// UMBC - CMSC 341 - Fall 2024 - Proj1
#include "snakes.h"
Snakes::Snakes(){ 
    
}
Snakes::~Snakes(){
    
}
void Snakes::clear(){
    
}
const Snakes & Snakes::operator=(const Snakes & rhs){
    
}

int Snakes::rollDice(){
    
}
Snakes::Snakes(int boardSize){
    
}
bool Snakes::makeDefaultBoard(int boardSize){
    
}
void Snakes::makeRandomBoard(int boardSize, int numSnakesLadders){
    
}

bool Snakes::play(int dice){
    
}
void Snakes::reStart(){
    
}
void Snakes::dumpBoard(){
    if (m_start != nullptr){
        int ladderCode, snakeCode;
        Cell *temp = m_start;
        cout << "START => ";
        while(temp != nullptr){
            cout << temp->m_cellID;

            if (temp == m_player1) cout << " (Player 1)";
            if (temp == m_player2) cout << " (Player 2)";
            if (temp->m_north != nullptr) ladderCode = temp->m_north->m_cellID;
            else ladderCode = -1;
            if (temp->m_south != nullptr) snakeCode = temp->m_south->m_cellID;
            else snakeCode = -1;
            if (ladderCode != -1 || snakeCode != -1){
                cout << " (";
                if (ladderCode != -1) cout << "\033[1;32mLadder to: " << ladderCode << "\033[0m";// green text
                if (snakeCode != -1) cout << "\033[1;31mSnake to: " << snakeCode << "\033[0m";//red text
                cout << ")";
            }
            cout << " => ";
            temp = temp->m_next;
        }
        cout << "END" << endl;
    }
}