Forensics | Scripts and code referenced in CrowdStrike blog posts

I think you probably can achieve the desired behavior by adding a convenient container to your pod template: this container will include the necessary Pylint dependencies and will be used in addition to the default Jenkins agent image in your pod.

As you can see in your screenshot, you can add this container when configuring your pod template and Kubernetes in the Jenkins Web console.

In addition, you can provide the necessary information when defining your pipeline. Consider for instance the example provided in the Jenkins Kubernetes plugin documentation:

The errors occur in your change_gear() function, although they are more like warnings and should not pose serious problems:

I think your problem is with this line, the last field in your select clause.

Unless there is some other reason for it, there is no need to copy argv[1] you could just use it instead:

IL2CPP is tightly connected to the Unity environment and it's not possible to use it outside of Unity. You would need to write your own converter(?) to do such a thing.

IL2CPP doesn't do any magic in terms of performance improvement. Comparing C++ with C# with IL2CPP code should give (almost - more below) no performance benefit.

IL2CPP is performant compared to C# code written for Unity specifically for few reasons that have nothing to do with C++.

Why Unity is unique and needs IL2CPP:

• Unity API is very heavily reliant on main thread performance, as the whole Unity API was written almost 10 years ago, where 2 Core CPUs were top-notch and everyone believed that we will have 20-50GHz single-core CPUs by now.
• Unity makes a lot of assumptions that you will use their API for everything, begging from IO to Threading and GPU access, which is heavily bound to C++ core.
• Unity needs to be wrapped with Unity objects (MonoBehaviours and GameObjects) to be used for almost anything, you cannot write your own native anything. (This is a simplification)
• Unity is written in C++, so it needs to do something very similar to Marshalling, and it's not very efficient.

So why IL2CPP?

• Unity cannot convert its already very legacy backend (Mono) and its legacy API to be multithreaded since Mono have a lot of assumptions about your code that are not easily convertible to "simple" unity API.
• Unity core is written in C++, so they are eliminating any form of Marshalling all together by skipping Mono "translator".
• IL2CPP converts highly inefficient C#, single-threaded code to multithreaded C++, where possible, and it does this by analyzing IL code.

Is it worth converting other C# to C++?

No! Compare any arbitrary, optimized C# code that was precompiled by AOT to (modern) C++. You should get the same performance! Identical I would say.

C# is compiled to IL (Intermediate Language) which as the name suggests is Intermediate. It's converted in runtime to Native Binary code (only when needed), that is what C++ is compiled into. You can force this conversion by skipping IL generation by running Ahead of Time compilation (AOT).

The ONLY thing that your C# code will be less performant is when you are abusing GC's ability to clean up after you.

So I made things worse trying to fix it. I cloned my repository in a new folder and when i went to copy things over, there were a few files missing. I did a

Replace:

Given that the debug output shows no attempt for authentication it is likely that the required Authen::SASL module is not installed or not properly installed. From the documentation of Net::SMTP:

auth ( USERNAME, PASSWORD )
auth ( SASL )
Attempt SASL authentication. Requires Authen::SASL module. The first form constructs a new Authen::SASL object using the given username and password; the second form uses the given Authen::SASL object.

To determine the issue it might be useful to not simply die() with a custom error but also log $smtp->message. Based on this code it will then maybe log the error "Need MIME::Base64 and Authen::SASL todo auth".

The output in the book was from the dt() command from the volshell plugin in volatility 2.7, not Windbg.

And like @dxiv said, _TCP_ENDPOINT is an overlay used by Volatility.