Key Concepts:
The structure of a Test Framework, its components, and the process to create one will be presented. A Test Framework provides a means to automate tests fast and guarantee their extended existence. It makes the automation process straightforward and systematic, simplifies the error debugging procedures, makes the testware tolerant to all kinds of object changes and reliable in an unstable test environment. The presentation is not an illustration of a specific test framework implementation, but rather a description of the features that should be mandatory attributes of any test framework.
Learning Objectives:
How to present the testware internally as a hierarchy of test sets (structural level), use cases (functional - scenario level), test cases (the scenario steps with verification), test actions (the interface "action" words). How to present the testware externally as a set of configuration files, scripts, libraries.How to separate the business action words from the interface action words and the respective drivers.How to create debug logs that allow to identify the source of a failure in minutes.
Unit tests isolate and test classes individually using mocks and dependency injection. Integration tests emulate dependencies using fakes to test integration points. Functional tests start the application context and emulate user requests to test functionality across layers without GUI. The document discusses patterns for different types of automated tests including using embedded containers and databases, configuration overrides, and JUnit rules to test at the unit, integration, and functional levels. The goal is to decrease costs and risks of changes through extensive automation.
Data driven automation testing of web applications using seleniumanandseelan
This document discusses data driven automation testing of web applications using Selenium. It provides an overview of Selenium and some key considerations for choosing an automation testing tool. It then describes the typical components of a Selenium-based automation testing framework, including test scripts, reusable libraries, test suites, reports, and more. It discusses the advantages and limitations of the Selenium IDE and RC tools.
Centralized Test Automation using Hybrid Model
1) The document discusses a centralized test automation framework using a hybrid model that incorporates both keyword-driven and data-driven approaches.
2) A key benefit of the hybrid framework is that it allows data-driven scripts to leverage the libraries and utilities of the keyword-driven architecture, making the scripts more compact and less prone to failure.
3) The centralized framework encapsulates components like function libraries and scripts so that users only have access to the scripts relevant to their testing, preventing access to the entire framework.
Data-driven testing is a methodology where test input and output values are read from external data sources like files or databases. A single test script can be used to execute multiple test cases by varying the test data. Maveryx is a tool that supports data-driven testing through features like intelligent object recognition, separation of test logic from data, and reading test data from sources like Excel. The document provides an overview of data-driven testing and examples of how to create a data-driven test script using Maveryx.
Test Automation Demonstration with Dr Yongyan Wang by XBOSoftXBOSoft
Dr. Yongyan Wang presented on a test automation framework (TAF). Some key points:
- TAF is an open source framework for automating repeatable tasks across different languages/tools. It uses a distributed architecture.
- Challenges addressed include making automation independent of test/tool types and ensuring consistency. TAF's design focuses on repeatability, adaptability, and a simple web interface.
- A demonstration showed how TAF can simplify test management and provide pass/fail reports. It also integrates other tools like AutoIt and allows command-line usage.
- TAF aims to make automation easy, reliable, reusable, and independent through its structured approach and extens
The document discusses different types of automated software testing including unit testing, functional testing, load testing, requirements testing, and test coverage. It provides examples of unit tests written in JUnit and describes how unit testing can help design better code and prevent regressions. It also lists several popular open source testing tools and frameworks for different testing types. The document advocates starting with unit testing on new code and working towards automating testing and achieving full code coverage.
Test Automation Framework Development IntroductionGanuka Yashantha
The document discusses test automation frameworks and the page object model pattern. It recommends treating automated testing as software development with principles like separation of concerns. The page object model pattern models pages as objects and allows tests to interact with pages through page object classes. Data driven testing is also discussed where test data is stored externally in spreadsheets or databases and passed into tests.
