public ServerExplorer(string clusterName)
{
InitializeComponent();
CheckForIllegalCrossThreadCalls = false;
cluster_name = clusterName;
UpdateTree = UpdateTreeImpl;
conexion.Destino = new Destino();
IPHostEntry he = null;
string imei;
try
{
while (he == null)
{
he = Dns.GetHostEntry(Config.GetConfigurationString(cluster_name, "server_ip_address", "localhost"));
Marshall.Debug(String.Format("CONSOLE: Esperando que resuelva {0}", ConfigurationManager.AppSettings["ip_address"]));
Thread.Sleep(1000);
}
imei = ConfigurationManager.AppSettings[cluster_name + ".client_identifier"];
}
catch (Exception)
{
Marshall.Error("ERROR FATAL: La configuracion no es valida, revisar.");
return;
}
conexion.Destino.UDP = new IPEndPoint(he.AddressList[0], 2357);
conexion.IMEI = imei;
conexion.Password = "******";
conexion.StateChange += conexion_StateChange;
conexion.DeviceUpdate += conexion_DeviceUpdate;
conexion.Init(7532, 8192);
}
private static void TesterUT_SystemReport(object sender, SystemReport pdu)
{
Marshall.User(" GPS_FixedSeconds: {0}", pdu.GPS_FixedSeconds);
Marshall.User(" GPS_BlindSeconds: {0}", pdu.GPS_BlindSeconds);
Marshall.User(" GPS_Resets: {0}", pdu.GPS_Resets);
Marshall.User(" MODEM_Resets: {0}", pdu.MODEM_Resets);
Marshall.User(" NETWORK_UDP_ReceivedBytes: {0}", pdu.NETWORK_UDP_ReceivedBytes);
Marshall.User(" NETWORK_UDP_SentBytes: {0}", pdu.NETWORK_UDP_SentBytes);
Marshall.User(" NETWORK_UDP_ReceivedDgrams: {0}", pdu.NETWORK_UDP_ReceivedDgrams);
Marshall.User(" NETWORK_UDP_SentDgrams: {0}", pdu.NETWORK_UDP_SentDgrams);
Marshall.User(" NETWORK_Resets: {0}", pdu.NETWORK_Resets);
Marshall.User(" WatchDogResets: {0}", pdu.WatchDogResets);
Marshall.User(" SystemResets: {0}", pdu.SystemResets);
Marshall.User("System Report: ");
if (fs == null)
{
return;
}
var report = String.Format("{0:yyyyMMddhhmmss},{1},{2},{3},{4},{5}\r\n",
DateTime.Now, pdu.IdDispositivo, pdu.NETWORK_UDP_ReceivedBytes,
pdu.NETWORK_UDP_ReceivedDgrams, pdu.NETWORK_UDP_SentBytes,
pdu.NETWORK_UDP_SentDgrams);
var buff = Encoding.ASCII.GetBytes(report);
fs.BeginWrite(buff, 0, buff.GetLength(0), TesterUT_SystemReport_Commit, null);
}
private void ReadSharedMem_Click(object sender, EventArgs e)
{
IntPtr ptr;
try
{
ptr = Marshall.AllocHGlobal(Marshall.SizeOf(typeof(SYSTEM_OUTPUT)));
int ret = getStatus(ptr);
if (ret == 0)
{
output = (SYSTEM_OUTPUT)Marshal.PtrToStructure(ptr, typeof(SYSTEM_OUTPUT));
}
//do something with output
label1.Text = ret;
}
catch (AccessViolationException ave)
{
label1.Text = ave.Message;
}
finally
{
Marshal.FreeHGlobal(ptr); //make sure to free the memory
}
}
public override void Sync(SyncContext ctx)
{
base.Sync(ctx);
Marshall.Sync(ctx, ref inherits);
Marshall.Sync(ctx, ref members);
}
void WriteImportsCache(string file, FileImports imports)
{
//Console.WriteLine("IMPORTS MISS " + file);
var cache_imports_file = GetImportsCacheFile(cache_dir, file);
Marshall.Obj2File(imports, cache_imports_file);
}
public static Character CreateCharacter(int id)
{
Character c = null;
switch (id)
{ //有没有bug看单位表和各个类
case 1: c = new MvpTemp(); break;
case 2: c = new TankTemp(); break;
case 3: c = new WarriorTemp(); break;
case 4: c = new Taunter(); break; // 嘲讽盾
case 5: c = new Paladin(); break; // 奶骑
case 6: break; // 反甲
case 7: c = new Explosive(); break; // 自爆卡车
