def __get_week_number(self, target_date: datetime) -> int:
"""指定された日付からその月の「第N週」かを取得する
Arguments:
target_date {datetime} -- 第N週を取得する対象の日付情報
Returns:
int -- 第N週の`N`
#この__get_week_number()の使い方
#date = datetime(2019,6,3)
#week_num = __get_week_number(date)
"""
# カレンダーを日曜日始まりで作成する( firstweekday=6 は日曜日始まりを指定 )
cl = Calendar(firstweekday=6)
# ここからが実際に第N週かを取得する処理
month_cl = cl.monthdays2calendar(target_date.year, target_date.month)
week_num = 1
for week in month_cl:
for day in week:
if day[0] == target_date.day:
return week_num
week_num += 1
def get_month(y, m):
"""
Return list of month's weeks, which day
is a turple (<month day number>, <weekday number>)
"""
cal = Calendar()
month = cal.monthdays2calendar(y, m)
# Add additional num to every day which mark from
# this or from other day that day numer
for week in range(len(month)):
for day in range(len(month[week])):
_day = month[week][day]
if _day[0] == 0:
this = 0
else:
this = 1
_day = (_day[0], _day[1], this)
month[week][day] = _day
# Days numbers of days from preious and next monthes
# marked as 0 (zero), replace it with correct numbers
# If month include 4 weeks it hasn't any zero
if len(month) == 4:
return month
quater = calc_quarter(y, m)
# Zeros in first week
fcount = 0
for i in month[0]:
if i[0] == 0:
fcount += 1
# Zeros in last week
lcount = 0
for i in month[-1]:
if i[0] == 0:
lcount += 1
if fcount:
# Last day of prev month
n = monthrange(quater[0][0], quater[0][1])[1]
for i in range(fcount):
month[0][i] = (n - (fcount - 1 - i), i, 0)
if lcount:
# First day of next month
n = 1
for i in range(lcount):
month[-1][-lcount + i] = (n + i, 7 - lcount + i, 0)
return month
def get_month(y, m):
"""
Return list of month's weeks, which day
is a turple (<month day number>, <weekday number>)
"""
cal = Calendar()
month = cal.monthdays2calendar(y, m)
# Add additional num to every day which mark from
# this or from other day that day numer
for week in range(len(month)):
for day in range(len(month[week])):
_day = month[week][day]
if _day[0] == 0:
this = 0
else:
this = 1
_day = (_day[0], _day[1], this)
month[week][day] = _day
# Days numbers of days from preious and next monthes
# marked as 0 (zero), replace it with correct numbers
# If month include 4 weeks it hasn't any zero
if len(month) == 4:
return month
quater = calc_quarter(y, m)
# Zeros in first week
fcount = 0
for i in month[0]:
if i[0] == 0:
fcount += 1
# Zeros in last week
lcount = 0
for i in month[-1]:
if i[0] == 0:
lcount += 1
if fcount:
# Last day of prev month
n = monthrange(quater[0][0], quater[0][1])[1]
for i in range(fcount):
month[0][i] = (n - (fcount - 1 - i), i, 0)
if lcount:
# First day of next month
n = 1
for i in range(lcount):
month[-1][-lcount + i] = (n + i, 7 - lcount + i, 0)
return month
def find_mondays(year, month):
cal = Calendar()
mondays = list()
for week in cal.monthdays2calendar(year, month):
for day in week:
(monthday, weekday) = day
if (weekday == 1 and monthday > 0):
mondays.append(
datetime.date(year=year, month=month, day=monthday))
return mondays
def find_mondays(year, month):
cal = Calendar()
mondays = list()
for week in cal.monthdays2calendar(year, month):
for day in week:
(monthday, weekday) = day
if (weekday == 1 and monthday > 0):
mondays.append(datetime.date(year=year,
month=month,
day=monthday))
return mondays
def calendar(tasks, date_obj=date.today()):
month, year = date_obj.month, date_obj.year
tasks = tasks
dates = Calendar()
weeks = [process_week(week, month, year) for week in
dates.monthdays2calendar(year, month)]
weeks = [check_tasks(week, tasks) for week in weeks]
return {
'weeks': weeks,
'date_obj': date_obj,
}
def get_month_wireframe(year, month, day):
"""
Utility function for getting the layout of month days
"""
year, month, day = int(year), int(month), int(day)
cal = Calendar()
monthly_days = cal.monthdays2calendar(year, month)
return {
'monthly_days': monthly_days,
'year': year,
'month': MONTHS[month],
'today': day,
}
def get_month_wireframe(year, month, day):
"""
Utility function for getting the layout of month days
"""
year, month, day = int(year), int(month), int(day)
cal = Calendar()
monthly_days = cal.monthdays2calendar(year, month)
return {
'monthly_days': monthly_days,
'year': year,
'month': MONTHS[month],
'today': day,
}
def get_week_wireframe(year, month, day):
"""
Utility function for returning the current week
"""
year, month, day = int(year), int(month), int(day)
cal = Calendar()
monthly_days = cal.monthdays2calendar(year, month)
current_week = None
for week in monthly_days:
if [i for i, v in enumerate(week) if v[0] == day]:
current_week = week
return {
'week': current_week,
'year': year,
'month': MONTHS[month],
'today': day,
}
def change_day(self, year, month):
"""最初に各ラベルを初期化"""
self.clr_btn_txt()
cl = Calendar(firstweekday=6) # タプル(日付,曜日)が週毎に返される
month_cl = cl.monthdays2calendar(year, month)
i = 1 # "1"週目で初期化
j = 0
for week in month_cl:
# weekは[1週目],[2週目],...
for day in week:
# dayは週毎の各日の(日付,曜日)
if day[1] + 1 == 7: j = 0
else: j = day[1] + 1
if not day[0] == 0: self.set_btn_txt(i, j, str(day[0]))
i += 1
def get_week_wireframe(year, month, day):
"""
Utility function for returning the current week
"""
year, month, day = int(year), int(month), int(day)
cal = Calendar()
monthly_days = cal.monthdays2calendar(year, month)
current_week = None
for week in monthly_days:
if [i for i, v in enumerate(week) if v[0] == day]:
current_week = week
return {
'week': current_week,
'year': year,
'month': MONTHS[month],
'today': day,
}
def calendar_page():
calendar = Calendar()
month = int(request.args.get("month"))
year = int(request.args.get("year"))
weeks = list(calendar.monthdays2calendar(year, month))
while len(weeks) < 6:
weeks.append([(0, i) for i in range(7)])
data = {}
data["weekdays"] = list(day_name)
data["month"] = month
data["month_name"] = month_name[month]
data["year"] = str(year)
return render_template("calendar.html", weeks=weeks, data=data)
def horas_semana(self, ano, mes, semana):
total = timedelta(hours=0, minutes=0)
calendario = Calendar()
listasemana = calendario.monthdays2calendar(year=ano, month=mes)
try:
for dia in listasemana[semana]:
if not dia[0] == 0:
diatrabalhado = self.diatrabalho_set.filter(data=datetime(year=ano, month=mes, day=dia[0]))
if diatrabalhado:
diatrabalhado = diatrabalhado[0]
total += diatrabalhado.horas_trabalhadas()
return total
except IndexError:
return timedelta(hours=0, minutes=0)
def meetup_day(year, month, weekday, nth_day):
cal = Calendar()
# Get the calendar for given month and year
weeks_and_days = cal.monthdays2calendar(year, month)
# Day string (Monday) --> number
weekday_num = week_day_to_num(weekday)
# Week string to number
nth_week = dict(zip('1st 2nd 3rd 4th last'.split(), range(5)))
final_day = 0
if nth_day in nth_week:
# Make the string an int
week_num = nth_week[nth_day]
# Check if there is a "Monday" on first week
if weeks_and_days[0][weekday_num][0]:
final_day = weeks_and_days[week_num][weekday_num][0]
else:
final_day = weeks_and_days[week_num + 1][weekday_num][0]
elif nth_day == "teenth":
# Check if in second week
if weeks_and_days[1][weekday_num][0] >= 10:
final_day = weeks_and_days[1][weekday_num][0]
# Check if third week
elif weeks_and_days[2][weekday_num][0] >= 10:
final_day = weeks_and_days[2][weekday_num][0]
else:
final_day = weeks_and_days[3][weekday_num][0]
return date(year, month, final_day)
def _get_month(current_year, current_month):
"""
Return list of month's weeks, which day
is a turple (<month day number>, <weekday number>)
"""
cal = Calendar()
month = cal.monthdays2calendar(current_year, current_month)
# Append to month's days a bool value to know if the day is in month
for week_number, week in enumerate(month):
for day in week:
in_this_month = 1
day_number, weekday_number = day
if not day_number:
in_this_month = 0
day = (day_number, weekday_number, in_this_month)
month[week_number][weekday_number] = day
if len(month) == 4:
return month
quarter = calc_quarter(current_year, current_month)
# Zeros in first week
first_week_zeros = 0
first_week = month[0]
for day in first_week:
in_this_month = day[-1]
if not in_this_month:
first_week_zeros += 1
# Zeros in last week
last_week_zeros = 0
last_week = month[-1]
for day in last_week:
in_this_month = day[-1]
if not in_this_month:
last_week_zeros += 1
if first_week_zeros:
# Last day of prev month
previous_month = quarter[0]
_, n_days = monthrange(*previous_month)
for i in range(first_week_zeros):
weekday = n_days - (first_week_zeros - 1 - i)
month[0][i] = (weekday, i, 0)
if last_week_zeros:
for i in range(last_week_zeros):
month[-1][-last_week_zeros + i] = (
i + 1,
7 - last_week_zeros + i,
0,
)
return month
