elide | Java library that lets you stand up a GraphQL/JSON-API web | REST library

Looking for some advice trying to use Table on macOS using SwiftUI. Table was introduced in macOS 12, and I'm trying my darnedest to not step down into AppKit or replicate any existing functionality - I can't seem to find a solution to a SwiftUI version of NSTableView's rowHeight property.

There is a .tableStyle modifier but only allows for customization of insets and alternating row styling. Modifying the frame in the row views doesn't take effect, at least not the ways I've tried.

First, am I missing something obvious (or not obvious) and there is a way to do this? The underlying AppKit view is a SwiftUITableView that seems to inherit to NSTableView. I can adjust the rowHieght in the debugger, but only effects the table view's background. Second any recommendations on the way to approach this - other than using NSTableView and wrapping in a NSViewRepresentable, or manipulating the established NSView hierarchy using some SwiftUI/AppKit trickery?

Some elided code demonstrating the use of Table

I've been putting together my own disassembler for Sega Mega Drive ROMs, basing my initial work on the MOTOROLA M68000 FAMILY Programmer’s Reference Manual. Having disassembled a considerable chunk of the ROM, I've attempted to reassemble this disassembled output, using VASM as it can accept the Motorola assembly syntax, using its mot syntax module.

Now, for the vast majority of the reassembly, this has worked well, however there is one wrinkle with operations that have effective addresses defined by the "Program Counter Indirect with Index (8-Bit Displacement) Mode". Given that I'm only now learning Motorola 68000 assembly, I wanted to confirm my understanding and to ask: what is the proper syntax for these operations?

For example, if I have two words:

I got this error when I clicked my login button, I was expecting the validator would work but I just got this error every time I clicked my login button

I have a file in a git repo. I checked it out from branch release, edited it to fix a problem, and checked it in to a new branch bugfix. I now want to make a diff file which captures this edit. I want to apply this diff file, using patch -p0, to a separate copy of the release branch, which is outside of git control. After the patch, I want the file to match what I have in branch bugfix.

I tried using the command git diff release bugfix -- myfile.m4. It gave me a .diff file which begins,

I am failing to implement a numba jitted priority queue.

Heavily plagiarized from the python docs, I am fairly happy with this class.

I am trying to compile a simple function that takes an python list and then split it according to a list of index. I am new to numba and the docs have not help me.

Problem I cant successfully compile the function

Code to compile The arr variable is a python list of floats or integers and idx is a numpy array or python list of integers, the result out should be a 2d python list of floats or integers according to arr input

The following code compiles without warnings in Visual Studio 2019 msvc x64:

I am currently trying to speed up some python code using numba. According to the documentation of numba, numpy.meshgrid is not supported but numpy.vstack is. So I replaced the meshgrid call by vstack which works fine when not using numba. It does not work, however, when using numba.

Here is the code:

Is the "move elision" guaranteed in C++17? Let me explain what I mean by that. In almost every article on what C++17 has introduced, one can find the term: "guaranteed copy elision for RVO" which is kinda self-explanatory. But what about move construction?

Let's look at the code below, it's simple there is a non-copyable type, and two functions, one takes NonCopyable parameter by value, and the second one takes it by rvalue reference.