Parser for degate's project files. More...

#include <ProjectImporter.h>

Inheritance diagram for degate::ProjectImporter:

Public Member Functions
	ProjectImporter ()
	~ProjectImporter ()
Project_shptr	import (std::string const &path)
	Import a degate project.
Project_shptr	import_all (std::string const &path)
	Import a complete degate project, including the default gate library and the logic model.
Private Member Functions
void	parse_project_element (Project_shptr parent_prj, const xmlpp::Element *const project_node)
void	parse_grids_element (const xmlpp::Element *const project_node, Project_shptr prj)
void	parse_layers_element (const xmlpp::Element *const layers_node, Project_shptr prj)
void	parse_port_colors_element (const xmlpp::Element *const port_colors_elem, Project_shptr prj)
void	parse_colors_element (const xmlpp::Element *const port_colors_elem, Project_shptr prj)
std::string	get_project_filename (std::string const &dir) const
void	load_background_image (Layer_shptr layer, std::string const &image_filename, Project_shptr prj)
	Load a background image and set it to the layer.

Detailed Description

Parser for degate's project files.

The ProjectImporter parses the degate's project files. Basically this is the file project.xml, that is present in every degate project directory. The ProjectImporter loads associated files, e.g. the logic model file and the gate library, as well.

Definition at line 41 of file ProjectImporter.h.

Constructor & Destructor Documentation

degate::ProjectImporter::ProjectImporter ( ) [inline]

Definition at line 64 of file ProjectImporter.h.

{}

degate::ProjectImporter::~ProjectImporter ( ) [inline]

Definition at line 65 of file ProjectImporter.h.

{}

Member Function Documentation

std::string ProjectImporter::get_project_filename ( std::string const & dir ) const [private]

Definition at line 50 of file ProjectImporter.cc.

References degate::is_directory(), and degate::join_pathes().

                                                                          {

  if(is_directory(dir))
    return join_pathes(dir, "project.xml");
  else
    return dir;
}

Here is the call graph for this function:

Project_shptr ProjectImporter::import ( std::string const & path )

Import a degate project.

Parameters:

path	The parameter path specifies the project directory or the path to the project.xml file. It is determined automatically.

Exceptions:

InvalidPathException	This exception is raised if `path` does not exists.
InvalidXMLException	This exception is raised if there is a parsing error.

Returns:: Returns a pointer to a project object.

Definition at line 120 of file ProjectImporter.cc.

References debug(), degate::get_basedir(), RET_IS_NOT_OK, and TM.

                                                                 {

  string filename = get_project_filename(directory);
  if(RET_IS_NOT_OK(check_file(filename))) {
    debug(TM, "Problem: file %s not found.", filename.c_str());
    throw InvalidPathException("The ProjectImporter cannot load the project file. File does not exists.");
  }

  try {

    xmlpp::DomParser parser;
    parser.set_substitute_entities(); // We just want the text to be resolved/unescaped automatically.

    parser.parse_file(filename);
    assert(parser == true);

    const xmlpp::Document * doc = parser.get_document();
    assert(doc != NULL);

    const xmlpp::Element * root_elem = doc->get_root_node(); // deleted by DomParser
    assert(root_elem != NULL);

    // parse width and height
    int w = parse_number<length_t>(root_elem, "width");
    int h = parse_number<length_t>(root_elem, "height");

    Project_shptr prj(new Project(w, h, get_basedir(filename)));
    assert(prj->get_project_directory().length() != 0);

    parse_project_element(prj, root_elem);

    return prj;
  }
  catch(const std::exception& ex) {
    std::cout << "Exception caught: " << ex.what() << std::endl;
    throw InvalidXMLException(ex.what());
  }
}

Here is the call graph for this function:

Project_shptr ProjectImporter::import_all ( std::string const & path )

Import a complete degate project, including the default gate library and the logic model.

Parameters:

path	The parameter path specifies the project directory or the path to the project.xml file. It is determined automatically.

Exceptions:

std::runtime_error If there are parsing problems.

Returns:: Returns a pointer to a project object.

Definition at line 58 of file ProjectImporter.cc.

