probe | Command-line service interrogator | HTTP library

This runs first. When it succeeds, the Readiness Probe and Liveness Probe are run continuously. If this fails, the container is killed.

Use this for "slow staring apps", you can use the same command as Liveness if you want.

The kubelet uses startup probes to know when a container application has started. If such a probe is configured, it disables liveness and readiness checks until it succeeds, making sure those probes don't interfere with the application startup. This can be used to adopt liveness checks on slow starting containers, avoiding them getting killed by the kubelet before they are up and running.

From configuring probes

This is used to kill the container, in case of a deadlock in the application.

This is used to check that the container can receive traffic.

It's checked again after the same periodSeconds delay as usual and then when it passes successThreshold times in a row it will be considered Ready again with all the normal behaviors that entails.

You kind of can't. You could remove the readiness probe from B but any kind of crash is assumed to be bad. Probably your best bet is to change B so that it doesn't actually crash out to where the kubelet can see it. Like put a little while true; do theoriginalcommand; sleep 1; done bash loop on it or something so the kubelet isn't aware of it crashing. Or just make it not crash ...

By the following setting, the above issue has been solved.

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.

What you need to find is not the azure_rm_virtualmachine module in Ansible, it should be the azure_rm_networkinterface module. You can configure the ip_configurations property of the azure_rm_networkinterface to set the load_balancer_backend_address_pools, this property can associate the VM to the Load Balancer.

The issue is that merge_probe_trial_dicts mutates the original list that is in df4 instead of creating a new one.

Just add .copy() as below and you should be good.

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)