This document outlines the test plan for testing the Topmarques website. It describes the scope of testing as GUI, search/filter logic, and performance. The quality objectives are to ensure the system meets requirements and user expectations. Key roles include the project manager, QA lead, and QA analysts. Testing will follow an agile approach with weekly iterations. Automated unit and smoke tests will be included. The test strategy defines test types like black box, integration, and user acceptance testing. Entry and exit criteria, suspension criteria, and a test schedule are also provided.
The document outlines guidelines for creating an effective test plan. It explains that a test plan describes the testing strategy and should consume about 1/3 of testing efforts. The test plan template includes sections for test items, features to test, test approach, pass/fail criteria, schedule, staffing needs, and approvals. An example test plan is provided for a project to test the login, home, order creation, and order deletion pages using both automated and manual testing.
The document discusses QA best practices in an Agile development environment. It describes key aspects of Agile like iterative delivery, self-organizing teams, and rapid feedback. It addresses challenges of fitting QA into short iterations and questions around testing approaches. The document advocates for testing to be collaborative, automated, and continuous throughout development. It provides recommendations for QA roles in activities like planning, stand-ups, retrospectives and acceptance testing. Overall it promotes testing practices in Agile that focus on early feedback, automation, and involvement of QA throughout the development process.
This document presents a test plan for version 1.0 of the IIT official website. It outlines the test items, features to be tested, approach, environment, responsibilities, and schedule. The test items include the website and its modules like achievements, gallery, news, programs, batches, courses, faculty, exams, results, groups, profile, documents, attendance, projects, calendar, and alumni. Features to be tested include adding, modifying, and viewing albums in the gallery module. The test plan follows IEEE 829 standards and will test the website on different client platforms.
This document proposes an automated test architecture for the UI Builder application using REST API testing, UI testing, and integration testing. It recommends the Rest Assured library for API testing due to its ability to integrate with Jenkins and remove the need for manual HTTP calls. Protractor is proposed for UI testing as it allows testing Angular applications in JavaScript and integrates well with Selenium. Both test frameworks would be set up with their own Git repositories linked to Jenkins jobs. Integration testing would link the API and UI test repos. The test automation aims to provide faster feedback and reduce regressions as the application grows.
Testing software is conducted to ensure the system meets user needs and requirements. The primary objectives of testing are to verify that the right system was built according to specifications and that it was built correctly. Testing helps instill user confidence, ensures functionality and performance, and identifies any issues where the system does not meet specifications. Different types of testing include unit, integration, system, and user acceptance testing, which are done at various stages of the software development life cycle.
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JIRA is a highly customizable issue tracking system that allows users to:
1. Track bugs, tasks, and other issues across multiple projects.
2. Customize workflows and integrate with other systems.
3. Use plugins to expand its capabilities for project management and tracking tasks, deadlines, and activity.
This document outlines a test plan for testing the website http://project.com. It details a 5 stage testing process including functional testing, cross browser testing, regression testing, and user interface testing. The plan outlines the testing goals, strategies, and types as well as the scheduled work including creation of test cases, execution of testing, and analysis. Upon completion, final results will be documented including any bugs found and recommendations.
The document outlines guidelines for creating an effective test plan. It explains that a test plan describes the testing strategy and should consume about 1/3 of testing efforts. The test plan template includes sections for test items, features to test, test approach, pass/fail criteria, schedule, staffing needs, and approvals. An example test plan is provided for a project to test the login, home, order creation, and order deletion pages using both automated and manual testing.
The document discusses QA best practices in an Agile development environment. It describes key aspects of Agile like iterative delivery, self-organizing teams, and rapid feedback. It addresses challenges of fitting QA into short iterations and questions around testing approaches. The document advocates for testing to be collaborative, automated, and continuous throughout development. It provides recommendations for QA roles in activities like planning, stand-ups, retrospectives and acceptance testing. Overall it promotes testing practices in Agile that focus on early feedback, automation, and involvement of QA throughout the development process.
This document presents a test plan for version 1.0 of the IIT official website. It outlines the test items, features to be tested, approach, environment, responsibilities, and schedule. The test items include the website and its modules like achievements, gallery, news, programs, batches, courses, faculty, exams, results, groups, profile, documents, attendance, projects, calendar, and alumni. Features to be tested include adding, modifying, and viewing albums in the gallery module. The test plan follows IEEE 829 standards and will test the website on different client platforms.
This document proposes an automated test architecture for the UI Builder application using REST API testing, UI testing, and integration testing. It recommends the Rest Assured library for API testing due to its ability to integrate with Jenkins and remove the need for manual HTTP calls. Protractor is proposed for UI testing as it allows testing Angular applications in JavaScript and integrates well with Selenium. Both test frameworks would be set up with their own Git repositories linked to Jenkins jobs. Integration testing would link the API and UI test repos. The test automation aims to provide faster feedback and reduce regressions as the application grows.
