def data(self):
self.p1 = Pool('p1')
self.p2 = Pool('p2')
self.e1 = Entity('e1')
self.e2 = Entity('e2')
self.p1.insert(self.e1)
self.p2.insert(self.e2)
self.p1.insert(self.p2)
def data(self):
self.p1 = Pool('p1')
self.p2 = Pool('p2')
self.e1 = Entity('e1')
self.e2 = Entity('e2')
self.p1.insert(self.e1)
self.p2.insert(self.e2)
self.p1.insert(self.p2)
def testParents(self):
class OtherDriver(Driver):
_clusto_type = 'otherdriver'
_driver_name = 'otherdriver'
p1 = Pool('toppool')
d1 = Pool('grandparent')
d1a = Pool('othergrandparent')
d1b = OtherDriver('anothergrandparent')
d2 = Driver('parent')
d3 = Driver('child')
d1b.add_attr('foo', 'someval')
p1.insert(d1a)
d1b.insert(d2)
d1a.insert(d2)
d1.insert(d2)
d2.insert(d3)
self.assertEqual(sorted([d1,d1a, p1]),
sorted(d3.parents(clusto_types=[Pool], search_parents=True)))
self.assertEqual([d2],
d3.parents())
self.assertEqual(['someval'],
d3.attr_values('foo', merge_container_attrs=True))
class TestAdjacencyMap(testbase.ClustoTestBase):
def data(self):
self.p1 = Pool('p1')
self.p2 = Pool('p2')
self.e1 = Entity('e1')
self.e2 = Entity('e2')
self.p1.insert(self.e1)
self.p2.insert(self.e2)
self.p1.insert(self.p2)
def testAdjacencyMap(self):
adj_map = clusto.adjacency_map()
self.assertEquals(len(adj_map), 3)
self.assertIn(
clusto.Adjacency(parent_id=ANY,
parent_name='p1',
parent_type='pool',
child_id=ANY,
child_name='p2',
child_type='pool'), adj_map)
self.assertIn(
clusto.Adjacency(parent_id=ANY,
parent_name='p1',
parent_type='pool',
child_id=ANY,
child_name='e1',
child_type='entity'), adj_map)
self.assertIn(
clusto.Adjacency(parent_id=ANY,
parent_name='p2',
parent_type='pool',
child_id=ANY,
child_name='e2',
child_type='entity'), adj_map)
def testDeletedNotIncluded(self):
self.e2.delete()
adj_map = clusto.adjacency_map()
self.assertEquals(len(adj_map), 2)
self.assertNotIn(
clusto.Adjacency(parent_id=ANY,
parent_name='p2',
parent_type='pool',
child_id=ANY,
child_name='e2',
child_type='entity'), adj_map)
def testRemovedNotIncluded(self):
self.p1.remove(self.p2)
adj_map = clusto.adjacency_map()
self.assertEquals(len(adj_map), 2)
self.assertNotIn(
clusto.Adjacency(parent_id=ANY,
parent_name='p1',
parent_type='pool',
child_id=ANY,
child_name='p2',
child_type='pool'), adj_map)
def testChildrenContents(self):
p1 = Pool('p1')
p2 = Pool('p2')
d1 = Driver('d1')
d2 = Driver('d2')
p1.insert(d1)
p2.insert(d2)
p2.insert(p1)
self.assertEqual(sorted([p1, d1, d2]),
sorted(p2.contents(search_children=True)))
def testMultipleGrandchildrenContents(self):
p1 = Pool('p1')
p2 = Pool('p2')
d1 = Driver('d1')
d2 = Driver('d2')
d3 = Driver('d3')
p2.insert(d1)
p2.insert(d2)
p2.insert(d3)
p1.insert(p2)
self.assertEqual(sorted([p2, d1, d2, d3]),
sorted(p1.contents(search_children=True)))
def testChildrenContents(self):
p1 = Pool('p1')
p2 = Pool('p2')
d1 = Driver('d1')
d2 = Driver('d2')
p1.insert(d1)
p2.insert(d2)
p2.insert(p1)
self.assertEqual(sorted([p1,d1,d2]),
sorted(p2.contents(search_children=True)))
class TestAdjacencyMap(testbase.ClustoTestBase):
def data(self):
self.p1 = Pool('p1')
self.p2 = Pool('p2')
self.e1 = Entity('e1')
self.e2 = Entity('e2')
self.p1.insert(self.e1)
self.p2.insert(self.e2)
