import psycopg2.extensions
import psycopg2.extras
import os
-import subprocess
import random
import json
import re
@step(u'table placex contains as names for (N|R|W)(\d+)')
def check_placex_names(step, osmtyp, osmid):
- """ Check for the exact content of the name hstaore in placex.
+ """ Check for the exact content of the name hstore in placex.
"""
cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
cur.execute('SELECT name FROM placex where osm_type = %s and osm_id =%s', (osmtyp, int(osmid)))
+
@step(u'table ([a-z_]+) contains$')
def check_placex_content(step, tablename):
""" check that the given lines are in the given table
given columns are tested. If there is more than one
line for an OSM object, they must match in these columns.
"""
- cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
- for line in step.hashes:
- osmtype, osmid, cls = world.split_id(line['object'])
- q = 'SELECT *'
- if tablename == 'placex':
- q = q + ", ST_X(centroid) as clat, ST_Y(centroid) as clon"
- q = q + ' FROM %s where osm_type = %%s and osm_id = %%s' % (tablename,)
- if cls is None:
- params = (osmtype, osmid)
- else:
- q = q + ' and class = %s'
- params = (osmtype, osmid, cls)
- cur.execute(q, params)
- assert(cur.rowcount > 0)
- for res in cur:
- for k,v in line.iteritems():
- if not k == 'object':
- assert_in(k, res)
- if type(res[k]) is dict:
- val = world.make_hash(v)
- assert_equals(res[k], val)
- elif k in ('parent_place_id', 'linked_place_id'):
- pid = world.get_placeid(v)
- assert_equals(pid, res[k], "Results for '%s'/'%s' differ: '%s' != '%s'" % (line['object'], k, pid, res[k]))
- elif k == 'centroid':
- world.match_geometry((res['clat'], res['clon']), v)
- else:
- assert_equals(str(res[k]), v, "Results for '%s'/'%s' differ: '%s' != '%s'" % (line['object'], k, str(res[k]), v))
+ try:
+ cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
+ for line in step.hashes:
+ osmtype, osmid, cls = world.split_id(line['object'])
+ q = 'SELECT *'
+ if tablename == 'placex':
+ q = q + ", ST_X(centroid) as clat, ST_Y(centroid) as clon"
+ if tablename == 'location_property_osmline':
+ q = q + ' FROM %s where osm_id = %%s' % (tablename,)
+ else:
+ q = q + ' FROM %s where osm_type = %%s and osm_id = %%s' % (tablename,)
+ if cls is None:
+ if tablename == 'location_property_osmline':
+ params = (osmid,)
+ else:
+ params = (osmtype, osmid)
+ else:
+ q = q + ' and class = %s'
+ if tablename == 'location_property_osmline':
+ params = (osmid, cls)
+ else:
+ params = (osmtype, osmid, cls)
+ cur.execute(q, params)
+ assert(cur.rowcount > 0)
+ for res in cur:
+ for k,v in line.iteritems():
+ if not k == 'object':
+ assert_in(k, res)
+ if type(res[k]) is dict:
+ val = world.make_hash(v)
+ assert_equals(res[k], val)
+ elif k in ('parent_place_id', 'linked_place_id'):
+ pid = world.get_placeid(v)
+ assert_equals(pid, res[k], "Results for '%s'/'%s' differ: '%s' != '%s'" % (line['object'], k, pid, res[k]))
+ elif k == 'centroid':
+ world.match_geometry((res['clat'], res['clon']), v)
+ else:
+ assert_equals(str(res[k]), v, "Results for '%s'/'%s' differ: '%s' != '%s'" % (line['object'], k, str(res[k]), v))
+ finally:
+ cur.close()
+ world.conn.commit()
@step(u'table (placex?) has no entry for (N|R|W)(\d+)(:\w+)?')
def check_placex_missing(step, tablename, osmtyp, osmid, placeclass):
cur = world.conn.cursor()
- q = 'SELECT count(*) FROM %s where osm_type = %%s and osm_id = %%s' % (tablename, )
- args = [osmtyp, int(osmid)]
- if placeclass is not None:
- q = q + ' and class = %s'
- args.append(placeclass[1:])
- cur.execute(q, args)
- numres = cur.fetchone()[0]
- assert_equals (numres, 0)
+ try:
+ q = 'SELECT count(*) FROM %s where osm_type = %%s and osm_id = %%s' % (tablename, )
+ args = [osmtyp, int(osmid)]
+ if placeclass is not None:
+ q = q + ' and class = %s'
+ args.append(placeclass[1:])
+ cur.execute(q, args)
+ numres = cur.fetchone()[0]
+ assert_equals (numres, 0)
+ finally:
+ cur.close()
+ world.conn.commit()
+
+@step(u'table location_property_osmline has no entry for W(\d+)?')