Testing software is conducted to ensure the system meets user needs and requirements. The primary objectives of testing are to verify that the right system was built according to specifications and that it was built correctly. Testing helps instill user confidence, ensures functionality and performance, and identifies any issues where the system does not meet specifications. Different types of testing include unit, integration, system, and user acceptance testing, which are done at various stages of the software development life cycle.
Jira fundamentals and bug tracking tool GuideMayank Solanki
JIRA is a highly customizable issue tracking system that allows users to:
1. Track bugs, tasks, and other issues across multiple projects.
2. Customize workflows and integrate with other systems.
3. Use plugins to expand its capabilities for project management and tracking tasks, deadlines, and activity.
This document outlines a test plan for testing the website http://project.com. It details a 5 stage testing process including functional testing, cross browser testing, regression testing, and user interface testing. The plan outlines the testing goals, strategies, and types as well as the scheduled work including creation of test cases, execution of testing, and analysis. Upon completion, final results will be documented including any bugs found and recommendations.
Role Of Qa And Testing In Agile 1225221397167302 8a34sharm
The document discusses the role of QA and testing in agile software development, describing key differences between traditional and agile testing approaches and outlining agile testing practices like test-driven development, continuous integration, regression testing, and exploratory testing. It also covers the role of testers in agile projects and provides an example of how one company, GlobalLogic, implements agile testing through a unique Velocity method and platform.
Software Testing Process, Testing Automation and Software Testing TrendsKMS Technology
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Agile Testing - presentation for Agile User Groupsuwalki24.pl
The document discusses agile testing principles and processes. It compares agile testing to waterfall testing and outlines some key differences. It also addresses topics like continuous integration, test automation, managing test cases and issues, and transitioning from waterfall to agile. Pseudo-agile projects are described as those that claim to use agile but lack key elements like automation, continuous integration, or involvement of testers throughout the process.
The document provides an overview of the software testing life cycle (STLC) which includes test planning, test development, test execution, result analysis, defect management, and summarized reports. It then describes each phase in more detail, outlining key activities, participants, and deliverables. For example, test planning involves preparing test strategies and plans, estimating effort, and identifying risks. Test development consists of writing test cases and scripts, setting up environments, and reviewing test artifacts. The document also defines common testing terms like test plans, test cases, defect priority and severity levels.
*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
Defect life cycle and Defect Status Life Cyclepavansmiles
The document describes the defect life cycle process. It involves defects being reported by testers as new, assigned to developers for analysis and fixing, then assigned back to testers for retesting. If the fix is satisfactory, the defect is closed, but if not it is reopened for further work by developers. The defect status changes through stages from new to open, fixed, closed or reopened depending on where it is in the process.
Agile Testing: The Role Of The Agile TesterDeclan Whelan
This presentation provides an overview of the role of testers on agile teams.
In essence, the differences between testers and developers should blur so that focus is the whole team completing stories and delivering value.
Testers can add more value on agile teams by contributing earlier and moving from defect detection to defect prevention.
The document discusses various types of non-functional testing including performance, reliability, maintainability, availability, recovery, usability, configuration, and security testing. It provides definitions and examples of how to test each type of non-functional requirement. Performance testing aims to evaluate how well a system performs under different loads, and involves measuring response times, throughput, and resource utilization. Non-functional requirements are as important as functional requirements in building quality software.
Software Testing Life Cycle – A Beginner’s GuideSyed Hassan Raza
Software Testing Life Cycle refers to 6 phases of the software testing process. Learn about each phase of STLC in-depth in our article. (Source: https://www.goodcore.co.uk/blog/software-testing-life-cycle/)
This is my complete introductory course for Software Test Automation.If you need full training that includes different automation tools (Selenium, J-Meter, Burp, SOAP UI etc), feel free to contact me by email (amraldo@hotmail.com) or by mobile (+201223600207).
The document provides an overview of agile scrum testing methodology. It describes agile testing as testing practices that follow the agile manifesto and treat development as the customer of testing. It then outlines the key aspects of scrum testing including product backlogs, sprints, daily standup meetings, sprint planning and retrospectives. It also discusses the proposed scrum testing process of identifying test scenarios, writing test cases per sprint, delayed execution, and inclusion of defects in the product backlog.
Software Testing accounts a very good percentage of the software development market worldwide. With the boom of the third party software testing business, the need for quality and trained manpower has become a critical issue in the industry. Get quality training from us. Visit us at TOPS Technologies http://www.tops-int.com
This performance test plan outlines objectives to compare the responsiveness and resource utilization of a current production system and a new proposed production system. It defines the scope, dependencies, and risks. Tools like JMeter and PerfMon will be used to execute load tests on the systems and analyze results. Performance testing activities include installing tools, implementing tests, executing tests at typical loads, monitoring results, and delivering a test plan, results, and metrics.
