[BUG] Plugin Tachometer

[norko2007]

Hi. Me again
I join to my server and this code appears in full screen:
https://drive.google.com/open?id=0B2mPX ... WNRc1VqU3M

And this is all code error. I copied with Crtl+V in console.
And now the tachometer occupies a quarter of a screen.
Then I have join to other servers and the same thing happens.

Code: Select all

 /*
 * ==================================
 * Function:	Tachmeter @ plugin.tachometer.php
 * Authors:	undef.de, reaby
 * Website:	http://www.undef.name
 * License:	GPLv3
 * ==================================
 */
#Include "TextLib" as TextLib
#Include "MathLib" as MathLib
Text PadString (Text _String, Integer _MaxLength) {
	declare Text String = _String;
	while (TextLib::Length(String) < _MaxLength) {
		String = "0"^ String;
	}
	if (TextLib::Length(String) > _MaxLength) {
		String = TextLib::SubString(String, (TextLib::Length(String) - _MaxLength), _MaxLength);
	}
	return String;
}
Integer Blink (Text _ChildId, Integer _NextChange, Boolean _BlinkSpeed) {
	declare CMlQuad Container <=> (Page.GetFirstChild(_ChildId) as CMlQuad);
	declare Vec3 ColorDefault = TextLib::ToColor("888888");
	declare Vec3 ColorBlink = TextLib::ToColor("FFF500");

	if (CurrentTime >= _NextChange) {
		if (Container.ModulateColor == ColorBlink) {
			Container.ModulateColor = ColorDefault;
		}
		else {
			Container.ModulateColor = ColorBlink;
		}
		if (_BlinkSpeed == True) {
			return (CurrentTime + 250);
		}
		else {
			return (CurrentTime + 500);
		}
	}
	return _NextChange;
}
main() {
	// Declarations
//	declare persistent Boolean PersistentStorage_TachometerStatisticsStatus		= False;
//	declare persistent Boolean PersistentStorage_TachometerSoundStatus		= True;
//	declare persistent Integer PersistentStorage_TachometerCurrentVelocityUnit	= 0;
//	declare persistent Integer PersistentStorage_TachometerCurrentModulateColor	= 0;

	declare Boolean TachometerStatisticsStatus	= False;
	declare Boolean TachometerSoundStatus		= True;
	declare Integer TachometerCurrentVelocityUnit	= 0;
	declare Integer TachometerCurrentModulateColor	= 0;

	declare netread Integer Net_LibUI_SettingsUpdate for Teams[0];
	declare netread Text[Text] Net_LibUI_Settings for Teams[0];

	declare CMlFrame FrameTachometer	<=> (Page.GetFirstChild("FrameTachometer") as CMlFrame);
	declare CMlFrame FrameSpeedStatistic	<=> (Page.GetFirstChild("FrameSpeedStatistic") as CMlFrame);

	declare CMlQuad QuadTachometer		<=> (Page.GetFirstChild("QuadTachometer") as CMlQuad);
	declare CMlQuad QuadTachoneedle		<=> (Page.GetFirstChild("QuadTachoneedle") as CMlQuad);
	declare CMlQuad QuadTachoscale		<=> (Page.GetFirstChild("QuadTachoscale") as CMlQuad);
	declare CMlQuad QuadTachoscaleOverlay	<=> (Page.GetFirstChild("QuadTachoscaleOverlay") as CMlQuad);
	declare CMlQuad QuadTachoscale01	<=> (Page.GetFirstChild("QuadTachoscale01") as CMlQuad);
	declare CMlQuad QuadTachoscale02	<=> (Page.GetFirstChild("QuadTachoscale02") as CMlQuad);
	declare CMlQuad QuadTachoscale03	<=> (Page.GetFirstChild("QuadTachoscale03") as CMlQuad);
	declare CMlQuad QuadTachoscale04	<=> (Page.GetFirstChild("QuadTachoscale04") as CMlQuad);
	declare CMlQuad QuadTachoscale05	<=> (Page.GetFirstChild("QuadTachoscale05") as CMlQuad);
	declare CMlQuad QuadTachoscale06	<=> (Page.GetFirstChild("QuadTachoscale06") as CMlQuad);
	declare CMlQuad QuadTachoscale07	<=> (Page.GetFirstChild("QuadTachoscale07") as CMlQuad);
	declare CMlQuad QuadTachoscale08	<=> (Page.GetFirstChild("QuadTachoscale08") as CMlQuad);
	declare CMlQuad QuadTachoscale09	<=> (Page.GetFirstChild("QuadTachoscale09") as CMlQuad);
	declare CMlQuad QuadTachoscale10	<=> (Page.GetFirstChild("QuadTachoscale10") as CMlQuad);
	declare CMlQuad QuadTachoscale11	<=> (Page.GetFirstChild("QuadTachoscale11") as CMlQuad);
	declare CMlQuad QuadTachoscale12	<=> (Page.GetFirstChild("QuadTachoscale12") as CMlQuad);

