How can I quickly copy a group of shared references from one array into another in C++? Create a list of potential responses to the challenge at hand. Does copying shared pointers also copy the objects they manage? Explain

I am having some issues in understanding pointers, references and overloading and how should I apply them? It is because I already understand how to define, use, and understand the theory behind it. Yet, still lost when trying to apply them in various situations.

What does it imply when you talk about an Abstract Data Type?

Is there a way to do this without pointers?

C++

Why does the C++ inclusion guard on a library interface file need a unique symbol or name? If you assume that the symbol doesn't have to be unique, you may use argument by contradiction to show that it isn't.

Please give a detailed answer and code examples for all of the questions below.What is an array and linked list?What the difference between array and List?Difference between ArrayList and Arrays in Java?

use Advanced C++ techniques, containers and features to refactor the C/C++ algorithm. The purpose is toreplace appropriate declarations and code segments with Advanced C++ declarations and code. * Replace all arrays with appropriate STL containers. * Use STL algorithms to REPLACE existing logic where appropriate. * Use smart and move pointers where pointers are needed. * Use lambda expressions where appropriate. * Use C++ style casting when needed. * Look for opportunities where tuples could be used. * The code listing is in C and C++. If you don't understand someof the C code or C functions, please google. If there are logic or syntax problems, please fix. int Algorithm(int a[], int x, int y) { int p, i, j = x; p = y; for(int i=x; i < y; i++) { if(a[i] < a[p]) { swap(&a[i], &a[j]); j++; } } swap(&a[p], &a[j]); return j;}

use Advanced C++ techniques, containers and features to refactor the C/C++ algorithm. The purpose is toreplace appropriate declarations and code segments with Advanced C++ declarations and code. * Replace all arrays with appropriate STL containers. * Use STL algorithms to REPLACE existing logic where appropriate. * Use smart and move pointers where pointers are needed. * Use lambda expressions where appropriate. * Use C++ style casting when needed. * Look for opportunities where tuples could be used. * The code listing is in C and C++. If there are logic or syntax problems, please fix. #define BIND(A,L,H) ((L)<(A)?(A)<(H)?(A):(H):(L)) char dih[50],dah[50],medium[30],word[30],*dd[2] = {dih,dah};const char *ascii = "ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789.,?'!/()&:;=+-_\"$@", *itu[] =...

In C++, what is the difference between emplace_back and push_back, when using vectors? I looked at other sources, and still find it confusing as to what s the difference between the two of these.

QUESTION 1 When defining a Java array, the index range of the array: Must start at 1 Must start at 0 Can be a customized range (from 2 to 5, e.g.) at compilation time Can be a customized range (from 2 to 5, e.g.) at run time

What is Angular's lazy loading? What purpose does it serve?

use Advanced C++ techniques, containers and features to refactor the C/C++ algorithm. The purpose is toreplace appropriate declarations and code segments with Advanced C++ declarations and code. * Replace all arrays with appropriate STL containers. * Use STL algorithms to REPLACE existing logic where appropriate. * Use smart and move pointers where pointers are needed. * Use lambda expressions where appropriate. * Use C++ style casting when needed. * Look for opportunities where tuples could be used. * The code listing is in C and C++. If there are logic or syntax problems, please fix. char algorithm1(char c,int s){ if (isalpha(c)) { c = toupper(c); c = (((c - 65) + s) % 26) + 65; } return c;} int algorithm2(string input){ do { string output = ""; int shift = rand() % 26; for (int x = 0; x < input.length(); x++) output += algorithm1(input[x],shift); cout << output << endl; } while...