-- For POI nodes, check if the address should be derived from a surrounding
-- building.
IF p.rank_search < 30 OR p.osm_type != 'N' OR p.address is not null THEN
- RAISE WARNING 'self address for % %', p.osm_type, p.osm_id;
address := p.address;
ELSE
-- The additional && condition works around the misguided query
and (placex.address ? 'housenumber' or placex.address ? 'street' or placex.address ? 'place')
and rank_search = 30 AND ST_GeometryType(geometry) in ('ST_Polygon','ST_MultiPolygon')
LIMIT 1;
- RAISE WARNING 'other address for % %: % (%)', p.osm_type, p.osm_id, address, p.centroid;
END IF;
address := address - '_unlisted_place'::TEXT;
LANGUAGE plpgsql STABLE;
+CREATE OR REPLACE FUNCTION find_associated_street(poi_osm_type CHAR(1),
+ poi_osm_id BIGINT)
+ RETURNS BIGINT
+ AS $$
+DECLARE
+ location RECORD;
+ parent RECORD;
+BEGIN
+ FOR location IN
+ SELECT members FROM planet_osm_rels
+ WHERE parts @> ARRAY[poi_osm_id]
+ and members @> ARRAY[lower(poi_osm_type) || poi_osm_id]
+ and tags @> ARRAY['associatedStreet']
+ LOOP
+ FOR i IN 1..array_upper(location.members, 1) BY 2 LOOP
+ IF location.members[i+1] = 'street' THEN
+ FOR parent IN
+ SELECT place_id from placex
+ WHERE osm_type = 'W' and osm_id = substring(location.members[i],2)::bigint
+ and name is not null
+ and rank_search between 26 and 27
+ LOOP
+ RETURN parent.place_id;
+ END LOOP;
+ END IF;
+ END LOOP;
+ END LOOP;
+
+ RETURN NULL;
+END;
+$$
+LANGUAGE plpgsql STABLE;
+
+
-- Find the parent road of a POI.
--
-- \returns Place ID of parent object or NULL if none
poi_osm_id BIGINT,
poi_partition SMALLINT,
bbox GEOMETRY,
- addr_street TEXT,
- addr_place TEXT,
- fallback BOOL = true)
+ addr_street INTEGER[],
+ addr_place INTEGER[],
+ is_place_addr BOOLEAN)
RETURNS BIGINT
AS $$
DECLARE
parent_place_id BIGINT DEFAULT NULL;
location RECORD;
- parent RECORD;
BEGIN
- {% if debug %}RAISE WARNING 'finding street for % %', poi_osm_type, poi_osm_id;{% endif %}
+ {% if debug %}RAISE WARNING 'finding street for % %', poi_osm_type, poi_osm_id;{% endif %}
+
+ -- Is this object part of an associatedStreet relation?
+ parent_place_id := find_associated_street(poi_osm_type, poi_osm_id);
+
+ IF parent_place_id is null THEN
+ parent_place_id := find_parent_for_address(addr_street, addr_place,
+ poi_partition, bbox);
+ END IF;
- -- Is this object part of an associatedStreet relation?
+ IF parent_place_id is null and poi_osm_type = 'N' THEN
+ -- Is this node part of an interpolation?