References debug(), degate::file_exists(), degate::get_basedir(), degate::BoundingBox::get_bounding_box(), degate::BoundingBox::get_max_x(), degate::BoundingBox::get_max_y(), degate::BoundingBox::get_min_x(), degate::BoundingBox::get_min_y(), degate::grab_template_images(), degate::GateLibraryImporter::import(), degate::RCVBlacklistImporter::import_into(), degate::LogicModelImporter::import_into(), and TM.

                                                                    {
  Project_shptr prj = import(directory);

  if(prj != NULL) {

      GateLibraryImporter gl_importer;

      GateLibrary_shptr gate_lib;

      std::string gate_lib_file(get_basedir(directory) + "/gate_library.xml");
      std::string rcbl_file(get_basedir(directory) + "/rc_blacklist.xml");

      if(file_exists(gate_lib_file))
        gate_lib = gl_importer.import(gate_lib_file);
      else gate_lib = GateLibrary_shptr(new GateLibrary());

      LogicModelImporter lm_importer(prj->get_width(), prj->get_height(), gate_lib);

      lm_importer.import_into(prj->get_logic_model(),
                              get_basedir(directory) + "/lmodel.xml");

      LogicModel_shptr lmodel = prj->get_logic_model();
      lmodel->set_default_gate_port_diameter(prj->get_default_port_diameter());

      if(file_exists(rcbl_file)) {
        RCVBlacklistImporter rcvbl_importer(lmodel);
        rcvbl_importer.import_into(rcbl_file, prj->get_rcv_blacklist());
      }
      
      /*
        For degate projects that were exported with degate 0.0.6 the gate templates
        were expressed in terms of an image region. This is bad. Here is a part of the fix:
        We have loaded the project with the background images and we have the gate
        library. We iterate over the gate library, extract the template image from the
        background image and put it into the gate library. We do it for the first
        transistor, the first logic and the first metal layer.
      */

      debug(TM, "Check if we have template images.");
      for(GateLibrary::template_iterator iter = gate_lib->begin();
          iter != gate_lib->end(); ++iter) {

        debug(TM, "Will grab template image for gate template ID: %d", iter->first);
        GateTemplate_shptr tmpl = iter->second;
        assert(tmpl != NULL);

        BoundingBox const& bbox = tmpl->get_bounding_box();
        if(bbox.get_min_x() != 0 && bbox.get_min_y() != 0 &&
           bbox.get_max_x() != 0 && bbox.get_max_y() != 0) { // a heuristic
          debug(TM, "Grab template images from the background for template %s.", tmpl->get_name().c_str());
          grab_template_images(lmodel, tmpl, bbox);
        }

      }
      debug(TM, "Project loaded.");
      //prj->print_all(cout);

  }

  return prj;
}

Here is the call graph for this function:

void ProjectImporter::load_background_image	(	Layer_shptr	layer,
		std::string const &	image_filename,
		Project_shptr	prj
	)		`[private]`

Load a background image and set it to the layer.

In case of a conversion from old single file images to tile based images, the new image is stored in the project directory.

Definition at line 203 of file ProjectImporter.cc.

References degate::copy_image(), debug(), degate::file_exists(), degate::is_directory(), degate::is_file(), degate::join_pathes(), and TM.

                                                               {

  debug(TM, "try to load image [%s]", image_filename.c_str());
  if(!image_filename.empty()) {

    assert(prj->get_project_directory().length() != 0);

    std::string image_path_to_load = join_pathes(prj->get_project_directory(), image_filename);

    debug(TM, "try to load image [%s]", image_path_to_load.c_str());

    if(is_directory(image_path_to_load)) { // new background image format

      debug(TM, "project importer loads an tile based image from [%s]", image_path_to_load.c_str());

      BackgroundImage_shptr bg_image =
        load_degate_image<BackgroundImage>(prj->get_width(),
                                           prj->get_height(),
                                           image_path_to_load);

      if(bg_image == NULL)
        throw DegateRuntimeException("Failed to load the background image");

      debug(TM, "Loading done.");
      layer->set_image(bg_image);
    }
    else if(is_file(image_path_to_load)) { // old image background format

