$c->stash->{'template'} = 'relate.tt';
}
-=head2 definitions
-
- GET relation/definitions
-
-Returns a data structure giving the valid types and scopes for a relationship.
-
-=cut
-
-sub definitions :Local :Args(0) {
- my( $self, $c ) = @_;
- my $valid_relationships = [ qw/ spelling orthographic grammatical lexical transposition / ];
- my $valid_scopes = [ qw/ local global / ];
- $c->stash->{'result'} = { 'types' => $valid_relationships, 'scopes' => $valid_scopes };
- $c->forward('View::JSON');
-}
-
=head2 text
GET relation/$textid/
sub text :Chained('/') :PathPart('relation') :CaptureArgs(1) {
my( $self, $c, $textid ) = @_;
- # If the tradition has more than 500 ranks or so, split it up.
my $tradition = $c->model('Directory')->tradition( $textid );
+ unless( $tradition ) {
+ $c->response->status('404');
+ $c->response->body("No such tradition with ID $textid");
+ $c->detach('View::Plain');
+ return;
+ }
+
# Account for a bad interaction between FastCGI and KiokuDB
unless( $tradition->collation->tradition ) {
$c->log->warn( "Fixing broken tradition link" );
my $ok = _check_permission( $c, $tradition );
return unless $ok;
+ $c->stash->{'textid'} = $textid;
+ $c->stash->{'tradition'} = $tradition;
+}
+
+sub main :Chained('text') :PathPart('') :Args(0) {
+ my( $self, $c ) = @_;
+ my $tradition = delete $c->stash->{'tradition'};
+ my $collation = $tradition->collation;
+
# See how big the tradition is. Edges are more important than nodes
# when it comes to rendering difficulty.
- my $numnodes = scalar $tradition->collation->readings;
- my $numedges = scalar $tradition->collation->paths;
- my $length = $tradition->collation->end->rank;
+ my $numnodes = scalar $collation->readings;
+ my $numedges = scalar $collation->paths;
+ my $length = $collation->end->rank;
# We should display no more than roughly 500 nodes, or roughly 700
# edges, at a time.
my $segments = $numnodes / 500;
$r += $segsize;
}
$c->stash->{'textsegments'} = [];
- $c->stash->{'segsize'} = $segsize;
- $c->stash->{'margin'} = $margin;
foreach my $i ( 0..$#divs ) {
my $seg = { 'start' => $divs[$i] };
$seg->{'display'} = "Segment " . ($i+1);
push( @{$c->stash->{'textsegments'}}, $seg );
}
}
- $c->stash->{'textid'} = $textid;
- $c->stash->{'tradition'} = $tradition;
-}
-
-sub main :Chained('text') :PathPart('') :Args(0) {
- my( $self, $c ) = @_;
my $startseg = $c->req->param('start');
- my $tradition = delete $c->stash->{'tradition'};
- my $collation = $tradition->collation;
my $svgopts;
if( $startseg ) {
# Only render the subgraph from startseg to endseg or to END,
# whichever is less.
- my $endseg = $startseg + $c->stash->{'segsize'} + $c->stash->{'margin'};
+ my $endseg = $startseg + $segsize + $margin;
$svgopts = { 'from' => $startseg };
$svgopts->{'to'} = $endseg if $endseg < $collation->end->rank;
} elsif( exists $c->stash->{'textsegments'} ) {
# This is the unqualified load of a long tradition. We implicitly start
- # at zero, but go only as far as 550.
- my $endseg = $c->stash->{'segsize'} + $c->stash->{'margin'};
+ # at zero, but go only as far as our segment size.
+ my $endseg = $segsize + $margin;
$startseg = 0;
$svgopts = { 'to' => $endseg };
}
+ # Spit out the SVG
my $svg_str = $collation->as_svg( $svgopts );
$svg_str =~ s/\n//gs;
$c->stash->{'startseg'} = $startseg if defined $startseg;
$c->stash->{'svg_string'} = $svg_str;
$c->stash->{'text_title'} = $tradition->name;
- $c->stash->{'text_lang'} = $tradition->language;
+ if( $tradition->can('language') ) {
+ $c->stash->{'text_lang'} = $tradition->language;
+ $c->stash->{'can_morphologize'} = 1;
+ } else {
+ $c->stash->{'text_lang'} = 'Default';
+ }
$c->stash->{'template'} = 'relate.tt';
}
+=head2 definitions
+
+ GET relation/$textid/definitions
+
+Returns a data structure giving the valid types and scopes for a relationship in
+this tradition.
