I don’t understand, I creating the folder "suricata in “/var/run/” under root through thunar, but after linux restart this folder disappears. why?
There could be a few reasons why the “suricata” folder you created in “/var/run/” disappears after restarting Linux. One possibility is that the “/var/run/” directory is a temporary directory that gets cleared out upon system restart. Another reason could be that there is a process or service running on your system that automatically removes or recreates the folder during startup.

To investigate further, you can try the following steps:

1. Check if there are any scripts or services running on your system that interact with the “/var/run/” directory or the “suricata” folder. Look for any startup scripts, systemd units, or cron jobs that might be involved.

2. Review log files for any relevant information. Check system logs (/var/log/syslog or /var/log/messages) to see if any errors or warnings are reported related to the “suricata” folder.

3. Consider creating the “suricata” folder in a different location (outside of “/var/run/”) to see if it persists across system reboots. Choose a directory where it is appropriate to store persistent data.

4. Make sure you have the necessary permissions to create and access the folder. Verify that you are creating the folder as the root user or with appropriate permissions.

If you are unsure about any of these steps or continue to face issues, it may be helpful to consult with a Linux system administrator or seek support from the specific distribution’s community or forums for further guidance.
“suricata” specifically using this folder to store socket related jobs. I now try to figure out this through logs. which logs should I check specifically?
To check for specific logs related to Suricata or socket-related jobs, you can try examining the following logs:

1. Suricata logs: Suricata generates its own logs, usually located in the “/var/log/suricata/” directory. Look for log files that may contain relevant information, such as alerts.log, eve.json, or fast.log. These logs can provide insights into Suricata’s activities and any errors or warnings it encounters.

2. System logs: Check the system logs for any relevant information related to Suricata or socket-related jobs. The specific log files and their locations can vary depending on your Linux distribution. Common system log files include /var/log/syslog, /var/log/messages, or /var/log/daemon.log. Look for any entries related to Suricata or socket-related events.

3. Application-specific logs: Some applications or services may have their own log files related to socket usage. Depending on the specific applications you are working with, check their respective log directories or configuration files for any relevant logs. For example, if you are using a web server like Apache or Nginx, check their log directories for any socket-related entries.

By examining these logs, you should be able to gather more information about what might be happening with the “suricata” folder and its socket-related jobs.
can you tell what program I may deploy through my repository or try to find for log manipulations? which program is the best in that case?
There are several programs that you can use for log manipulation in Linux. Here are a few popular options:

1. Logrotate: Logrotate is a widely used tool for managing log files. It can compress, rotate, and delete logs based on predefined rules, ensuring that log files do not fill up the disk space excessively. It is available in most Linux distributions’ default repositories.

2. rsyslog: rsyslog is a powerful logging system that comes pre-installed with many Linux distributions. It provides a flexible and efficient way to handle system logs, allowing you to filter, store, and forward log messages based on various criteria.

3. Logstash: Logstash is an open-source data processing pipeline that can ingest logs from various sources, parse them, and ship them to different output targets. It offers a range of options for log manipulation, transformation, and analysis. Logstash is part of the Elastic Stack and is commonly used with Elasticsearch and Kibana for log management.

4. AWK: AWK is a versatile text-processing language that can be useful for log manipulation and analysis. It allows you to extract specific fields from log files, apply conditional filters, and perform various operations on the log data.

The choice of the best program for log manipulation depends on your specific requirements and preferences. Consider factors such as ease of use, available features, compatibility with your system and log format, and community support. You can try installing and experimenting with these programs to determine which one suits your needs best.
well, I just want to track specific circumstances or error related behaviours data, as of that suricata problem currently. which one should I use?
For tracking specific circumstances or error-related behaviors, I would recommend using a combination of rsyslog and Logstash. Here’s how you can approach it:

1. rsyslog: Use rsyslog to collect and store the log data from Suricata. Configure rsyslog to capture the relevant log messages from Suricata and store them in a separate log file.

