def test_is_unique(self):
from libcellml import Annotator, Parser
annotator = Annotator()
parser = Parser()
model = parser.parseModel(file_contents("annotator/unique_ids.cellml"))
annotator.setModel(model)
self.assertTrue(annotator.isUnique("variable_3"))
model = parser.parseModel(file_contents("annotator/lots_of_duplicate_ids.cellml"))
annotator.setModel(model)
self.assertFalse(annotator.isUnique("duplicateId2"))
# ids. The Annotator class can create a unique id for an item using the assignId function.
# This is overloaded so that you can pass in any libCellML item, as well as an AnyItem
# pair. NB: You need to be aware of the default types assigned when passing in CellML items
# without a corresponding item type. These are listed in the documentation.
# 3.d
# Assign an automatic id to all of the items with id 'polo', except for the one whose
# type is UNIT.
polo_unit = polo_items.pop(2)
for item in polo_items:
annotator.assignId(item)
# 3.e
# Check that the id of 'polo' is now unique in the model by calling the
# isUnique function.
assert (annotator.isUnique('polo'))
# end 3.e
# Now we know that there is only one item in the model with id 'polo', and we also know
# that it has type UNIT. This means that we can retrieve a Unit item directly from the
# annotator rather than needing to cast it using the std.any_cast. Instead of calling
# the annotator's item function, call the Annotator.unit function with the id 'polo' to return the
# unit item directly.
# 3.f
# Retrieve the Units item with id polo without casting.
polo_unit = annotator.unitsItem('polo')
# end 3.f
# The Unit item is an object it has methods. **TODO**
encapsulation = annotator.encapsulation('brown')
# - resetValue: returns the Reset with this id on its reset value.
resetValue = annotator.resetValue('taupe')
# - testValue: returns the Reset with this id on its test value.
testValue = annotator.testValue('mauve')
# In this example reset, resetValue and testValue will be the same because the
# 'taupe' reset value and 'mauve' test value are in the 'violet' reset item.
# STEP 4
# Dealing with unique id strings where the item has an unknown type.
# Check that the id is unique in the model scope:
if annotator.isUnique('green'):
# Retrieve item from the annotator by their unique id.
itemOfUnknownType = annotator.item('green')
# Because these could be any kind of item, they are stored in an AnyItem
# type. This is a tuple, where the first item is a CellmlElementType enum
# indicating the item's type, and the second is the item itself.
# The type can be turned into a string using the Annotator.typeAsString
# function on the first item in the tuple.
print('The item with id of "green" has type of "{}".'.format(
annotator.typeAsString(itemOfUnknownType[0])))
print()
# STEP 5
# Handling duplicate ID strings.
