/// ------------------------------------------------------------------------------------
/// <summary>
/// Validates the text displayed in the spin box.
/// </summary>
/// ------------------------------------------------------------------------------------
protected override void ValidateEditText()
{
if (m_preventValidation)
{
return;
}
m_preventValidation = true;
string str = Text;
if (str == string.Empty && Changed != null)
{
// Give our "owner" (or whoever cares) a chance to define what should happen if
// the user deletes our value (such as resetting our value to some default).
Changed(this, EventArgs.Empty);
return;
}
double nVal = MeasurementUtils.ExtractMeasurementInMillipoints(str, m_measureType, m_mptValue);
if (m_fDisplayAbsoluteValues && m_mptValue < 0)
{
nVal *= -1;
}
if (nVal != m_mptValue)
{
if (!m_fDisplayAbsoluteValues || Math.Sign(nVal) == Math.Sign(m_mptValue))
{
SetMsrValue(nVal);
}
}
UpdateEditText();
m_preventValidation = false;
}
/// <inheritdoc />
public void UpdateData(object sender, EventArgs e)
{
try
{
ApplicationMode = (ApplicationMode)Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.IMDApplicationMode));
GeneralWeightError = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusGeneralWeightError)));
ScaleAlarm = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusScaleAlarm)));
int LimitStatus = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusLimitStatus));
Underload = (LimitStatus == 1);
Overload = (LimitStatus == 2);
HigherSafeLoadLimit = (LimitStatus == 3);
TareMode = EvaluateTareMode(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusManualTare)), Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusWeightType)));
WeightStable = !Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusWeightMoving)));
LegalForTrade = !Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusScaleSealIsOpen)));
ScaleRange = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusScaleRange));
ZeroRequired = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusZeroRequired)));
CenterOfZero = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusCenterOfZero)));
InsideZero = Convert.ToBoolean(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461WeightStatusInsideZero)));
Decimals = Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461Decimals));
Unit = UnitIDToString(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461Unit)));
Weight.Update(MeasurementUtils.DigitToDouble(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461NetValue)), Decimals), MeasurementUtils.DigitToDouble(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461GrossValue)), Decimals));
PrintableWeight.Update(MeasurementUtils.DigitToDouble(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461NetValue)), Decimals), MeasurementUtils.DigitToDouble(Convert.ToInt32(_connection.ReadFromBuffer(JetBusCommands.CIA461GrossValue)), Decimals), Decimals);
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class ProcessDataJet, update method");
}
}
/// <summary>
/// Updates and converts the values from buffer
/// </summary>
/// <param name="sender">Connection class</param>
/// <param name="e">EventArgs, Event argument</param>
public void UpdateDataLimitSwitch(object sender, EventArgs e)
{
try
{
LimitStatus1 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(ModbusCommands.LVSLimitValueStatus));
LimitStatus2 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(ModbusCommands.LVSLimitValueStatus));
LimitStatus3 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(ModbusCommands.LVSLimitValueStatus));
LimitStatus4 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(ModbusCommands.LVSLimitValueStatus));
ApplicationMode _applicationMode = (ApplicationMode)Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.IMDApplicationMode));
if (_applicationMode == ApplicationMode.Standard)
{
_limitSwitch1Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchMode));
_limitSwitch1Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchSource));
_limitSwitch1LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchLevel));
_limitSwitch1HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch2Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchMode));
_limitSwitch2Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchSource));
_limitSwitch2LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchLevel));
_limitSwitch2HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch3Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchMode));
_limitSwitch3Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchSource));
_limitSwitch3LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchLevel));
_limitSwitch3HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchHysteresis));
_limitSwitch4Mode = StringToLimitSwitchMode(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchMode));
_limitSwitch4Source = StringToLimitSwitchSource(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchSource));
_limitSwitch4LevelAndLowerBandValue = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchLevel));
_limitSwitch4HysteresisAndBandHeight = Convert.ToInt32(_connection.ReadFromBuffer(ModbusCommands.LIV1LimitSwitchHysteresis));
}
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class DataStandardModbus, update method");
}
}
public void BatchSizeTest()
{
// Check if Streaming makes a difference:
var streamingModes = new bool[] { true, false };
// Check if Batch Sizes make a difference:
var batchSizes = new int[] { 10000, 50000, 80000, 100000 };
foreach (var streamingMode in streamingModes)
{
foreach (var batchSize in batchSizes)
{
// Number Of Entities:
var numberOfEntities = 1000000;
// Bulk Options:
var bulkOptions = new BulkCopyOptions(batchSize, TimeSpan.FromSeconds(30), streamingMode, SqlBulkCopyOptions.Default);
// Build the Test Subject:
var bulkInsert = new SqlServerBulkInsert <TestEntity>(new TestEntityMapping(), bulkOptions);
// Experiment Name:
var experimentName = string.Format("BatchExperiment (NumberOfEntities = {0}, BatchSize = {1}, Streaming = {2})", numberOfEntities, batchSize, streamingMode);
// Measure and Print the Elapsed Time:
MeasurementUtils.MeasureElapsedTime(experimentName, () => WriteDataInTransaction(bulkInsert, GenerateEntities(numberOfEntities)));
}
}
}
/// <inheritdoc />
public override bool AdjustNominalSignalWithCalibrationWeight(double adjustmentWeight)
{
Stop();
Connection.WriteInteger(ModbusCommands.CWTScaleCalibrationWeight, MeasurementUtils.DoubleToDigit(adjustmentWeight, ProcessData.Decimals));
Connection.WriteInteger(ModbusCommands.LWTNominalSignal, 0x7FFFFFFF);
_result = Connection.WriteInteger(ModbusCommands.ControlWordAdjustNominal, 1);
this.Restart();
return(_result);
}
/// ------------------------------------------------------------------------------------
/// <summary>
/// Updates the text displayed in the spin box.
