# add the 'dxcc' country on the end for both spotted and spotter, then the cluster call
my @dxcc = Prefix::extract($out[1]);
- my $spotted_dxcc = (@dxcc > 0 ) ? $dxcc[1]->dxcc() : 0;
+ my $spotted_dxcc = (@dxcc > 0 ) ? $dxcc[1]->dxcc() : 666;
my $spotted_itu = (@dxcc > 0 ) ? $dxcc[1]->itu() : 0;
my $spotted_cq = (@dxcc > 0 ) ? $dxcc[1]->cq() : 0;
push @out, $spotted_dxcc;
@dxcc = Prefix::extract($out[4]);
- my $spotter_dxcc = (@dxcc > 0 ) ? $dxcc[1]->dxcc() : 0;
+ my $spotter_dxcc = (@dxcc > 0 ) ? $dxcc[1]->dxcc() : 666;
my $spotter_itu = (@dxcc > 0 ) ? $dxcc[1]->itu() : 0;
my $spotter_cq = (@dxcc > 0 ) ? $dxcc[1]->cq() : 0;
push @out, $spotter_dxcc;
return $out;
}
-# format a spot for user output in 'broadcast' mode
-sub formatb
-{
- my $wantgrid = shift;
- my $t = ztime($_[2]);
- my $ref = DXUser->get_current($_[4]);
- my $loc = $ref->qra if $ref && $ref->qra && $wantgrid;
- $loc = ' ' . substr($ref->qra, 0, 4) if $loc;
- $loc = "" unless $loc;
- return sprintf "DX de %-7.7s%11.1f %-12.12s %-30s %s$loc", "$_[4]:", $_[0], $_[1], $_[3], $t ;
-}
-
# format a spot for user output in list mode
sub formatl
{