How to use to_seconds method in autotest

Best Python code snippet using autotest_python

even_more_oop.py

Source:even_more_oop.py

...18    def __str__(self):19        return '{0} hours, {1} minutes, {2} seconds'.format(self.hours, 20               self.minutes, self.seconds)21    def increment(self, seconds):22        totalsecs = self.to_seconds() + seconds23        self.hours = totalsecs // 360024        leftoversecs = totalsecs % 360025        self.minutes = leftoversecs // 6026        self.seconds = leftoversecs % 6027    def to_seconds(self):28        """ Return the number of seconds represented29            by this instance30        """31        return self.hours * 3600 + self.minutes * 60 + self.seconds32    33    def after(self, time2):34        """ Return True if I am strictly greater than time2 """35        return self.to_seconds() > time2.to_seconds()36    37    def __add__(self, other):38        return MyTime(0, 0, self.to_seconds() + other.to_seconds())39    40    def __sub__(self, other):41        return MyTime(0, 0, self.to_seconds() - other.to_seconds())42    43    """ TASK """44    """Turn the function 'between' into a method in the MyTime class."""45    def between(self, t1, t2):46        """ Check if given time is between two other specified """47        s0 = self.to_seconds()48        s1 = t1.to_seconds()49        s2 = t2.to_seconds()50        return s1 <= s0 < s251    52    """ Overload the '>' operator(s) """53    54    def __gt__(self, other):55        return self.to_seconds() > other.to_seconds()56    57    58t1 = MyTime(1, 15, 42)59t2 = MyTime(3, 50, 30)60t3 = MyTime(2, 50, 30)61t4 = MyTime(0, 50, 30)62t5 = MyTime(5, 50, 30)63t6 = MyTime(1, 15, 42)64t7 = MyTime(3, 50, 30)65#test(t3.between(t1, t2) == True)66#test(t4.between(t1, t2) == False)67#test(t5.between(t1, t2) == False)68#test(t6.between(t1, t2) == True)69#test(t7.between(t1, t2) == False)    70#test(t1 > t2 == False)71#test(t2 > t3 == True)72#test(t1 > t6 == False)73#test(t1.increment(10) == '1 hours, 15 minutes, 52 seconds')74#print(t1)75#test(t1.increment(60) == '1 hours, 16 minutes, 52 seconds')76#print(t1)77#test(t1.increment(-70) == '1 hours, 15 minutes, 42 seconds')78#print(t1)79#time1 = MyTime(10, 20, 30)80#test(str(time1) == '10 hours, 20 minutes, 30 seconds')81#print(time1)82#def add_time(t1, t2):83#    secs = t1.to_seconds() + t2.to_seconds()84#    return MyTime(0, 0, secs)85#current_time = MyTime(9, 14, 30)86#bread_time = MyTime(3, 35, 0)87#done_time = add_time(current_time, bread_time)88#print(done_time)89    90###############################################################################91""" TASK """92"""Write a Boolean function between that takes two MyTime objects, t1 and t2, 93as arguments, and returns True if the invoking object falls between the two 94times. Assume t1 <= t2, and make the test closed at the lower bound and open 95at the upper bound, i.e. return True if t1 <= obj < t2."""96def between(t1, t2, t3):97    s1 = t1.to_seconds()98    s2 = t2.to_seconds()99    s3 = t3.to_seconds()100    return s1 <= s3 < s2101    102#t1 = MyTime(1, 15, 42)103#t2 = MyTime(3, 50, 30)104#t3 = MyTime(2, 50, 30)105#t4 = MyTime(0, 50, 30)106#t5 = MyTime(5, 50, 30)107#t6 = MyTime(1, 15, 42)108#t7 = MyTime(3, 50, 30)109#test(between(t1, t2, t3) == True)110#test(between(t1, t2, t4) == False)111#test(between(t1, t2, t5) == False)112#test(between(t1, t2, t6) == True)113#test(between(t1, t2, t7) == False)

classwork_01.py

Source:classwork_01.py

...7    def __init__(self, hours: int, minutes: int, seconds: int):8        self.housr = hours9        self.minutes = minutes10        self.seconds = seconds11    def to_seconds(self) -> int:12        return self.seconds + self.minutes * 60 + self.housr * 60 * 6013    def __eq__(self, other: MyTime):14        return self.to_seconds() == other.to_seconds()15    def __ne__(self, other: MyTime):16        return self.to_seconds() != other.to_seconds()17    def __lt__(self, other: MyTime):18        return self.to_seconds() < other.to_seconds()19    def __le__(self, other: MyTime):20        return self.to_seconds() <= other.to_seconds()21    def __gt__(self, other: MyTime):22        return self.to_seconds() > other.to_seconds()23    def __ge__(self, other: MyTime):24        return self.to_seconds() >= other.to_seconds()25def main():26    a = MyTime(hours=3, minutes=30, seconds=30)27    b = MyTime(hours=3, minutes=30, seconds=30)28    print("a == b:", a == b)29    print("a >= b:", a >= b)30    b.seconds = 4531    print("a <= b:", a <= b)32if __name__ == "__main__":...

index.py

Source:index.py

2""" Implement a function, which should parse time expressed as HH:MM:SS, or None otherwise.3Any extra characters, or minutes/seconds higher than 59 make the input invalid, and so should return None. """4import re5from functools import reduce6# def to_seconds(time):7#     if re.match(r'\A\d\d:[0-5]\d:[0-5]\d\Z', time):8#         hh, mm, ss = time.split(':')9#         return int(hh) * 60 * 60 + int(mm) * 60 + int(ss)10def to_seconds(time):11    if re.match(r'\A\d\d:[0-5]\d:[0-5]\d\Z', time):12        return reduce(lambda x, y: x * 60 + y, map(int, time.split(':')))13q = to_seconds("00:00:00"), 014q15q = to_seconds("01:02:03"), 372316q17q = to_seconds("01:02:60"), None18q19q = to_seconds("01:60:03"), None20q21q = to_seconds("99:59:59"), 35999922q23q = to_seconds("0:00:00"), None24q25q = to_seconds("00:0:00"), None26q27q = to_seconds("00:00:0"), None28q29q = to_seconds("00:00:00\n"), None30q31q = to_seconds("\n00:00:00"), None...

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