private void ParseDot(Packet mPack, DotTypes type)
{
int timeadd = mPack.GetByte();
mTime += timeadd;
int force = mPack.GetShort();
int x = mPack.GetShort();
int y = mPack.GetShort();
int fx = mPack.GetByte();
int fy = mPack.GetByte();
int tx = mPack.GetByte();
int ty = mPack.GetByte();
int twist = mPack.GetShort();
PenController.onReceiveDot(new DotReceivedEventArgs(MakeDot(PenMaxForce, mCurOwner, mCurSection, mCurNote, mCurPage, mTime, x, y, fx, fy, force, type, mPenTipColor)));
}
public PenClientParserV2(PenController penClient)
{
this.PenController = penClient;
}
public void ParsePacket(Packet packet)
{
Cmd cmd = (Cmd)packet.Cmd;
//Debug.Write("Cmd : {0}", cmd.ToString());
switch (cmd)
{
case Cmd.VERSION_RESPONSE:
{
DeviceName = packet.GetString(16);
FirmwareVersion = packet.GetString(16);
ProtocolVersion = packet.GetString(8);
SubName = packet.GetString(16);
DeviceType = packet.GetShort();
MaxForce = -1;
MacAddress = BitConverter.ToString(packet.GetBytes(6)).Replace("-", "");
IsUploading = false;
ReqPenStatus();
}
break;
#region event
case Cmd.SHUTDOWN_EVENT:
{
byte reason = packet.GetByte();
Debug.Write(" => SHUTDOWN_EVENT : {0}", reason.ToString());
}
break;
case Cmd.LOW_BATTERY_EVENT:
{
int battery = (int)(packet.GetByte() & 0xff);
PenController.onReceiveBatteryAlarm(new BatteryAlarmReceivedEventArgs(battery));
}
break;
case Cmd.ONLINE_PEN_UPDOWN_EVENT:
case Cmd.ONLINE_PEN_DOT_EVENT:
case Cmd.ONLINE_PAPER_INFO_EVENT:
{
ParseDotPacket(cmd, packet);
}
break;
#endregion
#region setting response
case Cmd.SETTING_INFO_RESPONSE:
{
// 비밀번호 사용 여부
bool lockyn = packet.GetByteToInt() == 1;
// 비밀번호 입력 최대 시도 횟수
int pwdMaxRetryCount = packet.GetByteToInt();
// 비밀번호 입력 시도 횟수
int pwdRetryCount = packet.GetByteToInt();
// 1970년 1월 1일부터 millisecond tick
long time = packet.GetLong();
// 사용하지 않을때 자동으로 전원이 종료되는 시간 (단위:분)
short autoPowerOffTime = packet.GetShort();
// 최대 필압
short maxForce = packet.GetShort();
// 현재 메모리 사용량
int usedStorage = packet.GetByteToInt();
// 펜의 뚜껑을 닫아서 펜의 전원을 차단하는 기능 사용 여부
bool penCapOff = packet.GetByteToInt() == 1;
// 전원이 꺼진 펜에 필기를 시작하면 자동으로 펜의 켜지는 옵션 사용 여부
bool autoPowerON = packet.GetByteToInt() == 1;
// 사운드 사용여부
bool beep = packet.GetByteToInt() == 1;
// 호버기능 사용여부
bool hover = packet.GetByteToInt() == 1;
// 남은 배터리 수치
int batteryLeft = packet.GetByteToInt();
// 오프라인 데이터 저장 기능 사용 여부
bool useOffline = packet.GetByteToInt() == 1;
// 필압 단계 설정 (0~4) 0이 가장 민감
short fsrStep = (short)packet.GetByteToInt();
// 최초 연결시
if (MaxForce == -1)
{
MaxForce = maxForce;
var connectedEventArgs = new ConnectedEventArgs();
PenController.onConnected(new ConnectedEventArgs(MacAddress, DeviceName, FirmwareVersion, ProtocolVersion, SubName, MaxForce));
PenMaxForce = MaxForce;
if (lockyn)
{
// TODO 여기서 부터 시작
PenController.onPenPasswordRequest(new PasswordRequestedEventArgs(pwdRetryCount, pwdMaxRetryCount));
}
else
{
PenController.onPenAuthenticated();
}
}
else
{
PenController.onReceivePenStatus(new PenStatusReceivedEventArgs(lockyn, pwdMaxRetryCount, pwdRetryCount, time, autoPowerOffTime, MaxForce, batteryLeft, usedStorage, useOffline, autoPowerON, penCapOff, hover, beep, fsrStep));
}
}
break;
case Cmd.SETTING_CHANGE_RESPONSE:
{
int inttype = packet.GetByteToInt();
SettingType stype = (SettingType)inttype;