This document discusses adapting testing roles and processes to an agile development methodology. It notes that in agile, testers are full team members who participate in planning and requirements analysis from the start of each sprint. Testing activities occur throughout development rather than just at the end. Challenges in transitioning include changing traditional testing roles and resistance to change, while benefits include more transparent communication and continuous feedback between testers and developers. The document provides examples of agile testing practices and recommendations for improving testing efficiency such as increased test automation and planning.
This document provides an overview of agile testing. It discusses what agile testing is, common agile testing strategies and stages, principles of agile testing, advantages such as reduced time and money and regular feedback, challenges like compressed testing cycles and minimal time for planning, and concludes that communication between teams is key to agile testing success. The agile testing life cycle involves four stages: iteration 0 for initial setup, construction iterations for ongoing testing, release for deployment, and production for maintenance. Principles include testing moving the project forward, testing as a continuous activity, everyone on the team participating in testing, and reducing feedback loops.
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.
In this session, we would discuss what "Agile Testing" is, what are the well known methods and models of Agile Testing and what to expect on the future of Agile Testing.
The document describes a quality assessment handbook that outlines a testing approach and methodology. It introduces a "V-model" framework for testing throughout the software development lifecycle. It also describes "threads" of work including test definition, design, development, execution, exit, and defect management. The test definition thread focuses on test analysis, defining techniques, validating requirements, and developing an overall testing strategy.
This test plan outlines GUI validation testing for the Renters Insurance Project Agent Module. The testing will validate field types, captions, and business rules before functional testing. Smoke, regression, and adhoc testing will also be conducted to find defects. Defects will be logged and prioritized in the defect tracking tool. Test cases will be designed based on requirements and reviewed before execution. Execution will continue until no high/critical defects remain. The plan details test approaches, resources, milestones, risks, and dependencies.
Role Of Qa And Testing In Agile 1225221397167302 8a34sharm
The document discusses the role of QA and testing in agile software development, describing key differences between traditional and agile testing approaches and outlining agile testing practices like test-driven development, continuous integration, regression testing, and exploratory testing. It also covers the role of testers in agile projects and provides an example of how one company, GlobalLogic, implements agile testing through a unique Velocity method and platform.
Software Testing Process, Testing Automation and Software Testing TrendsKMS Technology
This is the slide deck that KMS Technology's experts shared useful information about latest and greatest achievements of software testing field with lecturers of HCMC University of Industry.
Agile Testing - presentation for Agile User Groupsuwalki24.pl
The document discusses agile testing principles and processes. It compares agile testing to waterfall testing and outlines some key differences. It also addresses topics like continuous integration, test automation, managing test cases and issues, and transitioning from waterfall to agile. Pseudo-agile projects are described as those that claim to use agile but lack key elements like automation, continuous integration, or involvement of testers throughout the process.
The document provides an overview of the software testing life cycle (STLC) which includes test planning, test development, test execution, result analysis, defect management, and summarized reports. It then describes each phase in more detail, outlining key activities, participants, and deliverables. For example, test planning involves preparing test strategies and plans, estimating effort, and identifying risks. Test development consists of writing test cases and scripts, setting up environments, and reviewing test artifacts. The document also defines common testing terms like test plans, test cases, defect priority and severity levels.
*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
Defect life cycle and Defect Status Life Cyclepavansmiles
The document describes the defect life cycle process. It involves defects being reported by testers as new, assigned to developers for analysis and fixing, then assigned back to testers for retesting. If the fix is satisfactory, the defect is closed, but if not it is reopened for further work by developers. The defect status changes through stages from new to open, fixed, closed or reopened depending on where it is in the process.
Agile Testing: The Role Of The Agile TesterDeclan Whelan
This presentation provides an overview of the role of testers on agile teams.
In essence, the differences between testers and developers should blur so that focus is the whole team completing stories and delivering value.
Testers can add more value on agile teams by contributing earlier and moving from defect detection to defect prevention.
The document discusses various types of non-functional testing including performance, reliability, maintainability, availability, recovery, usability, configuration, and security testing. It provides definitions and examples of how to test each type of non-functional requirement. Performance testing aims to evaluate how well a system performs under different loads, and involves measuring response times, throughput, and resource utilization. Non-functional requirements are as important as functional requirements in building quality software.
Software Testing Life Cycle – A Beginner’s GuideSyed Hassan Raza
Software Testing Life Cycle refers to 6 phases of the software testing process. Learn about each phase of STLC in-depth in our article. (Source: https://www.goodcore.co.uk/blog/software-testing-life-cycle/)
This is my complete introductory course for Software Test Automation.If you need full training that includes different automation tools (Selenium, J-Meter, Burp, SOAP UI etc), feel free to contact me by email (amraldo@hotmail.com) or by mobile (+201223600207).
