Nextcloud AIO stands for Nextcloud All In One and provides easy deployment and maintenance with most features included in this one Nextcloud instance.

Included are:

• Nextcloud
• Nextcloud Office
• High performance backend for Nextcloud Files
• High performance backend for Nextcloud Talk
• Backup solution (based on BorgBackup)
• Imaginary
• ClamAV
• Fulltextsearch

The following instructions are especially meant for Linux. For macOS see this, for Windows see this.

1. Install Docker on your Linux installation using:

   curl -fsSL get.docker.com | sudo sh
   

2. If you need ipv6 support, you should enable it by following https://docs.docker.com/config/daemon/ipv6/.

3. Run the command below in order to start the container:
   
   (For people that cannot use ports 80 and/or 443 on this server, please follow the reverse proxy documentation because port 443 is used by this project and opened on the host by default even though it does not look like this is the case. Otherwise please run the command below!)

   # For x64 CPUs:
   sudo docker run \
   --sig-proxy=false \
   --name nextcloud-aio-mastercontainer \
   --restart always \
   --publish 80:80 \
   --publish 8080:8080 \
   --publish 8443:8443 \
   --volume nextcloud_aio_mastercontainer:/mnt/docker-aio-config \
   --volume /var/run/docker.sock:/var/run/docker.sock:ro \
   nextcloud/all-in-one:latest
   

   Command for arm64 CPUs like the Raspberry Pi 4

   # For arm64 CPUs:
   sudo docker run \
   --sig-proxy=false \
   --name nextcloud-aio-mastercontainer \
   --restart always \
   --publish 80:80 \
   --publish 8080:8080 \
   --publish 8443:8443 \
   --volume nextcloud_aio_mastercontainer:/mnt/docker-aio-config \
   --volume /var/run/docker.sock:/var/run/docker.sock:ro \
   nextcloud/all-in-one:latest-arm64
   

   Explanation of the command

   • sudo docker run This command spins up a new docker container. Docker commands can optionally be used without sudo if the user is added to the docker group (this is not the same as docker rootless, see FAQ below).
   • --name nextcloud-aio-mastercontainer This is the name of the container. This line is not allowed to be changed, since mastercontainer updates would fail.
   • --restart always This is the "restart policy". always means that the container should always get started with the Docker daemon. See the Docker documentation for further detail about restart policies: https://docs.docker.com/config/containers/start-containers-automatically/
   • --publish 80:80 This means that port 80 of the container should get published on the host using port 80. It is used for getting valid certificates for the AIO interface if you want to use port 8443. It is not needed if you run AIO behind a reverse proxy and can get removed in that case as you can simply use port 8080 for the AIO interface then.
   • --publish 8080:8080 This means that port 8080 of the container should get published on the host using port 8080. This port is used for the AIO interface and uses a self-signed certificate by default. You can also use a different host port if port 8080 is already used on your host, for example --publish 8081:8080 (only the first port can be changed for the host, the second port is for the container and must remain at 8080).
   • --publish 8443:8443 This means that port 8443 of the container should get published on the host using port 8443. If you publish port 80 and 8443 to the public internet, you can access the AIO interface via this port with a valid certificate. It is not needed if you run AIO behind a reverse proxy and can get removed in that case as you can simply use port 8080 for the AIO interface then.
   • --volume nextcloud_aio_mastercontainer:/mnt/docker-aio-config This means that the files that are created by the mastercontainer will be stored in a docker volume that is called nextcloud_aio_mastercontainer. This line is not allowed to be changed, since built-in backups would fail later on.
   • --volume /var/run/docker.sock:/var/run/docker.sock:ro The docker socket is mounted into the container which is used for spinning up all the other containers and for further features. It needs to be adjusted on Windows/macOS and on docker rootless. See the applicable documentation on this. If adjusting, don't forget to also set DOCKER_SOCKET_PATH! If you dislike this, see nextcloud#500 (reply in thread) and the whole thread for options.
   • nextcloud/all-in-one:latest or nextcloud/all-in-one:latest-arm64 This is the docker container image that is used. See nextcloud#490 for why there are different images for the different CPU architectures.
   • Further options can be set using environment variables, for example --env TALK_PORT=3478. To see explanations and examples for further variables (like changing the location of Nextcloud's datadir or mounting some locations as external storage into the Nextcloud container), read through this readme and look at the docker-compose file: https://github.com/nextcloud/all-in-one/blob/main/docker-compose.yml

4. After the initial startup, you should be able to open the Nextcloud AIO Interface now on port 8080 of this server.
   E.g. https://ip.address.of.this.server:8080
   
   If your firewall/router has port 80 and 8443 open and you point a domain to your server, you can get a valid certificate automatically by opening the Nextcloud AIO Interface via:
   https://your-domain-that-points-to-this-server.tld:8443

5. Please do not forget to open port 3478/TCP and 3478/UDP in your firewall/router for the Talk container!

Nextcloud AIO is inspired by projects like Portainer that manage the docker daemon by talking to it through the docker socket directly. This concept allows a user to install only one container with a single command that does the heavy lifting of creating and managing all containers that are needed in order to provide a Nextcloud installation with most features included. It also makes updating a breeze and is not bound to the host system (and its slow updates) anymore as everything is in containers. Additionally, it is very easy to handle from a user perspective because a simple interface for managing your Nextcloud AIO installation is provided.