+
+=cut
+
+sub definitions :Chained('text') :PathPart :Args(0) {
+ my( $self, $c ) = @_;
+ my $tradition = delete $c->stash->{'tradition'};
+ my @valid_relationships = map { $_->name } grep { !$_->is_weak }
+ $tradition->collation->relations->types;
+ my $valid_scopes = [ qw/ local global / ];
+ $c->stash->{'result'} = {
+ 'types' => \@valid_relationships,
+ 'scopes' => $valid_scopes
+ };
+ $c->forward('View::JSON');
+}
+
=head2 help
GET relation/help/$language
my $note = $c->request->param('note');
my $scope = $c->request->param('scope');
- my $opts = { 'type' => $relation,
- 'scope' => $scope };
+ my $opts = { 'type' => $relation, 'propagate' => 1 };
+ $opts->{'scope'} = $scope if $scope;
$opts->{'annotation'} = $note if $note;
try {
# Return a JSONable struct of the useful keys. Keys meant to be writable
# have a true value; read-only keys have a false value.
my $struct = {};
- map { $struct->{$_} = $reading->$_ } keys( %read_write_keys );
+ map { $struct->{$_} = $reading->$_ if $reading->can( $_ ) } keys( %read_write_keys );
# Special case
- $struct->{'lexemes'} = [ $reading->lexemes ];
+ $struct->{'lexemes'} = $reading->can( 'lexemes' ) ? [ $reading->lexemes ] : [];
# Look up any words related via spelling or orthography
my $sameword = sub {
my $t = $_[0]->type;
$c->stash->{'result'} = {
'error' => 'You do not have permission to view this tradition.' };
$c->detach('View::JSON');
+ return;
}
my $errmsg;
- # Are we re-lemmatizing?
- if( $c->request->param('relemmatize') ) {
- my $nf = $c->request->param('normal_form');
- # TODO throw error unless $nf
- $rdg->normal_form( $nf );
- # TODO throw error if lemmatization fails
- # TODO skip this if normal form hasn't changed
- $rdg->lemmatize();
- } else {
- # Set all the values that we have for the reading.
- # TODO error handling
- foreach my $p ( keys %{$c->request->params} ) {
- if( $p =~ /^morphology_(\d+)$/ ) {
- # Set the form on the correct lexeme
- my $morphval = $c->request->param( $p );
- next unless $morphval;
- my $midx = $1;
- my $lx = $rdg->lexeme( $midx );
- my $strrep = $rdg->language . ' // ' . $morphval;
- my $idx = $lx->has_form( $strrep );
- unless( defined $idx ) {
- # Make the word form and add it to the lexeme.
- try {
- $idx = $lx->add_matching_form( $strrep ) - 1;
- } catch( Text::Tradition::Error $e ) {
- $c->response->status( '403' );
- $errmsg = $e->message;
- } catch {
- # Something else went wrong, probably a Moose error
- $c->response->status( '403' );
- $errmsg = 'Something went wrong with the request';
+ if( $rdg && $rdg->does('Text::Tradition::Morphology') ) {
+ # Are we re-lemmatizing?
+ if( $c->request->param('relemmatize') ) {
+ my $nf = $c->request->param('normal_form');
+ # TODO throw error unless $nf
+ $rdg->normal_form( $nf );
+ # TODO throw error if lemmatization fails
+ # TODO skip this if normal form hasn't changed
+ $rdg->lemmatize();
+ } else {
+ # Set all the values that we have for the reading.
+ # TODO error handling
+ foreach my $p ( keys %{$c->request->params} ) {
+ if( $p =~ /^morphology_(\d+)$/ ) {
+ # Set the form on the correct lexeme
+ my $morphval = $c->request->param( $p );
+ next unless $morphval;
+ my $midx = $1;
+ my $lx = $rdg->lexeme( $midx );
+ my $strrep = $rdg->language . ' // ' . $morphval;
+ my $idx = $lx->has_form( $strrep );
+ unless( defined $idx ) {
+ # Make the word form and add it to the lexeme.
+ try {
+ $idx = $lx->add_matching_form( $strrep ) - 1;
+ } catch( Text::Tradition::Error $e ) {
+ $c->response->status( '403' );
+ $errmsg = $e->message;
+ } catch {
+ # Something else went wrong, probably a Moose error
+ $c->response->status( '403' );
+ $errmsg = 'Something went wrong with the request';
+ }
}
+ $lx->disambiguate( $idx ) if defined $idx;
+ } elsif( $read_write_keys{$p} ) {
+ my $val = _clean_booleans( $rdg, $p, $c->request->param( $p ) );
+ $rdg->$p( $val );
}
- $lx->disambiguate( $idx ) if defined $idx;
- } elsif( $read_write_keys{$p} ) {
- my $val = _clean_booleans( $rdg, $p, $c->request->param( $p ) );
- $rdg->$p( $val );
- }
- }
+ }
+ }
+ $m->save( $rdg );
+ } else {
+ $errmsg = "Reading does not exist or cannot be morphologized";
}
- $m->save( $rdg );
$c->stash->{'result'} = $errmsg ? { 'error' => $errmsg }
: _reading_struct( $rdg );