Question

Create a python add the following functions below to the module. Each section below is a function that you must implement, make sure the function's names and parameters match the documentation (Copy-Paste). DO NOT put the functions in an if-name-main block.

1.

def productSum(x: int, y: int, z: int) -> int

This function should return:

The product of x and y, if the product of x and y is less than z.

Else it should return the sum of x and y, if the product of x and y is greater than or equal to z.

Example 1:

x = 5

y = 2

z = 9

output = 7 = 5 + 2 because 5 * 2 > 9

Example 2:

x = 4

y = 3

z = 19

output = 12 = 4 * 3 because 4 * 3 < 19

2.

def functionSolver(function: callable)->str

You will be given a function, the function given only accepts two int parameters and produces a float value. It is your job to figure out what mathematical operation the function is performing with the parameters you give it. The possibilities are: add, subtract, multiply, and divide. The function will execute the operation in the order the parameters are received. You must input your own values and test the expected responses to figure out the operation of the function. Once you have figured it out return the symbol of the operation (+, -, *, /)

3.

def resultSolver(x: int, y: int, op: str, override: callable)->int

This function will expect 2 values, x, and y, which will be integers. It will also have two optional values op and override. this function is expected to return an integer. Op will be a string representing a mathematical operation ('+', '-', '*', '/') to be performed between x and y. If op is not defined it should default to addition. Override is a function that accepts two integers and returns an integer as a value. If override is not defined it this function should return the result of x and y computed with the op value. If override is specified this function should return the result of the invocation of override with x and y passed into it.

4.

def nestedRemoval(text: str, leftPattern: str, rightPattern: str) -> str

You will be given three strings, the first string is a sentence known as text that contains at least one occurrence of leftPattern and rightPattern. Left pattern and right pattern are single characters strings that you are attempting to remove from the string. Your goal is to remove only the patterns when the left pattern has an equal number of corresponding right patterns. The patterns are removed in pairs only when there is a balanced number of left and right patterns. The patterns may be nested within the text and there is no guarantee that a left pattern will occur before the right pattern.   

Example 1:

text = { { Muscat } } { } mecum tollgate } poultry quarrymen pantheon asteria

leftPattern = {

rightPattern = }

return = Muscat mecum tollgate } poultry quarrymen pantheon asteria

Example 2:

text = theretofore [ ] [ ] demography ] ] pirouetting morsel [ [ pesticide

leftPattern = [

rightPattern = ]

return =. demography ] ] pirouetting morsel [ [ pesticide

Example 3:

text = ( castigate ) alfonso ( ) ) ) emitter sourdough ) taco ( schemata

leftPattern = (

rightPattern = )

return = castigate alfonso ) ) emitter sourdough ) Lauren ( schemata

Answer 1

MULTIPLE QUESTION. Specific question not specified.

Answer to the question number 1.

It uses Python if and else statements;
General syntax for if and else statement in python is

 if <condition> : <Statement 1> else : <Statement 2>

so for the function def productSum(x: int, y: int, z: int) , the code is as follows,

 def productSum(x: int, y: int, z: int) -> int: if x*y<z: return x*y else: return x+y

Please note that the syntax for a function is as follows,

 def <Function name> : < statements ...... > return <value/variable>