As we know that for getting incentive we must clear the proctored Assessment test. But many of the students are confused which type of coding question will come and from where we find solution if we did mistakes in previous assessment test. I'm creating this blog for the help of those students.
15th January
Question 1:
-> Create a function count_words() which takes a string as input and creates a dictionary with a word in the string as key and its value as number of times the word is repeating in the string. It should return the dictionary.
eg: "hello hi hello world hello"
dict={'hello':3,'hi':1,'word':1}
-> Create another function max_accurance_word() which takes a string as input and returns the word which is occuring maximum number of times in the string. Use the count_words function inside this function.
Sample input:
"hello hi hello world hello"
Sample output:
'hello'
Program:
def count_words(string):
l=string.split()
s=set(l)
d={}
for i in s:
x=l.count(i)
d[i]=x
return d
def max_occurance(string):
d=count_words(string)
l1=[]
for i in d.values():
l1.append(i)
max1=max(l1)
for i in d.keys():
if d[i]==max1:
return i
string=input()
print(max_occurance(string))
Input:
hello hi hello world hello
Output:
hello
Question 2:
->Create a class Book()
Include '__init__' constructor
Attributes:
book_id
book_name
->Create another class Library()
Attributes:
library_id
address
book_list
Create a method books_count() inside this class. This method takes a character as input and returns the count of those books whose name starts with the given character.
Create another method delete_books() which takes a list of books as input and deletes those books from the book list of library.
Input:
In first line Number of books must be entered.
book id and book name of first book must be entered in next two lines.
After entering all books enter single character for searching books.
In the next line enter count of books to be deleted and books must be entered in next fewlines.
Output:
1.count of books matching with character
2.books left in the list after deleting
Program:
class Book:
def __init__(self,book_id,book_name):
self.book_id=book_id
self.book_name=book_name
class Library:
def __init__(self,library_id,address,book_list):
self.library_id=library_id
self.address=address
self.book_list=book_list
def books_count(self,ch):
count=0
for i in self.book_list:
if i.book_name[0]==ch:
count+=1
return count
def delete_books(self,list1):
for i in list1:
for b in self.book_list:
if b.book_name==i:
self.book_list.remove(b)
if __name__=="__main__":
n=int(input())
book_list=[]
for i in range(n):
book_id=int(input())
book_name=input()
book_list.append(Book(book_id,book_name))
ch=input()
l=Library(123,"Mumbai",book_list)
d_n=int(input())
list1=[]
for i in range(d_n):
name=input()
list1.append(name)
print(l.books_count(ch))
l.delete_books(list1)
for i in l.book_list:
print(i.book_name)
Input:
3
1
c lang
2
c++
3
java
c
2
c lang
java
Output:
2
c++
25th January
Question 1:
-> Create a function check_prime() which takes a number as input and returns 1 if the number is prime, 0 if the number is composite, -1 if the number is neither prime nor composite.
-> create a function prime_composite_list() which takes a list which contains numbers, seperates prime and composite numbers and returns a list containing list of prime and list of composite numbers as its elements, that is list of lists.
Program:
def is_prime(n):
temp=False
for i in range(2,n):
if n%i==0:
temp=True
if temp==False:
return 1
else:
return 0
def prime_composite_list(l):
l1=[]
l2=[]
l3=[]
for j in l:
if is_prime(j)==1:
l1.append(j)
else:
l2.append(j)
l3.append(l1)
l3.append(l2)
return l3
if __name__=="__main__":
l=[]
count=int(input(""))
for i in range(count):
l.append(int(input("")))
print(is_prime(l[1]))
result=prime_composite_list(l)
print(result)
Input:
5
1
2
3
4
5
Output:
1
[[2, 3, 5], [4]]
Question 2:
->Create a class Item() with
Attributes:
item_id
item_name
item_price
quantity_available
Include __init__ method
Create a method calculate-price() which takes a quantity of items as input. If given quantity is greater than or equal to available quantity then calculate price[price=quantity*item_price] else return 0.
->Create another class Store() with
Attribute : item_list.
Create a method generate_bill() which takes input as dictionary which contains item names as keys and values are quantity of item.
Use calculate_price() method inside generate_bill().
generate_bill method returns total bill of item in the dictionary.
