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r2wars.cs
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using System;
using System.Collections.Generic;
using System.Threading;
using System.Runtime.InteropServices;
using System.Diagnostics;
using System.Threading.Tasks;
using System.IO;
public static class OperatingSystem
{
public static bool IsWindows()
{
string windir = Environment.GetEnvironmentVariable("windir");
return (!string.IsNullOrEmpty(windir) && windir.Contains(@"\") && Directory.Exists(windir));
}
public static bool IsMacOS()
{
return File.Exists(@"/System/Library/CoreServices/SystemVersion.plist");
}
public static bool IsLinux()
{
if (File.Exists(@"/proc/sys/kernel/ostype"))
{
string osType = File.ReadAllText(@"/proc/sys/kernel/ostype");
return osType.StartsWith("Linux", StringComparison.OrdinalIgnoreCase);
}
return false;
}
}
namespace r2warsTorneo
{
public class r2wars
{
private const int MAX_CYCLES = 2000;
public clsEngine Engine = null;
public bool bThreadIni = false;
public bool bStopProcess = false;
public bool bInCombat = false;
public bool sync_var = false;
public bool bStopAtRoundEnd = false;
public bool bStopAtRoundStart = false;
public event MyHandler1 Event_draw;
public event MyHandler1 Event_roundEnd;
public event MyHandler1 Event_combatEnd;
public event MyHandler1 Event_roundExhausted;
public string answer = "";
string[] pColor = { "b", "r" };
string[] cRead = { "q", "y" };
string[] cWrite = { "v", "o" };
string[] rr = { "", "" };
string[] dd = { "", "" };
string[] mm = { "", "" };
string[] memoria = new string[1024];
string status = "Idle";
int[] victorias = { 0, 0 };
int totalciclos = 0;
int nRound = 0;
public int nExausted = 0;
bool bDead = false;
bool bSingleRound = false;
Task gameLoopTask = null;
public r2wars()
{
if (Engine == null)
Engine = new clsEngine();
initmemoria();
}
public void send_draw_event(string s)
{
// this pause is magic
// Firefox can free memory
// chrome never consume memory and work smooth on drawing
Thread.Sleep(5);
MyEvent e1 = new MyEvent();
e1.message = s;
if (Event_draw != null)
{
Event_draw(0, e1);
/*
Task t = Task.Factory.StartNew(() =>
{
while (!sync_var)
{
Thread.Sleep(10);
}
});
t.Wait();
*/
}
e1 = null;
}
string json_output(int nPlayerLog = -1)
{
string username1 = Engine.GetUserName(0);
string username2 = Engine.GetUserName(1);
string memoria = "";
if (nPlayerLog!=-1)
{
memoria = mm[nPlayerLog];
}
else
memoria = getmemoria();
string salida = "{\"player1\":{\"regs\":\"" + rr[0].Replace("\n", "\\n") + "\",\"code\":\"" + dd[0].Replace("\n", "\\n") + "\",\"name\":\"" + username1 + "\"},\"player2\":{\"regs\":\"" + rr[1].Replace("\n", "\\n") + "\",\"code\":\"" + dd[1].Replace("\n", "\\n") + "\",\"name\":\"" + username2 + "\"},\"memory\":[" + memoria + "], \"status\":\"" + status + "\"}";//,\"scores\":\"" + clasi + "\"}";
return salida;
}
public void initmemoria()
{
for (int x = 0; x < 1024; x++)
memoria[x] = "\"\"";
}
public string getmemoria()
{
string salida = "";
for (int x = 0; x < 1024; x++)
salida += memoria[x] + ",";
return salida.Remove(salida.Length - 1);
}
void pinta(long offset, string c, string s)
{
lock (memoria)
{
if (offset>=0 && offset<Engine.memsize)
memoria[offset] = "\"" + c + s + "\"";
}
}
void pinta(long offset, string c,string s,int count)
{
lock (memoria)
{
while ((count--) != 0)
if (offset >= 0 && offset < 1024)
memoria[offset++] = "\"" + c + s + "\"";
//else
// Console.WriteLine("Zascaaaaa");
}
}
public void testpinta()
{
initmemoria();
pinta(1023, "F");
pinta(0, "F");
send_draw_event(json_output());
