uses
  Math;

type
  TArrayManager = class
  private
   FLen : Integer;
   FArr : array of Integer;
    
   procedure InitWithRandomValues();
  public
   constructor Create(len: Integer); overload;
   constructor Create(arr: array of Integer); overload
   destructor Destroy(); override;
    
   procedure PrintToConsole();
   function GetMax(): Integer;
  end;
   
constructor TArrayManager.Create(len: Integer);
begin
  Flen := len;
  InitWithRandomValues();
end;

constructor TArrayManager.Create(arr: array of Integer);
begin
  FArr := arr;
  Flen := Length(FArr);
end;

destructor TArrayManager.Destroy();
begin
  FArr := nil;
end;

procedure TArrayManager.InitWithRandomValues();
var  
  i: Integer;
begin
  Setlength(FArr, FLen);
  for i := 0 to FLen - 1 do
  begin
   FArr[i] := random(100);
  end;
end;

function TArrayManager.GetMax(): Integer;
begin
  Result := MaxIntValue(FArr);
end;

procedure PrintToConsole();
var  
  i: Integer;
begin
  for i := 0 to FLen - 1 do
   WriteLn(FArr[i]);
end;

#include <iostream>

const int a = 5;
const int b = 3;
const int y = 23;

using namespace std;

bool CheckABCombination(int* ACount, int* BCount, int y);
bool CheckBACombination(int *ACount, int *BCount, int y);

int main()
{
     int ACount1 = 0;
     int BCount1 = 0;
      
     if (CheckABCombination(&ACount1, &BCount1, y))
     {  
         cout << y << " = " << "5*" << ACount1 << " + " << "3*" << BCount1 << endl;  
     }
      
     int ACount2 = 0;
     int BCount2 = 0;
      
     if (CheckBACombination(&ACount2, &BCount2, y))
     {  
         cout << y << " = " << "5*" << ACount2 << " + " << "3*" << BCount2 << endl;  
     }
      
    return 0;
}

bool CheckABCombination(int* ACount, int* BCount, int y)
{
     int Result = y;
      
     while (Result > 0)
     {
         if ((Result % b) == 0)
         {
             Result -= b;  
             (*BCount)++;
             continue;  
         }
          
         Result -= a;
         (*ACount)++;
     }
      
     return Result == 0;
}

bool CheckBACombination(int *ACount, int *BCount, int y)
{
     int Result = y;
      
     while (Result > 0)
     {
         if ((Result % a) == 0)
         {
             Result -= a;  
             (*ACount)++;
             continue;  
         }
          
         Result -= b;
         (*BCount)++;
     }
      
     return Result == 0;     
}