Yes. Please refer to the following documentation on this: reverse-proxy.md

Only those (if you access the Mastercontainer Interface internally via port 8080):

• 443/TCP for the Apache container
• 3478/TCP and 3478/UDP for the Talk container

• 8080/TCP: Mastercontainer Interface with self-signed certificate (works always, also if only access via IP-address is possible, e.g. https://ip.address.of.this.server:8080/)
• 80/TCP: redirects to Nextcloud (is used for getting the certificate via ACME http-challenge for the Mastercontainer)
• 8443/TCP: Mastercontainer Interface with valid certificate (only works if port 80 and 8443 are open in your firewall/router and you point a domain to your server. It generates a valid certificate then automatically and access via e.g. https://public.domain.com:8443/ is possible.)
• 443/TCP: will be used by the Apache container later on and needs to be open in your firewall/router
• 3478/TCP and 3478/UDP: will be used by the Turnserver inside the Talk container and needs to be open in your firewall/router

On macOS, there are two things different in comparison to Linux: instead of using --volume /var/run/docker.sock:/var/run/docker.sock:ro, you need to use --volume /var/run/docker.sock.raw:/var/run/docker.sock:ro to run it after you installed Docker Desktop. You also need to add -e DOCKER_SOCKET_PATH="/var/run/docker.sock.raw"to the startup command. Apart from that it should work and behave the same like on Linux.

On Windows, the following command should work in the command prompt after you installed Docker Desktop:

docker run ^
--sig-proxy=false ^
--name nextcloud-aio-mastercontainer ^
--restart always ^
--publish 80:80 ^
--publish 8080:8080 ^
--publish 8443:8443 ^
--volume nextcloud_aio_mastercontainer:/mnt/docker-aio-config ^
--volume //var/run/docker.sock:/var/run/docker.sock:ro ^
nextcloud/all-in-one:latest

Please note: In order to make the built-in backup solution able to back up to the host system, you need to create a volume with the name nextcloud_aio_backupdir beforehand:

docker volume create ^
--driver local ^
--name nextcloud_aio_backupdir ^
-o device="/host_mnt/c/your/backup/path" ^
-o type="none" ^
-o o="bind"

(The value /host_mnt/c/your/backup/path in this example would be equivalent to C:\your\backup\path on the Windows host. So you need to translate the path that you want to use into the correct format.) ⚠️️ Attention: Make sure that the path exists on the host before you create the volume! Otherwise everything will bug out!

Also, you may be interested in adjusting Nextcloud's Datadir to store the files on the host system. See this documentation on how to do it.

The easiest way to run it with Portainer on Linux is to use Portainer's stacks feature and use this docker-compose file in order to start AIO correctly.

Although it does not seems like it is the case but from AIO perspective a Cloudflare Argo Tunnel works like a reverse proxy. So please follow the reverse proxy documentation where is documented how to make it run behind a Cloudflare Argo Tunnel.

You can install AIO in reverse proxy mode where is also documented how to get it running using the ACME DNS-challenge for getting a valid certificate for AIO. See the reverse proxy documentation. (Meant is the Caddy with ACME DNS-challenge section).

If you do not want to open Nextcloud to the public internet, you may have a look at the following documentation how to set it up locally: local-instance.md

No and they will not be. If you want to run it locally, without opening Nextcloud to the public internet, please have a look at the local instance documentation.

No and it will not be added. If you only want to run it locally, you may have a look at the following documentation: local-instance.md

No and they will not be. Please use a dedicated domain for Nextcloud and set it up correctly by following the reverse proxy documentation. If port 443 and/or 80 is blocked for you, you may use the ACME DNS-challenge or a Cloudflare Argo Tunnel.

No and it will not be added. Please use a dedicated domain for Nextcloud and set it up correctly by following the reverse proxy documentation.

The recommended way is to set up a local dns-server like a pi-hole and set up a custom dns-record for that domain that points to the internal ip-adddress of your server that runs Nextcloud AIO. Below are some guides:

• https://www.howtogeek.com/devops/how-to-run-your-own-dns-server-on-your-local-network/
• https://howchoo.com/pi/pi-hole-setup together with https://docs.callitkarma.me/posts/PiHole-Local-DNS/
• https://dockerlabs.collabnix.com/intermediate/networking/Configuring_DNS.html

If you are completely sure that you've configured everything correctly and are not able to pass the domain validation, you may skip the domain validation by adding -e SKIP_DOMAIN_VALIDATION=true to the docker run command of the mastercontainer.