Input:
1. Enter number of items in the first line
2. Enter the details of all items in following lines
3.Enter number of items in dictionary
4.Enter item name and quantity in next two lines. Enter all items of dictionary
Program:
class Item:
def __init__(self,item_id,item_name,item_price,quantity_available):
self.item_id=item_id
self.item_name=item_name
self.item_price=item_price
self.quantity_available=quantity_available
def calculate_price(self,quantity):
if self.quantity_available>=quantity:
price=quantity*self.item_price
return price
else:
return 0
class Store:
def __init__(self,item_list):
self.item_list=item_list
def generate_bill(self,d):
total_price=0
for itemName , qnty in d.items():
for item_obj in self.item_list:
if item_obj.item_name==itemName:
total_price+=item_obj.calculate_price(qnty)
return total_price
if __name__=="__main__":
item_list=[]
count=int(input())
for i in range(count):
item_id=int(input())
item_name=input()
item_price=int(input())
item_quantity=int(input())
item_list.append(Item(item_id,item_name,item_price,item_quantity))
s=Store(item_list)
d={}
d_count=int(input())
for i in range(d_count):
name=input()
qnty=int(input())
d[name]=qnty
print(item_list[0].calculate_price(2))
print(s.generate_bill(d))
Input:
3
1
bread
30
5
2
butter
20
3
3
milk
50
10
2
bread
2
butter
2
Output:
60
100
-> Create a function check_prime() which takes a number as input and returns 1 if the number is prime, 0 if the number is composite, -1 if the number is neither prime nor composite.
-> create a function prime_composite_list() which takes a list which contains numbers, seperates prime and composite numbers and returns a list containing list of prime and list of composite numbers as its elements, that is list of lists.
Program:
def is_prime(n):
temp=False
for i in range(2,n):
if n%i==0:
temp=True
if temp==False:
return 1
else:
return 0
def prime_composite_list(l):
l1=[]
l2=[]
l3=[]
for j in l:
if is_prime(j)==1:
l1.append(j)
else:
l2.append(j)
l3.append(l1)
l3.append(l2)
return l3
if __name__=="__main__":
l=[]
count=int(input(""))
for i in range(count):
l.append(int(input("")))
print(is_prime(l[1]))
result=prime_composite_list(l)
print(result)
Input:
5
1
2
3
4
5
Output:
1
[[2, 3, 5], [4]]
Question 2:
->Create a class Item() with
Attributes:
item_id
item_name
item_price
quantity_available
Include __init__ method
Create a method calculate-price() which takes a quantity of items as input. If given quantity is greater than or equal to available quantity then calculate price[price=quantity*item_price] else return 0.
->Create another class Store() with
Attribute : item_list.
Create a method generate_bill() which takes input as dictionary which contains item names as keys and values are quantity of item.
Use calculate_price() method inside generate_bill().
generate_bill method returns total bill of item in the dictionary.
Input:
1. Enter number of items in the first line
2. Enter the details of all items in following lines
3.Enter number of items in dictionary
4.Enter item name and quantity in next two lines. Enter all items of dictionary
Program:
class Item:
def __init__(self,item_id,item_name,item_price,quantity_available):
self.item_id=item_id
self.item_name=item_name
self.item_price=item_price
self.quantity_available=quantity_available
def calculate_price(self,quantity):
if self.quantity_available>=quantity:
price=quantity*self.item_price
return price
else:
return 0
class Store:
def __init__(self,item_list):
self.item_list=item_list
def generate_bill(self,d):
total_price=0
for itemName , qnty in d.items():
for item_obj in self.item_list:
if item_obj.item_name==itemName:
total_price+=item_obj.calculate_price(qnty)
return total_price
if __name__=="__main__":
item_list=[]
count=int(input())
for i in range(count):
item_id=int(input())
item_name=input()
item_price=int(input())
item_quantity=int(input())
item_list.append(Item(item_id,item_name,item_price,item_quantity))
s=Store(item_list)
d={}
d_count=int(input())
for i in range(d_count):
name=input()
qnty=int(input())
d[name]=qnty
print(item_list[0].calculate_price(2))
print(s.generate_bill(d))
Input:
3
1
bread
30
5
2
butter
20
3
3
milk
50
10
2
bread
2
butter
2
Output:
60
100
10th February
Question 1:
->Create a function check_palindrome() which takes a list of string and returns a list of palindrome strings.
Program:
def check_palindrome(strng):
l=[]
for i in strng:
if i.lower()==i[-1::-1].lower():
l.append(i)
return l
if __name__=="__main__":
strng=[]
n=int(input())
for i in range(n):
s=input()
strng.append(s)
result=check_palindrome(strng)
if len(result)>0:
for k in result:
print(k)
else:
print("No Palindrome found")
Input:
3
Hello
Radar
Malayalam
Output:
Radar
Malayalam
Question 2:
->Create a class Employee() with
Attributes:
emp_id
emp_name
emp_role
emp_salary
Include __init__ method
Create a method increase_salary() which takes percentage that is to be increased and returns updated salary.
->Create another Organization() with
Attributes:
org_name
emp_list (list of employees those salary have to be increased)
create a method calculate_increament() which takes role of employee and percentage that is to be increased. This method will return a list with increased salary of employee. Use increase_salary() method in this class to update increasing salary.
