package OpenILS::Application::Storage::Publisher::actor; use base qw/OpenILS::Application::Storage/; use OpenILS::Application::Storage::CDBI::actor; use OpenSRF::Utils::Logger qw/:level/; use OpenILS::Utils::DateTime qw/:datetime/; use OpenILS::Utils::Fieldmapper; use OpenSRF::Utils::SettingsClient; use OpenILS::Application::AppUtils; use OpenSRF::Utils::JSON; use DateTime; use DateTime::Format::ISO8601; use DateTime::Set; use DateTime::SpanSet; my $U = "OpenILS::Application::AppUtils"; my $JSON = "OpenSRF::Utils::JSON"; my $_dt_parser = DateTime::Format::ISO8601->new; my $log = 'OpenSRF::Utils::Logger'; sub new_usergroup_id { return actor::user->db_Main->selectrow_array("select nextval('actor.usr_usrgroup_seq'::regclass)"); } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.group_id.new', api_level => 1, method => 'new_usergroup_id', ); sub juv_to_adult { my $self = shift; my $client = shift; my $adult_age = shift; my $sql = <<" SQL"; UPDATE actor.usr SET juvenile = FALSE WHERE juvenile IS TRUE AND deleted IS FALSE AND AGE(dob) > COALESCE( BTRIM( ( SELECT value FROM actor.org_unit_ancestor_setting( 'global.juvenile_age_threshold', home_ou)),'"' ), ?)::INTERVAL SQL my $sth = actor::user->db_Main->prepare_cached($sql); $sth->execute($adult_age); return $sth->rows; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.juvenile_to_adult', api_level => 1, method => 'juv_to_adult', ); sub usr_total_owed { my $self = shift; my $client = shift; my $usr = shift; my $sql = <<" SQL"; SELECT x.usr, SUM(COALESCE((SELECT SUM(b.amount) FROM money.billing b WHERE b.voided IS FALSE AND b.xact = x.id),0.0)) - SUM(COALESCE((SELECT SUM(p.amount) FROM money.payment p WHERE p.voided IS FALSE AND p.xact = x.id),0.0)) FROM money.billable_xact x WHERE x.usr = ? AND x.xact_finish IS NULL GROUP BY 1 SQL my (undef,$val) = actor::user->db_Main->selectrow_array($sql, {}, $usr); return $val; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.total_owed', api_level => 1, method => 'usr_total_owed', ); sub usr_breakdown_out { my $self = shift; my $client = shift; my $usr = shift; $self->method_lookup('open-ils.storage.transaction.begin')->run(); my $out_sql = <<" SQL"; SELECT id FROM action.circulation WHERE usr = ? AND checkin_time IS NULL AND ( (fine_interval >= '1 day' AND due_date >= 'today') OR (fine_interval < '1 day' AND due_date > 'now' )) AND (stop_fines IS NULL OR stop_fines NOT IN ('LOST','CLAIMSRETURNED','LONGOVERDUE')) SQL my $out = actor::user->db_Main->selectcol_arrayref($out_sql, {}, $usr); my $od_sql = <<" SQL"; SELECT id FROM action.circulation WHERE usr = ? AND checkin_time IS NULL AND ( (fine_interval >= '1 day' AND due_date < 'today') OR (fine_interval < '1 day' AND due_date < 'now' )) AND (stop_fines IS NULL OR stop_fines NOT IN ('LOST','CLAIMSRETURNED','LONGOVERDUE')) SQL my $od = actor::user->db_Main->selectcol_arrayref($od_sql, {}, $usr); my $lost_sql = <<" SQL"; SELECT id FROM action.circulation WHERE usr = ? AND checkin_time IS NULL AND xact_finish IS NULL AND stop_fines = 'LOST' SQL my $lost = actor::user->db_Main->selectcol_arrayref($lost_sql, {}, $usr); my $cl_sql = <<" SQL"; SELECT id FROM action.circulation WHERE usr = ? AND checkin_time IS NULL AND stop_fines = 'CLAIMSRETURNED' SQL my $cl = actor::user->db_Main->selectcol_arrayref($cl_sql, {}, $usr); my $lo_sql = <<" SQL"; SELECT id FROM action.circulation WHERE usr = ? AND checkin_time IS NULL AND stop_fines = 'LONGOVERDUE' SQL my $lo = actor::user->db_Main->selectcol_arrayref($lo_sql, {}, $usr); $self->method_lookup('open-ils.storage.transaction.rollback')->run(); if ($self->api_name =~/count$/o) { return { total => scalar(@$out) + scalar(@$od) + scalar(@$lost) + scalar(@$cl) + scalar(@$lo), out => scalar(@$out), overdue => scalar(@$od), lost => scalar(@$lost), claims_returned => scalar(@$cl), long_overdue => scalar(@$lo), }; } return { out => $out, overdue => $od, lost => $lost, claims_returned => $cl, long_overdue => $lo, }; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.checked_out', api_level => 1, method => 'usr_breakdown_out', ); __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.checked_out.count', api_level => 1, method => 'usr_breakdown_out', ); sub usr_total_out { my $self = shift; my $client = shift; my $usr = shift; my $sql = <<" SQL"; SELECT count(*) FROM action.circulation WHERE usr = ? AND checkin_time IS NULL SQL my ($val) = actor::user->db_Main->selectrow_array($sql, {}, $usr); return $val; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.total_out', api_level => 1, method => 'usr_total_out', ); sub calc_proximity { my $self = shift; my $client = shift; local $OpenILS::Application::Storage::WRITE = 1; my $delete_sql = <<" SQL"; DELETE FROM actor.org_unit_proximity; SQL my $insert_sql = <<" SQL"; INSERT INTO actor.org_unit_proximity (from_org, to_org, prox) SELECT l.id, r.id, actor.org_unit_proximity(l.id,r.id) FROM actor.org_unit l, actor.org_unit r; SQL actor::org_unit_proximity->db_Main->do($delete_sql); actor::org_unit_proximity->db_Main->do($insert_sql); return 1; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.org_unit.refresh_proximity', api_level => 1, method => 'calc_proximity', ); sub make_hoo_spanset { my $hoo = shift; return undef unless $hoo; my $today = shift || DateTime->now; my $tz = OpenSRF::AppSession->create('open-ils.actor')->request( 'open-ils.actor.ou_setting.ancestor_default' => $hoo->id.'' => 'org_unit.timezone' )->gather(1) || DateTime::TimeZone->new( name => 'local' )->name; my $current_dow = $today->day_of_week_0; my $spanset = DateTime::SpanSet->empty_set; for my $d ( 0 .. 6 ) { my $omethod = 'dow_'.$d.'_open'; my $cmethod = 'dow_'.$d.'_close'; my $open = interval_to_seconds($hoo->$omethod()); my $close = interval_to_seconds($hoo->$cmethod()); next if ($open == $close && $open == 0); my $dow_offset = ($d - $current_dow) * $one_day; $close += $one_day if ($close <= $open); $spanset = $spanset->union( DateTime::Span->new( start => $today->clone->add( seconds => $dow_offset + $open ), end => $today->clone->add( seconds => $dow_offset + $close ) ) ); } return $spanset->complement; } sub make_closure_spanset { my $closures = shift; return undef unless $closures; my $spanset = DateTime::SpanSet->empty_set; for my $k ( keys %$closures ) { my $c = $$closures{$k}; $spanset = $spanset->union( DateTime::Span->new( start => $_dt_parser->parse_datetime(clean_ISO8601($c->{close_start})), end => $_dt_parser->parse_datetime(clean_ISO8601($c->{close_end})) ) ); } return $spanset; } sub new_org_closed_overlap { my $self = shift; my $client = shift; my $ou = shift; my $date = shift; my $direction = shift || 0; my $no_hoo = shift || 0; return undef unless ($date && $ou); # we're given a date and a direction, find any closures that contain the date my $t = actor::org_unit::closed_date->table; my $sql = <<" SQL"; SELECT * FROM $t WHERE close_end > ? AND org_unit = ? ORDER BY close_start ASC, close_end DESC LIMIT 1 SQL $date = clean_ISO8601($date); my $target_date = $_dt_parser->parse_datetime( $date ); my ($begin, $end) = ($target_date, $target_date); # create a spanset from the closures that contain the $date my $closure_spanset = make_closure_spanset( actor::org_unit::closed_date->db_Main->selectall_hashref( $sql, 'id', {}, $date, $ou ) ); if ($closure_spanset && $closure_spanset->intersects( $target_date )) { my $closure_intersection = $closure_spanset->intersection( $target_date ); $begin = $closure_intersection->min; $end = $closure_intersection->max; if ( $direction <= 0 ) { $begin->subtract( minutes => 1 ); while ( my $_b = new_org_closed_overlap($self, $client, $ou, $begin->strftime('%FT%T%z'), -1, 1 ) ) { $begin = $_dt_parser->parse_datetime( clean_ISO8601($_b->{start}) ); } } if ( $direction >= 0 ) { $end->add( minutes => 1 ); while ( my $_a = new_org_closed_overlap($self, $client, $ou, $end->strftime('%FT%T%z'), 1, 1 ) ) { $end = $_dt_parser->parse_datetime( clean_ISO8601($_a->{end}) ); } } } if ( !