index 1d3213a91a31dfa482bebe2dcfc23b9bb8601d74..bc1be2ff8cd024b3a19074c4a705927e18e09350 100644 (file)
use IO::Socket::INET;
use XML::Simple;
use Data::Dumper;
use IO::Socket::INET;
use XML::Simple;
use Data::Dumper;
+use NetAddr::IP;
use Net::LDAP;
use Socket;
use Net::hostent;
use Net::LDAP;
use Socket;
use Net::hostent;
+use Net::DNS;
BEGIN{}
END {}
BEGIN{}
END {}
-my ($known_clients_file_name);
-my ($server_activ, $server_ip, $server_mac_address, $server_port, $SIPackages_key, $max_clients, $ldap_uri, $ldap_base, $ldap_admin_dn, $ldap_admin_password);
-my ($bus_activ, $bus_passwd, $bus_ip, $bus_port);
+my ($server_ip, $server_mac_address, $server_port, $SIPackages_key, $max_clients, $ldap_uri, $ldap_base, $ldap_admin_dn, $ldap_admin_password, $server_interface);
+my ($bus_activ, $bus_key, $bus_ip, $bus_port);
my $server;
my $network_interface;
my $no_bus;
my (@ldap_cfg, @pam_cfg, @nss_cfg, $goto_admin, $goto_secret);
my $server;
my $network_interface;
my $no_bus;
my (@ldap_cfg, @pam_cfg, @nss_cfg, $goto_admin, $goto_secret);
-my %cfg_defaults =
-(
-"server" =>
- {"server_activ" => [\$server_activ, "on"],
- "server_ip" => [\$server_ip, "0.0.0.0"],
- "server_mac_address" => [\$server_mac_address, ""],
- "server_port" => [\$server_port, "20081"],
- "SIPackages_key" => [\$SIPackages_key, ""],
- "max_clients" => [\$max_clients, 100],
- "ldap_uri" => [\$ldap_uri, ""],
- "ldap_base" => [\$ldap_base, ""],
- "ldap_admin_dn" => [\$ldap_admin_dn, ""],
- "ldap_admin_password" => [\$ldap_admin_password, ""],
+my %cfg_defaults = (
+"bus" => {
+ "activ" => [\$bus_activ, "on"],
+ "key" => [\$bus_key, ""],
+ "ip" => [\$bus_ip, ""],
+ "port" => [\$bus_port, "20080"],
},
},
-"bus" =>
- {"bus_activ" => [\$bus_activ, "on"],
- "bus_passwd" => [\$bus_passwd, ""],
- "bus_ip" => [\$bus_ip, ""],
- "bus_port" => [\$bus_port, "20080"],
+"server" => {
+ "ip" => [\$server_ip, "0.0.0.0"],
+ "mac-address" => [\$server_mac_address, "00:00:00:00:00"],
+ "port" => [\$server_port, "20081"],
+ "ldap-uri" => [\$ldap_uri, ""],
+ "ldap-base" => [\$ldap_base, ""],
+ "ldap-admin-dn" => [\$ldap_admin_dn, ""],
+ "ldap-admin-password" => [\$ldap_admin_password, ""],
+ "max-clients" => [\$max_clients, 100],
+ },
+"SIPackages" => {
+ "key" => [\$SIPackages_key, ""],
},
);
},
);
# read configfile and import variables
&read_configfile();
# read configfile and import variables
&read_configfile();
-# detect interfaces and mac address
$network_interface= &get_interface_for_ip($server_ip);
$network_interface= &get_interface_for_ip($server_ip);
-$server_mac_address= &get_mac($network_interface);
+$server_mac_address= &get_mac($network_interface);
# complete addresses
# complete addresses
-if( $server_ip eq "0.0.0.0" ) {
- $server_ip = "127.0.0.1";
-}
+#if( $server_ip eq "0.0.0.0" ) {
+# $server_ip = "127.0.0.1";
+#}
my $server_address = "$server_ip:$server_port";
my $server_address = "$server_ip:$server_port";
+$main::server_address = $server_address;
my $bus_address = "$bus_ip:$bus_port";
my $bus_address = "$bus_ip:$bus_port";
+$main::bus_address = $bus_address;
# create general settings for this module
my $xml = new XML::Simple();
# create general settings for this module
my $xml = new XML::Simple();
sub get_module_info {
my @info = ($server_address,
$SIPackages_key,
sub get_module_info {
my @info = ($server_address,
$SIPackages_key,
- $server,
- $server_activ,
- "socket",
);
return \@info;
}
);
return \@info;
}
-
sub do_wake {
my $host = shift;
my $ipaddr = shift || '255.255.255.255';
sub do_wake {
my $host = shift;
my $ipaddr = shift || '255.255.255.255';
return $result;
}
return $result;
}
-#=== FUNCTION ================================================================
-# NAME: get_ip
-# PARAMETERS: interface name (i.e. eth0)
-# RETURNS: (ip address)
-# DESCRIPTION: Uses ioctl to get ip address directly from system.