The document provides an overview of agile scrum testing methodology. It describes agile testing as testing practices that follow the agile manifesto and treat development as the customer of testing. It then outlines the key aspects of scrum testing including product backlogs, sprints, daily standup meetings, sprint planning and retrospectives. It also discusses the proposed scrum testing process of identifying test scenarios, writing test cases per sprint, delayed execution, and inclusion of defects in the product backlog.
Software Testing accounts a very good percentage of the software development market worldwide. With the boom of the third party software testing business, the need for quality and trained manpower has become a critical issue in the industry. Get quality training from us. Visit us at TOPS Technologies http://www.tops-int.com
This performance test plan outlines objectives to compare the responsiveness and resource utilization of a current production system and a new proposed production system. It defines the scope, dependencies, and risks. Tools like JMeter and PerfMon will be used to execute load tests on the systems and analyze results. Performance testing activities include installing tools, implementing tests, executing tests at typical loads, monitoring results, and delivering a test plan, results, and metrics.
This document discusses adapting testing roles and processes to an agile development methodology. It notes that in agile, testers are full team members who participate in planning and requirements analysis from the start of each sprint. Testing activities occur throughout development rather than just at the end. Challenges in transitioning include changing traditional testing roles and resistance to change, while benefits include more transparent communication and continuous feedback between testers and developers. The document provides examples of agile testing practices and recommendations for improving testing efficiency such as increased test automation and planning.
This document provides an overview of agile testing. It discusses what agile testing is, common agile testing strategies and stages, principles of agile testing, advantages such as reduced time and money and regular feedback, challenges like compressed testing cycles and minimal time for planning, and concludes that communication between teams is key to agile testing success. The agile testing life cycle involves four stages: iteration 0 for initial setup, construction iterations for ongoing testing, release for deployment, and production for maintenance. Principles include testing moving the project forward, testing as a continuous activity, everyone on the team participating in testing, and reducing feedback loops.
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.
In this session, we would discuss what "Agile Testing" is, what are the well known methods and models of Agile Testing and what to expect on the future of Agile Testing.
The document describes a quality assessment handbook that outlines a testing approach and methodology. It introduces a "V-model" framework for testing throughout the software development lifecycle. It also describes "threads" of work including test definition, design, development, execution, exit, and defect management. The test definition thread focuses on test analysis, defining techniques, validating requirements, and developing an overall testing strategy.
This test plan outlines GUI validation testing for the Renters Insurance Project Agent Module. The testing will validate field types, captions, and business rules before functional testing. Smoke, regression, and adhoc testing will also be conducted to find defects. Defects will be logged and prioritized in the defect tracking tool. Test cases will be designed based on requirements and reviewed before execution. Execution will continue until no high/critical defects remain. The plan details test approaches, resources, milestones, risks, and dependencies.
The document provides an overview of the ISTQB Agile Tester certification. It begins by comparing traditional waterfall software development methodology to agile methodology. With waterfall, requirements are gathered upfront and the customer only sees the final product, while with agile development is iterative with working software delivered in short iterations. An example compares developing a word processing competitor under the two methodologies. The rest of the document outlines agile principles, practices for testing in agile, roles of testers, agile testing techniques and tools.
The document outlines key QA documents used in the product development process including the Product Requirement Analysis Document (PRAD), Functional Specification, Test Strategy, Test Matrix, Test Cases, Test Results by Build, and Release Package.
The PRAD defines product requirements and is used by developers and QA. The Functional Specification details how features will be implemented and is used by QA to build test plans. The Test Strategy outlines QA's testing approach and criteria. The Test Matrix identifies test types, suites, and categories. Test Cases contain specific test steps, expected results, and status. Test Results by Build provide coverage reports. The Release Package compiles all documents and recommends release.
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.
The document provides a quality management plan template for a project to develop a loose tube fiber cable (LTFC). It outlines the project's approach to quality management, including defining quality requirements, assurance and control processes. Key aspects include establishing metrics to measure product and process quality, conducting regular reviews and tests to ensure standards are met, and identifying improvements. The goal is to deliver a product and processes that meet quality objectives and customer satisfaction.
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.
This document provides checklists to help ensure performance testing is properly planned and executed across different stages. The pre-project checklist covers items that need to be completed upfront like meetings, environment details, scope, metrics. The pre-test checklist verifies the environment is ready. The post-test checklist focuses on reporting results. Finally, the post-project checklist includes review meetings to sign off on the performance testing effort. The checklists are meant to improve test quality and reduce wasted test cycles by establishing criteria for each testing stage.
Test planning involves defining the scope, objectives, and activities for testing a project. It is done early in the project and produces a master test plan. Key activities include identifying what needs testing, assigning roles and resources, and defining entry and exit criteria. Estimating test effort can be done using metrics from past projects or by eliciting estimates from subject matter experts. Product characteristics, development processes, and expected test outcomes all impact the level of effort required for testing.