bool result = packet.Result == 0x00;
switch (stype)
{
case SettingType.AutoPowerOffTime:
PenController.onPenAutoShutdownTimeSetupResponse(new SimpleResultEventArgs(result));
break;
case SettingType.AutoPowerOn:
PenController.onPenAutoPowerOnSetupResponse(new SimpleResultEventArgs(result));
break;
case SettingType.Beep:
PenController.onPenBeepSetupResponse(new SimpleResultEventArgs(result));
break;
case SettingType.Hover:
PenController.onPenHoverSetupResponse(new SimpleResultEventArgs(result));
break;
case SettingType.LedColor:
PenController.onPenColorSetupResponse(new SimpleResultEventArgs(result));
break;
case SettingType.OfflineData:
PenController.onPenOfflineDataSetupResponse(new SimpleResultEventArgs(result));
break;
case SettingType.PenCapOff:
PenController.onPenCapPowerOnOffSetupResponse(new SimpleResultEventArgs(result));
break;
case SettingType.Sensitivity:
PenController.onPenSensitivitySetupResponse(new SimpleResultEventArgs(result));
break;
case SettingType.Timestamp:
PenController.onPenTimestampSetupResponse(new SimpleResultEventArgs(result));
break;
}
}
break;
#endregion
#region password response
case Cmd.PASSWORD_RESPONSE:
{
int status = packet.GetByteToInt();
int cntRetry = packet.GetByteToInt();
int cntMax = packet.GetByteToInt();
if (status == 0)
{
PenController.onPenPasswordRequest(new PasswordRequestedEventArgs(cntRetry, cntMax));
}
else
{
PenController.onPenAuthenticated();
}
}
break;
case Cmd.PASSWORD_CHANGE_RESPONSE:
{
int cntRetry = packet.GetByteToInt();
int cntMax = packet.GetByteToInt();
PenController.onPenPasswordSetupResponse(new SimpleResultEventArgs(packet.Result == 0x00));
}
break;
#endregion
#region offline response
case Cmd.OFFLINE_NOTE_LIST_RESPONSE:
{
short length = packet.GetShort();
List <OfflineDataInfo> result = new List <OfflineDataInfo>();
for (int i = 0; i < length; i++)
{
byte[] rb = packet.GetBytes(4);
int section = (int)(rb[3] & 0xFF);
int owner = ByteConverter.ByteToInt(new byte[] { rb[0], rb[1], rb[2], (byte)0x00 });
int note = packet.GetInt();
result.Add(new OfflineDataInfo(section, owner, note));
}
PenController.onReceiveOfflineDataList(new OfflineDataListReceivedEventArgs(result.ToArray()));
}
break;
case Cmd.OFFLINE_PAGE_LIST_RESPONSE:
{
byte[] rb = packet.GetBytes(4);
int section = (int)(rb[3] & 0xFF);
int owner = ByteConverter.ByteToInt(new byte[] { rb[0], rb[1], rb[2], (byte)0x00 });
int note = packet.GetInt();
short length = packet.GetShort();
int[] pages = new int[length];
for (int i = 0; i < length; i++)
{
pages[i] = packet.GetInt();
}
OfflineDataInfo info = new OfflineDataInfo(section, owner, note);
PenController.onReceiveOfflineDataList(new OfflineDataListReceivedEventArgs(info));
}
break;
case Cmd.OFFLINE_DATA_RESPONSE:
{
mTotalOfflineStroke = packet.GetInt();
mReceivedOfflineStroke = 0;
mTotalOfflineDataSize = packet.GetInt();
bool isCompressed = packet.GetByte() == 1;
PenController.onStartOfflineDownload();
}
break;
case Cmd.OFFLINE_PACKET_REQUEST:
{
#region offline data parsing
List <Stroke> result = new List <Stroke>();
short packetId = packet.GetShort();
bool isCompressed = packet.GetByte() == 1;
short sizeBefore = packet.GetShort();
short sizeAfter = packet.GetShort();
short location = (short)(packet.GetByte() & 0xFF);
