def buildFromTopo(self, topo=None):
"""Build mininet from a topology object
At the end of this function, everything should be connected
and up."""
# Possibly we should clean up here and/or validate
# the topo
if self.cleanup:
pass
info('*** Creating network\n')
if self.controllers:
# Add a default controller
info('*** Adding controller\n')
classes = self.controller
if type(classes) is not list:
classes = [classes]
for i, cls in enumerate(classes):
self.addController('c%d' % i, cls)
info('*** Adding hosts:\n')
for hostName in topo.hosts():
#aqui ele adiciona os hosts mesmo. Funcao self.addHost retorna o host adicionado! So precisa entao pegar esse host, passar pra classe MetricsCollector e ja era. Ou se preferir, tem uma lista com todos os hosts self.hosts.
self.addHost(hostName, **topo.nodeInfo(hostName))
info(hostName + ' ')
#info( hostName + '\n' )
if self.switches:
info('\n*** Adding switches:\n')
for switchName in topo.switches():
self.addSwitch(switchName, **topo.nodeInfo(switchName))
info(switchName + ' ')
info('\n*** Adding links:\n')
#pdb.set_trace()
for srcName, dstName in topo.links(sort=True):
src, dst = self.nameToNode[srcName], self.nameToNode[dstName]
params = topo.linkInfo(srcName, dstName)
srcPort, dstPort = topo.port(srcName, dstName)
self.addLink(src, dst, srcPort, dstPort, **params)
if self.isCCNhost(src):
src.setIP(ipStr(ipParse(self.ccnNetBase) + 1) + '/30',
intf=src.name + '-eth' + str(srcPort))
dst.setIP(ipStr(ipParse(self.ccnNetBase) + 2) + '/30',
intf=dst.name + '-eth' + str(dstPort))
self.ccnNetBase = nextCCNnet(self.ccnNetBase)
info('(%s, %s) ' % (src.name, dst.name))
info('\n')
def buildFromTopo( self, topo=None ):
"""Build mininet from a topology object
At the end of this function, everything should be connected
and up."""
# Possibly we should clean up here and/or validate
# the topo
if self.cleanup:
pass
info( '*** Creating network\n' )
if self.controllers:
# Add a default controller
info( '*** Adding controller\n' )
classes = self.controller
if type( classes ) is not list:
classes = [ classes ]
for i, cls in enumerate( classes ):
self.addController( 'c%d' % i, cls )
info( '*** Adding hosts:\n' )
for hostName in topo.hosts():
#aqui ele adiciona os hosts mesmo. Funcao self.addHost retorna o host adicionado! So precisa entao pegar esse host, passar pra classe MetricsCollector e ja era. Ou se preferir, tem uma lista com todos os hosts self.hosts.
self.addHost( hostName, **topo.nodeInfo( hostName ) )
info( hostName + ' ' )
#info( hostName + '\n' )
if self.switches:
info( '\n*** Adding switches:\n' )
for switchName in topo.switches():
self.addSwitch( switchName, **topo.nodeInfo( switchName) )
info( switchName + ' ' )
info( '\n*** Adding links:\n' )
#pdb.set_trace()
for srcName, dstName in topo.links(sort=True):
src, dst = self.nameToNode[ srcName ], self.nameToNode[ dstName ]
params = topo.linkInfo( srcName, dstName )
srcPort, dstPort = topo.port( srcName, dstName )
self.addLink( src, dst, srcPort, dstPort, **params )
if self.isCCNhost(src):
src.setIP(ipStr(ipParse(self.ccnNetBase) + 1) + '/30', intf=src.name + '-eth' + str(srcPort))
dst.setIP(ipStr(ipParse(self.ccnNetBase) + 2) + '/30', intf=dst.name + '-eth' + str(dstPort))
self.ccnNetBase=nextCCNnet(self.ccnNetBase)
info( '(%s, %s) ' % ( src.name, dst.name ) )
info( '\n' )
def buildFromTopo( self, topo=None ):
"""Build mininet from a topology object
At the end of this function, everything should be connected
and up."""
# Possibly we should clean up here and/or validate
# the topo
if self.cleanup:
pass
info( '*** Creating network\n' )
#if not self.controllers:
# Add a default controller
#info( '*** Adding controller\n' )
#classes = self.controller
#if type( classes ) is not list:
# classes = [ classes ]
#for i, cls in enumerate( classes ):
# self.addController( 'c%d' % i, cls )
info( '*** Adding hosts:\n' )
for hostName in topo.hosts():
#pdb.set_trace()
self.addHost( hostName, **topo.nodeInfo( hostName ) )
info( hostName + ' ' )
info( '\n*** Adding switches:\n' )
for switchName in topo.switches():
self.addSwitch( switchName, **topo.nodeInfo( switchName) )
info( switchName + ' ' )
info( '\n*** Adding links:\n' )
for srcName, dstName in topo.links(sort=True):
src, dst = self.nameToNode[ srcName ], self.nameToNode[ dstName ]
params = topo.linkInfo( srcName, dstName )
srcPort, dstPort = topo.port( srcName, dstName )
self.addLink( src, dst, srcPort, dstPort, **params )
if self.isCCNhost(src):
src.setIP(ipStr(ipParse(self.ccnNetBase) + 1) + '/30', intf=src.name + '-eth' + str(srcPort))
dst.setIP(ipStr(ipParse(self.ccnNetBase) + 2) + '/30', intf=dst.name + '-eth' + str(dstPort))
self.ccnNetBase=nextCCNnet(self.ccnNetBase)
info( '(%s, %s) ' % ( src.name, dst.name ) )
info( '\n' )
def buildFromTopo( self, topo=None ):
"""Build mininet from a topology object
At the end of this function, everything should be connected
and up."""
# Possibly we should clean up here and/or validate
# the topo
if self.cleanup:
pass
info( '*** Creating network\n' )
if not self.controllers:
# Add a default controller
info( '*** Adding controller\n' )
classes = self.controller
if type( classes ) is not list:
classes = [ classes ]
for i, cls in enumerate( classes ):
self.addController( 'c%d' % i, cls )
info( '*** Adding hosts:\n' )
for hostName in topo.hosts():
self.addHost( hostName, **topo.nodeInfo( hostName ) )
info( hostName + ' ' )
info( '\n*** Adding switches:\n' )
for switchName in topo.switches():
self.addSwitch( switchName, **topo.nodeInfo( switchName) )
info( switchName + ' ' )
info( '\n*** Adding links:\n' )
for srcName, dstName in topo.links(sort=True):
src, dst = self.nameToNode[ srcName ], self.nameToNode[ dstName ]
params = topo.linkInfo( srcName, dstName )
srcPort, dstPort = topo.port( srcName, dstName )
self.addLink( src, dst, srcPort, dstPort, **params )
if self.isCCNhost(src):
src.setIP(ipStr(ipParse(self.ccnNetBase) + 1) + '/30', intf=src.name + '-eth' + str(srcPort))
dst.setIP(ipStr(ipParse(self.ccnNetBase) + 2) + '/30', intf=dst.name + '-eth' + str(dstPort))
self.ccnNetBase=nextCCNnet(self.ccnNetBase)
info( '(%s, %s) ' % ( src.name, dst.name ) )
info( '\n' )
