities in the backlog and having automation developers work closely with the entire scrum team. Testing automation executes after each code delivery and the results are analyzed by the whole team to help keep the code clean and move the project forward through ongoing automated testing as part of the agile way of life. This differs from the traditional waterfall model where testing automation was more isolated, focused only on regression testing, and had lower priority and integration with the development team.
Writing testable code is important so that code can be easily tested through automated unit tests. Testable code is written to comply with SOLID principles and is separated into isolated units (classes/objects) that each have a single responsibility. There are different types of automated tests like unit tests, functional tests, and behavioral tests. Automated tests have benefits like proving code works as expected, protecting against regressions, and allowing refactoring with confidence. Dependencies between code units should be managed carefully to keep code testable and decoupled. A dependency injection container can help manage object dependencies and simplify code.
The document discusses automation testing basics, including that automation testing is done using automated tools to write and execute test cases. It explains that automation testing should be used for tasks that are time-consuming, repeated, tedious, or involve high risk test cases. The document also lists some popular free and commercial automation testing tools.
This document provides an overview of test automation using Cucumber and Calabash. It discusses using Cucumber to write automated test specifications in plain language and Calabash to execute those tests on Android apps. It outlines the environments, tools, and basic steps needed to get started, including installing Ruby and DevKit, creating Cucumber feature files, and using Calabash APIs to automate user interactions like tapping, entering text, and scrolling. The document also explains how to run tests on an Android app and generate an HTML report of the results.
The document discusses test automation in agile environments and new requirements for automation tools. It evaluates several agile testing tools, including Eggplant, SeeTest, and Sikuli. These new generation tools allow for quick test creation, testing at any phase without coding requirements, and support regression testing through visual recognition technology.
How do you implement Continuous Delivery? Part 4: Automated TestingThoughtworks
This document discusses implementing automated testing for continuous delivery. It recommends building a testing pyramid with unit tests at the bottom and UI tests at the top. Unit tests should be quick to run and numerous, while UI tests should be fewer and cover main areas. Tests should be automated collaboratively by testers and developers. Challenges include flaky tests, maintaining tests, and adding tests to legacy codebases. The document also provides guidance on test data practices and avoiding dependencies between tests.
Creating automation scripts using a generic framework is useful. The framework should have recovery scenarios and it should also perform a quick check after test execution using customized logs. The test execution summary must provide accurate information on test case execution. This article on IBM® Rational® Functional Tester elaborates this process.
This document discusses the benefits of unit testing and how to implement it. Some key points covered include:
- Unit testing helps ensure code works as intended, finds problems earlier, and increases developer confidence. It is especially useful for code involving money, code that has broken before, or code that is tedious to test manually.
- There are two main types of tests - unit tests that isolate small parts of an application and functional tests that ensure components work together. Mock objects are important for writing isolated unit tests.
- Benefits of testing include finding problems earlier, tests can be automated, and it ensures requirements are met. Challenges include the time needed to write tests initially.
- Continuous integration servers
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.
The document outlines the QA process and responsibilities at Pearson. It discusses that QA is responsible for test case development and prioritization. It also describes the different types of testing conducted including functional, regression, exploratory, and automation testing. The document provides examples of test execution documentation and defect reporting guidelines. It discusses test environments, walkthrough procedures, and having QA buddies for expertise sharing.
Agile testing for agile sparks kanban clientsYuval Yeret
The document discusses agile testing practices like continuous integration, test automation, and behavior driven development. It emphasizes delivering working, tested software frequently through smaller batches and providing early feedback. Automating tests is part of the definition of done to enable continuous integration. Quality assurance experts focus on riskier areas like performance and security testing rather than manual testing. Behavior driven development uses examples and acceptance tests to drive development and automation. Technical debt can be addressed incrementally by automating tests for new features and riskier areas first.
This document provides an overview and agenda for a presentation on automation testing using IBM Rational Functional Tester. It discusses what automation testing is, why it is useful, and when it should be implemented. It also addresses common myths about automation testing and provides best practices for setting up a successful automation framework. Finally, it gives an introduction to the features and capabilities of IBM Rational Functional Tester, including the recording and playback process for automated tests.
This document provides an overview and introduction to Rational Functional Tester (RFT) software. It describes the key features and menus of RFT, including recording test scripts, replaying scripts, scripting, and creating verification points. The document also covers topics like the test object map, recording tests, context sensitive command types, and provides a sample recorded script.
