private static async void SendDeviceToCloudMessagesAsync(MsgBody msgObj)
{
var messageString = JsonConvert.SerializeObject(msgObj);
var message = new Message(Encoding.ASCII.GetBytes(messageString));
await deviceClient.SendEventAsync(message);
}
public void hSockTcpKilllogReq(sbyte killerType, int killer, sbyte victimType, int victim, int weaponBy, int slot, int category, int hitpart, Dictionary <int, int> damageLog)
{
MsgBody msgBody = new MsgBody();
int id = UnityEngine.Random.Range(0, int.MaxValue);
msgBody.Write(id);
msgBody.Write(killerType);
msgBody.Write(killer);
msgBody.Write(victimType);
msgBody.Write(victim);
msgBody.Write(weaponBy);
msgBody.Write(slot);
msgBody.Write(category);
msgBody.Write(hitpart);
if (damageLog == null)
{
msgBody.Write(0);
}
else
{
msgBody.Write(damageLog.Count);
foreach (KeyValuePair <int, int> item in damageLog)
{
msgBody.Write(item.Key);
msgBody.Write(item.Value);
}
}
ClientExtension.instance.lastKillLogMsg = msgBody;
ClientExtension.instance.lastKillLogId = id;
CSNetManager.Instance.Sock.Say(44, msgBody);
}
public Msg4Send(ushort id, uint meta, uint src, MsgBody msgBody, byte sendKey)
{
uint offset = (uint)msgBody.Offset;
byte b = 0;
if (sendKey == 255)
{
for (int i = 0; i < offset; i++)
{
b = (byte)(b ^ msgBody.Buffer[i]);
}
}
else
{
for (int j = 0; j < offset; j++)
{
b = (byte)(b ^ msgBody.Buffer[j]);
msgBody.Buffer[j] ^= sendKey;
}
}
_io = 0;
_buffer = new byte[15 + offset];
MsgHdr msgHdr = new MsgHdr(offset, id, b, meta, src);
byte[] array = msgHdr.ToArray();
Array.Copy(array, _buffer, array.Length);
Array.Copy(msgBody.Buffer, 0L, _buffer, array.Length, offset);
}
private void hSockTcpHandleShooterToolListAck(MsgBody msg)
{
msg.Read(out int count);
for (int i = 0; i < count; i++)
{
msg.Read(out sbyte slot);
msg.Read(out long seq);
ClientExtension.instance.inventory.AddToolSlot(seq, slot);
if (MyInfoManager.Instance.ShooterTools.Length > slot)
{
if (seq < 0)
{
MyInfoManager.Instance.ShooterTools[slot] = -1L;
}
else
{
Item itemBySequence = MyInfoManager.Instance.GetItemBySequence(seq);
if (itemBySequence != null && itemBySequence.Template != null && itemBySequence.Template.type == TItem.TYPE.SPECIAL)
{
MyInfoManager.Instance.ShooterTools[slot] = seq;
}
}
}
}
}
private static async void SendDeviceToCloudMessagesAsync(MsgBody tmpMsg)
{
var message = new Message(Encoding.ASCII.GetBytes(JsonConvert.SerializeObject(tmpMsg)));
await deviceClient.SendEventAsync(message);
Console.WriteLine("{0} > Sending message: {1}", DateTime.Now, JsonConvert.SerializeObject(tmpMsg));
}
private void hSockTcpHandleWeaponSlotListAck(MsgBody msg)
{
msg.Read(out int count);
for (int i = 0; i < count; i++)
{
msg.Read(out int slot);
msg.Read(out long seq);
ClientExtension.instance.inventory.AddWeaponSlot(seq, (sbyte)slot);
if (MyInfoManager.Instance.WeaponSlots.Length > slot)
{
if (seq < 0)
{
MyInfoManager.Instance.WeaponSlots[slot] = -1L;
}
else
{
Item itemBySequence = MyInfoManager.Instance.GetItemBySequence(seq);
if (itemBySequence != null && itemBySequence.Template != null &&
itemBySequence.Template.type == TItem.TYPE.WEAPON)
{
MyInfoManager.Instance.WeaponSlots[slot] = seq;
}
}
}
}
}
private void hSockTcpRendezvousInfoAck(MsgBody msg)
{
msg.Read(out int _);
msg.Read(out string val2);
msg.Read(out int val3);
P2PManager.Instance.Bootup(val2, val3);
P2PManager.Instance.rendezvousPointed = true;
}
public void setMsgBody(MsgBody msg)
{
this.ID = msg.ID;
this.Ip = msg.Ip;
this.Status = msg.Status;
