def test_read():
reader = GlossaryReader(
Config.get_glossary_config().get('source').get('class'),
**Config.get_glossary_config().get('source').get('params'))
results = reader.read()
assert isinstance(results, list)
assert len(results) == 1
def __init__(self,
configuration,
section='pyramid_oereb',
c2ctemplate_style=False,
directory='sample_data',
sql_file=None):
"""
Args:
configuration (str): Path to the configuration yaml file.
section (str): The used section within the yaml file. Default is `pyramid_oereb`.
c2ctemplate_style (bool): True if the yaml use a c2c template style (vars.[section]).
Default is False.
directory (str): Location of the sample data. Default is `sample_data`.
sql_file (file): The SQL file to be created. Default is None.
"""
self._configuration = configuration
self._section = section
self._directory = directory
self._sql_file = sql_file
Config.init(self._configuration, self._section, c2ctemplate_style)
self._engine = create_engine(
Config.get('app_schema').get('db_connection'), echo=True)
self._connection = None
def test_get_custom_wms_params_true():
Config._config = None
Config.init('./tests/contrib/print_proxy/resources/test_custom_config.yml',
'pyramid_oereb')
renderer = Renderer(DummyRenderInfo())
# Define different test cases
params1 = {
'TRANSPARENT': ['true'],
'OTHERCUSTOM': ['myvalue'],
'epoch': ['2018-11-29T15:13:31']
}
params2 = {'OTHERCUSTOM': ['myvalue'], 'epoch': ['2018-11-29T15:13:31']}
params3 = {'epoch': '2018-11-29T15:13:31'}
params4 = {'epoch': ['2018-11-29T15:13:31', '2020-11-29T17:13:50']}
config1 = renderer.get_custom_wms_params(params1)
config2 = renderer.get_custom_wms_params(params2)
config3 = renderer.get_custom_wms_params(params3)
config4 = renderer.get_custom_wms_params(params4)
# Restore normal config
Config._config = None
Config.init('./pyramid_oereb/standard/pyramid_oereb.yml', 'pyramid_oereb')
# Do the check for the different test cases. Value should match the ones from the YAML configuration.
assert config1 == {'TRANSPARENT': 'true', 'epoch': '2018-11-29T15:13:31'}
assert config2 == {'epoch': '2018-11-29T15:13:31'}
assert config3 == {'epoch': '2018-11-29T15:13:31'}
assert config4 == {'epoch': '2018-11-29T15:13:31,2020-11-29T17:13:50'}
def test_get_all_federal():
Config._config = None
Config.init('./pyramid_oereb/standard/pyramid_oereb.yml', 'pyramid_oereb')
all_federal = Config.get_all_federal()
assert isinstance(all_federal, list)
assert len(all_federal) == 10
assert 'RailwaysProjectPlanningZones' in all_federal
def test_read():
reader = ExclusionOfLiabilityReader(
Config.get_exclusion_of_liability_config().get('source').get('class'),
**Config.get_exclusion_of_liability_config().get('source').get(
'params'))
results = reader.read()
assert isinstance(results, list)
assert len(results) == 0
def test_get_base_data():
Config._config = None
Config.init('./pyramid_oereb/standard/pyramid_oereb.yml', 'pyramid_oereb')
date = datetime.datetime(2017, 2, 1)
base_data = Config.get_base_data(date)
assert isinstance(base_data, dict)
assert base_data.get(
'de') == 'Daten der amtlichen Vermessung, Stand 01.02.2017.'
def test_get_logo_config():
Config._config = None
Config.init('./tests/resources/test_config.yml', 'pyramid_oereb')
logos = Config.get_logo_config()
assert isinstance(logos, dict)
logo_oereb = logos.get('oereb')
assert isinstance(logo_oereb, ImageRecord)
assert logo_oereb.content == FileAdapter().read(
Config.get('logo').get('oereb'))
def test_get_real_estate_main_page_config():
Config._config = None
Config.init('./tests/resources/test_config.yml', 'pyramid_oereb')
plan_for_land_register_main_page_config = Config.get_plan_for_land_register_main_page_config(
)
assert plan_for_land_register_main_page_config.get('reference_wms') == 'https://wms.ch/?BBOX=2475000,' \
'1065000,2850000,1300000'
assert plan_for_land_register_main_page_config.get('layer_index') == 2
assert plan_for_land_register_main_page_config.get('layer_opacity') == 0.5
def test_read(param):
reader = RealEstateReader(
Config.get_real_estate_config().get('source').get('class'),
**Config.get_real_estate_config().get('source').get('params'))
records = reader.read(**param)
assert len(records) == 1
record = records[0]
assert isinstance(record, RealEstateRecord)
assert record.fosnr == 1234
def test_get_layer_config():
Config._config = None
Config.init('./tests/resources/test_config.yml', 'pyramid_oereb')
layer_index, layer_opacity = Config.get_layer_config('LandUsePlans')
assert layer_index == 1
assert layer_opacity == 0.25
layer_index, layer_opacity = Config.get_layer_config(
'MotorwaysProjectPlaningZones')
assert layer_index is None
assert layer_opacity is None
def test_config_wms_url_params():
Config._config = None
Config.init('./tests/contrib/print_proxy/resources/test_config.yml',
'pyramid_oereb')
renderer = Renderer(DummyRenderInfo())
config = renderer.get_wms_url_params()
# Restore normal config
Config._config = None
Config.init('./pyramid_oereb/standard/pyramid_oereb.yml', 'pyramid_oereb')
# Do the check for this test. Value should match the one from the YAML configuration.
assert config == {'TRANSPARENT': 'true', 'OTHERCUSTOM': 'myvalue'}
def test_read():
reader = GlossaryReader(
Config.get_glossary_config().get('source').get('class'),
**Config.get_glossary_config().get('source').get('params'))
results = reader.read()
assert isinstance(results, list)
assert isinstance(results[0], GlossaryRecord)
assert len(results) == 1
assert results[0].title['de'] == 'AGI'
assert results[0].title['fr'] == 'SGRF'
assert 'Geoinformation' in results[0].content['de']
def test_read(param, length):
reader = AddressReader(
Config.get_address_config().get('source').get('class'),
**Config.get_address_config().get('source').get('params'))
results = reader.read(param.get('street_name'), param.get('zip_code'),
param.get('street_number'))
assert len(results) == length
if length == 1:
address = results[0]
assert isinstance(address, AddressRecord)
assert address.zip_code == 4410
def test_bad_config_wms_url_params():
Config._config = None
Config.init('./tests/contrib/print_proxy/resources/test_bad_config.yml',
'pyramid_oereb')
renderer = Renderer(DummyRenderInfo())
config = renderer.get_wms_url_params()
# Restore normal config
Config._config = None
Config.init('./pyramid_oereb/standard/pyramid_oereb.yml', 'pyramid_oereb')
# Do the check for this test. Value should be empty.
assert config == {}
def process(self, real_estate, params, sld_url):
"""
Central processing method to hook in from webservice.
Args:
real_estate (pyramid_oereb.lib.records.real_estate.RealEstateRecord): The real
estate reader to obtain the real estates record.
params (pyramid_oereb.views.webservice.Parameter): The parameters of the extract
request.
sld_url (str): The URL which provides the sld to style and filter the highlight of the real
estate.
Returns:
pyramid_oereb.lib.records.extract.ExtractRecord: The generated extract record.
"""
log.debug("process() start")
municipality = self._municipality_reader_.read(params,
real_estate.fosnr)[0]
exclusions_of_liability = self._exclusion_of_liability_reader_.read(
params)
glossaries = self._glossary_reader_.read(params)
extract_raw = self._extract_reader_.read(params, real_estate,
municipality)
extract = self.plr_tolerance_check(extract_raw)
resolver = DottedNameResolver()
sort_within_themes_method_string = Config.get('extract').get(
'sort_within_themes_method')
if sort_within_themes_method_string:
sort_within_themes_method = resolver.resolve(
sort_within_themes_method_string)
extract = sort_within_themes_method(extract)
else:
log.info(
"No configuration is provided for extract sort_within_themes_method;"
" no further sorting is applied.")
