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enoent.fr | ||
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mill-build.org
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| | | | | [AI summary] The blog post explores the inner workings of modern build tools, emphasizing their use of a build graph to manage tasks efficiently. It compares tools like Bazel, Gradle, and Mill, highlighting how each defines and processes the build graph. The post explains caching, parallelism, and the importance of a structured build graph in optimizing build processes. It also discusses the advantages of using a programming language for defining build configurations, such as better IDE support, compiler assistance, and access to a rich library ecosystem. The conclusion underscores that while build tools may appear different on the surface, they share a common goal of enhancing development efficiency through automation and optimization. | |
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www.jeremykun.com
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| | | | | Table of Contents As we announced recently, my team at Google has started a new effort to build production-worthy engineering tools for Fully Homomorphic Encryption (FHE). One focal point of this, and one which I'll be focusing on as long as Google is willing to pay me to do so, is building out a compiler toolchain for FHE in the MLIR framework (Multi-Level Intermediate Representation). The project is called Homomorphic Encryption Intermediate Representation, or HEIR. | |
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smyachenkov.com
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| | | | | Kotlin did an amazing job saving and including into its scope most of all valuable Java libraries, frameworks, and tools. But there is one type of tool that can't be easily imported and reused - static code analyzers. Java developers have implemented a lot of tools for code analysis, therefore, if you have worked with Java you might be familiar with some of the following projects: PMD, checkstyle, findbugs, spotbugs, etc. | |
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www.jasonwhaley.com
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| | | I was running in to a problem with a Java project that occured only in IntelliJ Idea, but not on the command line, when running specific test classes ... | ||