$no_hoo ) { my $begin_hoo = make_hoo_spanset(actor::org_unit::hours_of_operation->retrieve($ou), $begin); my $end_hoo = make_hoo_spanset(actor::org_unit::hours_of_operation->retrieve($ou), $end ); if ( $begin_hoo && $direction <= 0 && $begin_hoo->intersects($begin) ) { my $hoo_intersection = $begin_hoo->intersection( $begin ); $begin = $hoo_intersection->min; $begin->subtract( minutes => 1 ); while ( my $_b = new_org_closed_overlap($self, $client, $ou, $begin->strftime('%FT%T%z'), -1 ) ) { $begin = $_dt_parser->parse_datetime( clean_ISO8601($_b->{start}) ); } } if ( $end_hoo && $direction >= 0 && $end_hoo->intersects($end) ) { my $hoo_intersection = $end_hoo->intersection( $end ); $end = $hoo_intersection->max; $end->add( minutes => 1 ); while ( my $_b = new_org_closed_overlap($self, $client, $ou, $end->strftime('%FT%T%z'), -1 ) ) { $end = $_dt_parser->parse_datetime( clean_ISO8601($_b->{end}) ); } } } my $start = $begin->strftime('%FT%T%z'); my $stop = $end->strftime('%FT%T%z'); return undef if ($start eq $stop); return { start => $start, end => $stop }; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.org_unit.closed_date.overlap', api_level => 0, method => 'new_org_closed_overlap', ); sub org_closed_overlap { my $self = shift; my $client = shift; my $ou = shift; my $date = shift; my $direction = shift || 0; my $no_hoo = shift || 0; return undef unless ($date && $ou); my $t = actor::org_unit::closed_date->table; my $sql = <<" SQL"; SELECT * FROM $t WHERE ? between close_start and close_end AND org_unit = ? ORDER BY close_start ASC, close_end DESC LIMIT 1 SQL $date = clean_ISO8601($date); my ($begin, $end) = ($date,$date); my $hoo = actor::org_unit::hours_of_operation->retrieve($ou); if (my $closure = actor::org_unit::closed_date->db_Main->selectrow_hashref( $sql, {}, $date, $ou )) { $begin = clean_ISO8601($closure->{close_start}); $end = clean_ISO8601($closure->{close_end}); if ( $direction <= 0 ) { $before = $_dt_parser->parse_datetime( $begin ); $before->subtract( minutes => 1 ); while ( my $_b = org_closed_overlap($self, $client, $ou, $before->strftime('%FT%T%z'), -1, 1 ) ) { $before = $_dt_parser->parse_datetime( clean_ISO8601($_b->{start}) ); } $begin = clean_ISO8601($before->strftime('%FT%T%z')); } if ( $direction >= 0 ) { $after = $_dt_parser->parse_datetime( $end ); $after->add( minutes => 1 ); while ( my $_a = org_closed_overlap($self, $client, $ou, $after->strftime('%FT%T%z'), 1, 1 ) ) { $after = $_dt_parser->parse_datetime( clean_ISO8601($_a->{end}) ); } $end = clean_ISO8601($after->strftime('%FT%T%z')); } } if ( !$no_hoo ) { if ( $hoo ) { if ( $direction <= 0 ) { my $begin_dow = $_dt_parser->parse_datetime( $begin )->day_of_week_0; my $begin_open_meth = "dow_".$begin_dow."_open"; my $begin_close_meth = "dow_".$begin_dow."_close"; my $count = 1; while ($hoo->$begin_open_meth eq '00:00:00' and $hoo->$begin_close_meth eq '00:00:00') { $begin = clean_ISO8601($_dt_parser->parse_datetime( $begin )->subtract( days => 1)->strftime('%FT%T%z')); $begin_dow++; $begin_dow %= 7; $count++; last if ($count > 6); $begin_open_meth = "dow_".$begin_dow."_open"; $begin_close_meth = "dow_".$begin_dow."_close"; } if (my $closure = actor::org_unit::closed_date->db_Main->selectrow_hashref( $sql, {}, $begin, $ou )) { $before = $_dt_parser->parse_datetime( $begin ); $before->subtract( minutes => 1 ); while ( my $_b = org_closed_overlap($self, $client, $ou, $before->strftime('%FT%T%z'), -1 ) ) { $before = $_dt_parser->parse_datetime( clean_ISO8601($_b->{start}) ); } } } if ( $direction >= 0 ) { my $end_dow = $_dt_parser->parse_datetime( $end )->day_of_week_0; my $end_open_meth = "dow_".