# L1 (1)

# def sum_list(list):
#     sum = 0
#     for x in list:
#         sum = sum + x
#     return sum
#
# my_list = [1,2,3,4]
# print(sum_list(my_list))

# L2 (2)

# def multiply_list(list):
#     multiplication = 1
#     for x in list:
#         multiplication *= x
#     return multiplication
#
# my_list = [1,2,3,4]
# print(multiply_list(my_list))

# L3 (3)

# def largest_number(list):
#     list.sort()
#     return list[-1]
#
# my_list = [3,1,4,2]
# print(largest_number(my_list))

# 4
'''
my_list = [3,1,4,2]
my_list.sort()
smallest_number = my_list[0]
print(smallest_number)
'''

# L4 (5)

# def count_specific_str(list):
#     counter = 0
#     for x in list:
#         if len(x) >= 2 and x[0] == x[-1]:
#             counter += 1
#     return counter
#
# sample_list = ['abc', 'xyz', 'aba', '1221']
# print(count_specific_str(sample_list))


# # L5 (6)
#
# lst = [(2, 5), (1, 2), (4, 4), (2, 3), (2, 1)]
#
# for x in lst:
#
#
# print(lst)

# L6 (7) nie uzywac seta

#### new_list = [x for n,x in enumerate(my_list) if x not in my_list[:n]]
#### print(new_list)

# def remove_duplicates(list):
#     new_list = []
#     for i,x in enumerate(list):
#         if x not in list[i+1:]:
#             new_list.append(x)
#     return new_list
#
# my_list = ['aaa', 'asd', 'aaa', 'qwe']
# print(remove_duplicates(my_list))

# L7 (10)

# def find_words(list, n):
#     new_list = []
#     for x in list:
#         if len(x) > n:
#             new_list.append(x)
#     return new_list
#
# my_list = ['red', 'green', 'blue']
# print(find_words(my_list, 3))


# L8 (11)

# list_1 = ['a', 'b', 'c', 'd']
# list_2 = ['e', 'a', 'f', 'g']
#
# def common_element(list1, list2):
#     for x in list1:
#         if x in list2:
#             return True
#         break
#
# print(common_element(list_1, list_2))

# L9 (12)

# my_list = ['Red', 'Green', 'White', 'Black', 'Pink', 'Yellow']
#
# def remove_elements(list):
#     list = [x for (i,x) in enumerate(list) if i not in (0,4,5)]
#     return list
#
# print(remove_elements(my_list))


# L10 (14)

# my_list = [1,2,3,4,5,6]
#
# def remove_even_numbers(list):
#     for x in list:
#         if x % 2 == 0:
#             list.remove(x)
#     return list
#
# print(remove_even_numbers(my_list))

# L11 (16)

# def generate_square_numbers_to(n):
#     list = []
#     out_list = []
#     for x in range(1, n + 1):
#         list.append(x**2)
#     out_list.extend(list[:5])
#     out_list.extend(list[-5:])
#     return out_list
#
# print(generate_square_numbers_to(15))

# L12 (18) nie uzywac itertools

# lst = ['a', 'b', 'c']

# def perm(a, k=0):
#    if k == len(a):
#       print(a)
#    else:
#       for i in range(k, len(a)):
#          a[k], a[i] = a[i] ,a[k]
#          perm(a, k+1)
#          a[k], a[i] = a[i], a[k]
#
# perm(lst)


# L13 (19)

# lst = ['a', 'b', 'c', 'e']
# other_lst = ['d', 'b', 'c', 'w']
#
# def difference_between_lists(list1, list2):
#     result = []
#     for x in list1:
#         if x not in list2:
#             result.append(x)
#     return result
#
# print(difference_between_lists(lst, other_lst))

# 20

# nums = [5, 15, 35, 8 , 98]
# for index, value in enumerate(nums):
#     print(index, value)

# 21

# lst = ['l', 'i', 's', 't']
# s = ""
# for x in lst:
#     s = s + x
#
# print(s)
#
# #other solution
# ss = ''.join(lst)
# print(ss)

# 22

# num = [10, 30, 4, -6]
#
# print(num.index(30))

# 23

# lst = [[2,4,3], [1,5,6], [9], [7,9,0]]
# new_lst = []
#
# for x in lst:
#     for y in x:
#         new_lst.append(y)
#
# print(new_lst)

# 27 sort

# lst = [11, 23, 4, 6, 21]
#
# lst.sort()
# print(lst[1])

# 29 for in

# lst = ['a', 'b', 'c', 'a']
#
# for i,x in enumerate(lst):
#     if x in lst[i+1:]:
#         lst.remove(x)
# print(lst)

# 31

# lst = [1, 2, 3, 4, 5, 6, 7, 8]
# counter = 0
#
# for x in lst:
#     if 3 <= x <= 6:
#         counter += 1
#
# print(counter)

# 37

# lst1 = ['a','b','c']
# lst2 = ['e','a','g']
#
# for x in lst1:
#     if x in lst2:
#         print(x)

# 42 min max range

# lst = [4,6,9]
# missing = []
#
# for x in range(min(lst), max(lst)):
#     if x not in lst:
#         missing.append(x)
#
# print(missing)

'''to be done'''
# 44

#lst = [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15]

# 46

# lst = [21, 11, 2, 55, 9, 10, 72, 18, 5]
# new_lst = []
#
# for i,x in enumerate(lst, 1):
#     if i%2 == 1:
#         new_lst.append(x)
#
# print(new_lst)

# 51

# lst = [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15]
#
# new_lst = [lst[i::3] for i in range(3)]
#
# print(new_lst)

# 56

# str1 = 'string'
# lst = []
#
# for x in str1:
#     lst.append(x)
#
# print(lst)

# 63

# str1 = 'xxx'
# lst = ['one', 'two', 'three', 'four']
#
# for i,x in enumerate(lst):
#     lst[i] = str1 + x
#
# print(lst)

'''to be done'''
# 64

# lst1 = ['one', 'two', 'three']
# lst2 = ['jeden', 'dwa', 'trzy']
# str1 = ''

# 69

# lst = [[10, 20], [40], [30, 56, 25], [10, 20], [33], [40]]
# new_lst = []
#
# for i,x in enumerate(lst, 1):
#     if x not in lst[i:]:
#         new_lst.append(x)
#
# print(new_lst)


# z wykladu
# l = ['a', 'aaa', 'aa']
# r = [len(i) for i in l]
# print(r)

# L29

# l1 = ['asd', 'ABc', 'qqq']
# l2 = ['ASD', 'abc', 'qqq']
#
# def check_if_equal(l1, l2):
#     r1 = [x.lower() for x in l1]
#     r2 = [y.lower() for y in l2]
#     return r1 == r2
#
# print(check_if_equal(l1,l2))


    # L30

# a)
# A = ['agh', 'mtm', 'python']
# B = ['python', 'rrrr', 'ddddd']
#
# def change_if_occurs(A, B):
#     C = []
#     for x in (A):
#         if x in B:
#             C.append("...")
#         else:
#             C.append(x)
#     return C
#
# print(change_if_occurs(A, B))

# def change_if_occurs(A, B):
#     return [x if x not in B else '...' for x in A]
#
# print(change_if_occurs(A,B))


# b)
# A = ['agh', 'mtm', 'python']
# B = ['python', 'rrrr', 'ddddd']
#
# def change_if_occurs(A, B):
#     return [x if x not in B else len(x)*'.' for x in A]
#
# print(change_if_occurs(A,B))

# c)
# A = ['agh', 'mtm', '_python_']
# B = ['python', 'rrrr', 'ddddd']
#
# def change_if_occurs(A, B):
#     C = []
#     for x in A:
#         if x.startswith('_'):
#             x = x[1:]
#         if x.endswith('_'):
#             x = x[:-1]
#         if x in B:
#             C.append("...")
#         else:
#             C.append(x)
#     return C
#
# print(change_if_occurs(A,B))

# d)
#
# A = ['agh', 'mtm', 'python']
# B = ['python', 'rrrr', 'ddddd']
#
# def change_if_occurs(A, B):
#     return [x for x in A if x not in B]
#
# print(change_if_occurs(A,B))

