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https://www.vps-mart.com/blog/how-to-connect-to-ubuntu-linux-with-ssh-keys-using-putty-from-windows https://documentation.help/PuTTY/plink-usage.html Introduction It is generally recommended to use SSH key authentication whenever possible, especially for servers or systems accessible over the internet. This is because SSH key authentication is based on asymmetric cryptography and is considered more secure than password authentication. It provides stronger protection against brute-force attacks, as the private key is typically much longer and harder to guess than a password. SSH key authentication can also be automated, allowing for passwordless logins and easier integration with scripts and automated processes. Additionally, The private key can be protected with a passphrase, adding an extra layer of security. In the tutorial, we will show you how to connect to Ubuntu Linux VPS with SSH keys using puTTy from Windows.   Prerequisites   Verify Your Remote Linux Server is Ready

To convert the given C++ code into .NET C# code for remotely rebooting an Ubuntu machine from a Windows application, here's how you can do it: C# Code: using System; using System.Diagnostics; namespace RemoteReboot {     class Program     {         static void Main(string[] args)         {             string remoteHost = "your-ubuntu-ip";             string username = "your-username";             string password = "your-password"; // Ideally, use key-based authentication for better security             string command = "sudo reboot";             ExecuteRemoteCommand(remoteHost, username, password, command);         }         static void ExecuteRemoteCommand(string host, string user, string pass, string command)         {             Process process = new Process();             process.StartInfo.FileName = "plink.exe"; // Path to plink.exe             process.StartInfo.Arguments = $"-ssh {user}@{host} -pw {pass} \"{command}

  The information you've provided relates to the features and capabilities of a master clock device, often used in various applications such as telecommunications, broadcasting, and IT infrastructure. This master clock typically provides highly accurate time synchronization to client devices in a network. TIME Protocol (RFC 868) Protocol: TCP/UDP Port: 37 Purpose: The TIME protocol is a simple way for a client to request the current time from a server. The server responds with a 32-bit binary number representing the number of seconds since midnight (00:00) on January 1, 1900 (UTC). This protocol is now considered outdated but is still occasionally used for simple time synchronization needs. DAYTIME Protocol (RFC 867) Protocol: TCP/UDP Port: 13 Purpose: The DAYTIME protocol allows a client to request the current date and time in a human-readable format from a server. The server responds with an ASCII string representing the current date and time. Like the TIME protocol, DAYTIM

MySQL failed to start. The error.log file show log as below; 2024-08-18 20:45:04 0 [Note] Starting MariaDB 10.4.32-MariaDB source revision c4143f909528e3fab0677a28631d10389354c491 as process 22548 2024-08-18 20:45:04 0 [Note] InnoDB: !!! innodb_force_recovery is set to 1 !!! 2024-08-18 20:45:04 0 [Note] InnoDB: Mutexes and rw_locks use Windows interlocked functions 2024-08-18 20:45:04 0 [Note] InnoDB: Uses event mutexes 2024-08-18 20:45:04 0 [Note] InnoDB: Compressed tables use zlib 1.3 2024-08-18 20:45:04 0 [Note] InnoDB: Number of pools: 1 2024-08-18 20:45:04 0 [Note] InnoDB: Using SSE2 crc32 instructions 2024-08-18 20:45:04 0 [Note] InnoDB: Initializing buffer pool, total size = 16M, instances = 1, chunk size = 16M 2024-08-18 20:45:04 0 [Note] InnoDB: Completed initialization of buffer pool 2024-08-18 20:45:04 0 [Note] InnoDB: 128 out of 128 rollback segments are active. 2024-08-18 20:45:04 0 [Note] InnoDB: Creating shared tablespace for temporary tables 2024-08-18 20:45:04 0 [Note]