You are given a C++ program (Test2Q1.cpp) with 10 errors (syntax errors and/ or logicalerrors, if any). The program is developed to determine the optimization level of apartmentdesign built-up area. It has five (5) user-defined functions as listed below: Study how all of the above functions were used/called inside the main function of the program.You are required to debug the errors, compile, and run the program. You are NOT ALLOWEDto remove any statements in the program. You are only allowed to update the statementsprovided in the program and add a new statement(s) if absolutely necessary.Figure 1 is the source code of the program and Table 1 is the 3 (three) test cases that you canuse to test the program to know if you have completely and correctly solved all the bugs.123456789101112131415161718192021222324252627282930313233343536373839404142#include <iostream>#include <string>#include <cctype>// Max and min of built-up area (square feet)#define MAX_AREA 900#define MIN_AREA 600using namespace std;// function prototypesint getInput(string, int, int);void setBuiltArea(int, int);int setRoom(string);char getLevel(int);string getStatus();// start main functionint main() {// built area dimension / size (feet / square feet)int builtWidth, builtLength, builtArea;// total occupied area for rooms (square feet)int roomArea = 0;setBuiltArea(builtWidth, builtLength);builtArea = builtWidth * builtLength;cout << endl;// set and get the total room built size/arearoomArea += setRoom("living");roomArea += setRoom("kitchen");roomArea += setRoom("bed");roomArea = setRoom("bath");// percentage of built-area occupied for roomfloat percentOccupied = static_cast<float>(roomArea) / builtArea * 100;cout << endl;4434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596079899100101102103104105106107108109cout << "Built-up area is " << builtArea << " (square feet)" << endl;cout << "Total room area is " << roomArea << " (square feet)" << endl;cout << "Free space is "<< builtArea - roomArea << " (square feet)" <<endl;cout << "Percentage of occupied area for rooms: " << percentOccupied <<"%" << endl;cout << "Area optimization status is " << getStatus(percentOccupied) <<endl;return 0;}// implement new user-defined functions// function to get integer number input (feet) for// built area and room sizeint getInput(string prompt, int min, int max) {int input;do {cout << prompt;cin << input;} while(input > min && input < max);}// Function to set built-up area. Then width must be in the// range of 14 to 20 feet while the length must be in the// range of 30 to 50 feetvoid setBuiltArea(int width, int length) {int area;// built-up area must be in the range of// 600 to 900 square feetwhile (area < MIN_AREA || area > MAX_AREA) {cout << "Set the built-up area (width and length in feet)\n";width = getInput("Width: ", 14, 20);length = getInput("Length: ", 30, 50);area = width * length;if (area < MIN_AREA)cout << "Built-up area can't less than " << MIN_AREA << " squarefeet\n\n";else if (area > MAX_AREA)cout << "Built-up area can't exceed " << MAX_AREA << " squarefeet\n\n";}}// Function to set room size (living, kitchen, bed, & bath).// Room width and length must be in the range of 6 to 14 feet.int setRoom(string type) {int built_area;cout << "Set the " << type << " room area (width and length in feet)\n";int width = getInput("Width: ", 6, 14);int length = getInput("Length: ", 6, 14);built_area = width * length;cout << endl;return built_area;}// Function to determine built-area optimization level.char getLevel(int percent) {if (percent >= 80)return 'A';else if (percent >= 60)return 'B';elsereturn 'C';5110111112113114115116117118119120121122123}// Function to determine built-area optimization status.string getStatus(int percent) {string status;swicth(getLevel(percent)) {case 'A': status = "excellent";case 'B': status = "good"; break;case 'C': status = "bad";}return 0;} Table 1: Test cases to run and test the program (user inputs are shown in red-bold text)TEST CASE 1Set the built-up area (width and length in feet)Width: 14Length: 30Built-up area can't less than 600 square fetSet the built-up area (width and length in feet)Width: 14Length: 45Set the living room area (width and length in feet)Width: 14Length: 14Set the kitchen room area (width and length in feet)Width: 12Length: 14Set the bed room area (width and length in feet)Width: 10Length: 12Set the bath room area (width and length in feet)Width: 6Length: 8Built-up area is 630 (square feet)Total room area is 532 (square feet)Free space is 98 (square feet)Percentage of occupied area for room: 84.4444Area optimization status is excellentTEST CASE 2Set the built-up area (width and length in feet)Width: 16Length: 40Set the living room area (width and length in feet)Width: 10Length: 12Set the kitchen room area (width and length in feet)Width: 8Length: 10Set the bed room area (width and length in feet)Width: 105Length: 12Set the bath room area (width and length in feet)Width: 8Length: 10Built-up area is 640 (square feet)Total room area is 400 (square feet)Free space is 240 (square feet)Percentage of occupied area for room: 62.5%Area optimization status is goodTEST CASE 3Set the built-up area (width and length in feet)Width: 12Width: 22Width: 20Length: 28Length: 60Length: 50Built-up area can't exceed 900 square feetSet the built-up area (width and length in feet)Width: 20Length: 45Set the living room area (width and length in feet)Width: 16Width: 10Length: 14Set the kitchen room area (width and length in feet)Width: 8Length: 10Set the bed room area (width and length in feet)Width: 10Length: 12Set the bath room area (width and length in feet)Width: 6Length: 4Length: 8Built-up area is 900 (square feet)Total room area is 388 (square feet)Free space is 512 (aquare feet)Percentage of occupied area for room: 43.11114Area optimization status is bad. Function NameDescriptionsetBuiltAreaReceives 2 (two) integer type parameters (width and length) torepresent the overall built-up area of an apartmentControls the width and length of built-up area as follows:Width must be in the range of 14 to 20 feeto Length must be in the range of 30 to 50 feetControls the minimum and maximum value of built-up areasquare feet (width x length) by using the following twoconstants:#define MAX_AREA 900#define MIN_AREA 600• Changes the value of the parameters passed to it to set the widthand length of apartment's overall built-up areasetRoomReceives single string parameter that represents the room type(living. kitchen, bed, or bath) inside the apartmentControls the width and length of room's built-up area inside theapartment (both width and length must be in the range of 6 to 14feet)Returns an integer value that is the built-up area of the room.The returned value is used inside the main function to calculatethe total built-up area occupied by all rooms within theapartment.getInputCalled inside the setBuiltArea and setRoom functions to getthe input for width and length of apartment's overall and roomsbuilt-up areaReceives 3 (three) parameters that are the caption (width orlength), and the minimum and maximum values can be entered asinputReturns integer type value represent the width or length of areagetLevelCalled inside the getStatus functionReceives single integer type that is the percentage of built-areaoccupied by the roomsReturns character value to determine the level of apartment built-up area optimization:A- room's built-up area 80% - 100%B- room's built-up area 60% - 79%C- room's built-up area less than 60%2getstatusReceives single integer type parameter that is the percentage ofbuilt-area occupied by the roomsPercentage of built-area occupied by the rooms is calculatedinside the main function as follows:percent occupied =total room areaх 100apartment's overall built-up areaReturns string type value of area optimization status based on areaoptimization level (returned by getLevel function) as follows:A - "excellent"В -"good"C- "bad"

Define the maximum and minimum built-up area constants using #defineInclude the necessary header…

You are given a C++ program (Test2Q1.cpp) with 10 errors (syntax errors and/ or logical errors, if any). The program is developed to determine the optimization level of apartment design built-up area. It has five (5) user-defined functions as listed below: Study how all of the above functions were used/called inside the main function of the program. You are required to debug the errors, compile, and run the program. You are NOT ALLOWED to remove any statements in the program. You are only allowed to update the statements provided in the program and add a new statement(s) if absolutely necessary. Figure 1 is the source code of the program and Table 1 is the 3 (three) test cases that you can use to test the program to know if you have completely and correctly solved all the bugs. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 #include #include #include // Max and min of built-up area (square feet) #define MAX_AREA 900 #define MIN_AREA 600 using namespace std; // function prototypes int getInput(string, int, int); void setBuiltArea(int, int); int setRoom(string); char getLevel(int); string getStatus(); // start main function int main() { // built area dimension / size (feet / square feet) int builtWidth, builtLength, builtArea; // total occupied area for rooms (square feet) int roomArea = 0; setBuiltArea(builtWidth, builtLength); builtArea = builtWidth * builtLength; cout << endl; // set and get the total room built size/area roomArea += setRoom("living"); roomArea += setRoom("kitchen"); roomArea += setRoom("bed"); roomArea = setRoom("bath"); // percentage of built-area occupied for room float percentOccupied = static_cast(roomArea) / builtArea * 100; cout << endl; 4 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 07 98 99 100 101 102 103 104 105 106 107 108 109 cout << "Built-up area is " << builtArea << " (square feet)" << endl; cout << "Total room area is " << roomArea << " (square feet)" << endl; cout << "Free space is "<< builtArea - roomArea << " (square feet)" << endl; cout << "Percentage of occupied area for rooms: " << percentOccupied << "%" << endl; cout << "Area optimization status is " << getStatus(percentOccupied) << endl; return 0; } // implement new user-defined functions // function to get integer number input (feet) for // built area and room size int getInput(string prompt, int min, int max) { int input; do { cout << prompt; cin << input; } while(input > min && input < max); } // Function to set built-up area. Then width must be in the // range of 14 to 20 feet while the length must be in the // range of 30 to 50 feet void setBuiltArea(int width, int length) { int area; // built-up area must be in the range of // 600 to 900 square feet while (area < MIN_AREA || area > MAX_AREA) { cout << "Set the built-up area (width and length in feet)\n"; width = getInput("Width: ", 14, 20); length = getInput("Length: ", 30, 50); area = width * length; if (area < MIN_AREA) cout << "Built-up area can't less than " << MIN_AREA << " square feet\n\n"; else if (area > MAX_AREA) cout << "Built-up area can't exceed " << MAX_AREA << " square feet\n\n"; } } // Function to set room size (living, kitchen, bed, & bath). // Room width and length must be in the range of 6 to 14 feet. int setRoom(string type) { int built_area; cout << "Set the " << type << " room area (width and length in feet)\n"; int width = getInput("Width: ", 6, 14); int length = getInput("Length: ", 6, 14); built_area = width * length; cout << endl; return built_area; } // Function to determine built-area optimization level. char getLevel(int percent) { if (percent >= 80) return 'A'; else if (percent >= 60) return 'B'; else return 'C'; 5 110 111 112 113 114 115 116 117 118 119 120 121 122 123 } // Function to determine built-area optimization status. string getStatus(int percent) { string status; swicth(getLevel(percent)) { case 'A': status = "excellent"; case 'B': status = "good"; break; case 'C': status = "bad"; } return 0; }

You are given a C++ program (Test2Q1.cpp) with 10 errors (syntax errors and/ or logical errors, if any). The program is developed to determine the optimization level of apartment design built-up area. It has five (5) user-defined functions as listed below: Study how all of the above functions were used/called inside the main function of the program. You are required to debug the errors, compile, and run the program. You are NOT ALLOWED to remove any statements in the program. You are only allowed to update the statements provided in the program and add a new statement(s) if absolutely necessary. Figure 1 is the source code of the program and Table 1 is the 3 (three) test cases that you can use to test the program to know if you have completely and correctly solved all the bugs. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 #include #include #include // Max and min of built-up area (square feet) #define MAX_AREA 900 #define MIN_AREA 600 using namespace std; // function prototypes int getInput(string, int, int); void setBuiltArea(int, int); int setRoom(string); char getLevel(int); string getStatus(); // start main function int main() { // built area dimension / size (feet / square feet) int builtWidth, builtLength, builtArea; // total occupied area for rooms (square feet) int roomArea = 0; setBuiltArea(builtWidth, builtLength); builtArea = builtWidth * builtLength; cout << endl; // set and get the total room built size/area roomArea += setRoom("living"); roomArea += setRoom("kitchen"); roomArea += setRoom("bed"); roomArea = setRoom("bath"); // percentage of built-area occupied for room float percentOccupied = static_cast(roomArea) / builtArea * 100; cout << endl; 4 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 07 98 99 100 101 102 103 104 105 106 107 108 109 cout << "Built-up area is " << builtArea << " (square feet)" << endl; cout << "Total room area is " << roomArea << " (square feet)" << endl; cout << "Free space is "<< builtArea - roomArea << " (square feet)" << endl; cout << "Percentage of occupied area for rooms: " << percentOccupied << "%" << endl; cout << "Area optimization status is " << getStatus(percentOccupied) << endl; return 0; } // implement new user-defined functions // function to get integer number input (feet) for // built area and room size int getInput(string prompt, int min, int max) { int input; do { cout << prompt; cin << input; } while(input > min && input < max); } // Function to set built-up area. Then width must be in the // range of 14 to 20 feet while the length must be in the // range of 30 to 50 feet void setBuiltArea(int width, int length) { int area; // built-up area must be in the range of // 600 to 900 square feet while (area < MIN_AREA || area > MAX_AREA) { cout << "Set the built-up area (width and length in feet)\n"; width = getInput("Width: ", 14, 20); length = getInput("Length: ", 30, 50); area = width * length; if (area < MIN_AREA) cout << "Built-up area can't less than " << MIN_AREA << " square feet\n\n"; else if (area > MAX_AREA) cout << "Built-up area can't exceed " << MAX_AREA << " square feet\n\n"; } } // Function to set room size (living, kitchen, bed, & bath). // Room width and length must be in the range of 6 to 14 feet. int setRoom(string type) { int built_area; cout << "Set the " << type << " room area (width and length in feet)\n"; int width = getInput("Width: ", 6, 14); int length = getInput("Length: ", 6, 14); built_area = width * length; cout << endl; return built_area; } // Function to determine built-area optimization level. char getLevel(int percent) { if (percent >= 80) return 'A'; else if (percent >= 60) return 'B'; else return 'C'; 5 110 111 112 113 114 115 116 117 118 119 120 121 122 123 } // Function to determine built-area optimization status. string getStatus(int percent) { string status; swicth(getLevel(percent)) { case 'A': status = "excellent"; case 'B': status = "good"; break; case 'C': status = "bad"; } return 0; }

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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Related questions

Question

Study how all of the above functions were used/called inside the main function of the program.
You are required to debug the errors, compile, and run the program. You are NOT ALLOWED
to remove any statements in the program. You are only allowed to update the statements
provided in the program and add a new statement(s) if absolutely necessary.
Figure 1 is the source code of the program and Table 1 is the 3 (three) test cases that you can
use to test the program to know if you have completely and correctly solved all the bugs.

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#include <iostream>
#include <string>
#include <cctype>
// Max and min of built-up area (square feet)
#define MAX_AREA 900
#define MIN_AREA 600
using namespace std;
// function prototypes
int getInput(string, int, int);
void setBuiltArea(int, int);
int setRoom(string);
char getLevel(int);
string getStatus();
// start main function
int main() {
// built area dimension / size (feet / square feet)
int builtWidth, builtLength, builtArea;
// total occupied area for rooms (square feet)
int roomArea = 0;
setBuiltArea(builtWidth, builtLength);
builtArea = builtWidth * builtLength;
cout << endl;
// set and get the total room built size/area
roomArea += setRoom("living");
roomArea += setRoom("kitchen");
roomArea += setRoom("bed");
roomArea = setRoom("bath");
// percentage of built-area occupied for room
float percentOccupied = static_cast<float>(roomArea) / builtArea * 100;
cout << endl;

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cout << "Built-up area is " << builtArea << " (square feet)" << endl;
cout << "Total room area is " << roomArea << " (square feet)" << endl;
cout << "Free space is "<< builtArea - roomArea << " (square feet)" <<
endl;
cout << "Percentage of occupied area for rooms: " << percentOccupied <<
"%" << endl;
cout << "Area optimization status is " << getStatus(percentOccupied) <<
endl;
return 0;
}
// implement new user-defined functions
// function to get integer number input (feet) for
// built area and room size
int getInput(string prompt, int min, int max) {
int input;
do {
cout << prompt;
cin << input;
} while(input > min && input < max);
}
// Function to set built-up area. Then width must be in the
// range of 14 to 20 feet while the length must be in the
// range of 30 to 50 feet
void setBuiltArea(int width, int length) {
int area;
// built-up area must be in the range of
// 600 to 900 square feet
while (area < MIN_AREA || area > MAX_AREA) {
cout << "Set the built-up area (width and length in feet)\n";
width = getInput("Width: ", 14, 20);
length = getInput("Length: ", 30, 50);
area = width * length;
if (area < MIN_AREA)
cout << "Built-up area can't less than " << MIN_AREA << " square
feet\n\n";
else if (area > MAX_AREA)
cout << "Built-up area can't exceed " << MAX_AREA << " square
feet\n\n";
}
}
// Function to set room size (living, kitchen, bed, & bath).
// Room width and length must be in the range of 6 to 14 feet.
int setRoom(string type) {
int built_area;
cout << "Set the " << type << " room area (width and length in feet)\n";
int width = getInput("Width: ", 6, 14);
int length = getInput("Length: ", 6, 14);
built_area = width * length;
cout << endl;
return built_area;
}
// Function to determine built-area optimization level.
char getLevel(int percent) {
if (percent >= 80)
return 'A';
else if (percent >= 60)
return 'B';
else
return 'C';

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}
// Function to determine built-area optimization status.
string getStatus(int percent) {
string status;
swicth(getLevel(percent)) {
case 'A': status = "excellent";
case 'B': status = "good"; break;
case 'C': status = "bad";
}
return 0;
}