ISTQB / ISEB Foundation Exam Practice -1

A brief that includes the following: - Software Testing - Quality Assurance - Quality Control - Types of Testing - Levels of Software Testing - Types of Performance Testing - API - Verification & Validation - Test Plan & Testing Strategy - Agile & Waterfall - Software Development Life Cycle - Career Path

This Slideshare will give you the basics introduction of the ISTQB Foundation level testing certification. ISTQB stands for the “International Software Testing Qualifications Board.” ISTQB Certification is a universally acknowledged programming testing affirmation that is directed online by its Member Boards through a testing Exam Provider.

*Software Testing Certification Courses: https://www.edureka.co/software-testing-certification-courses * This Edureka PPT on "Software Testing Life Cycle" will provide you with in-depth knowledge about software testing and the different phases involved in the process of testing. Below are the topics covered in this session: Introduction to Software Testing Why Testing is Important? Who does Testing? Software Testing Life Cycle Requirement Analysis Test Planning Test Case Development Test Environment Setup Test Execution Test Cycle Closure Selenium playlist: https://goo.gl/NmuzXE Selenium Blog playlist: http://bit.ly/2B7C3QR Instagram: https://www.instagram.com/edureka_lea... Facebook: https://www.facebook.com/edurekaIN/ Twitter: https://twitter.com/edurekain LinkedIn: https://www.linkedin.com/company/edureka

The document discusses fundamentals of software testing including definitions of testing, why testing is necessary, seven testing principles, and the test process. It describes the test process as consisting of test planning, monitoring and control, analysis, design, implementation, execution, and completion. It also outlines the typical work products created during each phase of the test process.

This document discusses test management. It covers organizational structures for testing like having developers test their own code or having a dedicated testing team. It also discusses estimating testing time, monitoring testing progress through metrics like incident reports, and using configuration management to control testing activities and products. The key aspects of test management covered are organizational structures, estimation, monitoring, control, and configuration management.

The document discusses various types and stages of software testing in the software development lifecycle, including: 1. Component testing, the lowest level of testing done in isolation on individual software modules. 2. Integration testing in small increments to test communication between components and non-functional aspects. 3. System testing to test functional and non-functional requirements at the full system level, often done by an independent test group. 4. The document provides details on planning, techniques, and considerations for each type of testing in the software development and integration process.

This document provides an overview of fundamentals of software testing. It discusses why testing is necessary, defines key terms like errors, defects and failures. It describes the context in which software is used and how defects can impact systems. The seven principles of testing and fundamental test process involving planning, analysis, implementation and reporting are explained. Psychological aspects of testing and principles of ethical code are also covered at a high level.

This document discusses test automation approaches and best practices. It defines test automation as using software to perform test activities like execution and checking results. The document outlines how test automation fits into the software development lifecycle and notes that reducing manual testing and redundant tasks is key to success. It also discusses factors to consider for test automation, types of tests that can be automated, and technologies used for test automation like object-based and image-based recognition.

The document discusses various software development lifecycle models and when each is best used. It describes the waterfall, V-shaped, incremental, RAD, agile, iterative, spiral and prototype models. For each model, it provides advantages, disadvantages and considerations for when the model should be used. Testing is recommended throughout the development lifecycle, with test activities corresponding to each development phase.

This document provides an introduction to software testing. It defines software testing as a process used to identify correctness, completeness, and quality of computer software. The key points covered include: why software testing is important; who should be involved in testing; when testing should start and stop in the software development lifecycle; the differences between verification and validation; types of errors; types of testing including manual and automation; methods like black box and white box testing; levels of testing from unit to acceptance; and definitions of test plans and test cases.

Slides from Software Testing Techniques course offered at Kansas State University in Spring'16 and Spring'17. Entire course material can be found at https://github.com/rvprasad/software-testing-course.

Test Management as Chapter 5 of ISTQB Foundation 2018. Topics covered are Test Organization, Test Planning and Estimation, Test Monitoring and Control, Test Execution Schedule, Test Strategy, Risk and Testing, Defect Management

Manual testing takes more effort and cost than automated testing. It is more boring and provides limited visibility for stakeholders. Automated tests can test single units, are reusable, and provide a safety net for refactoring. They also ensure all tests are run, drive clean design, and do not create code clutter like manual tests. An initial learning curve and questions around organization and reuse may prevent developers from writing automated tests, but designating responsibility and learning tools can help overcome these issues.

This document provides an overview of software testing fundamentals. It defines testing as executing software to find bugs and discusses why testing is necessary to ensure quality. It also covers causes of defects, different levels of testing from unit to acceptance, testing principles, and sample entry and exit criteria for different test stages. The goal of testing is to validate software meets requirements and works as expected while improving quality through the identification and fixing of defects.

