Advanced Functions:
================
1) Passing of string object as an argument/a parameter to the function:
======================================================
Syntax:
	def function-name(str-object):
		function-body

# Passing of a string object to a function

def strFunction(str):
    print(str)

strFunction("Hello Guys.")
strFunction("Good Morning.")
strFunction("have a great day.")

===========================

# WAP IN PYTHON TO CREATE A FUNCTION WHICH ACCEPTS A STRING DATA AND CAN RETURN THE COUNT FOR THE NUMBER OF VOWELS.

def countVowels(strData):
    count = 0

    for ch in strData:
        if ch in "AEIOUaeiou":
            count = count + 1

    return count

s1 = "Python Programming"
s2 = "Object Oriented Programming"

print("The Total number of vowels in {} is = {}".format(s1,countVowels(s1)))
count_vowels = countVowels(s2)
print("The Total number of vowels in {} is = {}".format(s2,count_vowels))


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Returning of string data from function:
=============================
Syntax:
	def function-name(parameter):
		function-body
		return string-object

# returning a string by the function

def strFunction():
    a = 100
    b = 200

    if a < b:
        smaller = a
    else:
        smaller = b

    # result = ("The Smallest number among the given two numbers is = {}".format(smaller))
    # result = 'The Smallest number among given two numbers is = ',smaller
    result = "The Smallest number among the given integers is = %s"%(smaller)
    return result

output = strFunction()
print(output)

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Passing of List data as an arguments to the function:
========================================
Syntax:
	def function-name(list-data-object):
		function body

# passing a list data to a function

def listFunction(listData):
    sum_even = 0
    for se in listData:
        if se % 2 == 0:
            sum_even += se

    return sum_even

ld = eval(input("Enter some list data:"))

print("The Sum of all even elements of list {} is = {}".format(ld,listFunction(ld)))

======================================

Passing of Tuple data as an argument to the function:
=========================================
(1,2,3)
1,2,3
Syntax:
	def function-name(tuple-object):
		function-body

# Passing a tuple data to a function as an argument

def tupleFunction(tupleData):
    for i in tupleData:
        print(i,end = "\t")

td = eval(input("Enter a tuple data:"))
tupleFunction(td)

============================================

Passing of a dictionary as an argument to the function:
=========================================
Syntax:
	def function-name(dictionary-data):
		function-body

# Passing a dictionary as an argument to the function

def dictFunction(dictData):
    print("The Name of the student is = ",dictData['name'])
    print("The Roll of the student is = ",dictData['roll'])
    print("The Marks of the student is = ",dictData['marks'])

student = {'name' : "Rajesh", 'roll' : 10, 'marks' : "72.90%"}

dictFunction((student))

==================================================

Assignment:
==========
1) WAP TO DEFINE A FUNCTION WHICH ACCEPTS A SET DATA AS AN ARGUMENT AND RETURN THE BIGGEST NUMBER FROM THE SET.
{1,9,7,3,5}
BIGGEST ==> 9