public SearchException(int id, ERROR_TYPE type, string msg, string desc) : base(msg)
{
ID = id;
TYPE = type;
ErrMessage = msg;
Description = desc;
}
private void ProcessConnectionError(ERROR_TYPE Error_Type)
{
DisplayMessage(Bluetooth.GetStatusMessage());
// Todo: add error handling
switch (Error_Type)
{
case ERROR_TYPE.ADAPTER_ERROR: // Fatal Bluetooth not present or device error
break;
case ERROR_TYPE.ADAPTER_DISABLED: // Bluetooth turned off
break;
case ERROR_TYPE.PAIR_ERROR:
break;
case ERROR_TYPE.PAIR_NONE:
break;
case ERROR_TYPE.PAIR_FAILED:
break;
case ERROR_TYPE.NONE:
break;
}
Bluetooth.SetBluetoothState(Bluetooth.BLUETOOTH_STATE.CONNECTED);
}
public DocumentSearchException(int id, ERROR_TYPE type, string msg, string desc, Exception ex) : base(msg, ex)
{
ID = id;
TYPE = type;
ErrMessage = msg;
Description = desc;
}
public TaxonomyException(int id, ERROR_TYPE type, string msg, string desc, Exception ex) : base(msg, ex)
{
ID = id;
TYPE = type;
ErrMessage = msg;
Description = desc;
}
public override void DealWithParserError(string p_Error)
{
ERROR_TYPE parserError = (ERROR_TYPE)Enum.Parse(typeof(ERROR_TYPE), p_Error);
switch (parserError)
{
case ERROR_TYPE.Checksum_error:
break;
}
}
//拼图流程的主入口，从此处区分各个功能要执行的不同操作
public static ERROR_TYPE ImageCompose(string path)
{
ERROR_TYPE result = ERROR_TYPE.Unknown; // todo : 错误类型功能实现得很不好。是错误的尝试，反面教材。有待改进。
switch (funcType)
{
case FUNC_TYPE.SSRWide:
result = WideCompose(path);
break;
case FUNC_TYPE.SSRUpright:
switch (uprightType)
{
case UPRIGHT_TYPE.NoFrame:
result = UprightCompose(path);
break;
case UPRIGHT_TYPE.WithFrame:
result = UprightComposeWithFrame(path);
break;
case UPRIGHT_TYPE.Both:
result = UprightCompose(path);
if (result == ERROR_TYPE.Succeed)
{
result = UprightComposeWithFrame(path);
}
else
{
UprightComposeWithFrame(path);
}
break;
}
break;
case FUNC_TYPE.Gasha:
result = GashaCardCompose(path);
break;
case FUNC_TYPE.GashaInfo:
result = GashaInfoCompose(path);
break;
case FUNC_TYPE.WhiteBoard:
result = WhiteBoardCompose(path);
break;
//新增EVENT
case FUNC_TYPE.Event:
result = EventCompose(path);
break;
}
return(result);
}
//根据返回的错误类型显示结果
private void ShowResult()
{
bool allGreen = true;
ERROR_TYPE error = ERROR_TYPE.Succeed;
foreach (var result in resultList)
{
if (result != ERROR_TYPE.Succeed)
{
error = result;
}
}
switch (error)
{
case ERROR_TYPE.Succeed:
break;
case ERROR_TYPE.SizeError:
MessageBox.Show("文件大小不符合拼接需求。请核对原文件。", "错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
allGreen = false;
break;
case ERROR_TYPE.FileError:
MessageBox.Show("文件读写出现错误。", "错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
allGreen = false;
break;
case ERROR_TYPE.Unknown:
MessageBox.Show("未知错误。万策尽きた！", "错误", MessageBoxButtons.OK, MessageBoxIcon.Error);
allGreen = false;
break;
}
if (allGreen)
{
MessageBox.Show("拼接操作完成。生成的文件在源文件同目录下。", "操作完成", MessageBoxButtons.OK, MessageBoxIcon.Asterisk);
}
else
{
MessageBox.Show("拼接操作终止。", "", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
public SearchException(int id, ERROR_TYPE type, string desc, Exception ex) : base("SEARCH EXCEPTION", ex)
{
ID = id;
TYPE = type;
Description = desc;
}
private void doROEError(ERROR_TYPE _gravity, Game _game, PositionPlayer _batter, DefensiveAttributes.POSITION _posCommitingError)
{
_game.CommitError();
bool doDeep = false;
switch (_gravity)
{
case ERROR_TYPE.DEEP_FIELDING:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, _batter.FirstName + " reaches on an outfield fielding error by " + _game.GetDefenderFirstName(_posCommitingError) + "!");
doDeep = true;
break;
case ERROR_TYPE.DEEP_THROWING:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, _batter.FirstName + " reaches on an outfield throwing error by " + _game.GetDefenderFirstName(_posCommitingError) + "!");
doDeep = true;
break;
case ERROR_TYPE.SHORT_THROWING:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, _batter.FirstName + " reaches on an infield throwing error by " + _game.GetDefenderFirstName(_posCommitingError) + "!");
doDeep = true;
break;
