1. Identify the format of the function used: no return type & no parameter, with return type & no parameter, no return type & with parameter and with return type & with parameter. 2. Identify the format and actual parameters. 3. Identify the function signature 4. Identify parameter if value parameter, reference parameter or constant reference parameter is used. 5. Identify the the scope of variable used. 6. Identify the type of C++ function is used.
1. Identify the format of the function used: no return type & no parameter, with return type & no parameter, no return type & with parameter and with return type & with parameter. 2. Identify the format and actual parameters. 3. Identify the function signature 4. Identify parameter if value parameter, reference parameter or constant reference parameter is used. 5. Identify the the scope of variable used. 6. Identify the type of C++ function is used.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
Related questions
Question
Note: Kindly refer to the attached screenshot for the sample program.
1. Identify the format of the function used: no return type & no parameter, with return type & no parameter, no return type & with parameter and with return type & with parameter.
2. Identify the format and actual parameters.
3. Identify the function signature
4. Identify parameter if value parameter, reference parameter or constant reference parameter is used.
5. Identify the the scope of variable used.
6. Identify the type of C++ function is used.
Transcribed Image Text:main.cpp
1 #include ciostream>
2 #include <string>
3
4 using namespace std;
5
6 int main()
string employeeName;
int arrivalHr;
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int departureHr;
int departureMin;
bool departureAM;
char response;
char discard;
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char isAM;
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cout <« "This program calculates the total time spent by an "
« "employee on the job." <« endl;
cout <« "To run the program, enter (y/Y: ";
cin >> response;
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cout « endl;
cin.get(discard);
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while (response == 'y' || response == 'Y')
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cout <« "Enter employee's name: ";
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getline(cin, employeeName);
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cout <« endl3;
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if (isAM == 'y' || İSAM == 'Y')
arrivalAM = true;
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else
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arrivalAM = false;
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cout <« "Enter departure hour: ";
cin >> departureHr;
cout « endl;
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cout <« "Enter departure minute: ";
cin >> departureMin;
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cout << endl;
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cout <« "Enter (y/Y) if departure is before 12:00PM: ";
cin >> I AM;
cout <« endl;
if (isAM == 'y' || İSAM == 'Y')
departureAM = true;
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else
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departureAM = false;
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cout <« employeeName << endl;
timeOn Job(arrivalHr, arrivalMin, arrivalAM,
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departureHr, departureMin, departureAM);
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cout <« "Enter arrival hour: ";
cin >> arrivalHr;
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cout « endl;
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cout <« "Enter arrival minute: ";
Transcribed Image Text:61
cin >> arrivalMin;
cout << endl;
cout <« "Enter (y/Y) if arrival is before 12:00PM: ";
cin >> isAM;
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cout << endl;
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int arrivalMin;
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bool arrivalAM;
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cout <« "Run program again (y/Y): ";
cin >> response;
cout <« endl3;
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cin.get(discard);
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return O;
76 }
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78 void timeOn Job (int arvHr, int arvMin, bool arvISAM,
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80 {
int depHr, int depMin, bool depIsAM)
int arvTimeInMin;
int depTimeInMin;
int timeOnJobInMin;
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else if (arvISAM == true && depIsAM == false)
{
arvTimeInMin = arvHr * 60 - arvMin;
depTimeInMin = depHr * 60 - depMin;
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timeonJobInMin =
cout <« "Time spent of job: "
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(720 - arvTimeInMin)
depTimeInMin3;
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<« timeOnJobInMin / 60 <« " hour(s) and "
<« timeOnJobInMin % 60 « " minutes." <« endl;
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}
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else
if (arvTimeInMin <= depTimeInMin)
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timeOn JobInMin = depTimeInMin - arvTimeInMin;
cout <« "Time spent of job: "
<« timeOnJobInMin / 60 <« " hour(s) and "
<« timeOnJobInMin % 60 <« " minutes." <« endl;
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9
10d
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else
cout <« "Invalid input." <« endl;
if ((arvIsAM == true && depIsAM == true)
|I (arvIsAM == false && depISAM == false))
{
cout <« "Invalid input." <« endl;
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void timeOnJob(int arvHr, int arvMin, bool arvIsAM,
int depHr, int depMin, bool depIsAM);
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114 }
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