def __init__(self, name = "sgpars"):
"""Create the BaseSpaceGroupParameters object.
This initializes the attributes.
"""
RecipeContainer.__init__(self, name)
return
def addParameter(self, par, check = True):
"""Store a Parameter.
par -- The Parameter to be stored.
check -- If True (default), a ValueError is raised a Parameter of
the specified name has already been inserted.
Raises ValueError if the Parameter has no name.
"""
# Store the Parameter
RecipeContainer._addObject(self, par, self._parameters, check)
return
def __iter__(self):
"""Iterate over top-level parameters."""
if self._latpars is None or\
self._xyzpars is None or\
self._adppars is None:
self._makeConstraints()
return RecipeContainer.__iter__(self)
def setUp(self):
self.m = RecipeContainer("test")
# Add another managed dictionary
self.m._containers = {}
self.m._manage(self.m._containers)
return
def testLocateManagedObject(self):
"""Test the locateManagedObject method."""
m1 = self.m
p1 = Parameter("p1", 1)
m1._addObject(p1, m1._parameters)
m2 = RecipeContainer("m2")
p2 = Parameter("p2", 2)
m2._addObject(p2, m2._parameters)
m1._addObject(m2, m1._containers)
p3 = Parameter("p3", 3)
# Locate m2 in m1 (m1.m2)
loc = m1._locateManagedObject(m2)
self.assertEquals(loc, [m1, m2])
# Locate p1 (m1.p1)
loc = m1._locateManagedObject(p1)
self.assertEquals(loc, [m1, p1])
# Locate p2 in m2 (m2.p2)
loc = m2._locateManagedObject(p2)
self.assertEquals(loc, [m2, p2])
# Locate p2 in m1 (m1.m2.p2)
loc = m1._locateManagedObject(p2)
self.assertEquals(loc, [m1, m2, p2])
# Locate p3 in m1 (not there)
loc = m1._locateManagedObject(p3)
self.assertEquals(loc, [])
# Locate p3 in m2 (not there)
loc = m2._locateManagedObject(p3)
self.assertEquals(loc, [])
return
def testAccessors(self):
"""Test accessors."""
m1 = self.m
p1 = Parameter("p1", 1)
m1._addObject(p1, m1._parameters)
m2 = RecipeContainer("m2")
p2 = Parameter("p2", 2)
m2._addObject(p2, m2._parameters)
m1._addObject(m2, m1._containers)
self.assertTrue(m1.m2 is m2)
self.assertTrue(m1.p1 is p1)
self.assertTrue(m2.p2 is p2)
self.assertTrue(m1.m2.p2 is p2)
self.assertTrue(m1[0] is p1)
self.assertTrue(m1[0:] == [p1,])
self.assertTrue(m2[0] is p2)
self.assertEqual(1, len(m1))
self.assertEqual(1, len(m2))
return
def testRemoveParameter(self):
"""Test removeParameter method."""
m = self.m
p1 = Parameter("p1", 1)
p2 = Parameter("p1", 2)
m._addParameter(p1)
# Check for bad remove
self.assertRaises(ValueError, m._removeParameter, p2)
# Remove p1
m._removeParameter(p1)
self.assertTrue(p1.name not in m._eqfactory.builders)
# Try to remove it again
self.assertRaises(ValueError, m._removeParameter, p1)
# Try to remove a RecipeContainer
c = RecipeContainer("test")
self.assertRaises(ValueError, m._removeParameter, c)
return
def testLocateManagedObject(self):
"""Test the locateManagedObject method."""
m1 = self.m
p1 = Parameter("p1", 1)
m1._addObject(p1, m1._parameters)
m2 = RecipeContainer("m2")
p2 = Parameter("p2", 2)
m2._addObject(p2, m2._parameters)
m1._addObject(m2, m1._containers)
p3 = Parameter("p3", 3)
# Locate m2 in m1 (m1.m2)
loc = m1._locateManagedObject(m2)
self.assertEqual(loc, [m1, m2])
# Locate p1 (m1.p1)
loc = m1._locateManagedObject(p1)
self.assertEqual(loc, [m1, p1])
# Locate p2 in m2 (m2.p2)
loc = m2._locateManagedObject(p2)
self.assertEqual(loc, [m2, p2])
# Locate p2 in m1 (m1.m2.p2)
loc = m1._locateManagedObject(p2)
self.assertEqual(loc, [m1, m2, p2])
# Locate p3 in m1 (not there)
loc = m1._locateManagedObject(p3)
self.assertEqual(loc, [])
# Locate p3 in m2 (not there)
loc = m2._locateManagedObject(p3)
self.assertEqual(loc, [])
return
class TestRecipeContainer(unittest.TestCase):
def setUp(self):
self.m = RecipeContainer("test")
# Add another managed dictionary
self.m._containers = {}
self.m._manage(self.m._containers)
return
def testAccessors(self):
"""Test accessors."""
