gods | dwm status script written in Go

Try this -

This is how the connection string should be specified for a Service Bus Namespace:

In Result object with ID 385687 you have a property backdrop_path being null. Adjust your Result object and make the property nullable:

String? backdropPath;

Try this:

A SAS token for access to a container, directory, or blob may be secured by using either Azure AD credentials or an account key. A SAS secured with Azure AD credentials is called a user delegation SAS. Microsoft recommends that you use Azure AD credentials when possible as a security best practice, rather than using the account key, which can be more easily compromised. When your application design requires shared access signatures, use Azure AD credentials to create a user delegation SAS for superior security.

Generating SAS query parameters with UserDelegationKey

The following sample generates SAS query parameters for an Azure storage container.

As JavaDoc for AccessDecisionManager says:

object – the secured object being called

Usually, it's an instance of the MethodInvocation interface and it represents the method for which call security decision should be performed.

configAttributes - the configuration attributes associated with the secured object being invoked

It's a collection of metadata attributes related to the security object (Method). For example, it can contain information about annotations related to this method, such as @PermitAll, @PreAuthorize, @PostFilter, etc.

I don't know why, maybe it was an oversight, but GraphSON has never supported short or byte serialization. If you need such support you should switch to GraphBinary. On older versions, if you were using the JVM, you might have also considered Gryo, but it is now deprecated in favor of GraphBinary.

If you must use GraphSON, it would mean writing your own custom serializers (usually as part of an IoRegistry implementation) for those types and then configuring them into the server and your client. You can get a rough idea of how to do this by examining the JanusGraphIoRegistry or perhaps a more simple implementation of the TinkerIoRegistry.

First, it's easier to do the math using a proper circle rather than an oval, so let's make the roll-curve element a circle (then we can crop the rest using a container). I've also added an additional wrapper around the whole thing that can be used to cut the size, while the original wrapper (roll-degrees) will be the appropriate size for the full circle in order to make tick positioning easier.

Then the approach is to control the exact location of each tick by applying absolute positioning (starting at the circle's center) and moving the tick using transform: translateY(). Center all of the ticks in the middle of the roll-curve circle, rotate each, and translate each out to the perimeter of the circle from there. By rotating first, we can just translate each tick up by the radius of the circle and "up" will be in the appropriate direction.

As for setting the position of the marker dynamically, you can use largely the same approach as for the ticks (using the same CSS styling). You'll just need a way of translating a value to an angle (which can be done fairly simply---see the example below for details) and an angle direction.

The example below includes a range input, but you can provide a value to the marker any way you like.

Symbol of zero lexicographically comes before (smaller) than nine. It was always like so. See AsciiTable.