# L31

# A = ['kot', 'pies', 'kon']
# B = ['pies:dog', 'kot:cat']
#
# def change_strings(A, B):
#     C = [x.split(':') for x in B]
#     D = [val for sublist in C for val in sublist]
#     return [D[D.index(a)+1] if a in D else '?' for a in A]
#
# print(change_strings(A, B))

# L32

# a)
# A = ['kilogram', 'mouse', 'tree']
#
# def add_category(A):
#     animal = ['dog', 'cat', 'mouse']
#     plant = ['tree', 'grass', 'flower']
#     unit = ['meter', 'kilogram', 'newton']
#     B = []
#     for x in A:
#         if x in animal:
#             x = x + ':animal'
#             B.append(x)
#         if x in plant:
#             x = x + ':plant'
#             B.append(x)
#         if x in unit:
#             x = x + ':unit'
#             B.append(x)
#     return B
#
# print(add_category(A))

# b) to be done

# L33

# A = ['pies','kot','kot','zaba','kon','kon','kon','panda']
#
# def compress_words(A):
#     B = [A.count(x) for x in A]
#     C = list(zip(A, B))
#     D = []
#     for i,x in enumerate(C):
#         if x not in C[i+1:]:
#             D.append(x)
#     return D
#
# print(compress_words(A))

# L34

# string = 'Liczba 7 dzielona przez 2 daje liczbę 3.5 a 1 przez 8 daje liczbę 0.128'
#
# def bold_numbers(string):
#     pre = '<b>'
#     past = '</b>'
#     new_string = ''
#     for x in string.split():
#         if not x.isalpha():
#             x = f'{pre}{x}{past}'
#             new_string = new_string + x + ' '
#         else:
#             new_string = new_string + x + ' '
#     return new_string.rstrip()
#
# print(bold_numbers(string))

# L35

# s_in = 'ala 1.23456 ma 12.3456 kota 123.456'
#
# s_in_l = s_in.split()
#
# s_nbrs_l = [s for s in s_in_l if s[0].isnumeric()]
#
# min_prec = min([len(s.split('.')[-1]) for s in s_nbrs_l])
#
# s_nbrs_l1 = filter(lambda s: s[0].isnumeric(), s_in_l)

# import re
#
# s = 'asas 10 103df 237 34.5 dsds'
#
# l = re.findall('\s+(\d+)\s+', s)
#
# print(l)

# L36

####### DICTIONARIES #######

# D1

# d = {1: 2, 3: 4, 4: 3, 2: 1, 0: 0}
#
# import operator
# def sort_by_values(d):
#     return sorted(d.items(), key=operator.itemgetter(1))
#
# print(sort_by_values(d))

# D2

# dic1={1:10, 2:20}
# dic2={3:30, 4:40}
#
# def concatenate_dicts(d1, d2):
#     dic3 = {}
#     for d in d1, d2:
#         dic3.update(d)
#     return dic3
#
# print(concatenate_dicts(dic1,dic2))

# D3

# d1 = {'a': 1, 'b': 2}
# key = 'a'
#
# def if_key_in_dict(dict, key):
#     if key in dict.keys():
#         return True
#     else:
#         return False
#
# print(if_key_in_dict(d1, key))


# D4

# d1 = {'dog':'animal', 'flower':'plant', 'ford':'car'}
#
# def dict_to_list(dict):
#     lst1 = []
#     for k, v in dict.items():
#         x = k + ':' + v
#         lst1.append(x)
#     return lst1
#
# print(dict_to_list(d1))

# D5
#
# def generate_dict(N):
# 	d = dict()
# 	for x in range(1, N+1):
# 		d[x] = x*x
# 	return d
#
# print(generate_dict(5))

# D6

# def sum_values_in_dict(dict):
# 	sum = 0
# 	for x in dict.values():
# 		sum += x
# 	return sum

# def sum_values_in_dict(dict):
# 	return sum(dict.values())
#
# d1 = {'data1':100,'data2':-54,'data3':247}
#
# print(sum_values_in_dict(d1))