	declare CMlLabel LabelVelocityUnit	<=> (Page.GetFirstChild("LabelVelocityUnit") as CMlLabel);
	declare CMlLabel LabelSpeed		<=> (Page.GetFirstChild("LabelSpeed") as CMlLabel);
	declare CMlLabel LabelDistance1		<=> (Page.GetFirstChild("LabelDistance1") as CMlLabel);
	declare CMlLabel LabelDistance2		<=> (Page.GetFirstChild("LabelDistance2") as CMlLabel);
	declare CMlLabel LabelDistance3		<=> (Page.GetFirstChild("LabelDistance3") as CMlLabel);
	declare CMlLabel LabelDistance4		<=> (Page.GetFirstChild("LabelDistance4") as CMlLabel);
	declare CMlLabel LabelDistance5		<=> (Page.GetFirstChild("LabelDistance5") as CMlLabel);
	declare CMlLabel LabelDistance6		<=> (Page.GetFirstChild("LabelDistance6") as CMlLabel);

	declare CMlLabel LabelGear		<=> (Page.GetFirstChild("LabelGear") as CMlLabel);

	declare CMlQuad QuadIconStatistics	<=> (Page.GetFirstChild("QuadIconStatistics") as CMlQuad);
	declare CMlQuad QuadIconSounds		<=> (Page.GetFirstChild("QuadIconSounds") as CMlQuad);
	declare CMlQuad QuadIconLights		<=> (Page.GetFirstChild("QuadIconLights") as CMlQuad);
	declare CMlQuad QuadIconFuel		<=> (Page.GetFirstChild("QuadIconFuel") as CMlQuad);
	declare CMlQuad QuadIconTemperature	<=> (Page.GetFirstChild("QuadIconTemperature") as CMlQuad);

	declare SoundDriveBackward		= Audio.CreateSound("http://maniacdn.net/undef.de/uaseco/tachometer/templates/classic2017/biep-biep-biep.ogg", 1.0, False, True, False);
	declare SoundGearShift			= Audio.CreateSound("http://maniacdn.net/undef.de/uaseco/tachometer/templates/classic2017/gear-shift.ogg", 1.0, False, False, False);
	declare Text LastGear			= "P";
	declare Text[] VelocityUnits		= ["KPH", "KP/H", "KMH", "KM/H", "MPH", "MP/H", "MIH", "MI/H", "SPH", "SP/H"];
	declare Text[] ModulateColors		= ["777777", "555555", "FFFFFF", "FEFFC5", "ACC720", "005893", "FFF700", "FFA700", "E74F3C", "F74BD3"];

	declare Integer RefreshInterval		= 100;
	declare Integer RefreshTime		= CurrentTime;
	declare Integer MeasuredTopSpeed	= 0;
	declare Real MeasuredTopAltitude	= 0.0;
	declare Real MeasuredTopRpm		= 0.0;
	declare Integer TimeCount		= 1;

	declare PrevSettingsUpdate		= -1;
	declare CutOffTimeLimit			= -1;

	// Setup to the stored values
	LabelVelocityUnit.Value			= VelocityUnits[TachometerCurrentVelocityUnit];
	QuadTachoscale.ModulateColor		= TextLib::ToColor(ModulateColors[TachometerCurrentModulateColor]);

	// Turn statistics icon on/off
	if (TachometerStatisticsStatus == True) {
		QuadIconStatistics.ModulateColor = TextLib::ToColor("50B7FF");
	}
	else {
		QuadIconStatistics.ModulateColor = TextLib::ToColor("FFFFFF");
	}

	// Turn sounds on/off
	if (TachometerSoundStatus == True) {
		QuadIconSounds.ModulateColor = TextLib::ToColor("FFFFFF");
	}
	else {
		QuadIconSounds.ModulateColor = TextLib::ToColor("FF0000");
	}

