use DXLog;
use Spot;
use DXProtout;
+use DXDebug;
+use Filter;
+use Local;
+
use Carp;
use strict;
-use vars qw($me $pc11_max_age $pc11_dup_age %dup $last_hour %pings %rcmds %nodehops);
+use vars qw($me $pc11_max_age $pc23_max_age $pc11_dup_age $pc23_dup_age
+ %spotdup %wwvdup $last_hour %pings %rcmds
+ %nodehops @baddx $baddxfn $pc12_dup_age
+ %anndup $allowzero $pc12_dup_lth $decode_dk0wcy);
$me = undef; # the channel id for this cluster
+$decode_dk0wcy = undef; # if set use this callsign to decode announces from the EU WWV data beacon
$pc11_max_age = 1*3600; # the maximum age for an incoming 'real-time' pc11
-$pc11_dup_age = 24*3600; # the maximum time to keep the dup list for
-%dup = (); # the pc11 and 26 dup hash
+$pc23_max_age = 1*3600; # the maximum age for an incoming 'real-time' pc23
+$pc11_dup_age = 24*3600; # the maximum time to keep the spot dup list for
+$pc23_dup_age = 24*3600; # the maximum time to keep the wwv dup list for
+$pc12_dup_age = 12*3600; # the maximum time to keep the ann dup list for
+$pc12_dup_lth = 72; # the length of ANN text to save for deduping
+%spotdup = (); # the pc11 and 26 dup hash
+%wwvdup = (); # the pc23 and 27 dup hash
+%anndup = (); # the PC12 dup hash
$last_hour = time; # last time I did an hourly periodic update
%pings = (); # outstanding ping requests outbound
%rcmds = (); # outstanding rcmd requests outbound
%nodehops = (); # node specific hop control
+@baddx = (); # list of illegal spotted callsigns
+$baddxfn = "$main::data/baddx.pl";
sub init
{
do "$main::data/hop_table.pl" if -e "$main::data/hop_table.pl";
confess $@ if $@;
# $me->{sort} = 'M'; # M for me
+
+ # now prime the spot duplicates file with today's and yesterday's data
+ my @today = Julian::unixtoj(time);
+ my @spots = Spot::readfile(@today);
+ @today = Julian::sub(@today, 1);
+ push @spots, Spot::readfile(@today);
+ for (@spots) {
+ my $dupkey = "$_->[0]$_->[1]$_->[2]$_->[3]$_->[4]";
+ $spotdup{$dupkey} = $_->[2];
+ }
+
+ # now prime the wwv duplicates file with just this month's data
+ my @wwv = Geomag::readfile(time);
+ for (@wwv) {
+ my $dupkey = "$_->[1].$_->[2]$_->[3]$_->[4]";
+ $wwvdup{$dupkey} = $_->[1];
+ }
+
+ # load the baddx file
+ do "$baddxfn" if -e "$baddxfn";
+ print "$@\n" if $@;
}
#
$self->{isolate} = $user->{isolate};
$self->{consort} = $line; # save the connection type
$self->{here} = 1;
+
+ # get the filters
+ $self->{spotfilter} = Filter::read_in('spots', $call);
+ $self->{wwvfilter} = Filter::read_in('wwv', $call);
+ $self->{annfilter} = Filter::read_in('ann', $call);
- # set unbuffered
+ # set unbuffered and no echo
$self->send_now('B',"0");
+ $self->send_now('E',"0");
# send initialisation string
if (!$self->{outbound}) {
sub normal
{
my ($self, $line) = @_;
- my @field = split /[\^\~]/, $line;
+ my @field = split /\^/, $line;
+ pop @field if $field[-1] eq '~';
+# print join(',', @field), "\n";
+
# ignore any lines that don't start with PC
return if !$field[0] =~ /^PC/;
my ($pcno) = $field[0] =~ /^PC(\d\d)/; # just get the number
return unless $pcno;
return if $pcno < 10 || $pcno > 51;
+
