What can be done, when the test automation coverage is poor and the project wants to move into continuous delivery mode.
Speech at the Ohjelmistotestaus2016 conference, 24th of May 2016, Crowne Plaza Helsinki, Finland
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.
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.
QA Process Overview for Firefox OS 2014Anthony Chung
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The document discusses software testing practices and levels of testing. It provides observations that testing finds bugs but not their absence, and good test cases have a high probability of finding defects. It outlines practices like avoiding non-reproducible testing and assigning experienced people to testing. The document also describes levels of testing from unit to acceptance testing and integration techniques like top-down and bottom-up. It discusses validation, alpha/beta, and acceptance testing as well as test planning, estimation, and formal validation exit criteria.
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What is component testing | David TzemachDavid Tzemach
Component testing involves testing individual components of an application in isolation to validate their functionality. It is done after unit testing and before integration testing. The testing process involves defining requirements, creating test cases, executing tests, finding and fixing defects, and summarizing results. An example is testing the login page of a web application by validating its security, interfaces, inputs, and performance. Integration component testing then checks for errors when components are combined.
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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.
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.
QA Process Overview for Firefox OS 2014Anthony Chung
This document provides an overview of the QA process at Mozilla in 2014. It describes the roles that QA plays, including product and platform coverage, stability and performance testing, assisting with automation and maintenance, user support, and running internal beta testing programs. It also discusses metrics for test runs, acceptance criteria for releases, goals for stability and performance, and efforts to build a community around QA.
The document discusses software testing practices and levels of testing. It provides observations that testing finds bugs but not their absence, and good test cases have a high probability of finding defects. It outlines practices like avoiding non-reproducible testing and assigning experienced people to testing. The document also describes levels of testing from unit to acceptance testing and integration techniques like top-down and bottom-up. It discusses validation, alpha/beta, and acceptance testing as well as test planning, estimation, and formal validation exit criteria.
This document summarizes a presentation on test automation. It discusses why test automation is needed such as manual testing taking too long and being error prone. It covers barriers to test automation like lack of experience and programmer attitudes. An automation strategy is proposed, including categories of tests to automate and not automate. Best practices are provided such as having an automation engineer and following software development practices. Specific tools are also mentioned. Good practices and lessons learned are shared such as prioritizing tests and starting better practices with new development.
The document discusses quality assurance processes for automated testing including developing an automation framework using Java, Selenium, TestNG, Git, Maven and Jenkins. It provides steps for configuring the automation project, describes functional testing as creating test suites and tracking bug status, and discusses best practices for load and performance testing, security testing, and using the page object model in test automation.
What is component testing | David TzemachDavid Tzemach
Component testing involves testing individual components of an application in isolation to validate their functionality. It is done after unit testing and before integration testing. The testing process involves defining requirements, creating test cases, executing tests, finding and fixing defects, and summarizing results. An example is testing the login page of a web application by validating its security, interfaces, inputs, and performance. Integration component testing then checks for errors when components are combined.
This document provides an overview of software testing. It defines software testing as evaluating software functionality to determine if it meets requirements and identifies defects. The document then describes different types of testing like unit testing, integration testing, system testing, acceptance testing, and regression testing. It also discusses testing methods like static testing and dynamic testing. Finally, it covers topics like functional testing, performance testing, test drivers, test stubs, and top-down and bottom-up integration testing approaches.
Presentation of User Acceptance Testing (UAT)--process of DCS workers representing a cross-section of program areas and sites test the system and report issues to be rectified to the vendor for amendment.
The document provides guidance on conducting user acceptance testing (UAT) for a business team testing a new web application. It outlines the UAT process, including planning the test, defining roles and responsibilities, guidelines for testers, managing defects found, and finalizing testing before moving the application to live production. The goal of UAT is to ensure the application meets business needs and functions as intended before launch.
The document outlines an agile QA automation process including early QA involvement in acceptance criteria, 3 or 4 amigos meetings before implementation, developing automation in parallel with code, integrating automation with CI tools like Jenkins, performing exploratory testing and recording findings, communicating post-release to stakeholders, demonstrating automation along with functionality, breaking down automation tasks with descriptions, performing sanity tests once live, creating production automation for highest priority features, learning lessons and automating important bugs, keeping automation up to date, and considering architecture, guidelines, parallel execution, and reporting when developing automation.
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.
The document discusses the differences between functional testing and end-to-end testing, and explains that while they are related, they are not the same. It notes that functional testing ensures each application function works as specified, while end-to-end testing checks the full application flow. The document also states that functional testing is a component of system testing and includes performance testing, and that while manual testing is still used, functional testing should be automated as much as possible.
