manualMd.c

#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>


#include "mapping.h"
#include "guilib.h"
#include "strlib.h"
#include "manualMd.h"
#include "offline.h"


#include "labyrinthAPI.h"

/*! \file manualMd.c
    \brief Manual mode related functions.
    \author Maeva Arlandis et Alexis Devillard
    \version 6.2
    \date 10 janvier 2017
*/

void manualMode(Map* L)
{
	t_return_code ret = MOVE_OK;		/* indicates the status of the previous move */
	t_move* myMove=(t_move*) malloc(sizeof(t_move));
	if (myMove==NULL) //test if the allocation is a success
		exit(EXIT_FAILURE);
	myMove->type = DO_NOTHING;
	myMove->value = 0;
	
	t_move* opMove=(t_move*) malloc(sizeof(t_move));
	if (opMove==NULL) //test if the allocation is a success
		exit(EXIT_FAILURE);
	opMove->type = DO_NOTHING;
	opMove->value = 0;
	dispMap(L);
	
	
	
	while(ret==MOVE_OK)
	{
		
		if (L->players[0]->turn==1)//op turn	
		{
			addStr(L->infoP2[5],"                         ","");
			if(L->players[1]->mode!=1&&L->offline==0)
			{
				ret = getMove(opMove);
				movement(L,1,opMove);
			}
			else
			{
				getMoveOff(L,1,opMove);
				ret = movement(L,1,opMove);
			}
		}
		else
		{
		  	
			if(L->players[1]->mode!=1&&L->offline==0)
			{
				manualMv(L,0,myMove);
				movement(L,0,myMove);
				sendComment(L->comments[rand()%5]);
		    		ret = sendMove(*myMove);
	    		}
	    		else
	    		{
		    		manualMv(L,0,myMove);
				ret = movement(L,0,myMove);
			}
		    
		}
		  //endwin();
		  //printLabyrinth();
		  dispInfo(L);
		dispMap(L);
		
		dispPath(L);
		  
	}
	if ((L->players[0]->turn==1 && ret == MOVE_WIN) || (L->players[0]->turn==0 && ret == MOVE_LOSE))
	{
		addStr(L->infoP1[4],"                                  ","");
		addStr(L->infoP2[6]," YOU LOOSE","");
		addStr(L->infoP1[6]," YOU WIN","");
		addStr(L->cases[L->heigth/2],"   YOU WIN","");
	}
	else
	{
	 	addStr(L->infoP1[4],"                                  ","");
		addStr(L->infoP1[6]," YOU LOOSE","");
		addStr(L->infoP2[6]," YOU WIN","");
		addStr(L->cases[L->heigth/2],"   YOU LOOSE","");
	}

	if(L->offline==0&&L->players[1]->mode!=1)
		/* end the connection, because we are polite */
		closeConnection();
		
	free(myMove);
	free(opMove);
	
}

void manualMv(Map* L, int P,t_move* move)
{
	int choice=40;
	if(P==0)
	{
		addStr(L->infoP1[4],"                                 ","");
	  	addStr(L->infoP1[4],"It's your turn, select a move.","");
  	}
  	else if(P==1)
  	{
		addStr(L->infoP2[4],"                                 ","");
	  	addStr(L->infoP2[4],"It's your turn, select a move.","");
  	}
  	
  	choice=GUI(L,choice);
	switch(choice)
	{
		
		/*MANUAL MOVES*/
		case 40:
			move->type=MOVE_LEFT;
		break;
		case 41:
			move->type=MOVE_UP;
		break;
		case 42:
			move->type=MOVE_DOWN;
		break;
		case 43:
			move->type=MOVE_RIGHT;
		break;
		case 46:
			move->type=DO_NOTHING;
		break;
		/*MAP MOVES*/
		case 44:
			L->mvC=0;
			while(choice!=45)
			{
				dispMap(L);
				if(P==0)
				{
					addStr(L->infoP1[3]," Select OK to confirm the line","");
					addStr(L->infoP1[4]," or the column to move.","");
				}
				else if(P==1)
				{
					addStr(L->infoP2[3]," Select OK to confirm the line","");
					addStr(L->infoP2[4]," or the column to move.","");
				}
				dispInfo(L);
				
				choice=GUI(L,choice);
				switch(choice)
				{
					/*COLUMN MOVES*/
					case 40:
						L->mvL=-1;
						if(L->mvC>0)
							L->mvC--;
						else
							L->mvC=L->width-1;
					break;
					case 43:
						L->mvL=-1;
						if(L->mvC+1<L->width)
							L->mvC++;
						else
							L->mvC=0;
					break;
					/*LINE MOVES*/
					case 41:
						L->mvC=-1;
						if(L->mvL>0)
							L->mvL--;
						else
							L->mvL=L->heigth-1;
					break;
					case 42:
						L->mvC=-1;
						if(L->mvL+1<L->heigth)
							L->mvL++;
						else
							L->mvL=0;
					break;
				}
			}
			choice=40;
			addStr(L->infoP1[3],"                              ","");
			addStr(L->infoP1[4],"                              ","");
			addStr(L->infoP2[3],"                              ","");
			addStr(L->infoP2[4],"                              ","");
			int selected=0;
			while(choice!=45|| selected!=1)
			{
				dispMap(L);
				if(P==0)
				{
					addStr(L->infoP1[3]," Select the direction of the rotation.","");
					addStr(L->infoP1[4]," Then select OK to confirm.","");
				}
				else if(P==1)
				{
					addStr(L->infoP2[3]," Select the direction of the rotation.","");
					addStr(L->infoP2[4]," Then select OK to confirm.","");
				}
				dispInfo(L);
				choice=GUI(L,choice);
				switch(choice)
				{
					/*ROTATIONS MOVES*/
					case 40:
						if(L->mvL!=-1)
						{
							move->type=ROTATE_LINE_LEFT;
							move->value=L->mvL;
							mvwprintw(L->guiWins[0]->win, 12-L->heigth/2+L->mvL+1, 18+L->width/2+3, "  ");
							mvwprintw(L->guiWins[0]->win, 12-L->heigth/2+L->mvL+1, 18-L->width/2-2, "<<");
							selected=1;
						}
					break;
					case 43:
						if(L->mvL!=-1)
						{
							move->type=ROTATE_LINE_RIGHT;
							move->value=L->mvL;
							mvwprintw(L->guiWins[0]->win, 12-L->heigth/2+L->mvL+1, 18-L->width/2-2, "  ");
							mvwprintw(L->guiWins[0]->win, 12-L->heigth/2+L->mvL+1, 18+L->width/2+3, ">>");
							selected=1;
						}
					break;
					case 41:
						if(L->mvC!=-1)
						{
							move->type=ROTATE_COLUMN_UP;
							move->value=L->mvC;
							mvwprintw(L->guiWins[0]->win, 12+L->heigth/2+3, 18-L->width/2+L->mvC+1, " ");
							mvwprintw(L->guiWins[0]->win, 12-L->heigth/2-1, 18-L->width/2+L->mvC+1, "^");
							selected=1;
						}
					break;
					case 42:
						if(L->mvC!=-1)
						{
							move->type=ROTATE_COLUMN_DOWN;
							move->value=L->mvC;
							mvwprintw(L->guiWins[0]->win, 12-L->heigth/2-1, 18-L->width/2+L->mvC+1, " ");
							mvwprintw(L->guiWins[0]->win, 12+L->heigth/2+3, 18-L->width/2+L->mvC+1, "v");
							selected=1;
						}
					break;
				}
			}
			
			mvwprintw(L->guiWins[0]->win, 12+L->heigth/2+3, 18-L->width/2+L->mvC+1, " ");
			mvwprintw(L->guiWins[0]->win, 12-L->heigth/2-1, 18-L->width/2+L->mvC+1, " ");
			mvwprintw(L->guiWins[0]->win, 12-L->heigth/2+L->mvL+1, 18-L->width/2-2, "  ");
			mvwprintw(L->guiWins[0]->win, 12-L->heigth/2+L->mvL+1, 18+L->width/2+3, "  ");
			L->mvL=-1;
			L->mvC=-1;
			addStr(L->infoP1[3],"                                      ","");
			addStr(L->infoP1[4],"                                      ","");
			addStr(L->infoP2[3],"                                      ","");
			addStr(L->infoP2[4],"                                      ","");
			
		break;
	}
}