def multiple_pups(request):
"""This view is used to enter multiple animals at the same time.
It will generate a form containing animal information and a number of mice. It is intended to create several identical animals with the same attributes.
"""
if request.method == "POST":
form = MultipleAnimalForm(request.POST)
if form.is_valid():
count = form.cleaned_data['count']
for i in range(count):
animal = Animal(
Strain = form.cleaned_data['Strain'],
Background = form.cleaned_data['Background'],
Breeding = form.cleaned_data['Breeding'],
Cage = form.cleaned_data['Cage'],
Rack = form.cleaned_data['Rack'],
Rack_Position = form.cleaned_data['Rack_Position'],
Genotype = form.cleaned_data['Genotype'],
Gender = form.cleaned_data['Gender'],
Born = form.cleaned_data['Born'],
Weaned = form.cleaned_data['Weaned'],
Backcross = form.cleaned_data['Backcross'],
Generation = form.cleaned_data['Generation'],
Father = form.cleaned_data['Father'],
Mother = form.cleaned_data['Mother'],
Markings = form.cleaned_data['Markings'],
Notes = form.cleaned_data['Notes'])
animal.save()
return HttpResponseRedirect( reverse('strain-list') )
else:
form = MultipleAnimalForm()
return render_to_response("animal_multiple_form.html", {"form":form,}, context_instance=RequestContext(request))
def multiple_breeding_pups(request, breeding_id):
"""This view is used to enter multiple animals at the same time from a breeding cage.
It will generate a form containing animal information and a number of mice. It is intended to create several identical animals with the same attributes.
This view requres an input of a breeding_id to generate the correct form.
"""
breeding = Breeding.objects.get(id=breeding_id)
if request.method == "POST":
form = MultipleBreedingAnimalForm(request.POST)
if form.is_valid():
count = form.cleaned_data['count']
for i in range(count):
animal = Animal(
Strain = breeding.Strain,
Background = breeding.background,
Breeding = breeding,
Cage = breeding.Cage,
Rack = breeding.Rack,
Rack_Position = breeding.Rack_Position,
Genotype = breeding.genotype,
Gender = form.cleaned_data['Gender'],
Born = form.cleaned_data['Born'],
Weaned = form.cleaned_data['Weaned'],
Backcross = breeding.backcross,
Generation = breeding.generation)
animal.save()
return HttpResponseRedirect( breeding.get_absolute_url() )
else:
form = MultipleBreedingAnimalForm()
return render_to_response("animal_multiple_form.html", {"form":form, "breeding":breeding}, context_instance=RequestContext(request))
def test_autoset_active_state(self):
"""This is a test for creating a new breeding object, with only the minimum being entered. That object is then tested for the active state being automatically set when a End date is specified."""
example_strain = Strain(Strain="Example Strain")
example_strain.save()
new_breeding = Breeding(Strain = example_strain)
new_breeding.save()
test_breeding = Breeding.objects.get(Strain=example_strain)
self.assertEquals(test_breeding.Active, True)
test_breeding.End = datetime.date.today()
test_breeding.save()
self.assertEquals(test_breeding.Active, False)
print "autoset_breeding_active_state... passed"
def test_male_breeding_location_type(self):
"""This is a test that the breeding_location_type attribute is being set correctly.
Normal function is that if the breeding cage of a Breeding object and the cage of an Animal object are the same then the breeding male is set to "resident breeder", if not then it is a "non-resident breeder"""
example_strain = Strain(Strain="Example Strain")
example_strain.save()
animal = Animal(Strain = example_strain, Genotype="-/-", Background="Mixed", Cage=1234, Gender='M')
animal.save()
test_breeding = Breeding(Strain = example_strain, Male=animal, Cage=1234)
test_breeding.save()
self.assertEquals(test_breeding.male_breeding_location_type, "resident breeder")
test_breeding_nr = Breeding(Strain = example_strain, Male=animal, Cage=5678)
self.assertEquals(test_breeding.male_breeding_location_type, "non-resident breeder")
print "male_breeding_location_type... passed"
def test_animal_unicode(self):
"""This is a test for creating a new animal object, with only the minimum fields being entered. It then tests that the correct unicode representation is being generated."""
animal = Animal(Strain = Strain.objects.get(pk=1), Genotype="-/-", Background="Mixed")
animal.save()
animal_id = animal.id
self.assertEquals(animal.__unicode__(), "Fixture Strain (5)")
animal.MouseID = 1234
animal.save()
self.assertEquals(animal.__unicode__(), "Fixture Strain-EarTag #1234")
def test_create_animal_minimal(self):
"""This is a test for creating a new animal object, with only the minimum fields being entered"""
example_strain = Strain(Strain="Example Strain")
example_strain.save()
animal = Animal(Strain = example_strain, Genotype="-/-", Background="Mixed")
animal.save()
animal_id = animal.id
self.assertEquals(animal.__unicode__(), "Example Strain (%s)" % animal_id)
print "create_animal_minimal... passed"
def test_unicode(self):
"""This is a test for creating a new animal object, with only the minimum fields being entered. It then tests that the correct unicode representation is being generated."""
example_strain = Strain(Strain="Example Strain")
example_strain.save()
animal = Animal(Strain = example_strain, Genotype="-/-", Background="Mixed")
animal.save()
animal_id = animal.id
self.assertEquals(animal.__unicode__(), "Example Strain (%s)" % animal_id)
animal.MouseID = 1234
animal.save()
self.assertEquals(animal.__unicode__(), "Example Strain-EarTag #1234")
print "animal_unicode... passed"
def test_create_animal_minimal(self):
"""This is a test for creating a new animal object, with only the minimum fields being entered"""
animal = Animal(Strain = Strain.objects.get(pk=1), Genotype="-/-", Background="Mixed")
animal.save()
animal_id = animal.id
self.assertEquals(animal.__unicode__(), "Fixture Strain (5)")