# D7

# def multiply_values_in_dict(dict):
# 	result = 1
# 	for x in dict.values():
# 		result *= x
# 	return result
#
# d1 = {'data1':2,'data2':3,'data3':4}
#
# print(multiply_values_in_dict(d1))

# D8

# myDict = {'a':1,'b':2,'c':3,'d':4}
#
# def remove_key_from_dict(key, dict):
# 	if key in dict:
# 		del dict[key]
# 	return dict
#
# print(remove_key_from_dict('a', myDict))

# D9

# keys = ['red', 'green', 'blue']
# values = ['#FF0000','#008000', '#0000FF']
#
# def map_list_into_dict(keys, values):
# 	return dict(zip(keys, values))
#
# print(map_list_into_dict(keys, values))

# D10

# color_dict = {'red':'#FF0000',
#           'green':'#008000',
#           'black':'#000000',
#           'white':'#FFFFFF'}
#
# def sort_dict_by_key(dict):
# 	result = []
# 	for key in sorted(dict):
# 		result.append("%s: %s" % (key, dict[key]))
# 	return result
#
# print(sort_dict_by_key(color_dict))

# D11

# my_dict = {'x':500, 'y':5874, 'z': 560}
#
# def return_key_with_max_value(dict):
# 	return max(dict.keys(), key=(lambda k: dict[k]))
#
# print(return_key_with_max_value(my_dict))

# D12

# student_data = {'id1':
#    {'name': ['Sara'],
#     'class': ['V'],
#     'subject_integration': ['english, math, science']
#    },
#  'id2':
#   {'name': ['David'],
#     'class': ['V'],
#     'subject_integration': ['english, math, science']
#    },
#  'id3':
#     {'name': ['Sara'],
#     'class': ['V'],
#     'subject_integration': ['english, math, science']
#    },
#  'id4':
#    {'name': ['Surya'],
#     'class': ['V'],
#     'subject_integration': ['english, math, science']
#    },
# }
#
# def remove_duplicates_from_dict(dict):
# 	result = {}
# 	for key,value in dict.items():
# 		if value not in result.values():
# 			result[key] = value
# 	return result
#
# print(remove_duplicates_from_dict(student_data))

# D13

# d1 = {'a': 100, 'b': 200, 'c':300}
# d2 = {'a': 300, 'b': 200, 'd':400}
#
# def join_two_dicts(dict1, dict2):
# 	d = {}
# 	for x in dict1.keys():
# 		if x in dict2.keys():
# 			d.update({x:dict1[x] + dict2[x]})
# 		else:
# 			d.update({x:dict1[x]})
# 	for y in dict2.keys():
# 		if y not in dict1.keys():
# 			d.update({y:dict2[y]})
# 	return d
#
# print(join_two_dicts(d1, d2))

# D14

# str1 = 'kakao'
#
# def count_letters(str1):
#     d = {}
#     lst1 = list(str1)
#     for x in lst1:
#         cnt = 0
#         for y in str1:
#             if x == y:
#                 cnt += 1
#         d.update({x:cnt})
#     return d
#
# print(count_letters(str1))

# D15

# def length_of_words_in_list(lst1):
#     d = {}
#     for x in lst1:
#         d.update({x:len(x)})
#     return d
#
# lst1 = ['pies', 'kot', 'kaczka']
#
# print(length_of_words_in_list(lst1))

# D16

# lst1 = ['pies', 'kot', 'ryba']
# dict1 = {'pies':'dog', 'kot':'cat', 'ryba':'fish'}
#
# def change_words(lst1, dict1):
#     lst2 = []
#     for x in lst1:
#         if x in dict1.keys():
#             lst2.append(dict1[x])
#     return lst2
#
# print(change_words(lst1,dict1))

# D17

# ld = [{'name':'Zawisza', 'age':35, 'heigth': 150, 'married': True},
# {'name':'Malińska','age':25, 'heigth': 170, 'married': True},
# {'name':'Adamski', 'age':15, 'heigth': 160, 'married': False}]