/// </summary>
/// ------------------------------------------------------------------------------------
protected override void UpdateEditText()
{
// Prevent validation while updating the text. Since we know what will be
// set, there is no need to validate it.
m_preventValidation = true;
double valueToDisplay = m_fDisplayAbsoluteValues ? Math.Abs(m_mptValue) : m_mptValue;
Text = MeasurementUtils.FormatMeasurement(valueToDisplay, m_measureType, UseVariablePrecision);
m_preventValidation = false;
}
private static async Task <Dictionary> LoadDictionary()
{
Console.WriteLine("Loading...");
var dict = new Dictionary(Games.Polish);
var task = dict.Load("Dictionaries/pl.txt");
var elapsed = await MeasurementUtils.RunWithStopwatch(task);
var compressed = 1f - dict.Words / (float)dict.Lines;
Console.WriteLine($"Loaded in {elapsed.TotalMilliseconds} ms, lines {dict.Lines}, words {dict.Words} (compressed {compressed:P})");
return(dict);
}
/// <summary>
/// Updates and converts the values from buffer
/// </summary>
/// <param name="sender">Connection class</param>
/// <param name="e">EventArgs, Event argument</param>
public void UpdateDataIO(object sender, EventArgs e)
{
try
{
Input1 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS1DigitalInput1));
Input2 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS2DigitalInput2));
Input3 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS3DigitalInput3));
Input4 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.IS4DigitalInput4));
_output1 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS1DigitalOutput1));
_output2 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS2DigitalOutput2));
_output3 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS3DigitalOutput3));
_output4 = MeasurementUtils.StringToBool(_connection.ReadFromBuffer(JetBusCommands.OS4DigitalOutput4));
}
catch (KeyNotFoundException)
{
Console.WriteLine("KeyNotFoundException in class DataStandardJet, update method");
}
}
///<inheritdoc/>
public override bool AdjustNominalSignalWithCalibrationWeight(double calibrationWeight)
{
Connection.WriteInteger(JetBusCommands.CIA461CalibrationWeight, MeasurementUtils.DoubleToDigit(calibrationWeight, ProcessData.Decimals));
Connection.WriteInteger(JetBusCommands.CIA461ScaleCommand, SCALE_COMMAND_CALIBRATE_NOMINAL);
while (Convert.ToInt32(Connection.ReadFromBuffer(JetBusCommands.CIA461ScaleCommandStatus)) != SCALE_COMMAND_STATUS_ONGOING)
{
Thread.Sleep(100);
}
while (Convert.ToInt32(Connection.ReadFromBuffer(JetBusCommands.CIA461ScaleCommandStatus)) == SCALE_COMMAND_STATUS_ONGOING)
{
Thread.Sleep(100);
}
if (Convert.ToInt32(Connection.ReadFromBuffer(JetBusCommands.CIA461ScaleCommandStatus)) == SCALE_COMMAND_STATUS_OK)
{
return true;
}
return false;
}
/// ------------------------------------------------------------------------------------
/// <summary>
/// Append information about a measure value
/// </summary>
/// <param name="text">text string to append to</param>
/// <param name="measureLabel">Label identifying what this measurement represents</param>
/// <param name="msrType">Type representing the measurement units to which the value
/// should be converted and with which it should be shown.</param>
/// <param name="value">measurement value (in millipoints) to write</param>
/// ------------------------------------------------------------------------------------
private void AppendMeasure(StringBuilder text, string measureLabel, MsrSysType msrType,
int value)
{
AppendItem(text, measureLabel, MeasurementUtils.FormatMeasurement(value, msrType));
}
///<inheritdoc/>
public override void TareManually(double manualTareValue)
{
Connection.WriteInteger(JetBusCommands.CIA461TareValue, MeasurementUtils.DoubleToDigit(manualTareValue, ProcessData.Decimals));
}
public void Update()
{
int requestedFrame = Time.frameCount % SequenceFramesCount;
MeasurementUtils.SetAnimationToMeasurement(Director, SequenceFramesCount, requestedFrame);
}
