Join us as we walk you through several technical challenges and solutions around test automation for responsive sites. See live demos around testing responsive web sites using extended test automation capabilities that can increase your test coverage suite.
You'll learn how to:
- Author basic selenium scripts using a powerful recorder for both mobile and web
- Define a robust XPath using an innovative free online tool
- Build a test lab for parallel script Execution on multiple devices and browsers
- Gain high quality analysis post execution with mature digital reporting
Drive Faster Quality Insights through Customized Test Automation - Part 2Perfecto by Perforce
When making the transformation to DevOps and agile, many organizations find it hard to meet tough product release schedules and to cope with large data sets. Triaging failures across multiple platforms has become tedious and time-consuming.
Reporting test-driven development (RTDD) is an innovative approach to agile testing that helps you write and implement tests with the end in mind (i.e., the test reports). RTDD puts structure, governance, and advanced capabilities into your test automation strategy.
RTDD enables the entire product team to collaborate and make data-driven decisions in real time, resulting in test scenarios and test suites that are structured and easy to manage.
Do you have to learn code to create test automation? The answer is no. The latest technology enables business and QA teams to ensure enterprise application quality using easy to maintain, plain English tests. Powerful automated business process discovery, risk based analysis and lights-out regression tests can then be used to extend automation and create additional value – all without code!
In the past decade, testing efforts have been steadily shifting left—to earlier in the development lifecycle. For web apps, testing and testing automation have been gradually shifting—into development, design, and requirements. The test pyramid recommended by Google and agile experts is a distribution of 60 percent unit tests, 30 percent integration tests, and only 10 percent UI tests. Although practiced widely in the web world, this formula is often deemed impractical in mobile. Satyajit Malugu busts open this myth and gives you practical guidance to achieve the same test pyramid in your mobile test efforts. Satyajit shows how to emphasize unit tests and code coverage, implement continuous integration, and use dashboards for test and quality visibility. He shares experiences with mocking tools, emulators, partial integration tests, and a minimally focused set of UI tests—all before your app reaches the app store. Join Satyajit and take back the testing pyramid.
Join us as we walk you through several technical challenges and solutions around test automation for responsive sites. See live demos around testing responsive web sites using extended test automation capabilities that can increase your test coverage suite.
You'll learn how to:
- Author basic selenium scripts using a powerful recorder for both mobile and web
- Define a robust XPath using an innovative free online tool
- Build a test lab for parallel script Execution on multiple devices and browsers
- Gain high quality analysis post execution with mature digital reporting
Drive Faster Quality Insights through Customized Test Automation - Part 2Perfecto by Perforce
When making the transformation to DevOps and agile, many organizations find it hard to meet tough product release schedules and to cope with large data sets. Triaging failures across multiple platforms has become tedious and time-consuming.
Reporting test-driven development (RTDD) is an innovative approach to agile testing that helps you write and implement tests with the end in mind (i.e., the test reports). RTDD puts structure, governance, and advanced capabilities into your test automation strategy.
RTDD enables the entire product team to collaborate and make data-driven decisions in real time, resulting in test scenarios and test suites that are structured and easy to manage.
Do you have to learn code to create test automation? The answer is no. The latest technology enables business and QA teams to ensure enterprise application quality using easy to maintain, plain English tests. Powerful automated business process discovery, risk based analysis and lights-out regression tests can then be used to extend automation and create additional value – all without code!
In the past decade, testing efforts have been steadily shifting left—to earlier in the development lifecycle. For web apps, testing and testing automation have been gradually shifting—into development, design, and requirements. The test pyramid recommended by Google and agile experts is a distribution of 60 percent unit tests, 30 percent integration tests, and only 10 percent UI tests. Although practiced widely in the web world, this formula is often deemed impractical in mobile. Satyajit Malugu busts open this myth and gives you practical guidance to achieve the same test pyramid in your mobile test efforts. Satyajit shows how to emphasize unit tests and code coverage, implement continuous integration, and use dashboards for test and quality visibility. He shares experiences with mocking tools, emulators, partial integration tests, and a minimally focused set of UI tests—all before your app reaches the app store. Join Satyajit and take back the testing pyramid.
The Continuous delivery Value @ codemotion 2014David Funaro
System Crash, failure data migration, partial update: issues that no one would ever want to meet during the deploy and ... hoping for the best is not enough.