self.p1.insert(self.p2)
def testAdjacencyMap(self):
adj_map = clusto.adjacency_map()
self.assertEquals(len(adj_map), 3)
self.assertIn(clusto.Adjacency(
parent_id=ANY, parent_name='p1', parent_type='pool',
child_id=ANY, child_name='p2', child_type='pool'
), adj_map)
self.assertIn(clusto.Adjacency(
parent_id=ANY, parent_name='p1', parent_type='pool',
child_id=ANY, child_name='e1', child_type='entity'
), adj_map)
self.assertIn(clusto.Adjacency(
parent_id=ANY, parent_name='p2', parent_type='pool',
child_id=ANY, child_name='e2', child_type='entity'
), adj_map)
def testDeletedNotIncluded(self):
self.e2.delete()
adj_map = clusto.adjacency_map()
self.assertEquals(len(adj_map), 2)
self.assertNotIn(clusto.Adjacency(
parent_id=ANY, parent_name='p2', parent_type='pool',
child_id=ANY, child_name='e2', child_type='entity'
), adj_map)
def testRemovedNotIncluded(self):
self.p1.remove(self.p2)
adj_map = clusto.adjacency_map()
self.assertEquals(len(adj_map), 2)
self.assertNotIn(clusto.Adjacency(
parent_id=ANY, parent_name='p1', parent_type='pool',
child_id=ANY, child_name='p2', child_type='pool'
), adj_map)
def testSiblings(self):
d1 = Driver('d1')
d2 = Driver('d2')
d3 = Driver('d3')
d4 = Driver('d4')
d5 = Driver('d5')
d6 = Driver('d6')
d7 = Driver('d7')
d8 = Driver('d8')
db = Pool('db')
web = Pool('web')
dev = Pool('dev')
prod = Pool('prod')
alpha = Pool('alpha')
beta = Pool('beta')
db.set_attr('pooltype', 'role')
web.set_attr('pooltype', 'role')
db.insert(d1)
db.insert(d2)
db.insert(d3)
db.insert(d7)
db.insert(d8)
web.insert(d4)
web.insert(d5)
web.insert(d6)
web.insert(d7)
map(prod.insert, [d1,d2,d4,d5])
map(dev.insert, [d3,d6,d7,d8])
map(alpha.insert, [d7, d8])
map(beta.insert, [d3,d6])
self.assertEquals(sorted([d2]),
sorted(d1.siblings()))
self.assertEquals(sorted(d3.siblings()),
sorted([]))
self.assertEquals(sorted(d3.siblings(parent_filter=lambda x: not x.attr_values('pooltype', 'role'),
additional_pools=[web])),
sorted([d6]))
self.assertEquals(sorted(d7.siblings(parent_filter=lambda x: not x.attr_values('pooltype', 'role'),
additional_pools=[db])),
sorted([d8]))
def testGetEntities(self):
d1 = Driver('d1')
dv1 = Device('dv1')
Location('l1')
BasicDatacenter('dc1')
namelist = ['e1', 'e2', 'dv1']
self.assertEqual(sorted([n.name
for n in clusto.get_entities(names=namelist)]),
sorted(namelist))
dl = [Driver]
self.assertEqual(sorted([n.name
for n in clusto.get_entities(clusto_drivers=dl)]),
sorted(['d1','e1','e2','e3']))
tl = [Location, BasicDatacenter]
self.assertEqual(sorted([n.name
for n in clusto.get_entities(clusto_types=tl)]),
sorted(['l1','dc1']))
p1 = Pool('p1')
p2 = Pool('p2')
p3 = Pool('p3')
p4 = Pool('p4')
s1 = BasicServer('s1')
s2 = BasicServer('s2')
s3 = BasicServer('s3')
p1.insert(s1)
p1.insert(s2)
p2.insert(s2)
p2.insert(s3)
p2.insert(d1)
p3.insert(s3)
p3.insert(d1)
p3.insert(s1)
p4.insert(p3)
self.assertEqual(sorted([s2,s3]),
sorted(clusto.get_from_pools(pools=[p2],
clusto_types=[BasicServer])))
self.assertEqual(sorted([s2]),
sorted(clusto.get_from_pools(pools=[p2, 'p1'],
clusto_types=[BasicServer])))
self.assertEqual(sorted([s3]),
sorted(clusto.get_from_pools(pools=['p2', 'p3'],
clusto_types=[BasicServer])))