m1 = self.m
p1 = Parameter("p1", 1)
m1._addObject(p1, m1._parameters)
m2 = RecipeContainer("m2")
p2 = Parameter("p2", 2)
m2._addObject(p2, m2._parameters)
m1._addObject(m2, m1._containers)
self.assertTrue(m1.m2 is m2)
self.assertTrue(m1.p1 is p1)
self.assertTrue(m2.p2 is p2)
self.assertTrue(m1.m2.p2 is p2)
self.assertTrue(m1[0] is p1)
self.assertTrue(m1[0:] == [
p1,
])
self.assertTrue(m2[0] is p2)
self.assertEqual(1, len(m1))
self.assertEqual(1, len(m2))
return
def testLocateManagedObject(self):
"""Test the locateManagedObject method."""
m1 = self.m
p1 = Parameter("p1", 1)
m1._addObject(p1, m1._parameters)
m2 = RecipeContainer("m2")
p2 = Parameter("p2", 2)
m2._addObject(p2, m2._parameters)
m1._addObject(m2, m1._containers)
p3 = Parameter("p3", 3)
# Locate m2 in m1 (m1.m2)
loc = m1._locateManagedObject(m2)
self.assertEqual(loc, [m1, m2])
# Locate p1 (m1.p1)
loc = m1._locateManagedObject(p1)
self.assertEqual(loc, [m1, p1])
# Locate p2 in m2 (m2.p2)
loc = m2._locateManagedObject(p2)
self.assertEqual(loc, [m2, p2])
# Locate p2 in m1 (m1.m2.p2)
loc = m1._locateManagedObject(p2)
self.assertEqual(loc, [m1, m2, p2])
# Locate p3 in m1 (not there)
loc = m1._locateManagedObject(p3)
self.assertEqual(loc, [])
# Locate p3 in m2 (not there)
loc = m2._locateManagedObject(p3)
self.assertEqual(loc, [])
return
class TestRecipeContainer(unittest.TestCase):
def setUp(self):
self.m = RecipeContainer("test")
# Add another managed dictionary
self.m._containers = {}
self.m._manage(self.m._containers)
return
def testAccessors(self):
"""Test accessors."""
m1 = self.m
p1 = Parameter("p1", 1)
m1._addObject(p1, m1._parameters)
m2 = RecipeContainer("m2")
p2 = Parameter("p2", 2)
m2._addObject(p2, m2._parameters)
m1._addObject(m2, m1._containers)
self.assertTrue(m1.m2 is m2)
self.assertTrue(m1.p1 is p1)
self.assertTrue(m2.p2 is p2)
self.assertTrue(m1.m2.p2 is p2)
self.assertTrue(m1[0] is p1)
self.assertTrue(m1[0:] == [p1,])
self.assertTrue(m2[0] is p2)
self.assertEqual(1, len(m1))
self.assertEqual(1, len(m2))
return
def testLocateManagedObject(self):
"""Test the locateManagedObject method."""
m1 = self.m
p1 = Parameter("p1", 1)
m1._addObject(p1, m1._parameters)
m2 = RecipeContainer("m2")
p2 = Parameter("p2", 2)
m2._addObject(p2, m2._parameters)
m1._addObject(m2, m1._containers)
p3 = Parameter("p3", 3)
# Locate m2 in m1 (m1.m2)
loc = m1._locateManagedObject(m2)
self.assertEquals(loc, [m1, m2])
# Locate p1 (m1.p1)
loc = m1._locateManagedObject(p1)
self.assertEquals(loc, [m1, p1])
# Locate p2 in m2 (m2.p2)
loc = m2._locateManagedObject(p2)
self.assertEquals(loc, [m2, p2])
# Locate p2 in m1 (m1.m2.p2)
loc = m1._locateManagedObject(p2)
self.assertEquals(loc, [m1, m2, p2])
# Locate p3 in m1 (not there)
loc = m1._locateManagedObject(p3)
self.assertEquals(loc, [])
# Locate p3 in m2 (not there)
loc = m2._locateManagedObject(p3)
self.assertEquals(loc, [])
return