}
void pinta(int offset, string c)
{
lock (memoria)
{
if (offset >= 0 && offset < Engine.memsize)
memoria[offset] = "\"" + c + "\"";
}
}
void pinta(int offset, int count, string c)
{
lock (memoria)
{
while ((count--) != 0)
if (offset >= 0 && offset < 1024)
memoria[offset++] = "\"" + c + "\"";
//else
// Console.WriteLine("Zascaaaaa");
}
}
void drawplayerturn(int nplayer)
{
}
void drawslogcreen(int nplayer, clsinfo actual)
{
lock (dd)
{
dd[nplayer] = "Cycles:" + actual.cycles.ToString() + "\nActual Instruction: \n" + actual.ins + "\n\n" + actual.dasm;
}
lock (rr)
{
rr[nplayer] = actual.formatregs();
}
lock(mm)
{
mm[nplayer] = actual.txtmemoria;
}
}
string padlines(string t,int maxlen=54)
{
string b = "";
string[] lineas = t.Split('\n');
foreach (string l in lineas)
{
if (l.Length > maxlen)
b += l.Substring(0, maxlen) + "\n";
else
{
string pad = "";
for (int n = 0; n < maxlen - l.Length; n++)
pad += " ";
b += l + pad + "\n";
}
}
return b;
}
void drawPC(int nplayer)
{
long oldPC = Engine.players[nplayer].actual.oldpc;
if (oldPC >= 0 && oldPC <= Engine.memsize)
{
pinta(oldPC, pColor[nplayer], "", Engine.players[nplayer].actual.oldpcsize);
}
long aPC = Engine.players[nplayer].actual.ipc();
// ponemos la X en la posicion nueva
if (aPC >= 0 && aPC <= Engine.memsize)
{
pinta(aPC, pColor[nplayer], "X", Engine.players[nplayer].actual.pcsize);
}
}
void drawscreen(int nplayer)
{
// seleccionamos el offset actual y lo pintamos invertido
string dasm = padlines(Engine.players[nplayer].actual.dasm);
string actual = padlines(Engine.players[nplayer].actual.ins);
int i = dasm.IndexOf(actual);
if (i != -1)
{
dasm = dasm.Insert(i + actual.Length, "</span>");
dasm = dasm.Insert(i, "<span class='s'>");
}
lock (dd)
{
dd[nplayer] = "Cycles:" + Engine.players[nplayer].actual.cycles.ToString() + "\nActual Instruction:\n " + padlines(Engine.players[nplayer].actual.ins.Substring(16)) + "\n" + dasm;
}
lock (rr)
{
rr[nplayer] = Engine.players[nplayer].actual.formatregs();
}
}
void drawmemaccess(int nplayer)
{
Dictionary<int, int> dicMemRead = Engine.GetMemAccessReadDict(Engine.players[nplayer].actual.mem);
Dictionary<int, int> dicMemWrite = Engine.GetMemAccessWriteDict(Engine.players[nplayer].actual.mem);
if (dicMemRead.Count > 0)
{
foreach (var i in dicMemRead)
{
if (i.Key >= 0 && i.Key <= Engine.memsize)
{
for (int x = 0; x < i.Value; x++)
pinta(i.Key + x, cRead[nplayer],"R");
}
}
}
if (dicMemWrite.Count > 0)
{
foreach (var i in dicMemWrite)
{
if (i.Key >= 0 && i.Key <= Engine.memsize)
{
for (int x = 0; x < i.Value; x++)
{
pinta(i.Key + x, cWrite[nplayer],"W");
}
}
}
}
}
private void resetTablero()
{
initmemoria();
pinta(Engine.GetAddressProgram(0), Engine.GetSizeProgram(0), "b");
pinta(Engine.GetAddressProgram(1), Engine.GetSizeProgram(1), "r");
}
private void update(int n)
{
if (bDead)
{
// Dibujamos la info del jugador que relizo la instruccion de muerte
clsinfo ins = Engine.players[Engine.thisplayer].logGetPrev();
//drawslogcreen(Engine.thisplayer, ins);
drawplayerturn(Engine.thisplayer);
}
else
{
// Dibujamos la info del jugador
drawscreen(Engine.thisplayer);
drawPC(Engine.thisplayer);
// dibujamos la info del nuevo jugador
drawscreen(Engine.otherplayer);
drawPC(Engine.otherplayer);
// ponemos el marco del jugador actual
drawplayerturn(Engine.otherplayer);
// Dibujamos los accesos a memoria
drawmemaccess(Engine.thisplayer);
}
send_draw_event(json_output());
}
private void RoundExhausted()
{
Debug.WriteLine("RoundExhausted::Invoked.");
// Actualizamos la pantalla indicando que pinte los programas
if (Event_roundExhausted != null)
