In a non-automated deployment scenario, manually connecting to the server host’s internals is required every time.
Executing deployment commands or running deployment command executables not only involves inconvenience but also carries the risk of human error.
With Jenkins’ pipeline, we can replace manual execution, making deployments easier and more pleasant.

Google Container Registry is a service provided by Google for storing, managing, and securing Docker container images.
The objective at hand is to package a Docker image and push it to Google Cloud Platform (GCP) using the ‘gcloud’ command for future deployment purposes.

In Jenkins , the build process is known as a pipeline.
It can also be triggered through webhooks, offering various triggering and execution methods.
Below, we’ll demonstrate how to integrate GitHub webhooks and provide common trigger condition examples.

Create Your Own Automated Deployment Service with Jenkins
Jenkins is a Java-based CI/CD system tool that we are exploring in this tutorial,
following our previous introduction to Drone

In our previous post, “[CI/CD with Drone 101] 01 Basic Service Setup and GitHub Integration ” there is an example docker-compose.yml file that creates two Docker runners: drone_runner_docker and drone-runner-ssh.
However, in “[CI/CD with Drone 101] 02 Setting Deployment Trigger Conditions (Pipeline) ” only the Docker runner is used.
This post will introduce both runners, along with other runners mentioned on the official website.

Utilizing Drone to establish a custom automated deployment service.
Drone is a CI/CD system tool developed in Golang.
This tutorial focuses on configuring deployment schedules and managing permissions.

Utilizing Drone to establish a custom automated deployment service.
Drone is a CI/CD system tool developed in Golang.
In this article, we’ll configure multiple trigger conditions to initiate different deployment steps under various circumstances.