Description:
Modern software is interconnected. If you’re testing every API dependency and microservice in isolation, you’re not getting the full picture of how your code will perform in real-world conditions. But trying to run integration tests across high-dependency environments can be clunky when you’re dealing with multiple sandboxes, limited test data, and incomplete APIs.
Stateful mocking (maintaining state between interactions with multiple mock services) allows you to decouple your testing from production APIs without sacrificing scope, automation, or comprehensiveness.
Watch now to see stateful mocking in action through real-life use cases.
Tom Akehurst
CTO
Tom has been building enterprise software since 2003 for UK and US businesses in transport, hospitality, publishing, broadcasting, utilities, and retail, in addition to local and national government. Beginning his career as a Java developer, he quickly recognized the value of agile, DevOps, and continuous delivery and was early to adopt these techniques. While leading an engineering team building part of the technology behind Walt Disney Parks and Resorts’ Magic Band, he created WireMock as a way to solve the productivity bottlenecks caused by unstable environments and late delivery of upstream APIs. These days, Tom is the CTO and Co-Founder of WireMock Cloud, which increases developer productivity in an API-dependent environment.
Dan Perovich
Head of Sales Engineering and Customer Success
Dan Perovich is a seasoned Sales Engineer recognized for his ability to bridge the gap between technology and business. With a proven track record of delivering technical expertise to drive sales and revenue growth, Dan combines his deep technical knowledge with persuasive communication skills to empower organizations with the right solutions. His passion for solving complex technical challenges and forging meaningful client relationships has established him as a key contributor in the various software companies where he has worked. He is based in the Washington, DC area.