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 a quality management plan template for a project to develop a Loose Tube Fiber Cable (LTFC). The summary includes:
1) The plan defines the quality management approach, which will focus on both product quality and process quality standards to ensure a quality product. Metrics will measure quality throughout the project life cycle.
2) Quality requirements and standards are identified for both the product and processes, which are based on the company's existing standards as well as any new standards identified. Compliance will be shown through testing trial products and processes.
3) Quality assurance focuses on auditing processes to ensure standards are followed. Key process metrics like waste and timing will be measured and analyzed for continuous improvement.
The document provides an overview of the formal technical review (FTR) process. It discusses the objectives and benefits of FTR, which include improving quality and reducing defects and costs. The document outlines the basic principles of review, including a general inspection process with phases for planning, orientation, preparation, review meeting, rework, and verification. It also discusses critical success factors for effective reviews, such as using detailed checklists to guide inspection and allocating sufficient time for preparation.
The document discusses techniques, practices, and skills for software testing. It covers topics like the software testing life cycle, test planning, analysis, design, implementation, and execution. Specific techniques are explained, like concrete versus logical test cases. The goals of the training are to help create skilled testers, enhance testing mentality, and improve testing coverage through analytical skills.
The document describes the software testing life cycle (STLC) process which includes test planning, test development, test execution, result analysis, defect management, and summarized reports. It then provides more details on each step, including objectives, participants, and deliverables. It also defines test strategy and test plan documents, describing their purpose and typical components.
Test planning AND concepts planning Test planning AND concepts planningpushpait
Test planning involves creating a test plan document that provides a framework for achieving testing goals and objectives. The test plan describes the test strategy, schedule, and deliverables required. It identifies what will be tested, who will test, how it will be tested, and when testing will begin and end. The test plan also outlines responsibilities, risks, costs, and obtains necessary approvals.
This document provides an annotated outline for a Software Test Plan, adapted from the IEEE Standard for Software Test Documentation. It includes introductory sections that describe the objectives, testing strategy, scope, reference materials, and definitions for the test plan. It also includes sections that specify the test items to be covered, features to be tested and not tested, and the overall testing approach. The approach section describes the types of testing to be performed at different levels, including component, job control, user procedures, and operator procedures testing.
The document describes the Software Testing Life Cycle (STLC) which consists of 6 phases to ensure software quality: 1) Requirement Analysis where testable requirements are identified, 2) Test Planning which describes the testing strategy and plan, 3) Test Case Development where test cases and data are created, 4) Test Environment Setup where testing conditions are decided, 5) Test Execution where testing is performed based on test plans and cases, and 6) Test Closure Activities which ensure testing is complete and artifacts are handed over. The STLC uses entry and exit criteria to determine when a phase can begin or end.
The document discusses test management which includes test planning, test process, test reporting, and test metrics. It provides details on developing a test plan, test case specification, requirement traceability matrix, and executing test cases. The key aspects of test management are test standards, infrastructure management, and people/team management. Test metrics such as requirements volatility, review efficiency, productivity, and defect ratios are used for test oversight and decision making. A test summary report communicates the results of testing to stakeholders and includes test coverage, outstanding defects, and an overall assessment of the testing effort.
The document discusses software testing concepts including:
- Quality assurance ensures processes are established to produce products that meet specifications.
- Testing determines if a product meets requirements and identifies failures to meet requirements.
- A test plan is written by the lead tester and includes the testing strategy, resources, and plans. It outlines test cases and procedures to validate software meets specifications.
- Testing begins in the define system phase to ensure requirements are testable, and continues through subsequent phases including product testing, acceptance testing, and deployment. Documentation and repeatable processes are critical to quality assurance.