Agile testing - Principles and best practicesDr Ganesh Iyer
The document provides an overview of agile testing principles and best practices presented by three QA engineers from Progress Software in Hyderabad, India. It discusses how application development has evolved from command-line/GUI to cloud and mobile. It identifies seven key factors for agile testing success: having a whole team approach, automation, agile practices, a mindset change towards testing, providing timely feedback, collaborating with customers, and maintaining a big picture view. It also discusses challenges with agile methodology like frequently changing requirements and frequent releases. It promotes practices like continuous integration, automation, same sprint automation, GoLive testing automation, 24x7 testing, and emphasizing automation in agile testing.
Bye Bye Cowboy-Coder days! by Vytautas Dagilis.
„Working Effectively with Legacy Code“- one of the best books which talks about Unit testing and TDD. Presentation covers best practices listed in the book as well as shows which of them were successfully implemented in practice. You will find out how to commit changes and be sure that they work even without running and testing application itself.
This document discusses test automation, including the purpose of test automation, the test automation process, and the test automation pyramid. The key points are:
1. Test automation aims to improve test efficiency, provide wider test coverage, reduce costs, and speed up testing.
2. The test automation process involves defining the test scope, designing tests, coding tests, setting up the test environment, running tests, and maintaining automation over time.
3. The test automation pyramid illustrates that unit tests should form the base, as they are quick to write and run, while user interface tests are at the top as they are more complex and time-consuming.
Still after over 10 years its hard to do good test automation. This presentation highlights what and how we need to approach test automation in order to create reliable, resilient and repeatable tests.
This document provides an overview and agenda for a presentation on automation testing using IBM Rational Functional Tester. It discusses what automation testing is, why it is useful, and when it should be implemented. It also addresses common myths about automation testing and provides tips for successful automation. Finally, it covers features of IBM Rational Functional Tester, including how to set up a test environment and record scripts to automate testing.
How do you implement Continuous Delivery? Part 3: All about PipelinesThoughtworks
This document discusses pipelines for continuous delivery. It describes how pipelines can incorporate progressive testing from unit tests to system integration tests. A typical pipeline includes stages for committing code, building, running unit tests, code analysis, and creating build artifacts. Deployment testing stages prepare environments, deploy artifacts, and run smoke and UI tests. Best practices are to keep everything in source control and replicate production. The document also discusses how to structure pipelines for multiple applications and federated systems.
In this Quality Assurance Training session, you will learn about Automation Tools Overview. Topic covered in this session are:
• SQL Basic Operators and Function
• Software Testing Tool – Overview
• Advantage- Automation
• Disadvantage - Automation
• Grouping of Automation Tool
• Functional Tool
• Source Code Testing Tool
• Performance Tool
• Test Management Tool
• Security Testing Tool
For more information, about this quality assurance training, visit this link: https://www.mindsmapped.com/courses/quality-assurance/software-testing-training-with-hands-on-project-on-e-commerce-application/
Automation testing introduction for FujiNetHai Tran Son
This document discusses automation testing and provides an overview of manual vs automation testing. It covers why automation testing is important, including allowing repetitive tests to run across multiple builds and reducing human error. Common automation tools like QTP and Selenium are mentioned. The history of automation from record and playback to modern keyword-driven approaches is summarized. Examples of building automation frameworks for QTP and Selenium are provided. In conclusion, the document promotes automation testing as important for the future.
ISTQB Foundation and Selenium Java Automation TestingHiraQureshi22
This document provides an overview and summary of an ISTQB Foundation and Selenium Java Automation Testing course. The course covers ISTQB certification based professional training using the 2018 syllabus, as well as test automation using Selenium Java and .NET frameworks. It is designed to help students learn software testing skills and prepare for careers as test analysts or test automation engineers. Key topics include dynamic testing techniques, testing throughout the software development lifecycle, component testing, test management, and static testing. The course also provides hands-on training in test automation using Selenium WebDriver, building reusable automation components, cross-browser testing, and XSLT reporting.
Automation Framework - gFast: generic Framework for Automated Software Testing - QTP Framework
The Most sophisticated frameworks in Automation Testing is Designed with highly experienced Automation Consultants of Heyday Software Solution for all the areas. This makes us to make the impossible things to make possible very fast with our proprietary framework "gFAST".This is a QTP Framework
About gFAST: generic Framework for Automated Software Testing
****************
Developed on Quick Test Professional supporting all Platforms(addin's) with KeyWord Driven Framework.
