InfoQ Homepage Programming Content on InfoQ
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/articles/kubernetes-successful-adoption-foundation/en/smallimage/logo-1615998447209.jpg)
Kubernetes Is Not Your Platform, It's Just the Foundation
Manuel Pais discusses how many organizations see Kubernetes as "the" platform, rather than just a technical foundation for a true internal platform. Successful Kubernetes adoption requires thinking about the platform as a product and establishing product-like team structures and interactions to reduce cognitive load on development and other stream teams. Metrics can help guide the journey.
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/articles/GraphQL-ultimate-guide/en/smallimage/GraphQL-Pillar-Page-small-1615289418898.jpg)
GraphQL Reference Guide: Building Flexible and Understandable APIs
This online guide aims to answer pertinent questions for software architects and tech leaders, such as: Why would you use GraphQL? Why should you pay attention to GraphQL now? How can GraphQL help with data modelling in the Enterprise?
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/articles/testing-quarkus-reactive/en/smallimage/testing-quarkus-part-3-small-1615282646449.jpg)
Testing Quarkus Web Applications: Reactive Messaging, Kafka, and Testcontainers
Quarkus is a full-stack, Kubernetes-native Java framework that supports many coding styles, including reactive programming. Writing clean unit/component/integration tests for Quarkus applications when a reactive approach is used is vitally important. Here we demonstrate testing reactive code, reactive messaging, and full integration testing.
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/articles/pathpida-dynamic-routing-nextjs-nuxtjs/en/smallimage/pathpida-small-1614957153043.jpg)
Pathpida Brings Types to Next.js and Nuxt.js Dynamic Routing with Zero Configuration
Pathpida is a library for TypeScript projects to collect dynamic routes in one place. It is a tedious task to do manually. This helps check the existence of routes in large web apps. Pathpida is optimized for Next.js (React) and Nuxt.js (Vue). Pathpida can be added to existing Next.js and Nuxt.js projects without configuration.
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/articles/optimizing-mlops-enterprise-ai/en/smallimage/how-optimizing-MLOps-can-revolutionize-enterprise-AI-logo-small-1614873793830.jpg)
How Optimizing MLOps Can Revolutionize Enterprise AI
In this article, author Monte Zweben discusses data science architecture, containerization, and how new solutions like Feature Store can help with the full lifecycle of machine learning processes.
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Sociotechnical Implications of Using Machines as Teammates
AI has become more than just a tool; it is now meriting consideration as an additional teammate. While this increases a project’s efficiency and technical rigor, AI teammates bring a fresh set of challenges around social integration, team dynamics, trust, and control. This article provides an overview of sociotechnical frameworks and strategies to address concerns with using machines as teammates.
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/articles/testing-quarkus-integration-containers/en/smallimage/logo-1614357502976.jpg)
Testing Quarkus Web Applications: Writing Clean Component Tests
In this article, we will learn how to write clean integration tests for Quarkus applications. We will see how we can write simple and clean tests for the following scenarios: a mail client, security with RBAC, testing using containers, and rest clients.
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/articles/data-visualizations-python-bokeh/en/smallimage/logo-1613733725556.jpg)
How to Build Interactive Data Visualizations for Python with Bokeh
In this article, the author shows how to use one of the powerful Python tools Bokeh in creating data visualizations with custom charts.
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/articles/ruby-parameter-passing/en/smallimage/ruby-s-1613729768562.jpg)
Is Ruby Pass-by-Value Or Pass-by-Reference?
This article will delve into Ruby internals to explain how parameters are passed into functions. As you will see, it is not immediate to say if Ruby passes parameters by value or by reference, but understanding how this works will help you to write better programs.
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/articles/webassembly-simd-multithreading-performance-gains/en/smallimage/webassembly-simd-multithreading-performance-gains-s-1613514652159.jpg)
Boosting WebAssembly Performance with SIMD and Multi-Threading
Early implementations of WebAssembly's SIMD and multi-threading proposals show that WebAssembly is narrowing the gap with native performance, by using SIMD instructions and multicore CPUs. Significant performance improvements have been observed in compute-intensive tasks (machine-learning, bio-informatics, scientific computing).
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/articles/testing-quarkus-integration/en/smallimage/github-logo-1612966105089.jpg)
Testing Quarkus Web Applications: Component & Integration Tests
Quarkus is a full-stack, Kubernetes-native Java framework made for Java virtual machines (JVMs) and native compilation. Instead of reinventing the wheel, Quarkus uses well-known enterprise-grade frameworks backed by standards/specifications and makes them compilable to a binary using Graal VM. This article focuses on using some of the Quarkus testing facilities.
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/articles/long-standing-dsls-success-stories/en/smallimage/how-DSLs-withstand-the-test-of-time-small-logo-1612257223522.jpg)
How DSLs Withstand the Test of Time
Domain-specific languages let domain experts participate in the software development process. Few DSLs however withstand the test of time. Key success factors for longstanding DSLs seem to be user-centered design and adhering to the open–closed principle. Markdown, TeX, and CSS, have remained popular and relevant for two decades, even as their original target audience evolved.