-#===============================================================================
-sub get_ip {
- my $ifreq= shift;
- my $result= "";
- my $SIOCGIFADDR= 0x8915; # man 2 ioctl_list
- my $proto= getprotobyname('ip');
-
- socket SOCKET, PF_INET, SOCK_DGRAM, $proto
- or die "socket: $!";
-
- if(ioctl SOCKET, $SIOCGIFADDR, $ifreq) {
- my ($if, $sin) = unpack 'a16 a16', $ifreq;
- my ($port, $addr) = sockaddr_in $sin;
- my $ip = inet_ntoa $addr;
-
- if ($ip && length($ip) > 0) {
- $result = $ip;
- }
- }
-
- return $result;
-}
-
#=== FUNCTION ================================================================
# NAME: register_at_bus
#=== FUNCTION ================================================================
# NAME: register_at_bus
primkey=>'hostname',
hostname=>$bus_address,
status=>'bus',
primkey=>'hostname',
hostname=>$bus_address,
status=>'bus',
- hostkey=>$bus_passwd,
+ hostkey=>$bus_key,
timestamp=>&get_time,
} );
my $msg_hash = &create_xml_hash("here_i_am", $server_address, $bus_address);
my $msg = &create_xml_string($msg_hash);
timestamp=>&get_time,
} );
my $msg_hash = &create_xml_hash("here_i_am", $server_address, $bus_address);
my $msg = &create_xml_string($msg_hash);
+
+ &main::send_msg_to_target($msg, $bus_address, $bus_key, "here_i_am");
return $msg;
return $msg;
-# my $answer = "";
-# $answer = &send_msg_hash2address($msg_hash, $bus_address, $bus_passwd);
-# if ($answer == 0) {
-# &main::daemon_log("register at bus: $bus_address", 1);
-# } else {
-# &main::daemon_log("unable to send 'register'-msg to bus '$bus_address': $answer", 1);
-# }
-# return;
}
}
# DESCRIPTION: handels the proceeded distribution to the appropriated functions
#===============================================================================
sub process_incoming_msg {
# DESCRIPTION: handels the proceeded distribution to the appropriated functions
#===============================================================================
sub process_incoming_msg {
- my ($msg, $msg_hash) = @_ ;
+ my ($msg, $msg_hash, $remote_ip) = @_ ;
my $error = 0;
my $host_name;
my $host_key;
my $error = 0;
my $host_name;
my $host_key;
# process incoming msg
my $header = @{$msg_hash->{header}}[0];
# process incoming msg
my $header = @{$msg_hash->{header}}[0];
- my $source = @{$msg_hash->{source}}[0];
my @target_l = @{$msg_hash->{target}};
&main::daemon_log("SIPackages: msg to process: $header", 3);
my @target_l = @{$msg_hash->{target}};
&main::daemon_log("SIPackages: msg to process: $header", 3);
if( 1 == length @target_l) {
my $target = $target_l[0];
if( 1 == length @target_l) {
my $target = $target_l[0];
- if( $target eq $server_address ) {
- if ($header eq 'new_passwd') {
- @out_msg_l = &new_passwd($msg_hash)
