Test Automation

Microsoft’s Dynamics 365 test Automation - Codeless!

Microsoft never fails to deliver the ease of operation in a user-friendly manner. Dynamics 365 is one such significant service investment that Microsoft has done right. The key factor of codeless test automation is its simple procedure and the upgrade that extends the same privileges to users.

Several problems that seemed not a much of trouble, positioned quite a significant risks to organizations. This is why Dynamics 365 automation testing came into the picture. It ensures safe and smooth operating of the system. And this is where CloudQA plays a vital role to assist with the dynamics 365 testing module.

Stats says, 40% of an application’s lifecycle is dependent on testing quality. CloudQA, assist your company to leverage the Microsoft Dynamics testing process. As we understand how business managers are eager to reduce the negative effects of software testing.

Personnel monitoring, debit and credit scores, arrangements, expansions, spots, new module implementation to mention a few time-consuming activities related to an ERP of your company. These are all managed by Microsoft Dynamics.

The base Microsoft Dynamics application is deep as well as broad. It consists of a host of attributes, components, software and hardware configurations. Independent software application vendors do expand or modify Microsoft Dynamics, giving functionality for verticals and certain market demands. It is vital to check the remedy completely as all the modifications are applied.

7 things you must know before starting your testing

  1. The standard, out-of-the-box capability of Dynamics can be found in 24 languages, which simplifies localization testing considerably. It implies that when tailoring the system, just newly established or configured functionality is required to qualify the localization testing.
  2. When centering the tailored part of CRM, testing engineers typically inspects personalized entities and areas, control aspects, plug-in performance, functional updates made on JavaScript (messages, additional web pages) and custom records.
  3. Besides localization testing running useful GUI tests is equally important to inspect and verify before heading further. The outcomes that you get at this stage will certainly define the direction to your testing execution.
  4. In a customized Dynamics 365, more than half of part of performance is likely to come pre-checked. This implies that you are left with testing of freshly added and tailored part, which generally involves entities, features, and fields. Usually, there is no need to verify new areas as the control aspects get the typical attributes with respect to the information feed.
  5. For the newly created performance that is to be completely tested, the testing needs are similar to the ones for the customized features. Along with that, all the types, windows, control aspects and other essential features established separately and added to the Dynamics 365 via JavaScript or other plugins, are toned to survive the full-scale check. Otherwise, the time invested in personalizing your customer partnership management system will certainly won’t bring you much value.
  6. The Dynamics products are somewhat complex web applications that are challenging to automate with Selenium scripts. For instance, the tester will certainly need to manage elements such as “embedded iFrames”, “deep things trees”, and “vibrant IDs for child windows” when trying to automate easy procedures in, say, the Sales application. Just making the Selenium WebDriver locate the appropriate component in the application requires the tester to spend a lot of time scripting the correct locator technique.
  7. Another problem from a testing viewpoint is that the UI standard of the Dynamics applications differs from version to version. You cannot desire to lock-in designer resources to test automation, as this would consume the time of establishing your regional Dynamics personalization.

Dynamics 365 automated testing

Dynamics-users have to validate numerous critical business hurdles. With frequent updates to the core and also standard applications, it’s vital to thoroughly examine Dynamics-based applications and processes.

Discover exactly how to:

  • Kick-off automatic testing of Dynamics 365
  • Automate with out-of-the-box parts
  • Incorporate with any kind of release pipe

Testers require to automate Dynamics 365 applications

  • To support continuous deployment
  • To verify processes throughout applications
  • To examine legacy system assimilations
  • To check production atmospheres

Having problem testing the Microsoft Dynamics 365 applications?

Configuring automated testing and also contracting out testing initiatives end up with the very same result: Test cases stop working and top quality has to compromise. Make sure your Dynamics-applications do not break with durable test automation that can be developed codeless.

CloudQA consists of specialized libraries for testing Dynamics 365 applications built-upon the common UIAutomation library. The library comprises special extensions for handling unique controls such as tree views, the navigating explorer and the various grids used to modify information. Additionally, CloudQA can evaluate numerous websites using its web internet browser libraries.

Having a well-functioning and customized Dynamics 365 is what every successful company aims at. Yet, buying off-the-shelf products might be limiting for your company if you intend to improve organisation processes in your sales and advertising department. To ensure the system addresses your urgent demands, modification of a CRM platform is a common alternative. Microsoft Dynamics CRM is not an exception.

Conclusion

In a nutshell, we have actually laid out significant areas of focus while testing the customized Dynamics 365. Ideally, you will utilize them when localizing your platform along with testing its functionality, performance and UI.

CloudQA is focused on enhancing your Microsoft Dynamics ERP performance regularly with quick automated and repeatable testing activities.

