![]() As a result, even if something happens to the container your data will be safe and all you have to do is recreate the container and attach it to the same volume to get access to your data. The Volume tab is used to map files or folders from within the container outside to your local shared folder(s) on your NAS. That means that in the case of BW, all your imported data, and long random passwords that you have defined are gone! Now that you have understood the importance of this let's configure an outside volume that will keep your data safe from this scenario. As a result, all your work will be reset and gone. This means that after you restart your container (reboot, NAS update, Docker update, docker image update) it will reset itself to initial settings. If you start working with your container, all information, configuration, data, etc, are sandboxed inside the container. Read up on those so that I don't start messing with this tutorial too much, but in short, it means this. Now, this is the most important thing that needs to be done when working with containers. I use Heimdall for all my docker URL needs so this option is OFF (again, you can use it if you choose to do so). Desktop in this context is DSM desktop, not your computer desktop. Regarding shortcuts on the desktop, personally, I don't use them. Ofc this is an optional setting but still. The Auto-restart feature is nice to have ON in case you need to reboot your NAS or Docker for that matter and want all your containers booting automatically. Opening the Advanced settings window will show up multiple tabs that need to be configured (not all and not for every container): All custom docker settings that can be set using the UI docker has a great benefit in that it can limit resources so that a buggy image/container will not take all of your NAS resources in case there is a memory leak or some nasty bug in the image itself. As it's shown on the image I gave the BW container only 50MB of RAM as the maximum (it's not gonna use that much anyway) just to be on the safe side. Give the container a name, enable resource limit (optional, but I like to use it to control how much ram and CPU priority the container needs), and then click the Advanced Settings button (not Next). The 1st step in this wizard looks like this: Container creation wizard So remember, an image creates a container and you can create multiple containers from a single image if you need to. This action will start the Container creation wizard. Now that the image has been downloaded click on it and press the Launch button on the top. Since then this image has been deprecated. You should see bitwarden image in the list: This is an old image. Now wait for the image to download and DSM will notify you when it's ready via a system notification.Īs soon as that's done, switch over to the Image tab inside Docker. A pop-up window will show up asking you what version you want. ![]() After a few seconds, you should get a list similar to this one.Īs you can see vaultwarden/server is the top result for me, if that's not the case with you just find it manually. Switch over to the Registry tab and use the search field to type in bitwarden. Support for it can be reached on their Matrix chat channel if needed.Īfter you have installed Docker open it up and you will land on a similar screen: Docker image pull from Its updated and maintained all the time so there is no need to worry. This tutorial will focus on a custom vaultwarden/server image that I use as well. If your NAS is from the '+' lineup, then you are good to go. ![]() Keep in mind that this is not 100% supported and some features of docker will still not function. After that, you can use the Manual Install button in Package Center to install Docker. You can self-host it or run your account from BW "cloud" as well.ġst thing - install Docker via Package Center or if your NAS doesn't support it, install it manually by downloading the package from Synology site. So let's see if BitWarden can be a solution for you. Nowadays when privacy is at its peak having your personal accounts, passwords, credit cards, etc, in some "cloud" could be an issue for some. In this post, I will focus on running a self-hosted alternative to some commercial solutions out there, like 1Password for example. "ADMIN_TOKEN=xxxxxxxxxxxxxxxxxxxxxxxxxxxxxx" #add custom string for logging into the admin UI "SIGNUPS_ALLOWED=false" #true or false if you want to enable or disable public signups "WEBSOCKET_ENABLED=true" #Enable this if you want to use the LiveSync feature on port 3012 "SMTP_PASSWORD=password" #add SMTP_XXXX variables to allow public user managment (account reset etc) UPDATE: - added docker-compose code as an alternative to using Synology Docker UI ![]()
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