Build Your Custom Performance Testing FrameworkTechWell
Performance testing requires knowledge of systems architecture, techniques to simulate the load equivalent of sometimes millions of transactions per day, and tools to monitor/report runtime statistics. With the evolution from desktop to web and now the cloud, performance testing involves an unparalleled combination of different workloads and technologies. There is no one tool available—either commercial or open source—that meets all performance testing needs. Some tools act as load generators; others only monitor system resources; and many only operate for specific applications or environments. Prashant Suri shares the essential components you need for a comprehensive performance test framework and explores why each component is required for a holistic test. Learn how to develop your custom framework―starting with parsing test scripts in a predefined format, iterating over test data, employing distributed load generators, and integrating test monitors into the framework. Discover how building your own framework gives you flexibility to challenge multiple performance problems—and save thousands of dollars along the way.
'Software Automation Testing Secrets Revealed' book written by Narayanan Palani and available across Amazon.
Who this book is written for:
If you are a software testing professional, a developer, or a student looking forward to get a job in software industry, this book will help in creating automation test scripts for your web applications, this is the right guide for you! As a prerequisite, a basic knowledge in programming languages are expected, although any previous knowledge of testing tools are not necessary.
What you will learn from this book:
Learn for software testing job opportunities on how automation frameworks designed and understand how to overcome limitations of not knowing such testing tools in the past
Setup and use automation tools for twelve different automation frameworks such as Selenium, HP UFT (formerly QTP),Ranorex, RFT and other famous automation testing tools
Learn how to deal with the advanced features of automation tools which will be helpful for software testing job opportunities!
Understand how the most wanted automation technologies can be designed such as excel automation frameworks which will help for testing projects of leading clients across US,UK.
Practice the sample projects using clear instructions from each chapter and apply for relevant software testing jobs in your desired location!
This document provides evaluation criteria for selecting automated test tools. It recommends evaluating criteria like object recognition abilities, platform support, recording and playback of browser and Java objects, scripting languages, debugging support, and more. The goals are to reduce the effort of evaluating tools and ensure they meet an organization's specific testing needs, environments, and skill levels. Over 80 hours may be needed to fully evaluate each tool against the outlined criteria.
Mobile Test Automation Framework : Presented By Shankar GargoGuild .
For teams developing & maintaining mobile apps for both Android & iOS platforms, functional testing is a huge challenge. With the advent of Agile practices, behavior driven testing has gained more popularity. The current process of updating apps over the air is very easy, raising users’ expectations of new features delivered sooner.
Appium has made it easier for teams to test their apps for multiple platforms. However, it alone cannot solve the challenges around implementing behavior driven development & frequent UI/functionality updates. So we created a robust Test Framework combining the best features of Appium, Cucumber-jvm & Page Objects.
Cucumber-jvm is a key tool in implementing BDD. Page Objects is a framework design approach for maintaining & accessing components & controls spread across test scenarios. Appium provides a JSON bridge that allows test cases to be written once, and run for multiple mobile platforms. Integrating the powerful features of these 3 tools, we can create a powerful framework that is easy to setup, use, scale and maintain.
How to Build Your Own Test Automation Framework?Dmitry Buzdin
Even though there are plenty of open source tools on the market every company needs to put them together and create a test automation framework on top. Best practices of doing that are quite well-known in industry and it is important to learn them before building your own framework. We will go through the core building blocks of test automation frameworks and how they are playing together. You will learn how to assemble your test automation toolchain out of open source libraries and how to integrate them together. The session will be heavily biased towards Java platform.
WSO2 Test Automation Framework : Approach and AdoptionWSO2
The document discusses WSO2's test automation framework. It provides an overview of the framework's requirements, history, approach, architecture, and structure. The framework is designed to make automation easy, organized, relevant and optimized. It supports integration, platform, and cloud-based deployment testing across multiple WSO2 products. Key aspects include flexible execution modes, a context provider, server management, the automation API, utilities, and reporting. Challenges and future areas of focus are also presented, along with demonstrations of sample tests.
The document outlines the framework and process for automating testing of an Oracle Identity Management application. It includes sections on the execution approach, framework types, the Test Complete automation tool used, application under test details, framework implementation including GUI design, expected vs. actual result comparison, and report generation. The framework implementation is demonstrated through examples for user identity verification and account provisioning test cases.
This document describes a hybrid test automation framework that combines modular, data-driven, and keyword-driven approaches. The hybrid framework uses initialization, driver/controller, data table, generic, utility, test case, logger, and timer functions. It initializes parameters, reads keywords and test data from a table to call the corresponding functions, and logs results to improve maintainability and reuse across applications.
The client faced challenges with regression testing Oracle Applications due to constant upgrades. Infosys created an automation framework that enabled the client to reduce regression testing efforts and costs by 80% and minimize business interruptions. The framework included documenting test cases, developing automated scripts using testing tools, executing the scripts across multiple releases, and managing tests. This improved cost savings, delivery confidence, maintainability, and resource utilization.
Ivan Pashko - Simplifying test automation with design patternsIevgenii Katsan
The document discusses simplifying test automation through the use of design patterns. It begins by defining code smells that make tests complex, such as duplication, conditional logic, obscure tests, and fragile tests. It then explains several design patterns that can address these smells, including template method for removing duplication, strategy for replacing conditional logic, factory/builder for constructing complex objects, composite for grouping objects, and decorator for adding responsibilities dynamically. The document advocates for clean, well-structured test code through applying these patterns.
Key Concepts:
This presentation covers the test aspects of the Continuous Integration process. In a CI implementation automated tests are necessary, but not sufficient. The CI test framework (CITF) allows immediate build verification on multiple test tools and multiple test environments in parallel. CITF provides an interface for incorporating new releases, applications, resources, test tools. It offers multi-purpose standardized reports and presents a flexible interface for presenting the test results, and for reviewing, updating, and summarizing the information.
Learning Objectives:
How to design test objects that mirror the build infrastructure.
How to design a test infrastructure that mirrors the architecture and requirements.
How to describe the test environments and build them dynamically; optimize the usage of limited resources.
How to combine a variety of test tools within the same framework, in order to standardize the test results presentation and the debugging.
TMPA-2017: Regression Testing with Semiautomatic Test Selection for Auditing ...Iosif Itkin
TMPA-2017: Tools and Methods of Program Analysis
3-4 March, 2017, Hotel Holiday Inn Moscow Vinogradovo, Moscow
Regression Testing with Semiautomatic Test Selection for Auditing of IMS Database
Alexey Ruchay, Ivan Kliavin, Tatiana Kotova, Julia Ivanova, Applied Technologies
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How Manual Testers Can Break into Automation Without Programming SkillsRanorex
Adoption of automating tests has not happened as quickly as organizations need. As more companies move toward implementing agile development as their software development lifecycle, more features are being implemented and released more quickly. This leaves less time for full regression testing of the system, nonetheless this should still be done. Manual testers need to transform into test automation testers as well.
Learn how to make this jump as a manual tester and focus on the right areas first e.g. automation test structure, object recognition and results interpretation.
Detection as Code, Automation, and Testing: The Key to Unlocking the Power of...MITRE ATT&CK
The document discusses how FalconForce automates detection engineering through infrastructure as code principles. It advocates for representing detections as code that can be version controlled, peer reviewed, automatically tested and deployed. This enables detections to be treated as software where quality is assured through automation and changes are tracked. The document outlines their process for developing detections from hypothesis to reporting and revising through analysis. It also discusses how they represent detections as YAML for reusability across environments and how they perform end to end unit testing of detections against realistic attack simulations.
The Maestro framework implemented by the validation group at Cirrus Logic provides GUI-based test automation and management for mixed signal validation. It leads to a 66% reduction in testing time through a modular structure with configuration files, a MATLAB GUI, and reusable validation scripts. Key benefits include abstracted test development and execution, standardized methodologies, and a system for monitoring and logging test results.
This document describes a test automation framework for Selenium Remote Control that provides a reusable layer to help testers develop test cases for web applications. The framework includes features like a UI for running and scheduling tests, centralized XML data storage, application logging, validation, and report generation. Classes are used to organize test case code and data, and to parse server logs to validate test results.
