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https://github.com/raulsanchezzt/server

Docker compose files for services
https://github.com/raulsanchezzt/server

docker docker-compose ghostfolio netdata nextcloud nginx-proxy odoo ouroboros pi-hole portainer self-hosted server traefik truffle vaultwarden vscode wireguard wordpress

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Docker compose files for services

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README 

        
# Server



This is a repository of service configurations in docker compose for any server.



## Exposed Ports



List of the exposed ports in a server:



- 8: File-Broser

- 53: Pi-Hole DNS

- 80: Reverse Proxy HTTP

- 81: Nginx Proxy Manager Admin UI

- 88: Nextcloud

- 443: Reverse Proxy HTTPS

- 888: Odoo

- 2368: Ghost

- 3001: Uptime-Kuma

- 3333: Ghostfolio

- 4000: Blockscout HTTP

- 5353: Pi-Hole Admin UI

- 5678: n8n

- 6379: Redis DB Blockscout

- 7359: Jellyfin Service Discovery

- 7432: Postgres DB Blockscout

- 7545: HardHat RPC

- 7777: Anaconda Jupyter

- 8000: Vaultwarden

- 8080: Traefik Admin UI

- 8081: qBittorrent Web UI

- 8096: Jellyfin HTTP

- 8200: Duplicati Admin UI

- 8443: Code Server

- 8545: Truffle Ganache RPC

- 8888: Wordpress

- 9000: Portainer HTTP

- 9091: Transmission Web UI

- 9443: Portainer HTTPS

- 17027: MongoDB Server

- 17028: Mongo Express HTTP

- 19999: Netdata

- 51413: Transmission BitTorrent Client

- 51820: Wireguard VPN UDP



## Install



First, boot from the `Ubuntu Server` ISO.



![GRUB](img/1.png)



In this case we only need the **minimized** server.



![Select Minimized version](img/2.png)



Format the disk in order to have enough space and `Swap`.



![File System Summary](img/3.png)



Configure the user, password and server's name.



![Profile Setup](img/4.png)



Install `OpenSSH Server`.



![SSH Setup](img/5.png)



Wait until the install is complete and restart.



![Install complete](img/6.png)



## Configuration



### Network



After installing [Ubuntu Server](https://ubuntu.com/download/server), we can log in using SSH.



![Windows Terminal](img/7.png)



Then, update the packages to install **git** and **vim** _(or nano if you prefer)_.



```bash

$ sudo apt update



$ sudo apt install git vim

```



Edit the **netplan** file to configure the network settings.



```bash

$ sudo vim /etc/netplan/00-installer-config.yaml

```



This is the network configuration of this server.



```yaml

network:

  ethernets:

    ens33:

      addresses:

        - 192.168.10.130/24

      nameservers:

        addresses: [8.8.8.8, 1.1.1.1]

      routes:

        - to: default

          via: 192.168.10.1

  version: 2

```



Use the **netplan** command to apply the changes.



```bash

$ sudo netplan apply

```



Reboot the server to check everything is working.



```bash

$ sudo reboot now

```



### Fail2Ban



If we are going to expose the **SSH** port to _internet_, make sure to use **fail2ban**. Edit the `jail.conf` file like this:



```bash

$ vim /etc/fail2ban/jail.conf

```



Move to the `JAILS` section and edit the settings:



```python

#

# JAILS

#



#

# SSH servers

#



[sshd]



# To use more aggressive sshd modes set filter parameter "mode" in jail.local:

# normal (default), ddos, extra or aggressive (combines all).

# See "tests/files/logs/sshd" or "filter.d/sshd.conf" for usage example and details.



enabled = true

bantime = 86400 # 24 Hours

port    = ssh

logpath = %(sshd_log)s

backend = %(sshd_backend)s

maxretry = 3

```



Then, **enable** the service and **start** the service.



```bash

$ sudo systemctl enable fail2ban



$ sudo systemctl start fail2ban



$ sudo systemctl status fail2ban

```



Now we can see the banned **IPs**:



```bash

cat /var/log/fail2ban.log

```



### Setup



First, clone this _repository_ on the server and navigate to the directory.



```bash

$ git clone https://github.com/RaulSanchezzt/server.git && cd server

```



Give executable **permissions** to all _bash scripts_ in this directory.



```bash

$ chmod +x *.sh

```



Now you can run the **setup** script.



```bash

$ ./setup.sh

```



### Compose



Before running this script, open `VScode` on your browser _(http://192.168.1.130:8443)_ and edit the `.env` files of the services you want to install. Then, choose the services to install in the `compose.sh` script and run it!



```bash

$ ./compose.sh

```



## Code Server



Secure **Visual Studio Code** using a strong `password` in the `.env` file, then restart the container.



