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Temporary Docker Servers
Peter Moser edited this page Nov 5, 2021
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We want to externalize integration tasks, and therefore we need a clone of our default docker installations. These servers should contain a single integration.
For example, with the server name temp-mqtt-broker
...
- Go to AWS Instances on EC2
- Launch a new instance from the template
temp-server
- Set parameters:
-
Project
: The project it belongs to, mostlyOpenDataHub
(for cost accounting) -
Name
: The name of this server, must always start withtemp-
as prefix, plus the name of the service we are integrating with this server -
Backup
: Alwaysfalse
, we do not need backups for temporary servers -
DelegatedTo
: The external contributor or company which is responsible for this server -
Manager
: The internal manager (pmoser
orrthoeni
mostly)
-
- Launch the instance
- Assign a Elastic IP with name
temp-mqtt-broker-eip
- Go to Route53 create a DNS entry with the name
mqtt-broker.temp.testingmachine.eu
pointing to the server's IP - Create and assign a new security group with the name
temp-mqtt-broker-sg
(optional, ssh is already enabled world-wide) - Assign the IAM role
docker
to this EC2 instance (if not already)
- Clone our infrastructure repo locally
- Go to
ansible
- Add the DNS to hosts under
[temp]
and to the initial main list insidehosts
- Add public-keys to the corresponding folder
- Create a
host_vars
yml file with the name of the server, see example below:ansible_python_interpreter: /usr/bin/python3 users2: pinco: user_password: "$6$JFhrCJrT8v9CvaD$7ArleySaZwcMwm1yDiY1WTbdqU3PQmUKKgDpgTygNAcDKacECAUz/X032XszCNEbSz2ilxf2uaueynVxEIqqn0" user_authorized_keys: - "{{ lookup('file', '../public-keys/pinco') }}" pallino: user_password: "$6$JFhrCJrT8v9CvaD$7ArleySaZwcMwm1yDiY1WTbdqU3PQmUKKgDpgTygNAcDKacECAUz/X032XszCNEbSz2ilxf2uaueynVxEIqqn0" user_authorized_keys: - "{{ lookup('file', '../public-keys/pallino') }}" organizations2: temporg: - "pinco" - "pallino"
- Run
ssh -i ~/.ssh/temp-servers.pem admin@project.temp.testingmachine.eu
to add the IP to the known hosts file, and test connectivity - Run
ansible-galaxy install --force -r requirements.yml
- Run
ansible-playbook --user=admin --private-key=~/.ssh/temp-servers.pem --limit=temp playbooks/temp.yml
- Try to login to the server with your username + credentials
- Test
sudo su
- Open our infrastructure repo
- Open the file
ansible/playbooks/proxy-02.yml
- Add the new DNS entries (always use port
1333
for the main app, and1334
etc. for others) - Commit + push + wait 5-10 minutes
- Ansible installs this automatically into
/var/docker/test
- The port is always
1333
- Test if everything works with the given main DNS entry (
Hello World
should be shown)
This is a list of what we need to create an autonomous instance:
- for each user, that should be able to login
- public key
- name + surname, login will be first letter of name + surname (ex.,
pmoser
)
- a set of static IPs (optional, at the moment the default is to have SSH open for to the world)
- a set of URLs that should point to the server (port + URL needed)
Copy/paste this into your email body:
Hi all,
the server has been prepared and is accessible with the following URL:
ssh [your-user]@[servername].temp.testingmachine.eu
We have the following users with root privileges:
- [user1]
- [user2]
The default password for all users is this one:
avp6EQQ.
Please change it after your first login.
The following URLs point to our proxy which does https redirects for you:
- [url1] -> [servername].temp.testingmachine.eu:1333
- [url2] -> [servername].temp.testingmachine.eu:1334
- etc.
An example installation can already be found under:
/var/docker/test
Have a look into .env and docker-compose.yml
It was started with
docker-compose up -d
Happy hacking!
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