The document discusses test controlling and tracking topics including managing the test process, infrastructure, and products. It provides an overview of different reporting options for software quality including out of the box and customizable SQL Server and Excel reports. Specific reporting capabilities are demonstrated such as viewing test and code coverage results by build, tracking bugs by user story, and creating and resolving bugs. Custom report creation using relational databases and data warehouses is also covered.
[DevDay2019] Power of Test Automation and DevOps combination - One click savi...DevDay Da Nang
Test Automation is becomming a MUST in software development life cycle now. DevOps has been an emerging trend, and it's no longer new. Remebering the old days, when you have to stand-up the test servers, get the builds from developers, deploy it, start-up agent machines, run your tests, collect reports, shutdown all resources you have just started, and spend days to analyze the failures. Now it's time to bring DevOps into this game and let it streamline all of these processes then you can save your days for other greater jobs of software testing.
This document provides an overview of how to use TestDirector 8.0 software for test management. It discusses setting up test requirements and cases, creating test sets, executing tests, tracking defects, and analyzing results using reports and graphs. The training objectives are to learn TestDirector functionality and features for managing the entire testing process from one central location. Instructional methods include slides, demonstrations, and hands-on exercises.
The GO4IT project aims to:
1) Raise awareness and prepare users for the transition to IPv6.
2) Expand the IPv6 user community.
The project provides a free IPv6 validation environment including test tools, test suites, and related services. BUPT's tasks include designing abstract test suites in TTCN-3 for conformance and interoperability testing of technologies like mobile IPv6. BUPT will also work on software components for test development and execution like the TTCN-3 compiler and test adapters.
Presentation delivered by Matt Done, Head Of Platform Development at expanz Pty. Ltd. during DDD Sydney event on 2 July 2011.
Matt demonstrates what it takes to setup a highly sophisticated load test, using the Azure environment and how to use the results to optimise a fully blown application development platform and application server running on Azure.
Recording of this presentation can be found at www.youtube.com/expanzTV
This document outlines a performance test plan for Sakai 2.5.0. It describes the objectives, approach, test types, metrics, goals, tools, and data preparation. The objectives are to validate Sakai meets minimum performance standards and test any new or changed tools. Tests include capacity, consistent load, and single function stress tests. Metrics like response time, CPU utilization, and errors will be measured. Goals include average response time under 2.5s and max under 30s, CPU under 75%, and 500 concurrent users supported. Silk Performer will be used to run tests against a Sakai/Tomcat/Oracle environment. Over 92,000 students and 1,557 instructors of data will be preloaded
This document discusses performance engineering for batch and web applications. It begins by outlining why performance testing is important. Key factors that influence performance testing include response time, throughput, tuning, and benchmarking. Throughput represents the number of transactions processed in a given time period and should increase linearly with load. Response time is the duration between a request and first response. Tuning improves performance by configuring parameters without changing code. The performance testing process involves test planning, creating test scripts, executing tests, monitoring tests, and analyzing results. Methods for analyzing heap dumps and thread dumps to identify bottlenecks are also provided. The document concludes with tips for optimizing PostgreSQL performance by adjusting the shared_buffers configuration parameter.
The document discusses extreme automation of testing distributed systems, services, and APIs. It proposes:
1) Automating all testing activities, including automated test input and oracle generation, intelligent test prioritization and scheduling, execution, arbitration and reporting.
2) Using models of the distributed system under test, including service models, architecture topology, and protocol state machines to generate test cases.
3) Intelligently scheduling and reactively planning tests by choosing the next test case to run based on past test verdicts and generating new test cases to diminish ignorance of system elements.
4) Providing these testing technologies and functional testing workflow as a cloud-native, on-demand testing as a service platform.
The document provides an overview of performance testing and the JMeter load testing tool. It defines performance testing as testing to determine how a system performs under workload. The main types of performance testing are described as load/capacity testing, stress testing, volume testing, endurance/soak testing, and spike testing. Load testing is the simplest form and aims to understand system behavior under expected load. Bottlenecks can be identified through load testing. Stress testing finds a system's capacity limit. Volume testing checks efficiency processing large data amounts. Endurance testing checks withstanding load over long periods. Spike testing observes behavior under sudden load increases. JMeter is introduced as an open source load testing tool that can test various system types and has user
This document provides instructions for creating a simple test in TestComplete. It describes adding the sample Orders application to the list of tested applications, planning a test to add a new order, recording user actions to perform that test, analyzing the recorded test, running the test, and analyzing the test results. The goal is to create an automated test that emulates user actions in the Orders application and verifies that a new order was added correctly.
