Tagged | compilers

• Mold is a New Linux Linker Aiming to Outperform Lld

  (www.infoq.com)

  #performance #systems #compilers

• Improving the performance of large-scale applications via basic block reordering

  (research.facebook.com)

  #performance #optimisation #research #systems #compilers

• How Node.js uses the V8 JavaScript engine to run your code

  (developers.redhat.com)

  #nodeJS #runtime #systems #compilers

• A no-go fantasy: writing Go in Ruby with Ruby Next

  (evilmartians.com)

  #ruby #GoLang #runtime #compilers

• How to execute an object file: Part 3

  (blog.cloudflare.com)

  #runtime #systems #compilers

• How the JIT compiler boosts Java performance in OpenJDK

  (developers.redhat.com)

  #java #runtime #compilers

• V8 Gets a Non-Optimizing Compiler Stage to Improve Performance

  (www.infoq.com)

  #javascript #runtime #compilers

• The MIR C interpreter and Just-in-Time (JIT) compiler

  (developers.redhat.com)

  #performance #runtime #compilers

• Loop alignment in .NET 6

  (devblogs.microsoft.com)

  #performance #runtime #compilers

• Presentation: Starting Fast: Investigating Java's Static Compilation Landscape

  (www.infoq.com)

  #JVM #runtime #compilers

• Loop alignment in .NET 6

  (devblogs.microsoft.com)

  #performance #runtime #systems #compilers

• Exploring Node.js Internals

  (www.smashingmagazine.com)

  #javascript #nodeJS #runtime #compilers #async

• Optimizing Ruby Lazy Initialization in TruffleRuby with Deoptimization

  (engineering.shopify.com)

  #performance #ruby #runtime #compilers

• Article: Making Your Code Faster by Taming Branches

  (www.infoq.com)

  #performance #runtime #compilers #parsing

• Presentation: Sorbet: Why and How We Built a Typechecker for Ruby

  (www.infoq.com)

  #dev-tools #ruby #compilers #type-system

• Securing Firefox with WebAssembly

  (hacks.mozilla.org)

  #web-assembly #security #runtime #systems #compilers

• How V8 optimizes functions in JavaScript?

  (itnext.io)

  #javascript #performance #runtime #compilers

• Stork: How to Make a Programming Language in C++

  (www.toptal.com)

  #runtime #compilers #parsing #C++

• Interview with Yukihiro Matsumoto: Ruby is Designed for Humans, not Machines

  (hackernoon.com)

  #HCI #programming-languages #ruby #compilers

• Rust Moving Towards an IDE-Friendly Compiler With Rust Analyzer

  (www.infoq.com)

  #dev-tools #compilers #rust

• MIR: A lightweight JIT compiler project

  (developers.redhat.com)

  #ruby #runtime #systems #compilers

• Presentation: Build Your Own WebAssembly Compiler

  (www.infoq.com)

  #web-assembly #runtime #browsers #compilers

• How JavaScript works: Optimizing for parsing efficiency

  (blog.logrocket.com)

  #javascript #runtime #compilers #parsing

• Watch GraalVM Turn Your Java Into Binaries

  (developer.okta.com)

  #java #JVM #runtime #compilers

• Static Typing in Ruby with a Side of Sorbet

  (blog.heroku.com)

  #dev-tools #ruby #compilers #type-system

• Presentation: Your Program as a Transpiler: Applying Compiler Design to Everyday Programming

  (www.infoq.com)

  #systems #compilers #parsing #2FA

• Bringing Opsian's Continuous Profiling to GraalVM

  (www.opsian.com)

  #JVM #runtime #profiling #compilers

• How JavaScript works: Optimizing the V8 compiler for efficiency

  (blog.logrocket.com)

  #javascript #performance #runtime #browsers #compilers

• Our journey to type checking 4 million lines of Python

  (blogs.dropbox.com)

  #dev-tools #programming-languages #python #compilers #type-system

• The Baseline Interpreter: a faster JS interpreter in Firefox 70

  (hacks.mozilla.org)

  #javascript #performance #runtime #compilers

• Presentation: Graal: How to Use the New JVM JIT Compiler in Real Life

  (www.infoq.com)

  #JVM #runtime #compilers

• WebAssembly Interface Types: Interoperate with All the Things!

  (hacks.mozilla.org)

  #software-architecture #web-assembly #runtime #compilers

• Static Analysis at Scale: An Instagram Story

  (instagram-engineering.com)

  #dev-tools #software-engineering #compilers #parsing

• Zoncolan: How Facebook uses static analysis to detect and prevent security issues

  (engineering.fb.com)

  #security #python #systems #compilers

• Presentation: Maximizing Performance with GraalVM

  (www.infoq.com)

  #performance #JVM #runtime #compilers

• Podcast: Thomas Wuerthinger on GraalVM and Optimizing Java With Ahead-of-Time Compilation

  (www.infoq.com)

  #performance #java #runtime #compilers #podcast

• Transpiling between any programming languages (Part 1)

  (engineering.mongodb.com)

  #runtime #compilers #parsing

• Presentation: How Rust Views Tradeoffs

  (www.infoq.com)

  #programming-languages #runtime #systems #compilers #rust

• LiveRamp Hackweek: Serializing and Transmitting Bytecode Between JVMs

  (liveramp.com)

  #java #JVM #runtime #systems #compilers

• Build your own WebAssembly Compiler

  (blog.scottlogic.com)

  #web-assembly #performance #runtime #compilers

• Has the Python GIL been slain?

