Remove Microservices Remove SDLC Remove Software Engineering Remove Testing
article thumbnail

DZone Repost: Testing Serverless Functions

OpenCredo

In a microservices (or even nanoservices, as serverless functions are sometimes known) architecture, there are inherently lots of components, modules, and services that form part of an application or platform. This can make testing a chore, and sometimes a neglected part of the SDLC for these platforms. Cost of Change.

article thumbnail

Software Engineering Daily: Feature Flags with Edith Harbaugh

LaunchDarkly

In episode 729 of Software Engineering Daily, Jeff Meyerson talks with our own Edith Harbaugh, CEO and Co-founder of LaunchDarkly, about feature flagging. Edith shares insights around implementing feature flags, how they can be used to better control product releases, and how they can be used for testing and validation.

Insiders

Sign Up for our Newsletter

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

Trending Sources

article thumbnail

Application Modernization Isn’t Just Fighting Legacy Tech

Modus Create

Similarly, breaking down app functionality into API-accessible microservices can help you pay your technical debt more incrementally. . In a 2020 GitLab survey , the percentage of respondents who had largely or even completely automated their SDLC was 8%. This affords developers more room for innovation and shortens deployment time.

article thumbnail

Enabling Full Cycle Development: Four Core Cloud Platform Capabilities

Daniel Bryant

Full Cycle Developers: More Feedback, Faster When adopting a cloud native approach, developers need to be able to run through the entire SDLC independently. For example, as developers embraced the microservices architectural style, they frequently exposed more APIs at the edge of the system.

article thumbnail

Cloud native architecture – the modern way to develop Software

Apiumhub

This new idea is based on JenkinsX that enables developers to deploy Kubernete’s microservices. Every cloud application has four important elements: “Continuous delivery, Containers, Dynamic Orchestration, and Microservices ”. A container engine can limit what the app can see and do on the machine by running an application image.

article thumbnail

A brave new (generative) world – The future of generative software engineering

Capgemini

A Brave New (Generative) World – The future of generative software engineering Keith Glendon 26 Mar 2024 Facebook Twitter Linkedin Disclaimer : This blog article explores potential futures in software engineering based on current advancements in generative AI.