def test(): csv_list1 = csvhelper.csv_parser("./data/AppUsage.csv") # dupllicate_tuple_app_usage(csv_list1) # print format_time_app_usage(csv_list1[5][1]) # print_table(std_table_app_usage(csv_list1)) print '-----------------------------------------' csv_list2 = csvhelper.csv_parser("./data/event_logger.csv") # dupllicate_tuple_logger(csv_list2) # print format_time_event_logger(csv_list2[5][1]) # print_table(std_table_event_logger(csv_list2)) csv_list3 = csvhelper.csv_parser("./data/sss2.xml.csv") # dupllicate_tuple_pro(csv_list3) # print format_time_hn(csv_list3[5][4]) # print replace_table() cc = stdtable.std_table_pro(csv_list3) # print_table(cc) std = stdtable.get_standard_table( stdtable.std_table_app_usage(csv_list1), stdtable.std_table_event_logger(csv_list2), stdtable.std_table_pro(csv_list3)) # print_std_table(std) sort_std = stdtable.sort_std_table(std) table_manager.print_table(sort_std) # csvhelper.export(sort_std, "hello2.csv", 'app name, app name[type], screen_status, time_date, time_seconds, duration_sec, type') # print csv_list print "--------------"
def test(): csv_list1 = csvhelper.csv_parser("./data/AppUsage.csv") # dupllicate_tuple_app_usage(csv_list1) # print format_time_app_usage(csv_list1[5][1]) # print_table(std_table_app_usage(csv_list1)) print '-----------------------------------------' csv_list2 = csvhelper.csv_parser("./data/event_logger.csv") # dupllicate_tuple_logger(csv_list2) # print format_time_event_logger(csv_list2[5][1]) # print_table(std_table_event_logger(csv_list2)) csv_list3 = csvhelper.csv_parser("./data/sss2.xml.csv") # dupllicate_tuple_pro(csv_list3) # print format_time_hn(csv_list3[5][4]) # print replace_table() cc= stdtable.std_table_pro(csv_list3) # print_table(cc) std = stdtable.get_standard_table(stdtable.std_table_app_usage(csv_list1), stdtable.std_table_event_logger(csv_list2),stdtable.std_table_pro(csv_list3)) # print_std_table(std) sort_std = stdtable.sort_std_table(std) table_manager.print_table(sort_std) # csvhelper.export(sort_std, "hello2.csv", 'app name, app name[type], screen_status, time_date, time_seconds, duration_sec, type') # print csv_list print "--------------"
def time_test(): path = "./data/6.1/" date = "2016-06-01" csv_list1 = csvhelper.csv_parser(path + "test.csv") csv_list2 = csvhelper.csv_parser(path + "AppUsage_test.csv") std1 = stdtable.std_table_saver(csv_list1) std = stdtable.std_table_app_usage(csv_list2) # std = stdtable.get_standard_table(std2, [], std1) sort_std = stdtable.sort_std_table(std) sort_std = stdtable.slice_by_time(sort_std, date) sort_std = stdtable.sort_by_appname(sort_std) table_manager.print_table(sort_std)
def time_test(): path = "./data/6.1/" date = "2016-06-01" csv_list1 = csvhelper.csv_parser(path+"test.csv") csv_list2 = csvhelper.csv_parser(path+"AppUsage_test.csv") std1 = stdtable.std_table_saver(csv_list1) std = stdtable.std_table_app_usage(csv_list2) # std = stdtable.get_standard_table(std2, [], std1) sort_std = stdtable.sort_std_table(std) sort_std = stdtable.slice_by_time(sort_std, date) sort_std = stdtable.sort_by_appname(sort_std) table_manager.print_table(sort_std)
def test2(): csv_list = csvhelper.csv_parser("./data/6.1/saver.csv") table_manager.dupllicate_tuple_saver(csv_list, True)
def test1(): csv_list1 = csvhelper.csv_parser("./data/AppUsage.csv") std = stdtable.std_table_app_usage(csv_list1) table_manager.print_table(std) table_manager.print_table(stdtable.count_application(std))
def getRawDataSet(data_path): csv_list1 = csvhelper.csv_parser(data_path + "AppUsage.csv") csv_list2 = csvhelper.csv_parser(data_path + "event_logger.csv") csv_list3 = csvhelper.csv_parser(data_path + "saver.csv") return csv_list1, csv_list2, csv_list3
def getRawDataSet(data_path): csv_list1 = csvhelper.csv_parser(data_path+"AppUsage.csv") csv_list2 = csvhelper.csv_parser(data_path+"event_logger.csv") csv_list3 = csvhelper.csv_parser(data_path+"saver.csv") return csv_list1, csv_list2, csv_list3