Data flow analysis is a type of static code analysis that examines how values are propagated through a program. It is more effective than pattern matching or regular static analysis at finding defects related to interactions between methods and classes that may be difficult to uncover through testing alone. Static analysis tools using data flow analysis can simulate execution paths to detect potential issues without requiring the code to be compiled and run. Developers are encouraged to use static testing tools to catch defects early in development, as prevention of bugs is more efficient than finding and fixing them later.
OSVC_Meta-Data based Simulation Automation to overcome Verification Challenge...Soham Mondal
Identified huge error count and US$1.7M excess expense in product engineering and product development; Spearheaded from scratch product roadmap and end-to-end engineering and deployment of a custom novel software for automatic creation of error-free verification infrastructure for a customizable Network-interconnect, across 6 global teams, saved 70+ man hours per integration and testing cycle and reduced time-to-first-test by 60%, resulting in an estimated annual savings of US$4.5M in purchased product licenses and 100% reduction in error-count in engineering process. Enabled a 4-member cross-cultural global team in Seoul for 6+ months for E2E-auto-testbench product during its’ adoption, prototype testing, and life cycle. Conducted 120+ user interviews, market analysis, customer research to define key product requirements for new features resulting in 100% user adoption, 80% increase in user satisfaction. Received appreciation award from VP of Engineering, Samsung Memory Solutions.
Disclaimer: - The slides presented here are a minimised version of the actual detailed content/implementation/publication presented to the stakeholders.
If the originals are needed, they will be provided based on mutual agreement.
(All Rights Reserved)
While microservices are becoming the norm due to advancements in development, deployment and monitoring techniques in the last few years, we are still using the same testing methodologies we used for monolithic apps. In this talk, we look at how distributed tracing can be applied to testing modern, distributed applications, from unit to end-to-end tests, to continuously give developers invaluable insight on how entire applications behave, and when and why they fail, before they are deployed to production. We'll also discuss the power of distributed context propagation and how it can be leveraged for testing purposes, from safely testing in production to failure injection.
Nagios Conference 2011 - Nathan Vonnahme - Integrating Nagios With Test Drive...Nagios
Nathan Vonnahme's presentation on integrating Nagios with test driven development. The presentation was given during the Nagios World Conference North America held Sept 27-29th, 2011 in Saint Paul, MN. For more information on the conference (including photos and videos), visit: http://go.nagios.com/nwcna
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A Comparative Analysis of Functional and Non-Functional Testing.pdfkalichargn70th171
A robust software testing strategy encompassing functional and non-functional testing is fundamental for development teams. These twin pillars are essential for ensuring the success of your applications. But why are they so critical?
Functional testing rigorously examines the application's processes against predefined requirements, ensuring they align seamlessly. Conversely, non-functional testing evaluates performance and reliability under load, enhancing the end-user experience.
introduction of Ansys software and basic and advance knowledge of modelling s...sachin chaurasia
Ansys Mechanical enables you to solve complex structural engineering problems and make better, faster design decisions. With the finite element analysis (FEA) solvers available in the suite, you can customize and automate solutions for your structural mechanics problems and parameterize them to analyze multiple design scenarios. Ansys Mechanical is a dynamic tool that has a complete range of analysis tools.
Overview of ERP - Mechlin Technologies.pptxMitchell Marsh
This PowerPoint presentation provides a comprehensive overview of Enterprise Resource Planning (ERP) systems. It covers the fundamental concepts, benefits, and key functionalities of ERP software, illustrating how it integrates various business processes into a unified system. From finance and HR to supply chain and customer relationship management, ERP facilitates efficient data management and decision-making across organizations. Whether you're new to ERP or looking to deepen your understanding, this presentation offers valuable insights into leveraging ERP for business success.