	// Turn lights icon on
	declare Text MapMood = "Day";
	if (MapMood == "Sunset" || MapMood == "Night") {
		QuadIconLights.ModulateColor = TextLib::ToColor("50B7FF");
	}
	else {
		QuadIconLights.ModulateColor = TextLib::ToColor("888888");
	}

	// Setup Fuel and Temperature display
	declare Integer RestPlayTime		= -1;
	declare Integer BlinkNextChangeFuel	= 0;
	declare Integer BlinkNextChangeTemp	= 0;

	// Settings
	FrameTachometer.RelativeScale		= 0.5300;

	SoundDriveBackward.Volume		= 1.0;
	SoundGearShift.Volume			= 1.0;

	QuadTachoscale01.Opacity		= 0.0;
	QuadTachoscale02.Opacity		= 0.0;
	QuadTachoscale03.Opacity		= 0.0;
	QuadTachoscale04.Opacity		= 0.0;
	QuadTachoscale05.Opacity		= 0.0;
	QuadTachoscale06.Opacity		= 0.0;
	QuadTachoscale07.Opacity		= 0.0;
	QuadTachoscale08.Opacity		= 0.0;
	QuadTachoscale09.Opacity		= 0.0;
	QuadTachoscale10.Opacity		= 0.0;
	QuadTachoscale11.Opacity		= 0.0;
	QuadTachoscale12.Opacity		= 0.0;

	LabelVelocityUnit.Opacity		= 0.65;

	declare Text[] QuadTachoscaleIds = [
		"QuadTachoscale01",
		"QuadTachoscale02",
		"QuadTachoscale03",
		"QuadTachoscale04",
		"QuadTachoscale05",
		"QuadTachoscale06",
		"QuadTachoscale07",
		"QuadTachoscale08",
		"QuadTachoscale09",
		"QuadTachoscale10",
		"QuadTachoscale11",
		"QuadTachoscale12"
	];

	declare CMlGraph GraphStatistic			<=> (Page.GetFirstChild("GraphStatistic") as CMlGraph);
	GraphStatistic.CoordsMin			= <0.0, -1200.0>;
	GraphStatistic.CoordsMax			= <720.0, 7200.0>;

	declare CMlGraphCurve[] Curves			=
	 [GraphStatistic.AddCurve(), GraphStatistic.AddCurve()]; Curves[0].Color
		= <0.9, 0.9, 0.9>; Curves[1].Color
		= <0.0, 7.0, 0.0>;

	declare CMlLabel LabelSpeedStatistic		<=> (Page.GetFirstChild("LabelSpeedStatistic") as CMlLabel);
	declare CMlLabel LabelAltitudeStatistic		<=> (Page.GetFirstChild("LabelAltitudeStatistic") as CMlLabel);
	while (True) {
		yield;
		if (!PageIsVisible || InputPlayer == Null) {
			continue;
		}

		// Hide the Widget for Spectators (also temporary one)
		if (InputPlayer.IsSpawned == False) {
			SoundGearShift.Stop();
			SoundDriveBackward.Stop();
			FrameTachometer.Hide();
			continue;
		}
		else {
			FrameTachometer.Show();
		}

		if (PrevSettingsUpdate != Net_LibUI_SettingsUpdate) {
			PrevSettingsUpdate = Net_LibUI_SettingsUpdate;
			foreach (SettingName => SettingValue in Net_LibUI_Settings) {
				switch (SettingName) {
					case "TMUIModule_Countdown_CutOffTimeLimit": {
						CutOffTimeLimit = TextLib::ToInteger(SettingValue);
					}
				}
			}
		}
		RestPlayTime = (CutOffTimeLimit - GameTime + 1);

//log(MeasuredTopRpm ^", "^ InputPlayer.EngineTurboRatio ^", "^ InputPlayer.StuntLast ^", "^ InputPlayer.StuntPoints);

		// Update Speed display
		LabelSpeed.Value = ""^ InputPlayer.DisplaySpeed;