+ # dump bad protocol messages unless it is a PC29
+ if ($line =~ /\%[0-9A-F][0-9A-F]/o && $pcno != 29) {
+ dbg('chan', "CORRUPT protocol message - dumped");
+ return;
+ }
+
+ # local processing 1
+ my $pcr;
+ eval {
+ $pcr = Local::pcprot($self, $pcno, @field);
+ };
+# dbg('local', "Local::pcprot error $@") if $@;
+ return if $pcr;
SWITCH: {
if ($pcno == 10) { # incoming talk
Log('talk', $call, $field[1], $field[6], $text);
$call = $main::myalias if $call eq $main::mycall;
my $ref = DXChannel->get($call);
- $ref->send("$call de $field[1]: $text") if $ref;
+ $ref->send("$call de $field[1]: $text") if $ref && $ref->{talk};
} else {
route($field[2], $line); # relay it on its way
}
}
if ($pcno == 11 || $pcno == 26) { # dx spot
+
+ # route 'foreign' pc26s
+ if ($pcno == 26) {
+ if ($field[7] ne $main::mycall) {
+ route($field[7], $line);
+ return;
+ }
+ }
# if this is a 'nodx' node then ignore it
last SWITCH if grep $field[7] =~ /^$_/, @DXProt::nodx_node;
# convert the date to a unix date
my $d = cltounix($field[3], $field[4]);
- # bang out (and don't pass on) if date is invalid or the spot is too old
- if (!$d || ($pcno == 11 && $d < $main::systime - $pc11_max_age)) {
- dbg('chan', "Spot ignored, invalid date or too old");
+ # bang out (and don't pass on) if date is invalid or the spot is too old (or too young)
+ if (!$d || ($pcno == 11 && ($d < $main::systime - $pc11_max_age || $d > $main::systime + 900))) {
+ dbg('chan', "Spot ignored, invalid date or out of range ($field[3] $field[4])\n");
return;
}
# store it away
my $spotter = $field[6];
- $spotter =~ s/-\d+$//o; # strip off the ssid from the spotter
+ $spotter =~ s/-[\@\d]+$//o; # strip off the ssid from the spotter
# do some de-duping
- my $dupkey = "$field[1]$field[2]$d$text$field[6]";
- if ($dup{$dupkey}) {
- dbg('chan', "Duplicate Spot ignored");
+ my $freq = $field[1] - 0;
+ my $dupkey = "$freq$field[2]$d$text$spotter";
+ if ($spotdup{$dupkey}) {
+ dbg('chan', "Duplicate Spot ignored\n");
return;
}
- $dup{$dupkey} = $d;
-
- my $spot = Spot::add($field[1], $field[2], $d, $text, $spotter);
-
- # send orf to the users
- if ($spot && $pcno == 11) {
- my $buf = Spot::formatb($field[1], $field[2], $d, $text, $spotter);
- broadcast_users("$buf\a\a");
+ $spotdup{$dupkey} = $d;
+
+ # is it 'baddx'
+ if (grep $field[2] eq $_, @baddx) {
+ dbg('chan', "Bad DX spot, ignored");
+ return;
+ }
+
+ # are any of the crucial fields invalid?
+ if ($field[2] =~ /[a-z]/ || $field[6] =~ /[a-z]/ || $field[7] =~ /[a-z]/) {
+ dbg('chan', "Spot contains lower case callsigns, rejected");
+ return;
}
- last SWITCH;
+ my @spot = Spot::add($freq, $field[2], $d, $text, $spotter, $field[7]);
+
+ #
+ # @spot at this point contains:-
+ # freq, spotted call, time, text, spotter, spotted cc, spotters cc, orig node
+ # then spotted itu, spotted cq, spotters itu, spotters cq
+ # you should be able to route on any of these
+ #
+
+ # local processing
+ my $r;
+ eval {
+ $r = Local::spot($self, @spot);
+ };
+# dbg('local', "Local::spot1 error $@") if $@;
+ return if $r;
+
+ # DON'T be silly and send on PC26s!