  (hackernoon.com)

  #python #runtime #compilers #parallel-computing #multi-threading

• Presentation: Graal: Not Just a New JIT for the JVM

  (www.infoq.com)

  #performance #JVM #runtime #systems #compilers

• Podcast: Ashley Williams on Web Assembly, Wasi, & the Application Edge

  (www.infoq.com)

  #web-assembly #runtime #browsers #systems #compilers

• Why are my Go executable files so large?

  (www.cockroachlabs.com)

  #debugging #GoLang #runtime #compilers

• Pyodide: Bringing the scientific Python stack to the browser

  (hacks.mozilla.org)

  #web-assembly #python #runtime #browsers #compilers

• Podcast: Oracle Labs’ Duncan MacGregor on Graal, TruffleRuby, & Project Loom

  (www.infoq.com)

  #performance #JVM #runtime #compilers

• Automating the migration of lodash to lodash-es in a large codebase with jscodeshift

  (webuild.envato.com)

  #javascript #refactor #compilers #parsing

• Fastly Open-Sources Lucet, Its WebAssembly Compiler and Runtime

  (www.infoq.com)

  #web-assembly #performance #runtime #compilers

• Standardizing WASI: A system interface to run WebAssembly outside the web

  (hacks.mozilla.org)

  #web-assembly #runtime #browsers #compilers

• Building fast interpreters in Rust

  (blog.cloudflare.com)

  #performance #networking #systems #compilers #rust

• Presentation: Goodbye Client Side JavaScript, Hello C#'s Blazor

  (www.infoq.com)

  #javascript #runtime #compilers

• Open-sourcing SPARTA to make abstract interpretation easy

  (code.fb.com)

  #dev-tools #compilers #static-analysis #C++

• Presentation: Tuning a Runtime for Both Productivity and Performance

  (www.infoq.com)

  #software-engineering #performance #runtime #compilers

• Formatting. With Style.

  (blog.sourced.tech)

  #dev-tools #software-design #machine-learning #compilers

• Writing a Custom TypeScript AST Transformer

  (levelup.gitconnected.com)

  #type-script #compilers #frontend #AST

• More consistent LuaJIT performance

  (blog.cloudflare.com)

  #performance #systems #compilers

• Rust 2018 is here… but what is it?

  (hacks.mozilla.org)

  #web-assembly #programming-languages #systems #compilers #rust

• Learn to visualize React components by parsing JSX with Babel

  (itnext.io)

  #javascript #reactJS #build-system #compilers

• Writing a Faster Jsonnet Compiler

  (databricks.com)

  #software-architecture #performance #optimisation #compilers

• How a Go Program Compiles down to Machine Code

  (getstream.io)

  #GoLang #internals #compilers

• Efficient tuning of online systems using Bayesian optimization

  (research.fb.com)

  #machine-learning #performance #compilers #AB-Testing

• Adding a pipe operator to Python

  (hackernoon.com)

  #python #compilers

• WebAssembly: How and why

  (blog.logrocket.com)

  #web-assembly #browsers #compilers

• C2rust

  (galois.com)

  #software-architecture #compilers #rust #C

• Using static analysis in Python, JavaScript and more to make your system safer

  (engineering.khanacademy.org)

  #dev-tools #software-engineering #compilers #static-analysis

• Why the New V8 is so Damn Fast

  (nodesource.com)

  #javascript #performance #internals #compilers

• The future of WebAssembly - A look at upcoming features and proposals

  (blog.scottlogic.com)

  #web-assembly #browsers #compilers #frontend

• Why is Python so slow?

  (hackernoon.com)

  #performance #python #runtime #compilers

• Article: Getting to Know Graal, the New Java JIT Compiler

  (www.infoq.com)

  #JVM #runtime #systems #compilers

• XARs: An efficient system for self-contained executables

  (code.fb.com)

  #runtime #compression #systems #compilers

• Vellvm – Verifying the LLVM

  (galois.com)

  #software-engineering #compilers #LLVM

• Accelerate large-scale applications with BOLT

  (code.fb.com)

  #optimisation #systems #compilers

• Compiler-based security mitigations in Android P

  (android-developers.googleblog.com)

  #security #android #systems #compilers

• Accelerate large-scale applications with BOLT

  (code.facebook.com)

  #optimisation #systems #compilers

• How JavaScript works: Parsing, Abstract Syntax Trees (ASTs) + 5 tips on how to minimize parse time

  (blog.sessionstack.com)

  #javascript #internals #compilers #parsing

• MJIT: A Method Based Just-in-time Compiler for Ruby

  (blog.heroku.com)

  #ruby #runtime #compilers

• Anatomy of source maps

  (blog.bugsnag.com)

  #javascript #compilers

• Ruby’s New JIT

  (medium.com)

  #ruby #runtime #compilers

• CLR vs JVM: How the Battle Between .NET and Java Extends to The VM-Level

  (blog.takipi.com)

  #VM #java #systems #compilers

• Making WebAssembly even faster: Firefox’s new streaming and tiering compiler

  (hacks.mozilla.org)

  #web-assembly #optimisation #compilers #frontend

• From 200K lines of CoffeeScript to zero: making decaffeinate super-stable

  (benchling.engineering)

  #javascript #migration #compilers

• Intro to PCFGs, left-most derivations, Chomsky NF, CKY algorithm and many other scary words…

  (towardsdatascience.com)

  #compilers #parsing #cs-theory

• A Monad Writer for F#

  (hackernoon.com)

  #functional-programming #monad #compilers

• Finding inter-procedural bugs at scale with Infer static analyzer

  (code.facebook.com)

  #dev-tools #software-engineering #compilers #static-analysis

• JARVIS: Helping LinkedIn Navigate its Source Code

  (engineering.linkedin.com)

  #dev-tools #software-engineering #compilers