![]() ![]() Once done click Create and your bucket is now ready. You can leave it as None since Google Cloud Storage Buckets are Secure by default. The last step is to choose the protection tools.Google Recommends Uniform Access Control but I was not able to wrap my head around how it works and thus I just use Fine-grained access control which allows me to authenticate through the service account I created earlier. When it comes to how your data will be accessed, there are two options Uniform and Fine-grained.For the default storage class, just choose the Standard class, or any other class depending on your needs.In this part, I will just choose a single region as it is the cheapest Name your bucket and choose the location where your bucket will be created.Head over to the Cloud Storage Tab and create a new Bucket.You can have folders and files in a single Bucket. A bucket is a basic container which holds all your data. Once you are done with setting up the Service Account, it is now time to create a Storage Bucket. This will create a new key with its corresponding service account JSON file which you can download to your local pc. ![]() ![]() Just connect to their API and you are good to go. This provides all the features I mentioned above and removes the burden of maintaining your own File Server. Take Google Cloud for instance, for just 0.02$, at the time of writing, you get 1GB of storage. Object Storage help solve these problems as they provide Security, Scalability and Availability at the fraction of the price. It is also not secure because you would need to actively implement security features to safeguard your file server. It is also not scalable because you would have to dedicate one instance to primarily store files which can lead to more revenue spent on your infrastructure. However, it does come at risk since the server can always get corrupted or worse get deleted making all your files and images to be lost in the event of such a scenario. Add new permission, fill your service account email with your account.When it comes to files, it is way easier to just store them on the disk, say for your server, because it is free and it is one way of utilizing your server space assigned to you by your host.Go to your project in Google Cloud Console.That’s it - the images should now come from Backups are now possible, as thankfully pointed out in this post. In Discourse settings, change the s3 cdn url to your domain - make sure this ties in with how your load balancer rule has been set up Hosts for both need to be * paths need to be /original/* and /optimized/* and the backend needs to point to the backend bucket - save the settings For the backend, create a backend bucket, point it to the storage bucket created above, enable CDN, and connect itįor the URL map, create two rules. Set up a load balancer if you don’t already have one. It needs to set up using object level permissions though Make sure your bucket is accessible publicly. To ‘serve’ images directly from your domain, follow the steps below: That’s it! Try uploading an image - it should all work magically In s3_endpoint, paste in the below endpoint: Paste in both “ Access Key ID ” and “ Secret Access Key ” in their respective text fields (these were generated when the developer key was created) Then make the changes below:Ĭheck the “ enable s3 backups ” checkbox if you want to activate manual or automated backupsĮnter the desired bucket name created above in “ s3 backup bucket ” if enable s3 backups is checked Now we need to configure the Discourse instance. Enter a unique name and select a default storage class (I used multi-regional within the US). Set a default Google project if you don’t have one.Ĭreate a bucket by going here. Do you want to use Google Storage for your image uploads? Here are the steps:
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