2. Logstash: Set up Logstash to read and process the logs generated by Suricata. Logstash can be configured to parse and filter the log data, extract specific fields, and send it to various output targets, such as Elasticsearch for long-term storage and analysis.

By utilizing rsyslog and Logstash together, you can effectively collect and manipulate the log data from Suricata, allowing you to track specific circumstances or error-related behaviors more efficiently. Additionally, you can use visualization tools like Kibana, which integrates with Elasticsearch and allows you to create interactive dashboards, charts, and alerts based on the log data.

Remember to consult Suricata’s documentation for specific guidance on configuring logging and integrating with log management tools like rsyslog and Logstash.
yes, but problem is clearly coming from linux environment itself, because it removes manually created folders due its unknown security measures.
If the issue is related to the Linux environment automatically removing manually created folders, it could be due to system security measures or automated cleanup processes. Linux distributions often have mechanisms in place to enforce security and maintain system stability. These mechanisms may include cleaning up temporary or unused files and directories during system startup or shutdown.

To work around this issue, you can try creating the “suricata” folder in a different location that is not subject to automatic cleanup. Choose a directory that is appropriate for storing persistent data and has the necessary permissions for Suricata’s operations.

You can also examine the system logs, such as /var/log/syslog or /var/log/messages, for any relevant information about the removal of the “suricata” folder. Look for entries related to folder cleanup or security measures taken by the Linux environment.

If you believe that the automatic removal is due to a specific security measure or system policy, you may need to consult with a Linux system administrator or the community related to your Linux distribution for further assistance in modifying or adjusting those measures to accommodate the specific needs of Suricata.
now I need a program to display all possible existing logs and track the problem in folder removals or on which behaviour it’s based.
To view and analyze logs in Linux, you can use various programs and tools. Here are a few commonly used ones:

1. journalctl: journalctl is a command-line utility that allows you to access and view the logs from the systemd journal, which is the default logging system on many Linux distributions. You can use it to search, filter, and analyze logs across different units and services.

2. tail and grep: You can use the combination of tail and grep commands to monitor specific log files in real-time and search for relevant information. For example, you can use tail -f /var/log/syslog | grep "suricata" to track Suricata-related entries in the syslog file.

3. Log file viewers: Some Linux distributions provide log file viewers with graphical user interfaces. For example, “gnome-system-log” for GNOME desktop environment or “kSystemLog” for KDE desktop environment can help you easily browse and search through log files.

4. Log analysis tools: If you need more advanced log analysis capabilities, you can consider using tools like Elasticsearch, Logstash, and Kibana (ELK stack) or Splunk. These tools allow you to collect, index, search, and visualize log data from various sources, enabling efficient log analysis and troubleshooting.

By using these tools, you can track the problem, analyze log behaviors, and gain insights into the folder removal issue or any other related events. It’s important to review the appropriate log files, such as system logs, application-specific logs, or potentially Suricata-specific logs, to pinpoint the source of the problem.
hmm… when I fire “tail” command in terminal, it got stuck and hanging in nothingness. why?
If the tail command appears to be hanging or not providing any output, there could be a few possible reasons:

1. The log file might be extremely large: If the log file you are trying to monitor with tail is exceptionally large, it may take some time for the command to display the output. You can try using the -n option with a smaller value to limit the number of lines displayed, like tail -n 10 /var/log/syslog, which will show the last 10 lines of the file.

2. Insufficient permissions: The log file you are trying to access might require root or specific user permissions. In this case, you may need to run the tail command with elevated privileges, using sudo tail &lt;logfile&gt;.

3. Incorrect file path: Check if the file path you provided to the tail command is accurate. Double-check the spelling and ensure the file exists in the specified location.

4. File access restrictions: It is possible that the file you are trying to monitor with tail is currently being accessed or locked by another process. This can prevent tail from displaying any