Trance

Kindly delete this code permanently. I'm not kidding.

You need the client side as well.

It's necessary for you to indicate the pack and the type of client protection you're using. By default, I don't believe the client is capable of supporting that.

Moved to client section.

You don't need: final Player tmp = getClient().getPlayer(); Change: final Party party = tmp.getParty(); To: final Party party = _player.getParty();

stackType=""

Why would you even want to do that?

I have refreshed the GitHub repositories referenced in the main topic to enhance the coherence between the guides.

I've added Webmin Installation Guide - a web-based system administration tool.

Not related to Lineage 2.

@ZOUMHS Please follow the rules: 10) Prices must be displayed (and visible) in public on the main topic.

Topic renamed from L2Gold Classic to L2Gold Essence. We are excited to announce the expansion of our team for the remastered Essence chronicle. Our goal is to adopt a classic, long-lasting playstyle while still maintaining the legacy of the gold-style. With that in mind, we are thrilled to introduce the following members who will help us achieve this vision: Electronica: Our new Community Manager, Electronica brings a wealth of experience in community management to our team. He will represent the community and ensure that player needs and concerns are addressed to the Developer and other staff members. Electronica will also assist with communication and other aspects of the server. Psy: A Game Master with experience in various custom private servers, Psy will help ensure fair gameplay and assist with dispute resolution. He has a deep understanding of the server and its customizations. Techno: Another Game Master with experience in Interlude and all the latest chronicles, Techno brings a passion for gaming to our team. He will work alongside Psy and House to monitor gameplay and help maintain a fair and enjoyable game environment for all players. House: Another Game Master, our seasoned veteran, House, has been part of the World of Lineage community since the official release of Chronical C3 in 2005. As a project manager in real life, he brings his organizational skills and attention to detail to our team. He will work closely with the Game Masters to ensure that everything runs smoothly. AskForMore: Our Community Helper, AskForMore, is a familiar face to many players. He knows the server inside out and is always ready to assist with any questions or concerns. He will continue to be an essential part of our team. We are still looking for one more Game Master and two GM Helpers to join our team. Game Masters will be responsible for monitoring gameplay, resolving disputes, and ensuring a fair and enjoyable game environment. GM Helpers will assist the Game Masters with their duties and help monitor game activity. We are confident that our team of experienced and dedicated individuals will help us achieve our goal of providing a classic and enjoyable gaming experience. We look forward to working together and hope that you'll join us on this journey. Discord: https://discord.gg/zA5KWH8cMc

Please follow the rules: 10) Prices must be displayed (and visible) in public on the main topic.

Please follow the rules: 10) Prices must be displayed (and visible) in public on the main topic.

Please follow the rules: 10) Prices must be displayed (and visible) in public on the main topic.

Cool.

Thanks for pointing out that I forgot to add the installation of conntrack in my GitHub repository, as it is already integrated into this repository. To install conntrack, you can use the following command: sudo apt-get install conntrack -y it's possible that your system has some restrictions on the maximum allowed values for net.ipv4.tcp_rmem and net.ipv4.tcp_wmem, try to lower the values. It's basically min, default, max - receive buffer space for TCP connections. Which configuration did you try to apply? P.S. I've updated the GitHub repo.

It's time to focus on the most popular Linux distro. I've shared the following repositories on GitHub: Installing IPTables, Ipset, Conntrack and netfilter-persistent on Ubuntu Server 22.04 This guide will walk you through the process of installing IPTables, Ipset, Conntrack and netfilter-persistent on Ubuntu Server 22.04. netfilter-persistent: allow you to save and load your IPSET and IPTABLES rules automatically on boot. This ensures that your firewall settings are always loaded, even after a reboot. Optimizing Ubuntu 22.04 for Low Latency and High Performance This guide will walk you through the steps for optimizing your Ubuntu 22.04 system for low latency and high performance. The optimizations aim to improve the performance of a Linux-based system by modifying various network settings. Some of the changes include increasing the maximum number of open file descriptors, increasing the maximum number of processes, enabling TCP time-wait reuse, adjusting TCP keepalive time, setting the local port range for TCP connections, and increasing the maximum number of allowed concurrent network connections. Additionally, the values for the system's network buffer sizes are also increased to improve network performance. The optimizations aim to improve the system's overall stability and responsiveness in handling high network traffic. MariaDB installation and optimization on Ubuntu This guide explains how to install and optimize MariaDB on Ubuntu Checking if the script is run as root Checking if the script has been run before Updating package lists and upgrading packages Installing MariaDB if it's not already installed Prompting the user to select an optimization level (either to use up to 50% of total RAM and CPU, or up to 100% if MariaDB is the sole service on the server) Backing up the original MariaDB configuration file Calculating hardware-based settings (based on total memory and CPU cores) Configuring MariaDB performance settings based on the chosen optimization level and hardware Restarting the MariaDB service if the user agrees MariaDB Management Script for Ubuntu This shell script provides a simple way to manage MariaDB on Ubuntu 22.04 or newer. Creating, deleting, and flushing MariaDB users. Creating, deleting, and updating databases. Importing and exporting SQL files. Webmin Installation Guide for Ubuntu Server 22.04 Webmin is a web-based system administration tool for Unix/Linux systems that allows users to manage their system resources and services through a web interface. It provides a graphical user interface (GUI) for many common administrative tasks and simplifies the management of a Linux system for both novice and experienced users. System configuration: Webmin provides a GUI for configuring many aspects of your system, including network settings, user accounts, system services, and hardware settings. Package management: Webmin makes it easy to manage software packages on your system. You can view and install available packages, update installed packages, and configure package repositories. Server management: Webmin supports a variety of server applications, including Apache, MySQL, and PostgreSQL. You can configure server settings, manage virtual hosts and databases, and view server logs. File management: Webmin includes a file manager that allows you to browse and manage files on your system, including copying, moving, and deleting files. Monitoring: Webmin provides real-time monitoring of system resources such as CPU usage, memory usage, and disk space. You can also set up alerts to be notified when resource usage exceeds specified thresholds. Security: Webmin includes a variety of security features, including SSL/TLS encryption for web traffic, authentication and authorization for user accounts, and firewall configuration. Your feedback is welcome.

