Just what i find

In a previous post, I explained how to configure Azurite to use a self-signed certificate to enable OAuth authentication. One challenge with this method is that the Azure Python SDK will refuse to connect to azurite, reporting errors such as: This is because the the Azure SDK uses the Requests library, which in turn uses Certifi as its source of root certificates. Certifi provides a regularly updated bundle of the Mozilla root trust store, and our self-signed custom certificate obviously isn’t in Mozilla’s trust list! Making Requests trust our self-signed certificate You can get around this by setting the REQUESTS_CA_BUNDLE… Continue reading →

I’ve been using Azurite to simulate Azure storage for my development. If you’re not familiar with it, Azurite is a local storage emulator for Azure Storage, and you can read my other post about how i’ve set up my devcontainer configuration to run Azurite as a service container. As my deployed code is using an Azure Managed Identity, I wanted ensure my development environment was consistent with this and also uses Azure DefaultAzureCredential credential provider class. In this post, i will talk through the steps required to switch from using a connection string (with a well-known account and key) to… Continue reading →

When developing with Azure Storage, it can significantly speed up your development process if you can use a local development environment, rather than constantly connecting directly to storage in Azure itself. This is where Azurite comes in – Azurite is a local storage emulator for Azure Storage, mimicing blob/container, queue and table storage. While there are lots of ways to get it running (e.g. from binary, manually using Docker etc.), I wanted to set it up as a service container in my devcontainer configuration which provides a few benefits: This guide provides a basic outline for setting up Azurite as… Continue reading →

In Pulumi, when calling pulumi_azure_native.storage.list_storage_account_service_sas_output() to generate a SAS, you pass the required permissions to the permissions: Input[str | Permissions | None] parameter. pulumi_azure_native.storage.Permissions is an enum, offering simple selections (R, L etc.): But you can also pass a string of permissions, any of R, L, D, W, C, A, or P, depending on the actions you want to allow for the SAS. This allows you to specify permissions for reading (R), listing (L), deleting (D), writing (W), creating (C), adding (A), or processing (P) blobs within the container, such as permissions=”RWL”: Continue reading →

Another note for myself. I wanted to use this to give my app access to the entire account. I thought they would be a property of pulumi_azure_native.storage.StorageAccount but they’re not. Instead you need to call pulumi_azure_native.storage.list_storage_account_keys(). Continue reading →

In a storage account, you can create a SAS scoped to a specific container, however, that SAS does not have permission to execute BlobClient.exists() as this requires at least list privileges on the parent object (e.g. the account), and when you try to perform the check, you’ll get this error: Note that this is an HttpResponseError, not a ClientAuthenticationError (which is actually a more specific error which extends HttpResponseError), so you need to interrogate the specific response code, although note that if the container client does not exist, you might also get a ClientAuthenticationError with this message: As a workaround,… Continue reading →