byte[] rb = packet.GetBytes(4);
int section = (int)(rb[3] & 0xFF);
int owner = ByteConverter.ByteToInt(new byte[] { rb[0], rb[1], rb[2], (byte)0x00 });
int note = packet.GetInt();
short strCount = packet.GetShort();
mReceivedOfflineStroke += strCount;
Debug.WriteLine(" packetId : {0}, isCompressed : {1}, sizeBefore : {2}, sizeAfter : {3}, size : {4}", packetId, isCompressed, sizeBefore, sizeAfter, packet.Data.Length - 18);
if (sizeAfter != (packet.Data.Length - 18))
{
SendOfflinePacketResponse(packetId, false);
return;
}
byte[] oData = packet.GetBytes(sizeAfter);
GZipStream gzipStream = new GZipStream(new System.IO.MemoryStream(oData), CompressionLevel.Fastest);
byte[] strData = Ionic.Zlib.ZlibStream.UncompressBuffer(oData);
if (strData.Length != sizeBefore)
{
SendOfflinePacketResponse(packetId, false);
return;
}
ByteUtil butil = new ByteUtil(strData);
for (int i = 0; i < strCount; i++)
{
int pageId = butil.GetInt();
long timeStart = butil.GetLong();
long timeEnd = butil.GetLong();
int penTipType = (int)(butil.GetByte() & 0xFF);
int color = butil.GetInt();
short dotCount = butil.GetShort();
long time = timeStart;
//System.Console.WriteLine( "pageId : {0}, timeStart : {1}, timeEnd : {2}, penTipType : {3}, color : {4}, dotCount : {5}, time : {6},", pageId, timeStart, timeEnd, penTipType, color, dotCount, time );
Stroke stroke = new Stroke(section, owner, note, pageId);
for (int j = 0; j < dotCount; j++)
{
byte dotChecksum = butil.GetChecksum(15);
int timeadd = butil.GetByte();
time += timeadd;
int force = butil.GetShort();
int x = butil.GetShort();
int y = butil.GetShort();
int fx = butil.GetByte();
int fy = butil.GetByte();
int tx = butil.GetByte();
int ty = butil.GetByte();
int twist = butil.GetShort();
short reserved = butil.GetShort();
byte checksum = butil.GetByte();
//System.Console.WriteLine( "x : {0}, y : {1}, force : {2}, checksum : {3}, dotChecksum : {4}", tx, ty, twist, checksum, dotChecksum );
if (dotChecksum != checksum)
{
SendOfflinePacketResponse(packetId, false);
result.Clear();
return;
}
DotTypes dotType;
if (j == 0)
{
dotType = DotTypes.PEN_DOWN;
}
else if (j == dotCount - 1)
{
dotType = DotTypes.PEN_UP;
}
else
{
dotType = DotTypes.PEN_MOVE;
}
stroke.Add(MakeDot(PenMaxForce, owner, section, note, pageId, time, x, y, fx, fy, force, dotType, color));
}
result.Add(stroke);
}
SendOfflinePacketResponse(packetId);
PenController.onReceiveOfflineStrokes(new OfflineStrokeReceivedEventArgs(mTotalOfflineStroke, mReceivedOfflineStroke, result.ToArray()));
if (location == 2)
{
PenController.onFinishedOfflineDownload(new SimpleResultEventArgs(true));
}
#endregion
}
break;
case Cmd.OFFLINE_DATA_DELETE_RESPONSE:
{
PenController.onRemovedOfflineData(new SimpleResultEventArgs(packet.Result == 0x00));
}
break;
#endregion
#region firmware response
case Cmd.FIRMWARE_UPLOAD_RESPONSE:
{
if (packet.Result != 0 || packet.GetByteToInt() != 0)
{
IsUploading = false;
PenController.onReceiveFirmwareUpdateResult(new SimpleResultEventArgs(false));
}
}
break;
case Cmd.FIRMWARE_PACKET_REQUEST:
{
int status = packet.GetByteToInt();
int offset = packet.GetInt();
ResponseChunkRequest(offset, status != 3);
}
break;
#endregion
case Cmd.ONLINE_DATA_RESPONSE:
break;
default:
break;
}
}