int main()
{
Client client[] = {
{"Ana", 50, 2353.81},
{"Marilyn Manson", 46, 2354.78},
{"Ton Roosendaal", 55, 4418.00},
{"Guts", 32, 230.30},
{"Vash", 131, 1200000.00},
{"Finn", 16, 3404.40},
{"Jake", 34, 6595.63},
};
int numberOfClients = sizeof (client) / sizeof (client[0]);
printf("Unsorted: \n");
print_client(client, numberOfClients);
printf("Sort by name\n");
sort_clients(client, numberOfClients, &name_compare);
print_client(client, numberOfClients);
printf("Sort by age\n");
sort_clients(client, numberOfClients, &age_compare);
print_client(client, numberOfClients);
printf("Sort by balance\n");
sort_clients(client, numberOfClients, &account_compare);
print_client(client, numberOfClients);
return (EXIT_SUCCESS);
}
int main() {
struct Client clients[] = {
{"Volen", 72, 100.10},
{"Mimi", 25, 15275.2345},
{"Gogo", 96, 2234.4},
{"Boiko", 31, 230}
};
int clientsCount = sizeof (clients) / sizeof (clients[0]);
printf("Sorted by name\n");
sort_clients(clients, clientsCount, &name_comparator);
print_result(clients, clientsCount);
printf("Sorted by account balance\n");
sort_clients(clients, clientsCount, &balance_comparator);
print_result(clients, clientsCount);
printf("Sorted by age\n");
sort_clients(clients, clientsCount, &age_comparator);
print_result(clients, clientsCount);
return 0;
}
/*
* Problem 09. Clients
*
* Declare a struct called Client with the following members: name, age and
* account balance. More on structures:
* http://www.tutorialspoint.com/cprogramming/c_structures.htm
*
* Write a function that sorts an array of clients using a specific comparator.
* The comparator should be another function that determines how the clients are
* sorted. Write comparators for sorting the clients by name, age and account
* balance.
*
* Sample Code
* ---------------------------------------------------------
* struct Client clients[] = { ... };
* int clientsCount = ...;
* sort_clients(clients, clientsCount, &name_comparator);
* sort_clients(clients, clientsCount, &balance_comparator);
* sort_clients(clients, clientsCount, &age_comparator);
*/
int main()
{
struct Client pesho = { "Pesho", 25, 3300.1 };
struct Client gosho = { "Gosho", 38, 1255.6 };
struct Client atanas = { "Atanas", 47, 58020.78 };
struct Client veso = { "Veso", 39, 168.2 };
struct Client clients[] = { pesho, gosho, atanas, veso };
int clientsCount = sizeof(clients) / sizeof(struct Client);
printf("\nClients sorted by Name\n--------------------------\n");
sort_clients(clients, clientsCount, &name_comparator);
print_clients(clients, clientsCount);
printf("\nClients sorted by Balance\n--------------------------\n");
sort_clients(clients, clientsCount, &balance_comparator);
print_clients(clients, clientsCount);
printf("\nClients sorted by Age\n--------------------------\n");
sort_clients(clients, clientsCount, &age_comparator);
print_clients(clients, clientsCount);
return (EXIT_SUCCESS);
}