		// Calculate the rotation for the Needle
		declare Real NeedleRotation = ((InputPlayer.EngineRpm / 12000.0) * 239.6) + 59.6;
		if (InputPlayer.EngineRpm >= 12000.0) {
			NeedleRotation = 299.2;
		}


		if (InputPlayer.RaceState != CTmMlPlayer::ERaceState::Finished && RestPlayTime >= 0 && RestPlayTime <= 15000) {
			BlinkNextChangeFuel = Blink("QuadIconFuel", BlinkNextChangeFuel, True);
			BlinkNextChangeTemp = Blink("QuadIconTemperature", BlinkNextChangeTemp, True);
		}
		else if (InputPlayer.RaceState != CTmMlPlayer::ERaceState::Finished && RestPlayTime >= 0 && RestPlayTime <= 30000) {
			BlinkNextChangeFuel = Blink("QuadIconFuel", BlinkNextChangeFuel, True);
			BlinkNextChangeTemp = Blink("QuadIconTemperature", BlinkNextChangeTemp, False);
		}
		else if (InputPlayer.RaceState != CTmMlPlayer::ERaceState::Finished && RestPlayTime >= 0 && RestPlayTime <= 60000) {
			BlinkNextChangeFuel = Blink("QuadIconFuel", BlinkNextChangeFuel, False);
		}
		else {
			QuadIconFuel.ModulateColor = TextLib::ToColor("FFFFFF");
			QuadIconTemperature.ModulateColor = TextLib::ToColor("FFFFFF");
		}

		// Store TopSpeed
		if (InputPlayer.DisplaySpeed > MeasuredTopSpeed) {
			MeasuredTopSpeed = InputPlayer.DisplaySpeed;
		}
		// Store TopRpm
		if (InputPlayer.EngineRpm > MeasuredTopRpm) {
			MeasuredTopRpm = InputPlayer.EngineRpm;
		}
		if (CurrentTime > RefreshTime) {
			// Check for max. width and reset if required
			if (TimeCount >= GraphStatistic.CoordsMax.X || InputPlayer.RaceState == CTmMlPlayer::ERaceState::BeforeStart) {
				declare ColorSpeed = Curves[0].Color;
				declare ColorAltitude = Curves[1].Color;

				GraphStatistic.RemoveCurve(Curves[0]);
				GraphStatistic.RemoveCurve(Curves[1]);
				Curves = [GraphStatistic.AddCurve(), GraphStatistic.AddCurve()];
				Curves[0].Color = ColorSpeed;
				Curves[1].Color = ColorAltitude;

				if (InputPlayer.RaceState == CTmMlPlayer::ERaceState::BeforeStart) {
					MeasuredTopSpeed = 0;
					MeasuredTopAltitude = 0.0;
				}
				TimeCount = 1;
			}

			// Store current Speed at timestamp
			Curves[0].Points.add(<(TimeCount + 0.00001), (InputPlayer.Speed * 3.6)>);

			// Compensate differences and store current Altitude
			declare Real Altitude = InputPlayer.Position.Y;
			if (Map.CollectionName == "Canyon") {
				Altitude += 0.005517;
			}
			else if (Map.CollectionName == "Stadium") {
				Altitude -= 9.01413;
			}
			else if (Map.CollectionName == "Valley") {
				Altitude -= 2.00138;
			}
			Curves[1].Points.add(<(TimeCount + 0.00001), (Altitude * 3)>);

			// Store TopAltitude
			if (Altitude > MeasuredTopAltitude) {
				MeasuredTopAltitude = Altitude;
			}

			// Build new label
			LabelSpeedStatistic.Value = "Top speed: "^ MeasuredTopSpeed ^" "^ TextLib::ToLowerCase(VelocityUnits[TachometerCurrentVelocityUnit]);
			LabelAltitudeStatistic.Value = "Top altitude: "^ MathLib::FloorInteger(MeasuredTopAltitude) ^" m";

			// Reset RefreshTime and update Counter
			RefreshTime = (CurrentTime + RefreshInterval);
			TimeCount += 1;
		}

		// Let the needle tremble a little bit depending on speed
//		QuadTachoneedle.RelativeRotation = NeedleRotation + MathLib::Rand(0.0, MathLib::Abs((((InputPlayer.Speed * 3.6) / 1000.0) * 4)));
		QuadTachoneedle.RelativeRotation = NeedleRotation + MathLib::Rand(0.0, MathLib::Abs(((InputPlayer.EngineRpm / 8000.0) * 2)));