      // determine where we can store the new backgound image
      boost::format fmter("layer_%1%.dimg");
      /* We convert old degate background images to the new tile based format.
         Therefore we need directory names. The directory name should not reflect
         a layer position number, because it it possible that the layers become
         reorderd later. We do not want to rename the directories in that case.
         To avoid, that a user thinks the directory name reflects a layer position,
         we just add a number. */
      fmter % (layer->get_layer_pos() + 0x2342);
      std::string new_dir(join_pathes(prj->get_project_directory(), fmter.str()));

      debug(TM, "project importer loads an old single file based image from [%s]",
            image_path_to_load.c_str());

      if(!file_exists(new_dir) && !is_directory(new_dir)) { // we have to check this, before we call the constructor

        // create new background image
        BackgroundImage_shptr new_bg_image(new BackgroundImage(prj->get_width(),
                                                               prj->get_height(),
                                                               new_dir));

        // load old single file image
        PersistentImage_RGBA_shptr old_bg_image =
          load_degate_image<PersistentImage_RGBA>(prj->get_width(),
                                                  prj->get_height(),
                                                  image_path_to_load);

        if(new_bg_image == NULL)
          throw DegateRuntimeException("Failed to load the background image");

        // convert image into new format

        debug(TM, "Copy the image into a new format. The data is stored in directory %s",
              new_dir.c_str());

        copy_image(new_bg_image, old_bg_image);

        layer->set_image(new_bg_image);

      }
      else {

        debug(TM,
              "There is already a directory named %s. It should be loaded as an image now.",
              new_dir.c_str());

        BackgroundImage_shptr new_bg_image(new BackgroundImage(prj->get_width(),
                                                               prj->get_height(),
                                                               new_dir));

        layer->set_image(new_bg_image);
      }


    }

  }
  else {
    debug(TM, "project in %s has no layer image defined for a layer.",
          prj->get_project_directory().c_str());
  }
}

Here is the call graph for this function:

void ProjectImporter::parse_colors_element	(	const xmlpp::Element *const	port_colors_elem,
		Project_shptr	prj
	)		`[private]`

Definition at line 323 of file ProjectImporter.cc.

References degate::DEFAULT_COLOR_ANNOTATION, degate::DEFAULT_COLOR_ANNOTATION_FRAME, degate::DEFAULT_COLOR_EMARKER, degate::DEFAULT_COLOR_GATE, degate::DEFAULT_COLOR_GATE_FRAME, degate::DEFAULT_COLOR_GATE_PORT, degate::DEFAULT_COLOR_GRID, degate::DEFAULT_COLOR_TEXT, degate::DEFAULT_COLOR_VIA_DOWN, degate::DEFAULT_COLOR_VIA_UP, and degate::DEFAULT_COLOR_WIRE.

                                                              {

  const xmlpp::Node::NodeList color_list = port_colors_elem->get_children("color");

  for(xmlpp::Node::NodeList::const_iterator iter = color_list.begin();
      iter != color_list.end();
      ++iter) {

    if(const xmlpp::Element* color_elem = dynamic_cast<const xmlpp::Element*>(*iter)) {

      const std::string object_name(color_elem->get_attribute_value("object"));
      const std::string color_str(color_elem->get_attribute_value("color"));
      ENTITY_COLOR o;

      if(!object_name.compare("wire")) o = DEFAULT_COLOR_WIRE;
      else if(!object_name.compare("via-up")) o = DEFAULT_COLOR_VIA_UP;
      else if(!object_name.compare("via-down")) o = DEFAULT_COLOR_VIA_DOWN;
      else if(!object_name.compare("grid")) o = DEFAULT_COLOR_GRID;
      else if(!object_name.compare("annotation")) o = DEFAULT_COLOR_ANNOTATION;
      else if(!object_name.compare("annotation-frame")) o = DEFAULT_COLOR_ANNOTATION_FRAME;
      else if(!object_name.compare("gate")) o = DEFAULT_COLOR_GATE;
      else if(!object_name.compare("gate-frame")) o = DEFAULT_COLOR_GATE_FRAME;
      else if(!object_name.compare("gate-port")) o = DEFAULT_COLOR_GATE_PORT;
      else if(!object_name.compare("text")) o = DEFAULT_COLOR_TEXT;
      else if(!object_name.compare("emarker")) o = DEFAULT_COLOR_EMARKER;
      else {
        boost::format f("Can't parse object type. '%1%'");
        f % object_name;
        throw XMLAttributeParseException(f.str());
      }
      prj->set_default_color(o, parse_color_string(color_str));

    }
  }

}

void ProjectImporter::parse_grids_element	(	const xmlpp::Element *const	project_node,
		Project_shptr	prj
	)		`[private]`

Definition at line 361 of file ProjectImporter.cc.

