SWITCH: {
if ($pcno == 28) { # incoming message
+ # sort out various extant protocol errors that occur
+ my ($fromnode, $origin);
+ if ($self->is_arcluster && $f[13] eq $self->call) {
+ $fromnode = $f[13];
+ $origin = $f[2];
+ } else {
+ $fromnode = $f[2];
+ $origin = $f[13];
+ }
+ $origin = $self->call unless $origin && $origin gt ' ';
+
# first look for any messages in the busy queue
# and cancel them this should both resolve timed out incoming messages
# and crossing of message between nodes, incoming messages have priority
- if (exists $busy{$f[2]}) {
- my $ref = $busy{$f[2]};
+ if (exists $busy{$fromnode}) {
+ my $ref = $busy{$fromnode};
my $tonode = $ref->{tonode};
- dbg('msg', "Busy, stopping msgno: $ref->{msgno} -> $f[2]");
+ dbg('msg', "Busy, stopping msgno: $ref->{msgno} -> $fromnode");
$ref->stop_msg($self->call);
}
my $t = cltounix($f[5], $f[6]);
- my $stream = next_transno($f[2]);
- $f[13] = $self->call unless $f[13] && $f[13] gt ' ';
- my $ref = DXMsg->alloc($stream, uc $f[3], $f[4], $t, $f[7], $f[8], $f[13], '0', $f[11]);
+ my $stream = next_transno($fromnode);
+ my $ref = DXMsg->alloc($stream, uc $f[3], $f[4], $t, $f[7], $f[8], $origin, '0', $f[11]);
# fill in various forwarding state variables
- $ref->{fromnode} = $f[2];
+ $ref->{fromnode} = $fromnode;
$ref->{tonode} = $f[1];
$ref->{rrreq} = $f[11];
$ref->{linesreq} = $f[10];
$ref->{count} = 0; # no of lines between PC31s
dbg('msg', "new message from $f[4] to $f[3] '$f[8]' stream $stream\n");
Log('msg', "Incoming message $f[4] to $f[3] '$f[8]'" );
- $work{"$f[2]$stream"} = $ref; # store in work
- $busy{$f[2]} = $ref; # set interlock
- $self->send(DXProt::pc30($f[2], $f[1], $stream)); # send ack
+ $work{"$fromnode$stream"} = $ref; # store in work
+ $busy{$fromnode} = $ref; # set interlock
+ $self->send(DXProt::pc30($fromnode, $f[1], $stream)); # send ack
$ref->{lastt} = $main::systime;
# look to see whether this is a non private message sent to a known callsign