self.assertEqual(sorted([s1]),
sorted(clusto.get_from_pools(pools=['p4', 'p1'],
clusto_types=[BasicServer])))
def testSiblings(self):
d1 = Driver('d1')
d2 = Driver('d2')
d3 = Driver('d3')
d4 = Driver('d4')
d5 = Driver('d5')
d6 = Driver('d6')
d7 = Driver('d7')
d8 = Driver('d8')
db = Pool('db')
web = Pool('web')
dev = Pool('dev')
prod = Pool('prod')
alpha = Pool('alpha')
beta = Pool('beta')
db.set_attr('pooltype', 'role')
web.set_attr('pooltype', 'role')
db.insert(d1)
db.insert(d2)
db.insert(d3)
db.insert(d7)
db.insert(d8)
web.insert(d4)
web.insert(d5)
web.insert(d6)
web.insert(d7)
map(prod.insert, [d1, d2, d4, d5])
map(dev.insert, [d3, d6, d7, d8])
map(alpha.insert, [d7, d8])
map(beta.insert, [d3, d6])
self.assertEquals(sorted([d2]), sorted(d1.siblings()))
self.assertEquals(sorted(d3.siblings()), sorted([]))
self.assertEquals(
sorted(
d3.siblings(parent_filter=lambda x: not x.attr_values(
'pooltype', 'role'),
additional_pools=[web])), sorted([d6]))
self.assertEquals(
sorted(
d7.siblings(parent_filter=lambda x: not x.attr_values(
'pooltype', 'role'),
additional_pools=[db])), sorted([d8]))
def testGetEntities(self):
d1 = Driver('d1')
dv1 = Device('dv1')
Location('l1')
BasicDatacenter('dc1')
namelist = ['e1', 'e2', 'dv1']
self.assertEqual(
sorted([n.name for n in clusto.get_entities(names=namelist)]),
sorted(namelist))
dl = [Driver]
self.assertEqual(
sorted([n.name for n in clusto.get_entities(clusto_drivers=dl)]),
sorted(['d1', 'e1', 'e2', 'e3']))
tl = [Location, BasicDatacenter]
self.assertEqual(
sorted([n.name for n in clusto.get_entities(clusto_types=tl)]),
sorted(['l1', 'dc1']))
p1 = Pool('p1')
p2 = Pool('p2')
p3 = Pool('p3')
p4 = Pool('p4')
s1 = BasicServer('s1')
s2 = BasicServer('s2')
s3 = BasicServer('s3')
p1.insert(s1)
p1.insert(s2)
p2.insert(s2)
p2.insert(s3)
p2.insert(d1)
p3.insert(s3)
p3.insert(d1)
p3.insert(s1)
p4.insert(p3)
self.assertEqual(
sorted([s2, s3]),
sorted(
clusto.get_from_pools(pools=[p2], clusto_types=[BasicServer])))
self.assertEqual(
sorted([s2]),
sorted(
clusto.get_from_pools(pools=[p2, 'p1'],
clusto_types=[BasicServer])))
self.assertEqual(
sorted([s3]),
sorted(
clusto.get_from_pools(pools=['p2', 'p3'],
clusto_types=[BasicServer])))
self.assertEqual(
sorted([s1]),
sorted(
clusto.get_from_pools(pools=['p4', 'p1'],
clusto_types=[BasicServer])))
def testParents(self):
class OtherDriver(Driver):
_clusto_type = 'otherdriver'
_driver_name = 'otherdriver'
p1 = Pool('toppool')
d1 = Pool('grandparent')
d1a = Pool('othergrandparent')
d1b = OtherDriver('anothergrandparent')
d2 = Driver('parent')
d3 = Driver('child')
d1b.add_attr('foo', 'someval')
p1.insert(d1a)
d1b.insert(d2)
d1a.insert(d2)
d1.insert(d2)
d2.insert(d3)
self.assertEqual(
sorted([d1, d1a, p1]),
sorted(d3.parents(clusto_types=[Pool], search_parents=True)))
self.assertEqual([d2], d3.parents())
self.assertEqual(['someval'],
d3.attr_values('foo', merge_container_attrs=True))
def testMultipleGrandchildrenContents(self):
p1 = Pool('p1')
p2 = Pool('p2')
d1 = Driver('d1')
d2 = Driver('d2')
d3 = Driver('d3')
p2.insert(d1)
p2.insert(d2)
p2.insert(d3)
p1.insert(p2)
self.assertEqual(sorted([p2, d1, d2, d3]),
sorted(p1.contents(search_children=True)))