                                                                                                  {

  xmlpp::Node::NodeList::const_iterator iter;

  const xmlpp::Node::NodeList regular_grid_list = grids_elem->get_children("regular-grid");
  const xmlpp::Node::NodeList irregular_grid_list = grids_elem->get_children("irregular-grid");


  for(iter = regular_grid_list.begin(); iter != regular_grid_list.end(); ++iter) {
    if(const xmlpp::Element* regular_grid_elem = dynamic_cast<const xmlpp::Element*>(*iter)) {

      const Glib::ustring orientation(regular_grid_elem->get_attribute_value("orientation"));

      RegularGrid_shptr reg_grid = (orientation == "horizontal") ?
        prj->get_regular_horizontal_grid() : prj->get_regular_vertical_grid();

      reg_grid->set_distance(parse_number<unsigned int>(regular_grid_elem, "distance", 0));
      reg_grid->set_enabled(parse_bool(regular_grid_elem->get_attribute_value("enabled")));
    }
  }

  for(iter = irregular_grid_list.begin(); iter != irregular_grid_list.end(); ++iter) {
    if(const xmlpp::Element* irregular_grid_elem = dynamic_cast<const xmlpp::Element*>(*iter)) {

      const Glib::ustring orientation(irregular_grid_elem->get_attribute_value("orientation"));

      IrregularGrid_shptr irreg_grid = (orientation == "horizontal") ?
        prj->get_irregular_horizontal_grid() : prj->get_irregular_vertical_grid();

      irreg_grid->set_enabled(parse_bool(irregular_grid_elem->get_attribute_value("enabled")));

      const xmlpp::Node::NodeList offsets_entry_list = irregular_grid_elem->get_children("offsets");
      const xmlpp::Node::NodeList::const_iterator offsets_iter = offsets_entry_list.begin();
      if(offsets_iter != offsets_entry_list.end()) {
        const xmlpp::Element* offsets_elem = dynamic_cast<const xmlpp::Element*>(*offsets_iter);
        if(offsets_elem != NULL) {

          const xmlpp::Node::NodeList offset_entry_list = offsets_elem->get_children("offset-entry");
          for(xmlpp::Node::NodeList::const_iterator offs_iter = offset_entry_list.begin();
              offs_iter != offset_entry_list.end();
              ++offs_iter) {
            if(const xmlpp::Element* offset_entry_elem = dynamic_cast<const xmlpp::Element*>(*offs_iter)) {
              irreg_grid->add_offset(parse_number<int>(offset_entry_elem, "offset"));
            }
          }
        }
      }
    }
  }
}

void ProjectImporter::parse_layers_element	(	const xmlpp::Element *const	layers_node,
		Project_shptr	prj
	)		`[private]`

Definition at line 160 of file ProjectImporter.cc.

References debug(), degate::load_background_image(), and TM.

                                                                                                    {
  debug(TM, "parsing layers");

  const xmlpp::Node::NodeList layer_list = layers_elem->get_children("layer");
  for(xmlpp::Node::NodeList::const_iterator iter = layer_list.begin();
      iter != layer_list.end();
      ++iter) {

    if(const xmlpp::Element* layer_elem = dynamic_cast<const xmlpp::Element*>(*iter)) {

      const std::string image_filename(layer_elem->get_attribute_value("image-filename"));
      const std::string layer_type_str(layer_elem->get_attribute_value("type"));
      const std::string layer_description(layer_elem->get_attribute_value("description"));
      unsigned int position = parse_number<unsigned int>(layer_elem, "position");
      const std::string layer_enabled_str = layer_elem->get_attribute_value("enabled");

      Layer::LAYER_TYPE layer_type = Layer::get_layer_type_from_string(layer_type_str);
      layer_id_t layer_id = parse_number<layer_id_t>(layer_elem, "id", 0);