case ERROR_TYPE.SHORT_FIELDING:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, _batter.FirstName + " reaches on an infield fielding error by " + _game.GetDefenderFirstName(_posCommitingError) + "!");
doDeep = false;
break;
}
if (doDeep)
{
doDeepError(_game);
_game.RunnerOnSecond = _batter;
}
else
{
doShortError(_game);
_game.RunnerOnFirst = _batter;
}
}
private void doNonROEError(ERROR_TYPE _gravity, Game _game, DefensiveAttributes.POSITION _posCommitingError)
{
_game.CommitError();
bool doDeep = false;
switch (_gravity)
{
case ERROR_TYPE.DEEP_FIELDING:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, "An outfield fielding error by " + _game.GetDefenderFirstName(_posCommitingError) + " allows the runners to advance!");
doDeep = true;
break;
case ERROR_TYPE.DEEP_THROWING:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, "An outfield throwing error by " + _game.GetDefenderFirstName(_posCommitingError) + " allows the runners to advance!");
doDeep = true;
break;
case ERROR_TYPE.SHORT_THROWING:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, "An infield throwing error by " + _game.GetDefenderFirstName(_posCommitingError) + " allows the runners to advance!");
doDeep = true;
break;
case ERROR_TYPE.SHORT_FIELDING:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, "An infield fielding error by " + _game.GetDefenderFirstName(_posCommitingError) + " allows the runners to advance!");
doDeep = false;
break;
case ERROR_TYPE.DEEP_BOBBLE:
_game.GetLog().addEvent(_game.CurrentHalfInning, _game.HomeTeamAtBat, "A bobble by " + _game.GetDefenderFirstName(_posCommitingError) + " allows the runners to advance!");
doDeep = false;
break;
}
if (doDeep)
{
doDeepError(_game);
}
else
{
doShortError(_game);
}
}
public void HandleError()
{
ErrorType = ERROR_TYPE.FATAL_ERROR;
OnError();
KillSynchronizers();
Thread.Sleep(5000);
InitializeSynchronizers(true);
}
public void HandleError(LocalRepository repo)
{
ErrorType = ERROR_TYPE.FATAL_ERROR;
OnError();
KillSynchronizers(repo);
Thread.Sleep(5000);
InitializeSynchronizers(repo, true);
}
public void HandleDisconnection()
{
ErrorType = ERROR_TYPE.DISCONNECTION;
OnError();
SynchronizerUnit.DisconnectAll();
}
public void InitializeSynchronizers(LocalRepository repo, bool recovery)
{
SQLiteRepositoryDAO repoDAO = new SQLiteRepositoryDAO();
Thread startSync;
startSync = new Thread(delegate()
{
try
{
Logger.LogInfo("INFO INITIALIZE SYNC", "Initializing Synchronizers!");
SynchronizerUnit unit = SynchronizerUnit.GetByRepo(repo);
if (unit == null)
{
unit = new SynchronizerUnit(repo);
SynchronizerUnit.Add(repo, unit);
}
unit.InitializeSynchronizers(recovery);
Logger.LogInfo("INFO INITIALIZE SYNC", "Synchronizers Ready!");
ErrorType = ERROR_TYPE.NULL;
OnIdle();
}
catch (Exception e)
{
Logger.LogInfo("ERROR ON INITIALIZATION SYNC", e);
}
});
startSync.Start();
}
public TaxonomyException(ERROR_TYPE type, string desc) : base("TAXONOMY EXCEPTION")
{
TYPE = type;
Description = desc;
}
public SearchException(ERROR_TYPE type, string desc) : base("SEARCH EXCEPTION")
{
TYPE = type;
Description = desc;
}
public DocumentSearchException(int id, ERROR_TYPE type, string desc) : base("DOCUMENT SEARCH EXCEPTION")
{
ID = id;
TYPE = type;
Description = desc;
}
public AbstractApplicationController() {
if (firstRun)
{
foreach (string f in Directory.GetFiles(RuntimeSettings.ConfigPath))
File.Delete(f);
UpdateConfigFile();
FirstRunAction ();
}
ErrorType = ERROR_TYPE.NULL;
checkConnection = new Thread(delegate()
{
while(true){
try{
bool hasCon = CheckConnection();
if(hasCon){
if (disconected || ErrorType == ERROR_TYPE.DISCONNECTION)
{
disconected = false;
ErrorType = ERROR_TYPE.NULL;
HandleReconnection();
}
} else {
if (!disconected)
{
disconected = true;
HandleDisconnection();
}
}
Thread.Sleep (5000);
} catch (Exception e) { Logger.LogInfo("ERROR ON CHECK CONNECTION", e); };
}
});
}
public DocumentSearchException(ERROR_TYPE type, string desc, Exception ex) : base("DOCUMENT SEARCH EXCEPTION", ex)
{
TYPE = type;
Description = desc;
}
public void SetError(ERROR_TYPE error)
{
this.PutByte((byte)error, 4);
}