It is known that Linux distros that use firewalld as their firewall daemon have problems with docker networks. In case the containers are not able to communicate with each other, you may change your firewalld to use the iptables backend by running:

sudo sed -i 's/FirewallBackend=nftables/FirewallBackend=iptables/g' /etc/firewalld/firewalld.conf
sudo systemctl restart firewalld docker

Afterwards it should work.

See https://dev.to/ozorest/fedora-32-how-to-solve-docker-internal-network-issue-22me for more details on this. This limitation is even mentioned on the official firewalld website: https://firewalld.org/#who-is-using-it

Simply run the following: sudo docker exec --user www-data -it nextcloud-aio-nextcloud php occ your-command. Of course your-command needs to be exchanged with the command that you want to run.

Simply run the following command: sudo docker exec --user www-data -it nextcloud-aio-nextcloud php occ config:system:set default_phone_region --value="yourvalue". Of course you need to modify yourvalue based on your location. Examples are DE, EN and GB. See this list for more codes: https://en.wikipedia.org/wiki/ISO_3166-1_alpha-2#Officially_assigned_code_elements

See multiple-instances.md for some documentation on this.

Nextcloud features a built-in bruteforce protection which may get triggered and will block an ip-address or disable a user. You can unblock an ip-address by running sudo docker exec --user www-data -it nextcloud-aio-nextcloud php occ security:bruteforce:reset <ip-address> and enable a disabled user by running sudo docker exec --user www-data -it nextcloud-aio-nextcloud php occ user:enable <name of user>. See https://docs.nextcloud.com/server/latest/admin_manual/configuration_server/occ_command.html#security for further information.

This project values stability over new features. That means that when a new major Nextcloud update gets introduced, we will wait at least until the first patch release, e.g. 24.0.1 is out before upgrading to it. Also we will wait with the upgrade until all important apps are compatible with the new major version. Minor or patch releases for Nextcloud and all dependencies as well as all containers will be updated to new versions as soon as possible but we try to give all updates first a good test round before pushing them. That means that it can take around 2 weeks before new updates reach the latest channel. If you want to help testing, you can switch to the beta channel by following this documentation which will also give you the updates earlier.

You can switch to a different channel like e.g. the beta channel or from the beta channel back to the latest channel by stopping the mastercontainer, removing it (no data will be lost) and recreating the container using the same command that you used initially to create the mastercontainer. For the beta channel on x64 you need to change the last line nextcloud/all-in-one:latest to nextcloud/all-in-one:beta and vice versa. For arm64 it is nextcloud/all-in-one:latest-arm64 and nextcloud/all-in-one:beta-arm64, respectively.

If we push new containers to latest, you will see in the AIO interface below the containers section that new container updates were found. In this case, just press Stop containers and Start containers in order to update the containers. The mastercontainer has its own update procedure though. See below. And don't forget to back up the current state of your instance using the built-in backup solution before starting the containers again! Otherwise you won't be able to restore your instance easily if something should break during the update.

If a new Mastercontainer update was found, you'll see an additional section below the containers section which shows that a mastercontainer update is available. If so, you can simply press on the button to update the container.

Additionally, there is a cronjob that runs once a day that checks for container and mastercontainer updates and sends a notification to all Nextcloud admins if a new update was found.

If your Nextcloud is running and you are logged in as admin in your Nextcloud, you can easily log in to the AIO interface by opening https://yourdomain.tld/settings/admin/overview which will show a button on top that enables you to log in to the AIO interface by just clicking on this button. Note: You can change the domain/ip-address/port of the button by simply stopping the containers, visiting the AIO interface from the correct and desired domain/ip-address/port and clicking once on Start containers.

⚠️ Please note: Editing the configuration.json manually and making a mistake may break your instance so please create a backup first!

If you set up a new AIO instance, you need to enter a domain. Currently there is no way to change this domain afterwards from the AIO interface. So in order to change it, you need to edit the configuration.json manually that is most likely stored in /var/lib/docker/volumes/nextcloud_aio_mastercontainer/_data/data/configuration.json, subsitute each occurrence of your old domain with your new domain and save and write out the file. Afterwards restart your containers from the AIO interface and everything should work as expected if the new domain is correctly configured.
If you are running AIO behind a reverse proxy, you need to obviously also change the domain in your reverse proxy config.

If something goes unexpected routes during the initial installation, you might want to reset the AIO installation to be able to start from scratch.

Please note: if you already have it running and have data on your instance, you should not follow these instructions as it will delete all data that is coupled to your AIO instance.

