X-Git-Url: https://git.openstreetmap.org./nominatim.git/blobdiff_plain/c3788d765ed4e7ddf00794085af757714bc102cf..c8d45972bbda2cdc60013a074bf6f25beea29394:/test/bdd/steps/http_responses.py diff --git a/test/bdd/steps/http_responses.py b/test/bdd/steps/http_responses.py index fa6ab7fb..2e24ed50 100644 --- a/test/bdd/steps/http_responses.py +++ b/test/bdd/steps/http_responses.py @@ -2,48 +2,16 @@ # # This file is part of Nominatim. (https://nominatim.org) # -# Copyright (C) 2022 by the Nominatim developer community. +# Copyright (C) 2023 by the Nominatim developer community. # For a full list of authors see the git log. """ Classes wrapping HTTP responses from the Nominatim API. """ -from collections import OrderedDict import re import json import xml.etree.ElementTree as ET -from check_functions import Almost - -OSM_TYPE = {'N' : 'node', 'W' : 'way', 'R' : 'relation', - 'n' : 'node', 'w' : 'way', 'r' : 'relation', - 'node' : 'n', 'way' : 'w', 'relation' : 'r'} - -def _geojson_result_to_json_result(geojson_result): - result = geojson_result['properties'] - result['geojson'] = geojson_result['geometry'] - if 'bbox' in geojson_result: - # bbox is minlon, minlat, maxlon, maxlat - # boundingbox is minlat, maxlat, minlon, maxlon - result['boundingbox'] = [geojson_result['bbox'][1], - geojson_result['bbox'][3], - geojson_result['bbox'][0], - geojson_result['bbox'][2]] - return result - -class BadRowValueAssert: - """ Lazily formatted message for failures to find a field content. - """ - - def __init__(self, response, idx, field, value): - self.idx = idx - self.field = field - self.value = value - self.row = response.result[idx] - - def __str__(self): - return "\nBad value for row {} field '{}'. Expected: {}, got: {}.\nFull row: {}"""\ - .format(self.idx, self.field, self.value, - self.row[self.field], json.dumps(self.row, indent=4)) +from check_functions import Almost, OsmType, Field, check_for_attributes class GenericResponse: @@ -70,40 +38,55 @@ class GenericResponse: else: code = m.group(2) self.header['json_func'] = m.group(1) - self.result = json.JSONDecoder(object_pairs_hook=OrderedDict).decode(code) - if isinstance(self.result, OrderedDict): - self.result = [self.result] + self.result = json.JSONDecoder().decode(code) + if isinstance(self.result, dict): + if 'error' in self.result: + self.result = [] + else: + self.result = [self.result] + def _parse_geojson(self): self._parse_json() - if 'error' in self.result[0]: + if self.result: + geojson = self.result[0] + # check for valid geojson + check_for_attributes(geojson, 'type,features') + assert geojson['type'] == 'FeatureCollection' + assert isinstance(geojson['features'], list) + self.result = [] - else: - self.result = list(map(_geojson_result_to_json_result, self.result[0]['features'])) + for result in geojson['features']: + check_for_attributes(result, 'type,properties,geometry') + assert result['type'] == 'Feature' + new = result['properties'] + check_for_attributes(new, 'geojson', 'absent') + new['geojson'] = result['geometry'] + if 'bbox' in result: + check_for_attributes(new, 'boundingbox', 'absent') + # bbox is minlon, minlat, maxlon, maxlat + # boundingbox is minlat, maxlat, minlon, maxlon + new['boundingbox'] = [result['bbox'][1], + result['bbox'][3], + result['bbox'][0], + result['bbox'][2]] + for k, v in geojson.items(): + if k not in ('type', 'features'): + check_for_attributes(new, '__' + k, 'absent') + new['__' + k] = v + self.result.append(new) + def _parse_geocodejson(self): self._parse_geojson() - if self.result is not None: - self.result = [r['geocoding'] for r in self.result] + if self.result: + for r in self.result: + assert set(r.keys()) == {'geocoding', 'geojson', '__geocoding'}, \ + f"Unexpected keys in result: {r.keys()}" + check_for_attributes(r['geocoding'], 'geojson', 'absent') + inner = r.pop('geocoding') + r.update(inner) - def assert_field(self, idx, field, value): - """ Check that result row `idx` has a field `field` with value `value`. - Float numbers are matched approximately. When the expected value - starts with a carat, regular expression matching is used. - """ - assert field in self.result[idx], \ - "Result row {} has no field '{}'.\nFull row: {}"\ - .format(idx, field, json.dumps(self.result[idx], indent=4)) - - if isinstance(value, float): - assert Almost(value) == float(self.result[idx][field]), \ - BadRowValueAssert(self, idx, field, value) - elif value.startswith("^"): - assert re.fullmatch(value, self.result[idx][field]), \ - BadRowValueAssert(self, idx, field, value) - else: - assert str(self.result[idx][field]) == str(value), \ - BadRowValueAssert(self, idx, field, value) def assert_address_field(self, idx, field, value): """ Check that result rows`idx` has a field `field` with value `value` @@ -115,20 +98,13 @@ class GenericResponse: todo = [int(idx)] for idx in todo: - assert 'address' in self.result[idx], \ - "Result row {} has no field 'address'.