pgm | Probabilistic Graphical Model | Topic Modeling library

The data you provided shows a record length of 37. It should be 35.

I modified the question section for the record to make it code so there was a fixed width font as it was confusing me where the record lines up. If I made an error please correct.

Your key in the FD section (EMP-ID)starts in offset 0; it should be offset 1.

Converting raw HEVC file to sequence of images image using FFmpeg CLI, is simple.

Assume input.265 is the input file (raw HEVC video stream):
Converting to PNG images:

Remove the -like operation - if the input string doesn't contain H:, -replace will simply return the string as-is, so there's no need to "pre-filter" the data:

As you can see in strace, the execve command executes as: execve("/bin//nc", ["/bin//nc", "/bin//nc-e //bin/bash -nvlp 4455"], NULL) = 0 It seems to be taking the whole /bin//nc-e //bin/bash -nvlp 4455 as a single argument and thus thinks it's a hostname. In order to get around that, the three argv[] needed for execve() is pushed seperately. argv[]=["/bin/nc", "-e/bin/bash", "-nvlp4455"] These arguments are each pushed into edx, ecx, and ebx. since ebx needs to be /bin/nc, which was already done in the original code. we just needed to push 2nd and 3rd argv[] into ecx and edx and push it into stack. After that we just copy the whole stack into ecx, and then xor edx,edx to set edx as NULL.

Here is the correct solution:

Found that MYSQL upgraded to 5.7.36 from 5.7.32 version and due to this gerrit service was not starting and failing with above errors.

Solved by replacing existing mysql-connector-java-5.1.43.jar with recent mysql-connector-java-5.1.49.jar in gerrit.

To answer your question first: BPXBATCH runs in one address space, and the shell runs in a second address space. Commands issues by the shell may run in the same address space as the shell, or may run in more additional address spaces.

The BPXBATCH address space has got a service class, and the shell address space(s) has got a service class, probably a different one. Each service class has its own performance goal, and this tells the system how to manage that work.

The z/OS workload manager (WLM) is responsible to assign work to a service classes when it is presented the new work. Service classes specify performance goals, and importance levels, not priorities. WLM manages all work in the system according to is performance goal based on the importance of the goal.

There are a couple (workload management) subsystems, that may start new work. Examples of such subsystems are

• JES, which manage batch work, i.e. batch jobs.
• TSO, which manages interactive TSO user work (TSO login).
• OMVS, which manages forked, and non-locally spawned z/OS UNIX work.
• STC, which manages started job workload.

This list is not complete; I listed only the subsystems that I need to answer the question.

When JES2/3 receives a job that shall run on the system, it presents some job attributes to WLM, and WLM assigns the job to a service class. It does so using WLM classification rules for subsystem type JES, and the attributes given.

Everything that runs in this job, i.e. in the job's address space will be managed towards the performance goal of the sercive class assigned. This includes z/OS UNIX work that is run in this very address space, i.e. work that is not started via UNIX fork(), or non-local spawn().

When a z/OS UNIX process starts an new process via fork(), or via non-local spawn(), this new work is handled by the WLM subsystem OMVS. The OMVS subsystem presents some attributes of the new process to WLM, and WLM assigns the process to a service class. It does so using WLM classification rules for subsystem type OMVS, and the attributes given. This kind of work is always runs in a separate, new address space.

BPXBATCH starts the (first) UNIX command it is told via PARM=, or //STDPARM, as a new process using either fork(), or spawn(). The spawn() may be a local spawn(), or a non-local spawn(). Which one is done depends on many factors, too complex to explain here.

The important point here is, when running BPXBATCH with PARM='SH ...', the shell proces will always run in a separate, new address space and will be classified via WLM subsystem OMVS.

The result is BPXBATCH is running in one address space with its service class, and the shell is run in a second address space with its service class. The service classes may be the same, but usually they are different WLM defintions with different performance goals.

As a starter, have a look at z/OS MVS Planning: Workload Management

nice() has no effect on z/OS UNIX, unless the system has been setup to support it. There is parameter PRIORITYGOAL(...) in BPXPRMxx parmlib member to setup a list of up to 40 WLM service classes that will be used in conjunction with nice(). I have never heard of anyone having set this parameter.

See z/OS MVS Initialization & Tuning Reference for details about BPXPRMxx member

I believe there are two issues going on:

1 - using strcmp in the if statement with a wildcard (*) may not work properly

2 - use movefile instead of save. https://www.mathworks.com/help/matlab/ref/movefile.html

See below code (use after you have made the new directories):

Something is wrong with your private macro PRINTOUT, or something is wrong with the stetup done before calling the macro in line 6 of your assembler source. I can't tell what it is, because you didn't provide details about that macro (others have suggested to rerun the job with PRINT GEN).

Lack of more information, this is my analysis of what happened:

This is the ABEND information printed in the joblog

The problem is you are constructing the ImageViewer with another QGraphicsView that you made in Qt Designer, "qgraphic_image", as its parent. This makes it a child widget inside of that parent graphics view, and it's effectively invisible as its viewport rect has no size (that is why you got a division by 0 error).

You can remove the "qgraphic_image" from your UI file, for now I just replaced it in the layout to try it: