void FASTtoSgConverter::convert_MainProgram(FAST::MainProgram* main_program)
{
#if PRINT_FAST_CONVERTER
printf("FASTtoSgConverter::convert_MainProgram \n");
#endif
SgUntypedProgramHeaderDeclaration* sg_program;
std::string label;
std::string name;
SgToken::ROSE_Fortran_Keywords keyword;
SgUntypedExpression* sg_null_expr = new SgUntypedExpression(SgToken::FORTRAN_NULL);
SgUntypedType* sg_type = new SgUntypedType("void",sg_null_expr/*type_kind*/,false,false,false,true/*is_intrinsic*/,false,false,
sg_null_expr/*char_length*/,"",false/*char_length_is_string*/,SgUntypedType::e_void);
FAST::ProgramStmt* programStmt = main_program->getProgramStmt();
FAST::Scope* programScope = main_program->getScope();
FAST::ContainsStmt* containsStmt = main_program->getContainsStmt();
FAST::EndProgramStmt* endProgramStmt = main_program->getEndProgramStmt();
// convert EndProgramStmt first as constructor arguments are readily available
label = endProgramStmt->getLabel();
keyword = SgToken::FORTRAN_END_PROGRAM;
name = endProgramStmt->getName();
SgUntypedNamedStatement* sg_end_stmt = new SgUntypedNamedStatement(label,keyword,name);
// convert ProgramStmt
label = programStmt->getLabel();
keyword = SgToken::FORTRAN_PROGRAM;
name = programStmt->getName();
// convert arguments
SgUntypedInitializedNameList* sg_params = new SgUntypedInitializedNameList();
// convert scope
SgUntypedDeclarationStatementList* sg_decls = new SgUntypedDeclarationStatementList();
SgUntypedStatementList* sg_stmts = new SgUntypedStatementList();
SgUntypedFunctionDeclarationList* sg_funcs = new SgUntypedFunctionDeclarationList();
convert_scope_lists(programScope, sg_decls, sg_stmts, sg_funcs);
SgUntypedFunctionScope* sg_function_scope = new SgUntypedFunctionScope(label,keyword,sg_decls,sg_stmts,sg_funcs);
// convert MainProgram
sg_program = new SgUntypedProgramHeaderDeclaration(label,keyword,name,sg_params,sg_type,sg_function_scope,sg_end_stmt);
// add program to the global scope
get_scope()->get_function_list()->get_func_list().push_back(sg_program);
ROSE_ASSERT(get_scope()->get_function_list()->get_func_list().size() > 0);
}
void lib_test_client::draw(visualizer &d, draw_scope &scope)
{
auto draw_vertex = [&] (my_graph::vertex_id id, int frame)
{
coord<int> vert_coord = scope.world2screen(pgraph_->get_vertex(id).get_data().c);
coord<int> eps (frame, frame);
d.draw_rect(vert_coord - eps, vert_coord + eps);
};
d.set_bg_color(0, 0, 0);
d.set_color(64, 64, 64);
d.draw_buffers(g_desc.vb, 0, pgraph_->v_count(), g_desc.ib, 0, pgraph_->e_count());
if (start_.is_initialized())
{
d.set_color(255, 0, 0);
draw_vertex(*start_, 2);
}
if (end_.is_initialized())
{
d.set_color(255, 255, 0);
draw_vertex(*end_, 2);
}
if (selected_.is_initialized())
{
d.set_color(0, 255, 0);
draw_vertex(*selected_, 3);
}
d.set_color(255, 255, 255);
draw_vertex(87909, 3);
if (!path_.empty())
{
d.set_color(255, 255, 255);
vis_coord last = path_[0];
for (size_t i = 1; i < path_.size(); ++i)
{
d.draw_line(get_scope().world2screen(last),
get_scope().world2screen(path_[i]));
last = path_[i];
}
}
}
void reach_client::on_mouse_move(int x, int y)
{
mouse_coords_world_ = get_scope().screen2world(coord<int>(x, y));
if (selecting_)
square2_ = mouse_coords_world_;
base_visualizer_client::on_mouse_move(x, y);
}
void lib_test_client::on_mouse_down(int x, int y, int button)
{
//boost::optional<my_graph::vertex_id> hover = //get_vertex(*pgraph_, coord<int>(x, y));
if (button == 0)
{
vertex_id hover = get_vertex_by_coord(get_scope().screen2world(vis_coord(x, y)));
selected_.reset(hover);
}
base_visualizer_client::on_mouse_down(x, y, button);
}
bool is_in_active_scope() const {
return is_scope_active(get_scope());
}
