focused on functional and non functional testing of exchanges, clearing houses, depositories and other market infrastructures • Incorporated in 2009 with 10 people, our company has experienced significant growth as satisfied clients require more services; now employing 550 specialists. • Part of London Stock Exchange Group (LSEG) from May 2015 till January 2018. Exactpro management buyout from LSEG in January 2018. Headquartered in UK, with operations in US, Georgia and Russia. • We provide software testing services for mission critical technology that underpins global financial markets. Our clients are regulated by FCA, Bank of England and their counterparts from other countries.
Go-Live for many mission-critical systems • We evaluate the system readiness prior to deployment into external environments • We review relevant defects and risks with our clients • System Types: - Major Exchanges - Huge Post-Trade Infrastructures - Market Data Dissemination systems - Clearing and Settlement systems We are 100% Focused on Testing Market Infrastructures
Technology projects Woodpecker - ClearTH Extension: • Highly customizable (data source, data types, load, time, interface) • Easy to transfer to different environments due to its ability to extract data right from the system under test • Testing scenarios created without humans cover a vast majority of diverse conditions/data combinations • A productive intersection of functional and non-functional testing approaches ClearTH - an innovative way to test Clearing, Settlement and Back-Office systems. It is a unique Exactpro tool able to simultaneously execute multiple end-to-end test scenarios in batches. ClearTH easily detects abnormal behavior in the system under test and effectively predicts potential issues. It offers many built-in actions to cover the majority of activities in post-trade systems. • Verifies each stage of the DLC • Has an integrated schedule • Automatically runs test scripts • Creates multiple-day test scenarios • Performs multiple concurrent tests • Has integrated simulators • Supports SWIFT ISO protocol
should be specified based on the unit’s desired behavior • The desired behavior should be specified in the form of user story specifications written in natural human language • Developers, Business Analysts and QA should collaborate on specifying the behavior in user stories
define requirements and business-oriented tests. Capture and illustrate requirements using realistic examples rather than abstract statements Advantages: • Humans understand concrete examples and derive concepts from that • Less feedback loops, less re-work, higher quality, faster turnaround, better alignment of roles on a project. SBE was coined in 2004 by Martin Fowler: https://martinfowler.com/bliki/SpecificationByExample.html One of the authors of the Agile Manifesto
right and the small end on the left. The tip of the small end should rest slightly above your belly-button (this will vary depending on your height and the length & thickness of your tie). Only move the active (wide) end. 2.Wide end over the small end to the left. 3.Up into the neck loop from underneath. 4.Down to the left. 5.Around the back of the small end to the right. 6.Up to the center, towards neck loop. 7.Through the neck loop and down to the right. 8.Across the front to the left. 9.Up into the neck loop from underneath. 10.Down through the loop you've just created in the front. 11.Tighten the knot by pulling down on the wide end. Slide the knot up & adjust. ” “How to tie a simple necktie knot”
a <role/who> I want <feature/what> So that <value/why> 3. Acceptance criteria Given – a set of preconditions When – an event occurs Then – an outcome is achieved Developer QA BA
method to good use on a project to enjoy its full potential, let’s instead issue a requirement that QA use Gherkin. That way we can say that we have implemented BDD and are in good shape. 1. Misusing a good thing one way…
by everyone, let’s make it a requirement to mainly focus on the format (Given, When, Then) and not so much on the essence. As long as we have the right format, we are good. As a User Story producer I want to implement various requirements So that we fully meet all requirements 2. Senseless User story
and static data When – when an event occurs •High load and asynchronous message processing Then – outcome is achieved •Undetermined result •Many details •May need a model BDD limitations for testing trading systems
developer would be cheating. Some developers and agile gurus object saying that it’s silly. Can you imagine what a valid reason could be for hiding test scenarios from the developer? 5. Should they know all scenarios?
Instruments 2.Senseless User Story - focus on format rather than the meaning; 3.Not using production logs - using imagination instead of real information of how the system actually work; 4.Hard to use for dynamic distributed systems with undetermined results, e.g. trading or post-trade systems; 5.It is sometimes better to not know all scenarios in advance; 6.Test library applicable to test the end product may not applicable to test current version. BDD limitations from our experience
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