def setUp(self):
configFileName = "../../conf/solipsis.conf"
parser = OptionParser('')
param = Parameters(parser, configFileName)
n = Node(param)
n.setPosition(Position(4,1))
self.manager = PeersManager(n, param)
p0 = Peer(id="0",position=Position(0,0))
p1 = Peer(id="1",position=Position(0,10))
p2 = Peer(id="2",position=Position(5,0))
p3 = Peer(id="3",position=Position(5,20))
p4 = Peer()
self.peers = [p0, p1, p2, p3, p4]
p10 = Peer(id="0", position=Position(2,2))
p11 = Peer(id="1", position=Position(7,2))
p12 = Peer(id="2", position=Position(5,3))
p13 = Peer(id="3", position=Position(3,6))
p14 = Peer(id="4", position=Position(4,-6))
p15 = Peer(id="5", position=Position(4,0))
self.geoPeers = [p10, p11, p12, p13, p14, p15]
class CreatePeerManagerTestCase(unittest.TestCase):
def setUp(self):
configFileName = "../../conf/solipsis.conf"
parser = OptionParser('')
param = Parameters(parser, configFileName)
n = Node(param)
n.setPosition(Position(4,1))
self.manager = PeersManager(n, param)
p0 = Peer(id="0",position=Position(0,0))
p1 = Peer(id="1",position=Position(0,10))
p2 = Peer(id="2",position=Position(5,0))
p3 = Peer(id="3",position=Position(5,20))
p4 = Peer()
self.peers = [p0, p1, p2, p3, p4]
p10 = Peer(id="0", position=Position(2,2))
p11 = Peer(id="1", position=Position(7,2))
p12 = Peer(id="2", position=Position(5,3))
p13 = Peer(id="3", position=Position(3,6))
p14 = Peer(id="4", position=Position(4,-6))
p15 = Peer(id="5", position=Position(4,0))
self.geoPeers = [p10, p11, p12, p13, p14, p15]
def testAddPeer(self):
self.manager.addPeer(self.peers[0])
assert ( self.manager.getNumberOfPeers() == 1 )
self.manager.addPeer(self.peers[1])
assert ( self.manager.getNumberOfPeers() == 2 )
self.manager.removePeer(self.peers[1].getId())
assert ( self.manager.getNumberOfPeers() == 1 )
self.manager.addPeer(self.peers[2])
self.assertRaises(DuplicateIdError, self.manager.addPeer, self.peers[2])
self.assertRaises(EmptyIdError, self.manager.addPeer, self.peers[4])
self.checkConsistency()
def testRemovePeer(self):
for i in range(4):
self.manager.addPeer(self.peers[i])
self.manager.removePeer(self.peers[1].getId())
assert ( self.manager.getNumberOfPeers() == 3)
self.checkConsistency()
self.assertRaises(UnknownIdError, self.manager.removePeer,
self.peers[1].getId())
self.assertRaises(UnknownIdError, self.manager.removePeer,
self.peers[4].getId())
def checkConsistency(self):
if TEST_DEBUG:
print 'in check consistency: '
print 'nb:%d' %(self.manager.getNumberOfPeers())
print 'ccw:%d' %(len(self.manager.ccwPeers.ll))
print 'dist:%d' %(len(self.manager.distPeers.ll))
assert (self.manager.getNumberOfPeers() == len(self.manager.ccwPeers.ll))
assert (self.manager.getNumberOfPeers() == len(self.manager.distPeers.ll))
def testGetClosestPeer(self):
for i in range(4):
self.manager.addPeer(self.peers[i])
p5 = Peer(id="5", position=Position(-5, -2))
self.manager.addPeer(p5)
assert (self.manager.getClosestPeer(Position(0,0)).getId() == "0" )
assert (self.manager.getClosestPeer(Position(20,20)).getId() == "3" )
assert (self.manager.getClosestPeer(Position(-5,-15)).getId() == "5" )
assert (self.manager.getClosestPeer(Position(3,1)).getId() == "2" )
assert (self.manager.getClosestPeer(Position(-115,-115)).getId() == "5" )
assert (self.manager.getClosestPeer(Position(Geometry.SIZE - 10,
Geometry.SIZE - 10)).getId() == "5" )
assert (self.manager.getClosestPeer(Position(Geometry.SIZE - 1,
Geometry.SIZE - 1)).getId() == "0" )
def testGetWorstPeer(self):
[p10, p11, p12, p13, p14, p15] = self.geoPeers
self.manager.addPeer(p10)
self.manager.addPeer(p11)
self.manager.addPeer(p12)
self.manager.addPeer(p13)
self.manager.addPeer(p14)
self.manager.setExpectedPeers(3)
id = self.manager.getWorstPeer().getId()
# p4 is farther but is needed for global connectivity
assert (id == "3")
self.manager.addPeer(p15)
id = self.manager.getWorstPeer().getId()
# with p5 added p4 is no longer needed for the global connectivity rule
# as p4 is the farthest it should be elected
assert (id == "4")
if TEST_DEBUG:
print "worst=" + id
print "node=" + str(self.manager.node.getPosition())
print "ccw"
for e in self.manager.ccwPeers.ll:
print e.getId()
print "dist"
for e in self.manager.distPeers.ll:
print e.getId()
def testGetBadGlobalConnectivityPeers(self):
for p in self.geoPeers:
self.manager.addPeer(p)
[p10, p11, p12, p13, p14, p15] = self.geoPeers
# global connectivity is OK
gcPeers = self.manager.getBadGlobalConnectivityPeers()
assert( len(gcPeers) == 0 )
self.manager.removePeer(p14.getId())
self.manager.removePeer(p15.getId())
# now, GC is NOK and we should get p0 and p1
gcPeers = self.manager.getBadGlobalConnectivityPeers()
if TEST_DEBUG:
print gcPeers[0]
print gcPeers[1]
assert ( len(gcPeers) == 2 )
assert ( gcPeers[0].getId() == "1" )
assert ( gcPeers[1].getId() == "0" )
def testGetPeerAround(self):
for p in self.geoPeers:
self.manager.addPeer(p)
print "---"
print str(self.manager.getPeerAround(Position(6,2), True))
print str(self.manager.getPeerAround(Position(6,2), False))
print "---"
