Proctored Assessment Programming Solution - 17th December 2019

PA Programming Solution - 17th December 2019

 

Q1. Create a class Payslip having attributes basicSalary,hra and ita.Create a class PaySlipDemo containing a method getHighestPF with takes list of payslip objects and return the highest PF among the objects.PF should be 12% of basic salary.


Sample Input:

2

10000

2000

1000

50000

3000

2000


Sample Output:

6000



Solution :


class paySlip:
    def __init__(self,basicSalary,hra,ita):
        self.basicSalary = basicSalary
        self.hra = hra
        self.ita = ita


class paySlipDemo:
    def __init__(self):
        maxp = 0
    def getHighestPF(self,paylist):
        pfList = []
        for i in paylist:
            maxp = i.basicSalary * 0.12
            pfList.append(maxp)
        maxpf = max(pfList)
        return print(maxpf)


if __name__ == '__main__':
    count = int(input())
    paylist = []
    for i in range(count):
        basicSalary = int(input())
        hra = int(input())
        ita = int(input())
        paylist.append(paySlip(basicSalary,hra,ita))
    paySlip = paySlipDemo().getHighestPF(paylist)



Output:

 2
10000
2000
1000
50000
3000
2000
6000.0






Q2.Create a class Stock having attributes StockName,StockSector,StockValue.Create a class StockDemo having a method getStockList with takes a list of Stock objects and a StockSector(string) and returns a list containing stocks of the given sector having value more than 500.


Sample Input:

3

TCS

IT

1000

INFY

IT

400

BMW

Auto

1200

IT


Sample Output:

TCS       



Solution :


class Stock:
    def __init__(self,StockName,StockSector,StockValue):
        self.StockName = StockName
        self.StockSector = StockSector
        self.StockValue = StockValue

class StockDemo:
    def getStockList(self,Stocks,StockSector):
        StockList = []
        for i in Stocks:
            if i.StockSector == StockSector and i.StockValue > 500:
                StockList.append(i.StockName)
        return StockList

if __name__=='__main__':
    count = int(input())
    Stocks = []
    for i in range(count):
        StockName = input()
        StockSector = input()
        StockValue = int(input())
     Stocks.append(Stock(StockName,StockSector,StockValue))
    StockSector1 = input()
    output = StockDemo().getStockList(Stocks,StockSector1)
    for j in output:
        print(j)



Output:

3
TCS
IT
1000
INFY
IT
400
BMW
AUTO
1200
IT
TCS