public bool Validate()
{
var componentsValidator = new ComponentsValidator();
switch (ValueOfName)
{
case "InputFrequency":
{
return(componentsValidator.Validate(ValueOfCurrent, _frequencyDictionary[ValueOfSelector].First(),
_frequencyDictionary[ValueOfSelector].Last()));
}
case "InputPow":
{
return(componentsValidator.Validate(ValueOfCurrent, _powDictionary[ValueOfSelector].First(),
_powDictionary[ValueOfSelector].Last()));
}
case "InputPulseWidth":
{
return(componentsValidator.Validate(ValueOfCurrent, _pulseWidthDictionary[ValueOfSelector].First(),
_pulseWidthDictionary[ValueOfSelector].Last()));
}
case "InputPulsePeriod":
{
return(componentsValidator.Validate(ValueOfCurrent, _pulsePeriodDictionary[ValueOfSelector].First(),
_pulsePeriodDictionary[ValueOfSelector].Last()));
}
case "InputDeviation":
{
return(componentsValidator.Validate(ValueOfCurrent, _deviationDictionary[ValueOfSelector].First(),
_deviationDictionary[ValueOfSelector].Last()));
}
case "InputPulseDelay":
{
return(componentsValidator.Validate(ValueOfCurrent, _pulseDelayDictionary[ValueOfSelector].First(),
_pulseDelayDictionary[ValueOfSelector].Last()));
}
default:
{
throw new ArgumentException("Type of input parameter unknown: " + ValueOfName);
}
}
}
public bool Validate()
{
var componentsValidator = new ComponentsValidator();
switch (ValueOfName)
{
case "InputVoltageConstAmperage":
{
return(componentsValidator.Validate(ValueOfComponent, VoltsDictionary["V"].First(),
VoltsDictionary["V"].Last()));
}
case "InputMaxAmperageConsumption":
{
return(componentsValidator.Validate(ValueOfComponent, AmperageDictionary["A"].First(),
AmperageDictionary["A"].Last()));
}
default:
{
throw new ArgumentException("Type of input parameter unknown: " + ValueOfName);
}
}
}
