Dominator | A Windows 10 application that protects your privacy | Privacy library

In SAT solving by conflict-driven clause learning, each time a solver detects that a candidate set of variable assignments leads to a conflict, it must look at the causes of the conflict, derive a clause from this (i.e. a lemma in terms of the overall problem) and add it to the set of known clauses. This entails choosing a cut in the implication graph, from which to derive the lemma.

A common way to do this is to pick the first unique implication point.

Per https://users.aalto.fi/~tjunttil/2020-DP-AUT/notes-sat/cdcl.html

A vertex l in the implication graph is a unique implication point (UIP) if all the paths from the latest decision literal vertex to the conflict vertex go through l.

The first UIP by the standard terminology is the first one encountered when backtracking from the conflict.

In alternative terminology, a UIP is a dominator on the implication graph, relative to the latest decision point and the conflict. As such, it could be found by building the implication graph and using a standard algorithm for finding dominators.

But finding dominators can take a nontrivial amount of CPU time, and I get the impression practical CDCL solvers use a faster algorithm specific to this context. However, I have not been able to find anything more specific than 'take the first UIP'.

What is the best known algorithm for finding the first UIP?

Changing state from other components in this case (Dominator) is working but when I put those components inside an array and do the same thing the updateCounter function is getting called but it's not updating the counter state.

I apologize for the terrible title, i had no clue how to word this.

I want to setup a script that when ran, it does a if-then command that outputs the computer name, if it failed or succeeded to connect, and what the IP is if connected.

So far what I have is:

Is there a way to calculate the dominator tree from the Graph type using a more imperative approach? The language has a support to create such data structure directly?

I'm trying to extract a dominator tree from a Graph using the following algorithm (here is the link for the original article):

But I'm having trouble in adapting those for and while statements.

I was given a problem where I need to find the number of dominators in a list. Here is a description of the problem. And here is what I came up with: my solution.

From what I can tell, the code works but when it gets to very large numbers, like the final test, it takes way to long to return anything. I'm pretty sure there's a way to reduce this into a single loop but I have no idea how to do this.

I have Liferay 6.1.2 CE application deployed to Jboss EAP 6.4 I am trying to analyze heap dump using Eclipse MAT after server crashed by OOM.

In dominator tree I see couple of threads that occupying a lot of memory.

My question what do parkBlocker and other Treads Attributes mean ?

Please excuse my funny looking JS. Its compiled Coffee Script.

When some specific things on my WebApp happen, I run the following callback function to start a JSON get request:

I wrote an application (Springboot + Data JPA + Data Rest) that keeps throwing OutOfMemoryException at me when the application loads. I can skip that code that runs on application start but then the exception may happen later down the road. It's probably best to show you what happens on application start because it's actually super simple and should not cause any problems imho:

I am attempting the Codility 'Leader' question in JavaScript.

The question is as follows:

An array A consisting of N integers is given. The dominator of array A is the value that occurs in more than half of the elements of A.

For example, consider array A such that

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