100000 tests executed under half an hour - sounds like a myth? Well, we made it, and I'm going to tell you a story how we got there. Through surveys, we discovered that many companies desire to utilize the benefits from parallel tests execution to optimize their software development process. However, they struggle with the process. Lack of available tooling, documentation, tests data arrangement/deletion, handling E2E tests specifics like browsers, emulators, etc. We were one of this companies. Because of that, we created an open-source tool for the job. Throughout the presentation, you will find statistics where, depending on the type of the tests, the tests execution can speed up from 4- 40 times which makes the run of the 100000 tests possible for 27 minutes.

It will be shown how to utilize the tool, its various features and where/when it is appropriate to use it. Also, you will find example solutions to most of the common challenges in executing tests in parallel. We believe that in the near future the parallel tests execution will be a necessity, much like unit tests or continuous integration now. This will be one of the pillars for the companies to improve their competitiveness and effectiveness.

Almost every app (Web/Mobile/Desktop) is now being powered with voice search, voice typing or any other voice related action. Some great example are Alexa, Google Voice search. We also often have some voice related feature in our web/mobile app. But we usually manually test these scenario.

Now its time when we start adding these test as our automation sprint Definition of Done. During this talk, I will be going through some sample codes and frameworks and would be demonstrating how you can integrate these tests along with your existing Selenium/Appium test scripts.

I would also be discussing way forward to integrate Artificial Intelligence to your automation frameworks.

Idea behind this talk is to describe how to create a short lived containers for each test and scale to large Selenium Cluster using Selenoid. What is standard Selenium architecture and why it is not suitable for big clusters, Also states issues in maintaining a large Docker Selenium Grid / Selenium Clusters. In this session we will also be talking about the challenges we faced in using official selenium docker images and how we scaled up regression execution time from 3:3 (3 hours to 3 mins). Followed by a demo of how Selenoid server solves the problem with docker. How it works, how to use inside big Selenium cluster, where else it could be used.

While performance tests are common among web applications to test their speed, scalability and reliability, a systematic approach to conduct dynamic, automated and customizable automated tests along with fully automated results reporting and display can be regarded as a major challenge.

In this session, discussions on an approach to conduct about the aforementioned with zero manual intervention will be carried out. The result being a fully automated test strategy that can easily be outlined to Product owners and higher-level management.

The discussion will be focused on the overall process that initiates with the execution of performance tests using Continuous Integration Server whose results are extracted, logged and used for performance analysis, monitoring and baselining.

The results are reported in a custom dashboard comprising of features that compare every build with historical data, compare deviations and provide a concrete idea of standard performances regarding the response time of the server over a period. A separate aggregated high-level report is also sent automatically as an email to respective stakeholders.

We have come to a place where we run our selenium tests on pipelines every day.
Now are these tests confined to test only the functionality of the application?
No, we can use this tests to do much more. Let's test security with those same tests.

Turn your selenium tests in to Security tests, get security testing in to your CI pipelines just by tweaking a bit of the selenium integration suite. Find and report security issues that exists which can be caught way before paying off for it.
In this Demo we will introduce a framework that will help your selenium tests turn into security tests and run on pipelines.
With ZAP API + selenium and CI pipelines, find security issues on the application see a red or green security pipeline. Not just that fetch the reports and take necessary actions on every build.
The talk covers different ways that ZAP tests the web application for security(automated with selenium tests). We will see what all of them can be integrated with selenium and can make most out the suite.
As an add we will see how your API can be tested for security using ZAP API :)

Tools used:
1. Selenium Web driver framework.
2. ZAP framework integrated with selenium framework.
3. GO (for CI/CD)
4. Maven for building and fetching reports.

Zaplenium simply means ZAP + Selenium and named after the integration of both to ensure application security while it's being developed. ZAP provide client API's that help to capture URL's by spidering and scanning over the pages those are interacted in user flows. With ZAPlenium the tests can be targeted to certain areas of application where selenium helps in navigating to those areas and target ZAP to spider over those and scan them. Also, Zaplenium will help defining the assertions those can come handy while we integrate this in CI/CD pipelines.

Participants will be able to define security sanity suite to their build pipelines. With code change the security can be tapped for any High, Medium and Low risks. Session will make use of open source technologies i.e. OWASP ZAP and Selenium to define tests with assertion.

Security Tool: OWASP ZAP

Functional Tool: Selenium Web driver

QAOps is Continuous Testing Strategies when
frequent software delivery matters.

It is no surprise that automation and orchestration
make life very easy, be it a small organization or
a large-scale industry that houses hundreds of
servers. IT automation is essentially the ability to
orchestrate and integrate tools,
people, and processes through a certain workflow. I will be using Ansible and Docker to showcase the same and writing ansible tests on top of that.

Ansible - Ansible is an IT automation tool which can configure systems, deploy software, and orchestrate more advanced IT tasks such as continuous deployments. Ansible is actually designed to be a “fail-fast” and ordered system, therefore it makes it easy to embed testing directly in Ansible playbooks.

Docker - A docker container is a lightweight, stand-alone, executable package of a piece of software that includes everything needed to run it: code, runtime, system tools, system libraries, settings. Containers isolate software from its surroundings, for example differences between development and staging environments and help reduce conflicts between teams running different software on the same infrastructure.