void thirdTestCase04(void)
{
int i;
employee* pEmployee;
i = 0;
pEmployee = findEmployeeById(arrayEmployees, 0, id[i]);
utest_assertNullMsg(pEmployee,"Error in return value <addEmployees> if LENGTH of array is invalid, the correct value to return is: (NULL)");
}
void thirdTestCase04(void)
{
int i;
employee* pEmployee;
i = 0;
pEmployee = findEmployeeById(arrayEmployees, 0, id[i]);
utest_assertNullMsg(pEmployee,"Error en valor de retorno, si se recibe una logitud erronea [length < 1]\nel valor a retornar es (NULL)");
}
void thirdTestCase03(void)
{
int i;
employee* pEmployee;
i = 0;
pEmployee = findEmployeeById(NULL, LENGTH, id[i]);
utest_assertNullMsg(pEmployee,"Error in return value <addEmployees> if array pointer is NULL, the correct value to return is: (NULL)");
}
void thirdTestCase03(void)
{
int i;
employee* pEmployee;
i = 0;
pEmployee = findEmployeeById(NULL, LENGTH, id[i]);
utest_assertNullMsg(pEmployee,"Error en valor de retorno, si se recibe un puntero NULL el valor a retornar es (NULL)");
}
void thirdTestCase05(void)
{
employee* pEmployee;
pEmployee = findEmployeeById(arrayEmployees, LENGTH, 1000);
utest_assertNullMsg(pEmployee,"Error en valor de retorno, si no se encontro un empleado\nel valor a retornar es (NULL)");
}
void thirdTestCase01(void)
{
int i;
employee* pEmployee;
i = 4;
pEmployee = findEmployeeById(arrayEmployees, LENGTH, id[i]);
utest_assertNotNullMsg(pEmployee,"Error the pointer is NULL");
}
void thirdTestCase01(void)
{
int i;
employee* pEmployee;
i = 4;
pEmployee = findEmployeeById(arrayEmployees, LENGTH, id[i]);
utest_assertNotNullMsg(pEmployee,"Error en valor de retorno, si se encontro un empleado el valor es distinto de NULL");
}
void thirdTestCase02(void)
{
int i;
employee* pEmployee;
i = 4;
pEmployee = findEmployeeById(arrayEmployees, LENGTH, id[i]);
utest_assertNotNullMsg(pEmployee,"Error the pointer is NULL");
utest_assertEqualsIntMsg(pEmployee->id,id[i],"Error value in <.id>");
utest_assertEqualsStringMsg(pEmployee->name,unsortedList[i],2,"Error value in <.name>");
utest_assertEqualsStringMsg(pEmployee->lastName,unsortedList[i],2,"Error value in <.lastName>");
utest_assertEqualsFloatMsg(pEmployee->salary,salary[i],"Error value in <.salary>");
utest_assertEqualsIntMsg(pEmployee->sector,sector[i],"Error value in <.sector>");
utest_assertEqualsIntMsg(pEmployee->isEmpty,0,"Error value in <.isEmpty> the correct value is: (0)");
}
void thirdTestCase02(void)
{
int i;
employee* pEmployee;
i = 4;
pEmployee = findEmployeeById(arrayEmployees, LENGTH, id[i]);
utest_assertNotNullMsg(pEmployee,"Error en valor de retorno, si se encontro un empleado el valor es distinto de NULL");
utest_assertEqualsIntMsg(pEmployee->id,id[i],"Error de valor en <.id>");
utest_assertEqualsStringMsg(pEmployee->name,unsortedList[i],2,"Error de valor en <.name>");
utest_assertEqualsStringMsg(pEmployee->lastName,unsortedList[i],2,"Error de valor en <.lastName>");
utest_assertEqualsFloatMsg(pEmployee->salary,salary[i],"Error de valor en <.salary>");
utest_assertEqualsIntMsg(pEmployee->sector,sector[i],"Error de valor en <.sector>");
utest_assertEqualsIntMsg(pEmployee->isEmpty,0,"Error de valor en <.isEmpty> el valor correcto para\nindicar que la posicion esta ocupada es (0)");
}
int main()
{
Employee employees[LEN_EMPLOYEES];
initEmployees(employees,LEN_EMPLOYEES);
char seguir = 'S';
int id;
char name[51];
char lastName[51];
float salary;
int sector;
do
{
system("cls");//system("clear");
switch(menu())
{
case 1:
system("cls");//system("clear");
printf("---------ALTA--------\n\n");
id = getId();
strncpy(name,getStringSoloLetras("Ingrese NOMBRE: "),51);
strncpy(lastName,getStringSoloLetras("Ingrese APELLIDO: "),51);
salary = getFloat("Ingrese SALARIO: ");
sector = getInt("Ingrese SECTOR: ");
system("cls");//system("clear");
if(addEmployee(employees,LEN_EMPLOYEES,id,name,lastName,salary,sector) == -1)
{
printf("Error al ingresar datos!");
}
system("pause");
break;
case 2:
system("cls");//system("clear");
if(verifyAllEmpty(employees,LEN_EMPLOYEES) == 0)
{
printf("NO HAY EMPLEADOS INGRESADOS!\n");
}
else
{
printf("------------MODIFICAR-----------\n\n");
printEmployees(employees,LEN_EMPLOYEES);
id = getInt("\n\nIngrese ID del empleado que desea modificar: ");
if(findEmployeeById(employees,LEN_EMPLOYEES,id) == -1)
{
printf("NO EXISTE ESTE EMPLEADO\n");
system("pause");
break;
}
if(modifyEmployee(employees,LEN_EMPLOYEES,id) == -1)
{
printf("\nError!");
}
}
system("pause");
system("cls");//system("clear");
break;
case 3:
system("cls");//system("clear");
if(verifyAllEmpty(employees,LEN_EMPLOYEES) == 0)
{
printf("NO HAY EMPLEADOS INGRESADOS!\n");
}
else
{
printf("------------ELIMINAR-----------\n\n");
printEmployees(employees,LEN_EMPLOYEES);
id = getInt("\n\nIngrese ID del empleado que desea eliminar: ");
if(findEmployeeById(employees,LEN_EMPLOYEES,id) == -1)
{
printf("NO EXISTE ESTE EMPLEADO\n");
system("pause");
break;
}
if(removeEmployee(employees,LEN_EMPLOYEES,id) == -1)
{
printf("\nError!");
}
}
system("pause");
system("cls");//system("clear");
break;
case 4:
system("cls");//system("clear");
if(verifyAllEmpty(employees,LEN_EMPLOYEES) == 0)
{
printf("NO HAY EMPLEADOS INGRESADOS!\n");
}
else
{
printf("------------INFORMAR-----------\n\n");
sortEmployees(employees,LEN_EMPLOYEES);
printEmployees(employees,LEN_EMPLOYEES);
}
system("pause");
system("cls");
break;
}
}while(seguir == 'S');
return 0;
}