this.TS = msg.TS;
this.Change = msg.Change;
}
public MsgReference(ushort _id, MsgBody _msg, ClientReference _client, SendType _sendType = SendType.Unicast)
{
msg = new Msg2Handle(_id, _msg);
sendType = _sendType;
if (_client != null)
{
client = _client;
}
}
private void hSockTcpKilllogAck(MsgBody msg)
{
msg.Read(out int id);
if (id == ClientExtension.instance.lastKillLogId)
{
ClientExtension.instance.lastKillLogId = -1;
}
SockTcpKilllogAckHook.CallOriginal(CSNetManager.Instance.Sock, new object[] { msg });
}
private void hSockTcpEnterAck(MsgBody msg)
{
msg.Read(out int slot);
msg.Read(out int seq);
msg.Read(out string val2);
msg.Read(out string val3);
msg.Read(out int val4);
msg.Read(out string val5);
msg.Read(out int val6);
msg.Read(out int val7);
string[] array = new string[val7];
for (int j = 0; j < val7; j++)
{
msg.Read(out array[j]);
}
msg.Read(out int val8);
msg.Read(out int val9);
msg.Read(out int val10);
msg.Read(out string val11);
msg.Read(out int val12);
msg.Read(out int val13);
msg.Read(out byte val14);
msg.Read(out val7);
string[] array2 = (val7 > 0) ? new string[val7] : null;
for (int j = 0; j < val7; j++)
{
msg.Read(out array2[j]);
}
msg.Read(out val7);
string[] array3 = (val7 > 0) ? new string[val7] : null;
for (int k = 0; k < val7; k++)
{
msg.Read(out array3[k]);
}
BrickManManager.Instance.OnEnter(seq, val2, array, val8, val9, val10, val11, val12, val13, array2, array3);
BrickManManager.Instance.GetDesc(seq).Slot = (sbyte)slot;
if (seq != MyInfoManager.Instance.Seq)
{
P2PManager.Instance.Add(seq, val3, val4, val5, val6, val14);
if (RoomManager.Instance.CurrentRoom >= 0)
{
GameObject gameObject = GameObject.Find("Main");
if (null != gameObject)
{
gameObject.BroadcastMessage("OnChat", new ChatText(ChatText.CHAT_TYPE.SYSTEM, seq, val2, StringMgr.Instance.Get("ENTERED")));
}
}
}
else
{
MyInfoManager.Instance.Slot = (sbyte)slot;
}
}
public MsgBody Flush()
{
MsgBody result = new MsgBody(_buffer, 15, (int)_hdr._size);
_io -= (int)(15 + _hdr._size);
if (_io > 0)
{
Array.Copy(_buffer, 15 + _hdr._size, _buffer, 0L, _io);
}
return(result);
}
private void HandleConnected(MsgBody msg)
{
clientConnected = true;
MainGUI.instance.setupHidden = true;
GameObject gameObject = GameObject.Find("Main");
if (null != gameObject)
{
gameObject.BroadcastMessage("OnSeed");
}
}
private void HandleReceiveSlotData(MsgBody msg)
{
msg.Read(out int count);
for (int i = 0; i < count; i++)
{
msg.Read(out int slot);
msg.Read(out int seq);
msg.Read(out string name);
msg.Read(out string ip);
msg.Read(out int port);
msg.Read(out string remoteIp);
msg.Read(out int remotePort);
msg.Read(out int equipCount);
string[] equipment = new string[equipCount];
for (int j = 0; j < equipCount; j++)
{
msg.Read(out equipment[j]);
}
msg.Read(out int status);
msg.Read(out int xp);
msg.Read(out int clanSeq);
msg.Read(out string clanName);
msg.Read(out int clanMark);
msg.Read(out int rank);
msg.Read(out byte playerflag);
msg.Read(out equipCount);
string[] wpnChg = (equipCount > 0) ? new string[equipCount] : null;
for (int j = 0; j < equipCount; j++)
{
msg.Read(out wpnChg[j]);
}
msg.Read(out equipCount);
string[] drpItem = (equipCount > 0) ? new string[equipCount] : null;
for (int k = 0; k < equipCount; k++)
{
msg.Read(out drpItem[k]);
}
if (seq != MyInfoManager.Instance.Seq)
{
P2PManager.Instance.Add(seq, ip, port, remoteIp, remotePort, playerflag);
BrickManManager.Instance.OnEnter(seq, name, equipment, status, xp, clanSeq, clanName, clanMark, rank, equipment, equipment);
