def test_numeric_ok(self):
"""Test a working numeric descriptor."""
desc = NumMolDescriptor(heading='heading',
name='test descriptor',
calculatorSoftware='test_suite',
calculatorSoftwareVersion=0,
maximum=5,
minimum=3)
desc.save()
desc.delete()
def test_numeric_lims_null(self):
"""Test creating a numeric descriptor w/a null min, max value works."""
desc = NumMolDescriptor(heading='heading',
name='test descriptor',
calculatorSoftware='test_suite',
calculatorSoftwareVersion=0,
maximum=None,
minimum=None)
desc.save()
desc.delete()
def test_numeric_max_null(self):
"""Test creating a numeric descriptor with a null max value works."""
desc = NumMolDescriptor(
heading='heading',
name='test descriptor',
calculatorSoftware = 'test_suite',
calculatorSoftwareVersion=0,
maximum=None,
minimum=3)
desc.save()
desc.delete()
def test_numeric_ok(self):
"""Test a working numeric descriptor."""
desc = NumMolDescriptor(
heading='heading',
name='test descriptor',
calculatorSoftware = 'test_suite',
calculatorSoftwareVersion=0,
maximum=5,
minimum=3)
desc.save()
desc.delete()
def test_numeric_min_null(self):
"""Test creating a numeric descriptor with a null min value works."""
desc = NumMolDescriptor(heading='heading',
name='test descriptor',
calculatorSoftware='test_suite',
calculatorSoftwareVersion=0,
maximum=5,
minimum=None)
desc.save()
descVal = NumMolDescriptorValue(
compound=CompoundGuideEntry.objects.get(
abbrev='EtOH', labGroup__title='Narnia').compound,
descriptor=desc,
value=3)
descVal.save()
desc.delete()
def test_numeric_min_null(self):
"""Test creating a numeric descriptor with a null min value works."""
desc = NumMolDescriptor(
heading='heading',
name='test descriptor',
calculatorSoftware = 'test_suite',
calculatorSoftwareVersion=0,
maximum=5,
minimum=None)
desc.save()
descVal = NumMolDescriptorValue(
compound=Compound.objects.get(abbrev='EtOH'),
descriptor=desc,
value=3)
descVal.save()
desc.delete()
def test_numeric_max_null_toolow(self):
"""Test creating a numeric descriptor with a null max value works."""
desc = NumMolDescriptor(heading='heading',
name='test descriptor',
calculatorSoftware='test_suite',
calculatorSoftwareVersion=0,
maximum=None,
minimum=3)
desc.save()
with self.assertRaises(ValidationError):
descVal = NumMolDescriptorValue(
compound=CompoundGuideEntry.objects.get(
abbrev='EtOH', labGroup__title='Narnia').compound,
descriptor=desc,
value=2)
descVal.save()
desc.delete()
def test_numeric_toohigh(self):
"""Test a descriptor value that is above the maximum."""
desc = NumMolDescriptor(heading='heading',
name='test descriptor',
calculatorSoftware='test_suite',
calculatorSoftwareVersion=0,
maximum=5,
minimum=3)
desc.save()
with self.assertRaises(ValidationError):
descVal = NumMolDescriptorValue(
compound=CompoundGuideEntry.objects.get(
abbrev='EtOH', labGroup__title='Narnia').compound,
descriptor=desc,
value=6)
descVal.save()
desc.delete()
def test_numeric_max_null_toohigh(self):
"""Test creating a numeric descriptor with a null max value works."""
desc = NumMolDescriptor(
heading='heading',
name='test descriptor',
calculatorSoftware = 'test_suite',
calculatorSoftwareVersion=0,
maximum=5,
minimum=None)
desc.save()
with self.assertRaises(ValidationError):
descVal = NumMolDescriptorValue(
compound=Compound.objects.get(abbrev='EtOH'),
descriptor=desc,
value=6)
descVal.save()
desc.delete()
def test_numeric_loolow(self):
"""Test a descriptor value that is below the minimum."""
desc = NumMolDescriptor(
heading='heading',
name='test descriptor',
calculatorSoftware = 'test_suite',
calculatorSoftwareVersion=0,
maximum=5,
minimum=3)
desc.save()
with self.assertRaises(ValidationError):
descVal = NumMolDescriptorValue(
compound=Compound.objects.get(abbrev='EtOH'),
descriptor=desc,
value=2)
descVal.save()
desc.delete()
def test_numeric_ok(self):
"""Test a working numeric descriptor."""
desc = NumMolDescriptor(
heading='heading',
name='test descriptor',
calculatorSoftware = 'test_suite',
calculatorSoftwareVersion=0,
maximum=5,
minimum=3)
desc.save()
descVal = NumMolDescriptorValue(
compound=Compound.objects.get(abbrev='EtOH'),
descriptor=desc,
value=3)
descVal.save()
descVal.delete()
desc.delete()