Key Features
****************
* Better ROI
* Internationalization Support
* Supports Multiple Projects/TestSuites/TestCases
* 24/7 Automatic Regression Tests Running Facility
* Generates Email Reports
* Generates Test Logs
* Simple way to Create Test Cases(without any new QTP Scripts development)
* Easy to Create Test Cases with Test Cases Generator
* Easy way to Create Tests With Excel/Text files facility)
* Easy to Maintain.(Whole Framework will Have 3 QTP script Files -Driver and Two
Controllers and Libraries.)
* Screen Capturing on Error for Each of the Test Cases
* Global Configuration Files
* Multiple Browser windows support
* Easy to build automation for the Projects
Our Frameworks:
Selenium Framework
WATIR RUBY Framework
Silk Framework
Winrunner Framework
QTP Framework
Generic Automation Framework
Perl Automation Framework
How to Add Test Automation to your Quality Assurance ToolbeltBrett Tramposh
SQA job postings are still in abundance, but it is rare to find one that does not include some form of test automation pedigree. Brett will present the topic and then lead the discussion as we explore the various paths to building your test automation acumen, and learn how to add this valuable skill-set to your resume. If you are already an SQA with test automation experience we encourage you to participate and bring your learning forward and into the discussion where we will compare and contrast Computer Science degrees, Code Camps, licensed automation tools such as HP UFT (QTP), test frameworks and scripting tools such as jMeter and SOAPUI. There is much to explore on this topic and we want everyone to leave with a few key areas they can start building on today.
This talk aims to summarize the typical challenges one encounters in testing mobile applications. At the ThoughtWorks Pune office we have developed multiple mobile applications across various platforms (mobile web, hybrid apps, native apps, apps for tablets etc.). In this talk we will bring together lessons learnt around mobile testing. This talk was done by Vikrant Chauhan and Dubinsky De Soares
Basics of Dev box testing approach in STLC process.
It will give you a clear idea about the step-by-step activity in testing with the dev box approach. how as a tester we can start dev box testing and which are all points that need to be taken care of while performing this activity on the developer system.
It will also tell what benefit we will be getting with this testing activity.
The document discusses various types of testing including functional testing, integration testing, regression testing, smoke testing, performance testing, and exploratory testing. It provides examples and explanations of each type of testing. Functional testing involves testing application components independently, while integration testing checks for dependencies between modules. Regression testing re-tests applications after changes to check for bugs in unaffected areas. Smoke testing checks for blocker bugs before deep testing, and performance testing evaluates response time and stability under various loads. Exploratory testing explores applications without predefined requirements or test cases.
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.
The document outlines the QA process and responsibilities at Pearson. It discusses that QA is responsible for test case development and prioritization. It also describes the different types of testing conducted including functional, regression, exploratory, and automation testing. The document provides examples of test execution documentation and defect reporting guidelines. It discusses test environments, walkthrough procedures, and having QA buddies for expertise sharing.
Agile testing for agile sparks kanban clientsYuval Yeret
The document discusses agile testing practices like continuous integration, test automation, and behavior driven development. It emphasizes delivering working, tested software frequently through smaller batches and providing early feedback. Automating tests is part of the definition of done to enable continuous integration. Quality assurance experts focus on riskier areas like performance and security testing rather than manual testing. Behavior driven development uses examples and acceptance tests to drive development and automation. Technical debt can be addressed incrementally by automating tests for new features and riskier areas first.
This document provides an overview and agenda for a presentation on automation testing using IBM Rational Functional Tester. It discusses what automation testing is, why it is useful, and when it should be implemented. It also addresses common myths about automation testing and provides best practices for setting up a successful automation framework. Finally, it gives an introduction to the features and capabilities of IBM Rational Functional Tester, including the recording and playback process for automated tests.
This document provides an overview and introduction to Rational Functional Tester (RFT) software. It describes the key features and menus of RFT, including recording test scripts, replaying scripts, scripting, and creating verification points. The document also covers topics like the test object map, recording tests, context sensitive command types, and provides a sample recorded script.
Agile testing - Principles and best practicesDr Ganesh Iyer
The document provides an overview of agile testing principles and best practices presented by three QA engineers from Progress Software in Hyderabad, India. It discusses how application development has evolved from command-line/GUI to cloud and mobile. It identifies seven key factors for agile testing success: having a whole team approach, automation, agile practices, a mindset change towards testing, providing timely feedback, collaborating with customers, and maintaining a big picture view. It also discusses challenges with agile methodology like frequently changing requirements and frequent releases. It promotes practices like continuous integration, automation, same sprint automation, GoLive testing automation, 24x7 testing, and emphasizing automation in agile testing.
