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$version): if (trim($version) !== "" && $software !== "systemOpensslLib" && $software !== "openssl" && $software !== "node" && $software !== "v8"): ?>

Processors and graphics
Main processor:	( GHz)
Processor threading:	processor 1 ? "s" : "" ?>, core 1 ? "s" : "" ?>, thread 1 ? "s" : "" ?>
Hardware virtualization:
Level 1 cache:	KiB (instruction), KiB (data)
Level 2 cache:
Level 3 cache:
Graphics processor 1 ? "s" : "" ?>:	( cores, ) " : "" ?>
Display 1 ? "s" : "" ?>:	(x, Hz) " : "" ?>
System memory
Physical memory:	GiB ( MiB used, MiB free)
Memory usage:	MiB active, MiB available, MiB cache
Swap memory:	GiB ( MiB used, MiB free)
RAM chips:	MiB " : "" ?>
Battery
Battery model:
Charge level:	% ( V)
Cycles:
Remaining capacity:	/ (designed for 0): ?>, % left)
This computer does not contain a battery.
Operating system
System:
CPU architecture:
Kernel version:
Code page:
Build number:
Serial number:
Startup interface:
Software versions
"OS kernel", "systemOpenssl" => $computer["versions"]["systemOpensslLib"], "npm" => "NPM", "yarn" => "Yarn", "gulp" => "Gulp", "grunt" => "Grunt", "git" => "Git", "tsc" => "TypeScript", "mysql" => "MySQL", "redis" => "Redis", "mongodb" => "MongoDB", "apache" => "Apache HTTPD", "php" => "PHP", "docker" => "Docker", "postfix" => "Postfix SMTP Server", "postgresql" => "PostgreSQL", "perl" => "Perl", "python" => "Python (legacy)", "python3" => "Python", "pip" => "PIP (legacy)", "pip3" => "PIP", "java" => "Java", "gcc" => "C compiler", "virtualbox" => "VirtualBox", "bash" => "Bash", "zsh" => "zsh", "fish" => "Fish", "powershell" => "PowerShell", "dotnet" => ".NET", default => $software, } ?>:

Screens

You can remotely control this computer. Open remote control.

Windows

Sessions

TTY	Command	User	Open	Type

Filesystems

1024) { if ($bytes > 1024**2) { if ($bytes > 1024**3) { return round($bytes / 1024**3, 1) . " GB"; } else { return round($bytes / 1024**2, 1) . " MB"; } } else { return round($bytes / 1024, 1) . " KB"; } } else { return $bytes . " B"; } } uasort($computer["filesystems"], function ($a, $b) { return $b["use"] - $a["use"]; }); foreach ($computer["filesystems"] as $fs): ?>

Device	Mount point	Type	Used	Free	Total
			(%)

Audio devices

Type	Manufacturer	Name	Default	Connection

Network cards

300, "down" => 200, default => 100 }; $statB = match ($b["operstate"]) { "up" => 300, "down" => 200, default => 100 }; return $statB - $statA; }); foreach ($computer["network"] as $iface): ?> >

Interface	State	IP addresses	MAC address	Type	Internal	Virtual	DHCP

Network connections

State	Protocol	Source	Destination	Process
"Connected", "LISTEN" => "Listening", "CLOSING" => "Terminating", "UNKNOWN" => "?", "LAST_ACK", "FIN_WAIT2" => "Waiting", "TIME_WAIT" => "Waiting", "FIN_WAIT1" => "Closing", "SYN_RECV" => "Received", "SYN_SENT" => "Attempting", default => $connection["state"], } ?>	"TCP over IPv4", "tcp6" => "TCP over IPv6", "tcp46" => "TCP over IPv4 and IPv6", "udp4" => "UDP over IPv4", "udp6" => "UDP over IPv6", "udp46" => "UDP over IPv4 and IPv6", default => $connection["protocol"], } ?>	"<local IPv4>", "::1" => "<local IPv6>", default => $connection["localAddress"], } ?> (port )	"<local IPv4>", "::1" => "<local IPv6>", default => $connection["localAddress"], } ?> ()	0) { echo($f[0]["name"] . " [" . $connection["pid"] . "]"); } else { echo($connection["pid"]); } ?>

Processes

PID	Name	CPU	RAM	User	Started
		%	%

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