swig

I haven't been able to figure out how to access the array elements SubStatus in the following nested structure. I do seem to be able to see the first element, but don't understand how to force indexing, e.g., as a list. Any help is much appreciated. status.h: // Data Types typedef char CHAR; // 8 bits signed typedef short SHORT; // 16 bits signed typedef long LONG; // 32 bits signed typedef unsigned char UCHAR; // 8 bits unsigned typedef unsigned short USHORT; // 16 bits usigned #define FUNC_TYPE // built in C, leave reference as C #define DLL_API extern FUNC_TYPE __declspec(dllimport) // Sub

I am new to SWIG And less time to do things. I am trying to bind c++ classes to python. I have set up SWIG in windows and tried running it. It was successful My example.i file is like /* File: example.i */ %module example %{ #define SWIG_FILE_WITH_INIT #include "Item.h" }% #include "Item.h" But it seems it has to include or declare the header files class, constructor, templates etc... Can anyone suggest how to create a SWIG interface file. Follwing are the header file (Item.h) that i need to create interface file. #ifndef __ITEM_H__ #define __ITEM_H__ #include <complex> #include <functional>

What is the best approach for wrapping a custom C++ library with custom Qt display widgets in Python for using in a PySide based QApplication? Does the C++ library need special treatment for wrapping with SWIG? Will wrapped Qt widgets integrate properly with PySide? I would appreciate any comments on the appropriate nomenclature needed to refine my unsuccessful searches on this subject. The Shiboken bindings tool used to generate the PySide bindings for Qt turns out to be the right tool for the job. The basic procedure for generating the bindings for a custom C++ library is outlined here: http

I need to run a series of python scripts calculating various scripts, that are working fine, but one of them runs very slowly and has to be done in C++. The C++ code is ready, but I need to find a way to call the C++ function from the python and get the return value. I found information about SWIG, but didn't get it to work on Windows with Visual Studio (I have to do it in VS on Windows, because of other constraints). I found ctypes much easier for my very simple function with standart input and output values. So I did many tests with ctypes, tried all the examples I could find online, and

I am using Swig to interface python with C code. I want to call a C function that takes for argument a struct containing an int** var: typedef struct { (...) int** my2Darray; } myStruct; void myCFunction( myStruct struct ); I am struggling with multi dimensional arrays. My code looks like this: In the interface file, I am using carray like this: %include carrays.i %array_class( int, intArray ); %array_class( intArray, intArrayArray ); In python, I have: myStruct = myModule.myStruct() var = myModule.intArrayArray(28) for j in range(28): var1 = myModule.intArray(28) for i in range(28): var1[i] =

I have code in C , which I would like to use in python , I used SWIG to wrap the C-code, and got successfully a python module imported in my python code. Now I have the following code: import flame import numpy as np data = np.random.rand(3,2).astype(np.float32, copy=False) N = 3 M = 2 print data flameobject = flame.Flame_New() flame.Flame_SetDataMatrix( flameobject, data, N, M, 0 ) and this gives error: TypeError: in method 'Flame_SetDataMatrix', argument 2 of type 'float *[]' I understand that I should pass a float array pointer to the method, but how can I convert my Numpy multi-dimensional