+def check_osmline_missing(step, osmid):
+ cur = world.conn.cursor()
+ try:
+ q = 'SELECT count(*) FROM location_property_osmline where osm_id = %s' % (osmid, )
+ cur.execute(q)
+ numres = cur.fetchone()[0]
+ assert_equals (numres, 0)
+ finally:
+ cur.close()
+ world.conn.commit()
@step(u'search_name table contains$')
def check_search_name_content(step):
else:
raise Exception("Cannot handle field %s in search_name table" % (k, ))
-@step(u'node (\d+) expands to housenumbers')
+@step(u'way (\d+) expands to housenumbers')
def check_interpolated_housenumbers(step, nodeid):
"""Check that the exact set of housenumbers has been entered in
- placex for the given source node. Expected are tow columns:
+ placex for the given source node. Expected are two columns:
housenumber and centroid
"""
numbers = {}
cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
cur.execute("""SELECT DISTINCT housenumber,
ST_X(centroid) as clat, ST_Y(centroid) as clon
- FROM placex WHERE osm_type = 'N' and osm_id = %s""",
+ FROM placex WHERE osm_type = 'W' and osm_id = %s
+ and class = 'place' and type = 'address'""",
(int(nodeid),))
+
assert_equals(len(numbers), cur.rowcount)
for r in cur:
assert_in(r["housenumber"], numbers)
world.match_geometry((r['clat'], r['clon']), numbers[r["housenumber"]])
del numbers[r["housenumber"]]
+@step(u'way (\d+) expands to lines')
+def check_interpolation_lines(step, wayid):
+ """Check that the correct interpolation line has been entered in
+ location_property_osmline for the given source line/nodes. Expected are three columns:
+ startnumber, endnumber and linegeo
+ """
+ lines = {}
+ for line in step.hashes:
+ assert line["startnumber"] not in lines
+ lines[line["startnumber"]] = {'endnumber': line["endnumber"], 'geometry': line["geometry"]}
+ cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
+ cur.execute("""SELECT startnumber::text, endnumber::text, st_astext(linegeo) as geometry
+ FROM location_property_osmline WHERE osm_id = %s""",
+ (int(wayid),))
+ assert_equals(len(lines), cur.rowcount)
+ for r in cur:
+ assert_in(r["startnumber"], lines)
+ assert_equals(r["endnumber"], lines[r["startnumber"]]["endnumber"])
+ linegeo = str(str(r["geometry"].split('(')[1]).split(')')[0]).replace(',', ', ')
+ assert_equals(linegeo, lines[r["startnumber"]]["geometry"])
+ del lines[r["startnumber"]]
+
+@step(u'way (\d+) expands exactly to housenumbers ([0-9,]*)')
+def check_interpolated_housenumber_list(step, nodeid, numberlist):
+ """ Checks that the interpolated house numbers corresponds
+ to the given list.
+ """
+ expected = numberlist.split(',');
+ cur = world.conn.cursor()
+ cur.execute("""SELECT housenumber FROM placex
+ WHERE osm_type = 'W' and osm_id = %s
+ and class = 'place' and type = 'address'""", (int(nodeid),))
+ for r in cur:
+ assert_in(r[0], expected, "Unexpected house number %s for node %s." % (r[0], nodeid))
+ expected.remove(r[0])
+ assert_equals(0, len(expected), "Missing house numbers for way %s: %s" % (nodeid, expected))
+
+@step(u'way (\d+) expands to no housenumbers')
+def check_no_interpolated_housenumber_list(step, nodeid):
+ """ Checks that the interpolated house numbers corresponds
+ to the given list.
+ """
+ cur = world.conn.cursor()
+ cur.execute("""SELECT housenumber FROM placex
+ WHERE osm_type = 'W' and osm_id = %s
+ and class = 'place' and type = 'address'""", (int(nodeid),))
+ res = [r[0] for r in cur]
+ assert_equals(0, len(res), "Unexpected house numbers for way %s: %s" % (nodeid, res))
@step(u'table search_name has no entry for (.*)')
def check_placex_missing(step, osmid):
projects / nominatim.git / blobdiff