Search30 Results

Index of Miniconda How-To Articles for Virtual Conda Environments

Update a Package in a Conda Environment via Command Line Interface

Install a PyPI Package with PIP in a Conda Environment via Command Line Interface

Install a Package in a Conda Environment via Command Line Interface

Upgrade a PyPI Package with PIP in a Conda Environment via Command Line Interface

Update all Packages in a Conda Environment via Command Line Interface

Remove a Package in a Conda Environment via Command Line Interface.

Install an R package from CRAN in a virtual conda environment using the command line interface.

Quick start guide to using Anaconda for Python on University-managed computers including installation without administrator credentials, utilization of unique conda environments for each project, adding additional channels for packages and backing up configurations for portability and reproducibility. Please see linked articles for detailed how-to instructions and the additional assistance links for more documents related to the subject.

Quick start guide to using Miniconda for Python on University-managed computers including installation without administrator credentials, utilization of unique conda environments for each project, adding additional channels for packages and backing up configurations for portability and reproducibility. Please see linked articles for detailed how-to instructions and the additional assistance links for more documents related to the subject.

Compare three versions of the Conda engine to help you pick the best one for your technical skills and computer type. You can choose Anaconda Navigator for a beginner-friendly, "point-and-click" experience, or go with Miniconda or Miniforge if you prefer a lightweight, professional setup that saves disk space. While they differ in size and interface, all three create isolated "sandboxes" to ensure your software projects don't interfere with each other.

A central guide for researchers to build stable and high-performance coding environments using the Conda ecosystem. It brings together best practices—such as choosing the right distribution and using "blueprints" to share work—to help you avoid technical conflicts and ensure your research can be perfectly recreated by others. By following these strategies, you can protect your productivity and make your software projects both portable and reliable.

Think of Conda as a way to create separate, private "workspaces" on your computer for different projects so their software settings don't get mixed up or cause errors. While other tools only handle one coding language, Conda is a "heavy hitter" that can manage almost any software component, making it the top choice for complex fields like Data Science and AI. By using these isolated spaces, you keep your computer stable and make it easy to share your exact setup with others.

Index of Articles for Managed Virtual Conda Environments

To make your work reliable and easy to share, this article recommends using a special blueprint file (called environment.yml) to list all the software tools your project needs. By using this file, anyone can recreate your exact workspace with a single command, ensuring your code runs the same way on every computer. Keeping your projects in their own separate folders and "freezing" your settings when finished prevents future updates from breaking your work.