# a)

# def find_the_oldest(ld):
#     sorted_list = sorted(ld, key = lambda i: i['age'])
#     return sorted_list[-1]['name']
#
# print(find_the_oldest(ld))

# b)

# def higher_than_150(ld):
#     ld1 = []
#     for x in ld:
#         if x['heigth'] > 150:
#             ld1.append(x)
#     return ld1
#
# print(higher_than_150(ld))

# I1

# a)

# str1 = '01011001'
#
# def count_slopes(str1):
#     cnt = 0
#     for i,x in enumerate(str1[:-1]):
#         if not x == str1[i+1]:
#             cnt += 1
#     return cnt
#
# print(count_slopes(str1))

# b)

# str1 = '00111000100001'
#
# def show_slopes(str1):
#     str2 = ''
#     for i,x in enumerate(str1[:-1]):
#         if x == str1[i+1]:
#             str2 += '-'
#         else:
#             str2 += '*'
#     return str2
#
# print(show_slopes(str1))

# c)

# str1 = '001110100001'
#
# def show_rising_slopes(str1):
#     str2 = ''
#     for i,x in enumerate(str1):
#         if x == '1' and str1[i-1] == '0':
#             str2 += 'r'
#         else:
#             str2 += '-'
#     return str2
#
# print(show_rising_slopes(str1))

# d)

# str1 = '0011101000011010'
#
# def show_rising_slopes_and_max_period(str1):
#     str2 = ''
#     for i,x in enumerate(str1):
#         if x == '1' and str1[i-1] == '0':
#             str2 += 'r'
#         else:
#             str2 += '-'
#     lst1 = str2.split('r')
#     lst1.sort()
#     str2 = str2.replace(lst1[-1] + 'r', lst1[-1] + 'x')
#     return str2
#
# print(show_rising_slopes_and_max_period(str1))

# I2

# a = '001101010'
# b = '101001100'
#
# def and_gate(a, b):
#     c = ''
#     for i,x in enumerate(a):
#         if x == '1' and b[i] == '1':
#             c += '1'
#         else:
#             c += '0'
#     return c
#
# print(and_gate(a,b))

# I3

# sda = '1100 0011'
# scl = '1111 1111'
#
# def detect_start_and_stop(sda, scl):
#     out = ''
#     for i,x in enumerate(sda):
#         if x == '0' and scl[i] == '1' and sda[i-1] == '1' and scl[i-1] == '1':
#             out += 's'
#         elif x == '1' and scl[i] == '1' and sda[i-1] == '0' and scl[i-1] == '1':
#             out += 't'
#         elif x == ' ':
#             out += ' '
#         else:
#             out += '-'
#     return out
#
# print(detect_start_and_stop(sda, scl))

# I4

# a)

# zd1 = 'ala ma kota. niebo jest niebieskie. dzisiaj jest piatek.'
#
# def capitalize_first_words(zd):
#     l1 = zd.split('. ')
#     l2 = []
#     out = ''
#     for x in l1:
#         l2.append(x.capitalize())
#         out = '. '.join(l2)
#     return out
#
#
# print(capitalize_first_words(zd1))

# b)

# zd = 'Jakies zdanie, tu jest ok. Tu juz ,jest zle,tu tez. Tu jest,    za duzo.'
#
# def put_correct_number_of_whitespaces(zd):
#     l1 = zd.split(',')
#     l2 = []
#     for x in l1:
#         x = x.strip()
#         l2.append(x)
#     out = ', '.join(l2)
#     return out
#
# print(put_correct_number_of_whitespaces(zd))

# I5

# I6

# import os
#
# def remove_empty_lines(zd):
#     return os.linesep.join([s for s in zd.splitlines() if s])
#
#
# zd = '''multi line string
#
#
# jakis tak blabla'''
#
# print(remove_empty_lines(zd))

# I7

# a)

# zd = '''python learning
# some text
# line with err'''
#
# def add_when_error(zd):
#     l1 = zd.split('\n')
#     out = ''''''
#     for x in l1:
#         if 'err' in x:
#             x = '*' + x
#             out = out + x + '\n'
#         else:
#             out = out + x + '\n'
#     return out
#
# print(add_when_error(zd))

