I have a Spring Web Application live on Heroku and it is deployed via my Github. I want to make a few edits to the application. If I edit the code in Eclipse and commit it to the connected Github repository with the Heroku account will the live Spring Application automatically update and display the changes?
If I edit the code in Eclipse and commit it to the connected Github repository with the Heroku account will the live Spring Application automatically update and display the changes?
Not by default, but if you connect your GitHub and Heroku accounts you can enable automatic deploys:
When you enable automatic deploys for a GitHub branch, Heroku builds and deploys all pushes to that branch. If, for example, you have a development app on Heroku, you can configure pushes to your GitHub development branch to be automatically built and deployed to that app.
I should also point out that you probably aren't "committing to a GitHub repository".
Since Git is a distributed version control system you're committing locally and then pushing those commits to GitHub. Heroku's deploy-from-GitHub is triggered by the push (and may be dependent on CI passing).
Related
I'm having an issue where I can only deploy changes to heroku via a manual command.
I've already followed the guide and set up auto deployment through github https://devcenter.heroku.com/articles/github-integration but it seems like changes are not deployed to heroku unless I explicitly run git push heroku main
Is there anything I can do to check how to automate the push?
Automatic deploy with Heroku and Github is temporary stopped
https://dev.to/lukeecart/herokus-github-integration-has-been-stopped-a7c
Follow the news : https://status.heroku.com/
I have multiple servers installed at client site. I can access all of them via anydesk. I have python project running on them. All of the source code is in azure devops. I want to create a CI CD pipeline so that whenever we merge pull request to main branch, it should automatically be deployed on client's server.
Previously, I have worked on many web API's which was deployed on azure. We had branches created for each client and whenever we merge changes into those clients branch, it automatically used to start deployment on API as our repo and branch was linked to web API.
To deploy the new code changes on server, I have to follow manual way of first logging into the client server via anydesk and then perform the git pull to pull the required changes. This is very manual thing and we sometime do mistake in it. I am looking for a way to connect the client server with the branch of the repo so that once we merge our changes to that branch, it should automatically deploy the changes. Is there any way we can do it? Is there any tool/service available for this. All the client server are Ubuntu machines. Please give some suggestions. Thanks
Greetings from Brazil!
I have an app in github which I am deploying to a cloud service. I want to deploy this same app to other services such as Heroku, AWS and/or IBM Cloud, using Github diff changes (i.e. when I update the repo it automatically updates the cloud app - like magic). Currently GitHub diff changes works fine with streamlit share and heroku, but I have separate repos.
My questions is that: can I deploy an app to multiples services from just one repository in GitHub?
Irrelevant for the question: currently the app is Python3 and I share the app in streamlit share and Heroku, using separate repos. My question, however, is app agnostic.
You can use GitHub Actions to define your deployment workflows.
You can deploy to various cloud providers using available actions/operators:
Amazon ECS
Azure
Heroku
Your project can define a workflow for each cloud provider and, within each workflow, decide when the deployment occurs (automatically on every push, only selected branches or manually - pushing a button).
I'm setting up a Restcomm instance and I would like to integrate it with Jenkins, so each time we have a PR in github in a specific branch, Jenkins will deploy the RVD App to the Restcomm instance.
I have access to the RVD Workspace from Jenkins, so I guess I could have something like:
Developer create/update her RVD app in local.
She copies the APP from her workspace to a github repo and creates the PR.
Jenkins updates the remote RVD workspace copying/updating the new files / app.
I guess this would be work but I don't like to copy files from one workspace to another one because of inconsistencies and so on.
I would prefer something like:
Developer updates the APP source in github and creates a PR.
Jenkins packages the app (zip?) and invokes a Restcomm API to deploy it / update it.
Is it possible? Any documentation about that API?
We have an open issue for that (providing an API) at https://github.com/RestComm/Restcomm-Connect/issues/947. Would you be interested in contributing to move it forward faster ?
I would like some guidance when working projects with Moovweb. I'd like to understand what are some of the best practices at managing my Moovweb projects on Github. Specifically how to move them and maintain them from development to staging to production.
Really appreciate the information.
J
I'd check out some of the advice here that walks you through how to setup a professional development environment:
https://console.moovweb.com/learn/training/building_a_site/project_setup
The main idea is to setup your project so that it has 3 git remotes. A git remote is simply a URL where your code is being hosted.
origin: This remote will be where you and your developers host your code base. You’ll coordinate changes to your code here and manage different branches and bug fixes during development.
stage: This remote is where you’ll deploy your code base for testing. This will be a Moovweb Cloud URL that actually builds your code live so you can QA it before you put it on your production site.
production: This remote is where you’ll deploy your final production site that has been tested and approved for public use.
Then the release process would be as follows:
Test your changes locally in the browser
Push those changes to staging to QA them and make sure they work properly in a production environment.
Push those changes to Github so that other developers working on the project will have the latest code.
Push to production.