FOR location IN
- SELECT members FROM planet_osm_rels
- WHERE parts @> ARRAY[poi_osm_id]
- and members @> ARRAY[lower(poi_osm_type) || poi_osm_id]
- and tags @> ARRAY['associatedStreet']
+ SELECT q.parent_place_id
+ FROM location_property_osmline q, planet_osm_ways x
+ WHERE q.linegeo && bbox and x.id = q.osm_id
+ and poi_osm_id = any(x.nodes)
+ LIMIT 1
LOOP
- FOR i IN 1..array_upper(location.members, 1) BY 2 LOOP
- IF location.members[i+1] = 'street' THEN
- FOR parent IN
- SELECT place_id from placex
- WHERE osm_type = 'W' and osm_id = substring(location.members[i],2)::bigint
- and name is not null
- and rank_search between 26 and 27
- LOOP
- RETURN parent.place_id;
- END LOOP;
- END IF;
- END LOOP;
+ {% if debug %}RAISE WARNING 'Get parent from interpolation: %', location.parent_place_id;{% endif %}
+ RETURN location.parent_place_id;
END LOOP;
- parent_place_id := find_parent_for_address(addr_street, addr_place,
- poi_partition, bbox);
- IF parent_place_id is not null THEN
- RETURN parent_place_id;
- END IF;
+ FOR location IN
+ SELECT p.place_id, p.osm_id, p.rank_search, p.address,
+ coalesce(p.centroid, ST_Centroid(p.geometry)) as centroid
+ FROM placex p, planet_osm_ways w
+ WHERE p.osm_type = 'W' and p.rank_search >= 26
+ and p.geometry && bbox
+ and w.id = p.osm_id and poi_osm_id = any(w.nodes)
+ LOOP
+ {% if debug %}RAISE WARNING 'Node is part of way % ', location.osm_id;{% endif %}
+
+ -- Way IS a road then we are on it - that must be our road
+ IF location.rank_search < 28 THEN
+ {% if debug %}RAISE WARNING 'node in way that is a street %',location;{% endif %}
+ RETURN location.place_id;
+ END IF;
+
+ parent_place_id := find_associated_street('W', location.osm_id);
+ END LOOP;
+ END IF;
- IF poi_osm_type = 'N' THEN
- -- Is this node part of an interpolation?
- FOR parent IN
- SELECT q.parent_place_id
- FROM location_property_osmline q, planet_osm_ways x
- WHERE q.linegeo && bbox and x.id = q.osm_id
- and poi_osm_id = any(x.nodes)
- LIMIT 1
+ IF parent_place_id is NULL THEN
+ IF is_place_addr THEN
+ -- The address is attached to a place we don't know.
+ -- Instead simply use the containing area with the largest rank.
+ FOR location IN
+ SELECT place_id FROM placex
+ WHERE bbox && geometry AND _ST_Covers(geometry, ST_Centroid(bbox))
+ AND rank_address between 5 and 25
+ ORDER BY rank_address desc
LOOP
- {% if debug %}RAISE WARNING 'Get parent from interpolation: %', parent.parent_place_id;{% endif %}
- RETURN parent.parent_place_id;
+ RETURN location.place_id;
END LOOP;
-
- -- Is this node part of any other way?
+ ELSEIF ST_Area(bbox) < 0.005 THEN
+ -- for smaller features get the nearest road
+ SELECT getNearestRoadPlaceId(poi_partition, bbox) INTO parent_place_id;
+ {% if debug %}RAISE WARNING 'Checked for nearest way (%)', parent_place_id;{% endif %}
+ ELSE
+ -- for larger features simply find the area with the largest rank that
+ -- contains the bbox, only use addressable features
FOR location IN
- SELECT p.place_id, p.osm_id, p.rank_search, p.address,
- coalesce(p.centroid, ST_Centroid(p.geometry)) as centroid
- FROM placex p, planet_osm_ways w
- WHERE p.osm_type = 'W' and p.rank_search >= 26
- and p.geometry && bbox
- and w.id = p.osm_id and poi_osm_id = any(w.nodes)
+ SELECT place_id FROM placex
+ WHERE bbox && geometry AND _ST_Covers(geometry, ST_Centroid(bbox))
+ AND rank_address between 5 and 25
+ ORDER BY rank_address desc
LOOP
- {% if debug %}RAISE WARNING 'Node is part of way % ', location.osm_id;{% endif %}
-
- -- Way IS a road then we are on it - that must be our road
- IF location.rank_search < 28 THEN
- {% if debug %}RAISE WARNING 'node in way that is a street %',location;{% endif %}
- return location.place_id;
- END IF;
-
- SELECT find_parent_for_poi('W', location.osm_id, poi_partition,
- location.centroid,
- location.address->'street',
- location.address->'place',
- false)
- INTO parent_place_id;
- IF parent_place_id is not null THEN
- RETURN parent_place_id;
- END IF;
+ RETURN location.place_id;
END LOOP;
END IF;
+ END IF;
- IF fallback THEN
- IF addr_street is null and addr_place is not null THEN
- -- The address is attached to a place we don't know.