case 8: c = new Linkage(); break; // 联动
case 9: c = new TaiChi(); break; // 打太极
case 10: c = new Silence(); break; // 沉默
case 11: c = new GroupHealer(); break; // 群体治疗
case 12: break; // 单体治疗
case 13: break; // 操控怒气
case 14: c = new Calmer(); break; // 频繁减怒
case 15: c = new Buffer(); break; // 加buff
case 16: c = new Pierce(); break; // 单体输出
case 17: c = new Sputter(); break; // 溅射
case 18: c = new Volition(); break; // 越打越痛
case 19: c = new Transformer(); break; // 变身
case 20: c = new DoubleAgent(); break; // 内鬼
case 21: c = new Lazer(); break; // 激光豆
case 22: c = new Darius(); break; // 人头狗
case 23: break; // 投石机
case 24: c = new Marshall(); break; // 黑胡子
default: Debug.Log("输入了错误的id，找不到对应单位"); break;
}
return(c);
}
public void Sync(SyncContext ctx)
{
Marshall.Sync(ctx, items);
if (ctx.is_read)
{
Update();
}
}
internal void TesterUT_AutoReport(object sender, Posicion pdu)
{
foreach (string s in pdu.TraceFull())
{
Marshall.User(s);
}
Marshall.User("**** Autoreporte recibido:");
}
internal void TesterUT_RFIDDetected(object sender, RFIDDetectado pdu)
{
foreach (string s in pdu.TraceFull())
{
Marshall.User(s);
}
Marshall.User("**** RFID recibido:");
}
public override void AddPieceTypes()
{
base.AddPieceTypes();
Cardinal.Enabled = false;
Marshall.Name = "Chancellor";
Marshall.SetNotation("C");
AddPieceType(Unicorn = new Unicorn("Unicorn", "U", 1050, 1125));
AddPieceType(Lion = new Lion("Lion", "L", 450, 450));
}
public override void Sync(SyncContext ctx)
{
Marshall.Sync(ctx, ref item_type);
if (ctx.is_read)
{
name = "[]" + item_type.name;
}
}
public void Sync(SyncContext ctx)
{
Marshall.Sync(ctx, ref ret_type);
Marshall.Sync(ctx, arg_types);
if (ctx.is_read)
{
Update();
}
}
private void flashIt_Click_1(object sender, EventArgs e)
{
var d = Devices.i().Find(Convert.ToInt16(flashIt.Tag));
if (d != null)
{
ut.FlashOverTheAir(d.Id, firmwareBinaryFilename, Convert.ToInt32(nud_pagina.Value));
flashIt.Text = String.Format("Flashar Dispositivo id={0}", (object[])flashIt.Tag);
return;
}
Marshall.User("No se encontro el dispositivo seleccionado para Flashear: {0}", flashIt.Tag.ToString());
}
private void TesterUT_ExcesoVelocidad(object sender, ExcesoVelocidad pdu)
{
if (pdu.CL == 0x01)
{
Marshall.User("El dispositivo {0} exedio la velocida maxima velocidad={1}", pdu.IdDispositivo,
pdu.VelocidadMaximaAlcanzada);
}
else
{
Marshall.User("El dispositivo {0} vuelve a velocidad normal. la velocida maxima velocidad alcanzada={1}", pdu.IdDispositivo, pdu.VelocidadMaximaAlcanzada);
}
}
public void Sync(SyncContext ctx)
{
if (ctx.is_read)
{
types = ((SymbolFactory)ctx.factory).types;
}
else if (string.IsNullOrEmpty(_name))
{
throw new Exception("TypeProxy name is empty");
}
Marshall.Sync(ctx, ref _name);
IMarshallableGeneric mg = null;
if (ctx.is_read)
{
Marshall.SyncGeneric(ctx, ref mg);
type = (IType)mg;
}
else
{
var resolved = Get();
//TODO: make this check more robust
bool defined_in_scope =
resolved is Symbol symb &&
(symb.scope is ModuleScope ||
symb is BuiltInSymbol ||
symb is ClassSymbolNative ||
symb is InterfaceSymbolNative ||
symb is EnumSymbol ||
(symb is ArrayTypeSymbol && !(symb is GenericArrayTypeSymbol))
);
//NOTE: we want to marshall only those types which are not
// defined elsewhere otherwise we just want to keep
