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Snel is a relational database engine featuring Just-In-Time (JIT) compilation of queries and columnar data representation. Snel is designed for fast on-line analytics by leveraging the LLVM compiler infrastructure. It also has custom special methods like resolving histograms as extensions to the SQL language. "Snel" means "SQL Native Execution for LLVM". Unlike traditional database engines, it doe
Writing a lisp compiler from scratch in JavaScript: 6. LLVM system calls Previously in compiler basics: 1. lisp to assembly 2. user-defined functions and variables 3. LLVM 4. LLVM conditionals and compiling fibonacci Next in compiler basics: 5. an x86 upgrade In this post we'll extend the ulisp compiler's LLVM backend to support printing integers to stdout. Exit code limitationsUntil now we've val
Useful Links Forums LLVM Discourse Mailing Lists: Commits List Discord (Real-time Chat): Discord IRC Channel: irc.oftc.net #llvm Calendar: LLVM Community Calendar Dev. Resources: doxygen Sources (GitHub) Code Review Blog Bug tracker Buildbot Green Dragon LNT Scan-build llvm-cov Release Emails 17.0.5: Nov 2023 17.0.4: Oct 2023 17.0.3: Oct 2023 17.0.2: Oct 2023 17.0.1: Sep 2023 16.0.6: June 2023 16.
AST Generation Paper published in TOPLAS The July issue of TOPLAS contains a 50 page discussion of the AST generation techniques used in Polly. This discussion gives not only an in-depth description of how we (re)generate an imperative AST from our polyhedral based mathematical program description, but also gives interesting insights about: Schedule trees: A tree-based mathematical program descrip
An optimizing, ahead-of-time compiler is usually structured as: A frontend that converts source code into an intermediate representation (IR). A target-independent optimization pipeline: a sequence of passes that successively rewrite the IR to eliminate inefficiencies and forms that cannot be readily translated into machine code. Sometimes called the “middle end.” A target-dependent backend that g
The 4th International KLEE Workshop on Symbolic Execution is coming! Join us from 15–16 April 2024 in Lisbon!
Intro, overviewThis document comes in three parts: an introduction into basic tradeoffs in GC design (speed in different places, RAM usage, safety etc)a description of what SBCL on amd64 does right now, what LLVM offers (or wants to offer) and how they map to each otherme mumbling that LLVM’s current constraints allow me to implement a good garbage collection, it also prevents me from pickup many
The goal of this talk is to introduce programmers with C++ experience to tool building with LLVM. My expectation is people know C++, have heard of, but not used LLVM. Examples provided on the slides will be small but useful snippets, and it is the expectation you will be able to build the examples provided within a few hours.
LLVM for Grad Students August 3, 2015 This is an introduction to doing research with the LLVM compiler infrastructure. It should be enough for a grad student to go from mostly uninterested in compilers to excited to use LLVM to do great work. What is LLVM? LLVM is a compiler. It’s a really nice, hackable, ahead-of-time compiler for “native” languages like C and C++. Of course, since LLVM is so awe
This blog post is part of a series of blog posts from students who were funded by the LLVM Foundation to attend the 2016 LLVM Developers' Meeting in San Jose, CA. Please visit the LLVM Foundation's webpage for more information on our Travel Grants program. This post is from Piotr Padlewski on his work that he presented at the meeting: This blogpost will show how C++ devirtualization is performed i
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