The deployment activity is important as those that precede it. The Continuous Delivery will give you low risk, cheap, fast, predictable delivery and ... soundly.
In this Quality Assurance Training session, you will learn about Automation Tools Overview. Topic covered in this session are:
• SQL Basic Operators and Function
• Software Testing Tool – Overview
• Advantage- Automation
• Disadvantage - Automation
• Grouping of Automation Tool
• Functional Tool
• Source Code Testing Tool
• Performance Tool
• Test Management Tool
• Security Testing Tool
For more information, about this quality assurance training, visit this link: https://www.mindsmapped.com/courses/quality-assurance/software-testing-training-with-hands-on-project-on-e-commerce-application/
Release software is no less important than activities that precede it.
The Continuous Delivery is a set of practices and methodologies that build an ecosystem for the software development lifecycle.
We will see how to build this ecosystem around the applications developed, for which this release activities becomes a low-risk, inexpensive, fast and predictable.
Why do we need to have software testing happen in a continuous manner? This deck explains the importance of Continuous Integration and a case study of 24x7 Testing.
Manual Monitoring Slows Deployment and Introduces Risk
How often do you update your applications?
“We deploy multiple times per day” seems to be the new badge of honor for DevOps.
But what you don’t often hear about are the problems caused by process acceleration as a result of continuous integration and continuous deployment (CI/CD).
Rapid introduction of performance problems and errors
Rapid introduction of new endpoints causing monitoring issues
Lengthy root cause analysis as number of services expand
When implementing CI/CD, ANY manual intervention slows down the entire pipeline. You can’t achieve complete CI/CD without automating your monitoring processes (just like you did for integration, testing, and deployment).
Every DevOps implementation is unique, but certain challenges are the same. Establishing fast feedback loops, formulating a better definition of done, and anticipating technical gaps to delivery are all milestones to transformation.
In this session, our panel of experts will share their experiences in DevOps transformation. Learn how to:
-Improve your team’s definition of done to cut down rework
-Identify automation gaps that lead to later holding patterns
-Inject fast feedback to catch bugs as early as possible
-Establish autonomy and ownership over winning customer-focused experiences
***** DevOps Masters Program : https://www.edureka.co/masters-progra... *****
This tutorial on DevOps testing will help you understand how Continuous Testing takes place in the DevOps lifecycle and which tools are used for the same. The following topics have been covered in this video:
1. What Is Continuous Testing?
2. Various Testing Types
3. Tools Used For Continuous Testing
4. Demo: Maven, Selenium, TestNG & Jenkins Integration
Code in the Cloud presentation as presented in Antwerp Lindner Hotel on 8th December 2014
#codeinthecloud
Agenda from the event:
In the AM (Introduction)
- Introduction to Application Lifecycle Management and Visual Studio Online
- Managing your project: what, who and when
- Working with code: keeping the source code safe and in-sync and be productive as a developer
- Tracking progress: how are we doing
- Improving quality: continuous build, deploy and testing
EAT
In the PM (Putting it all into practice)
- Exciting demonstrations and walkthroughs on how to run your project with Visual Studio Online.
#ATATalk - Episode 1 : Session on Selenium Exceptions by Pallavi SharmaAgile Testing Alliance
Pallavi Sharma delivered a session on Selenium Exceptions at #ATATalk - Episode 1
Pallavi Sharma is acting as a coach, writer, speaker and owner at 5 Elements Learning where she collaborate and work with many learning enthusiasts and mentors around the globe and use her polyglot skills. An avid learner, she likes to keep herself updated to latest trends and technologies by attending conferences and workshops, and life has been kind enough to provide her with such experiences.
To know more about ATA Events please check : https://ataevents.org/
Verification at scale: Fitting static code analysis into continuous integrationRogue Wave Software
Static code analysis (SCA) is a decades-proven software verification method that’s become essential for many development teams. With the growing adoption of DevOps processes and CI tools, it’s even more important that those familiar with and new to SCA understand how it fits into modern processes to maximize its benefits.
This talk describes three different ways of approaching static code analysis and explains the advantages and disadvantages of each, including test coverage, performance, and standards compliance. Starting with older server-based and desktop-based analysis, followed by the latest continuous static analysis for CI, you will walk away with an understanding of the different types of SCA and how to choose the best option that fits your team’s processes, environment, and release schedules.