The document outlines a quality strategy for a project that focuses on testing principles like automating testing, starting testing early, treating test code like production code, and having different people test at different levels. It also describes the different phases of testing including unit, integration, system, pre-production, and live load level testing. The phases are defined by exit criteria like completed coding, passed integration tests, and test environment preparation.
This document discusses test automation in agile projects. It begins with an overview of agile principles like the agile manifesto. It then discusses agile testing principles and practices like continuous integration and continuous delivery. The bulk of the document focuses on test automation, including why it's important, different types of test automation frameworks, and design considerations like the test automation pyramid. It provides tips for test automation including design patterns, abstraction layers, and evolving the framework over time.
The document discusses the integration of TestLink test management tool with TeamForge application lifecycle management tool. Key points include:
- TestLink is used for test case management while TeamForge is used for requirements tracking and project management.
- The integration establishes traceability between requirements and test cases across the two tools.
- It also covers user management integration and migration paths for existing customers of TeamForge or TestLink.
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.
1. The first step in performance testing is to capture non-functional requirements from stakeholders to define test scope, targets, resources, and deliverables.
2. The second step is to build a test environment that closely approximates production, including necessary load injection capacity and monitoring.
3. The third step is to script use cases, identifying session data, input requirements, and checkpoints for each use case.
4. The fourth step is to build test scenarios defining test type, users, load profiles, and monitoring for each performance test.
5. The fifth step is to execute the performance tests, running dress rehearsals and different test types in a cycle of execution and problem resolution.
Software testing is done to detect defects, reduce risks, and improve quality. There are static and dynamic types of testing. Key testing methods include white box (viewing internal code), black box (testing without viewing code), and gray box (viewing some internal code). Key testing levels are unit, integration, system, and acceptance testing. The document then provides details on each type and level of testing.
This is a case study on conducting User Acceptance Testing (UAT) of a complex B2E software application. Involved testing of several critical HR and Payroll modules.
Handling QA process in Agile development model. How PM, dev and QA teams should work together to bring and effective and efficient process of software validation and ensuring customer quality expectations
This document discusses different methods for verifying hardware designs, including simulation and formal verification. It describes how individual components are first verified against their specifications before being assembled into larger designs like a CPU. Components are simulated individually and their inputs and outputs are exhaustively tested. Once components are verified, a testbench is used to integrate and verify the overall system functionality by applying test stimuli and checking the output responses.
This webinar discussed enabling continuous delivery for databases at enterprise scale. It began with an overview of continuous delivery and its benefits. The presentation noted that while continuous delivery practices have been widely adopted for application code, databases are often left behind due to challenges in managing database changes and scripts. It then provided best practices for achieving continuous delivery for databases, including using database version control and tools that can automate deployment while also validating changes. Finally, it explained how the combination of DBmaestro, XebiaLabs XL Deploy, and XebiaLabs XL Release can help implement a continuous delivery pipeline for databases that promotes changes between environments.
This document provides the schedule for the 12th Annual Undergraduate Linguistics Colloquium at Harvard over two days. It includes the times and locations for breakfast, opening ceremonies, and five sessions each day featuring short presentations by undergraduate students on various topics in linguistics. The keynote speaker on the second day is Professor Neil Myler who will present on the concept of the word in linguistics.
This document provides a template for presentations with preprogrammed styles, colors, shapes and master page layouts. It includes text and background colors, default shapes for insertion, and built-in master pages for layouts. The template aims to streamline document building with automated options for titles, dates, colors and shapes.
The four main institutions that dominate today's music industry are Universal Music Group, Sony Music Entertainment, Warner Music Group, and EMI Music Publishing. Collectively known as "The Big Four", they control the global recorded music market and work with many successful artists. In addition to promoting music, these institutions also promote different forms of media like film, magazines, and television through their network of smaller companies.
Presentation of User Acceptance Testing (UAT)--process of DCS workers representing a cross-section of program areas and sites test the system and report issues to be rectified to the vendor for amendment.
The document provides guidance on conducting user acceptance testing (UAT) for a business team testing a new web application. It outlines the UAT process, including planning the test, defining roles and responsibilities, guidelines for testers, managing defects found, and finalizing testing before moving the application to live production. The goal of UAT is to ensure the application meets business needs and functions as intended before launch.
The document outlines an agile QA automation process including early QA involvement in acceptance criteria, 3 or 4 amigos meetings before implementation, developing automation in parallel with code, integrating automation with CI tools like Jenkins, performing exploratory testing and recording findings, communicating post-release to stakeholders, demonstrating automation along with functionality, breaking down automation tasks with descriptions, performing sanity tests once live, creating production automation for highest priority features, learning lessons and automating important bugs, keeping automation up to date, and considering architecture, guidelines, parallel execution, and reporting when developing automation.