- -- Instead simply use the containing area with the largest rank.
- FOR location IN
- SELECT place_id FROM placex
- WHERE bbox && geometry AND _ST_Covers(geometry, ST_Centroid(bbox))
- AND rank_address between 5 and 25
- ORDER BY rank_address desc
- LOOP
- RETURN location.place_id;
- END LOOP;
- ELSEIF ST_Area(bbox) < 0.005 THEN
- -- for smaller features get the nearest road
- SELECT getNearestRoadPlaceId(poi_partition, bbox) INTO parent_place_id;
- {% if debug %}RAISE WARNING 'Checked for nearest way (%)', parent_place_id;{% endif %}
- ELSE
- -- for larger features simply find the area with the largest rank that
- -- contains the bbox, only use addressable features
- FOR location IN
- SELECT place_id FROM placex
- WHERE bbox && geometry AND _ST_Covers(geometry, ST_Centroid(bbox))
- AND rank_address between 5 and 25
- ORDER BY rank_address desc
- LOOP
- RETURN location.place_id;
- END LOOP;
- END IF;
- END IF;
-
- RETURN parent_place_id;
+ RETURN parent_place_id;
END;
$$
LANGUAGE plpgsql STABLE;
LANGUAGE plpgsql STABLE;
+CREATE OR REPLACE FUNCTION create_poi_search_terms(obj_place_id BIGINT,
+ in_partition SMALLINT,
+ parent_place_id BIGINT,
+ is_place_addr BOOLEAN,
+ country TEXT,
+ token_info JSONB,
+ geometry GEOMETRY,
+ OUT name_vector INTEGER[],
+ OUT nameaddress_vector INTEGER[])
+ AS $$
+DECLARE
+ parent_name_vector INTEGER[];
+ parent_address_vector INTEGER[];
+ addr_place_ids INTEGER[];
+ hnr_vector INTEGER[];
+
+ addr_item RECORD;
+ addr_place RECORD;
+ parent_address_place_ids BIGINT[];
+BEGIN
+ nameaddress_vector := '{}'::INTEGER[];
+
+ SELECT s.name_vector, s.nameaddress_vector
+ INTO parent_name_vector, parent_address_vector
+ FROM search_name s
+ WHERE s.place_id = parent_place_id;
+
+ FOR addr_item IN
+ SELECT (get_addr_tag_rank(key, country)).*, match_tokens, search_tokens
+ FROM token_get_address_tokens(token_info)
+ WHERE not search_tokens <@ parent_address_vector
+ LOOP
+ addr_place := get_address_place(in_partition, geometry,
+ addr_item.from_rank, addr_item.to_rank,
+ addr_item.extent, addr_item.match_tokens);
+
+ IF addr_place is null THEN
+ -- No place found in OSM that matches. Make it at least searchable.
+ nameaddress_vector := array_merge(nameaddress_vector, addr_item.search_tokens);
+ ELSE
+ IF parent_address_place_ids is null THEN
+ SELECT array_agg(parent_place_id) INTO parent_address_place_ids
+ FROM place_addressline
+ WHERE place_id = parent_place_id;
+ END IF;
+
+ -- If the parent already lists the place in place_address line, then we
+ -- are done. Otherwise, add its own place_address line.
+ IF not parent_address_place_ids @> ARRAY[addr_place.place_id] THEN
+ nameaddress_vector := array_merge(nameaddress_vector, addr_place.keywords);
+
+ INSERT INTO place_addressline (place_id, address_place_id, fromarea,
+ isaddress, distance, cached_rank_address)
+ VALUES (obj_place_id, addr_place.place_id, not addr_place.isguess,
+ true, addr_place.distance, addr_place.rank_address);
+ END IF;
+ END IF;
+ END LOOP;
+
+ name_vector := token_get_name_search_tokens(token_info);
+
+ -- Check if the parent covers all address terms.
+ -- If not, create a search name entry with the house number as the name.
+ -- This is unusual for the search_name table but prevents that the place
+ -- is returned when we only search for the street/place.
