InfoQ Homepage Programming Content on InfoQ
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Maximizing Applications Performance with GraalVM
Alina Yurenko shows how to make real-world applications GraalVM-ready, and how languages like JavaScript, Ruby, R and Python can also benefit from GraalVM.
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Build Your Own WebAssembly Compiler
Colin Eberhardt looks at some of the internals of WebAssembly, explores how it works ‘under the hood’, and looks at how to create a (simple) compiler that targets this runtime.
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Emergent Futures
Shane Hastie looks at organizational practices which have emerged over the last few years, focusing on how COVID-19 has changed the ways of working, organizational cultures and personal behaviours.
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Pony, Actors, Causality, Types, and Garbage Collection
Sophia Drossopoulou gives an overview of Pony’s programming model, actors, and causality.
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TornadoVM: Java for GPUs and FPGAs
Juan Fumero presents TornadoVM, a plugin for OpenJDK that allows Java programmers to automatically run on Heterogeneous Hardware such as multi-core CPUs, GPUs, and FPGAs.
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Modelling Side Effects via Extensible Effects and Property Testing
William Heslam describes a technique to model a JavaScript's side-effecting dependencies by combining two separate but complementary ideas: Extensible Effects and Property Testing.
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Concurrency in Go
Dom Davis looks at how Go handles concurrency, and how goroutines and channels can be utilized to create complex concurrent patterns.
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BERT for Sentiment Analysis on Sustainability Reporting
Susanne Groothuis discusses how KPMG created a custom sentiment analysis model capable of detecting subtleties, and provides them with a metric indicating the balance of a report.
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Rampant Pragmatism: Growth and Change at Starling Bank
Daniel Osborne and Martin Dow discuss relational theory, functional relational programming and self-contained systems, explaining their approach to complexity.
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Operating Pivotal Application Service at Scale
Yusuke Kondo and Akinori Nitta explain the challenges faced and solutions experienced to run and manage a large-scale platform.
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Tiny Go: Small Is Going Big
Ron Evans talks about TinyGo - a compiler for Go, written in Go itself, that uses LLVM to achieve very small, fast, and concurrent binaries that can also target devices where Go could never go before.
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Dynamic Creation of Well-Typed DSL Expressions
Pieter Koopman shows how to make dynamic editors for complex user inputs in iTask programs using dynamic types.