def script():
filename = sys.argv[1]
min_sup = sys.argv[2]
D = graph_reader.graph_reader(filename)
gspan.gSpan([], D, int(min_sup))
print "Total number of patterns: {}".format(gspan.num_call - 1)
minsup -- minimum support threshold (integer)
"""
output(C)
E = right_most_path_extensions(C, D)
for (t, sup) in E:
C_prime = C + [t]
sup_C_prime = sup
if sup_C_prime >= minsup and is_canonical(C_prime):
gSpan(C_prime, D, minsup)
if __name__ == "__main__":
# Test exampleG
D = graph_reader.graph_reader("exampleG.txt")
gSpan([], D, 2)
# # Test Compound_422
# D = graph_reader.graph_reader("Compound_422.txt")
# gSpan([], D, 100)
# # Test right_most_path without support count
# E = right_most_path_extensions(None, D)
# for g in E.values():
# print g
# # Test right_most_path with support count
# E = right_most_path_extensions([], D)
# for t, sup in E:
# print "t: {}, sup: {}".format(t, sup)