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Price-Performance-Leader-Automated-Testing

9-step success formula for small QA teams to switch from manual to automated testing in 2019

Do you or your team currently test manually and trying to break into test automation? In this article, we outline how can small QA teams make transition from manual to codeless testing to full fledged automated testing. The transition will not happen overnight but can be successfully achieved much easier than anticipated.

Price-Performance-Leader-Automated-Testing

1 – Say no to mundane repetitive manual testing

Your willingness to say no to mundane and boring repetitive manual testing is the first real step towards automated testing! As a team you need to acknowledge that manual testing is haunted by repetitiveness and is error prone. Any team will eventually get bogged down by doing the same thing over and over again impacting team motivation. Some teams will overcome this challenge by automating small bits and pieces of repetitive work. For example, a script to import test data into a database, a utility to generate random test data, etc.

2 – Know impediments to switch to automated testing

Once you acknowledge as a team that you need to move to automated testing, the next step is to know what is stopping your team from making this move. In most cases, it is the fear of complexities involved in automation ie., learning programming. “Can we learn a new programming language and implement a successful test automation project?” are the kind of questions that come to mind. To allay such fears, teams should start small and pick the right tools that suit their testing needs. For example, think before picking a tool that does not work well with iFrames if your application is using iFrames heavily, or start to build out a test automation framework if your team doesn’t have any automation experience, etc.

3 – Start simple and small but make it successful

A good beginning is half the job done. It is very important to pick the simple and small test cases when your team is new to automated testing. Pick the test cases that you manually test very often but are easy to test. Simple and small test cases are easy to automate, debug, maintain and reuse. Don’t go crazy with automation and start with most time taking or complex ones first or you will make your beginning harder and reduce your chances of success. For example, start with a simple login test case, creating a user, etc.

4 – Pick the right tools and frameworks

Making the process easier for your team to adopt is the key to success. It will be easier when you choose combination of tools and frameworks. Yes, you heard it right! It has to be combination of tools. You can no longer rely on one single tool to get success on your test automation. Selenium execution will probably be the foundation as it is the most popular and convenient tool to use with different programming languages. Start with codeless testing tools built on top of Selenium. Codeless testing tools could cover most of your simple to medium complex manual tests.

Discover why is codeless test automation better than conventional test automation?

5 – Learn and practice programming

Pick up the programming language that your team is most comfortable with. Codeless testing might be able to cover most of your manual testing but for complex steps or tests, you would need to write scripts. Learning is not enough, you should put your learning to practice to understand and write good code. But do not go deep where you cannot stand. Remember as a team, your goal is to ensure quality of the software by automating repetitive manual tests.

6 – Be very clear on what to automate

Your team has to prioritize which tests to automate. Just because you have this new-found knowledge of automated testing, does not mean it should be applied to everything — in fact, it is impossible to automate all tests, and many things are better off being done manually. Trying to automate complex and less often used tests is a formula for failure and is not worth your team’s effort. Here is where your manual and exploratory testing skills should be put to use whenever a new feature is released.  Run risk analysis to determine parts of your application that should be automated. In addition you will have to pay attention to details like if your application is web based, you will want to create a list of the browsers and devices that are going to be essential to your particular test suite.

7 – Zero tolerance to unreliable automated tests

Just like, as manual testers, you refuse to be content with failing tests, you should not tolerate automated tests that pass at times and fail at other times. Unreliable tests will lose your team’s confidence and is a stepping stone for failure. As an example, if there is a failure in the initial steps of a lengthy test case, you can not be sure if there’s no bug beyond that step. Such uncertainties will be bad for team morale and make the whole automation effort less fruitful.

8 – Do not neglect team collaboration

Successful outcomes for any project are guaranteed by a collaborative team. It is no different for test automation. All your team’s automated tests have to be in a single repository accessible anytime & anywhere. A change log indicating who made change to which test case for traceability and accountability should always exist. The tool you pick should allow for collaboration and also make it easier to categorize, tag, sort and filter the 100’s of tests that you would have created over time.

9 – Get the fundamentals right

Do not forget the testing fundamentals. Whether it is manual or automated testing, testing concepts and fundamentals always apply. Refer these articles to understand the fundamentals of test automation

Automated testing might seem daunting when you start, but all it really takes is a consistent effort to make it a success. Continuous learning and practice using your resources will help. Take comfort in knowing that even the experts don’t know it all. No matter how good an automation engineer you become, there’s always more to learn.

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SaaS

SaaS Testing: Basics and How Codeless Automated Testing Helps

SaaS or Software as a Service model is increasingly becoming popular. Thanks to its features like – quick deployment, reduced dependency on internal systems, an increase in availability, reliability of resource and most importantly low upfront costs, it serves as the best choice. However, looking at the flip side, the companies are under immense pressure to release new features at a fast pace. Adapting agile methodology for development and testing has helped the businesses, but has also come with the challenges – the need to deliver quality software. So, what could be done? How can you assure the quality of the software yet make a quick delivery?