Packaged enterprise apps are different from custom apps, and that means testing has to be different too. During this webinar we discussed these differences and provided strategies for supporting every aspect of implementing, testing, and running large enterprise applications.
The Continuous delivery Value @ codemotion 2014David Funaro
System Crash, failure data migration, partial update: issues that no one would ever want to meet during the deploy and ... hoping for the best is not enough.
The deployment activity is important as those that precede it. The Continuous Delivery will give you low risk, cheap, fast, predictable delivery and ... soundly.
In this Quality Assurance Training session, you will learn about Automation Tools Overview. Topic covered in this session are:
• SQL Basic Operators and Function
• Software Testing Tool – Overview
• Advantage- Automation
• Disadvantage - Automation
• Grouping of Automation Tool
• Functional Tool
• Source Code Testing Tool
• Performance Tool
• Test Management Tool
• Security Testing Tool
For more information, about this quality assurance training, visit this link: https://www.mindsmapped.com/courses/quality-assurance/software-testing-training-with-hands-on-project-on-e-commerce-application/
Release software is no less important than activities that precede it.
The Continuous Delivery is a set of practices and methodologies that build an ecosystem for the software development lifecycle.
We will see how to build this ecosystem around the applications developed, for which this release activities becomes a low-risk, inexpensive, fast and predictable.
Why do we need to have software testing happen in a continuous manner? This deck explains the importance of Continuous Integration and a case study of 24x7 Testing.
Manual Monitoring Slows Deployment and Introduces Risk
How often do you update your applications?
“We deploy multiple times per day” seems to be the new badge of honor for DevOps.
But what you don’t often hear about are the problems caused by process acceleration as a result of continuous integration and continuous deployment (CI/CD).
Rapid introduction of performance problems and errors
Rapid introduction of new endpoints causing monitoring issues
Lengthy root cause analysis as number of services expand
When implementing CI/CD, ANY manual intervention slows down the entire pipeline. You can’t achieve complete CI/CD without automating your monitoring processes (just like you did for integration, testing, and deployment).
Every DevOps implementation is unique, but certain challenges are the same. Establishing fast feedback loops, formulating a better definition of done, and anticipating technical gaps to delivery are all milestones to transformation.
In this session, our panel of experts will share their experiences in DevOps transformation. Learn how to:
-Improve your team’s definition of done to cut down rework
-Identify automation gaps that lead to later holding patterns
-Inject fast feedback to catch bugs as early as possible
-Establish autonomy and ownership over winning customer-focused experiences
***** DevOps Masters Program : https://www.edureka.co/masters-progra... *****
This tutorial on DevOps testing will help you understand how Continuous Testing takes place in the DevOps lifecycle and which tools are used for the same. The following topics have been covered in this video:
1. What Is Continuous Testing?
2. Various Testing Types
3. Tools Used For Continuous Testing
4. Demo: Maven, Selenium, TestNG & Jenkins Integration
Code in the Cloud presentation as presented in Antwerp Lindner Hotel on 8th December 2014
#codeinthecloud
Agenda from the event:
In the AM (Introduction)
- Introduction to Application Lifecycle Management and Visual Studio Online
- Managing your project: what, who and when
- Working with code: keeping the source code safe and in-sync and be productive as a developer
- Tracking progress: how are we doing
- Improving quality: continuous build, deploy and testing
EAT
In the PM (Putting it all into practice)
- Exciting demonstrations and walkthroughs on how to run your project with Visual Studio Online.
#ATATalk - Episode 1 : Session on Selenium Exceptions by Pallavi SharmaAgile Testing Alliance
Pallavi Sharma delivered a session on Selenium Exceptions at #ATATalk - Episode 1
Pallavi Sharma is acting as a coach, writer, speaker and owner at 5 Elements Learning where she collaborate and work with many learning enthusiasts and mentors around the globe and use her polyglot skills. An avid learner, she likes to keep herself updated to latest trends and technologies by attending conferences and workshops, and life has been kind enough to provide her with such experiences.
