LSM | Liquid State Machines in Python and NEST | Machine Learning library

Hi I want to recreate a plot that looks like this?

Here is an example, the closest I can get is a ggplot that looks like this.

I want to send keys to a terminal open inside vim using instead of . When I run the command :set termwinkey= inside vim I get the error message E518: Unknown option: termwinkey=. I can open terminals inside vim. So why does vim not recognise this option ?

[EDIT] output of :version as asked

I have 2 DataFrames (PreServices, PostServices) each DataFrame contains Windows services and their running status at a given time.

How does Data look like?

1. there is no order of how services names are listed
2. PostServices may or not have Names that are in PreServices
3. PostServices may have Names that are not in PreServices

I want to create a new column in PreServices named 'final status' and its values should be such that:

1. for each Name in PreService if Name in PostServices and State are the same 'final status' == True
2. for each Name in PreService if Name in PostServices and State are the not same 'final status' = PostServices['State']
3. for each Name in PreService Not in PostService 'final status' = False

PreServices

I am trying to start slurmd.service using below commands but it is not successful permanently. I will be grateful if you could help me to resolve this issue!

I've recently update vim on ubuntu, and since then, a strange character keep appearing at random time at my cursor place. It seems to appear when I do nothing for some seconds. The character is >4;2m and I can't understand the logic of its appearance. Has anyone the same problem ? Switching buffer and coming back to the initial one clean the character.

vim --version :

I wanted to use eBPF's latest map, BPF_MAP_TYPE_RINGBUF, but I can't find much information online on how I can use it, so I am just doing some trial-and-error here. I defined and used it like this:

Reading about LSM Trees in several blogs I have wondered how do actual implementations deal with concurrency in when receiving several simultaneous requests to insert values which would modify the in memory structure of the MemTable.

• When inserting a value to the MemTable (which most seem to indicate is a tree)
  • How does it deal with multiple insertion requests at the same time?
  • How does it deal with read/write races?
  • Does it use a simple R/W lock mechanism ?

I'm experimenting with Linux Security Modules, trying to make one.

My main source of knowledge about how they're supposed to work are mailing lists archives and the existing LSMs' sources, plus the few pages about them in the Linux documentation.

I understand that there are two kinds of LSMs.

• Exclusive LSMs like SELinux / AppArmor, which have the LSM_FLAG_EXCLUSIVE flag set in their LSM definition.
• Non-exclusive LSMs like Yama, capabilities or lockdown.

Browsing the source code of all these LSMs, I figured out non-exclusive ones never make use of security blobs. On the other hand, exclusive ones make heavy use of them.

For instance, see the AppArmor LSM definition, and the one for Yama.

So, can non-exclusive LSMs specify blob sizes and use this feature ?

Trying to find an answer, I explored the framework's source to see if maybe security blobs were switched between each LSM hook call, I guess that would allow each LSM to only have access to its own blobs and not those of another LSM.

However, we can see here in the LSM framework that it is not the case.

If my LSM declares blob sizes, can I use the blobs if my kernel also have SELinux, for instance, enabled ? Won't the structures from SELinux and mine overlap ?

I need to read the list of users in the Azure active directory. The client has created a Graph API application but they do not want to share the client secret of the application, instead they asked us to use the Key vault. How to access from the node.js application the key to retrieve the list of users?

I tried the below one but gave error and I am not sure how to authenticate.