roccom_c.C File Reference

This file contains the wrapper routines for the C binding of Roccom implementation. More...

#include "Roccom_base.h"
#include "roccom_assertion.h"
#include <cstdarg>
#include "roccom_c.h"
#include "roccom_c++.h"

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Macros
#define	C_ONLY

Functions
USE_COM_NAME_SPACE void	COM_call_function (const int wf, int argc,...)
void	COM_icall_function (const int wf, int argc,...)
void	COM_get_attribute (const char *wa_str, char *loc, int *type, int *size, char *u_str, int u_len)
	Get the sizes of an attribute. More...

Detailed Description

This file contains the wrapper routines for the C binding of Roccom implementation.

See Also

roccom_c.h

Definition in file roccom_c.C.

Macro Definition Documentation

#define C_ONLY

Definition at line 37 of file roccom_c.C.

Function Documentation

USE_COM_NAME_SPACE void COM_call_function	(	const int	wf,
		int	argc,
			...
	)

Definition at line 48 of file roccom_c.C.

References COM_assertion_msg, COM_get_roccom(), i, and Function::MAX_NUMARG.

Referenced by _load_rocface(), InterpolateBase::backup(), build_unstr_hex(), build_unstr_prism(), build_unstr_prism_tet(), build_unstr_prism_tet_2(), build_unstr_pyr(), build_unstr_tet_2(), Agent::check_convergence_help(), compute_area(), compute_fnormal_error(), FluidAgent::compute_integrals(), SolidAgent::compute_integrals(), compute_overlay(), compute_quadric_normals(), compute_vnormal_error(), compute_volume(), compute_weighted_normals(), FluidAgent::create_buffer_all(), InterpolateBase::extrapolate_Linear(), Agent::finalize(), getPaneConnectivity(), getWindow(), InterpolateBase::init(), GetDeformedMesh::init(), GetDeformedMesh_ALE::init(), MeshMotionTransferISS::init(), init_attributes(), init_constraints(), init_constraints_acmflu(), init_constraints_acmfrac(), init_constraints_labscale(), init_constraints_myacm(), init_constraints_staraft(), init_constraints_starslice(), FluidAgent::init_convergence(), Rocon::init_from_file(), BurnAgent::init_module(), FluidAgent::init_module(), SolidAgent::init_module(), init_normals(), init_parameters(), RFC_Window_transfer::init_recv_buffer(), load_rocon(), load_rocprop(), main(), FluidAgent::output_restart_files(), output_solution(), RFC_Window_overlay::print_features(), Control_parameters::read(), RocmanControl_parameters::read(), Agent::read_by_control_file(), read_file(), read_pane_sp(), BurnAgent::read_restart_data(), FluidAgent::read_restart_data(), SolidAgent::read_restart_data(), RFC_Window_base::read_sdv(), IM_Reader::read_winmesh(), remesh(), SetValueDouble::run(), LoadTransfer_FS::run(), Extrapolate_Linear::run(), CopyValue::run(), Extrapolate_Central::run(), LoadTransfer_FSc_ALE::run(), Interpolate_Linear::run(), Interpolate_Constant::run(), Interpolate_Central::run(), LoadTransferOnly_FSc_ALE::run(), GetDeformedMesh::run(), PhysicsAction::run(), GetDeformedMesh_ALE::run(), SurfDiver::run(), MeshMotionTransfer_SF::run(), ComputeFluidLoad_ALE::run(), DeformationVelTransfer_SF::run(), ComputeMeshMotion::run(), MeshMotionTransferISS::run(), ComputeFaceCenters::run(), TransferSolidDensity::run(), FluidPropagateSurface::run(), TransferBurnRate_FS_ALE::run(), MassTransfer_SF_ALE::run(), MassTransfer::run(), TemperatureTransfer_SF::run(), ZoomInterface::run(), HeatTransfer_FS::run(), ComputeRhofvf::run(), ComputeBurnPane::run(), RemeshInit::run(), ComputePconn::run(), SolidPropagateSurface_ALE::run(), Reset_du_alp::run(), TRAIL_AutoSurfer(), TRAIL_FE2FD_Transfer(), TRAIL_File2Window(), TRAIL_HDF2Window(), TRAIL_RocmopSmooth(), TRAIL_RocpropSmoothSurf(), TRAIL_TransferSurfDataFILE(), TRAIL_WriteWindow(), Control_parameters::update_communicator(), FullyCoupling::update_distances(), Agent::write_control_file(), Agent::write_data_files(), and RFC_Window_base::write_sdv().

                                                     {
  COM_assertion_msg( argc <= Function::MAX_NUMARG, "Too many arguments") ;

  int i;
  void *args[Function::MAX_NUMARG];
  va_list   ap;
  
  va_start( ap, argc);
  for ( i=0; i<argc; ++i) {
    args[i] = va_arg( ap, void*);
  }
  va_end( ap);
  COM_get_roccom()->call_function( wf, argc, args);
}

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void COM_get_attribute	(	const char *	wa_str,
		char *	loc,
		int *	type,
		int *	ncomp,
		char *	unit,
		int	n
	)

Get the sizes of an attribute.

Information retrieval Get the information about an attribute.

The opposite of set_size.

The opposite of new_attribute.

Definition at line 80 of file roccom_c.C.

References COM_get_roccom(), copy, max(), min(), and n.

{
  std::string unit;
  COM_get_roccom()->get_attribute( wa_str, loc, type, size, &unit);
  if ( u_str && u_len) {
    int len=unit.size(), n=std::min(len, int(u_len));
    std::copy( unit.c_str(), unit.c_str()+n, u_str);
    std::fill_n( u_str+1+n, std::max(0,int(u_len-len)), 0);
  }
}

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void COM_icall_function	(	const int	wf,
		int	argc,
			...
	)

Definition at line 64 of file roccom_c.C.

References COM_assertion_msg, COM_get_roccom(), i, and Function::MAX_NUMARG.

                                                      {
  COM_assertion_msg( argc <= Function::MAX_NUMARG, "Too many arguments") ;

  int i;
  void *args[Function::MAX_NUMARG];
  va_list   ap;

  va_start( ap, argc);
  for ( i=0; i<argc-1; ++i) {
    args[i] = va_arg( ap, void*);
  }
  int *status = va_arg( ap, int *);
  va_end( ap);
  COM_get_roccom()->icall_function( wf, argc, args, status); 
}

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