- } elsif ($header eq 'here_i_am') {
- @out_msg_l = &here_i_am($msg_hash)
- } elsif ($header eq 'who_has') {
- @out_msg_l = &who_has($msg_hash)
- } elsif ($header eq 'who_has_i_do') {
- @out_msg_l = &who_has_i_do($msg_hash)
- } elsif ($header eq 'got_ping') {
- @out_msg_l = &got_ping($msg_hash)
- } elsif ($header eq 'get_load') {
- @out_msg_l = &execute_actions($msg_hash)
+ if(&server_matches($target)) {
+ if ($header eq 'new_key') {
+ @out_msg_l = &new_key($msg_hash)
+ } elsif ($header eq 'here_i_am') {
+ @out_msg_l = &here_i_am($msg_hash)
+ } elsif ($header eq 'who_has') {
+ @out_msg_l = &who_has($msg_hash)
+ } elsif ($header eq 'who_has_i_do') {
+ @out_msg_l = &who_has_i_do($msg_hash)
+ } elsif ($header eq 'got_ping') {
+ @out_msg_l = &got_ping($msg_hash)
+ } elsif ($header eq 'get_load') {
+ @out_msg_l = &execute_actions($msg_hash)
} elsif ($header eq 'detected_hardware') {
} elsif ($header eq 'detected_hardware') {
- @out_msg_l = &process_detected_hardware($msg_hash)
- } elsif ($header eq 'trigger_wake') {
- foreach (@{$msg_hash->{macAddress}}){
- &main::daemon_log("SIPackages: trigger wake for $_", 1);
- do_wake($_);
- }
+ @out_msg_l = &process_detected_hardware($msg_hash)
+ } elsif ($header eq 'trigger_wake') {
+ foreach (@{$msg_hash->{macAddress}}){
+ &main::daemon_log("SIPackages: trigger wake for $_", 1);
+ do_wake($_);
+ }
} else {
&main::daemon_log("ERROR: $header is an unknown core function", 1);
} else {
&main::daemon_log("ERROR: $header is an unknown core function", 1);
}
}
}
}
- if( $error == 0) {
- if( 0 == @out_msg_l ) {
- push(@out_msg_l, $msg);
- }
- }
+# if( $error == 0) {
+# if( 0 == @out_msg_l ) {
+# push(@out_msg_l, $msg);
+# }
+# }
return \@out_msg_l;
}
return \@out_msg_l;
}
# RETURNS: nothing
# DESCRIPTION: process this incoming message
#===============================================================================
# RETURNS: nothing
# DESCRIPTION: process this incoming message
#===============================================================================
-sub new_passwd {
+sub new_key {
my ($msg_hash) = @_;
my @out_msg_l;
my $header = @{$msg_hash->{header}}[0];
my $source_name = @{$msg_hash->{source}}[0];
my ($msg_hash) = @_;
my @out_msg_l;
my $header = @{$msg_hash->{header}}[0];
my $source_name = @{$msg_hash->{source}}[0];
- my $source_key = @{$msg_hash->{new_passwd}}[0];
+ my $source_key = @{$msg_hash->{new_key}}[0];
my $query_res;
# check known_clients_db
my $query_res;
# check known_clients_db
"SET hostkey='$source_key', timestamp='$act_time' ".
"WHERE hostname='$source_name'";
my $res = $main::known_clients_db->update_dbentry( $sql_statement );
"SET hostkey='$source_key', timestamp='$act_time' ".
