def func():
file_name = "data.txt"
target_dict = get_target_provenance(file_name) ;
tuplelist = get_tuplelist(file_name) ;
mc_num = 1000 ;
print "mc_num: %d", mc_num ;
pool = Pool(1) ;
tasks = [ [tuplelist, mydict, term, mc_num] for term in mydict ] ;
#print tasks ;
pool_outputs = pool.map(mc_graph, tasks)
pool.close()
pool.join()
f = open("ps_pn_output.txt", "w") ;
print >> f, 'Pool:', pool_outputs;
f.close() ;
def func():
file_name = "158-146/158-146-1035-traces.txt"
[tuplelist, mydict] = get_tuplelist(file_name) ;
print "edge num is: ", len(mydict) ;
#nID = raw_input("Input your id plz") ;
mc_num = 1000000 ;
print "mc_num: %d", mc_num ;
#print "edges: ", mydict ;
pool = Pool(1) ;
tasks = [ [tuplelist, mydict, term, mc_num] for term in mydict ] ;
#print tasks ;
pool_outputs = pool.map(mc_graph, tasks)
pool.close()
pool.join()
f = open("ps_pn_output.txt", "w") ;
print >> f, 'Pool:', pool_outputs;
f.close() ;
#print "add edge %s %s" % (start, node) ;
walk(G, node) ;
def run_once(G, start_node):
global provenance_dict ;
print "-------------start walk------------"
for i in range(200):
if(i%100 == 0): print "-----walk %d ----"%i
initStep() ;
path.append(start_node) ;
walk(G, start_node) ;
print "------------reading graph-----------"
file_name = "/home/pear/one_multi_pro_ranking/dataset/karate.txt" ;
G = nx.read_edgelist(file_name) ;
start_node = "1"
end_list = ["29", "10", "4", "24", "27", "32", "2", "21", "16", "6"] ;
run_once(G, start_node) ;
write_file = "test-walk.txt" ;
f = open(write_file, 'w') ;
for key in provenance_dict:
print >>f, key ;
f.close() ;
[nouse, mydict] = get_tuplelist(write_file) ;
print "edge num: ",len(mydict) ;
from BasicFunction import getTargetListKarate, get_edge_list, get_tuplelist ;
targetlist = getTargetListKarate() ;
write_file = "data_file/why-1_checked_causality.txt" ;
[prolist, mydict] = get_tuplelist(write_file) ;
lenlist = [] ;
for pro in prolist:
lenlist.append( len(pro) ) ;
print min(lenlist), max(lenlist) ;
print "edge num: ",len(mydict) ;
nodeset = set() ;
for key in mydict.keys():
temp = key.split("-") ;
nodeset.add(temp[0]) ;
nodeset.add(temp[1]) ;
print ",".join(temp) ;
print len(nodeset) ;
print set(targetlist) & nodeset ;