Here is how to reset the AIO instance properly:

1. Stop all containers if they are running from the AIO interface
2. Stop the mastercontainer with sudo docker stop nextcloud-aio-mastercontainer
3. If the domaincheck container is still running, stop it with sudo docker stop nextcloud-aio-domaincheck
4. Check which containers are stopped: sudo docker ps --filter "status=exited"
5. Now remove all these stopped containers with sudo docker container prune
6. Delete the docker network with sudo docker network rm nextcloud-aio
7. Check which volumes are dangling with sudo docker volume ls --filter "dangling=true"
8. Now remove all these dangling volumes: sudo docker volume prune (on Windows you might need to remove some volumes afterwards manually with docker volume rm nextcloud_aio_backupdir, docker volume rm nextcloud_aio_nextcloud_datadir). Also if you've configured NEXTCLOUD_DATADIR to a path on your host instead of the default volume, you need to clean that up as well.
9. Optional: You can remove all docker images with sudo docker image prune -a.
10. And you are done! Now feel free to start over with the recommended docker run command!

Nextcloud AIO provides a local backup solution based on BorgBackup. These backups act as a local restore point in case the installation gets corrupted.

It is recommended to create a backup before any container update. By doing this, you will be safe regarding any possible complication during updates because you will be able to restore the whole instance with basically one click.

If you connect an external drive to your host, and choose the backup directory to be on that drive, you are also kind of safe against drive failures of the drive where the docker volumes are stored on.

Backups can be created and restored in the AIO interface using the buttons Create Backup and Restore selected backup. Additionally, a backup check is provided that checks the integrity of your backups but it shouldn't be needed in most situations.

The backups itself get encrypted with an encryption key that gets shown to you in the AIO interface. Please save that at a safe place as you will not be able to restore from backup without this key.

Be aware that this solution does not back up files and folders that are mounted into Nextcloud using the external storage app.

Note that this implementation does not provide remote backups, for this you can use the backup app.

If you are running AIO in a LXC container, you need to make sure that FUSE is enabled in the LXC container settings. Otherwise the backup container will not be able to start as FUSE is required for it to work.

You can open the BorgBackup archives on your host by following these steps:
(instructions for Ubuntu Desktop)

# Install borgbackup on the host
sudo apt update && sudo apt install borgbackup

# Mount the archives to /tmp/borg (if you are using the default backup location /mnt/backup/borg)
sudo mkdir -p /tmp/borg && sudo borg mount "/mnt/backup/borg" /tmp/borg

# After entering your repository key successfully, you should be able to access all archives in /tmp/borg
# You can now do whatever you want by syncing them to a different place using rsync or doing other things
# E.g. you can open the file manager on that location by running:
xhost +si:localuser:root && sudo nautilus /tmp/borg

# When you are done, simply close the file manager and run the following command to unmount the backup archives:
sudo umount /tmp/borg

You can delete BorgBackup archives on your host manually by following these steps:
(instructions for Debian based OS' like Ubuntu)

# Install borgbackup on the host
sudo apt update && sudo apt install borgbackup

# List all archives (if you are using the default backup location /mnt/backup/borg)
sudo borg list "/mnt/backup/borg"

# After entering your repository key successfully, you should now see a list of all backup archives
# An example backup archive might be called 20220223_174237-nextcloud-aio
# Then you can simply delete the archive with:
sudo borg delete --stats --progress "/mnt/backup/borg::20220223_174237-nextcloud-aio"

# If borg 1.2.0 or higher is installed, you then need to run borg compact in order to clean up the freed space
sudo borg --version
# If version number of the command above is higher than 1.2.0 you need to run the command below:
sudo borg compact "/mnt/backup/"

After doing so, make sure to update the backup archives list in the AIO interface!
You can do so by clicking on the Check backup integrity button or Create backup button.

For increased backup security, you might consider syncing the backup repository regularly to another drive.

To do that, first add the drive to /etc/fstab so that it is able to get automatically mounted and then create a script that does all the things automatically. Here is an example for such a script:

#!/bin/bash

# Please modify all variables below to your needings:
SOURCE_DIRECTORY="/mnt/backup/borg"
DRIVE_MOUNTPOINT="/mnt/backup-drive"
TARGET_DIRECTORY="/mnt/backup-drive/borg"

########################################
# Please do NOT modify anything below! #
########################################

if [ "$EUID" -ne 0 ]; then 
    echo "Please run as root"
    exit 1
fi

if ! [ -d "$SOURCE_DIRECTORY" ]; then
    echo "The source directory does not exist."
    exit 1
fi

if [ -z "$(ls -A "$SOURCE_DIRECTORY/")" ]; then
    echo "The source directory is empty which is not allowed."
    exit 1
fi

if ! [ -d "$DRIVE_MOUNTPOINT" ]; then
    echo "The drive mountpoint must be an existing directory"
    exit 1
fi

if ! grep -q "$DRIVE_MOUNTPOINT" /etc/fstab; then
    echo "Could not find the drive mountpoint in the fstab file. Did you add it there?"
    exit 1
fi

