def me_changed(self, old_me, new_me):
'''Changes self.me
:param old_me: my old nip (not used in MapP2P)
:param new_me: new nip
'''
Map.me_change(self, new_me)
def __init__(self, maproute):
Map.__init__(self, maproute.levels, maproute.gsize, Node, maproute.me)
self.copy_from_maproute(maproute)
self.remotable_funcs = [self.map_data_merge]
self.tmp_deleted = {}
def me_changed(self, old_me, new_me):
'''Changes self.me
:param old_me: my old nip (not used in MapP2P)
:param new_me: new nip
'''
Map.me_change(self, new_me)
def __init__(self, levels, gsize, me, pid):
"""levels, gsize, me: the same of Map
pid: P2P id of the service associated to this map
"""
Map.__init__(self, levels, gsize, ParticipantNode, me)
self.pid = pid
def __init__(self, levels, gsize, me, pid):
"""levels, gsize, me: the same of Map
pid: P2P id of the service associated to this map
"""
Map.__init__(self, levels, gsize, ParticipantNode, me)
self.pid = pid
def __init__(self, levels, gsize, me):
Map.__init__(self, levels, gsize, RouteNode, me)
self.events.add([
'ROUTE_NEW',
'ROUTE_DELETED',
'ROUTE_REM_CHGED' # the route's rem changed
])
self.remotable_funcs = [self.free_nodes_nb]
def setUp(self):
self.levels = 4
self.gsize = 256
self.dataclass = DataClass
self.map = Map(self.levels, self.gsize, self.dataclass)
class TestMap(unittest.TestCase):
def setUp(self):
self.levels = 4
self.gsize = 256
self.dataclass = DataClass
self.map = Map(self.levels, self.gsize, self.dataclass)
def test_len_map_node(self):
'''Map node len'''
self.assertEqual(len(self.map.node), 4)
def test_node_get(self):
'''Get a new node'''
self.failUnless(isinstance(self.map.node_get(1, 3), DataClass))
def test_node_add(self):
'''Add a node'''
self.assertEqual(self.map.node_nb[0], 0)
self.map.node_add(lvl=0, id=0)
self.assertEqual(self.map.node_nb[0], 1)
def test_node_del(self):
'''Delete a node'''
self.test_node_add() # Add a new node
self.failUnless(isinstance(self.map.node[0][0], DataClass))
self.map.node_del(lvl=0, id=0)
self.assertEqual(self.map.node[0][0], None)
def test_free_node_nb(self):
'''Number of free nodes of levels'''
self.assertEqual(self.map.free_nodes_nb(lvl=0), self.gsize)
self.test_node_add()
self.assertEqual(self.map.free_nodes_nb(lvl=0), self.gsize - 1)
def test_free_nodes_list(self):
'''Free nodes of specified level'''
self.assertEqual(self.map.free_nodes_list(lvl=0), range(self.gsize))
def test_is_in_level(self):
'''Node nip belongs to our gnode of level'''
self.assertEqual(self.map.is_in_level(self.map.me, 0), True)
def test_ip_to_nip(self):
'''Conversion IP -> NIP (Netsukuku IP)'''
self.assertEqual(self.map.ip_to_nip(127), [127, 0, 0, 0])
def test_nip_to_ip(self):
'''Conversion IP -> NIP (Netsukuku IP)'''
self.assertEqual(self.map.nip_to_ip([127, 0, 0, 0]), 127)
def test_nip_cmp(self):
'''Comparing two NIP'''
self.assertEqual(self.map.nip_cmp([127, 0, 0, 1], [127, 0, 0, 0]), 3)
def node_del(self, lvl, id, silent=False):
if self.node_get(lvl, id).alive:
Map.node_del(self, lvl, id, silent)
self.node_get(lvl, id).alive = False
def node_add(self, lvl, id, silent=0):
if not self.node_get(lvl, id).alive:
Map.node_add(self, lvl, id, silent)
self.node_get(lvl, id).alive = True
def setUp(self):
self.levels = 4
self.gsize = 256
self.dataclass = DataClass
self.map = Map(self.levels, self.gsize, self.dataclass)
class TestMap(unittest.TestCase):
def setUp(self):
self.levels = 4
self.gsize = 256
self.dataclass = DataClass
self.map = Map(self.levels, self.gsize, self.dataclass)
def test_len_map_node(self):
'''Map node len'''
self.assertEqual(len(self.map.node), 4)
def test_node_get(self):
'''Get a new node'''
self.failUnless(isinstance(self.map.node_get(1,3), DataClass))
def test_node_add(self):
'''Add a node'''
self.assertEqual(self.map.node_nb[0], 0)
self.map.node_add(lvl=0, id=0)
self.assertEqual(self.map.node_nb[0], 1)
def test_node_del(self):
'''Delete a node'''
self.test_node_add() # Add a new node
self.failUnless(isinstance(self.map.node[0][0], DataClass))
self.map.node_del(lvl=0, id=0)
self.assertEqual(self.map.node[0][0], None)
def test_free_node_nb(self):
'''Number of free nodes of levels'''
self.assertEqual(self.map.free_nodes_nb(lvl=0), self.gsize)
self.test_node_add()
self.assertEqual(self.map.free_nodes_nb(lvl=0), self.gsize - 1)
def test_free_nodes_list(self):
'''Free nodes of specified level'''
self.assertEqual(self.map.free_nodes_list(lvl=0), range(self.gsize))
def test_is_in_level(self):
'''Node nip belongs to our gnode of level'''
self.assertEqual(self.map.is_in_level(self.map.me, 0), True)
def test_ip_to_nip(self):
'''Conversion IP -> NIP (Netsukuku IP)'''
self.assertEqual(self.map.ip_to_nip(127), [127, 0, 0, 0])
def test_nip_to_ip(self):
'''Conversion IP -> NIP (Netsukuku IP)'''
self.assertEqual(self.map.nip_to_ip([127, 0, 0, 0]), 127)
def test_nip_cmp(self):
'''Comparing two NIP'''
self.assertEqual(self.map.nip_cmp([127, 0, 0, 1], [127, 0, 0, 0]), 3)
def __init__(self, levels, gsize, me):
Map.__init__(self, levels, gsize, RouteNode, me)
self.events.add(["ROUTE_NEW", "ROUTE_DELETED", "ROUTE_REM_CHGED"]) # the route's rem changed
self.remotable_funcs = [self.free_nodes_nb]
def node_del(self, lvl, id):
Map.node_del(self, lvl, id)
def node_del(self, lvl, id):
Map.node_del(self, lvl, id)