Bye Bye Cowboy-Coder days! by Vytautas Dagilis.
„Working Effectively with Legacy Code“- one of the best books which talks about Unit testing and TDD. Presentation covers best practices listed in the book as well as shows which of them were successfully implemented in practice. You will find out how to commit changes and be sure that they work even without running and testing application itself.
This document discusses test automation, including the purpose of test automation, the test automation process, and the test automation pyramid. The key points are:
1. Test automation aims to improve test efficiency, provide wider test coverage, reduce costs, and speed up testing.
2. The test automation process involves defining the test scope, designing tests, coding tests, setting up the test environment, running tests, and maintaining automation over time.
3. The test automation pyramid illustrates that unit tests should form the base, as they are quick to write and run, while user interface tests are at the top as they are more complex and time-consuming.
Still after over 10 years its hard to do good test automation. This presentation highlights what and how we need to approach test automation in order to create reliable, resilient and repeatable tests.
This document provides an overview and agenda for a presentation on automation testing using IBM Rational Functional Tester. It discusses what automation testing is, why it is useful, and when it should be implemented. It also addresses common myths about automation testing and provides tips for successful automation. Finally, it covers features of IBM Rational Functional Tester, including how to set up a test environment and record scripts to automate testing.
How do you implement Continuous Delivery? Part 3: All about PipelinesThoughtworks
This document discusses pipelines for continuous delivery. It describes how pipelines can incorporate progressive testing from unit tests to system integration tests. A typical pipeline includes stages for committing code, building, running unit tests, code analysis, and creating build artifacts. Deployment testing stages prepare environments, deploy artifacts, and run smoke and UI tests. Best practices are to keep everything in source control and replicate production. The document also discusses how to structure pipelines for multiple applications and federated systems.
In this Quality Assurance Training session, you will learn about Automation Tools Overview. Topic covered in this session are:
• SQL Basic Operators and Function
• Software Testing Tool – Overview
• Advantage- Automation
• Disadvantage - Automation
• Grouping of Automation Tool
• Functional Tool
• Source Code Testing Tool
• Performance Tool
• Test Management Tool
• Security Testing Tool
For more information, about this quality assurance training, visit this link: https://www.mindsmapped.com/courses/quality-assurance/software-testing-training-with-hands-on-project-on-e-commerce-application/
Automation testing introduction for FujiNetHai Tran Son
This document discusses automation testing and provides an overview of manual vs automation testing. It covers why automation testing is important, including allowing repetitive tests to run across multiple builds and reducing human error. Common automation tools like QTP and Selenium are mentioned. The history of automation from record and playback to modern keyword-driven approaches is summarized. Examples of building automation frameworks for QTP and Selenium are provided. In conclusion, the document promotes automation testing as important for the future.
ISTQB Foundation and Selenium Java Automation TestingHiraQureshi22
This document provides an overview and summary of an ISTQB Foundation and Selenium Java Automation Testing course. The course covers ISTQB certification based professional training using the 2018 syllabus, as well as test automation using Selenium Java and .NET frameworks. It is designed to help students learn software testing skills and prepare for careers as test analysts or test automation engineers. Key topics include dynamic testing techniques, testing throughout the software development lifecycle, component testing, test management, and static testing. The course also provides hands-on training in test automation using Selenium WebDriver, building reusable automation components, cross-browser testing, and XSLT reporting.
Automation Framework - gFast: generic Framework for Automated Software Testing - QTP Framework
The Most sophisticated frameworks in Automation Testing is Designed with highly experienced Automation Consultants of Heyday Software Solution for all the areas. This makes us to make the impossible things to make possible very fast with our proprietary framework "gFAST".This is a QTP Framework
About gFAST: generic Framework for Automated Software Testing
****************
Developed on Quick Test Professional supporting all Platforms(addin's) with KeyWord Driven Framework.
Key Features
****************
* Better ROI
* Internationalization Support
* Supports Multiple Projects/TestSuites/TestCases
* 24/7 Automatic Regression Tests Running Facility
* Generates Email Reports
* Generates Test Logs
* Simple way to Create Test Cases(without any new QTP Scripts development)
* Easy to Create Test Cases with Test Cases Generator
* Easy way to Create Tests With Excel/Text files facility)
* Easy to Maintain.(Whole Framework will Have 3 QTP script Files -Driver and Two
Controllers and Libraries.)
