return num
-class _CountryPostcodesCollector:
+class _PostcodeCollector:
""" Collector for postcodes of a single country.
"""
# Recompute the list of valid postcodes from placex.
with conn.cursor(name="placex_postcodes") as cur:
cur.execute("""
- SELECT cc as country_code, pc, ST_X(centroid), ST_Y(centroid)
+ SELECT cc, pc, ST_X(centroid), ST_Y(centroid)
FROM (SELECT
COALESCE(plx.country_code,
get_country_code(ST_Centroid(pl.geometry))) as cc,
- token_normalized_postcode(pl.address->'postcode') as pc,
+ pl.address->'postcode' as pc,
COALESCE(plx.centroid, ST_Centroid(pl.geometry)) as centroid
FROM place AS pl LEFT OUTER JOIN placex AS plx
ON pl.osm_id = plx.osm_id AND pl.osm_type = plx.osm_type
WHERE pl.address ? 'postcode' AND pl.geometry IS NOT null) xx
WHERE pc IS NOT null AND cc IS NOT null
- ORDER BY country_code, pc""")
+ ORDER BY cc, pc""")
collector = None
if collector is None or country != collector.country:
if collector is not None:
collector.commit(conn, analyzer, project_dir)
- collector = _CountryPostcodesCollector(country, matcher.get_matcher(country))
+ collector = _PostcodeCollector(country, matcher.get_matcher(country))
todo_countries.discard(country)
collector.add(postcode, x, y)
# Now handle any countries that are only in the postcode table.
for country in todo_countries:
- _CountryPostcodesCollector(country, matcher.get_matcher(country)).commit(conn, analyzer, project_dir)
+ fmt = matcher.get_matcher(country)
+ _PostcodeCollector(country, fmt).commit(conn, analyzer, project_dir)
conn.commit()