SaaS

Codeless Automated testing for SaaS-based web apps

We all know how crucial is to test any software, but with a SaaS-based application there are numerous challenges that makes testing of utmost importance. So let’s take a glance to the challenges of SaaS Application and how codeless testing could help overcome them –

Serial #Requirements of a SaaS applicationWhy is it importantSolution By Codeless Test Automation
1Frequent Updates and UI Validation
  •  Live Updates are smooth
  •  Integration and Interface connectivity are seamless
  •  User does not experience any discontinuity of the services
  •  The existing features work as expected
  • Setup could be achieved within minutes.
  • Execution of test cases is possible from any location, anytime.
  • Ability to test live site without interfering with users workflow.
  • In case a test case need amendment due to software update/ feature change, edits could be made in a very short time
2Scalability and Performance
  •  Certifying the load at zero and peak hours in multiple environments
  •  Defining the downtime and availability of the application.
  •  Scaling the users depending upon the usage/market requirement.
  • Provides a clear data on response time, reliability, resource usage and scalability of the software under various condition.
3Security
  •  By verifying the privileges assigned to a user
  •  Continuous monitoring of logs and database to detect unauthorized access.
  •  Compliance based testing
  •  Testing the accessibility of data.
    • Defines levels of data access.
  • Helps in detecting unauthorized access or fraud by continuous monitoring of logs
4Integrations & APIs
  •  Ensuring compatibility, security, and performance of API’s when they handshake with other third-party application.
  • It possible to test the integration of the system with other interfaces or APIs
5Cross Browser functionality
  • SaaS Application need to be browser compatible and certify the minimum number of version it can support that browser, that’s where SaaS testing comes handy
  •  Certifies the compatibility with different browsers and the minimum version it would run successfully.
  • It assists in certifying the browsers, the SaaS product is compatible and the required version is supported.

As an entrepreneur, if you are looking to reduce the testing efforts, test automation could be beneficial. It not only reduces the time-to-market but could also help you with providing accurate results. For building the test automation framework, test automation strategy in-house, here is the quick approach and best practices that could help you –

Test Automation Approach for SaaS Products

An efficient automation is one reduces manual effort, improves test coverage, reliability and provides a positive ROI. Hence while formalizing a test automation framework, fundamentally for a SaaS product, you should keep in mind the features of SaaS –

Record and Play Approach

The most basic test automation approach offers convenience, low implementation cost and easy to be deployed. However, it does not provide flexibility and maintaining a record and play tool when manual intervention is required could be a costly affair in the long run.

Data-Driven Approach

The approach is best suited when a significant amount of data is to be tested under different combinations. It involves some scripting, and hence team should be skilled enough to check data output under various conditions.

Keyword-Driven Approach

A testing approach that could be expanded to various platforms, applications and environments. It suits for large/small data sets and projects of long/short duration. However initial implementation cost is one of the major pitfalls of this approach.

Hybrid Keyword Approach

The most sophisticated test approach that is long-lasting, flexible, provides you with ample checkpoints, sustainable and comes with an ability to integrate with external objects. But again, the initial implementation cost is enormous, and during initial months you may not witness a positive ROI. Hybrid keyword approach is a long-term test automation strategy and may not be the right choice for short-lived and straightforward projects.

Best Practices for Testing SaaS Products

  • Make sure to set aside resources and time to measure the performance of the SaaS application.
  • Get a clear understanding of the requirement and “How it needs to be tested.” Just for example does SaaS product needs integration with any other application? Or Would it work under different environments?
  • With frequent release, set aside some time for exploratory testing in every release that helps in getting new test cases and bugs
  • Make sure to perform upgrade testing, data migration testing with frequent upgrades and changes of SaaS application
  • Ensure the security, stability and quality of the SaaS application when connected to third party APIs
  • Set an estimate to your test automation efforts. Just for example once you guys have decided on the approach, how much time do you think it would need to write one test script? How much time does it need to execute it? It would help in comparing the estimated and actual efforts, thereby re-aligning your test strategy and leading to a higher ROI.
  • The user base is quite crucial for a SaaS application, hence make sure to have room to scale up in case it is needed.
  • Set up a plan for disaster recovery to ensure your users are not in a hung state in case of discontinuance of service.
  • Ensure Reliability testing in your release cycle for smooth deployment of code onto live site.

While founders know, the prime motive of building a SaaS application is that it is customer focussed. Have you thought they are also getting the quality? SaaS testing is a comprehensive test solution that includes Functional, Security, Load, Performance, Cross-Browser, and compliance testing. Codeless Test Automation of SaaS test scripts shortens the test cycle helping in frequent upgrades and release of SaaS application.

References:
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