Exemplo n.º 1
0
def calculate_report(lines, date_from, date_to):
    """Creates and returns report dictionaries

    Report dicts have form like this:
    {<Project>: {<log_message>: <accumulative time>},
                {<log_message1>: <accumulative time1>}}
    """
    work_dict = defaultdict(lambda: defaultdict(dict))
    slack_dict = defaultdict(lambda: defaultdict(dict))

    line_begins = date_begins(lines, date_from)
    line_ends = date_ends(lines, date_to)

    date_not_found = (line_begins is None or line_ends < line_begins)
    if date_not_found:
        return work_dict, slack_dict

    data = parse_lines()

    for i, line in enumerate(data[line_begins:line_ends+1]):
        # if we got to the last line - stop
        if line_begins+i+1 > line_ends:
            break

        next_line = data[line_begins+i+1]

        line_date = line.date
        next_line_date = next_line.date
        # if it's day switch, skip this cycle
        if line_date != next_line_date:
            continue

        time_diff = calc_time_diff(line, next_line)

        project = strip_log(next_line.project)
        log = strip_log(next_line.log)
        if next_line.is_slack:
            # if log message is identical add time_diff
            # to total time of the log
            if slack_dict[project][log]:
                total_time = slack_dict[project][log]
                total_time += time_diff
                slack_dict[project][log] = total_time
            else:
                slack_dict[project][log] = time_diff
        else:
            if work_dict[project][log]:
                total_time = work_dict[project][log]
                total_time += time_diff
                work_dict[project][log] = total_time
            else:
                work_dict[project][log] = time_diff

    return work_dict, slack_dict
Exemplo n.º 2
0
def calculate_stats(lines, date_from, date_to, today=False):
    work_time = []
    slack_time = []
    today_work_time = None

    line_begins = date_begins(lines, date_from)
    line_ends = date_ends(lines, date_to)

    date_not_found = (line_begins is None or line_ends < line_begins)
    if date_not_found:
        return work_time, slack_time, today_work_time

    data = parse_lines()

    for i, line in enumerate(data[line_begins:line_ends+1]):
        # if we got to the last line - stop
        if line_begins+i+1 > line_ends:
            break

        next_line = data[line_begins+i+1]

        line_date = line.date
        next_line_date = next_line.date

        # if it's day switch, skip this cycle
        if line_date != next_line_date:
            continue

        if next_line.is_slack:
            slack_time.append(calc_time_diff(line, next_line))
        else:
            work_time.append(calc_time_diff(line, next_line))

    if today:
        today_start_time = dt.strptime(
            "{} {}".format(data[line_begins].date, data[line_begins].time),
            DATETIME_FORMAT
        )
        today_work_time = (dt.now() - today_start_time).seconds

    return work_time, slack_time, today_work_time