void AudacityProject::RebuildMenuBar()
{
// BG: Generate an array of keys combos that cannot be used
#include "commandkeys.h"
mFileMenu = new wxMenu();
mEditMenu = new wxMenu();
mViewMenu = new wxMenu();
mProjectMenu = new wxMenu();
mEffectMenu = new wxMenu();
mPluginMenu = new wxMenu();
mHelpMenu = new wxMenu();
delete mMenuBar->Replace(fileMenu, mFileMenu, _("&File"));
delete mMenuBar->Replace(editMenu, mEditMenu, _("&Edit"));
delete mMenuBar->Replace(viewMenu, mViewMenu, _("&View"));
delete mMenuBar->Replace(projectMenu, mProjectMenu, _("&Project"));
delete mMenuBar->Replace(effectMenu, mEffectMenu, _("Effec&t"));
wxMenu * tmp = mMenuBar->Replace(pluginMenu, mPluginMenu, _("Plugin&s"));
size_t eMax = tmp->GetMenuItemCount();
for(size_t e = 0; e < eMax; e++){
tmp->Destroy(FirstPluginSubMenuID + e);
}
delete tmp;
delete mMenuBar->Replace(helpMenu, mHelpMenu, _("&Help"));
BuildMenuBar();
}
void AudacityProject::CreateMenuBar()
{
mMenusDirtyCheck = gMenusDirty;
mFirstTimeUpdateMenus = true;
#define AUDACITY_MENUS_COMMANDS_EVENT_TABLE
// BG: Generate an array of command names, and their corresponding functions
#include "commands.h"
#undef AUDACITY_MENUS_COMMANDS_EVENT_TABLE
mMenuBar = new wxMenuBar();
mFileMenu = new wxMenu();
mEditMenu = new wxMenu();
mViewMenu = new wxMenu();
mProjectMenu = new wxMenu();
mEffectMenu = new wxMenu();
mPluginMenu = new wxMenu();
mHelpMenu = new wxMenu();
mMenuBar->Append(mFileMenu, _("&File"));
mMenuBar->Append(mEditMenu, _("&Edit"));
mMenuBar->Append(mViewMenu, _("&View"));
mMenuBar->Append(mProjectMenu, _("&Project"));
mMenuBar->Append(mEffectMenu, _("Effec&t"));
mMenuBar->Append(mPluginMenu, _("Plugin&s"));
mMenuBar->Append(mHelpMenu, _("&Help"));
SetMenuBar(mMenuBar);
BuildMenuBar();
}
// Builds a new window, initializes the variables and event handler and builds
// the menu.
SVPaint::SVPaint(const char *server_name) {
window_ = new ScrollView("ScrollView Paint Example", // window caption
0, 0, // x,y window position
500, 500, // window size
500, 500, // canvas size
false, // whether the Y axis is inversed.
// this is included due to legacy
// reasons for tesseract and enables
// us to have (0,0) as the LOWER left
// of the coordinate system.
server_name); // the server address.
// Set the start modes to point-to-point and line drawing.
click_mode_ = 1;
drag_mode_ = 4;
has_start_point_ = false;
// Bild our menus and add them to the window. The flag illustrates whether
// this is a menu bar.
SVMenuNode* popup_menu = BuildPopupMenu();
popup_menu->BuildMenu(window_,false);
SVMenuNode* bar_menu = BuildMenuBar();
bar_menu->BuildMenu(window_,true);
// Set the initial color values to White (could also be done by
// passing (rgb[0], rgb[1], rgb[2]).
window_->Pen(ScrollView::WHITE);
window_->Brush(ScrollView::WHITE);
// Adds the event handler to the window. This actually ensures that Notify
// gets called when events occur.
window_->AddEventHandler(this);
// Set the window visible (calling this is important to actually render
// everything. Without this call, the window would also be drawn, but the
// menu bars would be missing.
window_->SetVisible(true);
// Rest this thread until its window is destroyed.
// Note that a special eventhandling thread was created when constructing
// the window. Due to this, the application will not deadlock here.
window_->AwaitEvent(SVET_DESTROY);
// We now have 3 Threads running:
// (1) The MessageReceiver thread which fetches messages and distributes them
// (2) The EventHandler thread which handles all events for window_
// (3) The main thread which waits on window_ for a DESTROY event (blocked)
}