if ! mountpoint -q "$DRIVE_MOUNTPOINT"; then
    mount "$DRIVE_MOUNTPOINT"
    if ! mountpoint -q "$DRIVE_MOUNTPOINT"; then
        echo "Could not mount the drive. Is it connected?"
        exit 1
    fi
fi

if [ -f "$SOURCE_DIRECTORY/lock.roster" ]; then
    echo "Cannot run the script as the backup archive is currently changed. Please try again later."
    exit 1
fi

mkdir -p "$TARGET_DIRECTORY"
if ! [ -d "$TARGET_DIRECTORY" ]; then
    echo "Could not create target directory"
    exit 1
fi

if [ -f "$SOURCE_DIRECTORY/aio-lockfile" ]; then
    echo "Not continuing because aio-lockfile already exists."
    exit 1
fi

touch "$SOURCE_DIRECTORY/aio-lockfile"

if ! rsync --stats --archive --human-readable --delete "$SOURCE_DIRECTORY/" "$TARGET_DIRECTORY"; then
    echo "Failed to sync the backup repository to the target directory."
    exit 1
fi

rm "$SOURCE_DIRECTORY/aio-lockfile"
rm "$TARGET_DIRECTORY/aio-lockfile"

umount "$DRIVE_MOUNTPOINT"

if docker ps --format "{{.Names}}" | grep "^nextcloud-aio-nextcloud$"; then
    docker exec -it nextcloud-aio-nextcloud bash /notify.sh "Rsync backup successful!" "Synced the backup repository successfully."
else
    echo "Synced the backup repository successfully."
fi

You can simply copy and past the script into a file e.g. named backup-script.sh e.g. here: /root/backup-script.sh. Do not forget to modify the variables to your requirements!

Afterwards apply the correct permissions with sudo chown root:root /root/backup-script.sh and sudo chmod 700 /root/backup-script.sh. Then you can create a cronjob that runs e.g. at 20:00 each week on Sundays like this:

1. Open the cronjob with sudo crontab -u root -e (and choose your editor of choice if not already done. I'd recommend nano).
2. Add the following new line to the crontab if not already present: 0 20 * * 7 /root/backup-script.sh which will run the script at 20:00 on Sundays each week.
3. save and close the crontab (when using nano are the shortcuts for this Ctrl + o -> Enter and close the editor with Ctrl + x).

You can do so by running the /daily-backup.sh script that is stored in the mastercontainer. It accepts the following environmental varilables:

• AUTOMATIC_UPDATES if set to 1, it will automatically stop the containers, update them and start them including the mastercontainer. If the mastercontainer gets updated, this script's execution will stop as soon as the mastercontainer gets stopped. You can then wait until it is started again and run the script with this flag again in order to update all containers correctly afterwards.
• DAILY_BACKUP if set to 1, it will automatically stop the containers and create a backup. If you want to start them again afterwards, you may have a look at the START_CONTAINERS option. Please be aware that this option is non-blocking if START_CONTAINERS and AUTOMATIC_UPDATES is not enabled at the same time which means that the backup check is not done when the process is finished since it only start the borgbackup container with the correct configuration.
• START_CONTAINERS if set to 1, it will automatically start the containers without updating them.
• STOP_CONTAINERS if set to 1, it will automatically stop the containers.
• CHECK_BACKUP if set to 1, it will start the backup check. This is not allowed to be enabled at the same time like DAILY_BACKUP. Please be aware that this option is non-blocking which means that the backup check is not done when the process is finished since it only start the borgbackup container with the correct configuration.

One example for this would be sudo docker exec -it -e DAILY_BACKUP=1 nextcloud-aio-mastercontainer /daily-backup.sh, which you can run via a cronjob or put it in a script.

⚠️ Please note that none of the option returns error codes. So you need to check for the correct result yourself.

If you already have a backup solution in place, you may want to hide the backup section. You can do so by adding -e DISABLE_BACKUP_SECTION=true to the initial startup of the mastercontainer.

⚠️ Attention: It is very important to change the datadir before Nextcloud is installed/started the first time and not to change it afterwards! If you still want to do it afterwards, see this on how to do it.

You can configure the Nextcloud container to use a specific directory on your host as data directory. You can do so by adding the environmental variable NEXTCLOUD_DATADIR to the initial startup of the mastercontainer. Allowed values for that variable are strings that start with / and are not equal to /.

• An example for Linux is -e NEXTCLOUD_DATADIR="/mnt/ncdata".
• On macOS it might be -e NEXTCLOUD_DATADIR="/var/nextcloud-data"
• For Synology it may be -e NEXTCLOUD_DATADIR="/volume1/docker/nextcloud/data".
• On Windows it must be -e NEXTCLOUD_DATADIR="nextcloud_aio_nextcloud_datadir". In order to use this, you need to create the nextcloud_aio_nextcloud_datadir volume beforehand:

  docker volume create ^
  --driver local ^
  --name nextcloud_aio_nextcloud_datadir ^
  -o device="/host_mnt/c/your/data/path" ^
  -o type="none" ^
  -o o="bind"
  

  (The value /host_mnt/c/your/data/path in this example would be equivalent to C:\your\data\path on the Windows host. So you need to translate the path that you want to use into the correct format.) ⚠️️ Attention: Make sure that the path exists on the host before you create the volume! Otherwise everything will bug out!

By default, the Nextcloud container is confined and cannot access directories on the host OS. You might want to change this when you are planning to use local external storage in Nextcloud to store some files outside the data directory and can do so by adding the environmental variable NEXTCLOUD_MOUNT to the initial startup of the mastercontainer. Allowed values for that variable are strings that start with / and are not equal to /.

• Two examples for Linux are -e NEXTCLOUD_MOUNT="/mnt/" and -e NEXTCLOUD_MOUNT="/media/".
• For Synology it may be -e NEXTCLOUD_MOUNT="/volume1/".
• On Windows is this option not supported.

After using this option, please make sure to apply the correct permissions to the directories that you want to use in Nextcloud. E.g. sudo chown -R 33:0 /mnt/your-drive-mountpoint and sudo chmod -R 750 /mnt/your-drive-mountpoint should make it work on Linux when you have used -e NEXTCLOUD_MOUNT="/mnt/".

You can then navigate to the apps management page, activate the external storage app, navigate to https://your-nc-domain.com/settings/admin/externalstorages and add a local external storage directory that will be accessible inside the container at the same place that you've entered. E.g. /mnt/your-drive-mountpoint will be mounted to /mnt/your-drive-mountpoint inside the container, etc.

Be aware though that these locations will not be covered by the built-in backup solution!

Please note: If you can't see the type "local storage" in the external storage admin options, a restart of the containers from the AIO interface may be required.

By default will the talk container use port 3478/UDP and 3478/TCP for connections. You can adjust the port by adding e.g. -e TALK_PORT=3478 to the initial docker run command and adjusting the port to your desired value.

By default are uploads to Nextcloud limited to a max of 10G. You can adjust the upload limit by providing -e NEXTCLOUD_UPLOAD_LIMIT=10G to the docker run command of the mastercontainer and customize the value to your fitting. It must start with a number and end with G e.g. 10G.

By default are uploads to Nextcloud limited to a max of 3600s. You can adjust the upload time limit by providing -e NEXTCLOUD_MAX_TIME=3600 to the docker run command of the mastercontainer and customize the value to your fitting. It must be a number e.g. 3600.

By default is each PHP process in the Nextcloud container limited to a max of 512 MB. You can adjust the memory limit by providing -e NEXTCLOUD_MEMORY_LIMIT=512M to the docker run command of the mastercontainer and customize the value to your fitting. It must start with a number and end with M e.g. 1024M.

If you get an error during the domain validation which states that your ip-address is an internal or reserved ip-address, you can fix this by first making sure that your domain indeed has the correct public ip-address that points to the server and then adding --add-host yourdomain.com:<public-ip-address> to the initial docker run command which will allow the domain validation to work correctly. And so that you know: even if the A record of your domain should change over time, this is no problem since the mastercontainer will not make any attempt to access the chosen domain after the initial domain validation.

You can run AIO also with docker rootless. How to do this is documented here: docker-rootless.md

You might want to adjust the Nextcloud apps that are installed upon the first startup of the Nextcloud container. You can do so by adding -e NEXTCLOUD_STARTUP_APPS="twofactor_totp deck tasks calendar contacts apporder" to the docker run command of the mastercontainer and customize the value to your fitting. It must be a string with small letters a-z, spaces and hyphens or '_'.

Some Nextcloud apps require additional external dependencies that must be bundled within Nextcloud container in order to work correctly. As we cannot put each and every dependency for all apps into the container - as this would make the project very fast unmaintainable - there is an official way how you can add additional dependencies into the Nextcloud container. However note that doing this is disrecommended since we do not test Nextcloud apps that require external dependencies.

You can do so by adding -e NEXTCLOUD_ADDITIONAL_APKS="imagemagick dependency2 dependency3" to the docker run command of the mastercontainer and customize the value to your fitting. It must be a string with small letters a-z, digits 0-9, spaces, dots and hyphens or '_'. You can find available packages here: https://pkgs.alpinelinux.org/packages?name=&branch=v3.16&repo=&arch=&maintainer=. By default added is imagemagick. If you want to keep that, you need to specify it as well.

Some Nextcloud apps require additional php extensions that must be bundled within Nextcloud container in order to work correctly. As we cannot put each and every dependency for all apps into the container - as this would make the project very fast unmaintainable - there is an official way how you can add additional php extensions into the Nextcloud container. However note that doing this is disrecommended since we do not test Nextcloud apps that require additional php extensions.