		// Update RPM Indicators
		declare Real CurrentRpm = MathLib::Abs(InputPlayer.EngineRpm / 10);
		declare Integer ActiveId = MathLib::FloorInteger(CurrentRpm / 100.0) % 100;
		declare Integer Index = 0;
		for (Index, 0, ActiveId - 1) {
			declare CMlQuad QuadActive <=> (Page.GetFirstChild(QuadTachoscaleIds[Index]) as CMlQuad);
			QuadActive.Opacity = 1.0;
		}
		declare CMlQuad ActiveQuad <=> (Page.GetFirstChild(QuadTachoscaleIds[ActiveId]) as CMlQuad);
		ActiveQuad.Opacity = 0.01 * (CurrentRpm - (ActiveId * 100));
		for (Index, ActiveId + 1, 11) {
			declare CMlQuad QuadActive <=> (Page.GetFirstChild(QuadTachoscaleIds[Index]) as CMlQuad);
			QuadActive.Opacity = 0.0;
		}

		// Update Distance
		declare CurrentDistance = PadString( TextLib::ToText( MathLib::NearestInteger(InputPlayer.Distance / 10) ), 6);
		LabelDistance1.Value = TextLib::SubString(CurrentDistance, 0, 1);
		LabelDistance2.Value = TextLib::SubString(CurrentDistance, 1, 1);
		LabelDistance3.Value = TextLib::SubString(CurrentDistance, 2, 1);
		LabelDistance4.Value = TextLib::SubString(CurrentDistance, 3, 1);
		LabelDistance5.Value = TextLib::SubString(CurrentDistance, 4, 1);
		LabelDistance6.Value = TextLib::SubString(CurrentDistance, 5, 1);

		if (InputPlayer.EngineCurGear == 0 && (InputPlayer.Speed * 3.6) > 0.0) {
			if (LastGear != "N") {
				LastGear = "N";
				if (TachometerSoundStatus == True) {
					SoundDriveBackward.Stop();
					SoundGearShift.Stop();
					SoundGearShift.Play();
				}
			}
			LabelGear.Value = "N";
		}
		else if (InputPlayer.DisplaySpeed == 0) {
			if (LastGear != "P") {
				LastGear = "P";
				if (TachometerSoundStatus == True) {
					SoundDriveBackward.Stop();
					SoundGearShift.Stop();
					SoundGearShift.Play();
				}
			}
			LabelGear.Value = "P";
		}
		else if ((InputPlayer.Speed * 3.6) > 0.0) {
			if (LastGear != "D") {
				LastGear = "D";
				if (TachometerSoundStatus == True) {
					SoundDriveBackward.Stop();
					SoundGearShift.Stop();
					SoundGearShift.Play();
				}
			}

			// Calculate s gear
			LabelGear.Value = ""^ InputPlayer.EngineCurGear;
		}
		else if ((InputPlayer.Speed * 3.6) <= -0.1) {
			if (LastGear != "R") {
				LastGear = "R";
				if (TachometerSoundStatus == True) {
					SoundGearShift.Stop();
					SoundGearShift.Play();
					SoundDriveBackward.Play();
				}
			}
			LabelGear.Value = "R";
		}

