void Test1_2()
{
const int size(20);
MyArray<double, size> my;
my.fill(0);
my[3] = 3; // Assuming that 'my' has been appropriately allocated based on MyArray.
cout << "Looking for '3'? " << (myfind(my.begin(), my.end(), 3) !=my.end() ? "found" : "sry no") << endl;
}
void Test1_1()
{
const int size(20);
MyArray<int, size> array;
array.fill(4);
for (size_t i = 0; i < array.size(); i++)
{
cout << " In array at element: " << i << " is value: " << array[i] << endl;
array[i] = i;
cout << " In array at element: " << i << " is value: " << array[i] << endl;
}
auto* ptr = array.begin();
while (ptr != array.end())
{
cout << "value: " << (*ptr) << endl;
*ptr = 5;
ptr++;
}
}
void Test2_2()
{
MyArray <string*, 10> my;
my[5] = new std::string("Hello"); // Assuming that my is a MyArray of string pointers
cout << "Looking for 'Hello '? " << (myfind(my.begin(), my.end(),string("Hello")) != my.end() ? "found" : "sry no") << endl;
}
void Test2_1()
{
MyArray <string*, 10> myStrings; // Array based on 'int'
myStrings[0] = new string("Test at 0");
myStrings[2] = new string("Test at 2");
auto* ptr = myStrings.begin();
while (ptr != myStrings.end())
{
if (nullptr != *ptr)
cout << "value: " << (*(*ptr)).c_str() << endl;
ptr++;
}
}