# b)

# zd = '''blablaabla
# asd error qwe
# smssmmss
# okok error qqq'''
#
# def find_error(zd):
#     zd1 = zd.lower()
#     l1 = zd1.split('\n')
#     out = ''
#     for x in l1:
#         if ' error ' in x:
#             x = '*' + x
#             out = out + x + '\n'
#         else:
#             out = out + x + '\n'
#     return out
#
# print(find_error(zd))

# c)

# I8

# import re
#
# def trim_whitespaces(zd):
#     return re.sub(' +', ' ', zd)
#
# whitespaces = "   abcd ef gh ijkl       "
# tabs = "        abcde       fgh        ijkl"
#
# print(trim_whitespaces(tabs))

# D17 a

# l1 = [{'name':'Zawisza', 'age':35, 'heigth': 150, 'married': True},
# {'name':'Malińska','age':25, 'heigth': 170, 'married': True},
# {'name':'Adamski', 'age':15, 'heigth': 160, 'married': False}]
#
# def find_oldest(l1):
#     l2 = sorted(l1, key=lambda i: i['age'])
#     return l2[-1]['name']
#
# print(find_oldest(l1))

# D12

# dic = {'a': 1, 'b': 2, 'c': 3, 'd': 1, 'e': 2}
#
# def remove_duplicates(dic):
#     out = {}
#     for k,v in dic.items():
#         if v not in out.values():
#             out[k] = v
#     return out
#
# print(remove_duplicates(dic))

# I1d

# inp = '0011101000011010'
#
# def rising_edge(inp):
#     out = ''
#     for i,x in enumerate(inp):
#         if x == '1' and inp[i-1] == '0':
#             out += 'r'
#         else:
#             out += '-'
#     out2 = out.split('r')
#     out2.sort()
#     out = out.replace(out2[-1] + 'r', out2[-1] + 'x')
#     return out
#
# print(rising_edge(inp))


# L21

# l1 = ['ab', 'tg', 'pl', 'af']
# l2 = ['qw', 'pl', 'dd', 'ab']
#
# def find_common(l1, l2):
#     out = []
#     for x in l1:
#         if x in l2:
#             out.append(x)
#     return out
#
# print(find_common(l1, l2))

# D17b

# dic = [{'name':'Zawisza', 'age':35, 'heigth': 150, 'married': True},
# {'name':'Malińska','age':25, 'heigth': 170, 'married': True},
# {'name':'Adamski', 'age':15, 'heigth': 160, 'married': False}]

# def find_taller_than_150(dic):
#     out = []
#     for x in dic:
#         if x.get('heigth') > 150:
#             out.append(x.get('name'))
#     return out
#
# print(find_taller_than_150(dic))

# def find_the_oldest(dic):
#     out = ''
#     age_list = []
#     for x in dic:
#         age_list.append(x.get('age'))
#     age_list.sort()
#     for x in dic:
#         if x.get('age') == age_list[-1]:
#             out = x.get('name')
#     return out
#
# print(find_the_oldest(dic))

# I2

# a = '001101010'
# b = '101001100'
#
# def and_gate(a, b):
#     c = ''
#     for i,x in enumerate(a):
#         if x == '1' and b[i] == '1':
#             c += '1'
#         else:
#             c += '0'
#     return c
#
# print(and_gate(a,b))

# L31

# A = ('kot','pies','koń')
# B = ('pies:dog','kot:cat')
#
# def replace_word(A,B):
#     C = []
#     out = []
#     for x in B:
#         C.extend(x.split(':'))
#     for x in A:
#         if x in C:
#             out.append(C[C.index(x)+1])
#         else:
#             out.append('?')
#     return out
#
# print(replace_word(A,B))

# D10

# dic = {3:'trzeci', 2:'drugi', 1:'pierwszy', 4:'czwarty'}
#
# def sort_by_key(dic):
#     l1 = []
#     out = {}
#     for x in dic.keys():
#         l1.append(x)
#     l1.sort()
#     for x in l1:
#         out.update({x:dic[x]})
#     return out
#
# print(sort_by_key(dic))