$end_dow."_open"; my $end_close_meth = "dow_".$end_dow."_close"; $count = 1; while ($hoo->$end_open_meth eq '00:00:00' and $hoo->$end_close_meth eq '00:00:00') { $end = clean_ISO8601($_dt_parser->parse_datetime( $end )->add( days => 1)->strftime('%FT%T%z')); $end_dow++; $end_dow %= 7; $count++; last if ($count > 6); $end_open_meth = "dow_".$end_dow."_open"; $end_close_meth = "dow_".$end_dow."_close"; } if (my $closure = actor::org_unit::closed_date->db_Main->selectrow_hashref( $sql, {}, $end, $ou )) { $after = $_dt_parser->parse_datetime( $end ); $after->add( minutes => 1 ); while ( my $_a = org_closed_overlap($self, $client, $ou, $after->strftime('%FT%T%z'), 1 ) ) { $after = $_dt_parser->parse_datetime( clean_ISO8601($_a->{end}) ); } $end = clean_ISO8601($after->strftime('%FT%T%z')); } } } } if ($begin eq $date && $end eq $date) { return undef; } return { start => $begin, end => $end }; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.org_unit.closed_date.overlap', api_level => 1, method => 'org_closed_overlap', ); sub user_by_barcode { my $self = shift; my $client = shift; my @barcodes = shift; return undef unless @barcodes; for my $card ( actor::card->search( { barcode => @barcodes } ) ) { next unless $card; if (@barcodes == 1) { return $card->usr->to_fieldmapper; } $client->respond( $card->usr->to_fieldmapper); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.direct.actor.user.search.barcode', api_level => 1, method => 'user_by_barcode', stream => 1, cachable => 1, ); sub lost_barcodes { my $self = shift; my $client = shift; my $c = actor::card->table; my $p = actor::user->table; my $sql = "SELECT c.barcode FROM $c c JOIN $p p ON (c.usr = p.id) WHERE p.card <> c.id"; my $list = actor::user->db_Main->selectcol_arrayref($sql); for my $bc ( @$list ) { $client->respond($bc); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.lost_barcodes', api_level => 1, stream => 1, method => 'lost_barcodes', signature => <<' NOTE', Returns an array of barcodes that belong to lost cards. @return array of barcodes NOTE ); sub expired_barcodes { my $self = shift; my $client = shift; my $c = actor::card->table; my $p = actor::user->table; my $sql = "SELECT c.barcode FROM $c c JOIN $p p ON (c.usr = p.id) WHERE p.expire_date < CURRENT_DATE"; my $list = actor::user->db_Main->selectcol_arrayref($sql); for my $bc ( @$list ) { $client->respond($bc); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.expired_barcodes', api_level => 1, stream => 1, method => 'expired_barcodes', signature => <<' NOTE', Returns an array of barcodes that are currently expired. @return array of barcodes NOTE ); sub barred_barcodes { my $self = shift; my $client = shift; my $c = actor::card->table; my $p = actor::user->table; my $sql = "SELECT c.barcode FROM $c c JOIN $p p ON (c.usr = p.id) WHERE p.barred IS TRUE"; my $list = actor::user->db_Main->selectcol_arrayref($sql); for my $bc ( @$list ) { $client->respond($bc); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.barred_barcodes', api_level => 1, stream => 1, method => 'barred_barcodes', signature => <<' NOTE', Returns an array of barcodes that are currently barred. @return array of barcodes NOTE ); sub penalized_barcodes { my $self = shift; my $client = shift; my $c = actor::card->table; my $p = actor::user_standing_penalty->table; my $sql = <<" SQL"; SELECT DISTINCT c.barcode FROM $c c JOIN $p p USING (usr) JOIN config.standing_penalty csp ON (csp.id = p.standing_penalty) WHERE csp.block_list IS NOT NULL AND p.set_date < CURRENT_DATE AND (p.stop_date IS NULL OR p.stop_date > CURRENT_DATE); SQL my $list = actor::user->db_Main->selectcol_arrayref($sql); for my $bc ( @$list ) { $client->respond($bc); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.penalized_barcodes', api_level => 1, stream => 1, method => 'penalized_barcodes', signature => <<' NOTE', Returns an array of