+ return if $pcno == 26;
+
+ # send out the filtered spots
+ send_dx_spot($self, $line, @spot) if @spot;
+ return;
}
if ($pcno == 12) { # announces
+ # announce duplicate checking
+ my $text = substr(uc unpad($field[3]), 0, $pc12_dup_lth);
+ my $dupkey = $field[1].$field[2].$text.$field[4].$field[6];
+ if ($anndup{$dupkey}) {
+ dbg('chan', "Duplicate Announce ignored\n");
+ return;
+ }
+ $anndup{$dupkey} = $main::systime;
+
+ # global ann filtering on INPUT
+ my ($filter, $hops) = Filter::it($self->{annfilter}, @field[1..6], $self->{call} ) if $self->{annfilter};
+ if ($self->{annfilter} && !$filter) {
+ dbg('chan', "Rejected by filter");
+ return;
+ }
if ($field[2] eq '*' || $field[2] eq $main::mycall) {
$target = "All" if !$target;
if (@list > 0) {
- broadcast_list("$to$target de $field[1]: $text", @list);
+ broadcast_list("$to$target de $field[1]: $text", 'ann', undef, @list);
} else {
- broadcast_users("$target de $field[1]: $text");
+ broadcast_users("$target de $field[1]: $text", 'ann', undef);
}
Log('ann', $target, $field[1], $text);
+ if ($decode_dk0wcy && $field[1] eq $decode_dk0wcy) {
+ my ($hour, $k, $next, $a, $r, $sfi, $alarm) = $field[3] =~ /^Aurora Beacon\s+(\d+)UTC,\s+Kiel\s+K=(\d+),.*ed\s+K=(\d+),\s+A=(\d+),\s+R=(\d+),\s+SFI=(\d+),.*larm:\s+(\w+)/;
+ $alarm = ($alarm =~ /^Y/i) ? ', Aurora in DE' : '';
+ my $wwv = Geomag::update($main::systime, $hour, $sfi, $a, $k, "R=$r, Next K=$next$alarm", $decode_dk0wcy, $field[5], $r);
+ }
+
return if $field[2] eq $main::mycall; # it's routed to me
} else {
route($field[2], $line);
if ($pcno == 16) { # add a user
my $node = DXCluster->get_exact($field[1]);
- last SWITCH if !$node; # ignore if havn't seen a PC19 for this one yet
+ return unless $node; # ignore if havn't seen a PC19 for this one yet
+ return unless $node->isa('DXNode');
+ if ($node->dxchan != $self) {
+ dbg('chan', "LOOP: $field[1] came in on wrong channel");
+ return;
+ }
+ my $dxchan;
+ if (($dxchan = DXChannel->get($field[1])) && $dxchan != $self) {
+ dbg('chan', "LOOP: $field[1] connected locally");
+ return;
+ }
my $i;
for ($i = 2; $i < $#field; $i++) {
- my ($call, $confmode, $here) = $field[$i] =~ /^(\S+) (-) (\d)/o;
- next if length $call < 3;
+ my ($call, $confmode, $here) = $field[$i] =~ /^(\S+) (\S) (\d)/o;
+ next if !$call || length $call < 3 || length $call > 8;
next if !$confmode;
$call = uc $call;
next if DXCluster->get_exact($call); # we already have this (loop?)