{
MyEvent e3 = new MyEvent();
e3.message = "";
e3.ganador = 0;
e3.round = nRound;
e3.ciclos = totalciclos;
e3.winnername = "";
Event_roundExhausted(this, e3);
}
}
private void RoundEnd()
{
// notificamos fin del round
Debug.WriteLine("RoundEnd::Invoked.");
if (Event_roundEnd != null)
{
MyEvent e2 = new MyEvent();
e2.message = "";
e2.ganador = Engine.thisplayer;
e2.round = nRound;
e2.ciclos = totalciclos;
e2.winnername = Engine.players[Engine.thisplayer].name;
e2.loserins = Engine.players[Engine.otherplayer].actual.deadins;
e2.loserreason = Engine.players[Engine.otherplayer].actual.deadinfo;
e2.losername = Engine.players[Engine.otherplayer].name;
Event_roundEnd(this, e2);
}
}
private void CombatEnd(bool empate=false)
{
Debug.WriteLine("CombatEnd::Invoked.");
if (Event_combatEnd != null)
{
MyEvent e1 = new MyEvent();
e1.message = "";
if (victorias[0] > victorias[1])
{
e1.ganador = 0;
e1.perdedor = 1;
}
else
{
e1.ganador = 1;
e1.perdedor = 0;
}
e1.round = nRound;
e1.ciclos = totalciclos;
if (!empate)
{
e1.winnername = Engine.players[e1.ganador].name;
}
else
e1.winnername = "Draw";
this.Event_combatEnd(this, e1);
}
}
private void espera(int veces, int pausa = 1)
{
Task t = Task.Factory.StartNew(() =>
{
int n = veces;
while ((n--) > 0)
{
System.Threading.Thread.Sleep(pausa);
}
});
t.Wait();
}
private void ExecuteRoundInstruction(bool bWait)
{
if (Engine.cyleszero())
{
// Realizamos el STEP
bDead = Engine.stepInfoNew(getmemoria());
//update(1);
if (bDead)
{
Console.WriteLine("dead");
}
else
{
// Dibujamos la info del jugador
drawPC(Engine.thisplayer);
// dibujamos la info del nuevo jugador
drawPC(Engine.otherplayer);
// Dibujamos los accesos a memoria
drawmemaccess(Engine.thisplayer);
drawplayerturn(Engine.otherplayer);
drawscreen(Engine.thisplayer);
drawscreen(Engine.otherplayer);
send_draw_event(json_output());
}
}
else
{
//Engine.players[Engine.thisplayer].logAdd(new clsinfo(Engine.players[Engine.thisplayer].actual.pc, Engine.players[Engine.thisplayer].actual.ins, Engine.players[Engine.thisplayer].actual.dasm, Engine.players[Engine.thisplayer].actual.regs, Engine.players[Engine.thisplayer].actual.mem, Engine.players[Engine.thisplayer].actual.cycles + 1, getmemoria()));
drawplayerturn(Engine.otherplayer);
drawscreen(Engine.thisplayer);
drawscreen(Engine.otherplayer);
send_draw_event(json_output());
}
// here was have a pause on previous versions now its on send_draw_event
Engine.switchUserIdx();
}
public bool iniciaJugadores(string rutaWarrior1, string rutaWarrior2, string nameWarrior1, string nameWarrior2)
{
initmemoria();
string res = Engine.Init(new string[] {
rutaWarrior1,
rutaWarrior2
},
new string[] {
nameWarrior1,
nameWarrior2
}
);
Console.WriteLine("RES = " + res);
if (res == "OK")
{
// seteamos el jugador 1
Engine.switchUser(1);
pinta(Engine.GetAddressProgram(), Engine.GetSizeProgram(), "r");
// dibujamos la pantalla del jugador 1
drawscreen(1);//, Engine.players[1].actual.ins, Engine.players[1].actual.dasm, Engine.players[1].actual.regs, Engine.players[1].actual.ipc());
drawPC(1);
// seteamos el jugador 0
Engine.switchUser(0);
pinta(Engine.GetAddressProgram(), Engine.GetSizeProgram(), "b");
// dibujamos la pantalla del jugador 0
drawscreen(0);//, Engine.players[0].actual.ins, Engine.players[0].actual.dasm, Engine.players[0].actual.regs, Engine.players[0].actual.ipc());
drawPC(0);
// ponemos el marco en el jugador0
drawplayerturn(0);
return true;
}
return false;
}
bool bResetArena = false;
public void stepCombate()
{
Debug.WriteLine("r2wars:stepCombate");
if (bInCombat)
{
