Programa en C++ para almacenar información de un alumno en una estructura

Las arrays se utilizan para almacenar conjuntos de datos de tipos de datos similares en ubicaciones de memoria contiguas. A diferencia de las arrays, las estructuras son tipos de datos definidos por el usuario que se utilizan para almacenar grupos de elementos de tipos de datos no similares. Aquí, vamos a compilar un programa en C++ que almacenará la información de los estudiantes en una Estructura.

La siguiente es la información que almacenaremos en la estructura:

• Nombre del estudiante (string)
• Número de Lista del Estudiante (String)
• Sujetos inscritos (array de strings)
• Marcas en cada materia (Array of Int)
• CGPA (flotante)

Ejemplos:

Yash Gupta
S20200010234
[DSA, OOPS ,DBMS, CCN]
[89,78,86,90]
8.918

para un estudiante

// C++ program to demonstrate
// a structre for student details
#include <bits/stdc++.h>
using namespace std;
  
// Structure Of students
struct student {
    string name; // Student Name
    string rollno; // Student Roll Number
    vector<string> subjects; // Subjects Enrolled(Array)
    vector<int> marks; // Marks in each subject(Array)
    float cgpa; // Student's CGPA
};
  
// Function to print a vector(for more "Different ways to
// print elements of vector" at GFG)
template <typename S> void printv(const vector<S>& v)
{
    cout << "[ ";
    // Iterating over all elements of vector
    for (auto elem : v) {
        cout << elem << " ";
    }
    cout << "]";
    cout << endl;
}
  
// Function to print a Student
void printStudent(student* s)
{
    cout << "Student Details:" << endl;
    cout << endl;
    cout << "Name: " << s->name << endl;
    cout << "Roll Number: " << s->rollno << endl;
    cout << "Subjects: ";
    printv(s->subjects);
    cout << "Marks: ";
    printv(s->marks);
    cout << "CGPA " << s->cgpa << endl;
}
  
// Driver Code
int main()
{
    // New Student
    student s;
  
    // Declaring all the information of a student
    s.name = "GeeksforGeeks";
    s.rollno = "S20200010234";
    s.subjects = { "DSA", "OOPS", "DBMS", "CCN" };
    s.marks = { 89, 78, 86, 90 };
    s.cgpa = 8.918;
  
    // Function call to print a Student
    printStudent(&s);
  
    return 0;
}

Student Details:

Name: GeeksforGeeks
Roll Number: S20200010234
Subjects: [ DSA OOPS DBMS CCN ]
Marks: [ 89 78 86 90 ]
CGPA 8.918

Para un estudiante (array)

Estos dos detalles también se agregarán con el detalle anterior para mostrar el uso de la estructura con múltiples parámetros.

GFG
S20200010164
[DSA, OOPS ,DBMS, CCN]
[89,80,89,80]
8.45

gfg
Roll Number: S20200010169
Subjects: [ DSA OOPS DBMS CCN ]
Marks: [ 99 0 99 90 ]
CGPA 9.47

// C++ program to demonstrate a
// structre for multiple student details
#include <bits/stdc++.h>
using namespace std;
  
// Structure Of students
struct student {
    string name;
    string rollno;
  
    // Subjects Enrolled(Array)
    vector<string> subjects;
  
    // Marks in each subject(Array)
    vector<int> marks;
  
    // Student's CGPA
    float cgpa;
};
  
// Function to print a vector
// (for more "Different ways to
// print elements of vector" at GFG)
template <typename S> void printv(const vector<S>& v)
{
    cout << "[ ";
    // Iterating over all elements of vector
    for (auto elem : v) {
        cout << elem << " ";
    }
    cout << "]";
    cout << endl;
}
  
// Function to print a Student
void printStudent(student* s)
{
    cout << "Student Details:" << endl;
    cout << endl;
    cout << "Name: " << s->name << endl;
    cout << "Roll Number: " << s->rollno << endl;
    cout << "Subjects: ";
    printv(s->subjects);
    cout << "Marks: ";
    printv(s->marks);
    cout << "CGPA " << s->cgpa << endl;
}
  
// Driver Code
int main()
{
    // Array of Students
    student arrayofstudnets[10];
  
    // Student 1
    arrayofstudnets[0].name = "GeeksforGeeks";
    arrayofstudnets[0].rollno = "S20200010234";
    arrayofstudnets[0].subjects
        = { "DSA", "OOPS", "DBMS", "CCN" };
    arrayofstudnets[0].marks = { 89, 78, 86, 90 };
    arrayofstudnets[0].cgpa = 8.918;
  
    // Student 2
    arrayofstudnets[1].name = "GFG";
    arrayofstudnets[1].rollno = "S20200010164";
    arrayofstudnets[1].subjects
        = { "DSA", "OOPS", "DBMS", "CCN" };
    arrayofstudnets[1].marks = { 89, 80, 89, 80 };
    arrayofstudnets[1].cgpa = 8.45;
  
    // Student 3
    arrayofstudnets[2].name = "gfg";
    arrayofstudnets[2].rollno = "S20200010169";
    arrayofstudnets[2].subjects
        = { "DSA", "OOPS", "DBMS", "CCN" };
    arrayofstudnets[2].marks = { 99, 00, 99, 90 };
    arrayofstudnets[2].cgpa = 9.47;
  
    // Loop to print all students
    for (int i = 0; i < 3; i++) {
  
        // Function call
        printStudent(&arrayofstudnets[i]);
    }
  
    return 0;
}

Student Details:

Name: GeeksforGeeks
Roll Number: S20200010234
Subjects: [ DSA OOPS DBMS CCN ]
Marks: [ 89 78 86 90 ]
CGPA 8.918
Student Details:

Name: GFG
Roll Number: S20200010164
Subjects: [ DSA OOPS DBMS CCN ]
Marks: [ 89 80 89 80 ]
CGPA 8.45
Student Details:

Name: gfg
Roll Number: S20200010169
Subjects: [ DSA OOPS DBMS CCN ]
Marks: [ 99 0 99 90 ]
CGPA 9.47