/*
 * Loading from a ZIP archive containing CSV files. The full test can be
 * done with using the archive found at
 * http://geolite.maxmind.com/download/geoip/database/GeoLiteCity_CSV/GeoLiteCity-latest.zip
 *
 * And a very light version of this data set is found at
 * http://pgsql.tapoueh.org/temp/foo.zip for quick testing.
 */

LOAD ARCHIVE
   FROM http://pgsql.tapoueh.org/temp/foo.zip
   INTO postgresql:///ip4r

   BEFORE LOAD EXECUTE 'geolite.sql'

   LOAD CSV
        FROM FILENAME MATCHING ~/GeoLiteCity-Location.csv/
             WITH ENCODING iso-8859-1
             (
                locId,
                country,
                region     [ null if blanks ],
                city       [ null if blanks ],
                postalCode [ null if blanks ],
                latitude,
                longitude,
                metroCode  [ null if blanks ],
                areaCode   [ null if blanks ]
             )
        INTO postgresql:///ip4r?geolite.location
             (
                locid,country,region,city,postalCode,
                location point using (format nil "(~a,~a)" longitude latitude),
                metroCode,areaCode
             )
        WITH skip header = 2,
             fields optionally enclosed by '"',
             fields escaped by double-quote,
             fields terminated by ','

  AND LOAD CSV
        FROM FILENAME MATCHING ~/GeoLiteCity-Blocks.csv/
             WITH ENCODING iso-8859-1
             (
                startIpNum, endIpNum, locId
             )
        INTO postgresql:///ip4r?geolite.blocks
             (
                iprange ip4r using (ip-range startIpNum endIpNum),
                locId
             )
        WITH skip header = 2,
             fields optionally enclosed by '"',
             fields escaped by double-quote,
             fields terminated by ','

   FINALLY DO
     $$ create index blocks_ip4r_idx on geolite.blocks using gist(iprange); $$;