COMPSAC 2024 D&I Panel: Charting a Course for Equity: Strategies for Overcomi...Hironori Washizaki
Hironori Washizaki, "Charting a Course for Equity: Strategies for Overcoming Challenges and Promoting Inclusion in the Metaverse", IEEE COMPSAC 2024 D&I Panel, 2024.
An MVP (Minimum Viable Product) mobile application is a streamlined version of a mobile app that includes only the core features necessary to address the primary needs of its users. The purpose of an MVP is to validate the app concept with minimal resources, gather user feedback, and identify any areas for improvement before investing in a full-scale development. This approach allows businesses to quickly launch their app, test its market viability, and make data-driven decisions for future enhancements, ensuring a higher likelihood of success and user satisfaction.
Discover the Power of ONEMONITAR: The Ultimate Mobile Spy App for Android Dev...onemonitarsoftware
Unlock the full potential of mobile monitoring with ONEMONITAR. Our advanced and discreet app offers a comprehensive suite of features, including hidden call recording, real-time GPS tracking, message monitoring, and much more.
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Share this infographic to spread the word about the ultimate mobile spy app!
Software development... for all? (keynote at ICSOFT'2024)miso_uam
Our world runs on software. It governs all major aspects of our life. It is an enabler for research and innovation, and is critical for business competitivity. Traditional software engineering techniques have achieved high effectiveness, but still may fall short on delivering software at the accelerated pace and with the increasing quality that future scenarios will require.
To attack this issue, some software paradigms raise the automation of software development via higher levels of abstraction through domain-specific languages (e.g., in model-driven engineering) and empowering non-professional developers with the possibility to build their own software (e.g., in low-code development approaches). In a software-demanding world, this is an attractive possibility, and perhaps -- paraphrasing Andy Warhol -- "in the future, everyone will be a developer for 15 minutes". However, to make this possible, methods are required to tweak languages to their context of use (crucial given the diversity of backgrounds and purposes), and the assistance to developers throughout the development process (especially critical for non-professionals).
In this keynote talk at ICSOFT'2024 I presented enabling techniques for this vision, supporting the creation of families of domain-specific languages, their adaptation to the usage context; and the augmentation of low-code environments with assistants and recommender systems to guide developers (professional or not) in the development process.
Cultural Shifts: Embracing DevOps for Organizational TransformationMindfire Solution
Mindfire Solutions specializes in DevOps services, facilitating digital transformation through streamlined software development and operational efficiency. Their expertise enhances collaboration, accelerates delivery cycles, and ensures scalability using cloud-native technologies. Mindfire Solutions empowers businesses to innovate rapidly and maintain competitive advantage in dynamic market landscapes.
Seamless PostgreSQL to Snowflake Data Transfer in 8 Simple StepsEstuary Flow
Unlock the full potential of your data by effortlessly migrating from PostgreSQL to Snowflake, the leading cloud data warehouse. This comprehensive guide presents an easy-to-follow 8-step process using Estuary Flow, an open-source data operations platform designed to simplify data pipelines.
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Responsibilities of Fleet Managers and How TrackoBit Can Assist.pdfTrackobit
What do fleet managers do? What are their duties, responsibilities, and challenges? And what makes a fleet manager effective and successful? This blog answers all these questions.
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To paraphrase a quote from Tolstoy’s Anna Karenina:
All successful test automation projects
are alike; each unsuccessful automation
project fails in its own way.
Test Automation
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Test Tools Implementation
Programming language Test language
Data
structures
variables, arrays, hashes TS,UC,TC,TA, buffer
Control
statements
if, case compare
for, while, until loop for TS,UC,TC,TA
Functions subroutine, procedure TC {set, test, compare, tear
down}
Control
flow
algorithm unconditional sequence
Users Developers prefer to use
open source software
which can be adapted
Testers prefer to use
commercial tools, with
technical support
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Test Design Techniques:
• Boundary analysis
• Path sensitization
Derived Test Design Methods:
• Arithmetic expressions
• Relational expressions
• Logical expressions
• Algorithm
• State machine
• Instruction set
• Syntax
Test Design Techniques
From test techniques to test methods,
Professional Tester, issue 29, October 2014
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• Test Set (TS) is a part of the testware that verifies a
particular architectural unit of the system.
