jucipp/juci/notebook.cc

#include "notebook.h"

Notebook::Model::Model() {
  cc_extension_ = ".cc";
  h_extension_  = ".h";
  scrollvalue_ = 50;
};

Notebook::View::View(){
  view_.pack2(notebook_);
  view_.set_position(120);
}

Notebook::Controller::Controller(Keybindings::Controller& keybindings,
				 Source::Config& source_cfg,
                                 Directories::Config& dir_cfg) :
  source_config_(source_cfg),
  directories_(dir_cfg) { 
  OnNewPage("juCi++");
  refClipboard_ = Gtk::Clipboard::get();
  CreateKeybindings(keybindings);
}//  Constructor

void Notebook::Controller::CreateKeybindings(Keybindings::Controller
					     &keybindings){
  directories().m_TreeView.signal_row_activated()
    .connect(sigc::mem_fun(*this,
                           &Notebook::Controller::OnDirectoryNavigation));
  
  keybindings.action_group_menu()->
    add(Gtk::Action::create("FileMenu",
			    Gtk::Stock::FILE));

  keybindings.action_group_menu()->
    add(Gtk::Action::create("FileNewStandard",
			    Gtk::Stock::NEW,
			    "New empty file",
			    "Create a new file"),
	[this]() {
	  is_new_file_ = true;
	  OnFileNewEmptyfile();
	});
  keybindings.action_group_menu()->
    add(Gtk::Action::create("FileNewCC",
			    "New cc file"),
	Gtk::AccelKey(keybindings.config_
		      .key_map()["new_cc_file"]),
	[this]() {
	  is_new_file_ = true;
	  OnFileNewCCFile();
	});
  keybindings.action_group_menu()->
    add(Gtk::Action::create("FileNewH",
			    "New h file"),
	Gtk::AccelKey(keybindings.config_
		      .key_map()["new_h_file"]),
	[this]() {
	  is_new_file_ = true;
	  OnFileNewHeaderFile();
	});
  keybindings.action_group_menu()->
    add(Gtk::Action::create("WindowCloseTab",
			    "Close tab"),
	Gtk::AccelKey(keybindings.config_
		      .key_map()["close_tab"]),
	[this]() {
	  OnCloseCurrentPage();
	});
  keybindings.action_group_menu()->
    add(Gtk::Action::create("EditFind",
			    Gtk::Stock::FIND),
	[this]() {
	  is_new_file_ = false;
	  OnEditSearch();
	  //TODO(Oyvang, Zalox, Forgi)Create function OnEditFind();
	});
  keybindings.action_group_menu()->
    add(Gtk::Action::create("EditCopy",
			    Gtk::Stock::COPY),  
	[this]() {
	  OnEditCopy();
	});
  keybindings.action_group_menu()->
    add(Gtk::Action::create("EditCut",
			    Gtk::Stock::CUT),
	[this]() {
	  OnEditCut();
	});
  keybindings.action_group_menu()->
    add(Gtk::Action::create("EditPaste",
			    Gtk::Stock::PASTE),
	[this]() {
	  OnEditPaste();
	});
  keybindings.action_group_hidden()->
    add(Gtk::Action::create("EditPaste",
			    Gtk::Stock::PASTE),
	[this]() {
	  OnEditPaste();
	});
  entry_.view_.entry().signal_activate().
    connect(
	    [this]() {
	      if(is_new_file_){
		OnNewPage(entry_.text());
		entry_.OnHideEntries(is_new_file_);
	      }else{
		Search(true);
	      }
	    });
  entry_.button_apply().signal_clicked().
    connect(
	    [this]() {   
	      OnNewPage(entry_.text());
	      entry_.OnHideEntries(is_new_file_);  
	    });
  entry_.button_close().signal_clicked().
    connect(
	    [this]() {   
	      entry_.OnHideEntries(is_new_file_);  
	    });
  entry_.button_next().signal_clicked().
    connect(
	    [this]() {   
	      Search(true); 
	    });
  entry_.button_prev().signal_clicked().
    connect(
	    [this]() {   
	      Search(false); 
	    });
}