Is this classic client adapted to Interlude's protocol or what?

Use computeIfAbsent() to avoid creating empty effect maps for players with no effects. Use Entry in the forEach() loop instead of two parameters.

My reply is strictly referring to server side.

These old features remind me of childhood memories.

Hi, I think it's a huge advantage if you run the L2OFF server on a VM on a Linux machine - Ubuntu Server 22.04. Let me know if you have any suggestions that can improve this guide. For the past few weeks I've been creating all sorts of sh or python scripts at work for Linux. So I thought I'd make this guide. INSTALL VIRTUALBOX sudo apt-get update sudo apt-get install virtualbox Download the Windows ISO file for the version of Windows you want to install on your virtual machine. We'll use Windows 10 as an example here. Create a new virtual machine using the following command: VBoxManage createvm --name "VM name" --ostype Windows10 --register Replace "VM name" with the name you want to give your virtual machine. Configure the virtual machine using the following commands: VBoxManage modifyvm "VM name" --memory 2048 --vram 128 VBoxManage modifyvm "VM name" --boot1 dvd --boot2 disk --boot3 none --boot4 none VBoxManage modifyvm "VM name" --nic1 nat VBoxManage modifyvm "VM name" --natpf1 "guestssh,tcp,,2106,,2106" VBoxManage modifyvm "VM name" --natpf1 "guestssh,tcp,,7777,,7777" Replace "VM name" with the name of your virtual machine. Create a virtual hard disk for your virtual machine using the following command: VBoxManage createhd --filename "/path/to/harddisk.vdi" --size 20480 Replace "/path/to/harddisk.vdi" with the path where you want to store the virtual hard disk. Attach the Windows ISO file to the virtual machine using the following command: VBoxManage storageattach "VM name" --storagectl IDE --port 0 --device 0 --type dvddrive --medium "/path/to/windows.iso" Replace "VM name" with the name of your virtual machine, as specified, and replace "/path/to/your/motherfucking/windows.iso" with the path to the Windows ISO file you downloaded. Start the virtual machine using the following command: VBoxHeadless --startvm "VM name" Replace "VM name" with the name of your virtual machine. Windows will now boot from the ISO file you selected. Follow the on-screen instructions to install Windows. Once Windows is installed, you can install VirtualBox Guest Additions to improve performance and add features like shared folders. In the virtual machine, navigate to the "Devices" menu and select "Insert Guest Additions CD image". In Windows, open "This PC" and navigate to the CD drive. Run the "VBoxWindowsAdditions.exe" file to install Guest Additions. TRAFFIC FORWARDING To forward incoming TCP connections on ports 2106 and 7777 to your Windows virtual machine on Ubuntu Server, you can use NAT and port forwarding. Make sure your Windows virtual machine is shut down. Open a terminal window on your Ubuntu Server. Use the following command to list the network interfaces on your server: ip addr Identify the IP address of the network interface you want to use for the port forwarding. It will be listed under the "inet" section. Use the following commands to forward port 2106 to your Windows virtual machine: VBoxManage modifyvm "VM name" --natpf1 "guestssh,tcp,,2106,,2106" Replace "VM name" with the name of your Windows virtual machine, as specified in VirtualBox. Use the following commands to forward port 7777 to your Windows virtual machine: VBoxManage modifyvm "VM name" --natpf1 "guestssh,tcp,,7777,,7777" Replace "VM name" with the name of your Windows virtual machine, as specified in VirtualBox. Start your Windows virtual machine. In Windows, configure your applications to listen on ports 2106 and 7777, and they will now receive incoming connections that are forwarded from your Ubuntu Server. USE MORE RESOURCES You can configure your Windows virtual machine in VirtualBox to use all available CPU cores and all available RAM on your Ubuntu Server. Make sure your Windows virtual machine is shut down. Open a terminal window on your Ubuntu Server. Use the following command to set the number of CPU cores that your virtual machine will use: VBoxManage modifyvm "VM name" --cpus $(nproc) Replace "VM name" with the name of your Windows virtual machine, as specified in VirtualBox. Use the following command to set the amount of RAM that your virtual machine will use: VBoxManage modifyvm "VM name" --memory $(free -m | awk '/^Mem:/{print $2}') Replace "VM name" with the name of your Windows virtual machine, as specified in VirtualBox. Start the virtual machine. That's all, I think. You can make the virtual machine have a different IP if you buy additional IPs from OVH.

To detect players using Adrenaline, you can implement a system that monitors game activity and identifies patterns of behavior that are indicative of botting. To detect these patterns, you can implement algorithms that analyze player behavior and flag any instances that deviate significantly from what is considered normal. Additionally, you can also gather data on known botting software and their behavior patterns, and use this information to develop more sophisticated detection algorithms. I'm not judging your share, just thinking out loud.