# Sub initializer
# The following output is when we call super class's __init__ with super().__init__()
# Base initializer
# Sub initializer
s.f()
# Sub.f()
"""
Other languages automatically call base class initializers. But Python treats __init__() like any other method. Base class __init__() is not called if overridden. To call base class's __init__() along with subclass's __init__() use super()
"""
from sorted_list import SortedList
sl = SortedList([4, 3, 2, 1])
print(sl) # SortedList([1, 2, 3, 4])
print(len(sl)) # 4
sl.add(-42)
print(sl) # SortedList([-42, 1, 2, 3, 4])
"""
isinstance() --> determinses if an object is of a specified type
--> used for run time type checking
"""
# Examples
isinstance(3, int)
# => True
x = []
isinstance(x, (float, dict, list))
# => True
"""
CHECKING FOR SPECIFIC TYPES IS BAD DESIGN IN PYTHON
"""
# 09_02-A Realistic Example SortedList
from sorted_list import SortedList
sl = SortedList([4, 3, 78, 11])
sl
len(sl)
sl.add(-42)
sl
sl.add(7)
sl
from sorted_list import IntList
il = IntList([1, 2, 3, 4])
il
il.add(19)
il
# TypeError: IntList only supports integer values.
il.add('5')
# 09_02-A Realistic Example SortedList
from sorted_list import SortedList
sl = SortedList([4, 3, 78, 11])
sl
len(sl)
sl.add(-42)
sl
sl.add(7)
sl
from sorted_list import IntList
il = IntList([1,2,3,4])
il
il.add(19)
il
# TypeError: IntList only supports integer values.
il.add('5')