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.
The document discusses the differences between functional testing and end-to-end testing, and explains that while they are related, they are not the same. It notes that functional testing ensures each application function works as specified, while end-to-end testing checks the full application flow. The document also states that functional testing is a component of system testing and includes performance testing, and that while manual testing is still used, functional testing should be automated as much as possible.
The document outlines a quality strategy for a project that focuses on testing principles like automating testing, starting testing early, treating test code like production code, and having different people test at different levels. It also describes the different phases of testing including unit, integration, system, pre-production, and live load level testing. The phases are defined by exit criteria like completed coding, passed integration tests, and test environment preparation.
This document discusses test automation in agile projects. It begins with an overview of agile principles like the agile manifesto. It then discusses agile testing principles and practices like continuous integration and continuous delivery. The bulk of the document focuses on test automation, including why it's important, different types of test automation frameworks, and design considerations like the test automation pyramid. It provides tips for test automation including design patterns, abstraction layers, and evolving the framework over time.
The document discusses the integration of TestLink test management tool with TeamForge application lifecycle management tool. Key points include:
- TestLink is used for test case management while TeamForge is used for requirements tracking and project management.
- The integration establishes traceability between requirements and test cases across the two tools.
- It also covers user management integration and migration paths for existing customers of TeamForge or TestLink.
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.
1. The first step in performance testing is to capture non-functional requirements from stakeholders to define test scope, targets, resources, and deliverables.
2. The second step is to build a test environment that closely approximates production, including necessary load injection capacity and monitoring.
3. The third step is to script use cases, identifying session data, input requirements, and checkpoints for each use case.
4. The fourth step is to build test scenarios defining test type, users, load profiles, and monitoring for each performance test.
5. The fifth step is to execute the performance tests, running dress rehearsals and different test types in a cycle of execution and problem resolution.
Software testing is done to detect defects, reduce risks, and improve quality. There are static and dynamic types of testing. Key testing methods include white box (viewing internal code), black box (testing without viewing code), and gray box (viewing some internal code). Key testing levels are unit, integration, system, and acceptance testing. The document then provides details on each type and level of testing.
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This document discusses different methods for verifying hardware designs, including simulation and formal verification. It describes how individual components are first verified against their specifications before being assembled into larger designs like a CPU. Components are simulated individually and their inputs and outputs are exhaustively tested. Once components are verified, a testbench is used to integrate and verify the overall system functionality by applying test stimuli and checking the output responses.
This webinar discussed enabling continuous delivery for databases at enterprise scale. It began with an overview of continuous delivery and its benefits. The presentation noted that while continuous delivery practices have been widely adopted for application code, databases are often left behind due to challenges in managing database changes and scripts. It then provided best practices for achieving continuous delivery for databases, including using database version control and tools that can automate deployment while also validating changes. Finally, it explained how the combination of DBmaestro, XebiaLabs XL Deploy, and XebiaLabs XL Release can help implement a continuous delivery pipeline for databases that promotes changes between environments.
This document provides the schedule for the 12th Annual Undergraduate Linguistics Colloquium at Harvard over two days. It includes the times and locations for breakfast, opening ceremonies, and five sessions each day featuring short presentations by undergraduate students on various topics in linguistics. The keynote speaker on the second day is Professor Neil Myler who will present on the concept of the word in linguistics.
This document provides a template for presentations with preprogrammed styles, colors, shapes and master page layouts. It includes text and background colors, default shapes for insertion, and built-in master pages for layouts. The template aims to streamline document building with automated options for titles, dates, colors and shapes.
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The document discusses various types of journal entries including entries for sundry expenses, closing stock, outstanding expenses, prepaid expenses, depreciation, accrued income, interest on capital, and interest on drawings. It provides examples of each type of journal entry, explaining the purpose and accounting treatment for each type of transaction.
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Hacia un modelo socioeconómico del buen vivir. continuidades y rupturas. Mag ...Claudia Alvarez
La sociedad argentina tuvo hasta el último cuarto del siglo una relativa integración y cohesión social con fuerte presencia de las clases medias y asalariados. Situación socioeconómica que comienza a transformarse en desigualdad estructural bajo el modelo neoliberal .Existen foros, espacios antisistémicos, construcciones alternativas al sistema economía mundo que tienden Hacia el Buen Vivir de todas y todos, pero que realizan acciones fragmentadas, potentes pero aisladas. Debemos seguir construyendo voluntades desde el campo popular y los espacios de gobierno con capacidad dialógica de generar una plataforma de reciprocidad en los procesos de circulación producción distribución e intercambios de bienes y servicios socioeconómicos culturales. La propuesta va en esta búsqueda de sentido, con sujetos capaces de participar en la esfera pública, debatiendo y discutiendo democráticamente las estrategias y políticas que hacen a la vida de todos, con autonomía del capital, de los poderes de gobierno y los partidos políticos.