# I1e
# --r---r----r
# inp = '001110100001'
#
# def period_counter(inp):
#     out = ''
#     for i,x in enumerate(inp):
#         if x == '1' and inp[i-1] == '0':
#             out += 'r'
#         else:
#             out += '-'
#     l1 = []
#     for i,x in enumerate(out):
#         if x == 'r':
#             l1.append(i)
#     l2 = []
#     for i,x in enumerate(l1,1):
#         if i < len(l1):
#             l2.append(l1[i]-l1[i-1])
#     return sum(l2) / len(l2)
#
# print(period_counter(inp))

# L34

# inp = 'Liczba 7 dzielona przez 2 daje liczbę 3.5 a 1 przez 8 daje liczbę 0.128'
#
# def bold_number(inp):
#     pre = '<b>'
#     past = '</b>'
#     out = ''
#     for x in inp.split():
#         if not x.isalpha():
#             out += pre + x + past + ' '
#         else:
#             out += x + ' '
#     out = out.rstrip()
#     return out
#
# print(bold_number(inp))

# D14

# str1 = 'kakao'
#
# def count_letters(inp):
#     dic = {}
#     for x in inp:
#         cnt = 0
#         for y in inp:
#             if x == y:
#                 cnt += 1
#                 dic.update({x:cnt})
#     return dic
#
# print(count_letters(str1))

# I5

# str1 = '''jakis tam se string
# na wiele
# linijek
# XDD'''
#
# def text_to_right(inp):
#     arr = inp.split('\n')
#     lenghts = []
#     for x in arr:
#         lenghts.append(len(x))
#     newarr = []
#     for x in arr:
#         x = ' '*(max(lenghts)-len(x)) + x
#         newarr.append(x)
#     out = ''
#     for x in newarr:
#         out += x + '\n'
#     return out.rstrip()
#
# print(text_to_right(str1))

# L33

# inp = ('pies','kot','kot','zaba','kon','kon','kon','panda')
#
# def count_animals(inp):
#     ar1 = []
#     for x in inp:
#         ar1.append(inp.count(x))
#     ar2 = list(zip(inp, ar1))
#     ar3 = []
#     for i,x in enumerate(ar2):
#         if x not in ar2[i+1:]:
#             ar3.append(x)
#     return ar3
#
#
# print(count_animals(inp))

# L20

# lst = [10,20,30,40,50,60,70,80,90]
#
# def count_numbers_in_range(lst, min, max):
#     cnt = 0
#     for x in lst:
#         if min <= x <= max:
#            cnt += 1
#     return cnt
#
# print(count_numbers_in_range(lst, 30, 60))

# L26

# xd = 'XD'
# lst = ['jeden', 'dwa', 'trzy']
#
# def put_before_string(lst, str1):
#     out = []
#     for x in lst:
#         x = str1 + x
#         out.append(x)
#     return out
#
# print(put_before_string(lst, xd))

# D13

# dic1 = {'one':2, 'nnn':1, 'two':3}
# dic2 = {'asd':1, 'two':2, 'one':3}
#
# def add_dics(dic1, dic2):
#     out = {}
#     for x in dic1.keys():
#         if x in dic2.keys():
#             out.update({x:dic1[x]+dic2[x]})
#         else:
#             out.update({x:dic1[x]})
#     for y in dic2.keys():
#         if y not in dic1.keys():
#             out.update({y:dic2[y]})
#     return out
#
# print(add_dics(dic1, dic2))


# I7c

# str1 = ''' jskadjis sadsad
# askdoaskdosakd
# sakokasd 3 asodkas
# asd 213 sad d'''
#
# def I7c(str1):
#     l1 = str1.splitlines()
#     for i,x in enumerate(l1):
#         wrd = x.split(" ")
#         for y in wrd:
#             try:
#                 float(y)
#                 l1[i] = "*" + x
#             except ValueError:
#                 pass
#     return '\n'.join(l1)
#
# print(I7c(str1))