Question 3: Output: Software Engineer,Bob created. Implement "SoftwareEngineer" and "CheifEngineer" class derived from Employee" class with necessary properties so that the expected output is generated. Do not change any given code. class Employee: employeelnfo = {} def _init_(self, name, designation, workHour): #workHour = Per week working hour self.name = name self.designation = designation Weekly income of Bob has been calculated Name: Bob Designation: Software Engineer Work hour per week: 40 hours Per hour income: 1200 Taka Over time:0 hours self.workHour = workHour Weekly income:48000Taka 3. def calculateWeeklylncome(self): Software Engineer,Carol created. 4. pass Weekly income of Carol has been calculated def _str_(self): s= f"Name: {self.name}\nDesignation: {self.designation}\nWork hour per week: {self.workHour} hours" 5.- Name: Carol Designation: Software Engineer Work hour per week: 45 hours Per hour income: 1200 Taka return s # Write your codes here. # Do not change the following lines of code. swl = SoftwareEngineer("Bob","Software Engineer",40,1200) Over time:5 hours Weekly income:60000Taka 6. {'Software Engineer: ['Bob', 'Carol']} print('1. sw1.calculateWeeklylncome() print('2.- ---) 7.======== === Chief Engineer, John created. print(sw1) 8. print('3. Weekly income of John has been calculated sw2 = SoftwareEngineer("Carol","Software Engineer", 45,1200,5) 9. ----) Name: John print('4. sw2.calculateWeeklylncome() print('5.-- Designation: Chief Engineer Work hour per week: 50 hours print(sw2) Per hour income: 1500 print('6.- print(Employee.employeelnfo) Over time:7 hours Weekly income:85500 Taka print(7.========== cel = ChiefEngineer("John","Chief Engineer",50,1500,7) ========') 10. Chief Engineer,Brad created. print('8.- cel.calculateWeeklylncome() print('9.- 11. Weekly income of Brad has been calculated 12. print(ce1) Name: Brad print('10.- Designation: Chief Engineer Work hour per week: 55 hours Per hour income: 2000 ce2 = ChiefEngineer("Brad","Chief Engineer",55,2000) print('11. ce2.calculateWeeklylncome() print('12.- Over time:0 hours Weekly income:110000 Taka print(ce2) 13. print('13.- print(Employee.employeelnfo) {'Software Engineer': ['Bob', 'Carol'], 'Chief Engineer': ['John', 'Brad']}
Question 3: Output: Software Engineer,Bob created. Implement "SoftwareEngineer" and "CheifEngineer" class derived from Employee" class with necessary properties so that the expected output is generated. Do not change any given code. class Employee: employeelnfo = {} def _init_(self, name, designation, workHour): #workHour = Per week working hour self.name = name self.designation = designation Weekly income of Bob has been calculated Name: Bob Designation: Software Engineer Work hour per week: 40 hours Per hour income: 1200 Taka Over time:0 hours self.workHour = workHour Weekly income:48000Taka 3. def calculateWeeklylncome(self): Software Engineer,Carol created. 4. pass Weekly income of Carol has been calculated def _str_(self): s= f"Name: {self.name}\nDesignation: {self.designation}\nWork hour per week: {self.workHour} hours" 5.- Name: Carol Designation: Software Engineer Work hour per week: 45 hours Per hour income: 1200 Taka return s # Write your codes here. # Do not change the following lines of code. swl = SoftwareEngineer("Bob","Software Engineer",40,1200) Over time:5 hours Weekly income:60000Taka 6. {'Software Engineer: ['Bob', 'Carol']} print('1. sw1.calculateWeeklylncome() print('2.- ---) 7.======== === Chief Engineer, John created. print(sw1) 8. print('3. Weekly income of John has been calculated sw2 = SoftwareEngineer("Carol","Software Engineer", 45,1200,5) 9. ----) Name: John print('4. sw2.calculateWeeklylncome() print('5.-- Designation: Chief Engineer Work hour per week: 50 hours print(sw2) Per hour income: 1500 print('6.- print(Employee.employeelnfo) Over time:7 hours Weekly income:85500 Taka print(7.========== cel = ChiefEngineer("John","Chief Engineer",50,1500,7) ========') 10. Chief Engineer,Brad created. print('8.- cel.calculateWeeklylncome() print('9.- 11. Weekly income of Brad has been calculated 12. print(ce1) Name: Brad print('10.- Designation: Chief Engineer Work hour per week: 55 hours Per hour income: 2000 ce2 = ChiefEngineer("Brad","Chief Engineer",55,2000) print('11. ce2.calculateWeeklylncome() print('12.- Over time:0 hours Weekly income:110000 Taka print(ce2) 13. print('13.- print(Employee.employeelnfo) {'Software Engineer': ['Bob', 'Carol'], 'Chief Engineer': ['John', 'Brad']}
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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You can't reject it.
![Question 3:
Output:
Software Engineer,Bob created.
Implement "SoftwareEngineer" and "CheifEngineer" class derived from
"Employee" class with necessary properties so that the expected output is
generated. Do not change any given code.
class Employee:
employeelnfo = {}
def _init_(self, name, designation, workHour): #workHour = Per week
working hour
self.name = name
1.