• Use Case (UC) is a collection of end-to-end scenarios to
cover the functionality of a subsystem.
• Test Case (TC) is a single verification act that moves the
object-to-test from an initial state, executes a test, compares
the actual and expected results, and returns it back to its
initial state; a UC consists of TCs.
• Test Action (TA) is the simplest act of communication with
the object-to-test. A TA supports the interfaces of the object-
to-test (CLI, GUI, SNTP, HTTP).
Testware Hierarchy
14. Test Language
• A test is presented as an unconditional
sequence of TS/UC/TC/TA executions
• The instruction set includes the following
command groups:
– run TS/UC/TC commands (one or multiple
times)
– connection commands
– compare commands
– variable manipulation commands
– limited control commands-pause/stop/exit
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15. Reliability
• returning the object to its initial state
• handling multiple echoes
• support for stimulus-response
synchronization
• multiple connection attempts
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18. Verdicts
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Test
object
Verdict Conditions
TA OK
TIMEOUT
ERROR
‘MATCH’ detected in Output Buffer
‘MATCH’ not found after predefined elapsed time
Predefined error detected in Output Buffer
TC PASS
FAIL
All TAs are ‘OK’ & expected result is found in
Output Buffer
At least one TA is not ‘OK’ or a compare failed
UC PASS
FAIL
All TCs ‘PASS’ed
At least one TC ‘FAIL’ed
TS PASS
FAIL
All UCs ‘PASS’ed
At least one UC ‘FAIL’ed
20. The test framework is a data driven
application that reads test data,
provides syntax checking and compiles
the data into internal test structures,
creates the necessary connections to
the object to test, executes the tests
and finally creates the log and result
files.
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Framework Functionality
21. Debug Log Structure
• Supports TS/UC/TC/TA hierarchy and IDs
• TA: output buffer, rules to capture it, and
how verdict was determined, based on the
buffer content.
• TC: expected and real results and how
verdict was determined, based on the
comparison constraints.
• UC/ TS: how verdict determined, based on
the children verdicts
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22. 10/10/10 Goals
• Test design in 10 minutes
A framework shifts the testers’ focus from writing new
test scripts to reusing existing ones
• Error detection in 10 minutes
The debug file structure allows for easy error
identification and creation of “defect tracker”
• Testware maintenance in 10 minutes
Testware is organized in a fashion that allows to make
unique changes for any single changes in the object-to-
test.
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26. tesToy Test Script
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UC set test environment
run general::setDir ("/home/user/bin")
UC verify out-boundary data
run general::whichTriangle ( "", "", "", "error")
run general::whichTriangle ("5", "", "", "error")
run general::whichTriangle ("5", "5", "", "error")
run general::whichTriangle ( "", "5", "5", "error")
run general::whichTriangle ("5", "5", "a", "error")
UC verify that length of first side is less than other two
run general::whichTriangle ( "6", "2", "3", "NT")
UC verify 'a=b' condition
run general::whichTriangle ("11", "3", "9", "RT")
run general::whichTriangle ("11","11", "9", "IT")
28. Further Reading
• Embedding testability, Professional Tester, issue 27, August 2014,
8– 15. – how to build testability for an embedded system
• From test techniques to test methods, Professional Tester, issue
29, October 2014, 4 – 14. – how to build the minimum number of
tests that covers all implementation errors
• Automating Inside the Lines, Professional Tester, 2015, issue 30.
– how to build a test automation framework
• A Continuous Integration Test Framework, Testing Experience,
issue 28, December 2014, 30 – 34. – how to build a continuous
integration test framework
• QA of Testing, Professional Tester, issue 28, October 2014, 9 – 12.
- how to automatically monitor the test completeness
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29. Thank you for attending this session
Send your comments or questions to
gregory.solovey@alcatel-lucent.com
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