$user = DXUser->new($call) if !$user;
$user->homenode($node->call) if !$user->homenode;
$user->node($node->call);
- $user->lastin($main::systime);
+ $user->lastin($main::systime) unless DXChannel->get($call);
$user->put;
}
}
if ($pcno == 17) { # remove a user
-
+ my $node = DXCluster->get_exact($field[2]);
+ return unless $node;
+ return unless $node->isa('DXNode');
+ if ($node->dxchan != $self) {
+ dbg('chan', "LOOP: $field[2] came in on wrong channel");
+ return;
+ }
+ my $dxchan;
+ if (($dxchan = DXChannel->get($field[2])) && $dxchan != $self) {
+ dbg('chan', "LOOP: $field[2] connected locally");
+ return;
+ }
my $ref = DXCluster->get_exact($field[1]);
$ref->del() if $ref;
last SWITCH;
}
if ($pcno == 18) { # link request
+ $self->state('init');
+
+ # first clear out any nodes on this dxchannel
+ my @gonenodes = map { $_->dxchan == $self ? $_ : () } DXNode::get_all();
+ foreach my $node (@gonenodes) {
+ next if $node->dxchan == $DXProt::me;
+ broadcast_ak1a(pc21($node->call, 'Gone, re-init') , $self) unless $self->{isolate};
+ $node->del();
+ }
$self->send_local_config();
$self->send(pc20());
- $self->state('init');
return; # we don't pass these on
}
if ($pcno == 19) { # incoming cluster list
my $i;
+ my $newline = "PC19^";
for ($i = 1; $i < $#field-1; $i += 4) {
my $here = $field[$i];
my $call = uc $field[$i+1];
- my $confmode = $field[$i+2] eq '*';
+ my $confmode = $field[$i+2];
my $ver = $field[$i+3];
+
+ $ver = 5400 if !$ver && $allowzero;
# now check the call over
- next if DXCluster->get_exact($call); # we already have this
+ my $node = DXCluster->get_exact($call);
+ if ($node) {
+ my $dxchan;
+ if (($dxchan = DXChannel->get($call)) && $dxchan != $self) {
+ dbg('chan', "LOOP: $call connected locally");
+ }
+ if ($node->dxchan != $self) {
+ dbg('chan', "LOOP: $call come in on wrong channel");
+ next;
+ }
+ dbg('chan', "already have $call");
+ next;
+ }
# check for sane parameters
next if $ver < 5000; # only works with version 5 software
next if length $call < 3; # min 3 letter callsigns
+
+ # add it to the nodes table and outgoing line
+ $newline .= "$here^$call^$confmode^$ver^";
DXNode->new($self, $call, $confmode, $here, $ver);
# unbusy and stop and outgoing mail (ie if somehow we receive another PC19 without a disconnect)
my $mref = DXMsg::get_busy($call);
- $mref->stop_msg($self) if $mref;
+ $mref->stop_msg($call) if $mref;
# add this station to the user database, if required (don't remove SSID from nodes)
my $user = DXUser->get_current($call);
$user->homenode($call);
$user->node($call);
}
- $user->lastin($main::systime);
+ $user->lastin($main::systime) unless DXChannel->get($call);
$user->put;
}
- # queue up any messages
- DXMsg::queue_msg(0) if $self->state eq 'normal';
+ return if $newline eq "PC19^";
+
+ # add hop count
+ $newline .= get_hops(19) . "^";
+ $line = $newline;
last SWITCH;
}
$self->send_local_config();
$self->send(pc22());
$self->state('normal');
-
- # queue mail
- DXMsg::queue_msg(0);
return;
}
if ($pcno == 21) { # delete a cluster from the list
my $call = uc $field[1];
if ($call ne $main::mycall) { # don't allow malicious buggers to disconnect me!