* Screen Capturing on Error for Each of the Test Cases
* Global Configuration Files
* Multiple Browser windows support
* Easy to build automation for the Projects
Our Frameworks:
Selenium Framework
WATIR RUBY Framework
Silk Framework
Winrunner Framework
QTP Framework
Generic Automation Framework
Perl Automation Framework
How to Add Test Automation to your Quality Assurance ToolbeltBrett Tramposh
SQA job postings are still in abundance, but it is rare to find one that does not include some form of test automation pedigree. Brett will present the topic and then lead the discussion as we explore the various paths to building your test automation acumen, and learn how to add this valuable skill-set to your resume. If you are already an SQA with test automation experience we encourage you to participate and bring your learning forward and into the discussion where we will compare and contrast Computer Science degrees, Code Camps, licensed automation tools such as HP UFT (QTP), test frameworks and scripting tools such as jMeter and SOAPUI. There is much to explore on this topic and we want everyone to leave with a few key areas they can start building on today.
This talk aims to summarize the typical challenges one encounters in testing mobile applications. At the ThoughtWorks Pune office we have developed multiple mobile applications across various platforms (mobile web, hybrid apps, native apps, apps for tablets etc.). In this talk we will bring together lessons learnt around mobile testing. This talk was done by Vikrant Chauhan and Dubinsky De Soares
Basics of Dev box testing approach in STLC process.
It will give you a clear idea about the step-by-step activity in testing with the dev box approach. how as a tester we can start dev box testing and which are all points that need to be taken care of while performing this activity on the developer system.
It will also tell what benefit we will be getting with this testing activity.
The document discusses various types of testing including functional testing, integration testing, regression testing, smoke testing, performance testing, and exploratory testing. It provides examples and explanations of each type of testing. Functional testing involves testing application components independently, while integration testing checks for dependencies between modules. Regression testing re-tests applications after changes to check for bugs in unaffected areas. Smoke testing checks for blocker bugs before deep testing, and performance testing evaluates response time and stability under various loads. Exploratory testing explores applications without predefined requirements or test cases.
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 is collection of question & answer in software testing interview job. Part 2 with 10 questions and answers.
This is designed by Khoa Bui, which owner of http://www.testing.com.vn site
The document provides an overview of agile testing concepts and approaches. It discusses key aspects of agile testing including testing terminology, mindset, challenges, common approaches, strategies, and metrics. The agenda includes recapping agile principles, describing testing roles in agile, discussing test planning and execution in each sprint, and highlighting problems and lessons learned from projects.
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 contains interview questions and answers related to software testing. Some key points:
- It differentiates between QA and QC, describing QA as process-oriented and preventative, while QC is product-oriented and focused on defect detection.
- A bug is defined as an error in a computer program that prevents correct functioning or results. A test case is a set of inputs, execution conditions, and expected outputs used to test specific objectives or conditions of a program.
- The purpose of a test plan is to outline the testing strategy, scope, approach, responsibilities and more to guide testing for a project.
- Relationships between testers and developers involve the developer writing code and sending it
The document provides an overview of the Scrum process. Some key points:
- Scrum is an agile process that focuses on delivering high business value in short iterations through inspecting working software every 2-4 weeks. The business prioritizes features.
- Roles include the Product Owner who manages the product backlog, Scrum Master who facilitates the process, and cross-functional team.
- Artifacts include the product backlog, sprint log/burndown chart, task board, and velocity/capacity metrics.
- Activities include sprint planning, daily stand-ups, sprint demo/review, and retrospective meetings. Definitions of ready, done are established along with team values.
Test Driven Development – What Works And What Doesn’t Synerzip
This document discusses test driven development (TDD) and quality assurance practices for agile software development. It introduces Synerzip, an offshore software development partner, and describes their agile development lifecycle involving short iterations with user stories, estimation, testing, and customer approval. The benefits of practices like TDD, continuous integration, unit testing, and automation are outlined. Challenges with implementation and common mistakes are also discussed. Various testing methodologies and tools used in agile projects are defined.
This document provides an agenda for a QA workshop covering the purpose of QA, the QA workflow using Google Sheets and Rainforest, a demo of Rainforest, and upcoming releases. The workshop aims to explain why QA is important, how to write test cases in Google Sheets and Rainforest, how to use account templates, and how the QA workflow fits with development releases. Attendees will learn about upcoming features on July 17th and 24th and be shown a live demo of the Rainforest dashboard.
