bool init() {
// Create window
Util::kill_other_stackies();
WNDCLASS wc = { 0 };
wc.style = CS_HREDRAW | CS_VREDRAW;
wc.lpfnWndProc = window_proc;
wc.hInstance = ::GetModuleHandle(0);
wc.lpszClassName = STACKY_WINDOW_NAME;
if (!::RegisterClass(&wc)) {
return false;
}
window = ::CreateWindow(STACKY_WINDOW_NAME, STACKY_WINDOW_NAME, WS_OVERLAPPEDWINDOW, 0, 0, 0, 0, 0, 0, ::GetModuleHandle(0), 0);
::SetWindowLongPtr(window, GWLP_USERDATA, (LONG_PTR)cache);
// Create window
HMENU menu = ::CreatePopupMenu();
cache->fixed_items = 1;
add_item(menu, 0, WM_OPEN_TARGET_FOLDER, cache->items[0]);
if (cache->was_rebuilt) {
cache->fixed_items = 2;
add_separator(menu, L"Stack cache rebuilt!");
}
add_separator(menu, L"");
for (size_t i = 1; i < cache->items.size(); i++) {
Cache::Item& item = cache->items[i];
add_item(menu, (int)i + cache->fixed_items, WM_MENU_ITEM, item);
}
show(menu);
return true;
}
void TrackDialog::show(const Point& p_pos,int p_track) {
clear();
t = (p_track==-1)?&editor->get_song()->get_global_track():editor->get_song()->get_track(p_track);
ERR_FAIL_COND(!t);
t_idx=p_track;
bool track_is_mute=editor->get_song()->get_track(p_track);
if (p_track!=-1) {
add_check_item("Mute",ITEM_MUTE,t->is_mute());
add_item(get_skin()->get_bitmap(BITMAP_ICON_SOLO),"Solo",ITEM_SOLO);
add_separator();
add_item(get_skin()->get_bitmap(BITMAP_ICON_COLUMN_ADD),"Add Column",ITEM_ADD_COLUMN);
add_item(get_skin()->get_bitmap(BITMAP_ICON_COLUMN_REMOVE),"Remove Column",ITEM_REMOVE_COLUMN);
add_separator();
}
add_item(get_skin()->get_bitmap(BITMAP_ICON_AUTOMATION),"Automations..",ITEM_AUTOMATIONS);
if (p_track!=-1) {
add_separator();
add_item(get_skin()->get_bitmap(BITMAP_ICON_LEFT),"Move Left",ITEM_MOVE_TRACK_LEFT);
add_item(get_skin()->get_bitmap(BITMAP_ICON_RIGHT),"Move Right",ITEM_MOVE_TRACK_RIGHT);
add_separator();
add_item(get_skin()->get_bitmap(BITMAP_ICON_RENAME),"Rename",ITEM_RENAME);
add_separator();
add_item(get_skin()->get_bitmap(BITMAP_ICON_REMOVE),"Remove",ITEM_REMOVE);
}
popup(p_pos);
}
/* Build the menu */
void build_menu(TilemEmulatorWindow* ewin)
{
GtkActionGroup *acts;
GtkAccelGroup *ag;
GtkWidget *menu, *submenu;
ewin->actions = acts = gtk_action_group_new("Emulator");
gtk_action_group_set_translation_domain(acts, GETTEXT_PACKAGE);
gtk_action_group_add_actions(ewin->actions, main_action_ents,
G_N_ELEMENTS(main_action_ents), ewin);
ag = gtk_accel_group_new();
gtk_window_add_accel_group(GTK_WINDOW(ewin->window), ag);
ewin->popup_menu = menu = gtk_menu_new();
add_item(menu, ag, acts, "send-file");
add_item(menu, ag, acts, "receive-file");
add_item(menu, ag, acts, "link-setup");
add_separator(menu);
add_item(menu, ag, acts, "open-calc");
add_item(menu, ag, acts, "save-calc");
add_item(menu, ag, acts, "revert-calc");
add_item(menu, ag, acts, "reset-calc");
add_separator(menu);
add_item(menu, ag, acts, "start-debugger");
submenu = add_submenu(menu, _("_Macro"));
add_item(submenu, ag, acts, "begin-macro");
add_item(submenu, ag, acts, "end-macro");
add_item(submenu, ag, acts, "play-macro");
add_separator(submenu);
add_item(submenu, ag, acts, "open-macro");
add_item(submenu, ag, acts, "save-macro");
add_item(menu, ag, acts, "screenshot");
add_item(menu, ag, acts, "quick-screenshot");
add_separator(menu);
add_item(menu, ag, acts, "preferences");
add_separator(menu);
add_item(menu, ag, acts, "about");
add_item(menu, ag, acts, "quit");
}
void OptionBox::set_in_window() {
popup = GUI_NEW( PopUpMenu( get_window() ) );
popup->selected_id_signal.connect( this, &OptionBox::item_activated );
DeferredAdd *l=deferred_add_list;
while (l) {
if (l->is_sep)
add_separator();
