c3 = bases.node('c3', 26)
bases.node_join(c0, c1, 16)
bases.node_join(c0, c3, 50)
bases.node_join(c0, c2, 10)
bases.node_join(c1, c3, 20)
bases.node_join(c1, c2, 40)
net.add(c0)
net.add(c1)
net.add(c2)
net.add(c3)
return net
if __name__=='__main__':
myworkflow = taskgraph('wf')
mynetwork = network('net')
w0motif = myworkflow.suc_extract('w0')
print (w0motif)
w0info = bases.infodict(w0motif)
print (w0info)
print ('workflow size:%d, network size:%d' % (myworkflow.size(), mynetwork.size()))
# with open('w0motif.json', mode='w', encoding='utf-8') as f:
# json.dump( motifinfo, f, indent=2 )
import bases
import time
import global_info
import scheduler
if __name__=='__main__':
wf = global_info.taskgraph('wf')
c = scheduler.scheduler('c','localhost')
# 1st subgraph
w0 = wf.suc_extract('w0')
w0info = bases.infodict(w0)
w0bytesinfo = c.json_encode(w0info)
c.send(w0bytesinfo, 'localhost', 2014)
c.sndsock.close()
