Julia is a high-level, dynamic programming language for technical computing that aims to combine ease of use with high performance for numerical and scientific tasks. It can be installed via official binaries or built from source.
Project overview
The language is specifically engineered to provide fast dynamic execution for numerical and scientific computing workloads.
Project type
Infrastructure
Deployment
Refer to project documentation
License
MIT
Best for
Developers and researchers requiring a dynamic language for numerical and scientific computing workloads.
Key capabilities
The command-line interactive prompt allows users to enter expressions for direct evaluation.
The juliaup installer allows for installing the latest stable Julia release and managing multiple versions simultaneously.
Users can acquire the source code and build the executable manually using the make build system.
Limitations and risks
Installations through OS package managers are neither maintained nor endorsed by the Julia project.
The build process will fail if directories contain spaces or shell meta-characters.
Getting started
The first success path involves installing Julia via the juliaup installer and running the julia command.