To know more about ATA Events please check : https://ataevents.org/
Verification at scale: Fitting static code analysis into continuous integrationRogue Wave Software
Static code analysis (SCA) is a decades-proven software verification method that’s become essential for many development teams. With the growing adoption of DevOps processes and CI tools, it’s even more important that those familiar with and new to SCA understand how it fits into modern processes to maximize its benefits.
This talk describes three different ways of approaching static code analysis and explains the advantages and disadvantages of each, including test coverage, performance, and standards compliance. Starting with older server-based and desktop-based analysis, followed by the latest continuous static analysis for CI, you will walk away with an understanding of the different types of SCA and how to choose the best option that fits your team’s processes, environment, and release schedules.
Packaged enterprise apps are different from custom apps, and that means testing has to be different too. During this webinar we discussed these differences and provided strategies for supporting every aspect of implementing, testing, and running large enterprise applications.
Sometimes, in software development, you may not be doing things the right way. Not doing the thing right can land you in future trouble maintaining and further developing your software. When you are in this way burdened with the pain of past sins, we call it technical debt.
However, technical debt can be more than a curse - it can also be a blessing.
Presentation given by Fadi Stephan from Kaizenko at AgileDC2018 on 10/15/2018 in Washington DC. Also see blog series on Managing Technical Debt at https://www.kaizenko.com/managing-technical-debt/
Is your team constantly missing delivery dates? Is the velocity decreasing from sprint to sprint while the development costs are rising? Are customers complaining about the increasing number of bugs and the long time it takes to add new features? These are all signs that you are mired in technical debt and probably on your way to bankruptcy or a complete system rewrite. Technical debt is inevitable, whether intentional or unintentional. However, not managing technical debt can paralyze your organization. Fadi Stephan expands on the technical debt metaphor and introduces a technical debt management plan that enables executives and teams to make prudent decisions on code quality and technical debt. Come learn how to measure the quality of your code base and determine the amount of your debt.
What is technical debt, really? How does it affect your software, and how can you practically measure it in time, money, and impact? This topic is often mysterious and covered in vagaries, and I'll remove much of that mystery stuff by providing clear, actionable ways in working toward technical health, from basics to advanced topics.
Managing the the Technical Debt lifecycle. In this presentation we explore the evolution of the metaphor, the value it brings to organizations and challenges to successful adoption.
The full audio and video can be viewed at http://blog.acrowire.com/td-webinar.
From Technical Debt to Technical HealthDeclan Whelan
Everyone agrees that technical debt is a burden on software innovation that we would rather avoid, and certainly clean up whenever possible. However, in most organizations, people don't prevent technical debt nearly as much as they should, and they don't ever get the time to clean it up. Why, then, if there are clear incentives to deal with technical debt, is it a rampant problem?
In this session, we will focus on how to deal with technical debt on several levels, including the individual developer, the team, the software value stream, and the larger organization. While technical debt may manifest itself in a developer's IDE, the problem starts long before the developer decides to copy and paste some code, or creates an overly-complex and under-documented class. The pressures on teams and individuals to take on more debt than they should come from many sources. Therefore, the solutions to the technical debt problem must extend beyond the team.
How to justify technical debt mitigations in Software EngineeringAndré Agostinho
In this presentation André Agostinho e Cassio Silva covers the importance in dealing with technical debt in software engineering showing the real impacts, daily approaches and best practices for mitigations
AMIS 25: DevOps Best Practice for Oracle SOA and BPMMatt Wright
DevOps and Cloud are transforming the software release process, one which spans multiple teams across development and operations (including testing, infrastructure management), into a collaborative process, with all teams working together to deliver solutions into production faster.
This session details how to implement a continuous delivery process for Oracle SOA/BPM projects, both on-premise and in the cloud, which transform the release process into an automated, reliable, high quality delivery pipeline that that deliver projects faster, with less risk and less cost.
It details the processes and best practices that need to be established, how to use tools to automate and govern the build, deployment and configuration of code from our first initial environment through to production.
