#include "bbSlicerResampleImageBRAINS.h"
#include "bbSlicerPackage.h"

namespace bbSlicer {
    BBTK_ADD_BLACK_BOX_TO_PACKAGE ( Slicer, ResampleImageBRAINS )
    BBTK_BLACK_BOX_IMPLEMENTATION ( ResampleImageBRAINS, bbtk::AtomicBlackBox );

    void ResampleImageBRAINS::Process ( ) {

        // GENERATED

int _argc =11;
std::string lib = "/home/riveros/.slicer/Slicer4-bin/Slicer-build/lib/Slicer-4.0/cli-modules/libBRAINSResampleLib.so";
char * _argv[ ] = { Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--inputVolume"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputinputVolume( ) ) ) ,"@@@@@"," --inputVolume ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--referenceVolume"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputreferenceVolume( ) ) ) ,"@@@@@"," --referenceVolume ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--outputVolume"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputoutputVolume( ) ) ) ,"@@@@@"," --outputVolume ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--pixelType"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputpixelType( ) ) ) ,"@@@@@"," --pixelType ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--deformationVolume"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputdeformationVolume( ) ) ) ,"@@@@@"," --deformationVolume ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--warpTransform"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputwarpTransform( ) ) ) ,"@@@@@"," --warpTransform ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--interpolationMode"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputinterpolationMode( ) ) ) ,"@@@@@"," --interpolationMode ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--inverseTransform"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputinverseTransform( ) ) ) ,"@@@@@"," --inverseTransform ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--defaultValue"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputdefaultValue( ) ) ) ,"@@@@@"," --defaultValue ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--gridSpacing"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputgridSpacing( ) ) ) ,"@@@@@"," --gridSpacing ") ),
Mthd::Aux::toCharArrray( Mthd::Aux::toString( "--numberOfThreads"  ) + Mthd::Aux::replace_str ( ( Mthd::Aux::toString( bbGetInputnumberOfThreads( ) ) ) ,"@@@@@"," --numberOfThreads ") ) };

        // EO GENERATED
        this->execute( lib, _argc, _argv );

    }

    void ResampleImageBRAINS::execute ( std::string lib, int _argc, char * _argv[] ) {
        void* handle = dlopen( lib.c_str( ), RTLD_NOW | RTLD_GLOBAL );
        if ( ! handle ) {
            std::cerr << "CAN'T OPEN LIBRARY: " << dlerror( ) << '\n';
            return;
        }
        typedef int (*method_t )( int argc, char * argv[] );
        // RESET ERROR
        dlerror( );
        // PROTOTYPE
        method_t myMethod = ( method_t ) dlsym( handle, "ModuleEntryPoint" );
        const char *dlsym_error = dlerror( );
        if ( dlsym_error ) {
            std::cerr << "CAN'T LOAD SYMBOL 'ModuleEntryPoint':" << dlsym_error << '\n';
            dlclose( handle );
            return;
        }
        // METHOD CALL
        myMethod( _argc, _argv );
        // CLOSING LIB
        dlclose( handle );
    }

    void ResampleImageBRAINS::bbUserSetDefaultValues ( ) {
    }

    void ResampleImageBRAINS::bbUserInitializeProcessing ( ) {
    }

    void ResampleImageBRAINS::bbUserFinalizeProcessing ( ) {
    }
}
// EO namespace bbSlicer