# the selection of view services is done after the tolerance check. This enables us to take
# care about the circumstance that after tolerance check plrs will be dismissed which were
# recognized as intersecting before. To avoid this the tolerance check is gathering all plrs
# intersecting and not intersecting and starts the legend entry sorting after.
self.view_service_handling(extract.real_estate, params.images,
params.format)
extract.exclusions_of_liability = exclusions_of_liability
extract.glossaries = glossaries
# obtain the highlight wms url and its content only if the parameter full was requested (PDF)
if params.flavour == 'full':
if Config.get('full_extract_use_sld', True):
extract.real_estate.set_highlight_url(sld_url)
log.debug("process() done, returning extract.")
return extract
def __init__(self, current_route_url=None):
super(MockRequest, self).__init__()
self._current_route_url = current_route_url
Config._config = None
Config.init(pyramid_oereb_test_yml, 'pyramid_oereb')
real_estate_config = Config.get_real_estate_config()
municipality_config = Config.get_municipality_config()
exclusion_of_liability_config = Config.get_exclusion_of_liability_config(
)
glossary_config = Config.get_glossary_config()
extract = Config.get_extract_config()
certification = extract.get('certification')
certification_at_web = extract.get('certification_at_web')
logos = Config.get_logo_config()
plr_cadastre_authority = Config.get_plr_cadastre_authority()
real_estate_reader = RealEstateReader(
real_estate_config.get('source').get('class'),
**real_estate_config.get('source').get('params'))
municipality_reader = MunicipalityReader(
municipality_config.get('source').get('class'),
**municipality_config.get('source').get('params'))
exclusion_of_liability_reader = ExclusionOfLiabilityReader(
exclusion_of_liability_config.get('source').get('class'),
**exclusion_of_liability_config.get('source').get('params'))
glossary_reader = GlossaryReader(
glossary_config.get('source').get('class'),
**glossary_config.get('source').get('params'))
plr_sources = []
for plr in Config.get('plrs'):
plr_source_class = DottedNameResolver().maybe_resolve(
plr.get('source').get('class'))
plr_sources.append(plr_source_class(**plr))
extract_reader = ExtractReader(plr_sources, plr_cadastre_authority,
logos, certification,
certification_at_web)
self.processor = Processor(
real_estate_reader=real_estate_reader,
municipality_reader=municipality_reader,
exclusion_of_liability_reader=exclusion_of_liability_reader,
glossary_reader=glossary_reader,
plr_sources=plr_sources,
extract_reader=extract_reader,
)
def test_get_oereblex_config():
Config._config = None
Config.init('./tests/resources/test_config.yml', 'pyramid_oereb')
cfg = Config.get_oereblex_config()
assert isinstance(cfg, dict)
assert cfg == {
'host': 'http://oereblex.example.com',
'language': 'de',
'proxy': {
'http': 'http://my.proxy.org',
'https': None
}
}
def test_read():
reader = MunicipalityReader(
Config.get_municipality_config().get('source').get('class'),
**Config.get_municipality_config().get('source').get('params'))
results = reader.read()
assert isinstance(results, list)
assert len(results) == 1
result = results[0]
assert isinstance(result, MunicipalityRecord)
assert result.fosnr == 1234
assert result.name == 'Test'
assert result.published
assert result.geom == 'MULTIPOLYGON (((0 0, 0 10, 10 10, 10 0, 0 0)))'
def test_read():
reader = ExclusionOfLiabilityReader(
Config.get_exclusion_of_liability_config().get('source').get('class'),
**Config.get_exclusion_of_liability_config().get('source').get(
'params'))
results = reader.read()
assert isinstance(results, list)
assert len(results) == 1
assert isinstance(results[0], ExclusionOfLiabilityRecord)
assert len(results[0].title) == 4
assert len(results[0].content) == 4
assert 'du cadastre des sites' in results[0].title['fr']
assert 'Kataster der belasteten Standorte' in results[0].content['de']
def __init__(self,
configuration_file,
topic_code,
section='pyramid_oereb',
c2ctemplate_style=False,
arc_max_diff=0.001,
arc_precision=3,
tmp_dir='.',
srid=None):
"""
Args:
configuration_file (str): Path to the configuration file to be used.
topic_code (str): The code of the federal topic to be updated.
section (str): The section within the configuration file. (default: 'pyramid_oereb')
c2ctemplate_style (bool): True if the yaml use a c2c template style (vars.[section]).
Default is False.
arc_max_diff (float): Maximum difference between arc and line segment for stroking.
(default: 0.001)
arc_precision (int): Coordinate precision for generated arc points. (default: 3)
tmp_dir (str): Directory used as temporary working directory. (default: '.')
"""
self._log = logging.getLogger('import_federal_topic')
Config.init(configuration_file, section, c2ctemplate_style)
self._settings = Config.get_config()
topic_settings = None
for topic in self._settings.get('plrs'):
if topic.get('code') == topic_code:
topic_settings = topic
if topic_settings is None:
self._log.error('Cannot find topic {0} in {1}'.format(
topic_code, configuration_file))
exit(1)
self._srid = srid or self._settings.get('srid')
if self._srid is None:
self._log.error(
'No SRID defined in configuration or passed as argument')
exit(1)
self._tmp_dir = tmp_dir
self._arc_max_diff = arc_max_diff
self._arc_precision = arc_precision
self._topic_settings = topic_settings
self._connection = topic_settings.get('source').get('params').get(
'db_connection')
models_path = topic_settings.get('source').get('params').get('models')
self._models = DottedNameResolver().maybe_resolve(models_path)
self._file_id = '{0}'.format(uuid4())
self._checksum = None
self._data_integration_office_id = None
def calculate(self, real_estate, min_length, min_area, length_unit,
area_unit):
"""
Entry method for calculation. It checks if the geometry type of this instance is a geometry
collection which has to be unpacked first in case of collection.
Args:
real_estate (pyramid_oereb.lib.records.real_estate.RealEstateRecord): The real estate record.
min_length (float): The threshold to consider or not a line element.
min_area (float): The threshold to consider or not a surface element.
length_unit (unicode): The thresholds unit for area calculation.
area_unit (unicode): The thresholds unit for area calculation.
Returns:
bool: True if intersection fits the limits.
"""
geometry_types = Config.get('geometry_types')
line_types = geometry_types.get('line').get('types')
polygon_types = geometry_types.get('polygon').get('types')
point_types = geometry_types.get('point').get('types')
if self.published:
result = self._extract_collection(
self.geom.intersection(real_estate.limit))
# TODO upon update to Shapely 1.7, a check for result.is_emtpy will be needed (see PR#1037)
# differentiate between Points and MultiPoint
if self.geom.type not in point_types + line_types + polygon_types:
supported_types = ', '.join(point_types + line_types +
polygon_types)
raise AttributeError(
u'The passed geometry is not supported: {type}. It should be one of: {types}'
.format(type=self.geom.type, types=supported_types))
elif self.geom.type in point_types:
if result.type == point_types[1]:
# If it is a multipoint make a list and count the number of elements in the list
self._nr_of_points = len(list(result.geoms))
self._test_passed = True
elif result.type == point_types[0]:
# If it is a single point the number of points is one
self._nr_of_points = 1
self._test_passed = True
elif self.geom.type in line_types and result.type in line_types:
self._units = length_unit
length_share = result.length
if length_share >= min_length:
self._length_share = length_share
self._test_passed = True
elif self.geom.type in polygon_types and result.type in polygon_types:
self._units = area_unit
area_share = result.area
compensated_area = area_share / real_estate.areas_ratio
if compensated_area >= min_area:
self._area_share = compensated_area
self._test_passed = True
else:
log.debug(
u'Intersection result changed geometry type. '
u'Original geometry was {0} and result is {1}'.format(
self.geom.type, result.type))
self.calculated = True
return self._test_passed
def test_add_existing_connection():
db_url = Config.get('app_schema').get('db_connection')
adapter = DatabaseAdapter()
adapter.add_connection(db_url)
expected_length = len(adapter.get_connections())
adapter.add_connection(db_url)
assert len(adapter.get_connections()) == expected_length
def get_full_wms_url(self, real_estate, format):
"""
Returns the WMS URL to get the image.
Args:
real_estate (pyramid_oereb.lob.records.real_estate.RealEstateRecord): The Real
Estate record.
format (string): The format currently used. For 'pdf' format,
the used map size will be adapted to the pdf format,
Returns:
str: The url used to query the WMS server.
