# run samples if we've been asked for them
run_samples($c) if ($c->{sample} or $c->{samplemap} or $c->{samplestr});
extract_holdings($c) if ($c->{map});
+print "\n";
#--------------------------
# open main holdings file
open HOLDINGS, '>', ($c->{prefix} . "-HOLDINGS.pg");
# create multi files
- my @multifiles = <*HOLDINGS-MULT*>;
- unlink @multifiles;
+ my $multis = $m->get_multis;
+ my %MULTIFILE = ();
+ for my $t ( keys %{$multis} ) {
+ for my $s ( keys %{$multis->{$t}})
+ { open my $fh, ">", ($c->{prefix} . "-HOLDINGS-MULT-$t$s.pg"); $MULTIFILE{"$t$s"} = $fh }
+ }
my $i = 0; # record counter
my $j = 0; # holdings counter
- my $multis = $m->get_multis;
while ( $m->{data}{recs}[$i] ) {
- print HOLDINGS "BEGIN;\n\negid\thseq\t" unless $j;
+ print HOLDINGS "BEGIN;\n\negid, hseq, " unless $j;
my $rec = $m->{data}{recs}[$i];
-
+ my $k = 0; # holding-within-record pointer
# for each holdings tag in the record...
- for my $holdidx ( @{$rec->{tmap}{ $c->{holdings} }} ) {
+ while ( defined $rec->{tmap}{ $c->{holdings} }[$k] ) {
+ my $holdidx = $rec->{tmap}{ $c->{holdings} }[$k];
my $tagid = $rec->{tags}[$holdidx]{tag};
+ $k++;
my @out = (); # clear the output buffer
push @out, $rec->{egid}; # slug in the egid first thing
# grab the unary mappings and slug 'em in
for my $sub ( sort keys %{$rec->{tags}[$holdidx]{uni}} ) {
push @out, $rec->{tags}[$holdidx]{uni}{$sub};
- print HOLDINGS "l_", $m->name($tagid, $sub),"\t" unless $j;
+ print HOLDINGS "l_", $m->name($tagid, $sub),", " unless $j;
}
# handle holdings multis
for my $sub ( sort keys %{$multis->{$tagid}} ) {
- open MULT, ">>", ($c->{prefix} . "HOLDINGS-MULT" . "$tagid$sub.pg");
- for my $value ( @{$rec->{tags}[$holdidx]{multi}{$sub}} )
- { print MULT join("\t", $rec->{egid}, $j, $value), "\n" }
- close MULT;
+ for my $value ( @{$rec->{tags}[$holdidx]{multi}{$sub}} ) {
+ my $fh = $MULTIFILE{"$tagid$sub"};
+ print $fh join("\t", $rec->{egid}, $j, $value), "\n";
+ }
}
my $idx = $rec->{tmap}{$othertag}[0]; # get index into tags struct
for my $sub ( sort keys %{$rec->{tags}[$idx]{uni}} ) {
push @out, $rec->{tags}[$idx]{uni}{$sub};
- print "l_", $m->name($rec->{tags}[$idx]{tag}, $sub), "\t"
+ print HOLDINGS "l_", $m->name($rec->{tags}[$idx]{tag}, $sub), ", "
unless $j;
}
}
print HOLDINGS join("\t", @out);
print HOLDINGS "\n";
$j++;
+
+ @out = undef;
}
$i++;
print "\r$i";
'sample|s',
'samplemap|sm=s',
'samplestr|ss=s',
- 'marcfile|m=s',
- 'map=s',
+ 'marcfile=s',
+ 'map|m=s',
'holdings|h=i',
'copyid|c=s',
'prefix|p=s',
if ($c->{map} and !($c->{holdings} and $c->{copyid}));
show_version() if $c->{version};
+ if ($c->{prefix} and !$c->{marcfile}) {
+ $c->{marcfile} = $c->{prefix} . ".clean.marc.xml";
+ }
+
my @keys = keys %{$c};
for my $key ('prefix', 'marcfile')
{ push @missing, $key unless $c->{$key} }
REQUIRED ARGUMENTS
--prefix -p Prefix string for output filenames
- --marcfile -m MARCXML to use as source data
+ --marcfile MARCXML to use as source data
+ Defaults to 'PREFIX.clean.marc.xml'
SAMPLING ARGUMENTS
--sample -s Generate a report of all tags in the MARC data
If --samplemap and --samplestr are both specified, --samplemap wins.
HOLDINGS EXTRACTION ARGUMENTS
- --map E::M::SM map file which will be used to extract holdings data
+ --map -m E::M::SM map file which will be used to extract holdings data
from the input MARC file
--holdings -h Specifies actual holdings tag
--copyid -c Specifies subfield of holdings with unique copy identifier