void Notebook::Controller::GeneratePopup(std::vector<string> items){
  Gtk::ScrolledWindow popup_scroll_;
  Gtk::ListViewText listview_(1,false,Gtk::SelectionMode::SELECTION_SINGLE);
  Gtk::Dialog popup_("",true);
  listview_.set_enable_search(false);
  listview_.set_hscroll_policy(Gtk::ScrollablePolicy::SCROLL_NATURAL);
  listview_.set_activate_on_single_click(true);
  listview_.signal_row_activated().
    connect([this, &listview_, &popup_](const Gtk::TreeModel::Path& path,
					Gtk::TreeViewColumn*) {
	      std::string t = listview_.get_text(listview_.get_selected()[0]);
	      CurrentTextView().get_buffer()->insert_at_cursor(t);
	      popup_.response(Gtk::RESPONSE_DELETE_EVENT); 
	    });
  for (auto &i : items) listview_.append(i);
  listview_.set_headers_visible(false);
  popup_scroll_.add(listview_); 
  popup_.get_vbox()->pack_start(popup_scroll_);
  popup_.set_size_request(80,80);
  popup_.show_all();
  Gdk::Rectangle temp1, temp2;
  CurrentTextView().
    get_cursor_locations(
			 CurrentTextView().
			 get_buffer()->get_insert()->
			 get_iter(), temp1, temp2);


  int x = temp1.get_x();
  int y = temp1.get_y();
  text_vec_.at(CurrentPage())->
    view().buffer_to_window_coords(
				   Gtk::TextWindowType::TEXT_WINDOW_WIDGET,
				   temp2.get_x(),
				   temp2.get_y(),
				   x, y);


  int widht = Notebook().get_width()-88;
  int height = Notebook().get_height()-180;
  if(x>widht){
    x = widht;  }
  if(y>height){
    y =height;
  }
  popup_.move(x, y+88);
  popup_.run();
}

bool Notebook::Controller::ScrollEventCallback(GdkEventScroll* scroll_event) {
  int page = CurrentPage();
  int direction_y = scroll_event->delta_y;
  int direction_x = scroll_event->delta_x;

  Glib::RefPtr<Gtk::Adjustment> adj =
    scrolledtext_vec_.at(page)->
    get_vscrollbar()->get_adjustment();
  
  if ( direction_y != 0 ) {
   
    int dir_val = direction_y==-1?-model_.scrollvalue_:+model_.scrollvalue_; 
    adj->set_value(adj->get_value()+dir_val);
    text_vec_.at(page)->view().set_vadjustment(adj);
    linenumbers_vec_.at(page)->view().set_vadjustment(adj);
  }
  return true;
}
Notebook::Controller::~Controller() {
  for (auto &i : text_vec_) delete i;
  for (auto &i : linenumbers_vec_) delete i;
  for (auto &i : editor_vec_) delete i;
  for (auto &i : scrolledtext_vec_) delete i;
  for (auto &i : scrolledline_vec_) delete i;
}

Gtk::Paned& Notebook::Controller::view() {
  return view_.view();
}
Gtk::Box& Notebook::Controller::entry_view() {
  return entry_.view();
}

void Notebook::Controller::OnNewPage(std::string name) {
  OnCreatePage();
  text_vec_.back()->OnNewEmptyFile();
  Notebook().append_page(*editor_vec_.back(), name);
  Notebook().show_all_children();
  Notebook().set_current_page(Pages()-1);
  Notebook().set_focus_child(text_vec_.at(Pages()-1)->view()); 
}

void Notebook::Controller::OnOpenFile(std::string path) {
  OnCreatePage();
  text_vec_.back()->OnOpenFile(path);
  unsigned pos = path.find_last_of("/\\");
  Notebook().append_page(*editor_vec_.back(), path.substr(pos+1));
  Notebook().show_all_children();
  std::cout << "setting current page"<< std::endl;
  Notebook().set_current_page(Pages()-1);
  std::cout << "current page set" << std::endl;
  Notebook().set_focus_child(text_vec_.back()->view());
  OnBufferChange();
}