Chowdappa provides his contact information and objective of seeking assignments in software testing with front-end IT companies. He has over 2 years of experience in software testing and maintenance using tools like QTP, QC, VBScript, and performing various types of testing. He is proficient in automation testing, designing automation frameworks, developing scripts with objects and functions, and managing defects in Quality Center. Chowdappa held technical assignments on projects like TFS, PRS, and Verizon Network Management where he was responsible for test case design, automation, execution, and defect management.
Chowdappa provides his contact information and objectives. He has over 2 years of experience in software testing using tools like QTP, QC, VBScript. He is proficient in automation testing, manual testing, and defect logging. He has expertise in automation frameworks and scripting. Chowdappa also details his educational qualifications and work experience testing projects for clients like Thomson Reuters, Toyota, and Verizon.
This document discusses context-driven test automation and describes four common contexts for automation: individual developer, development team, project, and product line. It analyzes two case studies - the ITE and xBVT test automation frameworks - and how they address common test automation tasks like distribution, setup/teardown, execution, verification and reporting differently depending on their context. The key lesson is that the approach that works best depends on who writes and uses the tests rather than a one-size-fits-all framework. Defining the context upfront helps determine how automation tasks are implemented.
The document discusses agile testing approaches. It defines testing as executing software with test cases to find failures and demonstrate correct execution. It then discusses key aspects of agile testing including: running tests iteratively throughout development rather than just at the end; automating tests wherever practical; and having testers work collaboratively as part of development teams. It outlines success factors like focusing on delivering customer value and continually improving testing practices. The document advocates for automating a large portion of testing to provide rapid feedback and free up resources while balancing automation costs.
The document provides information on various testing concepts:
1. It differentiates between QA and QC, describing QA as process-oriented and prevention-focused, while QC is product-oriented and detection-focused.
2. A bug is defined as an error in a computer program that prevents correct functioning or results.
3. A test case is a set of inputs, execution conditions, expected results, and postconditions developed to exercise a program path or verify a requirement.
4. The purpose of a test plan is to outline the testing strategy, scope, responsibilities, and schedule to guide testing for a project.
The document discusses various types of testing used in object-oriented software development including requirement testing, analysis testing, design testing, code testing, integration testing, unit testing, user testing, and system testing. It provides details on each type of testing such as the purpose, techniques, and processes involved. Scenario based testing and fault based testing are also summarized in the document.
The document outlines Moqod's quality assurance guidelines and processes. It defines a bug, sets the goal of delivering bug-free software, and establishes their quality standard as software functioning as expected by the customer. It details code review, automated testing, manual testing, and the responsibilities of QA engineers in accepting or rejecting work. Testing includes unit tests, regression tests at interim milestones, and final acceptance testing against all use cases.
Quality Assurance Guidelines for Mobile App DevelopmentMoqod
The document outlines Moqod's quality assurance guidelines and processes. It defines a bug, sets the standard that software should function as expected by customers, and details code review, automated testing, manual testing, and acceptance testing processes. QA engineers are responsible for accepting or rejecting deliveries and ensuring all stakeholders follow the defined QA rules and processes.
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2. Current Team Structure
Testing:
1. 1 Functional Tester.
2. 3 Automation TestersDevelopment:
4 Java
Developers to
develop your
Application.
Scrum Master: Person
accountable for seam-
less Sprint delivery.
Business Analyst:
(BA)
Business Expert.
Responsible for
writing user stories in
accordance to Product
Owner or Client.
3. Project Time-Line
S-0 (2Y
back)
S-1 S-2
Many
sprints..
S-48
(Today)
•Ecommerce Domain Project.
•Java based UI application.
•Project is running since 2 Years.
•Delivered all the major functionalities.
•Current Sprint is Sprint 48.
•2 week sprint Cycle.
•Still lot of features to be delivered as ecommerce domain is a very dynamic domain and
changes are driven by customer demand and feedbacks. Like addition of new Products,
improving intuitiveness of the App, promotion of specific products, etc
4. Sprint Time Line
Sprint Start-
Day 1
• 2 week sprint Start
• Scrum Master, BA, Product Owner will refine and finalise the stories.
• Refinement sessions for User stories to be delivered in the sprint.
• User stories will be estimated and poker planned.
• Tasks for Testers and Automation testers will also be determined and estimated.
• All the tasks and User stories will be tracked and Logged in the JIRA.
Sprint Mid-
Day 5
• During the First Week:
• Developer: Will deliver the coded functionality of the User stories assigned to him. He will also write Unit Tests.
