auto-deploy | 前端自动化编译与部署脚本 | Runtime Evironment library

If you want SSL termination to happen at the server instead at the ingress/LoadBalancer, you can use a something called SSL Passthrough. Load Balancer will then not terminate the SSL request at the ingress but then your server should be able to terminate those SSL request. Use these configuration in your ingress.yaml file depending upon your ingress class

Heroku Dynos have an ephemeral file system therefore it cannot be used to persist data (at every redeployment all local changes are discarded).

You can use a database, either external (MongoDB Atlas) or the Heroku Postgres, both have a free tier.

If you need to save simple files you can use an external storage service (S3, Dropbox, even GitHub). See Files on Heroku for details and examples.

I suggest that you pull the master branch to your feature-branch, resolve possible conflicts. At this point you can make a pull request or simply push your feature branch to the master. All,your previous commit on the master branch will still be present. VCS are meant for that

I got it working. It is definitely possible to use API Gateway http integrated with a private (i.e: internal facing) ALB that balances traffic in private subnets.

The problem I had is that when I created the API in API Gateway through the console, there is an option to add integration, but that integration at that point only allows HTTP or Lambda, and I don't want that, I want a private integration using a VPC link I create in advance.

So here are the steps:

1. Create (if non existing already) a security group that allows HTTP traffic on 80. This group will be associated later on to VPC link
2. Create VPC link associated to the VPC and, explicitly, to the private subnets where the EC2services or fargate cluster are. Make sure you select the security group that allows HTTP traffic
3. Create HTTP API in Apu Gateway. On the first step give it a name but DO NOT create an integration just yet. Skip that. Skip the route creation also. Choose a stage name or leave the $default (I use $default and auto-deploy).
4. Create a route. If you want to accept anything, do so by choosing ANY and the path /{proxy+}.
5. Finally, on that route, attach an integration. This time you'll see that there is an option to choose a private resource where you can explicitly select the private ALB with its http listener AND the VPC link created previously.

That's it. Http requests to Api Gateway will be directed to the private internal facing ALB.

certbot-auto now only for centos 6

cerbot for centos 7 & 8

remove certbot-auto and install certbot , follow : https://certbot.eff.org/lets-encrypt/centosrhel7-apache

or enter link description here for NGINX

skaffold dev --render-only=true should do what you're looking for.

(I'm a bit surprised that we support dev --render-only since skaffold dev is really meant for a rapid compile-deploy-edit cycle, sometimes called the innner loop, and the deploy is generally considered an essential part of that loop.)

Take a look at the .auto-deploy job (it might be coming from an included job this too). If the .auto-deploy job has a dependencies keyword, it's affecting your artifacts.

By default, when one job uploads artifacts, jobs in all following stages will automatically download the artifact. This can be controlled using the dependencies keyword on individual jobs.

For example, using dependencies: [] means this job has no dependencies, so no artifacts are downloaded. dependencies: ["npm install job"] means that the artifacts from a job called "npm install job" are the only artifacts downloaded, even if artifacts from other jobs are uploaded.

So if you see the dependencies keyword in the .auto-deploy job, you'll have to include it in your review job. If .auto-deploy has dependencies: [], you'll have to have dependencies: ["your-job-name"] where the job name is the job that uploads the files.

If .auto-deploy has a dependencies keyword that has at least one job name, you'll have to copy the jobs, and include them in your review job:

I had the same issue today. It appears to me that the problem has to do with the version of knex not being compatible with the version of nodejs. After looking into it more, Strapi isn't compatible with nodejs over v.14 or npm over v.6 (Heroku was trying to build my Strapi app with node v.15). To resolve it, I updated the package.json file to make sure that Heroku uses the versions that are compatible. Here is what I added, it worked for me and I hope it works for you.

In the package.json file, update the versions of node and npm like this:

The easiest approach (IMHO), would be to define the plugin in its own profile. Inside your pom.xml, you add a profiles section, and in that a profile that would include the plugin: