def test_basic(self):
"""
Verify that it is safe to call any Igor methods right from the start
without updating the cache or resetting the database.
"""
igor = azrael.igor.Igor()
assert igor.getConstraints(None).ok
assert igor.getConstraints([1, 2]).ok
assert igor.uniquePairs().ok
def test_basic(self):
"""
Verify that it is safe to call any Igor methods right from the start
without updating the cache or resetting the database.
"""
igor = azrael.igor.Igor()
assert igor.getConstraints(None).ok
assert igor.getConstraints([1, 2]).ok
assert igor.uniquePairs().ok
def test_uniquePairs(self, getCon):
"""
Add- and delete constraints and verify that Igor maintins a consistent
list of unique body pairs.
"""
# Convenience.
igor = self.igor
# Create the constraints for this test.
c1 = getCon('foo', 1, 2)
c2 = getCon('foo', 2, 3)
c3 = getCon('foo', 3, 4)
# There must not be any pairs after a reset.
assert igor.reset() == (True, None, None)
assert igor.uniquePairs() == (True, None, tuple())
# Adding a constraint must result in one unique pair of IDs *after*
# updating the Igor cache.
assert igor.addConstraints([c1]) == (True, None, 1)
assert igor.uniquePairs() == (True, None, tuple())
assert igor.updateLocalCache() == (True, None, 1)
assert igor.uniquePairs().data == ((c1.rb_a, c1.rb_b), )
# Add three more constraints, only two of which are actually new.
assert igor.addConstraints([c1, c2, c3]) == (True, None, 2)
assert igor.updateLocalCache() == (True, None, 3)
# Verify that the set of unique pairs now covers those involved in the
# constraints.
ref = [(_.rb_a, _.rb_b) for _ in (c1, c2, c3)]
assert set(igor.uniquePairs().data) == set(tuple(ref))
# Delete two constraints.
assert igor.deleteConstraints([c1, c3]) == (True, None, 2)
assert set(igor.uniquePairs().data) == set(tuple(ref))
assert igor.updateLocalCache() == (True, None, 1)
assert igor.uniquePairs().data == ((c2.rb_a, c2.rb_b), )
def test_uniquePairs(self, getCon):
"""
Add- and delete constraints and verify that Igor maintins a consistent
list of unique body pairs.
"""
# Convenience.
igor = self.igor
# Create the constraints for this test.
c1 = getCon('foo', '1', '2')
c2 = getCon('foo', '2', '3')
c3 = getCon('foo', '3', '4')
# There must not be any pairs after a reset.
assert igor.uniquePairs() == (True, None, tuple())
# Adding a constraint must result in one unique pair of IDs *after*
# updating the Igor cache.
assert igor.addConstraints([c1]) == (True, None, [True])
assert igor.uniquePairs() == (True, None, tuple())
assert igor.updateLocalCache() == (True, None, 1)
assert igor.uniquePairs().data == ((c1.rb_a, c1.rb_b), )
# Add three more constraints, only two of which are actually new.
assert igor.addConstraints([c1, c2,
c3]) == (True, None, [False, True, True])
assert igor.updateLocalCache() == (True, None, 3)
# Verify that the set of unique pairs now covers those involved in the
# constraints.
ref = [(_.rb_a, _.rb_b) for _ in (c1, c2, c3)]
assert set(igor.uniquePairs().data) == set(tuple(ref))
# Delete two constraints.
assert igor.removeConstraints([c1, c3]) == (True, None, 2)
assert set(igor.uniquePairs().data) == set(tuple(ref))
assert igor.updateLocalCache() == (True, None, 1)
assert igor.uniquePairs().data == ((c2.rb_a, c2.rb_b), )