You can do so by adding -e NEXTCLOUD_ADDITIONAL_PHP_EXTENSIONS="imagick extension1 extension2" to the docker run command of the mastercontainer and customize the value to your fitting. It must be a string with small letters a-z, digits 0-9, spaces, dots and hyphens or '_'. You can find available extensions here: https://pecl.php.net/packages.php. By default added is imagick. If you want to keep that, you need to specify it as well.

When your containers run for a few days without a restart, the container logs that you can view from the AIO interface can get really huge. You can limit the loge sizes by enabling logrotate for docker container logs. Feel free to enable this by following those instructions: https://sandro-keil.de/blog/logrotate-for-docker-container/

The files and folders that you add to Nextcloud are by default stored in the following directory: /var/lib/docker/volumes/nextcloud_aio_nextcloud_data/_data/ on the host. If needed, you can modify/add/delete files/folders there but ATTENTION: be very careful when doing so because you might corrupt your AIO installation! Best is to create a backup using the built-in backup solution before editing/changing files/folders in there because you will then be able to restore your instance to the backed up state.

After you are done modifying/adding/deleting files/folders, don't forget to apply the correct permissions by running: sudo chown -R 33:0 /var/lib/docker/volumes/nextcloud_aio_nextcloud_data/_data/* and sudo chmod -R 750 /var/lib/docker/volumes/nextcloud_aio_nextcloud_data/_data/* and rescan the files with sudo docker exec --user www-data -it nextcloud-aio-nextcloud php occ files:scan --all.

You can move the whole docker library and all its files including all Nextcloud AIO files and folders to a separate drive by first mounting the drive in the host OS (NTFS is not supported) and then following this tutorial: https://www.guguweb.com/2019/02/07/how-to-move-docker-data-directory-to-another-location-on-ubuntu/
(Of course docker needs to be installed first for this to work.)

You can edit Nextclouds config.php file directly from the host with your favorite text editor. E.g. like this: sudo nano /var/lib/docker/volumes/nextcloud_aio_nextcloud/_data/config/config.php. Make sure to not break the file though which might corrupt your Nextcloud instance otherwise. In best case, create a backup using the built-in backup solution before editing the file.

If you want to define a custom skeleton directory, you can do so by putting your skeleton files into /var/lib/docker/volumes/nextcloud_aio_nextcloud_data/_data/skeleton/, applying the correct permissions with sudo chown -R 33:0 /var/lib/docker/volumes/nextcloud_aio_nextcloud_data/_data/skeleton and and sudo chmod -R 750 /var/lib/docker/volumes/nextcloud_aio_nextcloud_data/_data/* and setting the skeleton directory option with sudo docker exec --user www-data -it nextcloud-aio-nextcloud php occ config:system:set skeletondirectory --value="/mnt/ncdata/skeleton". You can read further on this option here: click here

You can configure your server to block certain ip-addresses using fail2ban as bruteforce protection. Here is how to set it up: https://docs.nextcloud.com/server/stable/admin_manual/installation/harden_server.html#setup-fail2ban. The logpath of AIO is by default /var/lib/docker/volumes/nextcloud_aio_nextcloud/_data/data/nextcloud.log. Do not forget to add chain=DOCKER-USER to your nextcloud jail config (nextcloud.local) otherwise the nextcloud service running on docker will still be accessible even if the IP is banned. Also, you may change the blocked ports to cover all AIO ports: by default 80,443,8080,8443,3478 (see this)

It is possible to connect to an existing LDAP server. You need to make sure that the LDAP server is reachable from the Nextcloud container. Then you can enable the LDAP app and configure LDAP in Nextcloud manually. If you don't have a LDAP server yet, recommended is to use this docker container: https://hub.docker.com/r/nitnelave/lldap. Make sure here as well that Nextcloud can talk to the LDAP server. The easiest way is by adding the LDAP docker container to the docker network nextcloud-aio. Then you can connect to the LDAP container by its name from the Nextcloud container.

Netdata allows you to monitor your server using a GUI. You can install it by following https://learn.netdata.cloud/docs/agent/packaging/docker#create-a-new-netdata-agent-container.

If you want to use the user_sql app, the easiest way is to create an additional database container and add it to the docker network nextcloud-aio. Then the Nextcloud container should be able to talk to the database container using its name.

It is possible to install any of these to get a GUI for your AIO database. The pgAdmin container is recommended. You can get some docs on it here: https://www.pgadmin.org/docs/pgadmin4/latest/container_deployment.html. For the container to connect to the aio-database, you need to connect the container to the docker network nextcloud-aio and use nextcloud-aio-database as database host, oc_nextcloud as database username and the password that you get when running sudo grep dbpassword /var/lib/docker/volumes/nextcloud_aio_nextcloud/_data/config/config.php as the password.

You can configure one yourself by using either of these three recommended projects: Docker Mailserver, Maddy Mail Server or Mailcow. Docker Mailserver and Maddy Mail Server are probably a bit easier to set up as it is possible to run them using only one container but Mailcow has much more features.

