nightlies | Tool to trigger nightly builds on Travis CI | Continous Integration library

I'm reasonably confident in my first generics container, but stuck on how to word the casting on the client side. This is what was working before I got involved in learning stuff:

If I want to get the result of a Promise from my node-testing console, how would I do that?

eg.

I have been trying to get the VLC plugin for Unity3D to build. It is found here: https://code.videolan.org/videolan/vlc-unity/blob/master/README.md

I am trying to do this on Debian 10 (buster).

The first instruction was to: Download and install https://github.com/mstorsjo/llvm-mingw on latest Debian (WSL or otherwise). Add it to path.

I believe I have done that part successfully.

Next is to: Download VLC nightly build and adjust if need be vlc-4.0.0-dev/sdk/lib path to LDFLAGS in Common.mk

This is where my issue is. I've done the snap install of the nightly build, I've downloaded the source with a -dev in name from here: https://nightlies.videolan.org/build/source/

I've also tried to use the master-daily PPA.

But I still cannot find any vlc-4.0.0-dev/sdk/lib path.

I have tried to set the LDFLAGS to some of the vlc lib folders I have, but every time I build I get this error:

I'm trying to install pyarrow's nightly builds with conda using arrow-nightlies channel to experiment with the latests code in Github's master branch. Conda's version is 4.8.3. The target environment has python 3.8 on MacOS

When I run conda install I get the following error:

I was wondering if I am doing something wrong (most likely) or if there is an issue with LibGDX SkinLoader regarding additional resource dependencies.

According to the documentation of SkinLoader.SkinParameter you can pass an additional ObjectMap to define resources that the skin depends on.

I wanted to use that for bitmap fonts because I am creating them at runtime out of a .ttf file to be able to create the correct font sizes for the correct density/size of the target device's display.

Here is an example program that causes the issue:

The prebuilt electron binaries for Windows include the file ffmpeg.dll. How can I determine what version of the underlying ffmpeg library is actually compiled to produce this dll? I need this information to understand what known vulnerabilities (CVE's, etc) might be in a given version of electron via ffmpeg.

As I understand it, the ffmpeg dll itself is taken from https://github.com/electron/nightlies/releases/ when I download my dependencies (I'm using electron-prebuilt-compile). But I'm not getting a clear picture of what the source for that binary is. I think it might be from https://chromium.googlesource.com/chromium/third_party/ffmpeg/ but then I'm not clear on the relationship of that repo with the original ffmpeg repo (e.g. how often are fixes merged from the ffmpeg repo to the chromium third-party repo, etc.)

I tried searching the content of the dll as per cody's suggestion, but no luck:

In LibGDX, I created a shader to do a transition effect where a circle forms over top of the image, where everything outside the circle is black, and everything inside the circle shows up as normal. This circle starts out big and shrinks to nothing. But I have a problem, as the circle is shrinking, it wobbles around. I also found I had this problem when using a ShadeRenderer to create a circle that also shrank over time, before using a shader. I think the problem as something to do with floating point numbers, or the way that circles are rendered. Anyway, I need to know, how do I fix it, so that I can get the circle to shrink smoothly?

Here is a gif demonstrating my problem of the wobbling circle (which I need to be smooth): my wobbling circle

Here is my Fragment Shader Code:

In my libgdx android app I'm creating arrows with the following code

Consider the following (general, could be publicly available in a library) utility function for parsing a string as HTTP Basic credentials and returning the username and password: