gistfile1.hpp

// Sample army storage for Ressel:Arena
          
#include <iostream>
#include <list>
#include <string>
using namespace std;

// Setting up the Node data structure, in this case a clone of "soldier"
// From the Ressel:Arena game.. 

struct sSoldier
{
       string name;
       int hp;
       int dmg;
};

list<sSoldier> deckshuffle( list<sSoldier> army )
{
       srand ( time(NULL) );
       list<sSoldier> playerdeck;
       for ( int i = 0; i != 100; i++ )
       {
           int size = army.size();
           int index = rand() % army.size();
           list<sSoldier>::iterator it = army.begin();
           for ( int i = 0; i < index; i++)
           {
               it++;
           }
           playerdeck.push_back ( *it );
           army.erase ( it );
       }
           
       return playerdeck;
}


int main()
{
    // Creating three type of soldiers: warrior, wizard, rogue
    sSoldier warrior;
    sSoldier wizard;
    sSoldier rogue;
    // Fleshing these guys out:
    warrior.name = "Warrior";
    warrior.hp   = 30;
    warrior.dmg  = 5;
    
    wizard.name  = "Wizard";
    wizard.hp    = 10;
    wizard.dmg   = 15;
    
    rogue.name   = "Rogue";
    rogue.hp     = 15;
    rogue.dmg    = 10;
    
    // Creating the pool of all the soldiers available in Ressel
    // A dynamic array is the smartest for this since eventually
    // We want to implement reading characters from a file.. 
    // For right now though.. we just need to absorb the soldiers into 
    // Array of a known size.. 
    sSoldier army[3] = { warrior, wizard, rogue };
    
    // TEST 1: Outputting the contents off the array:
    cout << "\n\nWelcome to the world of Ressel: Arena\n";
    cout << "You are a new and noble King in Ressel..\n";
    cout << "The world is still being created! So selection is limited!\n";
    cout << "Here are the types of Soldiers that answered your call to arms:\n\n";
    for ( int i = 0; i < 3; i++)
    {
        cout << i+1 << ". " << army[i].name << endl;
    }
    
    // Now lets prototype some selection (custom)
    // CUSTOM SELECTION
    int unitslots = 100;                 // The number of units available to fill 
    int unitchoice;
    int unitamount;
    sSoldier realunit;
    list<sSoldier> playerarmy;
    list<sSoldier> playerdeck;
    // Need to create some sort of 'army counter' .. 
    // This is our best attempt using two lists.. 
    list<int> armyunitcounter;
    list<string> armyroster;
    list<int>::iterator it1;
    list<string>::iterator it2 = armyroster.begin();
    
    
    
    while ( unitslots > 0 )
    {
          cout << "\nPlease m'lord, enter the number of the Solider you desire: ";
          cin >> unitchoice;
          cout << "A wise choice m'lord, how many shall I commission?: ";
          cin >> unitamount;
          // Check the requested amount vs. what is left in the total
          // Number of soldier slots available.
          if ( unitamount > unitslots )
          {
               cout << "\nI'm sorry m'lord but our Army is full!\n";
               cout << "We currently have " << unitslots << " slots available.\n";
               continue;
          }
          else 
          {
               // Making an empty army and assigning it Xamount of Yunit
               cout << "It shall be done!\n";
               // Updating the counters.. 
               armyunitcounter.push_back ( unitamount );
               armyroster.push_back ( army[(unitchoice-1)].name );
               // First we need to convert the index the player provided
               // Into the actual unit they selected from the array
               realunit = army[(unitchoice-1)];
               // Instancing the players own army
               while ( unitamount > 0 )
               {
                     playerarmy.push_back ( realunit );
                     unitamount--;
                     unitslots--;
               }     
          }
    }
    
    cout << "\nOur ranks are full m'lord!!\n";
    cout << "Here's our current roster: \n";
    for ( it1 = armyunitcounter.begin(); it1 != armyunitcounter.end(); it1++)
    {
        it2++;
        cout << *it1 << " " << *it2 << endl;
    }
    /* TESTING SHUFFLING
    playerdeck = deckshuffle( playerarmy );
    list<sSoldier>::iterator it3 = playerdeck.begin();
    cout << "\nWe've shuffled the deck! .. Or have we??\n";
    cout << "Here's the whoolllleeee shebang (you wouldn't see this if we were really at war..)\n";
    for ( int i = 0; i < 100; i++)
    {
        cout << 
    */
    
    // Wrapping things up
    return 0;
}