void Notebook::Controller::OnCreatePage(){
  text_vec_.push_back(new Source::Controller(source_config()));
  linenumbers_vec_.push_back(new Source::Controller(source_config()));
  scrolledline_vec_.push_back(new Gtk::ScrolledWindow());
  scrolledtext_vec_.push_back(new Gtk::ScrolledWindow());
  editor_vec_.push_back(new Gtk::HBox());
  scrolledtext_vec_.back()->add(text_vec_.back()->view());
  scrolledline_vec_.back()->add(linenumbers_vec_.back()->view());
  linenumbers_vec_.back()->view().get_buffer()->set_text("1 ");
  linenumbers_vec_.back()->view().override_color(Gdk::RGBA("Black"));
  linenumbers_vec_.back()->
    view().set_justification(Gtk::Justification::JUSTIFY_RIGHT);
  scrolledline_vec_.back()->get_vscrollbar()->hide();
  linenumbers_vec_.back()->view().set_editable(false);
  linenumbers_vec_.back()->view().set_sensitive(false);
  editor_vec_.back()->pack_start(*scrolledline_vec_.back(),false,false);
  editor_vec_.back()->pack_start(*scrolledtext_vec_.back(), true, true);
  BufferChangeHandler(text_vec_.back()->view().get_buffer());
}

void Notebook::Controller::OnCloseCurrentPage() {
  //TODO (oyvang, zalox, forgi) Save a temp file, in case you close one you dont want to close?
  if(Pages()!=0){
    int page = CurrentPage();
    Notebook().remove_page(page);
    delete text_vec_.at(page);
    delete linenumbers_vec_.at(page);
    delete scrolledtext_vec_.at(page);
    delete scrolledline_vec_.at(page);
    delete editor_vec_.at(page);
    text_vec_.erase(text_vec_.begin()+ page);
    linenumbers_vec_.erase(linenumbers_vec_.begin()+page);
    scrolledtext_vec_.erase(scrolledtext_vec_.begin()+page);
    scrolledline_vec_.erase(scrolledline_vec_.begin()+page);
    editor_vec_.erase(editor_vec_.begin()+page);
  }
}
void Notebook::Controller::OnFileNewEmptyfile() {
  entry_.OnShowSetFilenName("");
}
void Notebook::Controller::OnFileNewCCFile() {
  entry_.OnShowSetFilenName(model_.cc_extension_);
}
void Notebook::Controller::OnFileNewHeaderFile() {
  entry_.OnShowSetFilenName(model_.h_extension_);
}
void Notebook::Controller::OnEditCopy() {
  if (Pages() != 0) {
    Buffer(text_vec_.at(CurrentPage()))->copy_clipboard(refClipboard_);
  }
}
void Notebook::Controller::OnEditPaste() {
  if (Pages() != 0) {
    Buffer(text_vec_.at(CurrentPage()))->paste_clipboard(refClipboard_);
  }
}
void Notebook::Controller::OnEditCut() {
  if (Pages() != 0) {
    Buffer(text_vec_.at(CurrentPage()))->cut_clipboard(refClipboard_);
  }
}

std::string Notebook::Controller::GetCursorWord(){
  int page = CurrentPage();
  std::string word;
  Gtk::TextIter start,end;
  start = Buffer(text_vec_.at(page))->get_insert()->get_iter();
  end = Buffer(text_vec_.at(page))->get_insert()->get_iter();
  if(!end.ends_line()) {
    while(!end.ends_word()){
      end.forward_char();
    }
  }
  if(!start.starts_line()) {
    while(!start.starts_word()){
      start.backward_char();
    }
  }
  word = Buffer(text_vec_.at(page))->get_text(start,end);
  //TODO(Oyvang)fix selected text
  return word;
}

void Notebook::Controller::OnEditSearch() {
  search_match_end_ =
    Buffer(text_vec_.at(CurrentPage()))->get_iter_at_offset(0);
  entry_.OnShowSearch(GetCursorWord());
}

void Notebook::Controller::Search(bool forward){
  int page = CurrentPage();
  std::string search_word;
  search_word = entry_.text();
  Gtk::TextIter test;