+
+ hnr_vector := token_get_housenumber_search_tokens(token_info);
+
+ IF hnr_vector is not null and not nameaddress_vector <@ parent_address_vector THEN
+ name_vector := array_merge(name_vector, hnr_vector);
+ END IF;
+
+ IF is_place_addr THEN
+ addr_place_ids := token_addr_place_search_tokens(token_info);
+ IF not addr_place_ids <@ parent_name_vector THEN
+ -- make sure addr:place terms are always searchable
+ nameaddress_vector := array_merge(nameaddress_vector, addr_place_ids);
+ -- If there is a housenumber, also add the place name as a name,
+ -- so we can search it by the usual housenumber+place algorithms.
+ IF hnr_vector is not null THEN
+ name_vector := array_merge(name_vector, addr_place_ids);
+ END IF;
+ END IF;
+ END IF;
+
+ -- Cheating here by not recomputing all terms but simply using the ones
+ -- from the parent object.
+ nameaddress_vector := array_merge(nameaddress_vector, parent_name_vector);
+ nameaddress_vector := array_merge(nameaddress_vector, parent_address_vector);
+
+END;
+$$
+LANGUAGE plpgsql;
+
+
-- Insert address of a place into the place_addressline table.
--
-- \param obj_place_id Place_id of the place to compute the address for.
CREATE OR REPLACE FUNCTION insert_addresslines(obj_place_id BIGINT,
partition SMALLINT,
maxrank SMALLINT,
- address HSTORE,
+ token_info JSONB,
geometry GEOMETRY,
country TEXT,
OUT parent_place_id BIGINT,
current_node_area GEOMETRY := NULL;
parent_place_rank INT := 0;
- addr_place_ids BIGINT[];
+ addr_place_ids BIGINT[] := '{}'::int[];
+ new_address_vector INT[];
location RECORD;
BEGIN
address_havelevel := array_fill(false, ARRAY[maxrank]);
FOR location IN
- SELECT * FROM get_places_for_addr_tags(partition, geometry,
- address, country)
- ORDER BY rank_address, distance, isguess desc
+ SELECT (get_address_place(partition, geometry, from_rank, to_rank,
+ extent, match_tokens)).*, search_tokens
+ FROM (SELECT (get_addr_tag_rank(key, country)).*, match_tokens, search_tokens
+ FROM token_get_address_tokens(token_info)) x
+ ORDER BY rank_address, distance, isguess desc
LOOP
- {% if not db.reverse_only %}
- nameaddress_vector := array_merge(nameaddress_vector,
- location.keywords::int[]);
- {% endif %}
+ IF location.place_id is null THEN
+ {% if not db.reverse_only %}
+ nameaddress_vector := array_merge(nameaddress_vector, location.search_tokens);
+ {% endif %}
+ ELSE
+ {% if not db.reverse_only %}
+ nameaddress_vector := array_merge(nameaddress_vector, location.keywords::INTEGER[]);
+ {% endif %}
- IF location.place_id is not null THEN
location_isaddress := not address_havelevel[location.rank_address];
IF not address_havelevel[location.rank_address] THEN
address_havelevel[location.rank_address] := true;
VALUES (obj_place_id, location.place_id, not location.isguess,
true, location.distance, location.rank_address);
- addr_place_ids := array_append(addr_place_ids, location.place_id);
+ addr_place_ids := addr_place_ids || location.place_id;
END IF;
END LOOP;
FOR location IN
SELECT * FROM getNearFeatures(partition, geometry, maxrank)
- WHERE addr_place_ids is null or not addr_place_ids @> ARRAY[place_id]
+ WHERE not addr_place_ids @> ARRAY[place_id]
ORDER BY rank_address, isguess asc,
distance *
CASE WHEN rank_address = 16 AND rank_search = 15 THEN 0.2
parent_address_level SMALLINT;
place_address_level SMALLINT;
- addr_street TEXT;
- addr_place TEXT;
+ addr_street INTEGER[];
+ addr_place INTEGER[];
max_rank SMALLINT;
linked_importance FLOAT;
linked_wikipedia TEXT;
+ is_place_address BOOLEAN;
result BOOLEAN;
BEGIN
-- deferred delete
NEW.extratags := NEW.extratags - 'linked_place'::TEXT;
IF NEW.linked_place_id is not null THEN
+ NEW.token_info := null;
{% if debug %}RAISE WARNING 'place already linked to %', NEW.linked_place_id;{% endif %}
RETURN NEW;
END IF;
-- imported as place=postcode. That's why relations are allowed to pass here.