Australian Society for Simulation in Healthcare .docxikirkton
Australian Society for Simulation in Healthcare
QUALITY MANAGEMENT PLAN
Australian Society for Simulation in Healthcare
Table of Contents
1 BACKGROUND ........................................................................................................................... 4
1.1 OBLIGATION........................................................................................................................... 4
1.2 DEFINITIONS .......................................................................................................................... 4
1.3 OBJECTIVES ........................................................................................................................... 4
2 PROJECT QUALITY PLANS .................................................................................................... 5
2.1 PLANNING QUALITY............................................................................................................... 5
2.2 WHAT NEEDS TO BE CHECKED? .............................................................................................. 5
2.3 WHAT IS THE MOST APPROPRIATE WAY TO CHECK? ............................................................... 5
2.4 WHEN SHOULD IT BE CARRIED OUT? ...................................................................................... 5
2.5 WHO SHOULD BE INVOLVED? ................................................................................................. 5
3 QUALITY PLANNING FRAMEWORK ................................................................................... 6
3.1 QUALITY MATERIALS ............................................................................................................ 6
3.2 QUALITY EVENTS................................................................................................................... 7
3.3 QUALITY METRICS ................................................................................................................. 8
4 EXAMPLE PROJECT QUALITY PLAN.................................................................................. 9
5 CONTINUOUS IMPROVEMENT ........................................................................................... 10
5.1 STEP-BY-STEP IMPROVEMENT .............................................................................................. 10
5.2 CONTINUOUS IMPROVEMENT FRAMEWORK ......................................................................... 10
Australian Society for Simulation in Healthcare
Document information
Criteria Details
Document title: Quality Management Plan
Document owner: Chair, Australian Society for Simulation in Healthcare
Document author: Anthony Rowley, Lange Consulting & Software
Version: 2 Revision: 2
Issue date: 11 July 2008
Version control
Version Date Description
1 1 May 2008 Draft (based on SIAA template)
2 11 July 2008 Released
3
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5
6
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test-plan-template-05.pdf
1. Table of Contents
1 INTRODUCTION ..........................................................................................2
2 SCOPE ............................................................................................................2
3 QUALITY OBJECTIVES..............................................................................3
3.1 Primary Objectives ...................................................................................3
3.2 Secondary Objectives ...............................................................................3
4 TEST APPROACH ........................................................................................3
4.1 Test Automation .......................................................................................4
5 ROLES AND RESPONSIBILITIES..............................................................4
6 ENTRY AND EXIT CRITERIA...................................................................5
6.1 Entry Criteria ............................................................................................5
6.2 Exit Criteria..............................................................................................5
7 SUSPENSION CRITERIA AND RESUMPTION REQUIREMENTS........5
7.1 Suspension criteria....................................................................................5
7.2 Resumption criteria...................................................................................6
8 TEST STRATEGY.........................................................................................6
8.1 QA role in test process..............................................................................6
8.2 Bug life cycle:..........................................................................................7
8.3 Testing types.............................................................................................8
8.4 Bug Severity and Priority Definition........................................................9
Severity List..................................................................................................10
Priority List...................................................................................................10
9 RESOURCE AND ENVIRONMENT NEEDS ...........................................11
9.1 Testing Tools ..........................................................................................11
9.2 Configuration Management....................................................................11
9.3 Test Environment....................................................................................11
10 TEST SCHEDULE....................................................................................12
APPROVALS ....................................................................................................13
TERMS/ACRONYMS ......................................................................................13
2. Test Plan
2
Test Plan
Project “Topmarques”
Document Revision History
Date Version Description Author Reviewer Approver
22.09 0.1 Test plan was created D. Kotelenets
1 INTRODUCTION
Customer wants a perfect website, which passed the full cycle of manual testing. Given the
specificity of the site it is very important to have the same quality and the site.
The Test Plan has been created to facilitate communication within the team members. This
document describe approaches and methodologies that will apply to the unit, integration
and system testing of the "http://www.topmarques.co.uk/". It includes the objectives, test
responsibilities, entry and exit criteria, scope, schedule major milestones, entry and exit
criteria and approach. This document has clearly identified what the test deliverables will
be, and what is deemed in and out of scope.
2 SCOPE
The document mainly targets the GUI testing and validating data in report output as per
Requirements Specifications provided by Client.
2.1 Functions to be tested.
GUI
Search and Filters Logic
Performance
3. Test Plan
3
2.2 Functions not to be tested.
1. Not other than mentioned above in section 2.1
3 QUALITY OBJECTIVES
3.1 Primary Objectives
A primary objective of testing is to: assure that the system meets the full requirements,
including quality requirements (functional and non-functional requirements) and fit
metrics for each quality requirement and satisfies the use case scenarios and maintain the
quality of the product. At the end of the project development cycle, the user should find
that the project has met or exceeded all of their expectations as detailed in the
requirements.
Any changes, additions, or deletions to the requirements document, Functional
Specification, or Design Specification will be documented and tested at the highest level
of quality allowed within the remaining time of the project and within the ability of the test
team.
3.2 Secondary Objectives
The secondary objectives of testing will be to: identify and expose all issues and
associated risks, communicate all known issues to the project team, and ensure that all
issues are addressed in an appropriate matter before release. As an objective, this requires
careful and methodical testing of the application to first ensure all areas of the system are
scrutinized and, consequently, all issues (bugs) found are dealt with appropriately.
4 TEST APPROACH
The approach, that used, is Analytical therefore, in accordance to requirements-based
strategy, where an analysis of the requirements specification forms the basis for planning,
4. Test Plan
4
estimating and designing tests. Test cases will be created during exploratory testing. All
test types are determined in Test Strategy.
Team also must used experience-based testing and error guessing utilize testers' skills and
intuition, along with their experience with similar applications or technologies.
The project is using an agile approach, with weekly iterations. At the end of each week the
requirements identified for that iteration will be delivered to the team and will be tested.