"WHERE hostname='$source_name'";
my $res = $main::known_clients_db->update_dbentry( $sql_statement );
-
- my $hash = &create_xml_hash("confirm_new_passwd", $server_address, $source_name);
+ my $hash = &create_xml_hash("confirm_new_key", $server_address, $source_name);
my $out_msg = &create_xml_string($hash);
push(@out_msg_l, $out_msg);
}
my $out_msg = &create_xml_string($hash);
push(@out_msg_l, $out_msg);
}
"WHERE hostname='$source_name'";
my $res = $main::known_server_db->update_dbentry( $sql_statement );
"WHERE hostname='$source_name'";
my $res = $main::known_server_db->update_dbentry( $sql_statement );
- my $hash = &create_xml_hash("confirm_new_passwd", $server_address, $source_name);
+ my $hash = &create_xml_hash("confirm_new_key", $server_address, $source_name);
my $out_msg = &create_xml_string($hash);
push(@out_msg_l, $out_msg);
}
my $out_msg = &create_xml_string($hash);
push(@out_msg_l, $out_msg);
}
# add entry to known_clients_db
# add entry to known_clients_db
+ my $act_timestamp = &get_time;
my $res = $main::known_clients_db->add_dbentry( {table=>'known_clients',
primkey=>'hostname',
hostname=>$source,
my $res = $main::known_clients_db->add_dbentry( {table=>'known_clients',
primkey=>'hostname',
hostname=>$source,
macaddress=>$mac_address,
status=>'registered',
hostkey=>$new_passwd,
macaddress=>$mac_address,
status=>'registered',
hostkey=>$new_passwd,
- timestamp=>&get_time,
+ timestamp=>$act_timestamp,
} );
if ($res != 0) {
} );
if ($res != 0) {
# send update msg to bus
$out_hash = &create_xml_hash("new_client", $server_address, $bus_address, $source);
# send update msg to bus
$out_hash = &create_xml_hash("new_client", $server_address, $bus_address, $source);
+ &add_content2xml_hash($out_hash, "macaddress", $mac_address);
+ &add_content2xml_hash($out_hash, "timestamp", $act_timestamp);
my $new_client_out = &create_xml_string($out_hash);
push(@out_msg_l, $new_client_out);
&main::daemon_log("send bus msg that client '$source' has registerd at server '$server_address'", 3);
my $new_client_out = &create_xml_string($out_hash);
push(@out_msg_l, $new_client_out);
&main::daemon_log("send bus msg that client '$source' has registerd at server '$server_address'", 3);
# Find admin base and department name
$mesg = $ldap->search( base => $ldap_base,
scope => 'sub',
# Find admin base and department name
$mesg = $ldap->search( base => $ldap_base,
scope => 'sub',
- attrs => ['dn', 'ou'],
+ attrs => ['dn', 'ou', 'FAIclass'],
filter => "(&(objectClass=gosaAdministrativeUnit)(gosaUnitTag=$unit_tag))");
#$mesg->code && die $mesg->error;
if($mesg->code) {
filter => "(&(objectClass=gosaAdministrativeUnit)(gosaUnitTag=$unit_tag))");
#$mesg->code && die $mesg->error;
if($mesg->code) {
$data{'unit_tag'}= $unit_tag;
}
$data{'unit_tag'}= $unit_tag;
}
+ # Fill release if available
+ my $FAIclass= $entry->get_value("FAIclass");
+ if (defined $FAIclass && $FAIclass =~ /^.* :([A-Za-z0-9\/.]+).*$/) {
+ $data{'release'}= $1;
+ }
+
+
# Unbind
$mesg = $ldap->unbind;
# Unbind
$mesg = $ldap->unbind;
sub process_detected_hardware {
my $msg_hash = shift;
my $address = $msg_hash->{source}[0];
sub process_detected_hardware {