-- This can go away in a couple of versions.
IF NEW.class = 'place' and NEW.type = 'postcode' and NEW.osm_type != 'R' THEN
+ NEW.token_info := null;
RETURN NEW;
END IF;
- -- Speed up searches - just use the centroid of the feature
- -- cheaper but less acurate
+ -- Compute a preliminary centroid.
NEW.centroid := ST_PointOnSurface(NEW.geometry);
- {% if debug %}RAISE WARNING 'Computing preliminary centroid at %',ST_AsText(NEW.centroid);{% endif %}
+
+ -- recalculate country and partition
+ IF NEW.rank_search = 4 AND NEW.address is not NULL AND NEW.address ? 'country' THEN
+ -- for countries, believe the mapped country code,
+ -- so that we remain in the right partition if the boundaries
+ -- suddenly expand.
+ NEW.country_code := lower(NEW.address->'country');
+ NEW.partition := get_partition(lower(NEW.country_code));
+ IF NEW.partition = 0 THEN
+ NEW.country_code := lower(get_country_code(NEW.centroid));
+ NEW.partition := get_partition(NEW.country_code);
+ END IF;
+ ELSE
+ IF NEW.rank_search >= 4 THEN
+ NEW.country_code := lower(get_country_code(NEW.centroid));
+ ELSE
+ NEW.country_code := NULL;
+ END IF;
+ NEW.partition := get_partition(NEW.country_code);
+ END IF;
+ {% if debug %}RAISE WARNING 'Country updated: "%"', NEW.country_code;{% endif %}
+
-- recompute the ranks, they might change when linking changes
SELECT * INTO NEW.rank_search, NEW.rank_address
parent_address_level := 3;
END IF;
- {% if debug %}RAISE WARNING 'Copy over address tags';{% endif %}
- -- housenumber is a computed field, so start with an empty value
- NEW.housenumber := NULL;
- IF NEW.address is not NULL THEN
- IF NEW.address ? 'conscriptionnumber' THEN
- IF NEW.address ? 'streetnumber' THEN
- NEW.housenumber := (NEW.address->'conscriptionnumber') || '/' || (NEW.address->'streetnumber');
- ELSE
- NEW.housenumber := NEW.address->'conscriptionnumber';
- END IF;
- ELSEIF NEW.address ? 'streetnumber' THEN
- NEW.housenumber := NEW.address->'streetnumber';
- ELSEIF NEW.address ? 'housenumber' THEN
- NEW.housenumber := NEW.address->'housenumber';
- END IF;
- NEW.housenumber := create_housenumber_id(NEW.housenumber);
-
- addr_street := NEW.address->'street';
- addr_place := NEW.address->'place';
-
- IF NEW.address ? 'postcode' and NEW.address->'postcode' not similar to '%(:|,|;)%' THEN
- i := getorcreate_postcode_id(NEW.address->'postcode');
- END IF;
- END IF;
+ NEW.housenumber := token_normalized_housenumber(NEW.token_info);
+ addr_street := token_addr_street_match_tokens(NEW.token_info);
+ addr_place := token_addr_place_match_tokens(NEW.token_info);
NEW.postcode := null;
- -- recalculate country and partition
- IF NEW.rank_search = 4 AND NEW.address is not NULL AND NEW.address ? 'country' THEN
- -- for countries, believe the mapped country code,
- -- so that we remain in the right partition if the boundaries
- -- suddenly expand.
