def setUpClass(self):
self.odf = data_helper.import_operative_data(_OPERATIVE_TEST_DATA_FILE)
self.udf = data_helper.import_usage_data(_TEST_DATA_FILE)
self.apps = analyze.summarize_applications(self.odf, self.udf)
return args
if __name__ == "__main__":
pd.set_option('display.width', 240)
args = parse_args()
input_file_operative = args['input_file_operative']
input_file_usage = args['input_file_usage']
output_file_applications = args['output_file_applications']
output_file_users = args['output_file_users']
analysis_start_time = datetime.datetime.now()
odf = data_helper.import_operative_data(input_file_operative)
udf = data_helper.import_usage_data(input_file_usage)
print("Total number of apps: {}".format(len(odf)))
print("Total number of events: {} with time range from {} to {} ".format(
len(udf), udf['datetime'].min(), udf['datetime'].max()))
application_summary = analyze.summarize_applications(odf, udf)
application_summary.to_csv(output_file_applications,
sep=';',
encoding='utf-8')
user_summary = analyze.summarize_users(odf, udf)
user_summary.to_csv(output_file_users, sep=';', encoding='utf-8')
print("Analysis took {} seconds".format(datetime.datetime.now() -
analysis_start_time))
odf = data_helper.import_operative_data(input_file_operative)
udf = data_helper.import_usage_data(input_file_usage)
municipalityId = data_helper.import_municipality_id_data(
input_file_municipality_id)
municipalityData = data_helper.import_municipality_data(
input_file_municipality_data)
print("Total number of apps: {}".format(len(odf)))
print("Total number of events: {} with time range from {} to {} ".format(
len(udf), udf['datetime'].min(), udf['datetime'].max()))
municipality_summary = analyze.combine_municipalities_data(
municipalityId, municipalityData)
application_summary = analyze.summarize_applications(
odf, udf, municipality_summary)
application_summary.to_csv(output_file_applications,
sep=';',
encoding='utf-8')
user_summary = analyze.summarize_users(odf, udf)
user_summary.to_csv(output_file_users, sep=';', encoding='utf-8')
print("Analysis took {} seconds".format(datetime.datetime.now() -
analysis_start_time))
# Plots for all applications
analyze.draw_plots_for_month(output_images_folder, application_summary,
"kuukausi_kaikki")
analyze.draw_plots_for_weekday(output_images_folder, application_summary,
"viikonpaiva_kaikki")