![]() ![]() ![]() In order to upgrade to the latest release you will need to bring these actions forward to the latest build. Some customers have implementations of older versions of Ops Automator that include deprecated or custom actions. This allows you to check in any changes you make to your private copy of the solution. Note: if you intend to modify Ops Automator you may wish to create your own fork of the GitHub repo and work from that. two S3 buckets (minimum): 1 global and 1 for each region where you willĬlone or download the repository to a local directory on your linux client.a Linux client with the AWS CLI installed and python 3.6+.The process consists of downloading the source from GitHub, creating buckets to be used for deployment, building the solution, and uploading the artifacts needed for deployment. ![]() Building from GitHub Overview of the Processīuilding from GitHub source will allow you to modify the solution, such as adding custom actions or upgrading to a new release. To implement ECS/Fargate see the instructions later in this README. Note that with ECS/Fargate you may choose to use Lambda or containers at the Task level. Choose ECSFargate = Yes in the CloudFormation template to use ECS or Fargate, or leave it set to No to use Lambda. Ops Automator v2.2.0 and later supports AWS Lambda, AWS ECS, AWS Fargate for the execution platform. Ops Automator full documentation is available on the AWS web site. Ops Automator has the ability to generate CloudFormation scripts for configuring tasks, based on metadata of the action that are part of the deployment.ĭevelopment of actions is described in the Ops Automator Action Implementation Guide. Actions are developed in Python and can be added easily to the Ops Automator solution. Ops Automator lets you focus on implementing the actual logic of the action. Concurrency handling via queue throttling.Completion handling for long running tasks.Operations across multiple accounts and regions.The Ops Automator framework handles the following functionality: Ops Automator helps you to develop your own operation automations tasks in a consistent way with the framework handling all the heavy lifting. These are ready to use in your AWS environment and can be used as an example/starting point for developing your own actions.Įxamples of actions included are creating backups, setting capacity, cleaning up and security reporting. Ops Automator comes with a number of actions. Events are triggered by changes in your environments and resources are selected through the resource discovery and tagging mechanisms built into Ops Automator. A task is an action with a set of parameters that runs at scheduled times or events and operated on a select set of AWS resources. Ops Automator's primary function is to run tasks. Ops Automator is a developer framework for running actions to manage AWS environments with explicit support for multiple accounts and regions. ![]()
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