- my $ref = DXCluster->get_exact($call);
- $ref->del() if $ref;
+ my $node = DXCluster->get_exact($call);
+ if ($node) {
+ if ($node->dxchan != $self) {
+ dbg('chan', "LOOP: $call come in on wrong channel");
+ return;
+ }
+ my $dxchan;
+ if (($dxchan = DXChannel->get($call)) && $dxchan != $self) {
+ dbg('chan', "LOOP: $call connected locally");
+ return;
+ }
+ $node->del();
+ } else {
+ dbg('chan', "$call not in table, dropped");
+ return;
+ }
}
last SWITCH;
}
if ($pcno == 22) {
$self->state('normal');
-
- # queue mail
- DXMsg::queue_msg(0);
return;
}
-
+
if ($pcno == 23 || $pcno == 27) { # WWV info
- Geomag::update(@field[1..$#field]);
- last SWITCH;
+
+ # route 'foreign' pc27s
+ if ($pcno == 27) {
+ if ($field[8] ne $main::mycall) {
+ route($field[8], $line);
+ return;
+ }
+ }
+
+ # do some de-duping
+ my $d = cltounix($field[1], sprintf("%02d18Z", $field[2]));
+ my $sfi = unpad($field[3]);
+ my $k = unpad($field[4]);
+ my $i = unpad($field[5]);
+ my ($r) = $field[6] =~ /R=(\d+)/;
+ $r = 0 unless $r;
+ my $dupkey = "$d.$sfi$k$i";
+ if ($wwvdup{$dupkey}) {
+ dbg('chan', "Dup WWV Spot ignored\n");
+ return;
+ }
+ if (($pcno == 23 && $d < $main::systime - $pc23_max_age) || $d > $main::systime + 900 || $field[2] < 0 || $field[2] > 23) {
+ dbg('chan', "WWV Date ($field[1] $field[2]) out of range");
+ return;
+ }
+ $wwvdup{$dupkey} = $d;
+ $field[6] =~ s/-\d+$//o; # remove spotter's ssid
+
+ my $wwv = Geomag::update($d, $field[2], $sfi, $k, $i, @field[6..8], $r);
+
+ my $rep;
+ eval {
+ $rep = Local::wwv($self, $field[1], $field[2], $sfi, $k, $i, @field[6..8], $r);
+ };
+# dbg('local', "Local::wwv2 error $@") if $@;
+ return if $rep;
+
+ # DON'T be silly and send on PC27s!
+ return if $pcno == 27;
+
+ # broadcast to the eager world
+ send_wwv_spot($self, $line, $d, $field[2], $sfi, $k, $i, @field[6..8]);
+ return;
}
if ($pcno == 24) { # set here status
last SWITCH;
}
- if ($pcno == 25) {
- last SWITCH;
+ if ($pcno == 25) { # merge request
+ if ($field[1] ne $main::mycall) {
+ route($field[1], $line);
+ return;
+ }
+ if ($field[2] eq $main::mycall) {
+ dbg('chan', "Trying to merge to myself, ignored");
+ return;
+ }
+
+ Log('DXProt', "Merge request for $field[3] spots and $field[4] WWV from $field[1]");
+
+ # spots
+ if ($field[3] > 0) {
+ my @in = reverse Spot::search(1, undef, undef, 0, $field[3]);
+ my $in;
+ foreach $in (@in) {
+ $self->send(pc26(@{$in}[0..4], $field[2]));
+ }
+ }
+
+ # wwv
+ if ($field[4] > 0) {
+ my @in = reverse Geomag::search(0, $field[4], time, 1);
+ my $in;
+ foreach $in (@in) {
+ $self->send(pc27(@{$in}[0..5], $field[2]));
+ }
+ }
+ return;
}
-
+
if (($pcno >= 28 && $pcno <= 33) || $pcno == 40 || $pcno == 42 || $pcno == 49) { # mail/file handling
- DXMsg::process($self, $line);
+ if ($pcno == 49 || $field[1] eq $main::mycall) {
+ DXMsg::process($self, $line);
+ } else {
+ route($field[1], $line);
+ }
return;
}
if ($pcno == 34 || $pcno == 36) { # remote commands (incoming)
if ($field[1] eq $main::mycall) {
my $ref = DXUser->get_current($field[2]);
+ my $cref = DXCluster->get($field[2]);
Log('rcmd', 'in', $ref->{priv}, $field[2], $field[3]);
- unless ($field[3] =~ /rcmd/i) { # not allowed to relay RCMDS!