Please see the following documentation on this: migration.md

For integrating new containers, they must pass specific requirements for being considered to get integrated in AIO itself. Even if not considered, we may add some documentation on it.

What are the requirements?

1. New containers must be related to Nextcloud. Related means that there must be a feature in Nextcloud that gets added by adding this container.
2. It must be optionally installable. Disabling and enabling the container from the AIO interface must work and must not produce any unexpected side-effects.
3. The feature that gets added into Nextcloud by adding the container must be maintained by the Nextcloud GmbH.
4. It must be possible to run the container without big quirks inside docker containers. Big quirks means e.g. needing to change the capabilities or security options.
5. The container should not mount directories from the host into the container: only docker volumes should be used.

For some applications it might be necessary to enstablish a secured connection to a host / server which is using a certificated issued by a Certification Authority that is not trusted out of the box. An example could be configuring LDAPS against the Domain Controller (ActiveDirectory) of an organization

You can make the Nextcloud container trust any Certification Authority by providing the environmental variable NEXTCLOUD_TRUSTED_CACERTS_DIR when starting the AIO-mastercontainer. The value of the variables should be set to the absolute path to a directory on the host, which contains one or more Certification Authority's certificate. You should use X.509 certificates, Base64 encoded. (Other formats may work but have not been tested!) All the certificates in the directory will be trusted.

When using docker run, the environmental variable can be set with -e NEXTCLOUD_TRUSTED_CACERTS_DIR=/path/to/my/cacerts.

In order for the value to be valid, the path should start with / and not end with '/' and point to an existing directory. Pointing the variable directly to a certificate file will not work and may also break things.

The Collabora container enables Seccomp by default, which is a security feature of the Linux kernel. On systems without this kernel feature enabled, you need to provide -e COLLABORA_SECCOMP_DISABLED=true to the initial docker run command in order to make it work.

If you have an external backup solution, you might want to enable automatic updates without creating a backup first. However note that doing this is disrecommended since you will not be able to easily create and restore a backup from the AIO interface anymore and you need to make sure to shut down all the containers properly before creating the backup, e.g. by stopping them from the AIO interface first.

But anyhow, is here a guide that helps you automate the whole procedure:

#!/bin/bash

# Stop the containers
docker exec -e STOP_CONTAINERS=1 nextcloud-aio-mastercontainer /daily-backup.sh

# Below is optional if you run AIO in a VM which will shut down the VM afterwards
# poweroff

You can simply copy and past the script into a file e.g. named shutdown-script.sh e.g. here: /root/shutdown-script.sh.

Afterwards apply the correct permissions with sudo chown root:root /root/shutdown-script.sh and sudo chmod 700 /root/shutdown-script.sh. Then you can create a cronjob that runs e.g. runs the script at 04:00 each day like this:

1. Open the cronjob with sudo crontab -u root -e (and choose your editor of choice if not already done. I'd recommend nano).
2. Add the following new line to the crontab if not already present: 0 4 * * * /root/shutdown-script.sh which will run the script at 04:00 each day.
3. save and close the crontab (when using nano are the shortcuts for this Ctrl + o -> Enter and close the editor with Ctrl + x).

After that is in place, you should schedule a backup from your backup solution that creates a backup after AIO is shut down properly. Hint: If your backup runs on the same host, make sure to at least back up all docker volumes and additionally Nextclouds datadir, if it is not stored in a docker volume.

Afterwards, you can create a second script that automatically updates the containers:

#!/bin/bash

# Run container update once
if ! docker exec -e AUTOMATIC_UPDATES=1 nextcloud-aio-mastercontainer /daily-backup.sh; then
    while docker ps --format "{{.Names}}" | grep -q "^nextcloud-aio-watchtower$"; do
        echo "Waiting for watchtower to stop"
        sleep 30
    done

    while ! docker ps --format "{{.Names}}" | grep -q "^nextcloud-aio-mastercontainer$"; do
        echo "Waiting for Mastercontainer to start"
        sleep 30
    done

    # Run container update another time to make sure that all containers are updated correctly.
    docker exec -e AUTOMATIC_UPDATES=1 nextcloud-aio-mastercontainer /daily-backup.sh
fi

You can simply copy and past the script into a file e.g. named automatic-updates.sh e.g. here: /root/automatic-updates.sh.

Afterwards apply the correct permissions with sudo chown root:root /root/automatic-updates.sh and sudo chmod 700 /root/automatic-updates.sh. Then you can create a cronjob that runs e.g. at 05:00 each day like this:

1. Open the cronjob with sudo crontab -u root -e (and choose your editor of choice if not already done. I'd recommend nano).
2. Add the following new line to the crontab if not already present: 0 5 * * * /root/automatic-updates.sh which will run the script at 05:00 each day.
3. save and close the crontab (when using nano are the shortcuts for this Ctrl + o -> Enter and close the editor with Ctrl + x).