remap | A declarative mapping library to simplify testable object mappings | JSON Processing library

• _addcarry_u64 is the official intrinsic name from Intel for all Intel platforms
• __builtin_addcll is the intrinsic from Clang for all platforms supported by Clang
• The __builtin_uaddll_overflow family is the equivalent in GCC for all platforms supported by GCC

The signature for Clang is

This was an actual bug with Idea VIM plugin and the .ideavimrc file, found here.

It has been resolved since.

I just reproduced that behavior on my Linux machine.

The problem seems to be a timing problem between your program and the "Window manager".

The "Window manager" is the program which is responsible for drawing the title bar and maybe borders at the windows. The "Window manager" works like this:

Whenever a window is mapped on the root window, the "Window manager" is notified by X11. The "Window manager" creates an "outer window" that contains the title bar and the border. Then it reparents the window so the window becomes a child window of the "outer window".

Example:

If the "Window manager" handles some window after being mapped, it becomes a child window of the "outer window"; for this reason, any window that is not a child window of an "outer window" is obviously not handled by the "Window manager" if it is mapped.

... at least in the "normal case".

For this reason, the "Window manager" does not care about windows that are un-mapped on the root window (but only about windows that are un-mapped from an "outer window").

Normally, the "Window manager" behaves like this:

• ASCII-Art needs to be rendered with a fixed-width (aka monospaced) font.
• Your posted XAML shows you're not setting FontFamily on the TextBlock. using 's default FontFamily which will be Segoe UI.
  • Segoe UI is not a monospaced font.
• The problem isn't extra line-breaks being added, but that the rendered lines are being visually compressed.
• Change the your XAML to this and it will work as-expected:
  • I've also increased the font-size from 3 to 10.

The main issue here is that the type of handlers[action['@type']] and the type of action are both union types (i.e., ((action: Sum) => number) | (action: Square) => number)) and Sum | Square), but these values are correlated to each other in a way that's not captured by those uncorrelated/independent union types. The compiler doesn't understand that, for example, you will never be passing a Square into (action: Sum) => number. This general issue is the subject of microsoft/TypeScript#30581.

Note that the compiler does not distribute its control flow analysis across the unions. Specifically, when analyzing

You can do this using mapped types and template literal types in newer versions of Typescript:

If you know the number of dimentions of the target array, then you just need a simple loop. AFAIK, guvectorize does not support this use-case yet. However, you can solve this using a simple reshape.

i had the same issue. i had this compiler setting:

According to this, from_networkx and to_networkx are only available in the development version which you can install on google colab with !pip install git+https://github.com/epfl-lts2/pygsp. Once you do that, the code runs normally.

See code below: