def test_refgeom_bad_bistatic():
cphd_con = CphdConsistency.from_file(BISTATIC_CPHD,
schema=DEFAULT_SCHEMA,
check_signal_data=False)
bad_node = cphd_con.xml.find(
'./ReferenceGeometry/Bistatic/RcvPlatform/SlantRange')
bad_node.text = '2' + bad_node.text
cphd_con.check('check_refgeom_bistatic')
assert len(cphd_con.failures()) > 0
def test_txrcv_bad_rcvid(xml_with_txrcv):
chan_ids, root, nsmap = xml_with_txrcv
chan_param_node = root.xpath(
'./ns:Channel/ns:Parameters/ns:Identifier[text()="{}"]/..'.format(
chan_ids[0]),
namespaces=nsmap)[0]
chan_param_node.xpath('./ns:TxRcv/ns:RcvId',
namespaces=nsmap)[-1].text = 'missing'
cphd_con = CphdConsistency(root,
pvps=None,
header=None,
filename=None,
schema=DEFAULT_SCHEMA,
check_signal_data=False)
tocheck = ['check_channel_txrcv_exist_{}'.format(key) for key in chan_ids]
cphd_con.check(tocheck)
assert len(cphd_con.failures()) > 0
def test_geoinfo_polygons_bad_order(good_xml):
root = copy_xml(good_xml['with_ns'])
root.append(make_elem('GeoInfo', namespace=good_xml['nsmap']['ns'], children=[
make_elem('Polygon', size='3', namespace=good_xml['nsmap']['ns'], children=[
make_elem('Vertex', index='1', namespace=good_xml['nsmap']['ns'], children=[
make_elem('Lat', 0.0, namespace=good_xml['nsmap']['ns']),
make_elem('Lon', 0.0, namespace=good_xml['nsmap']['ns']),
]),
make_elem('Vertex', index='2', namespace=good_xml['nsmap']['ns'], children=[
make_elem('Lat', 0.0, namespace=good_xml['nsmap']['ns']),
make_elem('Lon', 1.0, namespace=good_xml['nsmap']['ns']),
]),
make_elem('Vertex', index='3', namespace=good_xml['nsmap']['ns'], children=[
make_elem('Lat', 1.0, namespace=good_xml['nsmap']['ns']),
make_elem('Lon', 1.0, namespace=good_xml['nsmap']['ns']),
]),
])
]))
cphd_con = CphdConsistency(
root, pvps=None, header=None, filename=None, schema=DEFAULT_SCHEMA, check_signal_data=False)
cphd_con.check('check_geoinfo_polygons')
assert len(cphd_con.failures()) > 0
def test_signalnormal_bad_pvp(xml_with_signal_normal):
pvps, root, nsmap = xml_with_signal_normal
for idx, pvp in enumerate(pvps.values()):
pvp['SIGNAL'][idx] = 0
cphd_con = CphdConsistency(
root, pvps=pvps, header=None, filename=None, schema=DEFAULT_SCHEMA, check_signal_data=False)
tocheck = ['check_channel_signalnormal_{}'.format(key) for key in pvps.keys()]
cphd_con.check(tocheck)
assert len(cphd_con.failures()) == len(pvps)
for norm_node in root.findall('./ns:Channel/ns:Parameters/ns:SignalNormal', namespaces=nsmap):
norm_node.text = 'false'
cphd_con = CphdConsistency(
root, pvps=pvps, header=None, filename=None, schema=DEFAULT_SCHEMA, check_signal_data=False)
cphd_con.check(tocheck)
assert len(cphd_con.failures()) == 0
no_sig_pvp = {name: np.zeros(pvp.shape, dtype=[('notsignal', 'i8')]) for name, pvp in pvps.items()}
cphd_con = CphdConsistency(
root, pvps=no_sig_pvp, header=None, filename=None, schema=DEFAULT_SCHEMA, check_signal_data=False)
cphd_con.check(tocheck)
assert len(cphd_con.failures()) > 0
def test_from_file_cphd():
cphdcon = CphdConsistency.from_file(str(GOOD_CPHD), DEFAULT_SCHEMA, True)
assert isinstance(cphdcon, CphdConsistency)
cphdcon.check()
assert len(cphdcon.failures()) == 0
