owl | distributed monitoring system

If the string you receive does not follow a known standard (Json, Xml...) but it still has a defined structure, then you need to parse the string into the structure that suits you most.

In your example, the string seems to have the structure:

• A list of books wrapped into [...]
• Each book is wrapped into (...)
• Inside each book there is a Name, an Author and sometimes a FileSize.

So basically your POJO is the following:

I think you've put your finger on it. When you say animatingDifferences is to be false, you are asking the diffable data source to behave as if it were not a diffable data source. You are saying: "Skip all that diffable stuff and just accept this new data." In other words, you are saying the equivalent of reloadData(). No new cells are created (it's easy to prove that by logging), because all the cells are already visible; but by the same token, all the visible cells are reconfigured, which is exactly what one expects from saying reloadData().

When animatingDifferences is true, on the other hand, the diffable data source thinks hard about what has changed, so that, if necessary, it can animate it. As a result of all that work behind the scenes, therefore, it knows when it can avoid reloading a cell if it doesn't have to (because it can move the cell instead).

Indeed, when animatingDifferences is true, you can apply a snapshot that reverses the cells, and yet configure is never called again, because moving the cells around is all that needs to be done:

To toggle in React, you don't need jQuery. To add or remove class in React, you can use example as follows.

Sure! The complicated part is probably how to best describe the relation of being replaced:

Cloud Run provide a Unix domain socket when configured with a Cloud SQL instance - it's a file that can be used to connect to a database. You are using the Cloud SQL Java connector, which allows you to bypass using the Unix socket (which is usually preferred on Java, since Unix sockets aren't natively supported).

Instead to improve your cold start time, I recommend doing two things:

1. Reduce the number of connections in your pool. While the optimal number varies greatly between applications, 20 is almost certainly way more than you need. As a rule of thumb, try 2 * the number of cores used as your starting value, and increase/decrease as needed. Hikari uses maximumPoolSize to do this.

2. Adjust the number of starting connections in your pool. Hikari offers minimumIdle, which sets the minimum number of idle connections in the pool, and up to maximumPoolSize. While Hikari recommends not setting this value (so you have a fixed pool), setting it to 0 means your pool won't establish connections on startup. This means your application will start faster, but will take longer to get a connection from the pool on average.

Good afternoon,

From my experience calling Javascript in a Blazor Component requires use of the IJS runtime. Here is the Microsoft Blazor Documentation for this issue:

https://docs.microsoft.com/en-us/aspnet/core/blazor/call-javascript-from-dotnet?view=aspnetcore-5.0

Essentially you use the IJS runtime to call specific methods from your custom JS documents.

I think you are missing remote: true

The exception is a bug (please report it, as recommended in the comment), however note that those are not legal OWL axioms. The syntax and semantic specification shows sameAs as requiring two arguments at least.

(Consider that the axiom is supposed to allow definition of synonym individuals; one argument only offers no new information)

If the axioms are generated by an inferred axiom generator, looks like that code has a bug as well.

You never update the value of your question variable. That keeps your state. In your answerquestion method you can have: