int main(int argc, char *argv[])
{
/* Create the sidl structures */
sidl_BaseClass model_base = LOADCLASS("libRosenbrock-server-C++.so","Rosenbrock.RosenbrockModel");
Optimize_OptimizationModel model = Optimize_OptimizationModel__cast(model_base);
sidl_BaseClass tao_base = LOADCLASS("libTaoapi-server-C++.so","TAO.Solver");
Solver_OptimizationSolver tao = Solver_OptimizationSolver__cast(tao_base);
sidl_BaseClass taoenvironment_base = LOADCLASS("libTaoapi-server-C++.so","TAO.Environment");
Solver_ProjectState taoenvironment = Solver_ProjectState__cast(taoenvironment_base);
int info,i;
/* Get argument list in sidl_string__array form */
struct sidl_string__array *args = sidl_string__array_create1d(argc);
for (i=0;i<argc;i++)
sidl_string__array_set1(args, i, argv[i]);
/* Initializes PETSc and TAO */
info = Solver_ProjectState_Initialize(taoenvironment,args); CHKERR(info, "initialize");
/* Create the solver */
info = Solver_OptimizationSolver_Create(tao,"tao_lmvm"); CHKERR(info,"solver_create");
/* Read in any tao command line arguments */
info = Solver_OptimizationSolver_SetFromOptions(tao); CHKERR(info,"setfromoptions");
/* Solve the application */
info = Solver_OptimizationSolver_SolveApplication(tao,model); CHKERR(info,"solveapplication");
/* View the solver information */
info = Solver_OptimizationSolver_View(tao); CHKERR(info,"view");
/* Clean up */
info = Solver_OptimizationSolver_Destroy(tao); CHKERR(info,"solver_destroy");
info = Solver_ProjectState_Finalize(taoenvironment); CHKERR(info,"env_destroy");
/* Delete sidl structure */
Optimize_OptimizationModel_deleteRef(model);
Solver_OptimizationSolver_deleteRef(tao);
sidl_string__array_deleteRef(args);
return 0;
}
struct sidl_string__array*
impl_csdms_model_Sedflux2d_get_output_item_list(
/* in */ csdms_model_Sedflux2d self,
/* out */ sidl_BaseInterface *_ex)
{
*_ex = 0;
{
/* DO-NOT-DELETE splicer.begin(csdms.model.Sedflux2d.get_output_item_list) */
struct sidl_string__array* item_names_array = NULL;
char **item_names = NULL;
const int MAX_NAME_LENGTH = 2048;
int number_of_names = 0;
int i;
GET_PRIVATE_DATA(this);
CALL_BMI(Get_output_var_name_count, this->state, &number_of_names);
item_names = (char**)malloc(sizeof(char*) * number_of_names);
item_names[0] = (char*)calloc(number_of_names * MAX_NAME_LENGTH,
sizeof(char));
for (i = 1; i < number_of_names; i ++) {
item_names[i] = item_names[i - 1] + MAX_NAME_LENGTH;
}
CALL_BMI(Get_output_var_names, this->state, item_names);
item_names_array = sidl_string__array_create1d(number_of_names);
for (i = 0; i < number_of_names; i ++) {
sidl_string__array_set1(item_names_array, i, item_names[i]);
}
free(item_names);
return item_names_array;
EXIT: return NULL;
/* DO-NOT-DELETE splicer.end(csdms.model.Sedflux2d.get_output_item_list) */
}
}