---------------------- Hmm, I don't know enough to give you a confident answer yet. The knowledge sources provided do not contain specific information on how to create an action to push artifacts to JFrog Artifactory using Garden. However, Garden does allow you to specify artifacts to copy out of the container after the run, and these artifacts are stored locally under the

.garden/artifacts

directory. You can specify a POSIX-style path to copy the artifacts to, relative to the project artifacts directory at

.garden/artifacts

(source ()). For more specific instructions on how to push these artifacts to JFrog Artifactory, you may need to refer to the JFrog Artifactory documentation or the Garden documentation that specifically covers this topic. ---------------------- Note: you can ask me a follow up question by @ mentioning me again :speech_balloon: ----------------------

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---------------------- Sure, let's analyze Garden based on the parameters you've mentioned: 1. **Syntax Simplicity**: Garden uses intuitive YAML declarations to codify a complete description of your stack, making your workflows reproducible and portable. It's based on four simple actions: build, deploy, test, and run, along with the dependencies between these actions across the components of the system (source ()). 2. **Compatibility with Various Languages**: Garden is language-agnostic and can work with any language or framework that can run in a container. It leverages your existing configuration (Helm charts, Kubernetes manifests, Dockerfiles, Terraform files, etc) to execute the graph in any environment (source ()). 3. **Support for Monorepo and Polyrepo**: Garden collects all of your stack descriptions, even across multiple repositories, into the Stack Graph—an executable blueprint for going from zero to a running system in a single command (source ()). 4. **Reuse and Modularity**: Garden's Stack Graph is pluggable, so how these actions (i.e., the graph nodes) are actually run depends on the plugins used (source ()). 5. **Fast Builds**: Garden caches your tests and builds so you only run what has changed. This results in dramatic reductions for CI run-times, typically twenty minutes to an hour (source ()).

6. **Support with CI Tools**: Garden is not intended to replace traditional CI systems. In fact, the most common use-case for Garden is calling it in CI. It can greatly simplify the task of creating ephemeral environments for every pull request, deploying to a staging environment on merges to the main branch, and running test suites involving one or more runtime components (source ()). 7. **Installation and Hosting Garden**: Garden is a DevOps automation tool that builds, deploys, and tests on your own infrastructure. You just point it at a Kubernetes cluster or your AWS/Azure/GCP account, and Garden will take it from there (source ()). 8. **Pricing Models**: Garden Core is open-source and free to use. Garden Enterprise, their commercial offering, includes additional features like secrets management and RBAC (source ()). 9. **Security Features**: Garden Enterprise includes secrets management and RBAC to ensure you don’t need to add any secrets to your CI provider or setup secrets or local variables for development. This ensures 100% portability across all your environments (source ()).

10. **Other Features**: Garden has a special mode called "sync mode" which live reloads changes to your running deploys ensuring blazing fast feedback while developing. It also has a handful of utility commands for getting logs, exec-ing into services, publishing images, and more (source ()). ---------------------- Note: you can ask me a follow up question by @ mentioning me again :speech_balloon: ----------------------

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---------------------- The installation process for Garden varies depending on your operating system. Here are the steps for each: macOS: 1. Install Homebrew if you haven't already. You can follow their installation instructions (). 2. Install Garden using Homebrew by running the following commands:

bash
brew tap garden-io/garden
brew install garden-cli

To upgrade to the newest version later, run

brew update

and then

brew upgrade garden-cli

. Linux: 1. Install core dependencies. On Ubuntu, you can use

sudo apt install git rsync

. On Alpine, use

apk add --no-cache git rsync

. Alpine also requires

gcc

to be installed:

apk add --no-cache gcc

. 2. Install Garden using the installation script:

bash
curl -sL <https://get.garden.io/install.sh> | bash

To upgrade to the latest version later, simply run the script again. Windows: 1. Open PowerShell as an administrator and run the following command to install Garden and its dependencies:

powershell
Set-ExecutionPolicy Bypass -Scope Process -Force; iex ((New-Object System.Net.WebClient).DownloadString('<https://raw.githubusercontent.com/garden-io/garden/master/support/install.ps1'>))

To upgrade to the newest version later, simply re-run the above script. For more detailed installation instructions, please see the Installation guide ().

Please note that you need the following dependencies on your local machine to use Garden: - Git (v2.14 or newer) - [Windows only] rsync (v3.1.0 or newer) And if you'd like to build and run services locally, you need a local installation of Kubernetes. Garden is committed to supporting the latest officially supported versions of Kubernetes (source ()). ---------------------- Note: you can ask me a follow up question by @ mentioning me again :speech_balloon: ----------------------

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