"""
assert real_estate.limit is not None
map_size = self.get_map_size(format)
bbox = self.get_bbox(real_estate.limit)
self.reference_wms = add_url_params(
self.reference_wms, {
"BBOX": ",".join([str(e) for e in bbox]),
"SRS": 'EPSG:{0}'.format(Config.get('srid')),
"WIDTH": int(map_size[0]),
"HEIGHT": int(map_size[1])
})
self.calculate_ns()
return self.reference_wms
def parse(self, view_service): # pragma: no cover
language = Config.get('default_language')
for element in view_service:
if get_tag(element) == self.TAG_LEGEND:
count = 1
for legend_entry in element:
if get_tag(legend_entry) == self.TAG_LEGEND_ENTRY:
sub_theme = parse_string(legend_entry,
self.TAG_SUB_THEME)
if sub_theme is not None:
sub_theme = {language: sub_theme}
instance = self._model(
id='{0}.legende.{1}'.format(
view_service.attrib['TID'], count),
symbol=self._parse_symbol(legend_entry,
self.TAG_SYMBOL),
legend_text=parse_multilingual_text(
legend_entry, self.TAG_LEGEND_TEXT),
type_code=parse_string(legend_entry,
self.TAG_TYPE_CODE),
type_code_list=parse_string(
legend_entry, self.TAG_TYPE_CODE_LIST),
topic=self._topic_code,
sub_theme=sub_theme,
other_theme=parse_string(legend_entry,
self.TAG_OTHER_THEME),
view_service_id=view_service.attrib['TID'])
self._session.add(instance)
count += 1
def test_get_image():
request = MockRequest()
request.matchdict.update({'logo': 'oereb'})
webservice = Logo(request)
result = webservice.get_image()
assert isinstance(result, Response)
assert result.body == Config.get_logo_config().get('oereb').content
def parse(self, public_law_restriction): # pragma: no cover
language = Config.get('default_language')
sub_theme = parse_string(public_law_restriction, self.TAG_SUB_THEME)
if sub_theme is not None:
sub_theme = {language: sub_theme}
instance = self._model(
id=public_law_restriction.attrib['TID'],
information=parse_multilingual_text(public_law_restriction,
self.TAG_INFORMATION),
topic=self._topic_code,
sub_theme=sub_theme,
other_theme=parse_string(public_law_restriction,
self.TAG_OTHER_THEME),
type_code=parse_string(public_law_restriction, self.TAG_TYPE_CODE),
type_code_list=parse_string(public_law_restriction,
self.TAG_TYPE_CODE_LIST),
law_status=parse_string(public_law_restriction,
self.TAG_LAW_STATUS),
published_from=parse_string(public_law_restriction,
self.TAG_PUBLISHED_FROM),
view_service_id=parse_ref(public_law_restriction,
self.TAG_VIEW_SERVICE),
office_id=parse_ref(public_law_restriction,
self.TAG_RESPONSIBLE_OFFICE))
self._session.add(instance)
def test_read(param):
source = DatabaseSource(
**Config.get_real_estate_config().get('source').get('params'))
source.read(**param)
assert len(source.records) == 1
record = source.records[0]
assert isinstance(record, RealEstateRecord)
assert record.fosnr == 1234
def test_read(param, length):
source = DatabaseSource(**Config.get_address_config().get('source').get('params'))
source.read(MockParameter(), param.get('street_name'), param.get('zip_code'), param.get('street_number'))
assert len(source.records) == length
if length == 1:
address = source.records[0]
assert isinstance(address, AddressRecord)
assert address.zip_code == 4410
def calculate_ns(self):
srid = Config.get_crs()
if srid == u'epsg:2056':
self.min_NS95, self.max_NS95 = self.get_bbox_from_url(
self.reference_wms)
if srid == u'epsg:21781':
self.min_NS03, self.max_NS03 = self.get_bbox_from_url(
self.reference_wms)
def test_get_custom_wms_params_false():
Config._config = None
Config.init('./tests/contrib/print_proxy/resources/test_config.yml',
'pyramid_oereb')
renderer = Renderer(DummyRenderInfo())
params = {
'TRANSPARENT': ['true'],
'OTHERCUSTOM': ['myvalue'],
'epoch': ['2018-11-29T15:13:31']
}
config = renderer.get_custom_wms_params(params)
# Restore normal config
Config._config = None
Config.init('./pyramid_oereb/standard/pyramid_oereb.yml', 'pyramid_oereb')
assert config == {'OTHERCUSTOM': 'myvalue', 'TRANSPARENT': 'true'}