Need help with finishing these functions by Python code

and the code should be satisfied with these tests

import unittest import re def string_splitting ( input_str, delim.): Split the given.string, using the delimiter passed as a paramater. ...Ex. -code-block::python ... >>> string_splitting ("Under.the.Mirabeau flows the. Seine. And our amours",:'.') ....... ['Under', 'the', 'Mirabeau','flows', 'the', 'Seine', "And','our', . 'amours'] ... Topics: 'split() method ...param input_str: the string to be splitted ..:type input_str: str :param delim: delimiter ...:type delim: str :return: an array of string tokens urtype: list pass def matches (input_str, regexp): Return a list of all.substrings that match the given regexp. Ex. code-block::python >>> matches ("abc\tdelfabcde12fabc\t345def", r' (abc\t]\d{2}}') ['abc\t', '12', 'abc\t','34'] Topics: re.findall() method TT TT 11 pass Idef filter (.tpl ): Given a tuple. (immutable. list) of strings, return another list. where: ....*.words that have at least.10.letters are kept unchanged *. words that have less than 10 letters are replaced with the word length: (character.count) ...Ex.. code-block::python "parrott")) >>> filter ( ("lion", "hippopotamus", "kangaroo","tyrannosaurus", [4,'hippopotamus',:8,'tyrannosaurus', :7] ....... Topics: length of sequences and strings, if-else ternary expression, list comprehensions :param.tpl:.atuple of strings :type tpl: tuple :return: a list of strings :rtype: list pass def reverse_minus_last(.tpl ): .... Given a list of values, return.a. second list that meets the given criteria: ....*.it contains all elements of the first list, except the last one the order is reversed ....EX. code-block::python :>>>reverse_minus_last ((1,2,3,4,.5)) .. [4,3,2,1] .... Topics: ranges, subcripting sequences with positive and negative indexes, . 'reversed()' and 'list().functions ...param. tpl: tuple of integers. .:type.tpl: tuple ....:return: a list of integers. crtype: list pass def even_odd( tpl ): ...". Given.a. tuple of integers, return another.list. where even integers are replaced with a.0, and odd integers, ..with.a.1. - EX. code-block::python >>>. even_odd ((9,7,4,-3)) ...[1,1,0,1] .. Topics: list comprehensions :param.tpl: tuple of integers. ...:type.tpl: tuple :return: a list of Os.and. 1s. :rtype: list pass def differences (.tpl.): . """.Given a tuple of integers of size. :math: 'n , return a list where each of the math: 'n-1'.. elements is the diffence between two consecutive elements of the first.list. Ex. code-block:: python >>> differences ((9,7, 4,:3)) ... [2,3,1] Topics: list. comprehensions ...param. tpl: tuple of integers. ..:type.tpl: tuple return: a list of integers crtype: list pass def string_from_different types ( inputi, input2 ): ...Given two inputs of different types. (say: a string and an integer, or an integer and a float, ...), .... construct and return a string that concatenate the two values in a single string. ...EX. code-block:: python :>>>.string_from_different_types (-5,2.3.) "52.31 Topics: 'str. formato function. param input1: any value :type input1: object :param. input2: any value ...:type input2: object :return: a string of the form.' ....:rtype: str pass def string_from_list( input_list ): IT IT! ...Given a list of arbitrary length made of different types. (e.g.a. string, an integer, and a float), .... construct and return a string that concatenate all values in a single string. Ex. code-block::python :>>> string_from_list(-5,2.3,' zebras', type (7.2) :) "52.3zebras" Topics: 'str().and. 'str.join() functions, list.comprehension. :param input1: any value ....:type.input1: object ...::param input2: any value ...:type input2: object ...return: a string of the form.' ..:rtype: str pass def check_for_keys ( dictionary, keys ): 1 1 1 1 ...Given a dictionary. (aka..hash table) and a tuple of keys, return a list of same. length, where each .... key is replaced with.l.if it matches an existing.entry in the dictionary, or a.o.otherwise. Ex. code-block::python P... >>>check_for_keys ( {"I":1,"am":2,"not":3,"there":5},['not','owl', 'am', 'blue'] :) .....[1,0, 1, 0] .... Topics: list comprehensions, dictionaries, ternary conditional expressions :param dictionary: a dictionary structure ...:type dictionary: dict Priparam keys:.a. tuple of objects :type keys: tuple :return: a list of integers :rtype: list pass class Testclass ( unittest. Test Case): def test_string_splitting (self): self.assertEqual( string_splitting ( "Under.the.Mirabeau flows the. Seine. And our amours", ') ...........['Under', 'the', 'Mirabeau', 'flows', 'the', 'Seine', 'And', 'our', 'amours'] def test matches (self): self.assertEqual ( matches ( "abc\tdelfabcde12fabc\t345def", r' (abc\t]\d{2}}'), .........['abc\t', '12', 'abclt','34']) def test filter (self): self.assertEqual ( filter( ("lion", "hippopotamus", "kangaroo","tyrannosaurus", "parrott")), .... [4, 'hippopotamus',8,'tyrannosaurus', 7]) def test_reverse_minus_last (self): self. assertEqual( reverse_minus_last ((5,4,3,2,1,0)),[1,2,3,4,5]) def test_even_odd (self): self.assertEqual ( even_odd ( (5,8,9,2, 13, 25, 14)),[1,0,1, 0,1,1,0]) def test differences (self): self.assertEqual ( differences ( (9,7,4,3), [2,3,1]) def test_string_from_different types (self): self.assertEqual ( string_from_different_types (9.5, 'whales'), '9.5whales') 1 def test_string_from_list (self): self.assertEqual (string_from_list( [2.3, 'whales', 4]*4.), .......'2.3whales 42.3whales 42.3whales 42.3whales4') def test check for keys (self): dictionary = {"I": 1, "am": 2, "not": 3, "there":5} self.assertEqual ( check_for_keys ( dictionary, ['not', 'owl', 'am', 'blue']), [1,0,1,0])