+ unless ($field[3] =~ /rcmd/i || !$cref || !$ref || $cref->mynode->call ne $ref->homenode) { # not allowed to relay RCMDS!
if ($ref->{priv}) { # you have to have SOME privilege, the commands have further filtering
$self->{remotecmd} = 1; # for the benefit of any command that needs to know
+ my $oldpriv = $self->{priv};
+ $self->{priv} = $ref->{priv}; # assume the user's privilege level
my @in = (DXCommandmode::run_cmd($self, $field[3]));
+ $self->{priv} = $oldpriv;
for (@in) {
s/\s*$//og;
$self->send(pc35($main::mycall, $field[2], "$main::mycall:$_"));
Log('rcmd', 'out', $field[2], $_);
}
delete $self->{remotecmd};
+ } else {
+ $self->send(pc35($main::mycall, $field[2], "$main::mycall:sorry...!"));
}
} else {
- $self->send(pc35($main::mycall, $field[2], "$main::mycall:Tut tut tut...!"));
+ $self->send(pc35($main::mycall, $field[2], "$main::mycall:your attempt is logged, Tut tut tut...!"));
}
} else {
route($field[1], $line);
return;
}
- if ($pcno == 37) {
- last SWITCH;
- }
-
+ # for pc 37 see 44 onwards
+
if ($pcno == 38) { # node connected list from neighbour
return;
}
if ($pcno == 43) {
last SWITCH;
}
- if ($pcno == 44) {
- last SWITCH;
- }
- if ($pcno == 45) {
- last SWITCH;
- }
- if ($pcno == 46) {
- last SWITCH;
- }
- if ($pcno == 47) {
- last SWITCH;
- }
- if ($pcno == 48) {
- last SWITCH;
+ if ($pcno == 37 || $pcno == 44 || $pcno == 45 || $pcno == 46 || $pcno == 47) {
+ if ($field[1] eq $main::mycall) {
+ ;
+ } else {
+ route($field[1], $line);
+ }
+ return;
}
if ($pcno == 50) { # keep alive/user list
- my $ref = DXCluster->get_exact($field[1]);
- $ref->update_users($field[2]) if $ref;
+ my $node = DXCluster->get_exact($field[1]);
+ if ($node) {
+ return unless $node->isa('DXNode');
+ return unless $node->dxchan == $self;
+ $node->update_users($field[2]);
+ }
last SWITCH;
}
my $cutoff;
if ($main::systime - 3600 > $last_hour) {
$cutoff = $main::systime - $pc11_dup_age;
- while (($key, $val) = each %dup) {
- delete $dup{$key} if $val < $cutoff;
+ while (($key, $val) = each %spotdup) {
+ delete $spotdup{$key} if $val < $cutoff;
+ }
+ $cutoff = $main::systime - $pc23_dup_age;
+ while (($key, $val) = each %wwvdup) {
+ delete $wwvdup{$key} if $val < $cutoff;
+ }
+ $cutoff = $main::systime - $pc12_dup_age;
+ while (($key, $val) = each %anndup) {
+ delete $anndup{$key} if $val < $cutoff;
}
$last_hour = $main::systime;
}
# unbusy and stop and outgoing mail
my $mref = DXMsg::get_busy($call);
- $mref->stop_msg($self) if $mref;
+ $mref->stop_msg($call) if $mref;
# broadcast to all other nodes that all the nodes connected to via me are gone
my @gonenodes = map { $_->dxchan == $self ? $_ : () } DXNode::get_all();
delete $pings{$call};
# now broadcast to all other ak1a nodes that I have gone
- broadcast_ak1a(pc21($call, 'Gone.'), $self);
+ broadcast_ak1a(pc21($call, 'Gone.'), $self) unless $self->{isolate};
Log('DXProt', $call . " Disconnected");
$ref->del() if $ref;
#
# some active measures
#
+sub send_dx_spot
