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#Daniel L.C. Mack
#Build Random Skeletons for SA_POP
import networkx as nx
import re
import sys
import random as rand
import Rand_Skeletons as RS
Ntasks = int(sys.argv[1])
Nconds = int(sys.argv[2])
inDegree = float(sys.argv[3])
outDegree = float(sys.argv[4])
rGen = int(sys.argv[5])
output = sys.argv[6]
ofile = open(output, 'w')
ofile.write("strict digraph testGraph {\n")
SANet = nx.DiGraph()
tasks = []
conds = []
#Build and record different types of nodes
for each in range(0,Ntasks+1):
tname = "task" + str(each)
SANet.add_node(tname)
tasks.append(tname)
for each in range(0,Nconds+1):
cname = "cond" + str(each)
SANet.add_node(cname)
conds.append(cname)
#Choose function to generate from
if rGen == 1:
SANet = RS.erdosGen(SANet, tasks, conds, inDegree, outDegree)
#Print out the graph currently into something resembling an SANet, for GraphViz to render
for each in tasks:
ofile.write("\"" + each + "\" [shape = box, style=filled, color = grey];\n" )
for each in conds:
ofile.write("\"" + each +"\" [ style=filled, color = grey];\n")
for edge in SANet.edges():
ofile.write("\"" + edge[0] + "\" -> \"" + edge[1] + "\";\n")
ofile.write("}\n")
ofile.close()
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