A university wants to automate their admission process. Students are admitted based on marks scored in a qualifying exam.
A student is identified by student id, age and marks in qualifying exam. Data are valid, if:
- Age is greater than 20
- Marks is between 0 and 100 (both inclusive)
A student qualifies for admission, if
- Age and marks are valid and
- Marks is 65 or more
Write a python program to represent the students seeking admission in the university.
The details of student class are given below.
Class name: Student
Attributes
(private) | student_id
marks
age | |
Methods
(public) | __init__() | Create and initialize all instance variables to None |
| validate_marks() | If data is valid, return true. Else, return false |
| validate_age() |
| check_qualification() | Validate marks and age. - If valid, check if marks is 65 or more.
- If so return true
- Else return false
- Else return false
|
| setter methods | Include setter methods for all instance variables to set its values |
| getter methods | Include getter methods for all instance variables to get its values
|
#lex_auth_012736358230835200606
#Start writing your code here
class Student:
def __init__(self):
self.__student_id=None
#make private use __
self.__marks=None
self.__age=None
def set_student_id(self,student_id): # 2 nd step
self.__student_id= student_id
def get_student_id(self):
return self.__student_id
def set_marks(self,marks): #3 rd step
self.__marks=marks
def get_marks(self):
return self.__marks
def set_age(self,age): #4th step
self.__age=age
def get_age(self):
return self.__age
def validate_marks(self):
if self.__marks>=0 and self.__marks<=100:
return True
else:
return False
def validate_age(self):
if self.__age>20:
return True
else:
return False
def check_qualification(self):
if self.validate_marks() and self.validate_age():
if self.__marks>=65:
return True
else:
return False
else:
return False
s1=Student()
s1.set_student_id(4548)
s1.set_age(21)
s1.set_marks(65)
print(s1.check_qualification())