my $msg_hash = shift;
my $address = $msg_hash->{source}[0];
+ my $gotoHardwareChecksum= $msg_hash->{detected_hardware}[0]->{gotoHardwareChecksum};
my $sql_statement= "SELECT * FROM known_clients WHERE hostname='$address'";
my $res = $main::known_clients_db->select_dbentry( $sql_statement );
my $sql_statement= "SELECT * FROM known_clients WHERE hostname='$address'";
my $res = $main::known_clients_db->select_dbentry( $sql_statement );
my $hit_counter = keys %{$res};
if( not $hit_counter == 1 ) {
&main::daemon_log("ERROR: more or no hit found in known_clients_db by query by '$address'", 1);
my $hit_counter = keys %{$res};
if( not $hit_counter == 1 ) {
&main::daemon_log("ERROR: more or no hit found in known_clients_db by query by '$address'", 1);
+ return;
}
my $macaddress = $res->{1}->{macaddress};
}
my $macaddress = $res->{1}->{macaddress};
filter => "(&(objectClass=GOhard)(|(macAddress=$macaddress)(dhcpHWaddress=ethernet $macaddress)))"
);
filter => "(&(objectClass=GOhard)(|(macAddress=$macaddress)(dhcpHWaddress=ethernet $macaddress)))"
);
+ # We need to create a base entry first (if not done from ArpHandler)
+ if($mesg->count == 0) {
+ &main::daemon_log("Need to create a new LDAP Entry for client $address", 1);
+ my $resolver=Net::DNS::Resolver->new;
+ my $ipaddress= $1 if $address =~ /^([0-9\.]*?):.*$/;
+ my $dnsresult= $resolver->search($ipaddress);
+ my $dnsname= (defined($dnsresult))?$dnsresult->{answer}[0]->{ptrdname}:$ipaddress;
+ my $cn = (($dnsname =~ /^(\d){1,3}\.(\d){1,3}\.(\d){1,3}\.(\d){1,3}/) ? $dnsname : sprintf "%s", $dnsname =~ /([^\.]+)\.?/);
+ my $dn = "cn=$cn,ou=incoming,$ldap_base";
+ &main::daemon_log("Creating entry for $dn",6);
+ my $entry= Net::LDAP::Entry->new( $dn );
+ $entry->dn($dn);
+ $entry->add("objectClass" => "goHard");
+ $entry->add("cn" => $cn);
+ $entry->add("macAddress" => $macaddress);
+ $entry->add("gotomode" => "locked");
+ $entry->add("gotoSysStatus" => "new-system");
+ $entry->add("ipHostNumber" => $ipaddress);
+ if(my $res=$entry->update($ldap)) {
+ # Fill $mesg again
+ $mesg = $ldap->search(
+ base => $ldap_base,
+ scope => 'sub',
+ filter => "(&(objectClass=GOhard)(|(macAddress=$macaddress)(dhcpHWaddress=ethernet $macaddress)))"
+ );
+ } else {
+ &main::daemon_log("ERROR: There was a problem adding the entry", 1);
+ }
+
+ }
+
if($mesg->count == 1) {
my $entry= $mesg->entry(0);
$entry->changetype("modify");
foreach my $attribute (
"gotoSndModule", "ghNetNic", "gotoXResolution", "ghSoundAdapter", "ghCpuType", "gotoXkbModel",
"ghGfxAdapter", "gotoXMousePort", "ghMemSize", "gotoXMouseType", "ghUsbSupport", "gotoXHsync",
if($mesg->count == 1) {
my $entry= $mesg->entry(0);
$entry->changetype("modify");
foreach my $attribute (
"gotoSndModule", "ghNetNic", "gotoXResolution", "ghSoundAdapter", "ghCpuType", "gotoXkbModel",
"ghGfxAdapter", "gotoXMousePort", "ghMemSize", "gotoXMouseType", "ghUsbSupport", "gotoXHsync",
- "gotoXDriver", "gotoXVsync", "gotoXMonitor") {
+ "gotoXDriver", "gotoXVsync", "gotoXMonitor", "gotoHardwareChecksum") {
if(defined($msg_hash->{detected_hardware}[0]->{$attribute})) {
if(defined($entry->get_value($attribute))) {
$entry->delete($attribute);