• He will deploy features in “Development environment” on the daily basis.
• Functional Tester: Will study the user stories for current sprint and write the Manual test cases. Usually 30 to 50 test
cases per sprint.
• Automation Tester: Will Automate the test cases created by functional tester in pervious sprints. He will do, will to
maintenance work, i.e. fixing scripts which are failing.
Sprint End-
Day 10
• Last week of the Sprint, is dedicated towards SIT (i.e. System Integration Testing) and Regression Testing.
• Developer would work towards, fixing any defects raised by testers, for New User Stories or Regression defects.
• Manual Testers and BA: Both of them will go and test the application manually. BA usually, go and check that the FUser
stories are correctly implemented.(SIT) Manual Tester, does the comprehensive testing(SIT + Regression), i.e. new User
Stories test cases which he has written in the previous week. He also does regression test cases execution, if they are not
automated. In few cases, if manual regression test case execution is not possible, exploratory testing is also done by
Manual tester and Business Analysts.
• Automation Testers: Since this week, is all about testing, primary goal of automation testers is to execute automation pack
on daily basis. This is called as Automated Regression Test Pack. If project has Jenkins integration, then this pack is
configured with Jenkins to execute every time there is a deployment on Test Environment URL. If jenkins integration is not
there, then this pack is executed manually on “Virtual Machines”. (not on local machine
• Automation Tester will might also pick priority test cases from Current Sprint from SIT test case list as well for automation.
• While testing manual testers, BA or Automation tester might find defects. These defects will then be raised in Jira and
developer will fix them during this week.
5. Sprint Time Line
Sprint End-Last
Day activities
• When is Sprint testing completed?
• Testing is completed:
• When all the SIT Test cases are executed.
• All the regression test which are not yet automated are manually executed
• Exploratory testing is completed, in case all the regression manual test cases
execution is not possible.
• Regression automation pack execution is completed.
• All the defects are fixed and re-tested by testing team.
• Retrospective: Idea is to simply sit together and take feedback from each other on
“what was good”, “what went wrong” and “what should be continue to do”. Every one
writes these things down, either on JIRA or simply on white board and then people
discuss these and create action items, if any, can be written down.
• For example: I can write in a “Good section”: It was good that we did not change the
scope of User stories in Mid Sprint. Even after our client instead that we should. We
pushed it back saying this is against agile-scrum and there is risk of spill over. We
should continue to do it.
• In “What went wrong”: Estimation of one of the story was not correct. Our
understanding of the requirement was not full due to which we gave less
estimation. This lead to un-necessary strain on the team. From next time we need
to be more extensive in understanding the requirement. May be BA need to be
more elaborate on the User stories he is creating.
• 2nd example can be: We are reviewing the Automation Code, this could lead to
issues in automation test quality. We need a proper review check list and review
process before new test cases can be added in to the final regression pack/
• In “Continue to Do”: Defects were fixed on time. Also, automation pack did not
have much script related failures. This means our automation test pack is effective
in catching defects. We should continue to do this.
6. About Automation Test Pack
Current Count?
•Total UI test cases: 1200
•Total API Test Cases: 400
•Test Pack execution Time: 5 hours for UI and 40 min’s for API test pack.
When do you execute the pack?
•We have two automation suites.
•Health check: Executed every time we have code deployment on test environment URL.
•Regression pack: Executes End of the Day.
•If UI health check fails, High severity defect is raised to fix it because it blocks the execution. Developer has to
immediately fix the issue and re-deploy the code.
•Regression execution results is analyzed to look for any possible defects.
Automation Test Pack Failures?
•Test case fails due to three main reasons:
•Failure because functionality is changed. For example, there was a specific category of products previously, for
which you had test cases, now the product category is no longer available.
•Failure due to script was not properly written. For example, script sometimes work but fails due to sync issues. Or
test data is hard coded. Like trying to add a product in to basket which is not present anymore. This is called as
Hard coding of data. Such scripts, if not properly reviewed get their way in the main test pack and then its starts
failing. So such script has to be identified and either fixed or removed.
•Failures due to actual bug. This fails when you have actual live system defect.
•Usually fail rate of 3-5 percent is acceptable. But if it exceeding more than that then we have a problem.
7. About Automation Test Pack-Cont..
Who writes the test case?
• We are using Cucumber Framework.
• BA writes the requirement in Given when then style in Jira.
• Manual testers/ Automation tester reads these Jira tickets and then we write our own
automation feature file and scenarios in Given when then format for our framework and
then we write our step defs to automate them.