4.1 Test Automation
Automated unit tests are part of the development process, and UI smoke-tests from CHL01
must be also automated during which performance data must be captured
5 ROLES AND RESPONSIBILITIES
Role Staff Member Responsibilities
Project
Manager
1. Acts as a primary contact for development and QA
team.
2. Responsible for Project schedule and the overall
success of the project.
QA Lead 1. Participation in the project plan creation/update process.
2.Planning and organization of test process for the release.
3.Coordinate with QA analysts/engineers on any
issues/problems encountered during testing.
4.Report progress on work assignments to the PM
QA 1. Understand requirements
2. Writing and executing Test cases
3. Preparing RTM
4. Reviewing Test cases, RTM
5. Defect reporting and tracking
6. Retesting and regression testing
7. Bug Review meeting
8. Preparation of Test Data
9. Coordinate with QA Lead for any issues or problems
encountered during test preparation/execution/defect
handling.
5. Test Plan
5
6 ENTRY AND EXIT CRITERIA
6.1 Entry Criteria
All test hardware platforms must have been successfully installed, configured, and
functioning properly.
All the necessary documentation, design, and requirements information should be
available that will allow testers to operate the system and judge the correct behavior.
All the standard software tools including the testing tools must have been
successfully installed and functioning properly.
Proper test data is available.
The test environment such as, lab, hardware, software, and system administration
support should be ready.
QA resources have completely understood the requirements
QA resources have sound knowledge of functionality
Reviewed test scenarios, test cases and RTM
6.2 Exit Criteria
A certain level of requirements coverage has been achieved.
No high priority or severe bugs are left outstanding.
All high-risk areas have been fully tested, with only minor residual risks left
outstanding.
Cost – when the budget has been spent.
The schedule has been achieved
7 SUSPENSION CRITERIAAND RESUMPTION REQUIREMENTS
7.1 Suspension criteria
• The build contains many serious defects which seriously or limit testing
progress.
6. Test Plan
6
• Significant change in requirements suggested by client
• Software/Hardware problems
• Assigned resources are not available when needed by test team.
7.2 Resumption criteria
Resumption will only occur when the problem(s) that caused the caused the suspension
have been resolved
8 TEST STRATEGY
8.1 QA role in test process
- Understanding Requirements:
• Requirement specifications will be sent by client.
• Understanding of requirements will be done by QA
- Preparing Test Cases:
QA will be preparing test cases based on the exploratory testing. This will cover all
scenarios for requirements.
- Preparing Test Matrix:
QA will be preparing test matrix which maps test cases to respective requirement. This
will ensure the coverage for requirements.
- Reviewing test cases and matrix:
• Peer review will be conducted for test cases and test matrix by QA Lead
• Any comments or suggestions on test cases and test coverage will be
provided by reviewer respective Author of Test Case and Test Matrix
• Suggestions or improvements will be re-worked by author and will be
send for approval
• Re-worked improvements will be reviewed and approved by reviewer
7. Test Plan
7
- Creating Test Data:
Test data will be created by respective QA on client's developments/test site based on
scenarios and Test cases.
- Executing Test Cases:
• Test cases will be executed by respective QA on client's development/test site based on
designed scenarios, test cases and Test data.
• Test result (Actual Result, Pass/Fail) will updated in test case document Defect Logging
and Reporting:
QA will be logging the defect/bugs in Word document, found during execution of test
cases. After this, QA will inform respective developer about the defect/bugs.
- Retesting and Regression Testing:
Retesting for fixed bugs will be done by respective QA once it is resolved by respective
developer and bug/defect status will be updated accordingly. In certain cases, regression
testing will be done if required.
- Deployment/Delivery:
• Once all bugs/defect reported after complete testing is fixed and no other bugs are found,
report will be deployed to client’s test site by PM.
• Once round of testing will be done by QA on client’s test site if required Report will be
delivered along with sample output by email to respective lead and Report group.
• QA will be submitting the filled hard copy of delivery slip to respective developer.
• Once lead gets the hard copy of delivery slip filled by QA and developer, he will send
the report delivery email to client.
8.2 Bug life cycle:
All the issues found while testing will be logged into Word document.
8. Test Plan
8
Bug life cycle for this project is as follows:
8.3 Testing types
Black box testing:
It is some time called behavioral testing or Partition testing. This kind of testing focuses on
the functional requirements of the software. It enables one to derive sets of input
conditions that that will fully exercise all functional requirements for a program.
GUI Testing:
GUI testing will includes testing the UI part of report. It covers users Report format, look
and feel, error messages, spelling mistakes, GUI guideline violations.
Integration Testing:
9. Test Plan
9
Integration testing is systematic technique for constructing the program structure while
conducting test to uncover errors associated with interacting. In Report, integration testing
includes the testing Report from respective location(s).