barcodes that have blocking penalties. @return array of barcodes NOTE ); sub _prepare_name_argument { # Get rid of extra spaces, accents, and regex characters my ($search) = _clean_regex_chars(@_); my $sth = actor::user->db_Main->prepare_cached("SELECT evergreen.unaccent_and_squash(?)"); $sth->execute($search); my $r = $sth->fetch; return ($r && @$r) ? $r->[0] : $search; }; sub _clean_regex_chars { my ($search) = @_; # Escape metacharacters for SIMILAR TO # (http://www.postgresql.org/docs/8.4/interactive/functions-matching.html) $search =~ s/\_/\\_/g; $search =~ s/\%/\\%/g; $search =~ s/\|/\\|/g; $search =~ s/\*/\\*/g; $search =~ s/\+/\\+/g; $search =~ s/\[/\\[/g; $search =~ s/\]/\\]/g; $search =~ s/\(/\\(/g; $search =~ s/\)/\\)/g; return $search; } sub patron_search { my $self = shift; my $client = shift; my $search = shift; my $limit = shift || 1000; my $sort = shift; my $inactive = shift; my $ws_ou = shift; my $search_org = shift || $ws_ou; my $opt_boundary = shift || 0; my $offset = shift || 0; my $penalty_sort = 0; my $strict_opt_in = OpenSRF::Utils::SettingsClient->new->config_value( share => user => 'opt_in' ); $sort = ['family_name','first_given_name'] unless ($$sort[0]); push @$sort,'id'; if ($$sort[0] eq 'penalties') { shift @$sort; $penalty_sort = 1; } # group 0 = user # group 1 = address # group 2 = phone, ident # group 3 = barcode # group 4 = dob # group 5 = profile # Treatment of name fields depends on whether the org has # diacritic_insensitivity turned on or off. my $diacritic_insensitive = $U->ou_ancestor_setting_value($ws_ou, 'circ.patron_search.diacritic_insensitive'); # Parse from JSON to Perl boolean (1|0): $diacritic_insensitive = ($diacritic_insensitive) ? $JSON->JSON2perl($diacritic_insensitive) : 0; my $usr; my @usrv; my $dob; my @dobv; # Compile the WHERE component of the actor.usr fields. # When a name field is encountered, search both the name field and # the alternate version of the name field. my @name_fields = qw/prefix first_given_name second_given_name family_name suffix/; my @usr_where_parts; my @usr_fields = grep { ''.$$search{$_}{group} eq '0' } keys %$search; for my $usr_field (@usr_fields) { # sprintf template my $where_func = $diacritic_insensitive ? "evergreen.unaccent_and_squash(CAST(%s AS text)) ~ ?" : "evergreen.lowercase(CAST(%s AS text)) ~ ?"; my $val = $diacritic_insensitive ? "^" . _prepare_name_argument($$search{$usr_field}{value}) : "^" . _clean_regex_chars($$search{$usr_field}{value}); if (grep {$_ eq $usr_field} @name_fields) { # When searching a name field include an OR search # on the alternate version of the same field. push(@usr_where_parts, sprintf( "($where_func OR $where_func)", $usr_field, "pref_$usr_field") ); # search main field and alt name field with same value. push(@usrv, $val); push(@usrv, $val); } else { push(@usr_where_parts, sprintf($where_func, $usr_field)); push(@usrv, $val); } } $usr = join ' AND ', @usr_where_parts; while (($key, $value) = each (%$search)) { if($$search{$key}{group} eq '4') { my $tval = $key; $tval =~ s/dob_//g; my $right = "RIGHT('0'|| "; my $end = ", 2)"; $end = $right = '' if lc $tval eq 'year'; $dob .= $right."CAST(DATE_PART('$tval', dob) AS text)$end ~ ? AND "; } } # Trim the last " AND " $dob = substr($dob,0,-4); @dobv = map { _clean_regex_chars($$search{$_}{value}) } grep { ''.$$search{$_}{group} eq '4' } keys %$search; $usr .= ' AND ' if ( $usr && $dob ); $usr .= $dob if $dob; # $dob not in-line above in case $usr doesn't have any search vals (only searched for dob) push(@usrv, @dobv) if @dobv; my $addr = join ' AND ', map { "evergreen.lowercase(CAST($_ AS text)) ~ ?" } grep { ''.$$search{$_}{group} eq '1' } keys %$search; my @addrv = map { "^" . _clean_regex_chars($$search{$_}{value}) } grep { ''.$$search{$_}{group} eq '1' } keys %$search; # should only be 1 profile sent but this construction makes dealing with the lists simpler. my ($prof) = map { $$search{$_}{value} } grep {''.