      Layer_shptr new_layer(new Layer(prj->get_bounding_box(), layer_type));
      LogicModel_shptr lmodel = prj->get_logic_model();

      debug(TM, "Parsed a layer entry for type %s. This is a %s layer. Background image is %s",
            layer_type_str.c_str(),
            Layer::get_layer_type_as_string(layer_type).c_str(),
            image_filename.c_str());

      bool layer_enabled = true;
      if(layer_enabled_str.size() != 0)
        layer_enabled = parse_bool(layer_enabled_str);
      new_layer->set_enabled(layer_enabled);

      new_layer->set_description(layer_description);
      new_layer->set_layer_id(layer_id);

      lmodel->add_layer(position, new_layer);

      load_background_image(new_layer, image_filename, prj);

    }
  }
}

Here is the call graph for this function:

void ProjectImporter::parse_port_colors_element	(	const xmlpp::Element *const	port_colors_elem,
		Project_shptr	prj
	)		`[private]`

Definition at line 297 of file ProjectImporter.cc.

                                                                                                              {

  const xmlpp::Node::NodeList color_list = port_colors_elem->get_children("port-color");

  PortColorManager_shptr port_color_manager = prj->get_port_color_manager();

  for(xmlpp::Node::NodeList::const_iterator iter = color_list.begin();
      iter != color_list.end();
      ++iter) {

    if(const xmlpp::Element* color_elem = dynamic_cast<const xmlpp::Element*>(*iter)) {

      const std::string port_name(color_elem->get_attribute_value("port-name"));
      const std::string fill_color_str(color_elem->get_attribute_value("fill-color"));
      const std::string frame_color_str(color_elem->get_attribute_value("frame-color"));

      port_color_manager->set_color(port_name,
                                    parse_color_string(frame_color_str),
                                    parse_color_string(fill_color_str) );


    }
  }

}

void ProjectImporter::parse_project_element	(	Project_shptr	parent_prj,
		const xmlpp::Element *const	project_node
	)		`[private]`

Definition at line 414 of file ProjectImporter.cc.

                                                                                     {

  int w = parent_prj->get_width();
  int h = parent_prj->get_height();

  // Use geometry information to set up regular grid ranges.
  // The RegularGrid implementation might be changed in order to avoid this setup.
  RegularGrid_shptr reg_vert_grid = parent_prj->get_regular_vertical_grid();
  RegularGrid_shptr reg_hor_grid = parent_prj->get_regular_horizontal_grid();
  reg_vert_grid->set_range(0, w);
  reg_hor_grid->set_range(0, h);

  parent_prj->set_degate_version(project_elem->get_attribute_value("degate-version"));
  parent_prj->set_name(project_elem->get_attribute_value("name"));
  parent_prj->set_description(project_elem->get_attribute_value("description"));

  if(!project_elem->get_attribute_value("server-url").empty())
    parent_prj->set_server_url(project_elem->get_attribute_value("server-url"));

  if(!project_elem->get_attribute_value("last-pulled-transaction-id").empty())
    parent_prj->set_last_pulled_tid(parse_number<transaction_id_t>(project_elem,
                                                                   "last-pulled-transaction-id"));

  parent_prj->set_lambda(parse_number<length_t>(project_elem, "lambda"));
  parent_prj->set_default_pin_diameter(parse_number<diameter_t>(project_elem, "pin-diameter"));
  parent_prj->set_default_wire_diameter(parse_number<diameter_t>(project_elem, "wire-diameter"));
  parent_prj->set_default_port_diameter(parse_number<diameter_t>(project_elem, "port-diameter", 5));

  parent_prj->set_pixel_per_um(parse_number<double>(project_elem, "pixel-per-um", 0));
  parent_prj->set_template_dimension(parse_number<int>(project_elem, "template-dimension", 0));
  parent_prj->set_font_size(parse_number<unsigned int>(project_elem, "font-size", 10));

  const xmlpp::Element * e = get_dom_twig(project_elem, "grids");
  if(e != NULL) parse_grids_element(e, parent_prj);

  e = get_dom_twig(project_elem, "layers");
  if(e != NULL) parse_layers_element(e, parent_prj);

  e = get_dom_twig(project_elem, "port-colors");
  if(e != NULL) parse_port_colors_element(e, parent_prj);

  e = get_dom_twig(project_elem, "default-colors");
  if(e != NULL) parse_colors_element(e, parent_prj);

}

The documentation for this class was generated from the following files:

Public Member Functions

Private Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation