def test_cloning_absolute_url(self):
"""This is a test for creating a new Cloning object, and checking the url generated."""
test_cloning = Cloning(construct=Construct.objects.get(pk=1),
cloning_type="PCR")
test_cloning.save()
self.assertEquals(test_cloning.get_absolute_url(),
"/cloning/cloning/1/")
def test_cloning_minimal(self):
"""This is a test for creating a new Cloning object, with only the minimum fields being entered."""
test_cloning = Cloning(construct=Construct.objects.get(pk=1),
cloning_type="PCR")
test_cloning.save()
self.assertEquals(test_cloning.__unicode__(),
"Fixture Construct cloning")
def test_cloning_full(self):
"""This is a test for creating a full Cloning object, with all fields being entered, with the exception of gel."""
test_cloning = Cloning(construct=Construct.objects.get(pk=1),
cloning_type="PCR",
date_completed='2012-01-01',
vector=Construct.objects.get(pk=1),
vector_CIP=True,
insert='Rab5 ORF',
primer_5prime=Primer.objects.get(pk=1),
primer_3prime=Primer.objects.get(pk=1),
restriction_enzyme_5prime="EcoRI",
restriction_enzyme_3prime="BamHI",
vector_restriction_enzyme_5prime="EcoRI",
vector_restriction_enzyme_3prime="BamHI",
destroyed_5prime=True,
destroyed_3prime=False,
ligation_temperature=15,
ligation_time='18:00',
notes="Some Notes")
test_cloning.save()
test_cloning.researcher.add(Contact.objects.get(pk=1))
test_cloning.sequencing.add(Sequencing.objects.get(pk=1))
self.assertEquals(test_cloning.__unicode__(),
"Fixture Construct cloning")