$$search{$_}{group} eq '5' } keys %$search; $prof = int($prof) if $prof; # int or out my $pv = _clean_regex_chars($$search{phone}{value}); my $iv = _clean_regex_chars($$search{ident}{value}); my $nv = _clean_regex_chars($$search{name}{value}); my $cv = _clean_regex_chars($$search{card}{value}); my $card = ''; if ($cv) { $card = 'JOIN (SELECT DISTINCT usr FROM actor.card WHERE evergreen.lowercase(barcode) LIKE ?||\'%\') AS card ON (card.usr = users.id)'; unshift(@usrv, $cv); } my $phone = ''; my @ps; my @phonev; if ($pv) { for my $p ( qw/day_phone evening_phone other_phone/ ) { if ($pv =~ /^\d+$/) { push @ps, "evergreen.lowercase(REGEXP_REPLACE($p, '[^0-9]', '', 'g')) ~ ?"; } else { push @ps, "evergreen.lowercase($p) ~ ?"; } push @phonev, "^$pv"; } $phone = '(' . join(' OR ', @ps) . ')'; } my $ident = ''; my @is; my @identv; if ($iv) { for my $i ( qw/ident_value ident_value2/ ) { push @is, "evergreen.lowercase($i) ~ ?"; push @identv, "^$iv"; } $ident = '(' . join(' OR ', @is) . ')'; } # name keywords search my $name = ''; my @ns; my @namev; if ($nv) { $name = "name_kw_tsvector @@ to_tsquery(?)"; # Remove characters that to_tsquery might treat as operators. # Note using plainto_tsquery to ignore operators won't let us # also do prefix matching. $nv =~ s/[^\w\s\.\-']//g; my @parts = split(' ', $nv); # tsquery on multiple names joined w/ '&' # Adding :* gives us prefix matching push @namev, join(' & ', map { "$_:*" } @parts); } my $profile = ''; my @profv = (); if ($prof) { $profile = '(profile IN (SELECT id FROM permission.grp_descendants(?)))'; push @profv, $prof; } my $usr_where = join ' AND ', grep { $_ } ($usr,$phone,$ident,$name,$profile); my $addr_where = $addr; my $u_table = actor::user->table; my $a_table = actor::user_address->table; my $opt_in_table = actor::usr_org_unit_opt_in->table; my $ou_table = actor::org_unit->table; my $u_select = "SELECT id as id FROM $u_table u WHERE $usr_where"; my $a_select = "SELECT u.id as id FROM $a_table a JOIN $u_table u ON (u.mailing_address = a.id OR u.billing_address = a.id) WHERE $addr_where"; my $clone_select = ''; #$clone_select = "JOIN (SELECT cu.id as id FROM $a_table ca ". # "JOIN $u_table cu ON (cu.mailing_address = ca.id OR cu.billing_address = ca.id) ". # "WHERE $addr_where) AS clone ON (clone.id = users.id)" if ($addr_where); my $select = ''; if ($usr_where) { if ($addr_where) { $select = "$u_select INTERSECT $a_select"; } else { $select = $u_select; } } elsif ($addr_where) { $select = "$a_select"; } return undef if (!$select && !$card); my $order_by = join ', ', map { 'evergreen.lowercase(CAST(users.'. (split / /,$_)[0] . ' AS text)) ' . (split / /,$_)[1] } @$sort; my $distinct_list = join ', ', map { 'evergreen.lowercase(CAST(users.'. (split / /,$_)[0] . ' AS text))' } @$sort; my $group_list = $distinct_list; if ($inactive) { $inactive = ''; } else { $inactive = 'AND users.active = TRUE'; } if (!$ws_ou) { # XXX This should be required!! $ws_ou = actor::org_unit->search( { parent_ou => undef } )->next->id; } my $descendants = "actor.org_unit_descendants($search_org)"; my $opt_in_where = ''; if (lc($strict_opt_in) eq 'true') { $opt_in_where = "AND ("; $opt_in_where .= "EXISTS (select id FROM $opt_in_table "; $opt_in_where .= " WHERE org_unit in (select (actor.org_unit_ancestors($ws_ou)).id)"; $opt_in_where .= " AND usr = users.id) "; $opt_in_where .= "OR"; $opt_in_where .