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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.
M. Holovaty, Концепции автоматизированного тестированияAlex
The document discusses concepts related to automated testing, including:
1) Automated testing scripts are developed and updated in sync with the cyclic development process of the application under test.
2) Automated testing is effective when the time to create, update, and analyze scripts across iterations is less than the time for manual testing.
3) Effective logging, test result modeling, and failure analysis are important for reducing the time spent understanding failures in automated tests.
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.
Software Testing Foundations Part 2 - Testing in Software LifecycleNikita Knysh
The document discusses different types and levels of software testing throughout the software development lifecycle. It describes the V-model which pairs testing activities with development activities. Component and integration testing occur at the lower levels, while system and acceptance testing occur at the higher levels. Regression testing is needed for new product versions and changes. Functional testing checks system behavior while non-functional testing examines qualities like performance, security and usability. Testing also targets the software structure and changes made between versions.
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.
The document discusses various aspects of the software testing process including verification and validation strategies, test phases, metrics, configuration management, test development, and defect tracking. It provides details on unit testing, integration testing, system testing, and other test phases. Metrics covered include functional coverage, software maturity, and reliability. Configuration management and defect tracking processes are also summarized.
The document discusses effective release management for Salesforce development teams using AutoRABIT. It introduces AutoRABIT as a tool for continuous integration, test automation, and release management. It then demonstrates AutoRABIT's capabilities such as continuous integration workflows, automated testing, sandbox management, and visualization dashboards to improve release velocity. The presentation concludes by emphasizing how AutoRABIT can help teams achieve more frequent, higher quality releases.
This document discusses test automation, including the skills needed for automation, the scope of automation in testing, and selecting a test tool. It covers different types of automation frameworks including module based, library architecture, data driven, and keyword driven frameworks. It also discusses the components of an automation testing framework including object repositories, test data, configuration files, and generics. Finally, it lists generic requirements for a test tool/framework such as no hard coding, independent test cases, selective and random execution of test cases, and test case execution based on previous results.
The document discusses the phases of the Software Testing Life Cycle (STLC). It begins by introducing the group members and defining software testing as a process to find bugs by executing a program. It then outlines the six main phases of the STLC: 1) Requirements analysis to understand requirements and identify test cases, 2) Test planning to create test plans and strategies, 3) Test case development to write test cases and scripts, 4) Environment setup to prepare the test environment, 5) Test execution and bug reporting to run tests and log defects, and 6) Test cycle closure to review testing artifacts and lessons learned. Each phase is described in 1-2 sentences with its activities, deliverables, and examples provided.
The document discusses the software quality assurance process, including the phases of the software testing life cycle such as requirements analysis, test planning, test deliverables creation, test execution, and QA reporting. It also covers topics like what software quality assurance is, why it is important, test automation tools, and benefits of test automation such as saving time and money while improving coverage and reducing human error. Sample documents are included for requirements analysis, test planning, test cases, and QA reports.
The document discusses testing best practices for software projects. It covers the purpose and types of testing, including unit testing, system testing, user acceptance testing, production testing, and regression testing. It also describes testing roles and responsibilities and how to manage test scripts and incidents. User acceptance testing is highlighted as important for clients to approve that the system meets business needs before public release.
This lecture is about the detail definition of software quality and quality assurance. Provide details about software tesing and its types. Clear the basic concepts of software quality and software testing.
The V-model is a software development lifecycle model where each phase of the development process is validated by an equivalent phase of testing. It emphasizes testing at each development stage. In the V-model, testing begins during the requirements analysis phase, and each subsequent development phase is tested before moving further down the V, and development and testing phases occur in parallel. The benefits of the V-model include preventing faults, avoiding downward flow of defects, lower rework costs, improved quality and risk management.
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.
Module V - Software Testing Strategies.pdfadhithanr
This document discusses strategies for software testing, including test planning, unit testing, integration testing, and validation. It provides details on:
- Developing a testing strategy that incorporates test planning, design, execution, data collection, and evaluation.
- Conducting unit testing on individual software components to test interfaces, data structures, paths, and boundaries.
