Deploying an Application
Learn how to deploy the application to drycc.
less than a minute
Learn how to deploy the application to drycc.
An overview of buildpacks, which are responsible for transforming deployed code into a slug, which can then be executed on a container.
Drycc Container Registry allows you to deploy your Docker-based app to Drycc. Both Common Runtime and Private Spaces are supported.
Deploy an application using a container image stored in your Drycc Container Registry.
A Procfile is a list of process types in an app. Each process type declares a command that is executed when a container of that process type is started.
How to store configuration of a Drycc app in the environment, keeping config out of code, making it easy to maintain app or deployment specific configs.
Metrics supports basic monitoring capabilities for Pod, providing various monitoring indicators such as CPU, memory, disk, network, etc., to meet the basic monitoring requirements for Pod resources.
This is a high-level, technical description of how Drycc works. It ties together many of the concepts you’ll encounter while writing, configuring, deploying and running applications on the Drycc platform.
Drycc supports many types of volumes. A container can use any number of volume types simultaneously.
A Gateway describes how traffic can be translated to Services within the cluster.
Tools and services for developing, extending, and operating your app.
The Communication Solution between Drycc Applicatios.
Drycc Workflow supports restricting memory and CPU shares of each process.
Make your apps accessible via custom domain names.
SSL is a cryptographic protocol that provides end-to-end encryption and integrity for all web requests.
Drycc Container Registry allows you to deploy your Docker-based app to Drycc. Both Common Runtime and Private Spaces are supported.
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