def test_create_multiple_small_molecules(self):
"""
Tests that we can create a few small molecule objects in the db, and select a subset
"""
facilityIdBase = "HMSL"
for x in range(100):
sm = SmallMolecule(facility_id=facilityIdBase + str(10000 + x),
pub_date=timezone.now())
sm.save()
self.assertEqual(
100,
SmallMolecule.objects.all().count(),
"Should be 100 items, but was %d" %
SmallMolecule.objects.all().count())
# read back a small sample
resultSet = SmallMolecule.objects.filter(id__lt=50)
self.assertEquals(
resultSet.count(), 49,
"Actual size of subqery return is %d" % resultSet.count())
for y in resultSet:
print "Small Molecule: id: %d, facilityId: %s, pubDate: %s" % (
y.id, y.facility_id, y.pub_date)
def test_create_multiple_small_molecules(self):
"""
Tests that we can create a few small molecule objects in the db, and select a subset
"""
facilityIdBase = "HMSL"
for x in range(100) :
sm = SmallMolecule(facility_id=facilityIdBase + str(10000+x),pub_date=timezone.now())
sm.save()
self.assertEqual(100, SmallMolecule.objects.all().count(), "Should be 100 items, but was %d" % SmallMolecule.objects.all().count())
# read back a small sample
resultSet = SmallMolecule.objects.filter(id__lt=50)
self.assertEquals(resultSet.count(), 49, "Actual size of subqery return is %d" % resultSet.count())
for y in resultSet :
print "Small Molecule: id: %d, facilityId: %s, pubDate: %s" % ( y.id, y.facility_id, y.pub_date )
def test_create_small_molecule(self):
"""
Tests that we can create a small molecule entity.
"""
facilityId = "HMSL10001"
pubDate = timezone.now()
sm = SmallMolecule(facility_id=facilityId,pub_date=pubDate)
sm.save()
print "New ID: %d" % sm.id
self.assertTrue(sm.id is not None, "No ID was assigned")
id = sm.id
sm2 = SmallMolecule.objects.get(pk=id)
self.assertTrue(sm is not None, "Couldn't find the object")
self.assertTrue(sm.facility_id == facilityId)
self.assertTrue(sm.pub_date == pubDate)
print "Created the Small Molecule: id: %d, facilityId: %s, pubDate: %s" % ( sm.id, sm.facility_id, sm.pub_date )
def test_create_small_molecule(self):
"""
Tests that we can create a small molecule entity.
"""
facilityId = "HMSL10001"
pubDate = timezone.now()
sm = SmallMolecule(facility_id=facilityId, pub_date=pubDate)
sm.save()
print "New ID: %d" % sm.id
self.assertTrue(sm.id is not None, "No ID was assigned")
id = sm.id
sm2 = SmallMolecule.objects.get(pk=id)
self.assertTrue(sm is not None, "Couldn't find the object")
self.assertTrue(sm.facility_id == facilityId)
self.assertTrue(sm.pub_date == pubDate)
print "Created the Small Molecule: id: %d, facilityId: %s, pubDate: %s" % (
sm.id, sm.facility_id, sm.pub_date)