- Performing integration testing by combining tested units and testing interfaces to avoid issues with data loss or component interactions.
- The goals of verification to ensure correct implementation and validation to ensure requirements traceability.
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
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Continuous delivery and the challenges for the test automation
1. CONTINUOUS DELIVERY AND
THE CHALLENGES FOR THE
TEST AUTOMATION
DISA KAKKO (MAY 2016)
DISA.KAKKO@BASWARE.COM
HTTPS://WWW.LINKEDIN.COM/IN/DISAKAKKO
2.
3. CONTINUOUS DELIVERY- IDEAL SITUATION
• Continuous integration against continuous test automation.
• Continuous automatic builds and release packages.
• Automatic deployment to the QA and production environments (includes
automatic verification of the deployment successfulness).
• QA personnel is focused on testing the new functionality with exploratory
testing. Test automation covers smoke and regression testing of the
existing functionality on all test automation levels.
• Monitoring data from the production environment is gathered and the
information is utilized to develop each phase preceding the production
deployment.
4. REALITY?
• Some of the teams in the same SW program/project are doing test automation
for all levels of sw (unit/API/system), but not all teams. In some cases some test
automation level is skipped completely (e.g. unit tests).
• There is no pressure to do test automation since the QA personnel will manually
test all new features and the existing functionality for every code change.
• DoD does not exist or it is not followed.
• Release packaging and deployment are done manually. Deployment verification
is done by performing manual tests.
• Monitoring of the production environment does not exist or the monitoring data
is not utilized by the R&D.
5. WHAT KIND OF TEST AUTOMATION
COVERAGE CONTINUOUS DELIVERY
REQUIRES
6. CHALLENGES IN THE SOFTWARE
DEVELOPMENT- CONSEQUENCES TO THE
TEST AUTOMATION?
7. WHAT CAUSES THE AVALANCHE?
• ”We’re too busy” is often the excuse for dismissing the needed internal QA
actions for R&D (refactoring, test automation, static analysis, etc). It is more
important to get features released, than to do them properly the first time
(which would mean test automation and non-functional aspects taken into
account for the new functionality).
• QA actions for the R&D (such as test automation or refactoring) is put to the
same backlog with the new features. This way the responsibility of doing
quality is outsourced to the product management.
• If there is a pressure from the sales promises for the new features, the
internal QA actions for the R&D (such as test automation work) is moved
down in the backlog. Eventually test automation does not get done. -> test
automation is not seen as part of the new feature development.
8. WHAT CAUSES THE AVALANCHE?
• There is no advocate for the test automation work within a
team (e.g. the lead developer).
• A viewpoint that the QA personnel will take care of the quality
(and therefore all leaked bugs are seen as the QA personnel’s
fault, not as the team’s fault).
• Test automation framework that would suite the team’s needs
is missing.
• No-one is following the DoD.
9. WHAT CAN BE DONE WHEN THE TEST
AUTOMATION COVERAGE IS POOR?
10. HOW TO CHANGE THE ORGANIZATION
CULTURE TO BE ”PRO TEST AUTOMATION”
• Velocity allocation within each team for team internal QA
development work -> Effort estimates for the new features should
include test automation work.
• A test automation advocate for each team.
• TDD/BDD
• Test automation creation based on the leaked bugs.
• Top-down approach when starting to create the missing test
automation coverage (unit test level is a ”lost case” when there hasn’t
been any test automation done).
• Production monitoring data utilization (e.g. estimates how data
11. HOW TO CHANGE THE ORGANIZATION
CULTURE TO BE ”PRO TEST AUTOMATION”
• Test automation framework taken into use that addresses the needs
of the team.
• Automatic tests as part of the CI system and the radiator.
• Team’s commitment to the test automation work:
• Responsibility agreements (developers focusing on the unit/integration test
automation and QA personnel to the UI/system test automation).
• Test follow-up responsibilities within the team (test status from the CI and
updating the tests when needed).
• DoD dicipline (minimum set that the team will commit to).
• Test automation work done as part of the feature branch work (or
behind the same feature flag)
12. CASE: BASWARE – ACTIONS TAKEN
• Started to automate the different phases of the deployment and the
checking of the deployment successfulness.
• Setting up a system for generating the test environments automatically.
• Automatic deployment of builds into the automatically generated
environments.
• System level smoke and regression test automation. Also all APIs covered
with test automation.
• Test data tool development based on the production monitoring data
(possibility to generate average data amounts or amounts greater than the
known maximum amounts).
• Rotating test automation upgrade responsibility within each team (to avoid
test automation to be commented out instead of fixing the outdated tests).