1 """ Steps for checking the DB after import and update tests.
3 There are two groups of test here. The first group tests
4 the contents of db tables directly, the second checks
5 query results by using the command line query tool.
8 from nose.tools import *
11 import psycopg2.extensions
12 import psycopg2.extras
18 from collections import OrderedDict
20 logger = logging.getLogger(__name__)
22 @step(u'table placex contains as names for (N|R|W)(\d+)')
23 def check_placex_names(step, osmtyp, osmid):
24 """ Check for the exact content of the name hstore in placex.
26 cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
27 cur.execute('SELECT name FROM placex where osm_type = %s and osm_id =%s', (osmtyp, int(osmid)))
29 names = dict(line['name'])
30 for name in step.hashes:
31 assert_in(name['k'], names)
32 assert_equals(names[name['k']], name['v'])
34 assert_equals(len(names), 0)
38 @step(u'table ([a-z_]+) contains$')
39 def check_placex_content(step, tablename):
40 """ check that the given lines are in the given table
41 Entries are searched by osm_type/osm_id and then all
42 given columns are tested. If there is more than one
43 line for an OSM object, they must match in these columns.
46 cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
47 for line in step.hashes:
48 osmtype, osmid, cls = world.split_id(line['object'])
50 if tablename == 'placex':
51 q = q + ", ST_X(centroid) as clat, ST_Y(centroid) as clon"
52 q = q + ", ST_GeometryType(geometry) as geometrytype"
53 q = q + ' FROM %s where osm_type = %%s and osm_id = %%s' % (tablename,)
55 params = (osmtype, osmid)
57 q = q + ' and class = %s'
58 params = (osmtype, osmid, cls)
59 cur.execute(q, params)
60 assert(cur.rowcount > 0)
62 for k,v in line.iteritems():
65 if type(res[k]) is dict:
66 val = world.make_hash(v)
67 assert_equals(res[k], val)
68 elif k in ('parent_place_id', 'linked_place_id'):
69 pid = world.get_placeid(v)
70 assert_equals(pid, res[k], "Results for '%s'/'%s' differ: '%s' != '%s'" % (line['object'], k, pid, res[k]))
72 world.match_geometry((res['clat'], res['clon']), v)
74 assert_equals(str(res[k]), v, "Results for '%s'/'%s' differ: '%s' != '%s'" % (line['object'], k, str(res[k]), v))
79 @step(u'table (placex?) has no entry for (N|R|W)(\d+)(:\w+)?')
80 def check_placex_missing(step, tablename, osmtyp, osmid, placeclass):
81 cur = world.conn.cursor()
83 q = 'SELECT count(*) FROM %s where osm_type = %%s and osm_id = %%s' % (tablename, )
84 args = [osmtyp, int(osmid)]
85 if placeclass is not None:
86 q = q + ' and class = %s'
87 args.append(placeclass[1:])
89 numres = cur.fetchone()[0]
90 assert_equals (numres, 0)
95 @step(u'search_name table contains$')
96 def check_search_name_content(step):
97 cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
98 for line in step.hashes:
99 placeid = world.get_placeid(line['place_id'])
100 cur.execute('SELECT * FROM search_name WHERE place_id = %s', (placeid,))
101 assert(cur.rowcount > 0)
103 for k,v in line.iteritems():
104 if k in ('search_rank', 'address_rank'):
105 assert_equals(int(v), res[k], "Results for '%s'/'%s' differ: '%s' != '%d'" % (line['place_id'], k, v, res[k]))
106 elif k in ('importance'):
107 assert_equals(float(v), res[k], "Results for '%s'/'%s' differ: '%s' != '%d'" % (line['place_id'], k, v, res[k]))
108 elif k in ('name_vector', 'nameaddress_vector'):
109 terms = [x.strip().replace('#', ' ') for x in v.split(',')]
110 cur.execute('SELECT word_id, word_token FROM word, (SELECT unnest(%s) as term) t WHERE word_token = make_standard_name(t.term)', (terms,))
111 assert cur.rowcount >= len(terms)
113 assert_in(wid['word_id'], res[k], "Missing term for %s/%s: %s" % (line['place_id'], k, wid['word_token']))
114 elif k in ('country_code'):
115 assert_equals(v, res[k], "Results for '%s'/'%s' differ: '%s' != '%d'" % (line['place_id'], k, v, res[k]))
116 elif k == 'place_id':
119 raise Exception("Cannot handle field %s in search_name table" % (k, ))
121 @step(u'way (\d+) expands to housenumbers')
122 def check_interpolated_housenumbers(step, nodeid):
123 """Check that the exact set of housenumbers has been entered in
124 placex for the given source node. Expected are two columns:
125 housenumber and centroid
128 for line in step.hashes:
129 assert line["housenumber"] not in numbers
130 numbers[line["housenumber"]] = line["centroid"]
131 cur = world.conn.cursor(cursor_factory=psycopg2.extras.DictCursor)
132 cur.execute("""SELECT DISTINCT housenumber,
133 ST_X(centroid) as clat, ST_Y(centroid) as clon
134 FROM placex WHERE osm_type = 'W' and osm_id = %s
135 and class = 'place' and type = 'address'""",
137 assert_equals(len(numbers), cur.rowcount)
139 assert_in(r["housenumber"], numbers)
140 world.match_geometry((r['clat'], r['clon']), numbers[r["housenumber"]])
141 del numbers[r["housenumber"]]
143 @step(u'way (\d+) expands exactly to housenumbers ([0-9,]*)')
144 def check_interpolated_housenumber_list(step, nodeid, numberlist):
145 """ Checks that the interpolated house numbers corresponds
148 expected = numberlist.split(',');
149 cur = world.conn.cursor()
150 cur.execute("""SELECT housenumber FROM placex
151 WHERE osm_type = 'W' and osm_id = %s
152 and class = 'place' and type = 'address'""", (int(nodeid),))
154 assert_in(r[0], expected, "Unexpected house number %s for node %s." % (r[0], nodeid))
155 expected.remove(r[0])
156 assert_equals(0, len(expected), "Missing house numbers for way %s: %s" % (nodeid, expected))
158 @step(u'way (\d+) expands to no housenumbers')
159 def check_no_interpolated_housenumber_list(step, nodeid):
160 """ Checks that the interpolated house numbers corresponds
163 cur = world.conn.cursor()
164 cur.execute("""SELECT housenumber FROM placex
165 WHERE osm_type = 'W' and osm_id = %s
166 and class = 'place' and type = 'address'""", (int(nodeid),))
167 res = [r[0] for r in cur]
168 assert_equals(0, len(res), "Unexpected house numbers for way %s: %s" % (nodeid, res))
170 @step(u'table search_name has no entry for (.*)')
171 def check_placex_missing(step, osmid):
172 """ Checks if there is an entry in the search index for the
175 cur = world.conn.cursor()
176 placeid = world.get_placeid(osmid)
177 cur.execute('SELECT count(*) FROM search_name WHERE place_id =%s', (placeid,))
178 numres = cur.fetchone()[0]
179 assert_equals (numres, 0)