Why need software testing
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Testing software is necessary for several reasons: software has become important in personal and business use but defects can enter through human mistakes or external factors; testing finds both functional and non-functional defects to ensure legal compliance, quality, and on-time project delivery; and testing verifies that critical applications with life-dependent software and artificial intelligence meet customer expectations and are free of defects.
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The document outlines 7 testing principles: 1) Testing finds defects but finding none does not mean none exist, 2) Exhaustive testing is impossible so smarter testing is needed, 3) Early testing saves time and money and makes customers happy, 4) Defects tend to cluster together, 5) Test cases must be updated periodically to avoid outdated "pesticide" tests, 6) Testing methods vary depending on the software context, and 7) Software should be stable before testing to avoid false negatives from instability.
Software testing introduction
The document discusses software testing terminology, principles, and phases. It defines errors, faults, failures, and their relationships. It also covers software quality metrics and attributes like correctness, reliability, and maintainability. Twelve principles of software testing are outlined around test planning, invalid/unexpected inputs, regression testing, and integrating testing into the development lifecycle. The phases of a software project are described as requirements gathering, planning, design, development, and testing.
Risk & testing
The document discusses different types of risks in testing including product risks, project risks, and ways to deal with risks. Product risks refer to risks that the software may not meet customer expectations or behave abnormally. Project risks relate to factors that could affect the test project delivery or environment. Both product and project risks should be identified early from requirements and previous projects. A risk mitigation plan is also needed to address potential risks like ensuring skilled resources, handling new defects, preparing for natural disasters, and resources leaving the project.
QA Basics and PM Overview
Know the basics of Software Quality Assuarance and Project Management Overview with the common goal of both.
Why choose Software Testing as a career
This ppt is about Software Testing Career. This ppt will tell you about the importance of Software Testing, the benefits of choosing Software Testing, Required Skills for pursuing software Testing career, different Job profiles and the salary range for Software Testing engineer.
7 steps to Software test automation success
Ten steps to test automation success are outlined. The key steps are to improve testing processes, define requirements, prove automation concepts, design products for testability, create sustainable test designs, plan deployments, and address challenges. Test automation can significantly reduce testing effort and increase coverage, but requires careful test selection, design, and addressing common problems like lack of goals, experience, and understanding of new technologies.
SOFTWARE TESTING
The document discusses software testing and quality assurance. It describes the importance of testing in the software development life cycle (SDLC) and outlines different types of testing like unit testing, integration testing, and system testing. It also defines key terms like bugs, faults, errors, and failures. Verification is described as confirming the software meets its specifications while validation confirms it meets user requirements. The quality of software is defined and a bug reporting lifecycle is presented.
Unit 1.pptx
This document provides an overview of software testing, including why it is necessary, what it entails, and key concepts like the software testing life cycle and different types of testing. Testing is needed because software will inevitably contain defects due to human errors. A thorough testing process that incorporates different techniques can help ensure software meets requirements and quality standards. The document discusses principles of testing such as starting early in the development process and focusing testing efforts based on risk.
Software validation do's and dont's may 2013
The document summarizes best practices for software validation based on a presentation by John Cachat. It discusses that software validation should be based on risk, not all software needs to be validated, and that validation requires evidence collected throughout the software development lifecycle. It also notes that software is different than hardware due to its complexity and ease of changes impacting the system. Finally, it provides an overview of typical tasks involved in software validation like requirements, design, testing, and maintaining validation when software changes.
Software Testing
Software testing involves executing software components to evaluate properties against requirements. It identifies errors and ensures quality. Benefits include lower costs from early bug detection, improved security, quality, and customer satisfaction. Testing strategies include unit, integration, and system testing. Types are functional, non-functional, and regression/maintenance testing. Methodologies are white-box and black-box testing. The software testing lifecycle has phases for requirements, design, execution, closure, and analysis. Performance testing types include stress, volume, configuration, compatibility, regression, recovery, and usability testing.
manual testing
Software testing is the process of executing a software system to determine if it matches its specifications and operates as intended. Beta testing involves customers testing software for free, which provides test cases that represent real customer usage and helps determine what is most important to customers. Cutting testing costs can increase other costs like expensive customer support and loss of reliable customers.
01 software testing_introduction
The document provides an overview of software testing, including definitions of software testing, validation, and verification techniques. It discusses manual testing, who performs testing, and considerations for when to start and stop testing. Specifically, it defines software testing as a process to identify correctness, completeness, and quality by finding errors. Validation ensures the product meets user needs, and verification techniques include walkthroughs, reviews, and inspections. Manual testing is done without automation by software testers and developers. Testing generally starts early and stops when test cases are complete and the bug rate is low.
