public Command GetCommand()
{
TABLE.Add(new CommandArgumentEntry("-rhost", false, "-rhost(resolve hostnames)"));
CMD_NMAP = new Command("NMAP", TABLE, false, "Attempts to discover all connacted devices on all connected networks.", ExecutionLevel.User, CLIMode.Default);
CMD_NMAP.SetAsyncFunction(async() =>
{
((TextEditor)EnvironmentVariables.GetCurrentValue("IOFIELD")).Dispatcher.Invoke(() =>
{
((TextEditor)EnvironmentVariables.GetCurrentValue("IOFIELD")).IsReadOnly = true;
((TextEditor)EnvironmentVariables.GetCurrentValue("IOFIELD")).KeyDown += Main_KeyDown;
IOInteractLayer.StandardOutput(CMD_NMAP, "\n");
});
NetworkInterfaceDiscovery nics = new NetworkInterfaceDiscovery();
ToolShed.ThisPC.NetworkInterface[] interfaces = await nics.GetInterfaces();
NetworkInfo inf = new NetworkInfo();
string[] ip_arr = inf.GetAddresses(interfaces);
await GetDevices(ip_arr, interfaces, CMD_NMAP.InputArgumentEntry.Arguments.Exists(x => x.Call == "-rhost"));
((TextEditor)EnvironmentVariables.GetCurrentValue("IOFIELD")).Dispatcher.Invoke(() =>
{
((TextEditor)EnvironmentVariables.GetCurrentValue("IOFIELD")).KeyDown -= Main_KeyDown;
((TextEditor)EnvironmentVariables.GetCurrentValue("IOFIELD")).IsReadOnly = false;
});
return("");
});
return(CMD_NMAP);
}
public Command GetCommand()
{
TABLE.Add(new CommandArgumentEntry("[string] [string]", false, "[interface name] [MAC address]"));
CMD_SETMAC = new Command("SETMAC", TABLE, false, "Changes MAC address of the specified network interface.", ExecutionLevel.Administrator, CLIMode.Default);
CMD_SETMAC.SetFunction(() =>
{
List <NetworkInterface> ifaces = new NetworkInterfaceDiscovery().GetInterfaces().Result.ToList();
if (ifaces.Exists(x => x.Name == CMD_SETMAC.InputArgumentEntry.Arguments[0].Value.ToString()))
{
PhysicalAddressManagement p_mgmt = new PhysicalAddressManagement(ifaces.Find(x => x.Name == CMD_SETMAC.InputArgumentEntry.Arguments[0].Value.ToString()));
if (Regex.IsMatch(CMD_SETMAC.InputArgumentEntry.Arguments[1].Value.ToString(), "^[0-9a-fA-F:]*$"))
{
p_mgmt.SetAddress(CMD_SETMAC.InputArgumentEntry.Arguments[1].Value.ToString().Replace(":", ""));
}
else
{
return("\nInvalid address!");
}
}
else
{
return("\nInterface not found!");
}
return("");
});
return(CMD_SETMAC);
}
public Command GetCommand()
{
TABLE.Add(new CommandArgumentEntry("-a", false, "-a(show all information)"));
TABLE.Add(new CommandArgumentEntry("[string]", false, "[name filter]"));
TABLE.Add(new CommandArgumentEntry("[string] -a", true, "[name filter] -a(show all information)"));
CMD_GETNICS = new Command("GETNICS", TABLE, true, "Returns interface information.", ExecutionLevel.User, CLIMode.Default);
CMD_GETNICS.SetFunction(() =>
{
NetworkInterfaceDiscovery nics = new NetworkInterfaceDiscovery();
NetworkInterface[] nic_array = nics.GetInterfaces().Result;
if (CMD_GETNICS.InputArgumentEntry.Arguments.Count == 0)
{
for (int i = 0; i < nic_array.Length; i++)
{
IOInteractLayer.StandardOutput(CMD_GETNICS, $"\nName: {nic_array[i].Name}\nIP Address: {nic_array[i].IPAddress}\nDefault gateway: {nic_array[i].DefaultGateway}\nSubnet mask: {nic_array[i].SubnetMask}\n");
}
}
else if (CMD_GETNICS.InputArgumentEntry.Arguments.Count == 1)
{
if (CMD_GETNICS.InputArgumentEntry.Arguments[0].Call == "-a")
{
for (int i = 0; i < nic_array.Length; i++)
{
IOInteractLayer.StandardOutput(CMD_GETNICS, $"\nName: {nic_array[i].Name}\nIP address: {nic_array[i].IPAddress}\nDefault gateway: {nic_array[i].DefaultGateway}\nSubnet mask: {nic_array[i].SubnetMask}\nMAC address: {nic_array[i].MACAddress}\nInstance ID: {nic_array[i].InstanceID}\nSpeed: {nic_array[i].Speed}\nStatus: {nic_array[i].Status}\nType: {nic_array[i].Type}\nDescription: {nic_array[i].Description}\n");
}
}
else
{
Interpreter interpreter = new Interpreter(CMD_GETNICS.InputArgumentEntry.Arguments[0].Value.ToString());
for (int i = 0; i < nic_array.Length; i++)
{
if (interpreter.GetResult(nic_array[i].Name))
{
IOInteractLayer.StandardOutput(CMD_GETNICS, $"\nName: {nic_array[i].Name}\nIP Address: {nic_array[i].IPAddress}\nDefault gateway: {nic_array[i].DefaultGateway}\nSubnet mask: {nic_array[i].SubnetMask}\n");
}
}
}
}
else
{
for (int i = 0; i < nic_array.Length; i++)
{
Interpreter interpreter = new Interpreter(CMD_GETNICS.InputArgumentEntry.Arguments[0].Value.ToString());
if (interpreter.GetResult(nic_array[i].Name))
{
IOInteractLayer.StandardOutput(CMD_GETNICS, $"\nName: {nic_array[i].Name}\nIP address: {nic_array[i].IPAddress}\nDefault gateway: {nic_array[i].DefaultGateway}\nSubnet mask: {nic_array[i].SubnetMask}\nMAC address: {nic_array[i].MACAddress}\nInstance ID: {nic_array[i].InstanceID}\nSpeed: {nic_array[i].Speed}\nStatus: {nic_array[i].Status}\nType: {nic_array[i].Type}\nDescription: {nic_array[i].Description}\n");
}
}
}
return("");
});
return(CMD_GETNICS);
}
public Command GetCommand()
{
TABLE.Add(new CommandArgumentEntry("[string]", false, "[interface name]"));
CMD_RESETMAC = new Command("RESETMAC", TABLE, false, "Resets the MAC address of the specified network interface.", ExecutionLevel.Administrator, CLIMode.Default);
CMD_RESETMAC.SetFunction(() =>
{
List <NetworkInterface> iface = new NetworkInterfaceDiscovery().GetInterfaces().Result.ToList();
if (iface.Exists(x => x.Name == CMD_RESETMAC.InputArgumentEntry.Arguments[0].Value.ToString()))
{
PhysicalAddressManagement p_mgmt = new PhysicalAddressManagement(iface.Find(x => x.Name == CMD_RESETMAC.InputArgumentEntry.Arguments[0].Value.ToString()));
p_mgmt.ResetAddress();
return("");
}
else
{
return("\nInterface not found!");
}
});
return(CMD_RESETMAC);
}