- NEW.country_code := lower(NEW.address->'country');
- NEW.partition := get_partition(lower(NEW.country_code));
- IF NEW.partition = 0 THEN
- NEW.country_code := lower(get_country_code(NEW.centroid));
- NEW.partition := get_partition(NEW.country_code);
- END IF;
- ELSE
- IF NEW.rank_search >= 4 THEN
- NEW.country_code := lower(get_country_code(NEW.centroid));
- ELSE
- NEW.country_code := NULL;
- END IF;
- NEW.partition := get_partition(NEW.country_code);
- END IF;
- {% if debug %}RAISE WARNING 'Country updated: "%"', NEW.country_code;{% endif %}
-
-- waterway ways are linked when they are part of a relation and have the same class/type
IF NEW.osm_type = 'R' and NEW.class = 'waterway' THEN
FOR relation_members IN select members from planet_osm_rels r where r.id = NEW.osm_id and r.parts != array[]::bigint[]
{% if debug %}RAISE WARNING 'finding street for % %', NEW.osm_type, NEW.osm_id;{% endif %}
NEW.parent_place_id := null;
+ is_place_address := coalesce(not NEW.address ? 'street' and NEW.address ? 'place', FALSE);
-- We have to find our parent road.
NEW.parent_place_id := find_parent_for_poi(NEW.osm_type, NEW.osm_id,
NEW.partition,
ST_Envelope(NEW.geometry),
- addr_street, addr_place);
+ addr_street, addr_place,
+ is_place_address);
-- If we found the road take a shortcut here.
-- Otherwise fall back to the full address getting method below.
SELECT p.country_code, p.postcode, p.name FROM placex p
WHERE p.place_id = NEW.parent_place_id INTO location;
- IF addr_street is null and addr_place is not null THEN
+ IF is_place_address THEN
-- Check if the addr:place tag is part of the parent name
SELECT count(*) INTO i
- FROM svals(location.name) AS pname WHERE pname = addr_place;
+ FROM svals(location.name) AS pname WHERE pname = NEW.address->'place';
IF i = 0 THEN
- NEW.address = NEW.address || hstore('_unlisted_place', addr_place);
+ NEW.address = NEW.address || hstore('_unlisted_place', NEW.address->'place');
END IF;
END IF;
{% if debug %}RAISE WARNING 'Got parent details from search name';{% endif %}
-- determine postcode
- IF NEW.address is not null AND NEW.address ? 'postcode' THEN
- NEW.postcode = upper(trim(NEW.address->'postcode'));
- ELSE
- NEW.postcode := location.postcode;
- END IF;
- IF NEW.postcode is null THEN
- NEW.postcode := get_nearest_postcode(NEW.country_code, NEW.geometry);
- END IF;
+ NEW.postcode := coalesce(token_normalized_postcode(NEW.address->'postcode'),
+ location.postcode,
+ get_nearest_postcode(NEW.country_code, NEW.centroid));
IF NEW.name is not NULL THEN
NEW.name := add_default_place_name(NEW.country_code, NEW.name);
- name_vector := make_keywords(NEW.name);
-
- IF NEW.rank_search <= 25 and NEW.rank_address > 0 THEN
- result := add_location(NEW.place_id, NEW.country_code, NEW.partition,
- name_vector, NEW.rank_search, NEW.rank_address,
- upper(trim(NEW.address->'postcode')), NEW.geometry,
- NEW.centroid);
- {% if debug %}RAISE WARNING 'Place added to location table';{% endif %}
- END IF;
-
END IF;
{% if not db.reverse_only %}
- IF array_length(name_vector, 1) is not NULL
- OR NEW.address is not NULL
- THEN
+ IF NEW.name is not NULL OR NEW.address is not NULL THEN
SELECT * INTO name_vector, nameaddress_vector
FROM create_poi_search_terms(NEW.place_id,
NEW.partition, NEW.parent_place_id,
- NEW.address,
- NEW.country_code, NEW.housenumber,
- name_vector, NEW.centroid);
+ is_place_address, NEW.country_code,
+ NEW.token_info, NEW.centroid);
IF array_length(name_vector, 1) is not NULL THEN
INSERT INTO search_name (place_id, search_rank, address_rank,
END IF;
{% endif %}
+ NEW.token_info := token_strip_info(NEW.token_info);
-- If the address was inherited from a surrounding building,
-- do not add it permanently to the table.