## NextCloud



### Disks



First, let's connect using RDP.



![RDP Login](img/8.png)



Then, format a new hard disk in _NTFS_.



![Format Volume](img/9.png)



Following this [tutorial](https://developerinsider.co/auto-mount-drive-in-ubuntu-server-22-04-at-startup/) we can learn to automount the external drive at **startup**. First, create the Mount Point.



```bash

root@server:/media# mkdir BACKUP1

root@server:/media# mkdir BACKUP2

```



Then, get the Drive **UUID** and **Type**.



```bash

root@server:/media# lsblk -o NAME,FSTYPE,UUID,MOUNTPOINTS

NAME FSTYPE UUID                                 MOUNTPOINTS

sda

└─sda1

     ntfs   15A2E896213E30F6

sdb

└─sdb1

     ntfs   291D307A63875E89                     /media/DATA

sdc

└─sdc1

     ntfs   10873988671A6AD0

sdd

├─sdd1

│    vfat   D9E8-536B                            /boot/efi

├─sdd2

│    ext4   9667282e-8a54-4ea9-8622-46b12c461052 /var/snap/firefox/common/host-hunspell

│                                                /

└─sdd3

     swap   4fd8c3fc-a85b-49a1-ad87-529ba9becabd [SWAP]

```



Now, edit the `/etc/fstab` file.



```bash

# DATA

UUID=291D307A63875E89 /media/DATA ntfs defaults 0 0



# BACKUP1

UUID=15A2E896213E30F6 /media/BACKUP1 ntfs defaults 0 0



# BACKUP2

UUID=10873988671A6AD0 /media/BACKUP2 ntfs defaults 0 0

```



**Test** `fstab` before rebooting!



```bash

$ sudo findmnt --verify

Success, no errors or warnings detected

```



Reboot the server to check everything is working well.



```bash

$ sudo reboot now

```



Check the drive is mounted again.



```bash

$ lsblk -o NAME,FSTYPE,UUID,MOUNTPOINTS

NAME FSTYPE UUID                                 MOUNTPOINTS

sda

└─sda1

     ntfs   15A2E896213E30F6                     /media/BACKUP1

sdb

└─sdb1

     ntfs   291D307A63875E89                     /media/DATA

sdc

└─sdc1

     ntfs   10873988671A6AD0                     /media/BACKUP2

sdd

├─sdd1

│    vfat   D9E8-536B                            /boot/efi

├─sdd2

│    ext4   9667282e-8a54-4ea9-8622-46b12c461052 /var/snap/firefox/common/host-hunspell

│                                                /

└─sdd3

     swap   4fd8c3fc-a85b-49a1-ad87-529ba9becabd [SWAP]

```



Here we can see every drive is mounted after start so edit the volume settings in the `docker-compose.yml` to store the data in other hard disk.



Finally, start the containers:



```bash

$ root@server:/home/administrator/server/nextcloud dcup

[+] Running 4/0

 ✔ Container Reverse-Proxy  Running                                                                                                                    0.0s

 ✔ Container MariaDB        Running                                                                                                                    0.0s

 ✔ Container Redis          Running                                                                                                                    0.0s

 ✔ Container App            Running                                                                                                                    0.0s

```



### Post-Configurations



Enter to the `App` container as **root**.



```bash

$ docker exec -it App bash

```



Update and install `vim`.



```bash

$ root@f7ecbe790da1:/var/www/html# apt update

Hit:1 http://deb.debian.org/debian bookworm InRelease

Hit:2 http://deb.debian.org/debian bookworm-updates InRelease

Hit:3 http://deb.debian.org/debian-security bookworm-security InRelease

Reading package lists... Done

Building dependency tree... Done

Reading state information... Done

1 package can be upgraded. Run 'apt list --upgradable' to see it.



$ root@f7ecbe790da1:/var/www/html# apt install vim

Reading package lists... Done

Building dependency tree... Done

Reading state information... Done

vim is already the newest version (2:9.0.1378-2).

0 upgraded, 0 newly installed, 0 to remove and 1 not upgraded.

