function fred_report_info() {
var info={report_cat : "SYSTEM",
report_name : "Current network settings",
report_author : "Gillen Daniel",
report_desc : "Dump current network settings",
fred_api : 2,
hive : "SYSTEM"
};
return info;
}
function IsValid(val) {
if(typeof val !== 'undefined') return true;
else return false;
}
function print_table_row(cell01,cell02) {
println(" | ",cell01," | ",cell02," |
");
}
function ZeroPad(number,padlen) {
var ret=number.toString(10);
if(!padlen || ret.length>=padlen) return ret;
return Math.pow(10,padlen-ret.length).toString().slice(1)+ret;
}
function fred_report_html() {
// See Appendix A: TCP/IP Configuration Parameters:
// http://technet.microsoft.com/de-de/library/cc739819%28v=WS.10%29.aspx
var val;
// println("");
// println(" Current Network Settings (Tcp/Ip)");
// println(" ");
println(" Current network settings (Tcp/Ip)
");
// Get current controlset
var cur_controlset=GetRegistryKeyValue("\\Select","Current");
if(IsValid(cur_controlset)) {
cur_controlset=RegistryKeyValueToString(cur_controlset.value,cur_controlset.type);
// Current holds a DWORD value, thus we get a string like 0x00000000, but
// control sets are referenced by its decimal representation.
cur_controlset="ControlSet"+ZeroPad(parseInt(String(cur_controlset).substr(2,8),16),3)
println(" ");
println("
");
print_table_row("Active control set:",cur_controlset);
// Computer name
val=GetRegistryKeyValue(cur_controlset+"\\Control\\ComputerName\\ComputerName","ComputerName");
print_table_row("Computer name:",(IsValid(val)) ? RegistryKeyValueToString(val.value,val.type) : "");
println("
");
println("
");
// Iterate over all available network adapters
var adapters=GetRegistryNodes(cur_controlset+"\\Services\\Tcpip\\Parameters\\Adapters");
for(var i=0;i",RegistryKeyValueToString(val.value,val.type),"");
} else {
println(" ",adapters[i],"");
}
// Get settings node
var adapter_settings_node=GetRegistryKeyValue(cur_controlset+"\\Services\\Tcpip\\Parameters\\Adapters\\"+adapters[i],"IpConfig");
adapter_settings_node=RegistryKeyValueToVariant(adapter_settings_node.value,"utf16",0);
println(" ");
//print_table_row("Adapter id:",adapters[i]);
// Get configuration mode
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"EnableDHCP");
val=Number(RegistryKeyValueToString(val.value,val.type));
if(val) {
// DHCP enabled
print_table_row("Configuration mode:","DHCP");
// DHCP server
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"DhcpServer");
print_table_row("Last used DHCP server:",(IsValid(val)) ? RegistryKeyValueToString(val.value,val.type) : "");
// IP address
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"DhcpIPAddress");
print_table_row("IP address:",(IsValid(val)) ? RegistryKeyValueToString(val.value,val.type) : "");
// Subnet mask
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"DhcpSubnetMask");
print_table_row("Subnet mask:",(IsValid(val)) ? RegistryKeyValueToString(val.value,val.type) : "");
// Nameserver(s)
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"DhcpNameServer");
print_table_row("Nameserver(s):",(IsValid(val)) ? RegistryKeyValueToString(val.value,val.type) : "");
// Domain
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"DhcpDomain");
print_table_row("Domain:",(IsValid(val)) ? RegistryKeyValueToString(val.value,val.type) : "");
// Default gw
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"DhcpDefaultGateway");
print_table_row("Default gateway:",(IsValid(val)) ? RegistryKeyValueToVariant(val.value,"utf16",0) : "");
// Lease obtained
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"LeaseObtainedTime");
print_table_row("Lease obtained:",(IsValid(val)) ? RegistryKeyValueToVariant(val.value,"unixtime",0) : "");
// Lease valid until
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"LeaseTerminatesTime");
print_table_row("Lease terminates:",(IsValid(val)) ? RegistryKeyValueToVariant(val.value,"unixtime",0) : "");
} else {
print_table_row("Configuration mode:","Manual");
// IP address
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"IPAddress");
print_table_row("IP address:",(IsValid(val)) ? RegistryKeyValueToVariant(val.value,"utf16",0) : "");
// Subnet mask
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"SubnetMask");
print_table_row("Subnet mask:",(IsValid(val)) ? RegistryKeyValueToVariant(val.value,"utf16",0) : "");
// Nameserver
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"NameServer");
print_table_row("Nameserver:",(IsValid(val)) ? RegistryKeyValueToVariant(val.value,"utf16",0) : "");
// Domain
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"Domain");
print_table_row("Domain:",(IsValid(val)) ? RegistryKeyValueToString(val.value,val.type) : "");
// Default gw
val=GetRegistryKeyValue(cur_controlset+"\\Services\\"+adapter_settings_node,"DefaultGateway");
print_table_row("Default gateway:",(IsValid(val)) ? RegistryKeyValueToVariant(val.value,"utf16",0) : "");
}
// TODO: Check for EnableSecurityFilters, TCPAllowedPorts and UDPAllowedPorts to get firewall status.
println("
");
println("
");
// TODO: Get persistent routes from \ControlSet001\Services\Tcpip\Parameters\PersistentRoutes
}
println(" ");
} else {
println(" ");
println(" Unable to determine current control set!
");
println(" Are you sure you are running this report against the correct registry hive?");
println("
");
}
// println("");
}