  if ( !forward ) {
    if ( search_match_start_ == 0 ||
	 search_match_start_.get_line_offset() == 0) {
      search_match_start_= Buffer(text_vec_.at(CurrentPage()))->end();
    }
    search_match_start_.
      backward_search(search_word,
		      Gtk::TextSearchFlags::TEXT_SEARCH_TEXT_ONLY |
		      Gtk::TextSearchFlags::TEXT_SEARCH_VISIBLE_ONLY,
		      search_match_start_,
		      search_match_end_);  
  } else {
    if ( search_match_end_ == 0 ) {
      search_match_end_= Buffer(text_vec_.at(CurrentPage()))->begin();
    }
    search_match_end_.
      forward_search(search_word,
		     Gtk::TextSearchFlags::TEXT_SEARCH_TEXT_ONLY |
		     Gtk::TextSearchFlags::TEXT_SEARCH_VISIBLE_ONLY,
		     search_match_start_,
		     search_match_end_);
  }
}

void Notebook::Controller::OnBufferChange() {
  int page =  CurrentPage();
  int text_nr = Buffer(text_vec_.at(page))->get_line_count();
  int line_nr =  Buffer(linenumbers_vec_.at(page))->get_line_count();
  while (line_nr < text_nr ){
    line_nr++;
    Buffer(linenumbers_vec_.at(page))->
      insert(Buffer(linenumbers_vec_.at(page))->end(),
	     "\n"+std::to_string(line_nr)+" ");
  }
  while (line_nr > text_nr ){
    Gtk::TextIter iter = Buffer(linenumbers_vec_.at(page))->get_iter_at_line(line_nr);
    iter.backward_char();
    line_nr--;
    Buffer(linenumbers_vec_.at(page))->
      erase(iter,
	    Buffer(linenumbers_vec_.at(page))->end());
  }
  if(Buffer(text_vec_.at(page))->get_insert()->get_iter().starts_line() &&
     Buffer(text_vec_.at(page))->get_insert()->get_iter().get_line() ==
     Buffer(text_vec_.at(page))->end().get_line()) {
      
    GdkEventScroll* scroll = new GdkEventScroll;
    scroll->delta_y = 1.0;
    scroll->delta_x = 0.0;
    ScrollEventCallback(scroll);
    delete scroll;
  }
  Gtk::TextIter start,end;
  std::string word;
  start = Buffer(text_vec_.at(page))->get_insert()->get_iter();
  end = Buffer(text_vec_.at(page))->get_insert()->get_iter();
  start.backward_char();
  word = Buffer(text_vec_.at(page))->get_text(start,end);
  if( word == "."){
        //TODO(Oyvang,Zalox,Forgie) Remove TEST
    std::vector<std::string> TEST;
    TEST.push_back("toString()");
    TEST.push_back("toLower()");
    TEST.push_back("toUpper()");
    TEST.push_back("fuckOFF()");
    TEST.push_back("fuckOFF()");
    GeneratePopup(TEST);
  }
}
void Notebook::Controller
::OnDirectoryNavigation(const Gtk::TreeModel::Path& path,
                                                 Gtk::TreeViewColumn* column) {
  Gtk::TreeModel::iterator iter = directories().m_refTreeModel->get_iter(path);
  if(iter) {
    Gtk::TreeModel::Row row = *iter;
    boost::filesystem::path fs_path(Glib::ustring(row[directories()
                                                      .view().m_col_path]));
    if (boost::filesystem::is_directory(fs_path)) {
      directories().m_TreeView.row_expanded(path) ?
        directories().m_TreeView.collapse_row(path) :
        directories().m_TreeView.expand_row(path, false);
    } else {
      std::stringstream sstm;
      sstm << row[directories().view().m_col_path];
      std::string file = sstm.str();
      OnOpenFile(file);
    }
  }
}

Gtk::TextView&  Notebook::Controller::CurrentTextView() {
  return text_vec_.at(CurrentPage())->view();
}

int Notebook::Controller::CurrentPage() {
  return Notebook().get_current_page();
}

Glib::RefPtr<Gtk::TextBuffer>
Notebook::Controller::Buffer( Source::Controller *source ) {
  return source->view().get_buffer();
}

int Notebook::Controller::Pages() {
  return Notebook().get_n_pages();
}
Gtk::Notebook& Notebook::Controller::Notebook() {
  return view_.notebook();
}

void Notebook::Controller::BufferChangeHandler(Glib::RefPtr<Gtk::TextBuffer>
					       buffer) {
  buffer->signal_changed().connect(
				   [this]() {
				     OnBufferChange();
				   });
}