Where are you maintaining your test code?
• Our development technology is java and our test automation technology is also Java.
• We have a separate Git Hub repository, other than developer, where we maintain our test
code. Our tests are integration tests and there fore they are not executed as part of Dev
java code build process. With dev code build process, Unit tests are being executed.
• We have robust code review process. For each new test cases/User story Jira ticket, we
create a branch. Test scripts/ step defs are created under this branch. Once the
development work is completed, test cases are run from this branch and quality of the
scripts are proven.
• Then the Automation Tester creates the Pull request also called as PR, to merge this change
in to the master branch. This PR is assigned to peers and leads. Once every one approves
and all the reviews are done, then lead will merge the pull request in the master branch.
This master branch test code get executed on the daily basis.
8. About Automation Test Pack-Cont..
Where do you run your execution test code?
• We have Four environments:
• Dev Env: During the first week of the sprint, this environment is used by developers.
All the dev work happens here
• Test Env: After the first week, application code is deployed on Test environment URL.
All the SIT and regression testing, exploratory testing, Automation test execution
happens here.
• Performance Env: This is a separate env to test the performance of the application.
This environment mirrors the actual production environment. Performance tests are
written using Jmeter and they are outside the purview of the sprint testing.
• UAT Env: After the end of sprint, code is deployed to UAT env, where Client and their
business team does the testing. This is again outside the purview of sprints cycle.
• Project is released every three week. i.e. 2 week Sprint cycle-Dev + testing. After
sprint is completed, Dev and test team starts working on the next sprint. But the
code is then moved to UAT and Perf Env for further testing. This takes another week
and then, new version is deployed to the Production environment.
9. Automation Framework
Driver/Test
Cases
•We are using Cucumber Framework.
•We use Maven sure fire or maven fail safe plug-in to execute the test pack. Explained under
Config and exec section.
•Maven profiles is used to configure and execution.
•Test case can also be executed via directly executing the Junit Runner file.
•Test cases are written in feature file format and their associated steps are kept under step
defs.
•We use Jenkins to execute our test pack on remote machines. We have scheduled our
Jenkins job to execute the pack every day at 7 PM.
•Our Integration test pack is not park of Continuous Integration yet. We are trying to move
in that direction however.
Locators
•Using Page object model, to store objects.
•Created Page Factory class files with locators and their corresponding Setter methods.
•Also, created Business keyword methods as a Wrapper on top of these locators setters. For
example, for a login page, we have 3 locators defined at the top , then we have 2 set
methods for username and password and one click method of Submit Button. But then we
have an additional Wrapper method which we call Business Keyword called as
“LoginToApp” which does the login. This makes the code concise and clean.
•We have kept common locators, locators which appear on all the pages , like Menu etc, in
separate Page Object file so as to avoid having to add these locators in multiple files.
10. Automation Framework
Logs and
Reporting
•We are using, Extent report adapter for High level reporting.
•Extent report offers a library which once we mention under the plugin section of cucumber
options, would start logging the scenario step logs in HTML format.
•This gives us good enough reporting.
•For logging specific text in the report, we use Scenario Interface of Cucumber.
•This Interface is injected at run in the @Before Hook of Cucumber.
•The Same Scenario object we use to embed Screen shots of the application, when
something fails.
•For low level logs we are using log4j2.
Config and
execution
•Configuration files are created to keep config information like, URLs, Username,
passwords, product information etc.
•We use these config files to keep static information.
•We use maven profiles to manage the dynamic config at run time. For example, which
browser to run against, which env (dev, test,uat) to run the pack against can be sent from
Maven command like like below:
•=>mvn clean install –P env_test –Dbrowser=chrome [this command will execute, pack on
test env with chrome browser
•=>mvn clean install –P env_dev –Dbrowser=firefox [this command will execute the pack on
dev env and will use firefox]
•In above commands, _P indicates profile, env_test is a maven profile created in your
POM.xml file and browser is a system property
11. Automation Framework
Other FW
Features
•Reusable libraries like:
•Browser Manager
•DB Manager
•Excel Manager etc to handle Excel, DB and Browser Operations.
•Parallel execution is implemented by maven sure fire plugin. We execute 5 test
cases in parallel for faster results.
•Jenkins job to run the pack on virtual machine and agents.
•We use tags to control to the execution flow, in the sense what needs ton be
executed etc. Tags like, @smoke, @regression @search_module @end2end etc
are the tags which we use.