"aplib":["APLib", lambda x:x, ""], }, "JCAlg": \ { "jcalg":["JCAlg", lambda x:x, ""], }, "BriefLZ": \ { "brieflz":["BriefLZ", lambda x:x, ""], }, } algorithms = get_algorithms(families) Help = makehelp(description, __version__, "<data_to_compress>", families) if len(argv) == 1: print(Help) exit() requested_algorithms, inputs = get_parameters(argv, 1, algorithms) tab = " " data_to_sum = inputs[0] if len(requested_algorithms) == 1: print "%s" % (algorithms[requested_algorithms[0]][0](data_to_sum)) else: for s in requested_algorithms: print "%s%s%s" % (algorithms[s][1], tab, algorithms[s][0](data_to_sum))
{ "aplib":["APLib", lambda x:x, ""], }, "JCAlg": \ { "jcalg":["JCAlg", lambda x:x, ""], }, "BriefLZ": \ { "brieflz":["BriefLZ", lambda x:x, ""], }, } algorithms = get_algorithms(families) Help = makehelp(description, __version__, "<data_to_compress>", families) if len(argv) == 1: print(Help) exit() requested_algorithms, inputs = get_parameters(argv, 1, algorithms) tab = " " data_to_sum = inputs[0] if len(requested_algorithms) == 1: print "%s" % (algorithms[requested_algorithms[0]][0](data_to_sum)) else: for s in requested_algorithms: print "%s%s%s" % (algorithms[s][1], tab, algorithms[s][0](data_to_sum))