if (!bDead)
{
if (bResetArena)
{
bResetArena = false;
Engine.ReiniciaGame(true);
// Actualizamos la pantalla indicando que pinte los programas
resetTablero();
drawPC(Engine.thisplayer);
drawPC(Engine.otherplayer);
drawscreen(Engine.thisplayer);
drawscreen(Engine.otherplayer);
send_draw_event(json_output());
return;
}
totalciclos++;
if (totalciclos > MAX_CYCLES)
{
nExausted++;
if (nExausted > 2)
{
bInCombat = false;
bThreadIni = false;
bStopProcess = false;
RoundExhausted();
CombatEnd(true);
nExausted = 0;
return;
}
else
{
RoundExhausted();
totalciclos = 0;
bResetArena = true;
return;
}
}
ExecuteRoundInstruction(false);
}
else
{
victorias[Engine.thisplayer]++;
if (nRound == 3 || victorias[1] == 2 || victorias[0] == 2)
{
bInCombat = false;
bThreadIni = false;
bStopProcess = false;
RoundEnd();
CombatEnd();
}
else
{
RoundEnd();
bDead = false;
totalciclos = 0;
bResetArena = true;
nRound++;
}
}
}
}
public void iniciaCombate()
{
gameLoopTask = Task.Factory.StartNew(() =>
{
bThreadIni = true;
// Jugamos el combate mientras no hayan muertos
Debug.WriteLine("gameLoopTask: Ini.");
//int nexausted = 0;
while (bInCombat)
{
while (!bDead)
{
if (bStopProcess)
{
bThreadIni = false;
bStopProcess = false;
Debug.WriteLine("gameLoopTask: Fin (stopprocess).");
return;
}
if (bResetArena)
{
bResetArena = false;
Engine.ReiniciaGame(true);
// Actualizamos la pantalla indicando que pinte los programas
resetTablero();
drawPC(Engine.thisplayer);
drawPC(Engine.otherplayer);
drawscreen(Engine.thisplayer);
drawscreen(Engine.otherplayer);
send_draw_event(json_output());
if (bStopAtRoundEnd)
{
bThreadIni = false;
return;
}
}
totalciclos++;
if (totalciclos > MAX_CYCLES)
{
nExausted++;
if (nExausted > 2)
{
bInCombat = false;
bThreadIni = false;
bStopProcess = false;
RoundExhausted();
CombatEnd(true);
nExausted = 0;
Debug.WriteLine("gameLoopTask: Fin(draw)");
return;
}
else
{
RoundExhausted();
totalciclos = 0;
bResetArena = true;
if (bStopAtRoundEnd)
{
bThreadIni = false;
return;
}
}
}
ExecuteRoundInstruction(false);
}
victorias[Engine.thisplayer]++;
if (nRound == 3 || victorias[1] == 2 || victorias[0] == 2)
{
bInCombat = false;
bThreadIni = false;
bStopProcess = false;
RoundEnd();
CombatEnd();
break;
}
else
{
RoundEnd();
bDead = false;
totalciclos = 0;
bResetArena = true;
nRound++;
if (bStopAtRoundEnd)
{
bThreadIni = false;
break;
}
}
}
Debug.WriteLine("gameLoopTask: Fin");
});
}
public bool playcombat(string rutaWarrior1, string rutaWarrior2, string nameWarrior1, string nameWarrior2, bool bSingleRound)
{
if (iniciaJugadores(rutaWarrior1, rutaWarrior2, nameWarrior1, nameWarrior2))
{
// ejecutamos el combate
this.bInCombat = true; // indicamos que estamos en un combate
this.bSingleRound = bSingleRound; // indicamos que No queremos un unico round
this.bStopProcess = false;
this.victorias[0] = 0;
this.victorias[1] = 0;
this.nRound = 0;
this.nExausted = 0;
this.bDead = false;
this.totalciclos = 0;
if (bStopAtRoundStart)
send_draw_event(json_output());
else
iniciaCombate();
return true;
}
return false;
}
public void StopCombate()
{
while (bThreadIni)
{
this.bStopProcess = true;
Thread.Sleep(100);
}
}
public void prevLog()
{
clsinfo tmp = Engine.players[1].logGetPrev();
if (tmp != null)
drawslogcreen(1, tmp);
tmp = Engine.players[0].logGetPrev();
if (tmp!=null)
drawslogcreen(0, tmp);
send_draw_event(json_output(0));
}
public void nextLog()
{
clsinfo tmp = Engine.players[1].logGetNext();
if (tmp != null)
drawslogcreen(1, tmp);
tmp = Engine.players[0].logGetNext();
if (tmp != null)
drawslogcreen(0, tmp);
send_draw_event(json_output(0));
}
}
}