Arc | A Java game development framework based off of libGDX | Game Engine library

OK, It took some time, but I've found what was going wrong and how to workaround that.

When Android Studio's emulators running in Windows series OS (checked for 7 & 10) receive json-typed reply from server with retrofit it can with various probability loose 1 or 2 last symbols of the body when it is decoded to string, this symbols contain closing curly brackets and so such body could not be parsed to object by gson converter which results in throwing exception.

The idea of workaround I found is to add an interceptor to retrofit which would check the decoded to string body if its last symbols match those of valid json response and add them if they are missed.

I couldn't figure out your math. I think you should try annotating this kind of code with explanatory comments. Often that will help you spot your own mistake:

Remove @Path annotation from class.

This is an issue that occurs in version 13.3 of Xcode. In Xcode 13.3, if you have a code that uses UI_USER_INTERFACE_IDIOM(), you will get an "Out of Memory" error when you run Archive. Changing "UI_USER_INTERFACE_IDIOM()" to "UIDevice.current.userInterfaceIdiom" resolves the error.

Currently, we have the following solutions.

• Modify the code,
• Downgrade to Xcode 13.2.1
• Wait for Apple to modify Xcode

References

• https://developer.apple.com/forums/thread/702200
• https://bugs.swift.org/browse/SR-16003
• https://github.com/longitachi/ZLPhotoBrowser/issues/699

Chart.js is treeshakable since chart.js V3 so you will need to import and register all elements you are using.

Dart uses a garbage collector. Apple's ARC does not use a garbage collector; objects are deallocated immediately and synchronously once they become unreferenced. That has some advantages (predictable, deterministic behavior) but some disadvantages (cycles created from mutual references).

Since garbage collectors run asynchronously and somewhat infrequently to process many potentially dead objects, they typically can afford to do more expensive operations, such as detecting and handling memory cycles. (For example, they can mark all currently reachable objects and delete everything else, a process known as mark-and-sweep.)

Additional reading about Dart's garbage collector:

• Flutter: Don’t Fear the Garbage Collector. (This article does not directly address your question, however.)

So usually you shouldn't need to worry about memory cycles in Dart. However, that doesn't mean that you can't "leak" memory. For example, if you register a callback on an object but never unregister it, as long as that callback remains registered (and therefore reachable), it will maintain a reference on the object and keep it alive.

Dart does (sort of) have a notion of weak references in the form of Expando objects, but they aren't frequently used and have some limitations.

The documentation states, that the corner radius is applied to both ends of the arc. Additionally, you want the arcs to overlap, which is also not the case.

You can add the one-sided rounded corners the following way:

1. Use arcs arc with no corner radius for the data.
2. Add additional path objects corner just for the rounded corner. These need to be shifted to the end of each arc.
3. Since corner has rounded corners on both sides, add a clipPath that clips half of this arc. The clipPath contains a path for every corner. This is essential for arcs smaller than two times the length of the rounded corners.
4. raise all elements of corner to the front and then sort them descending by index, so that they overlap the right way.

wait's documentation says (emphasis added):

It has to do with the type in the argument for query_storage: