In this lab session, you are going to improvement a simulator for an air conditioner. Users can select sort of actions that the air conditioner allows.Turn air conditioner On/OffIncrease fan speed by 100 Decrease fan speed by 100 Change to mode of cooling: On/Off Increment the temperature degree of the air conditioner Decrement the temperature degree of the air conditioner Exit the program:--------------------------------------------------------------------------------------------------------------------------------------------------------#include <stdio.h>#define true 1#definefalse0#define MinFan 100#define MaxFan 1000#defineMinCool18#define MaxCool 30typedef int bool;typedef struct AirConditionerStruct {bool status; // running statusstruct FanStruct{bool flow;int fanSpeed;} fanControl;struct ModeStrcut{ bool cooling; int degree; } coolingControl; }AirConditioner; void changeStatus (AirConditioner *airPtr);void increaseFanSpeed (AirConditioner *airPtr, int maxLimit);void decreaseFanSpeed (AirConditioner *airPtr, int minLimit);void changeMode(AirConditioner *airPtr);void incrementDegree(AirConditioner *airPtr, int maxLimit);void decrementDegree(AirConditioner *airPtr, int minLimit);void printAirConditionerStatus(AirConditioner *airPtr); int main(void) { bool exit = false; int choice; AirConditioner aircondobject; while( !exit) { printf( "\n-------------\n"); printf( "1) Turn air conditioner ON/OFF?\n"); printf( "2) Increase air conditioner fan?\n" ); printf( "3) Decrease air conditioner fan?\n" ); printf( "4) Change air conditioner mode?\n" ); printf( "5) Increment temperature degree?\n" ); printf( "6) Decrement temperature degree?\n" ); printf( "7) Exit..!\n" ); scanf ( "%d" , &choice); switch( choice ){ case 1: changeStatus(&aircondobject); break; case 2: increaseFanSpeed(&aircondobject, MaxFan); break; case 3: decreaseFanSpeed(&aircondobject, MinFan); break; case 4: changeMode (&aircondobject); break; case 5: incrementDegree(&aircondobject, MaxCool); break; case 6: decreaseFanSpeed (&aircondobject, MinCool); break; case 7: exit = true; break; default: printf( "Invalid selection of option. Try again!\n" ); } if( !exit ) printAirConditionerStatus (&aircondobject); } }void printAirConditionerStatus (AirConditioner *airPtr) { printf("\nAir conditioner status: %s\n", airPtr->status ? "Running" : "Standby" ); if(airPtr->fanControl.flow){ printf("|\tFan speed = %d\n", airPtr->fanControl.fanSpeed); } if(airPtr->coolingControl.cooling){ printf("|\tTemperature degree: %d\n", airPtr->coolingControl.degree); }}-------------------------------------------------------------------------------------------------------------------------------------------------------- Task 1.5: Define the functionvoid incrementDegree(AirConditioner *airPtr, int maxLimit)that increment the temperature degree of the air condition by 1 unit if and only if the running status of theair conditioner is ON and the result temperature degree doesn't exceed the maximum limit of thetemperature. Otherwise, display the following message: "The air conditioner cooling temperature hasreached the maximum limit."If the running status of the air conditioner is OFF, then display the following message: "The airconditioner is OFF."Task 1.6: Define the functionvoid decrementDegree(AirConditioner *airPtr, int minLimit) that decrement the temperature degreeof the air condition by 1 unit if and only if the running status of the air conditioner is ON and the resulttemperature degree doesn't go below the minimum limit of the temperature. Otherwise, display thefollowing message: "The air conditioner cooling temperature has reached the minimum limit."If the running status of the air conditioner is OFF, then display the following message: "The airconditioner is OFF." Task 1.1: Define the function:void changeStatus (AirConditioner *airPtr)That turns the air conditioner ON or OFF according to the following conditions:If the air conditioner is at standby mode, then the function sets the running status to ON, enables the fanflow and puts the fan speed to the minimum speed. Also, the mode cooling system must be set ON.If the air conditioner is on running mode, then the function sets the running status to OFF, the aircondition fan flow to OFF. The cooling mode must be put also to OFF.Task 1.2: Define the function:void increaseFanspeed (AirConditioner *airPtr, int maxLimit)The function does the following If running status of the air conditioner is ON, then increase the airconditioner fan speed by 100 if and only if the result fan speed is below maxLimit. If the air conditionerfan speed was about to exceed the maxLimit then display the following message: "The air conditioner fanspeed has reached the maximum limit."If the running status of the air conditioner is OFF, then display the following message: "The airconditioner is OFF"Task 1.3: Define the function:void decreaseFanspeed (AirConditioner *airPtr, int minLimit)The function does the followingIf running status of the air conditioner is ON, then decrease the air conditioner fan speed by 100 if andonly if the result fan speed is above minLimit. If the air conditioner fan speed was about to be belowminLimit, then display the following message: "The air conditioner fan speed has reached the minimumlimit."If the running status of the air conditioner is OFF, then display the following message: "The airconditioner is OFF."Task 1.4: Define the functionvoid changeMode(AirConditioner *airPtr);that changes the cooling mode of the air conditioner to ON or OFF according to the following conditions:If the running status of air conditioner is ON and the cooling status is also ON, then put the air conditioncooling status to OFF.If the running status of the air conditioner is ON and the cooling status is OFF, then put the air conditioncooling status to ON.If the running status of the air conditioner is OFF, then display the following message: "The airconditioner is OFF."

Start.Include necessary header files.Define constants for true/false values, fan, and cooling…

In this lab session, you are going to improvement a simulator for an air conditioner. Users can select sort of actions that the air conditioner allows. Turn air conditioner On/Off Increase fan speed by 100 Decrease fan speed by 100 Change to mode of cooling: On/Off Increment the temperature degree of the air conditioner Decrement the temperature degree of the air conditioner Exit the program: -------------------------------------------------------------------------------------------------------------------------------------------------------- #include #define true 1 #definefalse0 #define MinFan 100 #define MaxFan 1000 #defineMinCool18 #define MaxCool 30 typedef int bool; typedef struct AirConditionerStruct { bool status; // running status struct FanStruct{ bool flow; int fanSpeed; } fanControl; struct ModeStrcut{ bool cooling; int degree; } coolingControl; }AirConditioner; void changeStatus (AirConditioner *airPtr); void increaseFanSpeed (AirConditioner *airPtr, int maxLimit); void decreaseFanSpeed (AirConditioner *airPtr, int minLimit); void changeMode(AirConditioner *airPtr); void incrementDegree(AirConditioner *airPtr, int maxLimit); void decrementDegree(AirConditioner *airPtr, int minLimit); void printAirConditionerStatus(AirConditioner *airPtr); int main(void) { bool exit = false; int choice; AirConditioner aircondobject; while( !exit) { printf( "\n-------------\n"); printf( "1) Turn air conditioner ON/OFF?\n"); printf( "2) Increase air conditioner fan?\n" ); printf( "3) Decrease air conditioner fan?\n" ); printf( "4) Change air conditioner mode?\n" ); printf( "5) Increment temperature degree?\n" ); printf( "6) Decrement temperature degree?\n" ); printf( "7) Exit..!\n" ); scanf ( "%d" , &choice); switch( choice ){ case 1: changeStatus(&aircondobject); break; case 2: increaseFanSpeed(&aircondobject, MaxFan); break; case 3: decreaseFanSpeed(&aircondobject, MinFan); break; case 4: changeMode (&aircondobject); break; case 5: incrementDegree(&aircondobject, MaxCool); break; case 6: decreaseFanSpeed (&aircondobject, MinCool); break; case 7: exit = true; break; default: printf( "Invalid selection of option. Try again!\n" ); } if( !exit ) printAirConditionerStatus (&aircondobject); } } void printAirConditionerStatus (AirConditioner *airPtr) { printf("\nAir conditioner status: %s\n", airPtr->status ? "Running" : "Standby" ); if(airPtr->fanControl.flow){ printf("|\tFan speed = %d\n", airPtr->fanControl.fanSpeed); } if(airPtr->coolingControl.cooling){ printf("|\tTemperature degree: %d\n", airPtr->coolingControl.degree); } } --------------------------------------------------------------------------------------------------------------------------------------------------------

In this lab session, you are going to improvement a simulator for an air conditioner. Users can select sort of actions that the air conditioner allows. Turn air conditioner On/Off Increase fan speed by 100 Decrease fan speed by 100 Change to mode of cooling: On/Off Increment the temperature degree of the air conditioner Decrement the temperature degree of the air conditioner Exit the program: -------------------------------------------------------------------------------------------------------------------------------------------------------- #include #define true 1 #definefalse0 #define MinFan 100 #define MaxFan 1000 #defineMinCool18 #define MaxCool 30 typedef int bool; typedef struct AirConditionerStruct { bool status; // running status struct FanStruct{ bool flow; int fanSpeed; } fanControl; struct ModeStrcut{ bool cooling; int degree; } coolingControl; }AirConditioner; void changeStatus (AirConditioner airPtr); void increaseFanSpeed (AirConditioner airPtr, int maxLimit); void decreaseFanSpeed (AirConditioner airPtr, int minLimit); void changeMode(AirConditioner airPtr); void incrementDegree(AirConditioner airPtr, int maxLimit); void decrementDegree(AirConditioner airPtr, int minLimit); void printAirConditionerStatus(AirConditioner airPtr); int main(void) { bool exit = false; int choice; AirConditioner aircondobject; while( !exit) { printf( "\n-------------\n"); printf( "1) Turn air conditioner ON/OFF?\n"); printf( "2) Increase air conditioner fan?\n" ); printf( "3) Decrease air conditioner fan?\n" ); printf( "4) Change air conditioner mode?\n" ); printf( "5) Increment temperature degree?\n" ); printf( "6) Decrement temperature degree?\n" ); printf( "7) Exit..!\n" ); scanf ( "%d" , &choice); switch( choice ){ case 1: changeStatus(&aircondobject); break; case 2: increaseFanSpeed(&aircondobject, MaxFan); break; case 3: decreaseFanSpeed(&aircondobject, MinFan); break; case 4: changeMode (&aircondobject); break; case 5: incrementDegree(&aircondobject, MaxCool); break; case 6: decreaseFanSpeed (&aircondobject, MinCool); break; case 7: exit = true; break; default: printf( "Invalid selection of option. Try again!\n" ); } if( !exit ) printAirConditionerStatus (&aircondobject); } } void printAirConditionerStatus (AirConditioner airPtr) { printf("\nAir conditioner status: %s\n", airPtr->status ? "Running" : "Standby" ); if(airPtr->fanControl.flow){ printf("|\tFan speed = %d\n", airPtr->fanControl.fanSpeed); } if(airPtr->coolingControl.cooling){ printf("|\tTemperature degree: %d\n", airPtr->coolingControl.degree); } } --------------------------------------------------------------------------------------------------------------------------------------------------------

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

In this lab session, you are going to improvement a simulator for an air conditioner. Users can select sort of actions that the air conditioner allows.

Turn air conditioner On/Off
Increase fan speed by 100
Decrease fan speed by 100
Change to mode of cooling: On/Off
Increment the temperature degree of the air conditioner
Decrement the temperature degree of the air conditioner
Exit the program:

--------------------------------------------------------------------------------------------------------------------------------------------------------

#include <stdio.h>

#define true 1

#definefalse0

#define MinFan 100

#define MaxFan 1000

#defineMinCool18

#define MaxCool 30

typedef int bool;

typedef struct AirConditionerStruct {

bool status; // running status

struct FanStruct{

bool flow;

int fanSpeed;

} fanControl;

struct ModeStrcut{ bool cooling; int degree;

} coolingControl;

}AirConditioner;

void changeStatus (AirConditioner *airPtr);

void increaseFanSpeed (AirConditioner *airPtr, int maxLimit);

void decreaseFanSpeed (AirConditioner *airPtr, int minLimit);

void changeMode(AirConditioner *airPtr);

void incrementDegree(AirConditioner *airPtr, int maxLimit);

void decrementDegree(AirConditioner *airPtr, int minLimit);

void printAirConditionerStatus(AirConditioner *airPtr);

int main(void) {

bool exit = false;

int choice;

AirConditioner aircondobject;

while( !exit) {

printf( "\n-------------\n");

printf( "1) Turn air conditioner ON/OFF?\n");

printf( "2) Increase air conditioner fan?\n" );

printf( "3) Decrease air conditioner fan?\n" );

printf( "4) Change air conditioner mode?\n" );

printf( "5) Increment temperature degree?\n" );

printf( "6) Decrement temperature degree?\n" );

printf( "7) Exit..!\n" );

scanf ( "%d" , &choice);

switch( choice ){

case 1: changeStatus(&aircondobject); break;

case 2: increaseFanSpeed(&aircondobject, MaxFan); break;

case 3: decreaseFanSpeed(&aircondobject, MinFan); break;

case 4: changeMode (&aircondobject); break;

case 5: incrementDegree(&aircondobject, MaxCool); break;

case 6: decreaseFanSpeed (&aircondobject, MinCool); break;

case 7: exit = true; break;

default: printf( "Invalid selection of option. Try again!\n" );

}

if( !exit )

printAirConditionerStatus (&aircondobject);

}

void printAirConditionerStatus (AirConditioner *airPtr) {

printf("\nAir conditioner status: %s\n", airPtr->status ? "Running" : "Standby" );

if(airPtr->fanControl.flow){

printf("|\tFan speed = %d\n", airPtr->fanControl.fanSpeed);

}

if(airPtr->coolingControl.cooling){

printf("|\tTemperature degree: %d\n", airPtr->coolingControl.degree);

}

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