Weekly income of Bob has been calculated
2.
%3D
Name: Bob
Designation: Software Engineer
Work hour per week: 40 hours
Per hour income: 1200 Taka
%3D
self.designation = designation
%3D
Over time:0 hours
self.workHour = workHour
%3D
Weekly income:48000Taka
3.--
def calculateWeeklylncome(self):
Software Engineer,Carol created.
pass
4.-
Weekly income of Carol has been calculated
def _str_(self):
s= f"Name: {self.name}\nDesignation: {self.designation}\nWork hour
per week: {self.workHour} hours"
5.--
%3D
Name: Carol
Designation: Software Engineer
Work hour per week: 45 hours
Per hour income: 1200 Taka
return s
Over time:5 hours
# Write your codes here.
# Do not change the following lines of code.
swl = SoftwareEngineer("Bob","Software Engineer",40,1200)
Weekly income:60000Taka
6.--
{'Software Engineer': ['Bob', 'Carol']}
print('1.---
swl.calculateWeeklylncome()
print('2.-
7.=
Chief Engineer,John created.
8.
--)
print(sw1)
print('3.-
Weekly income of John has been calculated
sw2 = SoftwareEngineer("Carol","Software Engineer", 45,1200,5)
9.-
print('4.-
sw2.calculateWeeklylncome()
print('5.-
--)
Name: John
Designation: Chief Engineer
Work hour per week: 50 hours
Per hour income: 1500
print(sw2)
print('6.-
print(Employee.employeelnfo)
Over time:7 hours
Weekly income:85500 Taka
10.---
Chief Engineer,Brad created.
print(7.==
cel = ChiefEngineer("John","Chief Engineer",50,1500,7)
print('8.---
cel.calculateWeeklylncome()
print('9.-
11.--
Weekly income of Brad has been calculated
-->
12.------
print(ce1)
Name: Brad
print('10.-
ce2 = ChiefEngineer("Brad","Chief Engineer",55,2000)
Designation: Chief Engineer
Work hour per week: 55 hours
print('11.-
ce2.calculateWeeklylncome()
print('12.-
-->
Per hour income: 2000
Over time:0 hours
Weekly income:110000 Taka
print(ce2)
13.--
print('13.-
print(Employee.employeelnfo)
{'Software Engineer': ['Bob', 'Carol'], 'Chief Engineer': ['John', 'Brad']}](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9a5f9ff8-01a9-434f-973b-a1a714142ce8%2F579ef32a-1868-47d7-9c06-2c309a7dc5cd%2Fjtvshur_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 3:
Output:
Software Engineer,Bob created.
Implement "SoftwareEngineer" and "CheifEngineer" class derived from
"Employee" class with necessary properties so that the expected output is
generated. Do not change any given code.
class Employee:
employeelnfo = {}
def _init_(self, name, designation, workHour): #workHour = Per week
working hour
self.name = name
1.
Weekly income of Bob has been calculated
2.
%3D
Name: Bob
Designation: Software Engineer
Work hour per week: 40 hours
Per hour income: 1200 Taka
%3D
self.designation = designation
%3D
Over time:0 hours
self.workHour = workHour
%3D
Weekly income:48000Taka
3.--
def calculateWeeklylncome(self):
Software Engineer,Carol created.
pass
4.-
Weekly income of Carol has been calculated
def _str_(self):
s= f"Name: {self.name}\nDesignation: {self.designation}\nWork hour
per week: {self.workHour} hours"
5.--
%3D
Name: Carol
Designation: Software Engineer
Work hour per week: 45 hours
Per hour income: 1200 Taka
return s
Over time:5 hours
# Write your codes here.
# Do not change the following lines of code.
swl = SoftwareEngineer("Bob","Software Engineer",40,1200)
Weekly income:60000Taka
6.--
{'Software Engineer': ['Bob', 'Carol']}
print('1.---
swl.calculateWeeklylncome()
print('2.-
7.=
Chief Engineer,John created.
8.
--)
print(sw1)
print('3.-
Weekly income of John has been calculated
sw2 = SoftwareEngineer("Carol","Software Engineer", 45,1200,5)
9.-
print('4.-
sw2.calculateWeeklylncome()
print('5.-
--)
Name: John
Designation: Chief Engineer
Work hour per week: 50 hours
Per hour income: 1500
print(sw2)
print('6.-
print(Employee.employeelnfo)
Over time:7 hours
Weekly income:85500 Taka
10.---
Chief Engineer,Brad created.
print(7.==
cel = ChiefEngineer("John","Chief Engineer",50,1500,7)
print('8.---
cel.calculateWeeklylncome()
print('9.-
11.--
Weekly income of Brad has been calculated
-->
12.------
print(ce1)
Name: Brad
print('10.-
ce2 = ChiefEngineer("Brad","Chief Engineer",55,2000)
Designation: Chief Engineer
Work hour per week: 55 hours
print('11.-
ce2.calculateWeeklylncome()
print('12.-
-->
Per hour income: 2000
Over time:0 hours
Weekly income:110000 Taka
print(ce2)
13.--
print('13.-
print(Employee.employeelnfo)
{'Software Engineer': ['Bob', 'Carol'], 'Chief Engineer': ['John', 'Brad']}
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