Functional Testing:
Functional testing is carried out in order to find out unexpected behavior of the report. The
characteristic of functional testing are to provide correctness, reliability, testability and
accuracy of the report output/data.
System Testing:
System testing of software is testing conducted on a complete, integrated system to
evaluate the system's compliance with its specified requirements.
Performance Testing:
- Check the optimal time the page is loaded
- Check the operation of the system under load
User acceptance testing:
The purpose behind user acceptance testing is to conform that system is developed
according to the specified user requirements and is ready for operational use. Acceptance
testing is carried out at two levels - Alpha and Beta Testing. User acceptance testing
(UAT) will be done at the Client.
Alpha testing:
The alpha test is conducted at the developer's site by client.
8.4 Bug Severity and Priority Definition
Bug Severity and Priority fields are both very important for categorizing bugs and
prioritizing if and when the bugs will be fixed. The bug Severity and Priority levels will
be defined as outlined in the following tables below. Testing will assign a severity level to
all bugs. The Test Lead will be responsible to see that a correct severity level is assigned
to each bug.
10. Test Plan
10
The QA Lead, Development Lead and Project Manager will participate in bug review
meetings to assign the priority of all currently active bugs. This meeting will be known as
“Bug Triage Meetings”. The QA Lead is responsible for setting up these meetings on a
routine basis to address the current set of new and existing but unresolved bugs.
Severity List
The tester entering a bug into GForge is also responsible for entering the bug Severity.
Severity ID Severity
Level
Severity Description
1 Critical The module/product crashes or the bug causes non-
recoverable conditions. System crashes, GP Faults, or
database or file corruption, or potential data loss, program
hangs requiring reboot are all examples of a Sev. 1 bug.
2 High Major system component unusable due to failure or incorrect
functionality. Sev. 2 bugs cause serious problems such as a
lack of functionality, or insufficient or unclear error messages
that can have a major impact to the user, prevents other areas
of the app from being tested, etc. Sev. 2 bugs can have a
work around, but the work around is inconvenient or difficult.
3 Medium Incorrect functionality of component or process. There is a
simple work around for the bug if it is Sev. 3.
4 Minor Documentation errors or signed off severity 3 bugs.
Priority List
Priority
ID
Priority Level Priority Description
1 Must Fix This bug must be fixed immediately; the product cannot
ship with this bug.
2 Should Fix These are important problems that should be fixed as soon
as possible. It would be an embarrassment to the company
if this bug shipped.
11. Test Plan
11
3 Fix When Have
Time
The problem should be fixed within the time available. If
the bug does not delay shipping date, then fix it.
4 Low Priority It is not important (at this time) that these bugs be
addressed. Fix these bugs after all other bugs have been
fixed. Enhancements/ Good to have features incorporated-
just are out of the current scope.
9 RESOURCE AND ENVIRONMENT NEEDS
9.1 Testing Tools
Process Tool
Test case creation Microsoft Excel
Test case tracking Microsoft Excel
Test case execution Manual, Selenium
Test case management Microsoft Excel
Defect management Microsoft Word
Test reporting PDF
Check list creating Microsoft Excel
Project structure Mind Map (.xmind)
9.2 Configuration Management
Documents CM: SVN
Code CM: Git
9.3 Test Environment
Support level 1 (browsers):
Windows 8: Edge, Chrome (latest), Firefox (latest), Safari (latest)
Mac OS X: Chrome (latest), Firefox (latest), Safari (latest)
12. Test Plan
12
Linux Ubuntu: Chrome (latest), Firefox (latest)
Support level 1 (devices):
iPhone 5 / 6, iPad 3, Nokia Lumia 910, Google Nexus 7, LG G3.
Support level 2:
Windows 7: IE 9+, Chrome (latest), Firefox (latest), Safari (latest)
Windows XP: IE 8, Chrome (latest), Firefox (latest), Safari (latest)
Support level 3:
anything else
10 TEST SCHEDULE
Task Name Start Finish Effort Comments
Test Planning 16.09 18.09 Support!
Review Requirements
documents
16.09 17.09
Create test basis 19.09 1.10
Staff and train new test
resources
- -
First deploy to QA test
environment 21.09
Functional testing –
Iteration 1
21.09 23.09
Iteration 2 deploy to QA
test environment
23.09 24.09
Functional testing –
Iteration 2
24.09 1.10
System testing
Regression testing
UAT
Resolution of final defects
and final build testing
Deploy to Staging
environment
Performance testing
Release to Production
13. Test Plan
13
APPROVALS:
Project Manager QA Lead
Name
Signature
TERMS/ACRONYMS
The below terms are used as examples, please add/remove any terms relevant to the
document.
TERM/ACRONYM DEFINITION
API Application Program Interface
GUI Graphical user interface
PM Project manager
UAT User acceptance testing
CM Configuration Management
QA Quality Assurance
RTM Requirements Traceability Matrix