/// <summary>
/// Generates a valid value taking into account only the <see cref="IPropRule"/>s. I.e. any <see cref="InterPropRule"/>s
/// will not be taken into account. The <see cref="IValidValueGeneratorNumeric"/>'s methods are used
/// by the BOTestFactory to create valid values taking into account InterPropRules
/// </summary>
/// <returns></returns>
public override object GenerateValidValue()
{
CreateSampleValues();
var randomPos = RandomValueGen.GetRandomInt(0, SampleValues.Count - 1);
object sampleValue = SampleValues[randomPos];
if (this.SingleValueDef.PropertyType != typeof(string))
{
var typeConverter = TypeDescriptor.GetConverter(SingleValueDef.PropertyType);
if (typeConverter != null)
{
if (typeConverter.CanConvertTo(SingleValueDef.PropertyType))
{
sampleValue = typeConverter.ConvertTo(sampleValue, SingleValueDef.PropertyType);
}
}
}
return(sampleValue);
}
private string GenerateValidValueTyped()
{
PropRuleString propRule = base.GetPropRule <PropRuleString>();
return((propRule == null) ? RandomValueGen.GetRandomString() : RandomValueGen.GetRandomString(propRule.MinLength, propRule.MaxLength));
}
/// <summary>
/// Generates a valid value taking into account only the <see cref="IPropRule"/>s. I.e. any <see cref="InterPropRule"/>s
/// will not be taken into account. The <see cref="IValidValueGeneratorNumeric"/>'s methods are used
/// by the BOTestFactory to create valid values taking into account InterPropRules
/// </summary>
/// <returns></returns>
public override object GenerateValidValue()
{
return(RandomValueGen.GetRandomBoolean());
}
private static short GetMinValue(IPropRuleComparable <short> propRule, short?overridingMinValue)
{
return(RandomValueGen.GetMinValue(propRule, overridingMinValue));
}
/// <summary>
/// Generates a valid value taking into account only the <see cref="IPropRule"/>s. I.e. any <see cref="InterPropRule"/>s
/// will not be taken into account. The <see cref="IValidValueGeneratorNumeric"/>'s methods are used
/// by the BOTestFactory to create valid values taking into account InterPropRules
/// </summary>
/// <returns></returns>
public override object GenerateValidValue()
{
return(RandomValueGen.GetRandomEnum(base.SingleValueDef.PropertyType));
}
private static int GetMaxValue(IPropRuleComparable <int> propRule, int?overridingMaxValue)
{
return(RandomValueGen.GetMaxValue(propRule, overridingMaxValue));
}
private static double GetMinValue(IPropRuleComparable <double> propRule, double?overridingMinValue)
{
return(RandomValueGen.GetMinValue(propRule, overridingMinValue));
}
public override object GenerateValidValue()
{
PropRuleDouble propRule = base.GetPropRule <PropRuleDouble>();
return((propRule == null) ? RandomValueGen.GetRandomDouble() : RandomValueGen.GetRandomDouble(propRule.MinValue, propRule.MaxValue));
}
private static long GetMinValue(IPropRuleComparable <long> propRule, long?overridingMinValue)
{
return(RandomValueGen.GetMinValue(propRule, overridingMinValue));
}
private static DateTime GetMinValue(IPropRuleComparable <DateTime> propRule, DateTime?overridingMinValue)
{
return(RandomValueGen.GetMinValue(propRule, overridingMinValue));
}
private static decimal GetMinValue(IPropRuleComparable <decimal> propRule, decimal?overridingMinValue)
{
return(RandomValueGen.GetMinValue(propRule, overridingMinValue));
}
private static object GetLookupListValue(ILookupList lookupList)
{
return(((lookupList == null) || (lookupList is NullLookupList)) ? null : RandomValueGen.GetRandomLookupListValue(lookupList.GetLookupList()));
}
