private void SetupDotNetToRConverters()
{
SetupDotNetToRConverter(typeof(void), p => null);
SetupDotNetToRConverter(typeof(string), p => engine.CreateCharacter((string)p));
SetupDotNetToRConverter(typeof(string[]), p => engine.CreateCharacterVector((string[])p));
SetupDotNetToRConverter(typeof(List <string>), p => engine.CreateCharacterVector((IEnumerable <string>)p));
SetupDotNetToRConverter(typeof(IList <string>), p => engine.CreateCharacterVector((IEnumerable <string>)p));
SetupDotNetToRConverter(typeof(ICollection <string>), p => engine.CreateCharacterVector((IEnumerable <string>)p));
SetupDotNetToRConverter(typeof(IEnumerable <string>), p => engine.CreateCharacterVector((IEnumerable <string>)p));
SetupDotNetToRConverter(typeof(string[, ]), p => engine.CreateCharacterMatrix((string[, ])p));
SetupDotNetToRConverter(typeof(int), p => engine.CreateInteger((int)p));
SetupDotNetToRConverter(typeof(int[]), p => engine.CreateIntegerVector((int[])p));
SetupDotNetToRConverter(typeof(List <int>), p => engine.CreateIntegerVector((IEnumerable <int>)p));
SetupDotNetToRConverter(typeof(IList <int>), p => engine.CreateIntegerVector((IEnumerable <int>)p));
SetupDotNetToRConverter(typeof(ICollection <int>), p => engine.CreateIntegerVector((IEnumerable <int>)p));
SetupDotNetToRConverter(typeof(IEnumerable <int>), p => engine.CreateIntegerVector((IEnumerable <int>)p));
SetupDotNetToRConverter(typeof(int[, ]), p => engine.CreateIntegerMatrix((int[, ])p));
SetupDotNetToRConverter(typeof(bool), p => engine.CreateLogical((bool)p));
SetupDotNetToRConverter(typeof(bool[]), p => engine.CreateLogicalVector((bool[])p));
SetupDotNetToRConverter(typeof(List <bool>), p => engine.CreateLogicalVector((IEnumerable <bool>)p));
SetupDotNetToRConverter(typeof(IList <bool>), p => engine.CreateLogicalVector((IEnumerable <bool>)p));
SetupDotNetToRConverter(typeof(ICollection <bool>), p => engine.CreateLogicalVector((IEnumerable <bool>)p));
SetupDotNetToRConverter(typeof(IEnumerable <bool>), p => engine.CreateLogicalVector((IEnumerable <bool>)p));
SetupDotNetToRConverter(typeof(bool[, ]), p => engine.CreateLogicalMatrix((bool[, ])p));
SetupDotNetToRConverter(typeof(double), p => engine.CreateNumeric((double)p));
SetupDotNetToRConverter(typeof(double[]), p => engine.CreateNumericVector((double[])p));
SetupDotNetToRConverter(typeof(List <double>), p => engine.CreateNumericVector((IEnumerable <double>)p));
SetupDotNetToRConverter(typeof(IList <double>), p => engine.CreateNumericVector((IEnumerable <double>)p));
SetupDotNetToRConverter(typeof(ICollection <double>), p => engine.CreateNumericVector((IEnumerable <double>)p));
SetupDotNetToRConverter(typeof(IEnumerable <double>), p => engine.CreateNumericVector((IEnumerable <double>)p));
SetupDotNetToRConverter(typeof(double[, ]), p => engine.CreateNumericMatrix((double[, ])p));
SetupDotNetToRConverter(typeof(DateTime), p => engine.CreatePosixct((DateTime)p));
SetupDotNetToRConverter(typeof(DateTime[]), p => engine.CreatePosixctVector((DateTime[])p));
SetupDotNetToRConverter(typeof(List <DateTime>), p => engine.CreatePosixctVector((IEnumerable <DateTime>)p));
SetupDotNetToRConverter(typeof(IList <DateTime>), p => engine.CreatePosixctVector((IEnumerable <DateTime>)p));
SetupDotNetToRConverter(typeof(ICollection <DateTime>), p => engine.CreatePosixctVector((IEnumerable <DateTime>)p));
SetupDotNetToRConverter(typeof(IEnumerable <DateTime>), p => engine.CreatePosixctVector((IEnumerable <DateTime>)p));
SetupDotNetToRConverter(typeof(DateTime[, ]), p => engine.CreatePosixctMatrix((DateTime[, ])p));
SetupDotNetToRConverter(typeof(TimeSpan), p => engine.CreateDiffTime((TimeSpan)p));
SetupDotNetToRConverter(typeof(TimeSpan[]), p => engine.CreateDiffTimeVector((TimeSpan[])p));
SetupDotNetToRConverter(typeof(List <TimeSpan>), p => engine.CreateDiffTimeVector((IEnumerable <TimeSpan>)p));
SetupDotNetToRConverter(typeof(IList <TimeSpan>), p => engine.CreateDiffTimeVector((IEnumerable <TimeSpan>)p));
SetupDotNetToRConverter(typeof(ICollection <TimeSpan>), p => engine.CreateDiffTimeVector((IEnumerable <TimeSpan>)p));
SetupDotNetToRConverter(typeof(IEnumerable <TimeSpan>), p => engine.CreateDiffTimeVector((IEnumerable <TimeSpan>)p));
SetupDotNetToRConverter(typeof(TimeSpan[, ]), p => engine.CreateDiffTimeMatrix((TimeSpan[, ])p));
}
/// <summary>
/// (Private) Applies the inputs of an RScript object.
/// </summary>
private void ApplyInputs(RScript script, object[] inputs)
{
UiControls.Assert(inputs.Length == script.InputNames.Length, "Number of inputs requested by script must match number of inputs provided.");
for (int i = 0; i < inputs.Length; i++)
{
string name = script.InputNames[i];
if (name != null)
{
var obj = inputs[i];
SymbolicExpression sym;
if (obj is double[, ])
{
sym = _r.CreateNumericMatrix((double[, ])obj);
}
else if (obj is IReadOnlyList <double> )
{
sym = _r.CreateNumericVector((IReadOnlyList <double>)obj);
}
else if (obj is IEnumerable <double> )
{
sym = _r.CreateNumericVector((IEnumerable <double>)obj);
}
else if (obj is int[])
{
sym = _r.CreateIntegerVector((int[])obj);
}
else if (obj is int[, ])
{
sym = _r.CreateIntegerMatrix((int[, ])obj);
}
else if (obj is IEnumerable <int> )
{
sym = _r.CreateIntegerVector((IEnumerable <int>)obj);
}
else
{
throw new InvalidOperationException("Cannot create R object for obj: " + obj);
}
_r.SetSymbol(name, sym);
}
}
}
