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_refgeom_bad_monostatic():
cphd_con = CphdConsistency.from_file(
GOOD_CPHD, schema=DEFAULT_SCHEMA, check_signal_data=False)
bad_node = cphd_con.xml.find('./ReferenceGeometry/Monostatic/AzimuthAngle')
bad_node.text = str((float(bad_node.text) + 3) % 360)
cphd_con.check('check_refgeom_monostatic')
assert len(cphd_con.failures()) > 0
def test_refgeom_bad_root():
cphd_con = CphdConsistency.from_file(
GOOD_CPHD, schema=DEFAULT_SCHEMA, check_signal_data=False)
bad_node = cphd_con.xml.find('./ReferenceGeometry/SRPCODTime')
bad_node.text = '24' + bad_node.text
cphd_con.check('check_refgeom_root')
assert len(cphd_con.failures()) > 0
def test_from_file_xml(good_xml_str, tmpdir):
xml_file = os.path.join(tmpdir, 'cphd.xml')
with open(xml_file, 'w') as fid:
fid.write(good_xml_str)
cphdcon = CphdConsistency.from_file(str(xml_file), DEFAULT_SCHEMA, False)
assert isinstance(cphdcon, CphdConsistency)
cphdcon.check()
assert len(cphdcon.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
