macOS
brew install chapellocal Homebrew formula metadata
sudo port install chapelMacPorts ports tree · lang/chapel/Portfile · source: api.github.com
brew
Programming language for productive parallel computing at scale. Version 2.9.0 via Homebrew; verified 2026-06-18.
install
brew install chapellocal Homebrew formula metadata
sudo port install chapelMacPorts ports tree · lang/chapel/Portfile · source: api.github.com
sudo dnf install chapelFedora Rawhide package metadata · chapel · source: dl.fedoraproject.org
overview
Programming language for productive parallel computing at scale
history
Chapel is a parallel programming language and compiler toolchain for productive computing at scale, designed for laptops, clusters, cloud systems, GPUs, and supercomputers.
Chapel was developed as a high-performance parallel programming language, historically associated with Cray and now maintained openly under the chapel-lang organization. The official README describes a portable language intended for CPUs and GPUs from desktops to supercomputers.
Chapel moved from an HPC research language into a routinely released open-source language runtime and compiler. The GitHub release stream shows semiannual 1.x releases by 2014 and quarterly-style 2.x releases by 2024-2026, while the supplied package facts show distribution through Homebrew, Fedora/DNF, and MacPorts.
Users compile Chapel programs with `chpl`; the Homebrew package also installs developer tools such as `chpldoc`, `chplcheck`, `chpl-language-server`, and Mason, Chapel's package/build tool.
Chapel matters to package nerds because it is a full language distribution rather than a single utility: compiler, runtime, language server, documentation generator, package tooling, and configuration-file discovery all arrive through a package-manager install.
security posture
broad file, network, media, or database tool signal. generalized runtime or code generation signal.
yellow risk · medium confidence · runtime
Before unattended agent use, check whether the tool reads plaintext credentials, writes remote state, publishes artifacts, or shells out to plugins.
local files
These source-backed paths show where this package keeps local settings or durable credentials. Automic Vault can use them as review targets for secret scanning, migration, and command approval.
Config paths the tool may read or write during local use.
$CHPL_CONFIG/chplconfig$CHPL_CONFIG/.chplconfig~/chplconfig~/.chplconfig$CHPL_HOME/chplconfig$CHPL_HOME/.chplconfigexecutables
| Command | Kind | Exposure | Note |
|---|---|---|---|
chpl | cli | global executable | |
chpl-language-server | cli | global executable | |
chpl-shim | cli | global executable | |
chplcheck | cli | global executable | |
chpldoc | cli | global executable | |
chplrun-udp | cli | global executable | |
mason | cli | global executable |
freshness
These signals separate page generation age, package-manager activity, and upstream release comparison. Version lag is warned only when an evidence URL and comparable versions are present.
https://github.com/chapel-lang/chapel
install metadata
| Package key | brew:chapel |
|---|---|
| Version | 2.9.0 |
| Package manager | Homebrew |
| Package manager page | https://formulae.brew.sh/formula/chapel |
| Homepage | https://chapel-lang.org/ |
| Repository | https://github.com/chapel-lang/chapel |
| Upstream docs | https://chapel-lang.org/docs |
| License | Apache-2.0 |
| Source archive | https://github.com/chapel-lang/chapel/releases/download/2.9.0/chapel-2.9.0.tar.gz |
| Last updated | 2026-06-18T20:36:12Z |
| Pulse | updated |
| Dependencies | cmake, gmp, hwloc, jemalloc, llvm, pkgconf, python@3.14 |
| Bottle | available (on arm64_linux, arm64_sequoia, arm64_sonoma, arm64_tahoe, sonoma, x86_64_linux) |
| Homebrew post-install | not defined |
| Service | none declared |
| Caveats | By default, compiled Chapel programs will be single-locale only. To compile and run multi-locale Chapel programs locally: Compile your program with: `chpl --comm=gasnet --comm-substrate=udp` And then run it with: `chplrun-udp ./your_program_name` To simulate GPU execution, you can compile your program with: `chpl --locale-model=gpu --gpu=cpu` |
registry facts
| Source Database | Homebrew formula API |
|---|---|
| Tap | homebrew/core |
| Full Name | chapel |
| Version Scheme | 0 |
| Revision | 0 |
| Head Version | HEAD |
| Bottle Stable Root URL | https://ghcr.io/v2/homebrew/core |
| Deprecated | no |
| Disabled | no |
| Keg Only | no |
| URL Keys |
|
source database matches
Matches are pulled from external package-manager indexes and kept separate from local Automic Vault package links.
chapel 2.6.0-5.fc44
A Productive Parallel Programming Language
sudo dnf install chapelchapel
sudo port install chapelsource trail
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View the package source record on GitHub.