		// Check for MouseEvents
		foreach (Event in PendingEvents) {
			switch (Event.Type) {
				case CMlEvent::Type::MouseOver : {
					if (Event.ControlId == "QuadIconStatistics") {
						Audio.PlaySoundEvent(CAudioManager::ELibSound::Valid, 2, 1.0);
						QuadIconStatistics.ModulateColor = TextLib::ToColor("00AA00");
					}
					else if (Event.ControlId == "QuadIconSounds") {
						Audio.PlaySoundEvent(CAudioManager::ELibSound::Valid, 2, 1.0);
						QuadIconSounds.ModulateColor = TextLib::ToColor("00AA00");
					}
					else if (Event.ControlId == "LabelVelocityUnit") {
						Audio.PlaySoundEvent(CAudioManager::ELibSound::Valid, 2, 1.0);
						LabelVelocityUnit.TextColor = TextLib::ToColor("00AA00");
						LabelVelocityUnit.Opacity = 1.0;
					}
//					else if (Event.ControlId == "QuadTachoscale") {
//						Audio.PlaySoundEvent(CAudioManager::ELibSound::Valid, 2, 1.0);
//					}
				}
				case CMlEvent::Type::MouseOut : {
					if (Event.ControlId == "QuadIconStatistics") {
						if (TachometerStatisticsStatus == True) {
							QuadIconStatistics.ModulateColor = TextLib::ToColor("50B7FF");
						}
						else {
							QuadIconStatistics.ModulateColor = TextLib::ToColor("FFFFFF");
						}
					}
					else if (Event.ControlId == "QuadIconSounds") {
						if (TachometerSoundStatus == True) {
							QuadIconSounds.ModulateColor = TextLib::ToColor("FFFFFF");
						}
						else {
							QuadIconSounds.ModulateColor = TextLib::ToColor("FF0000");
						}
					}
					else if (Event.ControlId == "LabelVelocityUnit") {
						LabelVelocityUnit.TextColor = TextLib::ToColor("FFFFFF");
						LabelVelocityUnit.Opacity = 0.65;
					}
				}
				case CMlEvent::Type::MouseClick : {
					if (Event.ControlId == "QuadIconStatistics") {
						Audio.PlaySoundEvent(CAudioManager::ELibSound::Valid, 0, 1.0);
						if (TachometerStatisticsStatus == True) {
							TachometerStatisticsStatus = False;
							QuadIconStatistics.ModulateColor = TextLib::ToColor("00AA00");
						}
						else {
							TachometerStatisticsStatus = True;
							QuadIconStatistics.ModulateColor = TextLib::ToColor("FFFFFF");
						}
					}
					else if (Event.ControlId == "QuadIconSounds") {
						Audio.PlaySoundEvent(CAudioManager::ELibSound::Valid, 0, 1.0);
						if (TachometerSoundStatus == True) {
							SoundGearShift.Stop();
							SoundDriveBackward.Stop();
							TachometerSoundStatus = False;
							QuadIconSounds.ModulateColor = TextLib::ToColor("FF0000");
						}
						else {
							TachometerSoundStatus = True;
							QuadIconSounds.ModulateColor = TextLib::ToColor("FFFFFF");
						}
					}
					else if (Event.ControlId == "LabelVelocityUnit") {
						Audio.PlaySoundEvent(CAudioManager::ELibSound::Valid, 0, 1.0);
						TachometerCurrentVelocityUnit += 1;
						if (TachometerCurrentVelocityUnit > (VelocityUnits.count - 1)) {
							TachometerCurrentVelocityUnit = 0;
						}
						LabelVelocityUnit.Value = VelocityUnits[TachometerCurrentVelocityUnit];
					}
					else if (Event.ControlId == "QuadTachoscale") {
						Audio.PlaySoundEvent(CAudioManager::ELibSound::Valid, 0, 1.0);
						TachometerCurrentModulateColor += 1;
						if (TachometerCurrentModulateColor > (ModulateColors.count - 1)) {
							TachometerCurrentModulateColor = 0;
						}
						QuadTachoscale.ModulateColor = TextLib::ToColor(ModulateColors[TachometerCurrentModulateColor]);
					}
				}
			}
		}

		// Change visibility for the Statistics
		FrameSpeedStatistic.Visible = TachometerStatisticsStatus;
	}
}

My server and UASECO version:

Code: Select all

>Dedicated: ManiaPlanet/3.3.0 build 2017-08-02_17_02, using Method-API 2013-04-16, ModeScript-API 2.1.1
>            MatchSettings: matchsettings_f1.txt
>            Ports: Connections 2352, P2P 3452, XmlRpc 5002
>            Network: Send 0 KB, Receive 0 KB
>            Uptime: 7 hours 12 minutes 27 seconds
> -----------------------------------------------------------------------------------
> UASECO: Version 0.9.5 build 2017-06-08, running on 127.0.0.1:5002,
>         based upon the work of the authors and projects of:
>         - Xymph (XAseco2),
>         - Florian Schnell, AssemblerManiac and many others (ASECO),
>         - Kremsy (MPASECO)
> Author:        undef.de (UASECO)
> Website:      https://www.UASECO.org

[hackie]

A bit oftopic but there is a newer version of uaseco : https://github.com/undeflabs/UASECO

( its just not a released version )

[undef.de]

That's not fixed in the version at github, because there is no way to catch such a network problem. It has been reported a long time ago but hasn't changed and I'm unable to catch this.

[norko2007]

A bit oftopic but there is a newer version of uaseco : https://github.com/undeflabs/UASECO
( its just not a released version )

Thanks for your information on the new version of UASECO 0.9.6 that has not yet been officially released.

That's not fixed in the version at github, because there is no way to catch such a network problem. It has been reported a long time ago but hasn't changed and I'm unable to catch this.

At the moment it has not happened again in servers with UASECO. It was just this afternoon. So thanks for the reply.