Program:
->Create another Organization() with
Attributes:
org_name
emp_list (list of employees those salary have to be increased)
create a method calculate_increament() which takes role of employee and percentage that is to be increased. This method will return a list with increased salary of employee. Use increase_salary() method in this class to update increasing salary.
Program:
class Employee:
def __init__ (self,emp_id,emp_name,emp_role,emp_salary):
self.emp_id=emp_id
self.emp_name=emp_name
self.emp_role=emp_role
self.emp_salary=emp_salary
def increase_salary(self,p):
salary=self.emp_salary+p*self.emp_salary/100
return salary
class Organisation:
def __init__ (self,org_name,emp_list):
self.org_name=org_name
self.emp_list=emp_list
def calculate_increment(self,role,p):
l=[]
for i in self.emp_list:
if i.emp_role==role:
i.emp_salary=i.increase_salary(p)
l.append(i)
return l
if __name__=="__main__":
emp_list=[]
n=int(input())
for i in range(n):
emp_id=input()
emp_name=input()
emp_role=input()
emp_salary=float(input())
emp_list.append(Employee(emp_id,emp_name,emp_role,emp_salary))
role=input()
p=int(input())
o=Organisation("TCS",emp_list)
result=o.calculate_increment(role, p)
for j in result:
print(j.emp_name)
print(j.emp_salary)
Input:
3
1
ram
developer
50000
2
shyam
debugger
40000
3
krisna
developer
80000
developer
10
Output:
ram
55000
krishna
88000
13th february
Question 1:
->Create a class Account() with
Attributes:
acc_no
name
balance
create a method deposit_money() which takes a parameter dep_amount as a number and updates the deposit money to the balance and returns the updated amount.
Create another method withdraw_money which takes a number as withdraw_money. There should be minimum amount present in the account which is 1000, so if the amount present in the account after withdrawing money is less than 1000 then return 0 otherwise return updated amount.
Program:
class Account:
def __init__(self,acc_no,name,balance):
self.acc_no=acc_no
self.name=name
self.balance=balance
def deposit_money(self,dep_amount):
self.balance+=dep_amount
return self.balance
def withdraw_amount(self,withdraw_amount):
if self.balance-withdraw_amount>=1000:
self.balance-=withdraw_amount
return self.balance
else:
return 0
if __name__=="__main__":
acc_no=int(input())
name=input()
balance=int(input())
account=Account(acc_no,name,balance)
dep_or_withdrawl=input()
if(dep_or_withdrawl=='d'):
dep_amount=int(input())
print(account.deposit_money(dep_amount))
else:
withdrawl_amount=int(input())
withdrawl=account.withdraw_amount(withdrawl_amount)
if withdrawl==0:
print("Insufficient Amount")
else:
print(withdrawl)
Input:
12345
vikrant
1500
w
2000
Output:
Insufficient Amount
Question 2:
->Create a class Employee() with
Attributes:
emp_no
emp_name
leaves
Leaves is a dictionary with the three keys "EL', "CL", "SL" which are the type of leaves. Define __init__() to initialize the values.
Create another class Company() which has two fields cname and emps. cname is the company name and emps is the list of employees. Create a function leave_available() to which takes two parameterrs emp_no and type of leave and used to print the number of leaves remaining.
Create another function leave_permission() which takes empno, type of leave and num of leave. if availabel leave of empoyee is greater than equal to the umber of leaves amployee want then print "Granted" else print "Rejected".
Program:
class Employee:
def __init__(self,emp_no,emp_name,leaves):
self.emp_no=emp_no
self.emp_name=emp_name
self.leaves=leaves
class Company:
def __init__(self,cname,emps):
self.cname=cname
self.emps=emps
def leave_available(self,emp_no,t_leave):
for i in self.emps:
if i.emp_no==emp_no:
return i.leaves[t_leave]
def leave_permission(self,emp_no,t_leave,n_leave):
for i in self.emps:
if i.emp_no==emp_no:
if i.leaves[t_leave]>=n_leave:
return "Granted"
else:
return "Rejected"
if __name__=="__main__":
c=int(input())
emps=[]
z=Company("TCS",emps)
for i in range(c):
leaves={}
emp_no=int(input())
emp_name=input()
leaves['EL']=int(input())
leaves['CL']=int(input())
leaves['SL']=int(input())
employee=Employee(emp_no,emp_name,leaves)
z.emps.append(employee)
emp_id=int(input())
t_leave=input()
n_leave=int(input())
print(z.leave_available(emp_no,t_leave))
print(z.leave_permission(emp_no,t_leave,n_leave))
Input:
2
1
vikrant
5
10
15
2
kishan
10
10
10
1
SL
20
Output:
10
Rejected
