/// <summary>
/// Initialize object.
/// </summary>
/// <param name="obj">object on that method will be executed</param>
/// <param name="info">method to execute</param>
/// <param name="callParamsCount">Count of parameters passed from AST</param>
/// <param name="partOfDate">Part of date</param>
/// <param name="functionOccurenceAmount">Function occurence amount.</param>
/// <param name="functionOrder">Function order</param>
public CallExternal(object obj, MethodInfo info, int callParamsCount, PartOfDate partOfDate, int functionOccurenceAmount, int functionOrder)
{
_obj = obj;
_info = info;
_infoParameters = _info.GetParameters();
_withoutInjectParameters = _infoParameters.GetParametersWithoutAttribute <InjectTypeAttribute>();
var toInjectParameters = _infoParameters.GetParametersWithAttribute <InjectTypeAttribute>();
_toInjectAttributes = toInjectParameters.Select(f => f.GetCustomAttribute <InjectTypeAttribute>()).ToArray();
_callParamsCount = callParamsCount;
_partOfDate = partOfDate;
_functionOccurenceAmount = functionOccurenceAmount;
_functionOrder = functionOrder;
}
/// <summary>
/// Initialize object.
/// </summary>
/// <param name="partOfDate">Part of date that will be modified.</param>
/// <param name="value">Value that will be added to datetime.</param>
public AddNumericToDatetime(PartOfDate partOfDate, int value)
{
_partOfDate = partOfDate;
_value = value;
}
public int NRandomTime([InjectReferenceTime] DateTimeOffset referenceTime, [InjectPartOfDateType] PartOfDate type, [InjectOccurenceOrder] int index, [InjectOccurencesAmount] int count)
{
int minValue;
var divisor = 0;
switch (type)
{
case PartOfDate.Hours:
if (_lastPartOfDayValue != -1 && _lastPartOfDayValue == referenceTime.Day && _randomizedValues.Count == count)
{
return(_randomizedValues[index]);
}
else if (_lastPartOfDayValue != -1 && _lastPartOfDayValue != referenceTime.Day)
{
_randomizedValues.Clear();
}
_lastPartOfDayValue = referenceTime.Day;
minValue = 0;
divisor = 24;
break;
case PartOfDate.Minutes:
if (_lastPartOfDayValue != -1 && _lastPartOfDayValue == referenceTime.Hour && _randomizedValues.Count == count)
{
return(_randomizedValues[index]);
}
else if (_lastPartOfDayValue != -1 && _lastPartOfDayValue != referenceTime.Hour)
{
_randomizedValues.Clear();
}
_lastPartOfDayValue = referenceTime.Hour;
minValue = 0;
divisor = 60;
break;
case PartOfDate.Seconds:
if (_lastPartOfDayValue != -1 && _lastPartOfDayValue == referenceTime.Minute && _randomizedValues.Count == count)
{
return(_randomizedValues[index]);
}
else if (_lastPartOfDayValue != -1 && _lastPartOfDayValue != referenceTime.Minute)
{
_randomizedValues.Clear();
}
_lastPartOfDayValue = referenceTime.Minute;
minValue = 0;
divisor = 60;
break;
case PartOfDate.Years:
throw new NotSupportedException("years");
case PartOfDate.Months:
if (_lastPartOfDayValue != -1 && _lastPartOfDayValue == referenceTime.Year && _randomizedValues.Count == count)
{
return(_randomizedValues[index]);
}
else if (_lastPartOfDayValue != -1 && _lastPartOfDayValue != referenceTime.Year)
{
_randomizedValues.Clear();
}
_lastPartOfDayValue = referenceTime.Year;
minValue = 1;
divisor = 12;
break;
case PartOfDate.DaysOfMonth:
if (_lastPartOfDayValue != -1 && _lastPartOfDayValue == referenceTime.Month && _randomizedValues.Count == count)
{
return(_randomizedValues[index]);
}
else if (_lastPartOfDayValue != -1 && _lastPartOfDayValue != referenceTime.Month)
{
_randomizedValues.Clear();
}
_lastPartOfDayValue = referenceTime.Month;
minValue = 1;
divisor = DateTime.DaysInMonth(referenceTime.Year, referenceTime.Month);
break;
default:
throw new NotSupportedException(nameof(type));
}
var value = GetRandomValue(minValue, divisor);
if (_randomizedValues.Count > index)
{
while (value == _randomizedValues[index])
{
value = GetRandomValue(minValue, divisor);
}
_randomizedValues[index] = value;
}
else
{
if (index > 0)
{
while (_randomizedValues.Contains(value))
{
value = GetRandomValue(minValue, divisor);
}
}
_randomizedValues.Add(value);
}
return(value);
}
