def generate_daily_reports():
records = get_state_change_btw(yesterday_start, today_start)
if records == None or len(records) == 0:
logging.info('No records available to generate daily report')
return
else:
logging.info('Generating daily report')
if records[0].new_state == 0:
if records[0].timestamp == yesterday_start:
del records[0]
else:
first_on_record = StateChange(1, yesterday_start)
records.insert(0, first_on_record)
if records[-1].new_state == 1:
if records[-1].timestamp == today_start:
del records[-1]
else:
last_off_record = StateChange(0, today_start)
records.append(last_off_record)
on_time = 0
for x, y in pairwise(records):
single_on_time = y.timestamp - x.timestamp
on_time = on_time + single_on_time
last_report = get_report(yesterday_start - 86400, ReportType.DAILY_REPORT)
message = get_report_message(ReportType.DAILY_REPORT, on_time, yesterday)
message += get_percentage_change(on_time, last_report.on_time if last_report else None)
new_tweet(Tweet(int(time.time()), message, None, today_start + 43200))
new_report(Report(yesterday_start, on_time, ReportType.DAILY_REPORT))
def generate_report(report_type, report_str, process_report, get_start_date):
date = get_start_date()
date_start = int(time.mktime(date.timetuple()))
reports = get_reports(process_report, date_start, yesterday_start)
if reports == None or len(reports) == 0:
logging.info('No records available to generate ' + report_str + ' report')
return
else:
logging.info('Generating ' + report_str + ' report')
from_date = datetime.datetime.fromtimestamp(reports[0].date)
on_time = 0
for report in reports:
on_time = on_time + report.on_time
avg_on_time = on_time/len(reports)
last_report = get_report(date_start, report_type)
message = get_report_message(report_type, avg_on_time, from_date, yesterday)
message += get_percentage_change(avg_on_time, last_report.on_time if last_report else None)
new_tweet(Tweet(int(time.time()), message, None, today_start + 86400))
new_report(Report(today_start, avg_on_time, report_type))