if(defined($msg_hash->{detected_hardware}[0]->{$attribute})) {
if(defined($entry->get_value($attribute))) {
$entry->delete($attribute);
}
}
}
}
+
if($entry->update($ldap)) {
&main::daemon_log("Added Hardware configuration to LDAP", 4);
}
if($entry->update($ldap)) {
&main::daemon_log("Added Hardware configuration to LDAP", 4);
}
if($mesg->count() == 0) {
&main::daemon_log("Host was not found in LDAP!", 1);
if($mesg->count() == 0) {
&main::daemon_log("Host was not found in LDAP!", 1);
- return;
- }
-
- my $entry= $mesg->entry(0);
- my $dn= $entry->dn;
- if(defined($entry->get_value("gotoHardwareChecksum"))) {
- if(! $entry->get_value("gotoHardwareChecksum") eq $gotoHardwareChecksum) {
- $entry->replace(gotoHardwareChecksum => $gotoHardwareChecksum);
- if($entry->update($ldap)) {
- &main::daemon_log("Hardware changed! Detection triggered.", 4);
- }
- } else {
- # Nothing to do
- return;
- }
} else {
} else {
- # need to fill it to LDAP
- $entry->add(gotoHardwareChecksum => $gotoHardwareChecksum);
- if($entry->update($ldap)) {
- &main::daemon_log("gotoHardwareChecksum $gotoHardwareChecksum was added to LDAP", 4);
- }
-
- # Look if there another host with this checksum to use the hardware config
- $mesg = $ldap->search(
- base => $ldap_base,
- scope => 'sub',
- filter => "(&(objectClass=GOhard)(gotoHardwareChecksum=$gotoHardwareChecksum))"
- );
-
- if($mesg->count>1) {
- my $clone_entry= $mesg->entry(0);
- $entry->changetype("modify");
- foreach my $attribute (
- "gotoSndModule", "ghNetNic", "gotoXResolution", "ghSoundAdapter", "ghCpuType", "gotoXkbModel",
- "ghGfxAdapter", "gotoXMousePort", "ghMemSize", "gotoXMouseType", "ghUsbSupport", "gotoXHsync",
- "gotoXDriver", "gotoXVsync", "gotoXMonitor") {
- my $value= $clone_entry->get_value($attribute);
- if(defined($value)) {
- if(defined($entry->get_value($attribute))) {
- $entry->delete($attribute);
- }
- &main::daemon_log("Adding attribute $attribute with value $value",1);
- $entry->add($attribute => $value);
- }
- }
- foreach my $attribute (
- "gotoModules", "ghScsiDev", "ghIdeDev") {
- my $array= $clone_entry->get_value($attribute, 'as_ref' => 1);
- if(defined($array)) {
- if(defined($entry->get_value($attribute))) {
- $entry->delete($attribute);
- }
- foreach my $array_entry (@{$array}) {
- $entry->add($attribute => $array_entry);
- }
+ my $entry= $mesg->entry(0);
+ my $dn= $entry->dn;
+ if(defined($entry->get_value("gotoHardwareChecksum"))) {
+ if(! $entry->get_value("gotoHardwareChecksum") eq $gotoHardwareChecksum) {
+ $entry->replace(gotoHardwareChecksum => $gotoHardwareChecksum);
+ if($entry->update($ldap)) {
+ &main::daemon_log("Hardware changed! Detection triggered.", 4);
}
}
-
+ } else {
+ # Nothing to do
+ return;
}
}
- if($entry->update($ldap)) {
- &main::daemon_log("Added Hardware configuration to LDAP", 4);
- }
-
}
}
+ }
+ # need to fill it to LDAP
+ #$entry->add(gotoHardwareChecksum => $gotoHardwareChecksum);
+ #if($entry->update($ldap)) {
+ # &main::daemon_log("gotoHardwareChecksum $gotoHardwareChecksum was added to LDAP", 4);
+ #}
+
+ ## Look if there another host with this checksum to use the hardware config
+ #$mesg = $ldap->search(
