def test_add_day_wrong(self):
year_1 = year.Year("2014")
nt.assert_raises_regexp(
errors.ReportError,
"^New date string didn't match year. 2014 doesn't include "
"2015-01-01.$", year_1.add_day, "2015-01-01")
year_1 = year.Year("2015")
nt.assert_raises_regexp(
errors.ReportError,
"^New date string didn't match year. 2015 doesn't include "
"2014-01-01.$", year_1.add_day, "2014-01-01")
def test_report_full_year(self):
year_1 = year.Year("2014")
while year_1.next_workday() != "2015-01-01":
day_1 = year_1.add_day(year_1.next_workday())
day_1.report("8:00", "1:00", "17:00")
nt.assert_equal(len(year_1.months), 12)
nt.assert_true(year_1.complete())
def test_add_another_year_with_forced_start_date(self):
year_1 = year.Year("2013", start_date="2013-09-01")
nt.assert_equal(year_1.next_workday(), "2013-09-02")
nt.assert_false(year_1.complete())
while year_1.next_workday() != "2014-01-01":
day_1 = year_1.add_day(year_1.next_workday())
day_1.report("8:00", "1:00", "17:00")
nt.assert_true(year_1.complete())
nt.assert_equal(len(year_1.months), 4)
def test_add_year_with_holidays(self):
year_1 = year.Year("2014")
nt.assert_equal(year_1.next_workday(), "2014-01-01")
year_1.add_holiday("2014-01-01", "New years day")
nt.assert_equal(year_1.next_workday(), "2014-01-02")
year_1.add_day("2014-01-02").report("8:00", "1:00", "17:00")
nt.assert_equal(year_1.calculate_flextime(), datetime.timedelta())
year_1.add_holiday("2014-01-02", "Ancestry day")
nt.assert_equal(year_1.calculate_flextime(),
datetime.timedelta(hours=8))
def test_calculate_flextime_with_incomming_flex(self):
year_1 = year.Year("2014",
flextime=datetime.timedelta(hours=3, minutes=14))
nt.assert_equal(year_1.calculate_flextime(),
datetime.timedelta(hours=3, minutes=14))
year_1.add_day("2014-01-01").report("10:00", "1:29", "16:00")
nt.assert_equal(year_1.calculate_flextime(),
datetime.timedelta(minutes=-15))
def test_add_another_empty_year(self):
year_1 = year.Year("2015")
nt.assert_equal(year_1.year, 2015)
nt.assert_equal(year_1.months, [])
nt.assert_false(year_1.complete())
nt.assert_equal(year_1.next_workday(), "2015-01-01")
nt.assert_equal(year_1.next_month(), "2015-01")
nt.assert_equal(year_1.next_year(), "2016")
nt.assert_equal(year_1.calculate_flextime(), datetime.timedelta())
nt.assert_equal(year_1.used_vacation(), 0)
nt.assert_equal(year_1.sick_days(), 0)
def add_day(self, date_string: str) -> Day:
"""Add a day.
:type date_string string: The new date
:rtype: Day
"""
if self.next_workday()[:4] == self.next_year():
new_year = year.Year(self.next_year())
for date, name in self.holidays.items():
new_year.add_holiday(date, name)
self.years.append(new_year)
new_day = self.current_year().add_day(date_string)
return new_day
def test_report_day_to_year(self):
year_1 = year.Year("2013")
day_1 = year_1.add_day("2013-01-01")
nt.assert_equal(day_1.date,
datetime.datetime(year=2013, month=1, day=1).date())
nt.assert_equal(len(year_1.months), 1)
nt.assert_equal(year_1.months[0].year, 2013)
nt.assert_equal(year_1.months[0].month, 1)
nt.assert_equal(len(year_1.months[0].days), 1)
nt.assert_equal(year_1.months[0].days[0], day_1)
nt.assert_equal(year_1.next_workday(), "2013-01-02")
nt.assert_equal(year_1.next_month(), "2013-02")
def test_add_year(self):
user_1 = user.User(employed_date="2014-09-01")
year_1 = year.Year("2014")
user_1.add_year(year_1)
nt.assert_equal(len(user_1.years), 1)
nt.assert_true(user_1.years[0], year_1)
year_2 = year.Year("2015")
nt.assert_raises_regexp(
errors.YearError,
"Previous year \(2014\) must be completed first.", user_1.add_year,
year_2)
user_2 = user.User(employed_date="2014-09-01")
year_3 = year.Year("2014")
year_3.add_day("2014-01-01")
nt.assert_raises_regexp(errors.YearError,
"Added year can't contain any reported days.",
user_2.add_year, year_3)
user_3 = user.User(employed_date="2014-09-01")
user_3.years[0].add_holiday("2014-01-01", "New Years Day")
nt.assert_raises_regexp(errors.YearError,
"Added year can't contain any reported days.",
user_2.add_year, year_3)
def __init__(self,
name: str = "",
employed_date: Optional[str] = None,
employment: int = 100,
payed_vacation: int = 0,
vacation_month: int = 1,
extra_vacation: int = 0):
self.name = name
self.years = []
if employed_date is not None:
self.employed_date = datetime.strptime(employed_date,
"%Y-%m-%d").date()
self.years.append(
year.Year(str(self.employed_date.year),
start_date=self.employed_date.isoformat()))
else:
self.employed_date = None
self.employment = employment
self.flextime = timedelta()
self.payed_vacation = payed_vacation
self.vacation_month = vacation_month
self.extra_vacation = extra_vacation
self.holidays = {}
def test_used_vacation(self):
year_1 = year.Year("2013")
nt.assert_equal(year_1.used_vacation(), 0)
year_1.add_day("2013-01-01").day_type = DayType.vacation
nt.assert_equal(year_1.used_vacation(), 1)
def test_sick_days(self):
year_1 = year.Year("2013")
nt.assert_equal(year_1.sick_days(), 0)
year_1.add_day("2013-01-01").day_type = DayType.sick_day
nt.assert_equal(year_1.sick_days(), 1)
def test_calculate_flextime(self):
year_1 = year.Year("2013")
nt.assert_equal(year_1.calculate_flextime(), datetime.timedelta())
year_1.add_day("2013-01-01").report("8:00", "0:30", "17:00")
nt.assert_equal(year_1.calculate_flextime(),
datetime.timedelta(minutes=30))
def test_report_full_month(self):
year_1 = year.Year("2014")
while year_1.next_workday()[:7] == "2014-01":
day_1 = year_1.add_day(year_1.next_workday())
day_1.report("8:00", "1:00", "17:00")
nt.assert_true(year_1.months[0].complete())