internal static void NpyErr_SetString(npyexc_type et, string error, [CallerMemberName] string FunctionName = null)
{
if (NpyErr_SetString_callback != null)
{
NpyErr_SetString_callback(FunctionName, et, error);
}
}
static void ErrorSet_handler(string FunctionName, npyexc_type et, string error)
{
if (et == npyexc_type.NpyExc_DotNetException)
{
throw new Exception("Got an unexpected .NET exception");
}
NumpyErrors.Add(new NumpyExceptionInfo()
{
FunctionName = FunctionName, exctype = et, error = error
});
switch (et)
{
case npyexc_type.NpyExc_MemoryError:
case npyexc_type.NpyExc_IOError:
case npyexc_type.NpyExc_ValueError:
case npyexc_type.NpyExc_TypeError:
case npyexc_type.NpyExc_IndexError:
case npyexc_type.NpyExc_RuntimeError:
case npyexc_type.NpyExc_AttributeError:
case npyexc_type.NpyExc_NotImplementedError:
case npyexc_type.NpyExc_DotNetException:
case npyexc_type.NpyExc_OverflowError:
case npyexc_type.NpyExc_FloatingPointError:
throw new Exception(string.Format("({0}) {1}: {2}", et, FunctionName, error));
case npyexc_type.NpyExc_ComplexWarning:
case npyexc_type.NpyExc_NoError:
break;
}
return;
}
static void ErrorSet_handler(string FunctionName, npyexc_type et, string error)
{
if (et == npyexc_type.NpyExc_DotNetException)
{
throw new Exception("Got an unexpected .NET exception");
}
NumpyErrors.Add(new NumpyExceptionInfo()
{
FunctionName = FunctionName, exctype = et, error = error
});
return;
}
public static bool MatchError(npyexc_type et, string ErrorText)
{
return(NumpyErrors.Any(t => t.exctype == et && t.error.Contains(ErrorText)));
}
