Configures the job to run on a GitHub-hosted runner or a self-hosted runner, depending on the repository running the workflow. In this example, the job will run on a self-hosted runner if the repository is named docs-internal and is within the github organization. If the repository doesn't match this path, then it will run on an ubuntu-latest runner hosted by GitHub. For more information on these options see "Choosing the runner for a job."
github scripts
GitHub Actions are designed to help you build robust and dynamic automations. This guide will show you how to craft GitHub Actions workflows that include environment variables, customized scripts, and more.
GitHub Actions allow you to customize your workflows to meet the unique needs of your application and team. In this guide, we'll discuss some of the essential customization techniques such as using variables, running scripts, and sharing data and artifacts between jobs.
You can use actions to run scripts and shell commands, which are then executed on the assigned runner. This example demonstrates how an action can use the run keyword to execute npm install -g bats on the runner.
Another advantage of consistent script names is language agnosticism. This means the scripts themselves can be written in whichever language is appropriate for the maintainers or the project. It also means the conventions can work for projects of varying languages and frameworks. This ensures an individual contributor can do things like bootstrap or run tests without knowing how to do them for a wide range of project types.
Hubot needs Redis to persist data, so before you can start hubot on your own computer, you should have Redis installed on your localhost. If just want to test Hubot without Redis, then you can remove hubot-redis-brain from external-scripts.json.
You can also put your own scripts under the scripts/ directory. All scripts placed there are automatically loaded and ready to use with your hubot. Read more about customizing hubot by writing your own scripts.
Using custom scripts, you can quickly customize Hubot to be the most life embettering robot he or she can be. Read docs/patterns.md for some nifty tricks that may come in handy as you teach your hubot new skills.
We recently announced the ability to run scripts from remote locations such as GitHub or Amazon S3. This simplifies how you automate environments by letting you use existing scripts or toolsets without having to port them over to Systems Manager or create Documents as wrapper around those scripts or tools. For information, please read our partner and product integration documentation here. For example, you can:
Systems Manager now provides a new public Document, AWS-RunRemoteScript that runs scripts from GitHub or Amazon S3 on specified instances. It does this using the new plugin from Amazon SSM Agent, aws:downloadContent, which downloads content from locations such as public or private GitHub repositories, S3 buckets, and Documents already created on SSM. If you create your own documents, you can use the aws:downloadContent plugin, and the existing aws:runShellScript (on Linux) or aws:runPowerShellScript (on Windows) to execute the scripts.
Because you referenced the top-level directory, Systems Manager downloads all the playbook YAML scripts inside the nginx directory as well as the server.yml and user-data.sh files. The server.yml is then executed based on command line parameters, which then installs and configures NGINX.
This topic describes how to use the pre-defined Systems Manager document (SSM document) AWS-RunRemoteScript to download scripts from GitHub, including Ansible Playbooks, Python, Ruby, and PowerShell scripts. By using this SSM document, you no longer need to manually port scripts into Amazon Elastic Compute Cloud (Amazon EC2) or wrap them in SSM documents. AWS Systems Manager integration with GitHub promotes infrastructure as code, which reduces the time it takes to manage nodes while standardizing configurations across your fleet.
You can also download a directory that includes multiple scripts. When you run the primary script in the directory, Systems Manager also runs any referenced scripts that are included in the directory.
A ServiceWorkerGlobalScope object represents the global execution context of a service worker. A ServiceWorkerGlobalScope object has an associated service worker (a service worker). A ServiceWorkerGlobalScope object has an associated force bypass cache for import scripts flag. It is initially unset.
When the importScripts(urls) method is called on a ServiceWorkerGlobalScope object, the user agent must import scripts into worker global scope, given this ServiceWorkerGlobalScope object and urls, and with the following steps to perform the fetch given the request request:
The authors would also like to thank Dimitri Glazkov for his scripts and formatting tools which have been essential in the production of this specification. The authors are also grateful for his considerable guidance.
Note: Due to issue with dependency resolving, you might end up a different version of prettier in project's node_modules and node_modules/newspack-scripts/node_modules. See -scripts/issues/1 for more information.
For this release, the building scripts for all NCEPLIBS library and utility components have been unified according to the NOAA EE2 standard. Each component provides a compiler-independent makefile that only interfaces to the code and can be used on all platforms. Existing building scripts support Intel and GNU compilers on major NOAA machines. A universal community building script is also provided to use on other platforms with necessary specific modifications. 2ff7e9595c
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