+ # base => $ldap_base,
+ # scope => 'sub',
+ # filter => "(&(objectClass=GOhard)(gotoHardwareChecksum=$gotoHardwareChecksum))"
+ #);
+
+ #if($mesg->count>1) {
+ # my $clone_entry= $mesg->entry(0);
+ # $entry->changetype("modify");
+ # foreach my $attribute (
+ # "gotoSndModule", "ghNetNic", "gotoXResolution", "ghSoundAdapter", "ghCpuType", "gotoXkbModel",
+ # "ghGfxAdapter", "gotoXMousePort", "ghMemSize", "gotoXMouseType", "ghUsbSupport", "gotoXHsync",
+ # "gotoXDriver", "gotoXVsync", "gotoXMonitor") {
+ # my $value= $clone_entry->get_value($attribute);
+ # if(defined($value)) {
+ # if(defined($entry->get_value($attribute))) {
+ # $entry->delete($attribute);
+ # }
+ # &main::daemon_log("Adding attribute $attribute with value $value",1);
+ # $entry->add($attribute => $value);
+ # }
+ # }
+ # foreach my $attribute (
+ # "gotoModules", "ghScsiDev", "ghIdeDev") {
+ # my $array= $clone_entry->get_value($attribute, 'as_ref' => 1);
+ # if(defined($array)) {
+ # if(defined($entry->get_value($attribute))) {
+ # $entry->delete($attribute);
+ # }
+ # foreach my $array_entry (@{$array}) {
+ # $entry->add($attribute => $array_entry);
+ # }
+ # }
+
+ # }
+ # if($entry->update($ldap)) {
+ # &main::daemon_log("Added Hardware configuration to LDAP", 4);
+ # }
+
+ #}
- }
# Assemble data package
my %data = ();
# Assemble data package
my %data = ();
$mesg = $ldap->unbind;
&main::daemon_log("Send detect_hardware message to $address", 4);
$mesg = $ldap->unbind;
&main::daemon_log("Send detect_hardware message to $address", 4);
-
+
# Send information
return send_msg("detect_hardware", $server_address, $address, \%data);
}
# Send information
return send_msg("detect_hardware", $server_address, $address, \%data);
}
+sub server_matches {
+ my $target = shift;
+ my $target_ip = sprintf("%s", $target =~ /^([0-9\.]*?):.*$/);
+ my $result = 0;
+
+ if($server_ip eq $target_ip) {
+ $result= 1;
+ } elsif ($server_ip eq "0.0.0.0") {
+ if ($target_ip eq "127.0.0.1") {
+ $result= 1;
+ } else {
+ my $PROC_NET_ROUTE= ('/proc/net/route');
+
+ open(PROC_NET_ROUTE, "<$PROC_NET_ROUTE")
+ or die "Could not open $PROC_NET_ROUTE";
+
+ my @ifs = <PROC_NET_ROUTE>;
+
+ close(PROC_NET_ROUTE);
+
+ # Eat header line
+ shift @ifs;
+ chomp @ifs;
+ foreach my $line(@ifs) {
+ my ($Iface,$Destination,$Gateway,$Flags,$RefCnt,$Use,$Metric,$Mask,$MTU,$Window,$IRTT)=split(/\s/, $line);
+ my $destination;
+ my $mask;
+ my ($d,$c,$b,$a)=unpack('a2 a2 a2 a2', $Destination);
+ $destination= sprintf("%d.%d.%d.%d", hex($a), hex($b), hex($c), hex($d));
+ ($d,$c,$b,$a)=unpack('a2 a2 a2 a2', $Mask);
+ $mask= sprintf("%d.%d.%d.%d", hex($a), hex($b), hex($c), hex($d));
+ if(new NetAddr::IP($target_ip)->within(new NetAddr::IP($destination, $mask))) {
+ # destination matches route, save mac and exit
+ $result= 1;
+ last;
+ }
+ }
+ }
+ } else {
+ &main::daemon_log("Target ip $target_ip does not match Server ip $server_ip",1);
+ }
+
+ return $result;
+}
+
#=== FUNCTION ================================================================
# NAME: execute_actions
#=== FUNCTION ================================================================
# NAME: execute_actions