\nFull row: {}"\ - .format(idx, json.dumps(self.result[idx], indent=4)) + self.check_row(idx, 'address' in self.result[idx], "No field 'address'") address = self.result[idx]['address'] - assert field in address, \ - "Result row {} has no field '{}' in address.\nFull address: {}"\ - .format(idx, field, json.dumps(address, indent=4)) + self.check_row_field(idx, field, value, base=address) - assert address[field] == value, \ - "\nBad value for row {} field '{}' in address. Expected: {}, got: {}.\nFull address: {}"""\ - .format(idx, field, value, address[field], json.dumps(address, indent=4)) - def match_row(self, row): + def match_row(self, row, context=None, field=None): """ Match the result fields against the given behave table row. """ if 'ID' in row.headings: @@ -137,28 +113,64 @@ class GenericResponse: todo = range(len(self.result)) for i in todo: + subdict = self.result[i] + if field is not None: + for key in field.split('.'): + self.check_row(i, key in subdict, f"Missing subfield {key}") + subdict = subdict[key] + self.check_row(i, isinstance(subdict, dict), + f"Subfield {key} not a dict") + for name, value in zip(row.headings, row.cells): if name == 'ID': pass elif name == 'osm': - assert 'osm_type' in self.result[i], \ - "Result row {} has no field 'osm_type'.\nFull row: {}"\ - .format(i, json.dumps(self.result[i], indent=4)) - assert self.result[i]['osm_type'] in (OSM_TYPE[value[0]], value[0]), \ - BadRowValueAssert(self, i, 'osm_type', value) - self.assert_field(i, 'osm_id', value[1:]) - elif name == 'osm_type': - assert self.result[i]['osm_type'] in (OSM_TYPE[value[0]], value[0]), \ - BadRowValueAssert(self, i, 'osm_type', value) + self.check_row_field(i, 'osm_type', OsmType(value[0]), base=subdict) + self.check_row_field(i, 'osm_id', Field(value[1:]), base=subdict) elif name == 'centroid': - lon, lat = value.split(' ') - self.assert_field(i, 'lat', float(lat)) - self.assert_field(i, 'lon', float(lon)) + if ' ' in value: + lon, lat = value.split(' ') + elif context is not None: + lon, lat = context.osm.grid_node(int(value)) + else: + raise RuntimeError("Context needed when using grid coordinates") + self.check_row_field(i, 'lat', Field(float(lat), abs_tol=1e-07), base=subdict) + self.check_row_field(i, 'lon', Field(float(lon), abs_tol=1e-07), base=subdict) else: - self.assert_field(i, name, value) + self.check_row_field(i, name, Field(value), base=subdict) + + + def check_row(self, idx, check, msg): + """ Assert for the condition 'check' and print 'msg' on fail together + with the contents of the failing result. + """ + class _RowError: + def __init__(self, row): + self.row = row + + def __str__(self): + return f"{msg}. Full row {idx}:\n" \ + + json.dumps(self.row, indent=4, ensure_ascii=False) + + assert check, _RowError(self.result[idx]) + + + def check_row_field(self, idx, field, expected, base=None): + """ Check field 'field' of result 'idx' for the expected value + and print a meaningful error if the condition fails. + When 'base' is set to a dictionary, then the field is checked + in that base. The error message will still report the contents + of the full result. + """ + if base is None: + base = self.result[idx] + + self.check_row(idx, field in base, f"No field '{field}'") + value = base[field] + + self.check_row(idx, expected == value, + f"\nBad value for field '{field}'. Expected: {expected}, got: {value}") - def property_list(self, prop): - return [x[prop] for x in self.result] class SearchResponse(GenericResponse): @@ -209,24 +221,33 @@ class ReverseResponse(GenericResponse): if child.tag == 'result': assert not self.result, "More than one result in reverse result" self.result.append(dict(child.attrib)) + check_for_attributes(self.result[0], 'display_name', 'absent') + self.result[0]['display_name'] = child.text elif child.tag == 'addressparts': + assert 'address' not in self.result[0], "More than one address in result" address = {} for sub in child: + assert len(sub) == 0, f"Address element '{sub.tag}' has subelements" address[sub.tag] = sub.text self.result[0]['address'] = address elif child.tag == 'extratags': + assert 'extratags' not in self.result[0], "More than one extratags in result" self.result[0]['extratags'] = {} for tag in child: + assert len(tag) == 0, f"Extratags element '{tag.attrib['key']}' has subelements" self.result[0]['extratags'][tag.attrib['key']] = tag.attrib['value'] elif child.tag == 'namedetails': + assert 'namedetails' not in self.result[0], "More than one namedetails in result" self.result[0]['namedetails'] = {} for tag in child: + assert len(tag) == 0, f"Namedetails element '{tag.attrib['desc']}' has subelements" self.result[0]['namedetails'][tag.attrib['desc']] = tag.text elif child.tag == 'geokml': - self.result[0][child.tag] = True + assert 'geokml' not in self.result[0], "More than one geokml in result" + self.result[0]['geokml'] = ET.tostring(child, encoding='unicode') else: assert child.tag == 'error', \ - "Unknown XML tag {} on page: {}".format(child.tag, self.page) + f"Unknown XML tag {child.tag} on page: {self.page}" class StatusResponse(GenericResponse):