def test_TypeExpressions(self):
t_legendary = MgSupertype(MgSupertype.SupertypeEnum.Legendary)
t_human = MgSubtype(MgSubtype.CreatureSubtypeEnum.Human)
t_cleric = MgSubtype(MgSubtype.CreatureSubtypeEnum.Cleric)
texpr = MgTypeExpression(t_legendary,t_human,t_cleric)
self.assertTrue(t_legendary.isTraversable())
self.assertEqual(len(texpr.getTraversalSuccessors()),3)
self.assertTrue(texpr.isChild(t_legendary))
self.assertEqual(t_legendary.getParent(),texpr)
self.assertEqual(texpr.unparseToString().lower(),"legendary human cleric")
##test pluralization
#texpr.setPlural(True)
#self.assertEqual(texpr.unparseToString().lower(),"legendary human clerics")
#test comma delimitation.
nonvampire = MgNonExpression(MgSubtype(MgSubtype.CreatureSubtypeEnum.Vampire))
nonwerewolf = MgNonExpression(MgSubtype(MgSubtype.CreatureSubtypeEnum.Werewolf))
nonzombie = MgNonExpression(MgSubtype(MgSubtype.CreatureSubtypeEnum.Zombie))
t_creature = MgType(MgType.TypeEnum.Creature)
commaExpr = MgTypeExpression(nonvampire,nonwerewolf,nonzombie,t_creature)
commaExpr.setCommaDelimited(True)
self.assertEqual(commaExpr.unparseToString().lower(),"non-vampire, non-werewolf, non-zombie creature")
class MgTypeLine(core.MgNode):
"""The type line is the middle part of a Magic card
that lists the supertypes, types, and subtypes of that card."""
def __init__(self):
"""Default constructor for an empty type line."""
self._traversable = True
self._supertypes = MgTypeExpression()
self._supertypes.setParent(self)
self._types = MgTypeExpression()
self._types.setParent(self)
self._subtypes = MgTypeExpression()
self._subtypes.setParent(self)
def __init__(self, supertypes=None, types=None, subtypes=None):
"""Constructor that allows you to supply MgTypeExpression objects."""
self._traversable = True
if supertypes is not None:
self._supertypes = supertypes
else:
self._supertypes = MgTypeExpression()
self._supertypes.setParent(self)
if types is not None:
self._types = types
else:
self._types = MgTypeExpression()
self._types.setParent(self)
if subtypes is not None:
self._subtypes = subtypes
else:
self._subtypes = MgTypeExpression()
self._subtypes.setParent(self)
def getSupertypes(self):
"""Gets the type expression for supertypes."""
return self._supertypes
def getTypes(self):
"""Gets the type expression for types."""
return self._types
def getSubtypes(self):
"""Gets the type expression for subtypes."""
return self._subtypes
def hasSupertype(self, t):
"""Checks whether a supertype is on the type line."""
return self._supertypes.isChild(t)
def hasType(self, t):
"""Checks whether a type is on the type line."""
return self._types.isChild(t)
def hasSubtype(self, t):
"""Checks whether a subtype is on the type line."""
return self._subtypes.isChild(t)
def isChild(self, child):
return child in {self._supertypes, self._types, self._subtypes}
def getTraversalSuccessors(self):
return [
ts for ts in {self._supertypes, self._types, self._subtypes}
if ts.isTraversable()
]
def unparseToString(self):
if self._subtypes.getLength() == 0:
return "{0} {1}".format(self._supertypes.unparseToString(),
self._types.unparseToString())
else:
return "{0} {1} — {2}".format(self._supertypes.unparseToString(),
self._types.unparseToString(),
self._subtypes.unparseToString())