// string reference at them
if (!defined_in_scope)
{
mg = resolved as IMarshallableGeneric;
if (mg == null)
{
throw new Exception("Type is not marshallable: " + (resolved != null ? resolved.GetType().Name + " " : "<null> ") + _name);
}
}
Marshall.SyncGeneric(ctx, ref mg);
}
}
public override void AddPieceTypes()
{
base.AddPieceTypes();
AddPieceType(Wizard = new Wizard("Wizard", "W", 460, 460));
AddPieceType(Lion = new Lion("Lion", "L", 475, 475));
// Add the Wazir-move to the Knight
Wazir.AddMoves(Knight);
Knight.MidgameValue = 475;
Knight.EndgameValue = 475;
Knight.PreferredImage = "Knight Wazir";
// Set the name for the Chancellor (called Marshall in Grand Chess)
Marshall.Name = "Chancellor";
Marshall.SetNotation("C");
// Set the name for the Archbishop (called a Cardinal in Grand Chess)
Cardinal.Name = "Archbishop";
Cardinal.SetNotation("A");
}
private void listBox1_SelectedIndexChanged(object sender, EventArgs e)
{
if (listBox1.SelectedItem != null)
{
var d = listBox1.SelectedItem as Device;
if (d != null)
{
Marshall.User("Dispositivo Seleccionado para Flashear: {0}", d.ToString());
flashIt.Tag = d.Id;
flashIt.Text = String.Format("Flashar Dispositivo id={0}", d.Id);
flashIt.Enabled = true;
return;
}
}
flashIt.Text = "Debe seleccionar un Dispositivo";
flashIt.Enabled = false;
}
public TesterUT()
{
try
{
string filename = String.Format("{0}\\systemreport.csv", Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().GetName().CodeBase));
filename = filename.Substring(6);
Marshall.User(filename);
fs = File.Open(filename, FileMode.Append, FileAccess.Write, FileShare.Read);
SystemReport += TesterUT_SystemReport;
}
catch (Exception e)
{
Marshall.Error(String.Format("SYSTEM REPORT DESHABILITADO!!! ERROR={0}", e));
}
AutoReport += TesterUT_AutoReport;
RFIDDetected += TesterUT_RFIDDetected;
ExcesoVelocidad += TesterUT_ExcesoVelocidad;
}
FileImports TryReadImportsCache(string file)
{
var cache_imports_file = GetImportsCacheFile(cache_dir, file);
if (BuildUtil.NeedToRegen(cache_imports_file, file))
{
return(null);
}
try
{
return(Marshall.File2Obj <FileImports>(cache_imports_file));
}
catch
{
return(null);
}
}
public void Sync(SyncContext ctx)
{
Marshall.Sync(ctx, files);
}
private void devicesTree_AfterSelect(object sender, TreeViewEventArgs e)
{
Marshall.User("Nodo Seleccionado: {0}{1}", e.Node.Name, "");
selected_device = devices_by_imei[e.Node.Name];
UpdatePanel(selected_device);
}
public void Sync(SyncContext ctx)
{
Marshall.Sync(ctx, ref subj);
}
public override void Sync(SyncContext ctx)
{
base.Sync(ctx);
Marshall.Sync(ctx, ref _scope_idx);
}
public virtual void Sync(SyncContext ctx)
{
Marshall.Sync(ctx, ref name);
Marshall.Sync(ctx, ref type);
}
internal static void TesterUT_SystemReport_Commit(IAsyncResult state)
{
Marshall.User("System Report Commited!");
fs.EndWrite(state);
fs.Flush();
}
public void Sync(SyncContext ctx)
{
Marshall.Sync(ctx, ref module_name);
Marshall.Sync(ctx, ref members);
}
// new players for every new test ..
public Part4()
{
_marshall = new Marshall("Wyatt Earp");
_cowboy = new Cowboy("Curly Bill Brocius");
_gambler = new Gambler("Doc Holliday");
}
private void MainMDI_FormClosed(object sender, FormClosedEventArgs e)
{
Marshall.Info("CORE: cerrando...");
Marshall.Shutdown();
}