1. Learn how DevOps and Continuous Delivery can stream-line the delivery of integration / bpm projects into production.
2. Learn how DevOps plus the Cloud service can accelerate the implementation of on-premise Oracle SOA .
3. Learn best practice for implementing DevOps or Continuous Delivery for Oracle SOA projects on-cloud and on-premise.
4. How to use tools to automate and govern the build, deployment and configuration of code from dev through to production
5. How to leverage the Cloud for Dev and Test, and the benefits this provides.
One of the biggest challenges that are faced when marketers and their IT department work together is managing technical debt. By not taking the time to maintain clean coding and processes when working with your website and always choosing the "quick and dirty" way to get work done, it's easy to become less flexible and have your site performance suffer. Learn more about what technical debt is and ways to manage it efficiently. This presentation was given by Scott Mowery at a workshop during the 2015 Healthcare Internet Conference in Orlando, FL.
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Kubernetes & AI - Beauty and the Beast !?! @KCD Istanbul 2024Tobias Schneck
As AI technology is pushing into IT I was wondering myself, as an “infrastructure container kubernetes guy”, how get this fancy AI technology get managed from an infrastructure operational view? Is it possible to apply our lovely cloud native principals as well? What benefit’s both technologies could bring to each other?
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Essentials of Automations: Optimizing FME Workflows with ParametersSafe Software
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UI automation Sample
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Pradeep Chinnala, Senior Consultant Automation Developer @WonderBotz and UiPath MVP
Deepak Rai, Automation Practice Lead, Boundaryless Group and UiPath MVP
2. 2
•Metaphor proposed by Ward Cunningham in
1992 to explain problems caused by “developing
not in the right way” and non-technical project
stakeholders.
What is Technical Debt?
! !! !!! !!!!
•Similar to Financial Debt
•Dangerous if the incurred interest and the debt
are not payed
3. 3
!
Analysis + Design
Architecture
Design, Patterns,
Prototyping,
Technical Maturity
Best Practices
and Tools
Review, Tests,
Documentation,
Staging
Environments
"
l
(A) Clean and Smart (B) Quick and Dirty
Make it work
Deliver it as soon as
possible, lower cost
on current release
Postpone
Enhancements
Increased
maintenance cost,
Risk that debt gets out
of control
#
$
Takes longer to implement,
make the maintenance easier
Delivers features sooner,
make the maintenance
harder
How to deliver the Software Product?
4. 4How to deliver the Software Product?
•There is "no right answer" here…
•Sometimes rapid prototyping is enough
•Time-to-Market is critical
•Business contracts and deadlines are critical
•The goal is to make conscious decisions and
being able to deal with consequences
•Avoid unexpected surprises
5. 5
•Decreasing of team speed
•Missed deadlines
•Estimation errors
•Cumulative defects
•Many production defects
•Team stress and instability
•Low trust in the results
•Inaccurate problem analysis
•Blaming others instead taking of responsibility
•Being scared of change anything (side-effects)
Symptoms
6. 6
•"Code smells…”
•“It works”for now, I will refactor it later…”
• “Only John understands how to change this
code"
• “Lets do the testing later…”.
•“Just do it now, the deadline is coming up…”
•“The code is unreadable”
•“X is related to the problem cause… otherwise
we would be able to do better” (X != Me, always)
Common quotes
7. The Relative Cost of a Fixing a Defect 7
Reference: [1] http://www.astqb.org/press-room/ISTQB_Certification_News_2015_1.html
RelativeCostofFixinga
Defect
Reqs Design Code Unit Test System Test UAT Post-Release
150x
50x
40x
20x10x5x1x
9. 9Technical Debt Quadrant
Inadvertent
Deliberate
Reckless Prudent
Reference: [1] Martin Fowler’s technical debt quadrant
"What’s Layering?"
"What’s design?”
"We don’t have time for
Design"
"We must ship now and
deal with consequences"
“Now we know how we
should have done it"
11. 11Notes: Common situations
•A beginner technical team implements an
immature solution that impacts the future of the
product.
•The Product Owner neglects the risk
management and does not evaluate the technical
team arguments, he does not understand the
short and long term consequences.
•Stakeholders who do not understand the
investment value in the internal product quality
•The unpredictable, some cases are harder to
predict the results: Innovation, R&D projects
12. 12
•Goal: Consciously Manage the Debt.
•It is not a methodology or metric, it is a
metaphor
•Create Action Plans (Plan-Do-Check-Act) for
continuous improvement
• Immediate (Short Term)
• Medium Term
• Long Term
•Pay the interest and avoid the debt increasing
•Manage the risk, do not ignore it
Notas: Technical Debt Management
