def testing(inv_dict):
print "Entering testing module ..."
inv_dict = compute(inv_dict)
num_nodes = np.load(inv_dict["ver_fn"]).item()
benchdir = "/Users/disa/m2g/MROCPdjango/computation/tests/bench" # TODO DM: Alter Dynamically
testObj = unittesting.test(
inv_dict["graph_fn"],
inv_dict["save_dir"],
num_nodes,
inv_dict["ss1_fn"],
inv_dict["deg_fn"],
inv_dict["tri_fn"],
inv_dict["cc_fn"],
inv_dict["mad_fn"],
benchdir,
) # Create unittest object
testObj.testClustCoeff()
testObj.testDegree()
testObj.testTriangles()
testObj.testMAD()
testObj.testSS1()
def testing(G_fn, dataDir): mad = getMaxAveDegree(G_fn) ss1_fn, deg_fn, numNodes = calcScanStat_Degree(G_fn) tri_fn = eignTriangleLocal(G_fn)[0] ccArr_fn = calcLocalClustCoeff(deg_fn, tri_fn, test=True) testObj = unittesting.test(G_fn, dataDir, numNodes, ss1_fn = ss1_fn, deg_fn = deg_fn, tri_fn = tri_fn, ccArr_fn = ccArr_fn, mad = mad) # Create unittest object testObj.testClustCoeff() testObj.testDegree() testObj.testTriangles() testObj.testMAD() testObj.testSS1()
def testing(inv_dict):
print "Entering testing module ..."
inv_dict = compute(inv_dict)
num_nodes = np.load(inv_dict["ver_fn"]).item()
benchdir = "/Users/disa/m2g/MROCPdjango/computation/tests/bench" # TODO DM: Alter Dynamically
testObj = unittesting.test(inv_dict["graph_fn"], inv_dict["save_dir"], num_nodes, inv_dict["ss1_fn"]\
, inv_dict["deg_fn"], inv_dict["tri_fn"], inv_dict["cc_fn"], inv_dict["mad_fn"], benchdir) # Create unittest object
testObj.testClustCoeff()
testObj.testDegree()
testObj.testTriangles()
testObj.testMAD()
testObj.testSS1()
def testing(G_fn, dataDir):
mad = getMaxAveDegree(G_fn)
ss1_fn, deg_fn, numNodes = calcScanStat_Degree(G_fn)
tri_fn = eignTriangleLocal(G_fn)[0]
ccArr_fn = calcLocalClustCoeff(deg_fn, tri_fn, test=True)
testObj = unittesting.test(G_fn,
dataDir,
numNodes,
ss1_fn=ss1_fn,
deg_fn=deg_fn,
tri_fn=tri_fn,
ccArr_fn=ccArr_fn,
mad=mad) # Create unittest object
testObj.testClustCoeff()
testObj.testDegree()
testObj.testTriangles()
testObj.testMAD()
testObj.testSS1()