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The student file provided for this lab includes the necessary variable declarations and input and output statements. You need to implement the code that recognizes when a control break should occur. You also need to complete the control break code. Be sure to accumulate the daily totals for all days in the week. Comments in the code tell you where to write your code. Instructions 1. Study the prewritten code to understand what has already been done. 2. Write the control break code 3. Execute the program using the following input values: Monday Tuesday 2 Tuesday 3 Wednesday 5 Wednesday 3 Thursday Friday 3 Friday Saturday

The student file provided for this lab includes the necessary variable declarations and input and output statements. You need to implement the code that recognizes when a control break should occur. You also need to complete the control break code. Be sure to accumulate the daily totals for all days in the week. Comments in the code tell you where to write your code. Instructions 1. Study the prewritten code to understand what has already been done. 2. Write the control break code 3. Execute the program using the following input values: Monday Tuesday 2 Tuesday 3 Wednesday 5 Wednesday 3 Thursday Friday 3 Friday Saturday

Computer Networking: A Top-Down Approach (7th Edition)
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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Monday Tuesday 2 Tuesday 3 Wednesday 5 Wednesday 3 Thursday 6 Friday 3 Friday 5 Saturday 7 Saturday 7 Saturday 7 Sunday done
Transcribed Image Text:Monday Tuesday 2 Tuesday 3 Wednesday 5 Wednesday 3 Thursday 6 Friday 3 Friday 5 Saturday 7 Saturday 7 Saturday 7 Sunday done
1 # SuperMarket.py - This program creates a report that lists weekly hours work The student file provided for this lab includes the necessary variable declarations and input and 2 # by employees of a supermarket. The report lists total hours for output statements. You need to implement the code that recognizes when a control break should 3 # each day of one week. occur. You also need to complete the control break code. Be sure to accumulate the daily totals 4 # Input: Interactive 5 # Output: Report. for all days in the week. 6. 7 # Declare variables. Comments in the code tell you where to write your code. 8 HEAD1 = "WEEKLY HOURS WORKED" 9 DAY_FOOTER = "Day Total " 10 SENTINEL = "done" Instructions # Named constant for sentinel value 11 hoursWorked = 0 # Current record hours 12 hoursTotal = 0 # Hours total for a day 1. Study the prewritten code to understand what has already been done. |13 prevDay = "" |14 notDone = True # Previous day of week 2. Write the control break code # loop control 15 3. Execute the program using the following input values: 16 # Print two blank lines. |17 print("\n\n") |18 # Print heading. |19 print("\t" + HEAD1) Monday >_ 6 20 # Print two blank lines. Tuesday 21 print("\n\n") 22 23 # Read first record 24 dayofWeek = input("Enter day of week or done to quit: ") 2 Tuesday 3 Wednesday 25 if dayofWeek 26 == SENTINEL: notDone = False Wednesday 27 else: 3 28 hoursWorked = input("Enter hours worked: ") Thursday 29 prevDay = dayOfWeek 30 31 while notDone == True: Friday 32 # Implement control break logic here 33 # Include work done in the dayChange() function Friday 34 35 print("\t" + DAY_FOOTER + str(hoursTotal)) Saturday 7
Transcribed Image Text:1 # SuperMarket.py - This program creates a report that lists weekly hours work The student file provided for this lab includes the necessary variable declarations and input and 2 # by employees of a supermarket. The report lists total hours for output statements. You need to implement the code that recognizes when a control break should 3 # each day of one week. occur. You also need to complete the control break code. Be sure to accumulate the daily totals 4 # Input: Interactive 5 # Output: Report. for all days in the week. 6. 7 # Declare variables. Comments in the code tell you where to write your code. 8 HEAD1 = "WEEKLY HOURS WORKED" 9 DAY_FOOTER = "Day Total " 10 SENTINEL = "done" Instructions # Named constant for sentinel value 11 hoursWorked = 0 # Current record hours 12 hoursTotal = 0 # Hours total for a day 1. Study the prewritten code to understand what has already been done. |13 prevDay = "" |14 notDone = True # Previous day of week 2. Write the control break code # loop control 15 3. Execute the program using the following input values: 16 # Print two blank lines. |17 print("\n\n") |18 # Print heading. |19 print("\t" + HEAD1) Monday >_ 6 20 # Print two blank lines. Tuesday 21 print("\n\n") 22 23 # Read first record 24 dayofWeek = input("Enter day of week or done to quit: ") 2 Tuesday 3 Wednesday 25 if dayofWeek 26 == SENTINEL: notDone = False Wednesday 27 else: 3 28 hoursWorked = input("Enter hours worked: ") Thursday 29 prevDay = dayOfWeek 30 31 while notDone == True: Friday 32 # Implement control break logic here 33 # Include work done in the dayChange() function Friday 34 35 print("\t" + DAY_FOOTER + str(hoursTotal)) Saturday 7
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