probed | A unix daemon to perform health check on proxy backends | Proxy library

Some things that finally got me up and running:

1: Do not reference the executable (file ending with .exe) but refer to the .dll instead. No matter how it is compiled, trying to load the the .exe file as an assembly will always throw a System.BadImageFormatException.

2: Fish the .Net Core versions of Runner.exe and RunnerW.exe (and their dependencies) out of the NuGet package and use those instead of the older SLIM .Net runners (if you are migrating). FusionLog does absolutely nothing with .Net Core, so if there is any logging going on then you know that the process is not running .Net Core.

3: If you got the FitSharp projects from GitHub and are linking to the projects instead of using NuGet, then remove the post build actions to copy the files. Instead go to your test project Dependencies -> Projects -> fit open Properties (F4) and set the options Reference Output Assembly, Copy Local and Copy Local Sattelite Assemblies to Yes. Do the same for the FitSharp and Runner projects.

For a single image your code is working fine.
It looks like you are missing proc.wait() at the end and that's it.

For multiple images, you may take a look at my post here.
You may simplify the code, for working with images.

I made few changes to your code, to make it more elegant (I think):

• You don't need '-vsync', '0' argument.
• I replaced '-' with 'pipe:' (I think it's more clear).
• You don't need to set bufsize unless you know that the default is too small.
• I removed stderr=SP.PIPE, because I wonted to see the FFmpeg log in the console.
• I added proc.wait() after proc.communicate.

The code sample starts by building synthetic GIF image file for testing.

Here is the code sample:

A few things had to change in order to get this to compile and work:

1. probeData shouldn't be an Array -- it should be an optional property
2. That means when you decode, you shouldn't put it inside [ ]
3. Then, in your list, you have to address each item of the devices property (see the ForEach)

As mentioned in a separate discussion, Xvfb is not supposed to be start through startx or /usr/bin/X but rather with the supplied run script.

I ran into the same issue with a fresh PySide2 5.13.2 environment, and running print(probe.data().toBytes()) returned chunks of size 0 which I knew couldn't be the case because other built-in functionality was accessing the data.

I hate this hack as much as anyone else, but if you want to test things it is possible to access the buffer contents this way (please do not use this in production code):

1. Find out about the datatype, endian-ness etc of your buffer via format, and infer the proper C type that you'll need (e.g. signed int 16).

2. Extract the printed address from the VoidPtr printout, and convert it to an integer

3. Create a numpy array by reading at the given address, with the given type, and by the given amount of frames.

First of all, somewhere in your app, you'll be connecting your QAudioProbe to your source via setSource, and then the audioBufferProbed signal to a method e.g.:

For an executable, dotnet publish; and ship the resulting folder is always correct.

But for a dll compiled against .net standard; I've only had success building a nuget package and referencing it and letting the compiler (whole package thereof) figure out what final dlls the project needs. You can make a nuget package with dotnet pack.

I have never needed binding redirects to link .netstandard to .net framework.

Well, that's exactly how it is implemented for BATCH.

In STREAMING you don't have the full Customers table in full, as by definition it is infinite.

For BATCH, I'll just quote this post from their official blog:

Flink has streaming runtime operators for many operations, but also specialized operators for bounded inputs [...] The batch join can read one input fully into a hash table and then probe with the other input. The stream join needs to build tables for both sides, because it needs to continuously process both inputs

This link also has information on input size: it can spill to the disk. Windowing is not required (but if you specify it, it will for sure help you maintain performance/deployment size requirements )

Now if you're in STREAMING mode and know that one side won't change, you can still tell Flink about it so it optimizes around that. Use JOIN

Temporal joins take an arbitrary table (left input/probe site) and correlate each row to the corresponding row’s relevant version in the versioned table (right input/build side)

However be aware that these probe side request will go right through Flink and look it up in the database if you're using JDBC (make sure you have an index on the join key)

It's almost correct, first of all initialize the struct to 0 since it has other fields too.

The buffer must have an extra AVPROBE_PADDING_SIZE zero-filled bytes at the end.

Regarding av_probe_input_format, if the second parameter is 0 it will only check demuxers with the flag AVFMT_NOFILE so it's normal.

You need an X11 server. The first Google result for "WSL X11" is https://virtualizationreview.com/articles/2017/02/08/graphical-programs-on-windows-subsystem-on-linux.aspx which says:

To use WSL with graphical programs, an X server will need to be installed on the Windows 10 system and the DISPLAY variable will need to be set in Bash. Fortunately, there are many X servers that run on Windows; some of the more popular free ones are Xming, Cygwin X, and vcXsrv.

The article above also contains some more instructions on how to start an X11 server and to test that it works.