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Mobile app usage is widespread, with 230 billion downloads in 2021, but 80% of apps are uninstalled if they don't meet user expectations. Mobile app performance testing is important to ensure apps work smoothly under various scenarios and metrics like response time, as users will delete apps with delays over 3-4 seconds. Performance testing involves simulating different workloads to test an app's speed, stability, reliability, and scalability. It is conducted through seven major steps to analyze how an app performs against benchmarks and identify areas for improvement. Outsourcing performance testing to expert companies ensures apps are flawless through rigorous testing.
unit-2_20-july-2018 (1).pptx
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Mobile apps are a significant part of our lives; we use them in our daily activities, be it the workplace, leisure time, studying, or acquiring knowledge.
Software testing
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.
Basics in software testing
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Fundamental of testing
This document provides an overview of software testing fundamentals. It discusses why testing is necessary due to human errors that can lead to defects. It then defines software testing as a process used to evaluate a product against requirements and design specifications through execution of tests to detect defects. The document outlines the general test process, including test planning, analysis and design, implementation and execution, evaluating results against exit criteria, and closing testing activities.
When Medical Device Software Fails Due to Improper Verification & Validation ...
When Medical Device Software Fails Due to Improper Verification & Validation ...Sterling Medical Devices
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More from Vaibhav Dash
What is testing
Testing involves all activities before and after test execution to find faults in software and gain confidence in a product. The objectives of testing change during different phases of software development, maintenance, and acceptance testing. Debugging is distinct from testing as testing provides customers a clear picture of their software's progress.
Waterfall model
The Waterfall model is a sequential development process where progress flows in one direction like a waterfall from conception to maintenance. It works best for projects with stable requirements over a short duration, as documentation and milestones are clearly defined at each stage from requirements to testing. However, the Waterfall model is not suitable for projects where requirements may change, as it is difficult to measure progress or make changes without restarting the entire process, and testing only occurs late.
V model
The V-Model is a software development lifecycle model that structures testing activities in parallel to steps in the design process. It extends the waterfall model by performing testing at each development stage in both forward and reverse direction. This allows bugs to be found early and defects to be tracked proactively. The V-Model follows a strict process to develop quality software and constantly measures productivity through test case creation and coverage. However, it requires significant resources and money, and changes midway require updating documentation.
Types of test tools
The document discusses various types of test tools used at different stages of testing. It describes tools for test management, requirements management, incident management, configuration management, static testing, static analysis, modeling, test design, test data preparation, test execution, test harness, test comparators, coverage measurement, security testing, dynamic analysis, performance testing, load testing, stress testing, monitoring and thanks the reader. The tools support activities like scheduling tests, tracking bugs, reviewing code, generating test data, automating test execution, measuring code coverage and monitoring system performance.
Types of reviews
There are four main types of reviews discussed: walkthroughs, technical reviews, inspections, and success factors for reviews. Walkthroughs are led by the author and aim to give all reviewers a common understanding of high-level documents. Technical reviews focus on technical content and involve peer review. Inspections are the most formal type of review with proper logging and trained moderators. Key success factors for effective reviews include finding a champion, explicitly planning activities, training participants, and continuously improving processes.
The psychology of testing
The document discusses the psychology of testing and outlines 4 key points. It notes that developers and testers have different mindsets, with developers focusing on construction and testers on destruction. It also discusses the level of independence in testing from self-testing to external testing. Additionally, the document stresses the importance of constructive communication when reporting defects. Finally, it emphasizes that both testers and developers work towards the shared goal of product quality.
Test progress, monitoring and control
Monitoring test activities provides visibility into progress and gathers data to track testing metrics. Reports display executed test cases, defects, and effort over time to determine when exit criteria is met. These reports are shared to stakeholders through charts and graphs to discuss test objectives and results. Test control is needed as projects rarely go as planned, requiring adjustments to testing timelines, environments, and iterations to accommodate issues like delays, shifted requirements, or higher defect rates.
Test organization
The document discusses test organization and independent vs integrated testing. It notes that independent testing can bring more defects to light but risks isolation from other teams. Independent testing may be seen as overhead. The document also discusses the roles of test leaders and testers, and defines important skills for test staff, including application domain knowledge, technology skills, and testing expertise. Most projects fail when focus is not on testing.
System testing
System testing occurs after integration testing and before acceptance testing. It tests the entire system as a whole to verify that it meets specifications. The goal is to find defects by testing both functional and non-functional requirements through scenarios using the whole system in a controlled environment similar to production.
Structure testing
White box testing, also called glass box or transparent testing, involves testing the internal structure or code of a system. It requires knowledge of the system's code and tests each statement, branch, and path of the code. Statement coverage tests that each statement is executed at least once, branch coverage tests all possible outcomes of conditions, and path coverage tests all possible paths through the code. Together these coverage types aim to thoroughly test the internal logic and functionality of the system.
Static testing
Static testing is a verification process that finds defects early without executing code. It includes reviews of documents, code, and designs to identify issues like missing requirements, inconsistencies, and non-maintainable code. While it doesn't replace dynamic testing, static testing helps reduce costs, improve understanding between team members, and catch defects earlier in the development process through techniques like reviewing and walkthroughs.
Static analysis by tools
Static analysis tools can help improve code quality by detecting errors early. They are used by developers before and during testing to check for issues related to coding standards, code complexity metrics, code structure, and unused code. Static analysis of 1,000 lines of code can find many errors that cannot be uncovered through dynamic testing alone. This allows developers to focus more on program logic.
Specification based (black-box) testing techniques
The document discusses different types of specification-based or black-box testing techniques. It describes equivalence partitioning which involves testing one condition from each partition of similar inputs. Boundary value analysis tests at the boundaries between partitions. Decision tables test business logic by identifying input combinations and determining outcomes. State transition testing is used when a system can be in different states and the transitions between states are determined by rules.
Roles and responsibilties in reviews
The document outlines the roles and responsibilities in reviews including the moderator, author, scribe, reviewers, and manager. The moderator leads the review process and coordinates with the author. The author is responsible for the document under review and improving it based on feedback. The scribe logs all defects and feedback during the meeting. Reviewers find defects before the meeting and provide technical feedback. The manager decides how reviews are executed and may also act as a reviewer.
Rapid application development model
The Rapid Application Development (RAD) model is an incremental model that delivers software to users early by devoting less time to planning and more time to development. It uses a combination of Joint Application Development techniques and CASE tools to convert user needs into designs through collaboration between system developers and users. Feedback from development is then used to refine requirements and design. The RAD model aims to complete projects on time and within budget while identifying problems early through its fast iterative development process.
Phases of review
The document outlines the phases of a review process: planning, preparation, kick-off meeting, review meeting, rework, and follow-up. It describes the key activities in each phase, including defining entry/exit criteria, checking documents for defects, logging issues, making decisions on defects, reworking documents based on feedback, and following up to ensure all defects were addressed. The overall process is meant to thoroughly examine documents for errors, standards compliance, and testability through group discussion and iterative improvement cycles.
Non functional testing
Non-functional testing checks how well a product works by focusing on characteristics like reliability, usability, efficiency, maintainability, and portability. It tests customer expectations and includes performance testing to check a system's speed, load testing to see how it behaves under normal and peak usage, stress testing beyond its capabilities, and usability, reliability, and portability testing.
Maintenance testing
Maintenance testing involves testing software changes and enhancements to ensure they do not impact existing functionality. It has two parts - changes are tested thoroughly and regression testing is done to check for unintended consequences. Test cases, plans and reports are updated and preserved along with any changes to requirements or specifications. There are two types of modifications - planned, like adding features or fixing defects; and ad-hoc for immediate issues.
Iterative model
The iterative model breaks a project into small modules that can be delivered incrementally. A working version is produced in the first module, with each subsequent release adding additional functionality until the full system is complete. It allows for quick releases during development and makes it easier to develop and test in smaller iterations while incorporating customer feedback at each stage. However, it requires more resources than traditional models and skilled management to avoid increased costs over time.
Istqb
The document discusses the International Software Testing Qualifications Board (ISTQB), which establishes international software testing standards and provides standardized certification of software testers and testing professionals. ISTQB aims to improve the quality of software testing worldwide and promote professionalism in the field through its certification programs.
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Why need software testing
- 2. 1- Software importance in today’s life • Personal use • Business importance http://appium-selenium.com/
- 3. 2- Defects entered into software by Various way • HUMANS mistakes • External Factors http://appium-selenium.com/
- 4. 3- Testing not limited to finding defects • Defects are not only Functional • Legal / Laws / Rules / Policies • Quality of software http://appium-selenium.com/
- 5. 4- Cost of Project to remain as predicted • Early defects found are good • Early defects deliver Project on Time http://appium-selenium.com/
- 6. 5- Critical applications • Life depends on software accuracy • Artificial intelligent http://appium-selenium.com/
- 7. 6- Determine quality of product • Less defects good Quality http://appium-selenium.com/
- 8. 7- Testing verifies customer expectations • Testing double verify the software • Testing concentrates on what user wants http://appium-selenium.com/