def testXml(self):
xmlio = XmlIO(self.mapper)
xmlio.read(self.test_xml)
objs = self.mapper.find_all(Entity)
roots = self.mapper.find_roots()
self.assertEqual(len(objs), 7)
self.assertEqual(len(roots), 6)
def test_same_type_defined_twice(self):
test_xml = """<xdapy><types>
<entity name="Experiment">
<parameter name="project" type="string"/>
<parameter name="experimenter" type="string"/>
</entity>
<entity name="Experiment">
<parameter name="project" type="string"/>
<parameter name="experimenter" type="string"/>
</entity>
</types></xdapy>"""
xmlio = XmlIO(self.mapper)
xmlio.read(test_xml)
"data_file": "string",
"signalContrast": "string",
"stimulusSizeDegrees": "string",
"note": "string",
"percentCorrect": "string",
"frequency": "string",
"presentationTime": "string",
"date": "string",
"pedestalContrast": "string",
"noiseContrast": "string",
"noiseType": "string",
}
m.register(*objects)
xmlio = XmlIO(m, objects)
xmlio.read_file("demo/xml.xml")
with m.auto_session as session:
e = Experiment()
session.add(e)
print ET.tostring(xmlio.write())
from xml.dom.minidom import parseString
def prettyPrint(element):
txt = ET.tostring(element)
print parseString(txt).toprettyxml()
print ""
obs_1.print_tree()
print ""
trial1_1.print_tree()
#exp_neptune.attach("C", obs_1)
from xdapy.structures import Context
print m.find_all(Context)
#m.delete(obs_1)
#print m.find_all(Context)
m.delete(*m.find_all(Context))
print m.find_all(Context)
print m.find_all(Experiment)
contx = m.find_first(Context)
#m.registerConnection(Experiment, Observer, "Observer")
exp_monorail.attach("Observer", obs_1)
from xdapy.io import XmlIO
xmlio = XmlIO(m, Entity.__subclasses__())
print xmlio.write()
db.drop_tables()
def test_unique_id(self):
test_xml = wrap_xml_values("""<entity id="1" type="Experiment" unique_id="2" />""")
xmlio = XmlIO(self.mapper)
xmlio.read(test_xml)