+{
+ my $self = shift;
+ my $line = shift;
+ my @dxchan = DXChannel->get_all();
+ my $dxchan;
+
+ # send it if it isn't the except list and isn't isolated and still has a hop count
+ # taking into account filtering and so on
+ foreach $dxchan (@dxchan) {
+ my $routeit;
+ my ($filter, $hops);
+
+ if ($dxchan->{spotfilter}) {
+ ($filter, $hops) = Filter::it($dxchan->{spotfilter}, @_, $self->{call} );
+ next unless $filter;
+ }
+
+ if ($dxchan->is_ak1a) {
+ next if $dxchan == $self;
+ if ($hops) {
+ $routeit = $line;
+ $routeit =~ s/\^H\d+\^\~$/\^H$hops\^\~/;
+ } else {
+ $routeit = adjust_hops($dxchan, $line); # adjust its hop count by node name
+ next unless $routeit;
+ }
+ if ($filter) {
+ $dxchan->send($routeit) if $routeit;
+ } else {
+ $dxchan->send($routeit) unless $dxchan->{isolate} || $self->{isolate};
+
+ }
+ } elsif ($dxchan->is_user && $dxchan->{dx}) {
+ my $buf = Spot::formatb($_[0], $_[1], $_[2], $_[3], $_[4]);
+ $buf .= "\a\a" if $dxchan->{beep};
+ if ($dxchan->{state} eq 'prompt' || $dxchan->{state} eq 'convers') {
+ $dxchan->send($buf) if !$hops || ($hops && $filter);
+ } else {
+ $dxchan->delay($buf) if !$hops || ($hops && $filter);
+ }
+ }
+ }
+}
+
+sub send_wwv_spot
+{
+ my $self = shift;
+ my $line = shift;
+ my @dxchan = DXChannel->get_all();
+ my $dxchan;
+
+ # send it if it isn't the except list and isn't isolated and still has a hop count
+ # taking into account filtering and so on
+ foreach $dxchan (@dxchan) {
+ my $routeit;
+ my ($filter, $hops) = Filter::it($dxchan->{wwvfilter}, @_, $self->{call} ) if $dxchan->{wwvfilter};
+ if ($dxchan->is_ak1a) {
+ next if $dxchan == $self;
+ if ($hops) {
+ $routeit = $line;
+ $routeit =~ s/\^H\d+\^\~$/\^H$hops\^\~/;
+ } else {
+ $routeit = adjust_hops($dxchan, $line); # adjust its hop count by node name
+ next unless $routeit;
+ }
+ if ($filter) {
+ $dxchan->send($routeit) if $routeit;
+ } else {
+ $dxchan->send($routeit) unless $dxchan->{isolate} || $self->{isolate};
+
+ }
+ } elsif ($dxchan->is_user && $dxchan->{wwv}) {
+ my $buf = "WWV de $_[6] <$_[1]>: SFI=$_[2], A=$_[3], K=$_[4], $_[5]";
+ $buf .= "\a\a" if $dxchan->{beep};
+ if ($dxchan->{state} eq 'prompt' || $dxchan->{state} eq 'convers') {
+ $dxchan->send($buf) if !$hops || ($hops && $filter);
+ } else {
+ $dxchan->delay($buf) if !$hops || ($hops && $filter);
+ }
+ }
+ }
+}
sub send_local_config
{
my $self = shift;
my $n;
my @nodes;
-
+ my @localnodes;
+ my @remotenodes;
+
# send our nodes
if ($self->{isolate}) {
- @nodes = (DXCluster->get_exact($main::mycall));
+ @localnodes = (DXCluster->get_exact($main::mycall));
} else {
# create a list of all the nodes that are not connected to this connection
+ # and are not themselves isolated, this to make sure that isolated nodes
+ # don't appear outside of this node
@nodes = DXNode::get_all();
- @nodes = grep { $_->dxchan != $self } @nodes;
+ @nodes = grep { $_->{call} ne $main::mycall } @nodes;
