pb | Console progress bar for Golang | Command Line Interface library

Unsure if this fully addresses your issue, but one way that I've fetched metadata for all tokens in a wallet is by using the metaplex library:

It appears you are using react-router-dom@6 so there are no longer any route props. In other words, props.match is undefined. Reading into props.match.params then throws the error.

Use the useParams hook to access the date route param.

Remove in in the container div this class space-y-5. And it would work like expected.

Please rename your view component as default. NotificatioHistory.cshtml to Default.cshtml. Some time it makes issues with custom names on production so the recommended way is to use Default.cshtml.

This is actually not a problem at all since the parsing will work as expected because this is part of how protobuf handles default values:

Also note that if a scalar message field is set to its default, the value will not be serialized on the wire.

So because protobuf does not differentiate between a field being set to its default value and a field not being set at all, it simply does not serialize default values and your string is empty in this case.

Also this does not apply for enums alone but for all scalar types:

This answer explains how, in Elmish.WPF, progress updates to the user interface can be done from an async.

I have created an example on GitHub that demoes this. The example also demoes another way to call async functions and receive results. And it also demoes how to use mkProgram instead of mkSimple. The demo can be used as a starting template for your Elmish.WPF applications.

This snippet from the demo show the essential code involved in updating a user interface from an async.

Both techniques are based on code from the Elmish Book. You will find a lot of code there that is useful also in Elmish.WPF.

I haven't tried to update a progress bar here, only a status text box, but from this you'll very easily figure out what to do to update anything.

In the first case, the type of l is unified with the type defined in the module M, which defines the module type. Since the type is introduced after the value l, which is a parameter in an eager language so it already exists, the value l receives a type that doesn't yet exist at the time of its creation. It is the soundness requirement of the OCaml type system that the value lifetime has to be enclosed with its type lifetime, or more simply each value must have a type. The simplest example is,

I rewrote your code with some better ways to create table. My idea was to pick out the buttons that fell onto a range of type and then loop through those buttons and change its color to those type.

The code you show is safe. Pooling like this becomes "unsafe" when references to objects are held after they are put into the pool. You risk race conditions or strange bugs. So it also depends on the code that uses your objects.

The protocol buffers library and gRPC libraries don't hold on to references to protobuf objects, as far as I know. Doing so would break a lot of code since such libraries have no way of knowing when it would be safe to reuse.

So as long as you make sure that your own code doesn't use objects after they are put in the pool, you should be good.