IF NEW.address ? '_inherited' THEN
END IF;
END IF;
- -- Initialise the name vector using our name
- NEW.name := add_default_place_name(NEW.country_code, NEW.name);
- name_vector := make_keywords(NEW.name);
-
- -- make sure all names are in the word table
IF NEW.admin_level = 2
AND NEW.class = 'boundary' AND NEW.type = 'administrative'
AND NEW.country_code IS NOT NULL AND NEW.osm_type = 'R'
THEN
- PERFORM create_country(NEW.name, lower(NEW.country_code));
- {% if debug %}RAISE WARNING 'Country names updated';{% endif %}
-
- -- Also update the list of country names. Adding an additional sanity
+ -- Update the list of country names. Adding an additional sanity
-- check here: make sure the country does overlap with the area where
-- we expect it to be as per static country grid.
FOR location IN
ELSEIF NEW.rank_address > 25 THEN
max_rank := 25;
ELSE
- max_rank = NEW.rank_address;
+ max_rank := NEW.rank_address;
END IF;
SELECT * FROM insert_addresslines(NEW.place_id, NEW.partition, max_rank,
- NEW.address, geom, NEW.country_code)
+ NEW.token_info, geom, NEW.country_code)
INTO NEW.parent_place_id, NEW.postcode, nameaddress_vector;
{% if debug %}RAISE WARNING 'RETURN insert_addresslines: %, %, %', NEW.parent_place_id, NEW.postcode, nameaddress_vector;{% endif %}
- IF NEW.address is not null AND NEW.address ? 'postcode'
- AND NEW.address->'postcode' not similar to '%(,|;)%' THEN
- NEW.postcode := upper(trim(NEW.address->'postcode'));
- END IF;
-
- IF NEW.postcode is null AND NEW.rank_search > 8 THEN
- NEW.postcode := get_nearest_postcode(NEW.country_code, NEW.geometry);
- END IF;
+ NEW.postcode := coalesce(token_normalized_postcode(NEW.address->'postcode'),
+ NEW.postcode);
-- if we have a name add this to the name search table
IF NEW.name IS NOT NULL THEN
+ -- Initialise the name vector using our name
+ NEW.name := add_default_place_name(NEW.country_code, NEW.name);
+ name_vector := token_get_name_search_tokens(NEW.token_info);
IF NEW.rank_search <= 25 and NEW.rank_address > 0 THEN
- result := add_location(NEW.place_id, NEW.country_code, NEW.partition, name_vector, NEW.rank_search, NEW.rank_address, upper(trim(NEW.address->'postcode')), NEW.geometry, NEW.centroid);
+ result := add_location(NEW.place_id, NEW.country_code, NEW.partition,
+ name_vector, NEW.rank_search, NEW.rank_address,
+ NEW.postcode, NEW.geometry, NEW.centroid);
{% if debug %}RAISE WARNING 'added to location (full)';{% endif %}
END IF;
{% if debug %}RAISE WARNING 'insert into road location table (full)';{% endif %}
END IF;
- result := insertSearchName(NEW.partition, NEW.place_id, name_vector,
- NEW.rank_search, NEW.rank_address, NEW.geometry);
+ IF NEW.rank_address between 16 and 27 THEN
+ result := insertSearchName(NEW.partition, NEW.place_id,
+ token_get_name_match_tokens(NEW.token_info),
+ NEW.rank_search, NEW.rank_address, NEW.geometry);
+ END IF;
{% if debug %}RAISE WARNING 'added to search name (full)';{% endif %}
{% if not db.reverse_only %}
NEW.importance, NEW.country_code, name_vector,
nameaddress_vector, NEW.centroid);
{% endif %}
+ END IF;
+ IF NEW.postcode is null AND NEW.rank_search > 8 THEN
+ NEW.postcode := get_nearest_postcode(NEW.country_code, NEW.geometry);
END IF;
{% if debug %}RAISE WARNING 'place update % % finsihed.', NEW.osm_type, NEW.osm_id;{% endif %}
+ NEW.token_info := token_strip_info(NEW.token_info);
RETURN NEW;
END;
$$
projects / nominatim.git / blobdiff