BrickManDesc desc = BrickManManager.Instance.GetDesc(seq);
desc.Slot = (sbyte)slot;
}
else
{
MyInfoManager.Instance.Slot = (sbyte)slot;
}
}
}
public void SendInventoryCSV()
{
MsgBody body = new MsgBody();
body.Write(inventory.csv._rows.Count);
for (int row = 0; row < inventory.csv._rows.Count; row++)
{
body.Write(inventory.csv._rows[row].Length);
for (int col = 0; col < inventory.csv._rows[row].Length; col++)
{
body.Write(inventory.csv._rows[row][col]);
}
}
Say(ExtensionOpcodes.opInventoryAck, body);
}
public Msg2Handle(ushort id, MsgBody msg)
{
_id = id;
_msg = msg;
}
public void SetMessage(string msg)
{
MsgBody.Clear();
MsgBody.SendKeys(msg);
}
private void hSockTcpHandleItemListAck(MsgBody msg)
{
ClientExtension.instance.inventory.Apply();
}
private void HandlePostLoadInit(MsgBody msg)
{
BrickManager.Instance.userMap.PostLoadInit();
}
private void HandleRequestInventory(MsgBody msg)
{
msg.Read(out int seq);
inventory = new Inventory(seq);
SendInventoryCSV();
}
private void HandleCustomMessage(MsgBody msg)
{
msg.Read(out string message);
MessageBoxMgr.Instance.AddMessage(message);
}
private void GetSensorReadings()
{
string pirCurrentState = "U";
EventData eventMessage;
//Message message;
MsgBody tmpMsg = new MsgBody(msg);
try
{
// Initialize if needed
if (pir == null)
{ // Assume that initialization is needed
InitGPIO();
}
if (pir != null)
{ // Only if we are intialized
// Get Current IP and MAC (May have changed!)
tmpMsg.ID = GetSensorId();
tmpMsg.Ip = GetCurrentIpv4Address();
// Check PIR Status (High == Movement)
// if it is high, then motion was detected
if (pir.Read() == GpioPinValue.High)
{
pirCurrentState = "O";
}
else
{
pirCurrentState = "F";
}
// Handle state changes with smoothing
if (pirCurrentState != state.PendingStatus || state.PendingStatus == "")
{ // A change. Start counting smoothing time. (Ie time with the same state required for change)
state.PendingStatusTime = DateTime.Now;
state.PendingStatus = pirCurrentState;
}
if (state.PendingStatus != tmpMsg.Status && // This is a Status change AND....
(tmpMsg.Status == "" || // this is the first run OR ...
(state.PendingStatus == "O" && (DateTime.Now - state.PendingStatusTime).TotalSeconds >= settings.timerStateOSmoothing) || // Pending status is "Occupied" and O-Smoothing-time has passed OR ...
(state.PendingStatus == "F" && (DateTime.Now - state.PendingStatusTime).TotalSeconds >= settings.timerStateFSmoothing)))
{ // Pending status is "Free" and F-Smoothing-time has passed
if (state.PendingStatus == "O")
{
LedSetState(ledRed, true); // Turn on RED LED
}
else
{
LedSetState(ledRed, false); // Turn off RED LED
}
tmpMsg.Status = state.PendingStatus; // Set the new status to the message
tmpMsg.Change = "T"; // This is a change of status (T)rue
// Create brokered message
eventMessage = new EventData(Encoding.UTF8.GetBytes(JsonConvert.SerializeObject(tmpMsg)));
//*checking message in consoleTONE* Console.WriteLine("{0} > Sending message: {1}", DateTime.Now, JsonConvert.SerializeObject(tmpMsg));
// Send to event hub
_eventHub.Send(eventMessage);
//SendDeviceToCloudMessagesAsync(tmpMsg);
// Save any changes (to this last so that any exception does not save changes.)
msg.setMsgBody(tmpMsg);
state.LastSendTime = DateTime.Now;
// Toggle green led to show a message has been sent
LedToggleGreen();
}
else if ((DateTime.Now - state.LastSendTime).TotalSeconds > settings.timerKeepAliveIntervall)
{ // No Change of status. Is it time fot "is alive"?
tmpMsg.Change = "F"; // Status change (F)alse. (Set if we will send (is alive)
// Create brokered message
eventMessage = new EventData(Encoding.ASCII.GetBytes(JsonConvert.SerializeObject(tmpMsg)));
//*IotHubTONE* SendDeviceToCloudMessagesAsync(tmpMsg);
// Send to IoT hub
//private static async void SendDeviceToCloudMessagesAsync(Message m)
//{
// await deviceClient.SendEventAsync(m);
// Console.WriteLine("{0} > Sending message: {1}", DateTime.Now, messageString);
//}
_eventHub.Send(eventMessage);
// Save any changes (to this last so that any exception does not save changes.)
msg.setMsgBody(tmpMsg);
state.LastSendTime = DateTime.Now;
// Toggle green led to show a message has been sent
LedToggleGreen();
}
}
}
catch (Exception exception)
{
//Status not written
}
}
public void SendDisconnect()
{
MsgBody body = new MsgBody();
Say(ExtensionOpcodes.opDisconnectReq, body);
}
private void Timer_Tick(object sender, object e)
{
string pirCurrentState = "U";
MsgBody tmpMsg = new MsgBody(msg);
try
{
// Initialize if needed
if (pir == null)
{ // Assume that initialization is needed
InitGPIO();
}
if (pir != null)
{ // Only if we are intialized
// Get Current IP and MAC (May have changed!)
tmpMsg.ID = GetSensorId();
tmpMsg.Ip = GetCurrentIpv4Address();
// Check PIR Status (High == Movement)
// if it is high, then motion was detected
if (pir.Read() == GpioPinValue.High)
{
pirCurrentState = "O";
}
else
{
pirCurrentState = "F";
}
// Handle state changes with smoothing
if (pirCurrentState != state.PendingStatus || state.PendingStatus == "")
{ // A change. Start counting smoothing time. (Ie time with the same state required for change)
state.PendingStatusTime = DateTime.Now;
state.PendingStatus = pirCurrentState;
}
if (state.PendingStatus != tmpMsg.Status && // This is a Status change AND....
(tmpMsg.Status == "" || // this is the first run OR ...
(state.PendingStatus == "x " && (DateTime.Now - state.PendingStatusTime).TotalSeconds >= settings.timerStateOSmoothing) || // Pending status is "Occupied" and O-Smoothing-time has passed OR ...
(state.PendingStatus == "F" && (DateTime.Now - state.PendingStatusTime).TotalSeconds >= settings.timerStateFSmoothing)))
{ // Pending status is "Free" and F-Smoothing-time has passed
if (state.PendingStatus == "O")
{
LedSetState(ledRed, true); // Turn on RED LED
LedSetState(ledGreen, false);
}
else
{
LedSetState(ledRed, false); // Turn off RED LED
LedSetState(ledGreen, true);
}
tmpMsg.Status = state.PendingStatus; // Set the new status to the message
tmpMsg.Change = "T"; // This is a change of status (T)rue
tmpMsg.TS = DateTime.Now.ToString();
SendDeviceToCloudMessagesAsync(tmpMsg);
// Save any changes (to this last so that any exception does not save changes.)
msg.setMsgBody(tmpMsg);
state.LastSendTime = DateTime.Now;
// Toggle green led to show a message has been sent
//LedToggleGreen();
}
else if ((DateTime.Now - state.LastSendTime).TotalSeconds > settings.timerKeepAliveIntervall)
{ // No Change of status. Is it time fot "is alive"?
tmpMsg.Change = "F"; // Status change (F)alse. (Set if we will send (is alive)
tmpMsg.TS = DateTime.Now.ToString();
// Send message to IoT hub
SendDeviceToCloudMessagesAsync(tmpMsg);
// Save any changes (to this last so that any exception does not save changes.)
msg.setMsgBody(tmpMsg);
state.LastSendTime = DateTime.Now;
// Toggle green led to show a message has been sent
LedToggleGreen();
}
}
}
catch (Exception exception)
{
//Status not written
}
//if (Convert.ToString(ReceiveC2dAsync().Result) == "Received")
//led.Write(GpioPinValue.Low);
}
public void Say(ushort id, MsgBody msgBody)
{
CSNetManager.Instance.Sock.Say(id, msgBody);
}
private void HandleDisconnected(MsgBody msg)
{
CSNetManager.Instance.Sock.Close();
MessageBoxMgr.Instance.AddMessage(StringMgr.Instance.Get("NETWORK_BROKEN"));
BuildOption.Instance.Exit();
}
public MsgBody(MsgBody msg)
{
setMsgBody(msg);
}