def getMonthTable()

in src/pycalendar/utils.py [0:0]

• 42 lines of code
• 20 McCabe index (conditional complexity)

def getMonthTable(month, year, weekstart, table, today_index):
    from pycalendar.datetime import DateTime

    # Get today
    today = DateTime.getToday(None)
    today_index = [-1, -1]

    # Start with empty table
    table = []

    # Determine first weekday in month
    temp = DateTime(year, month, 1, 0)
    row = -1
    initial_col = temp.getDayOfWeek() - weekstart
    if initial_col < 0:
        initial_col += 7
    col = initial_col

    # Counters
    max_day = daysInMonth(month, year)

    # Fill up each row
    for day in range(1, max_day + 1):
        # Insert new row if we are at the start of a row
        if (col == 0) or (day == 1):
            table.extend([0] * 7)
            row += 1

        # Set the table item to the current day
        table[row][col] = packDate(temp.getYear(), temp.getMonth(), day)

        # Check on today
        if (temp.getYear() == today.getYear()) and (temp.getMonth() == today.getMonth()) and (day == today.getDay()):
            today_index = [row, col]

        # Bump column (modulo 7)
        col += 1
        if (col > 6):
            col = 0

    # Add next month to remainder
    temp.offsetMonth(1)
    if col != 0:
        day = 1
        while col < 7:
            table[row][col] = packDate(temp.getYear(), temp.getMonth(), -day)

            # Check on today
            if (temp.getYear() == today.getYear()) and (temp.getMonth() == today.getMonth()) and (day == today.getDay()):
                today_index = [row, col]

            day += 1
            col += 1

    # Add previous month to start
    temp.offsetMonth(-2)
    if (initial_col != 0):
        day = daysInMonth(temp.getMonth(), temp.getYear())
        back_col = initial_col - 1
        while(back_col >= 0):
            table[row][back_col] = packDate(temp.getYear(), temp.getMonth(), -day)

            # Check on today
            if (temp.getYear() == today.getYear()) and (temp.getMonth() == today.getMonth()) and (day == today.getDay()):
                today_index = [0, back_col]

            back_col -= 1
            day -= 1

    return table, today_index