Test Case Design Techniques as chapter 4 of ISTQB Foundation. Topics included are Equivalence Partition, Boundary Value Analysis, State Transition Testing, Decision Table Testing, Use Case Testing, Statement Coverage, Decision Coverage, Error Guessing, Exploratory Testing, Checklist Based Testing

The document discusses test management for software quality assurance, including defining test management as organizing and controlling the testing process and artifacts. It covers the phases of test management like planning, authoring, execution, and reporting. Additionally, it discusses challenges in test management, priorities and classifications for testing, and the role and responsibilities of the test manager.

The document discusses various topics related to software testing including: 1. It introduces different levels of testing in the software development lifecycle like component testing, integration testing, system testing and acceptance testing. 2. It discusses the importance of early test design and planning and its benefits like reducing costs and improving quality. 3. It provides examples of how not planning tests properly can increase costs due to bugs found late in the process, and outlines the typical costs involved in fixing bugs at different stages.

Release management involves coordinating all activities needed to prepare and plan a software release, including prioritizing features, assigning work to releases, ensuring features pass testing, and deploying releases. Test management focuses specifically on testing activities like validating features meet requirements and checking for bugs before assigning features to a release. An effective release process considers both release and test management by establishing an annual release plan with environments like stable, freeze, and bugfix to deliver high quality, robust products on a coordinated schedule.

Duygu Onaral, Sony

If you are testing a simple mobile app, you may find it relatively easy to find representative test data. However, what if you are testing enterprise scale applications? In the enterprise data center, one hundred or more applications of various sizes, complexity, and criticality co-exist, operating on various data repositories, in some cases shared data repositories. In some cases, disparate data repositories hold related data, and the ability to test integration across applications that access these data sets is critical. In this keynote speech, Rex Black will talk about the challenges facing his clients as they deal with these testing problems. You’ll go away with a better understanding of the nature of the challenges, as well as ideas on how to handle them, grounded in lessons Rex has learned in over 30 years of software engineering and testing.

When I demo’ed what is now called Appium at the Selenium Conference in 2012 I had no idea what I was doing starting an open source project. I knew little about how open source operated and worked behind the scenes. Thanks to the help of a great community and the advice of some seasoned open source contributors, Appium has quickly become the most popular open source mobile automation framework. Along the way, mistakes were made, lessons were learned, and occasionally we got things right. I’ve put together a collection of stories and lessons that I’d like to share with others to help everyone manage, contribute to, and consume open source software projects more effectively.

The document discusses TestRail, a test management tool. It provides an introduction to TestRail, describing its key screens like the dashboard and project screens. It also summarizes TestRail's test case, test run, and reporting features. Finally, it discusses TestRail's integration with JIRA.

Static analysis techniques can analyze source code without executing it to find potential issues. It checks for violations of coding standards and detects problems like unreachable code, undeclared variables, and array index errors. Data flow analysis examines how variables are defined and used. Control flow analysis checks for unreachable nodes, infinite loops, and conformance to flow patterns. Cyclomatic complexity measures a program's structural complexity. Static analysis has limitations but can efficiently find certain faults before testing begins.

Ebru Kazaskeroglu is a software test specialist with over 4 years of experience in test case creation, test execution, and reporting. She has a strong technical background and skills in test planning, test management, databases, web technologies, and test automation tools. Ebru is proficient in English and has published articles on intelligent traffic management and information ethics.

Automated verification is becoming increasingly important. Getting a product from idea to customer as fast as possible in a Continuous Delivery, or a Deployment pipeline is crucial in more businesses than ever before. But how do we get a product through that pipe line, with high quality? Kristian will talk about how automated verification can get you there.

Keytorc TestTalks #9: Agile Testing

Black box testing, equivalence partitioning, equivalence class partition, ECP, Boundary Value Analysis, BVA, ISTQB Foundation level, Manual Testing, Examples for Equivalence Partitioning, Examples for Boundary value analysis

Agile, Continous Intergration, DevOps, Big data are not longer buzzwords but part of the day today process of everyone working in software development and delivery. To cope with applications that need to be deployed in production almost the same moment they were created, software development has changed, impacting the way of working for everyone in the team. In this talk, Roland will discuss the challenges performance testers face with Big Data applications and how Architecture, Agile, Continous Intergration and DevOps come together to create solutions.

İyi bir test uzmanı için gereken özellikler ve nitelikler

This document discusses building a better mobile web experience. It introduces Mobile Web Perspective (MWP) 5.0 and Mobile Internet Testing Environment (MITE) 2.0, which are tools for monitoring and testing mobile websites across different devices. There are unique challenges to delivering content via mobile websites versus mobile apps. MWP and MITE help address these challenges by monitoring websites from various global locations and device profiles, and allowing on-demand testing of websites on different devices to identify and resolve performance issues. The tools provide 24/7 monitoring, content verification across devices, and help with performance analysis and optimization.

This document outlines Berk Dülger's professional experience and education. It then discusses DevOps tactical adoption theory, which hypothesizes that each step towards DevOps maturity should provide visible business value to empower continued progression. Continuous testing is discussed as essential to DevOps. Both unit and UI testing are important, but at different stages - unit testing during development and UI testing once functionality is complete. For legacy systems without tests, starting with high-level UI tests provides the most coverage with least effort initially.

This document discusses Agile testing tools. It covers task management tools, software build tools, configuration management tools, test design tools, communication tools, and cloud/virtualization tools. Task management tools help track user stories and tasks throughout sprints. Build tools enable daily builds. Configuration management tools store code and tests. Test design tools help automate testing. Communication tools like wikis and chat support collaboration. Cloud/virtualization tools provide flexible testing environments.

Keytorc TestTalks #9: Agile Testing

The document discusses the history and current state of software testing certification. It covers: 1) The ISTQB/ISEB certification program began in the late 1990s and early 2000s to standardize software testing knowledge and professionalize the field. 2) The certifications include Foundation, Practitioner, and Specialist levels to cater to candidates with different experience levels. 3) International collaboration through the ISTQB has led to widespread adoption of a common certification syllabus across many countries.

Презентация Ольги Лужецкой на 9-й встрече Одесского Сообщества Тестировщиков.

Keytorc TestTalks #9: Agile Testing

The document summarizes key principles of software testing including: 1. Testing is necessary because software will contain faults due to human errors, and failures can be costly. 2. Exhaustive testing of all possible test cases is impractical. Risk-based prioritization is used to test the most important cases first. 3. The test process includes planning, specification, execution, recording results and checking completion criteria. Effective test cases are prioritized to efficiently find faults.

This document discusses principles of software testing. It covers why testing is necessary, the fundamental test process, psychology of testing, re-testing and regression testing, expected results, and principles of testing. Specifically, it notes that testing is needed because software will likely contain faults, to learn about reliability and quality, and to avoid expensive failures. It outlines the typical test process of planning, specification, execution, recording, and completion checking. It also discusses test planning at different levels, test case design, and the importance of prioritization and risk-based testing.

This document provides an overview of software testing principles and processes. It discusses why testing is necessary, the fundamental test process, and principles like prioritization of tests and regression testing. The key points are: 1) Testing is necessary to find faults, assess quality, and build confidence, but can never prove that software is completely correct. 2) The test process involves planning, specification, execution, recording, and checking completion criteria. 3) Prioritization of tests is important to focus on the most important and risky areas given time constraints. Regression testing checks for unintended effects of fixes.

This document provides an overview of software testing principles and processes. It discusses why testing is necessary, the fundamental test process, and psychology of testing. Key aspects covered include re-testing and regression testing to check for new issues after fixes, prioritizing tests based on risk, and ensuring independence in testing. The goal of testing is to both build confidence and find faults in the software.

This document provides an overview of software testing principles and processes. It discusses why testing is necessary, the fundamental test process, and principles like prioritization of tests and regression testing. The key points are: 1) Testing is necessary to find faults, assess quality, and build confidence, but can never prove that software is completely correct. 2) The test process involves planning, specification, execution, recording, and checking completion criteria. 3) Prioritization of tests is important to focus on the most important and risky areas given time constraints. Regression testing checks for unintended effects of fixes.

This document discusses principles of software testing. It covers why testing is necessary due to faults occurring in software from human errors. It describes the fundamental test process which includes test planning, specification, execution, recording, checking completion criteria. It discusses prioritizing tests to focus on important conditions first. Exhaustive testing is not possible due to the large number of combinations. The document also defines key terms like errors, faults, failures and reliability.

The document provides an introduction to Oracle Application Testing Suite. It discusses the FMStocks sample application that will be used for testing purposes. It covers various testing concepts such as test planning, requirements, cases, strategies and approaches like functional testing.

This document provides an overview of software testing concepts. It discusses why testing is necessary due to the likelihood of software faults. The fundamental test process involves test planning, specification, execution, recording, checking completion. An important part of testing is regression testing to check for unintended effects of fixes. Prioritizing tests is important to make the best use of limited testing time. The psychology of testing discusses challenges like finding faults can undermine confidence and independence is important.

For Youtube Videos: bit.do/sevents Why testing is necessary,Fundamental test process, Psychology of testing, Re-testing and regression testing, Expected results,Prioritisation of tests

This document discusses various types of software testing performed at different stages of the software development lifecycle. It describes component testing, integration testing, system testing, and acceptance testing. Component testing involves testing individual program units in isolation. Integration testing combines components and tests their interactions, starting small and building up. System testing evaluates the integrated system against functional and non-functional requirements. Acceptance testing confirms the system meets stakeholder needs.

This document discusses fundamentals of software testing. It explains that testing is necessary due to human errors that can lead to defects, and defects can cause failures in software systems impacting users. The key aspects covered are: why testing is needed, what testing entails, testing principles like early testing and defect clustering, the fundamental test process of planning, designing, executing and reporting tests, how much testing is sufficient depending on risk, and skills needed in testers like curiosity and attention to detail.

The document outlines a software testing lifecycle practice plan that includes test planning, case design, execution, defect tracking, and reporting over 10 hours total. It provides details on each stage including objectives, key points, and sample templates. Homework involves drafting a test plan, cases, and report for testing a work log system.