= " users.home_ou IN (select (actor.org_unit_descendants($ws_ou,$opt_boundary)).id))"; } my $penalty_join = ''; if ($penalty_sort) { $distinct_list = 'COUNT(penalties.id), ' . $distinct_list; $order_by = 'COUNT(penalties.id) DESC, ' . $order_by; unshift @$sort, 'COUNT(penalties.id)'; $penalty_join = <<" SQL"; LEFT JOIN actor.usr_standing_penalty penalties ON (users.id = penalties.usr AND (penalties.stop_date IS NULL OR penalties.stop_date > NOW())) SQL } $select = "JOIN ($select) AS search ON (search.id = users.id)" if ($select); $select = <<" SQL"; SELECT $distinct_list FROM $u_table AS users $card JOIN $descendants d ON (d.id = users.home_ou) $select $clone_select $penalty_join WHERE users.deleted = FALSE $inactive $opt_in_where GROUP BY $group_list ORDER BY $order_by LIMIT $limit OFFSET $offset SQL return actor::user->db_Main->selectcol_arrayref($select, {Columns=>[scalar(@$sort)]}, map {lc($_)} (@usrv,@phonev,@identv,@namev,@profv,@addrv)); } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.user.crazy_search', api_level => 1, method => 'patron_search', ); sub org_unit_list { my $self = shift; my $client = shift; my $select =<<" SQL"; SELECT * FROM actor.org_unit ORDER BY CASE WHEN parent_ou IS NULL THEN 0 ELSE 1 END, name; SQL my $sth = actor::org_unit->db_Main->prepare_cached($select); $sth->execute; $client->respond( $_->to_fieldmapper ) for ( map { actor::org_unit->construct($_) } $sth->fetchall_hash ); return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.direct.actor.org_unit.retrieve.all', api_level => 1, stream => 1, method => 'org_unit_list', ); sub org_unit_type_list { my $self = shift; my $client = shift; my $select =<<" SQL"; SELECT * FROM actor.org_unit_type ORDER BY depth, name; SQL my $sth = actor::org_unit_type->db_Main->prepare_cached($select); $sth->execute; $client->respond( $_->to_fieldmapper ) for ( map { actor::org_unit_type->construct($_) } $sth->fetchall_hash ); return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.direct.actor.org_unit_type.retrieve.all', api_level => 1, stream => 1, method => 'org_unit_type_list', ); sub org_unit_full_path { my $self = shift; my $client = shift; my @binds = @_; return undef unless (@binds); my $func = 'actor.org_unit_full_path(?)'; $func = 'actor.org_unit_full_path(?,?)' if (@binds > 1); my $sth = actor::org_unit->db_Main->prepare_cached("SELECT * FROM $func"); $sth->execute(@binds); $client->respond( $_->to_fieldmapper ) for ( map { actor::org_unit->construct($_) } $sth->fetchall_hash ); return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.org_unit.full_path', api_level => 1, stream => 1, method => 'org_unit_full_path', ); sub org_unit_ancestors { my $self = shift; my $client = shift; my $id = shift; return undef unless ($id); my $func = 'actor.org_unit_ancestors(?)'; my $sth = actor::org_unit->db_Main->prepare_cached(<<" SQL"); SELECT f.* FROM $func f JOIN actor.org_unit_type t ON (f.ou_type = t.id) ORDER BY t.depth, f.name; SQL $sth->execute(''.$id); $client->respond( $_->to_fieldmapper ) for ( map { actor::org_unit->construct($_) } $sth->fetchall_hash ); return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.org_unit.ancestors', api_level => 1, stream => 1, method => 'org_unit_ancestors', ); sub org_unit_descendants { my $self = shift; my $client = shift; my $id = shift; my $depth = shift; return undef unless ($id); my $func = 'actor.org_unit_descendants(?)'; if (defined $depth) { $func = 'actor.org_unit_descendants(?,?)'; } my $sth = actor::org_unit->db_Main->prepare_cached("SELECT * FROM $func"); $sth->execute(''.$id, ''.$depth) if (defined $depth); $sth->execute(''.$id) unless (defined $depth); $client->respond( $_->to_fieldmapper ) for ( map { actor::org_unit->construct($_) } $sth->fetchall_hash ); return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.org_unit.descendants', api_level => 1, stream => 1, method => 'org_unit_descendants', ); sub fleshed_actor_stat_cat { my $self = shift; my $client = shift; my @list = @_; @list = ($list[0]) unless ($self->api_name =~ /batch/o); for my $sc (@list) { my $cat = actor::stat_cat->retrieve($sc); next unless ($cat); my $sc_fm = $cat->to_fieldmapper; $sc_fm->entries( [ map { $_->to_fieldmapper } $cat->entries ] ); $sc_fm->default_entries( [ map { $_->to_fieldmapper } $cat->default_entries ] ); $client->respond( $sc_fm ); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.fleshed.actor.stat_cat.retrieve', api_level => 1, argc => 1, method => 'fleshed_actor_stat_cat', ); __PACKAGE__->register_method( api_name => 'open-ils.storage.fleshed.actor.stat_cat.retrieve.batch', api_level => 1, argc => 1, stream => 1, method => 'fleshed_actor_stat_cat', ); #XXX Fix stored proc calls sub ranged_actor_stat_cat_all { my $self = shift; my $client = shift; my $ou = ''.shift(); return undef unless ($ou); my $s_table = actor::stat_cat->table; my $select = <<" SQL"; SELECT s.* FROM $s_table s JOIN actor.org_unit_full_path(?) p ON (p.id = s.owner) ORDER BY name SQL $fleshed = 0; $fleshed = 1 if ($self->api_name =~ /fleshed/o); my $sth = actor::stat_cat->db_Main->prepare_cached($select); $sth->execute($ou); for my $sc ( map { actor::stat_cat->construct($_) } $sth->fetchall_hash ) { my $sc_fm = $sc->to_fieldmapper; $sc_fm->entries( [ $self->method_lookup( 'open-ils.storage.ranged.actor.stat_cat_entry.search.stat_cat' )->run($ou,$sc->id) ] ) if ($fleshed); $sc_fm->default_entries( [ $self->method_lookup( 'open-ils.storage.actor.stat_cat_entry_default.ancestor.retrieve' )->run($ou,$sc->id) ] ) if ($fleshed); $client->respond( $sc_fm ); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.ranged.fleshed.actor.stat_cat.all', api_level => 1, argc => 1, stream => 1, method => 'ranged_actor_stat_cat_all', ); __PACKAGE__->register_method( api_name => 'open-ils.storage.ranged.actor.stat_cat.all', api_level => 1, argc => 1, stream => 1, method => 'ranged_actor_stat_cat_all', ); #XXX Fix stored proc calls sub ranged_actor_stat_cat_entry { my $self = shift; my $client = shift; my $ou = ''.shift(); my $sc = ''.shift(); return undef unless ($ou); my $s_table = actor::stat_cat_entry->table; my $select = <<" SQL"; SELECT s.* FROM $s_table s JOIN actor.org_unit_full_path(?) p ON (p.id = s.owner) WHERE stat_cat = ? ORDER BY name SQL my $sth = actor::stat_cat->db_Main->prepare_cached($select); $sth->execute($ou,$sc); for my $sce ( map { actor::stat_cat_entry->construct($_) } $sth->fetchall_hash ) { my $sce_fm = $sce->to_fieldmapper; $client->respond( $sce_fm ); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.ranged.actor.stat_cat_entry.search.stat_cat', api_level => 1, stream => 1, method => 'ranged_actor_stat_cat_entry', ); sub actor_stat_cat_entry_default { my $self = shift; my $client = shift; my $ou = ''.shift(); my $sc = ''.shift(); return undef unless ($ou); my $s_table = actor::stat_cat_entry_default->table; my $select = <<" SQL"; SELECT s.* FROM $s_table s WHERE owner = ? AND stat_cat = ? SQL my $sth = actor::stat_cat->db_Main->prepare_cached($select); $sth->execute($ou,$sc); for my $sced ( map { actor::stat_cat_entry_default->construct($_) } $sth->fetchall_hash ) { $client->respond( $sced->to_fieldmapper ); } return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.stat_cat_entry_default.retrieve', api_level => 1, stream => 1, method => 'actor_stat_cat_entry_default', ); sub actor_stat_cat_entry_default_ancestor { my $self = shift; my $client = shift; my $ou = ''.shift(); my $sc = ''.shift(); return undef unless ($ou); my $s_table = actor::stat_cat_entry_default->table; my $select = <<" SQL"; SELECT s.* FROM $s_table s JOIN actor.org_unit_ancestors(?) p ON (p.id = s.owner) WHERE stat_cat = ? SQL my $sth = actor::stat_cat->db_Main->prepare_cached($select); $sth->execute($ou,$sc); my @sced = map { actor::stat_cat_entry_default->construct($_) } $sth->fetchall_hash; my $ancestor_sced = pop @sced; $client->respond( $ancestor_sced->to_fieldmapper ) if $ancestor_sced; return undef; } __PACKAGE__->register_method( api_name => 'open-ils.storage.actor.stat_cat_entry_default.ancestor.retrieve', api_level => 1, stream => 1, method => 'actor_stat_cat_entry_default_ancestor', ); 1;