return $fp->{prefix};
}
-# add a spot to the data file (call as Spot::add)
-sub add
+# fix up the full spot data from the basic spot data
+sub prepare
{
- my @spot = @_; # $freq, $call, $t, $comment, $spotter = @_
- my @out = @spot[0..4]; # just up to the spotter
+ # $freq, $call, $t, $comment, $spotter = @_
+ my @out = @_[0..4]; # just up to the spotter
# normalise frequency
- $spot[0] = sprintf "%.f", $spot[0];
+ $_[0] = sprintf "%.f", $_[0];
# remove ssids if present on spotter
$out[4] =~ s/-\d+$//o;
# remove leading and trailing spaces
- $spot[3] = unpad($spot[3]);
+ $_[3] = unpad($_[3]);
# add the 'dxcc' country on the end for both spotted and spotter, then the cluster call
my @dxcc = Prefix::extract($out[1]);
my $spotter_itu = (@dxcc > 0 ) ? $dxcc[1]->itu() : 0;
my $spotter_cq = (@dxcc > 0 ) ? $dxcc[1]->cq() : 0;
push @out, $spotter_dxcc;
- push @out, $spot[5];
-
- my $buf = join("\^", @out);
-
- # compare dates to see whether need to open another save file (remember, redefining $fp
- # automagically closes the output file (if any)).
- $fp->writeunix($out[2], $buf);
-
+ push @out, $_[5];
return (@out, $spotted_itu, $spotted_cq, $spotter_itu, $spotter_cq);
}
+sub add
+{
+ my $buf = join("\^", @_[0..7]);
+ $fp->writeunix($_[2], $buf);
+}
+
# search the spot database for records based on the field no and an expression
# this returns a set of references to the spots
#