def format_row(log):
date_id = LogHandler.get_date_id(log['from'])
date = date_id if date_id not in done else ''
start = LogHandler.format_clocktime(log['from'])
end = LogHandler.format_clocktime(log['to'])
elapsed = LogHandler.format_duration(log['to'] - log['from'])
elapsed_in_day = LogHandler.format_duration(
duration_in_day[date_id]) if date_id not in done else ''
delta = LogHandler.format_duration_difference(
duration_in_day[date_id],
timedelta_should_per_day) if date_id not in done else ''
content = os.linesep.join([
format_cell(elem)
for elem in [date, start, end, elapsed, elapsed_in_day, delta]
])
done.add(date_id)
return content
def report(path: str, logs: list, name: str, should_hour_per_day: float):
assert len(logs) > 0, 'empty log'
done = set()
timedelta_should_per_day = datetime.timedelta(hours=should_hour_per_day)
duration_in_day = LogHandler.count_duration_per_day(logs)
total_duration = functools.reduce(
lambda s, d: s + d,
(duration for duration in duration_in_day.values()))
def format_cell(content: str):
return f'\\intbl {content} \\cell '
def format_row(log):
date_id = LogHandler.get_date_id(log['from'])
date = date_id if date_id not in done else ''
start = LogHandler.format_clocktime(log['from'])
end = LogHandler.format_clocktime(log['to'])
elapsed = LogHandler.format_duration(log['to'] - log['from'])
elapsed_in_day = LogHandler.format_duration(
duration_in_day[date_id]) if date_id not in done else ''
delta = LogHandler.format_duration_difference(
duration_in_day[date_id],
timedelta_should_per_day) if date_id not in done else ''
content = os.linesep.join([
format_cell(elem)
for elem in [date, start, end, elapsed, elapsed_in_day, delta]
])
done.add(date_id)
return content
cells = [f'\\cellx{r}' for r in (800, 1800, 2800, 3800, 4900, 6000)]
table_head = '\\trowd\\pard\\trqc ' + ' '.join(cells)
with open(path, 'w') as fs:
fs.write('{\\rtf1\\ansi\\deff0' + os.linesep)
fs.write('\\qr \\sb300 {\\loch %s}' %
(LogHandler.format_date(LogHandler.get_now()), ) + os.linesep)
fs.write('\\par\\pard\\sb300\\plain {\\loch Dear %s,}' % (name, ) +
os.linesep)
fs.write(
'\\par\\pard\\sb300\\sa300\\plain {\\loch your working time in %s from %s to %s is as follows:}'
% (LogHandler.get_month_id(logs[0]['from']),
LogHandler.format_date(logs[0]['from']),
LogHandler.format_date(logs[-1]['from'])) + os.linesep)
fs.write('\\par\\pard\\sb100\\sa100\\qc' + os.linesep)
fs.write(
table_head.replace(
'\\cellx', '\\clbrdrt\\brdrth\\clbrdrb\\brdrs\\cellx').replace(
'\\pard', '') + os.linesep)
fs.write(''.join([
f'\\intbl {title} \\cell '
for title in ['Date', 'Start', 'End', 'Elapsed', 'Sum', 'Change']
]) + '\\row' + os.linesep)
for id_log, log in enumerate(logs, 1):
fs.write((table_head if id_log < len(logs) else table_head.
replace('\\cellx', '\\clbrdrb\\brdrth\\cellx')) +
os.linesep)
fs.write(format_row(log) + os.linesep)
fs.write('\\row\\pard' + os.linesep)
fs.write(
'\\par\\pard\\sb100\\plain {\\loch The total working time for the %d days with time tracking is %s, the balance for this period is %s (with %s planned per day).}'
%
(len(duration_in_day), LogHandler.format_duration(total_duration),
LogHandler.format_duration_difference(
total_duration,
datetime.timedelta(hours=(should_hour_per_day *
len(duration_in_day)))),
LogHandler.format_duration(timedelta_should_per_day)) +
os.linesep)
fs.write('\\par\\pard\\sb300\\plain {\\loch Sincerely yours}' +
os.linesep)
fs.write('\\par\\pard\\sb300\\plain {\\loch clock_in}' + os.linesep)
fs.write('}' + os.linesep)