```



Edit `config.php` and paste this string:



`'check_data_directory_permissions' => false,`



```bash

$ root@f7ecbe790da1:/var/www/html# vim config/config.php

```



Exit and restart the container.



```bash

root@f7ecbe790da1:/var/www/html# exit

exit

root@server:/home/administrator/server/nextcloud# docker restart App

App

```



Execute the script to fix some warnings...



```bash

$ root@server:/home/administrator/server/nextcloud# ./config.sh

```



Configure the email server using **Zoho Mail**:



![Mail Server Config](img/10.png)



### Cron Error



To fix the cron error, first make sure **cron** is selected on the settings. Then, create a new **cronjob**.



```bash

root@server:/home/administrator# crontab -l

no crontab for root



root@server:/home/administrator# crontab -e

no crontab for root - using an empty one



Select an editor.  To change later, run 'select-editor'.

  1. /bin/nano        <---- easiest

  2. /usr/bin/vim.basic

  3. /usr/bin/vim.tiny

  4. /bin/ed



Choose 1-4 [1]: 1

```



Finally, paste this command to make sure the crontab jobs are working every **5 minutes**.



`*/5 * * * * docker exec -u www-data App php -f /var/www/html/cron.php`



## DuckDNS



It's a good practice to use a **Dynamic DNS** because the public **IP address** can change. Log in to [DuckDNS](https://www.duckdns.org/) and create a new domain pointing to the **actual IP address**.



Then, copy the `token` and paste it to the `.env` file and start the service.



Now if your **public IP address** changes, this service will update automatically.



## Domains



Once we have configured the **DynDNS**, let's create some `DNS Records` to access our services:



![DNS Records](img/14.png)



Finally, open the ports `80, 443 & 51820` on the **router** to make sure all service can work.



## Nginx Proxy Manager



If we want to access from **Internet** to some services, we have to configure the `Reverse Proxy`. Log in to the [web](http://192.168.1.130:81) using the [default credentials](https://nginxproxymanager.com/guide/#quick-setup). Immediately after logging in with this default user, modify your details and change your password.



Then, create some **SSL Certificates**, and following this [tutorial](https://youtu.be/qlcVx-k-02E), create one to access to our local home lab using **HTTPS**.



![SSL Certificates](img/15.png)



Create the necessary **Proxy Hosts** to their `destination`.



![Proxy Hosts](img/16.png)



Change the **default site** to `404 page`.



![Default Site](img/17.png)



To solve errors in **NextCloud**, copy and paste this in the **advanced settings** of the host.



```js

location /.well-known/carddav {

  return 301 $scheme://$host/remote.php/dav;}

location /.well-known/caldav {

  return 301 $scheme://$host/remote.php/dav; }

location /.well-known/webdav {

 return 301 $scheme://$host/remote.php/dav; }

```



## Vaultwarden



First, start the service and configure the **Reverse Proxy** to use `HTTPS`:



```bash

$ root@server:/home/administrator/server/vaultwarden# dcup

```



To [enable the admin page](https://github.com/dani-garcia/vaultwarden/wiki/Enabling-admin-page), generate an `Argon2id PHC` and paste the output in the `.env` file:



```bash

$ docker exec -it Vaultwarden /vaultwarden hash --preset owasp

```



Once we have the `ADMIN_TOKEN`, recreate the container:



```bash

$ root@server:/home/administrator/server/vaultwarden# dcup

```



Create a new account before edit the **Admin settings**. Navigate to the admin page and configure the **SMTP** settings:



![Mail Settings](img/11.png)



Then, [disable registration of new users](https://github.com/dani-garcia/vaultwarden/wiki/Disable-registration-of-new-users) in the general settings:



![General Settings](img/12.png)



Finally, enable the [email 2FA settings](https://bitwarden.com/help/setup-two-step-login-email/) and log in to your account and verify your **email**.



![Email 2FA settings](img/13.png)



## Duplicati



First, edit the file to mount the **volumes**. Then, log in, set a **secure password** and create a new task or import other `configurations`.



## Wireguard



To make sure the **VPN** works always, put the `URL` of [DuckDNS](#duckdns) in the `docker-compose.yml`. Then, add the **peers** you need and start the service.



## Jellyfin



- Change qbittorrent theme ui

- Change default password of qbittorrent

- Change default password of filebrowser