+ @nodes = grep { $_->dxchan != $self } @nodes if @nodes;
+ @nodes = grep { !$_->dxchan->{isolate} } @nodes if @nodes;
+ @localnodes = grep { $_->dxchan->{call} eq $_->{call} } @nodes if @nodes;
+ unshift @localnodes, DXCluster->get_exact($main::mycall);
+ @remotenodes = grep { $_->dxchan->{call} ne $_->{call} } @nodes if @nodes;
}
- my @s = $me->pc19(@nodes);
+ my @s = $me->pc19(@localnodes, @remotenodes);
for (@s) {
my $routeit = adjust_hops($self, $_);
$self->send($routeit) if $routeit;
}
# get all the users connected on the above nodes and send them out
- foreach $n (@nodes) {
+ foreach $n (@localnodes, @remotenodes) {
my @users = values %{$n->list};
my @s = pc16($n, @users);
for (@s) {
}
}
-# broadcast a message to all clusters [except those mentioned after buffer]
+# broadcast a message to all clusters taking into account isolation
+# [except those mentioned after buffer]
sub broadcast_ak1a
{
my $s = shift; # the line to be rebroadcast
}
}
+# broadcast a message to all clusters ignoring isolation
+# [except those mentioned after buffer]
+sub broadcast_all_ak1a
+{
+ my $s = shift; # the line to be rebroadcast
+ my @except = @_; # to all channels EXCEPT these (dxchannel refs)
+ my @dxchan = get_all_ak1a();
+ my $dxchan;
+
+ # send it if it isn't the except list and isn't isolated and still has a hop count
+ foreach $dxchan (@dxchan) {
+ next if grep $dxchan == $_, @except;
+ my $routeit = adjust_hops($dxchan, $s); # adjust its hop count by node name
+ $dxchan->send($routeit);
+ }
+}
+
# broadcast to all users
+# storing the spot or whatever until it is in a state to receive it
sub broadcast_users
{
my $s = shift; # the line to be rebroadcast
+ my $sort = shift; # the type of transmission
+ my $fref = shift; # a reference to an object to filter on
my @except = @_; # to all channels EXCEPT these (dxchannel refs)
my @dxchan = get_all_users();
my $dxchan;
+ my @out;
foreach $dxchan (@dxchan) {
next if grep $dxchan == $_, @except;
- $s =~ s/\a//og if !$dxchan->{beep};
- $dxchan->send($s); # send it if it isn't the except list or hasn't a passout flag
+ push @out, $dxchan;
}
+ broadcast_list($s, $sort, $fref, @out);
}
# broadcast to a list of users
sub broadcast_list
{
my $s = shift;
+ my $sort = shift;
+ my $fref = shift;
my $dxchan;
foreach $dxchan (@_) {
- $dxchan->send($s); # send it
+ my $filter = 1;
+
+ if ($sort eq 'dx') {
+ next unless $dxchan->{dx};
+ ($filter) = Filter::it($dxchan->{spotfilter}, @{$fref}) if ref $fref;
+ next unless $filter;
+ }
+ next if $sort eq 'ann' && !$dxchan->{ann};
+ next if $sort eq 'wwv' && !$dxchan->{wwv};
+ next if $sort eq 'wx' && !$dxchan->{wx};
+
+ $s =~ s/\a//og unless $dxchan->{beep};
+
+ if ($dxchan->{state} eq 'prompt' || $dxchan->{state} eq 'convers') {
+ $dxchan->send($s);
+ } else {
+ $dxchan->delay($s);
+ }
}
}
sub get_hops
{
- my ($pcno) = @_;
+ my $pcno = shift;
my $hops = $DXProt::hopcount{$pcno};
$hops = $DXProt::def_hopcount if !$hops;
return "H$hops";