else if (l->bitmap<0)
add_item( l->text, l->id,l->shortcut, l->shortcut_active );
else
add_item( l->bitmap, l->text, l->id,l->shortcut, l->shortcut_active );
l=l->next;
}
clear_deferred_list();
}
void
extract_cli_parser_c::init_parser() {
add_information(YT("mkvextract <mode> <source-filename> [options] <extraction-spec>"));
add_section_header(YT("Usage"));
add_information(YT("mkvextract tracks <inname> [options] [TID1:out1 [TID2:out2 ...]]"));
add_information(YT("mkvextract tags <inname> [options]"));
add_information(YT("mkvextract attachments <inname> [options] [AID1:out1 [AID2:out2 ...]]"));
add_information(YT("mkvextract chapters <inname> [options]"));
add_information(YT("mkvextract cuesheet <inname> [options]"));
add_information(YT("mkvextract timecodes_v2 <inname> [TID1:out1 [TID2:out2 ...]]"));
add_information(YT("mkvextract <-h|-V>"));
add_separator();
add_information(YT("The first word tells mkvextract what to extract. The second must be the source file. "
"There are few global options that can be used with all modes. "
"All other options depend on the mode."));
add_section_header(YT("Global options"));
OPT("f|parse-fully", set_parse_fully, YT("Parse the whole file instead of relying on the index."));
add_common_options();
add_section_header(YT("Track extraction"));
add_information(YT("The first mode extracts some tracks to external files."));
OPT("c=charset", set_charset, YT("Convert text subtitles to this charset (default: UTF-8)."));
OPT("cuesheet", set_cuesheet, YT("Also try to extract the CUE sheet from the chapter information and tags for this track."));
OPT("blockadd=level", set_blockadd, YT("Keep only the BlockAdditions up to this level (default: keep all levels)"));
OPT("raw", set_raw, YT("Extract the data to a raw file."));
OPT("fullraw", set_fullraw, YT("Extract the data to a raw file including the CodecPrivate as a header."));
add_informational_option("TID:out", YT("Write track with the ID TID to the file 'out'."));
add_section_header(YT("Example"));
add_information(YT("mkvextract tracks \"a movie.mkv\" 2:audio.ogg -c ISO8859-1 3:subs.srt"));
add_separator();
add_section_header(YT("Tag extraction"));
add_information(YT("The second mode extracts the tags and converts them to XML. The output is written to the standard output. The output can be used as a source for mkvmerge."));
add_section_header(YT("Example"));
add_information(YT("mkvextract tags \"a movie.mkv\" > movie_tags.xml"));
add_section_header(YT("Attachment extraction"));
add_information(YT("The third mode extracts attachments from the source file."));
add_informational_option("AID:outname", YT("Write the attachment with the ID 'AID' to 'outname'."));
add_section_header(YT("Example"));
add_information(YT("mkvextract attachments \"a movie.mkv\" 4:cover.jpg"));
add_section_header(YT("Chapter extraction"));
add_information(YT("The fourth mode extracts the chapters and converts them to XML. The output is written to the standard output. The output can be used as a source for mkvmerge."));
OPT("s|simple", set_simple, YT("Exports the chapter information in the simple format used in OGM tools (CHAPTER01=... CHAPTER01NAME=...)."));
add_section_header(YT("Example"));
add_information(YT("mkvextract chapters \"a movie.mkv\" > movie_chapters.xml"));
add_section_header(YT("CUE sheet extraction"));
add_information(YT("The fifth mode tries to extract chapter information and tags and outputs them as a CUE sheet. This is the reverse of using a CUE sheet with "
"mkvmerge's '--chapters' option."));
add_section_header(YT("Example"));
add_information(YT("mkvextract cuesheet \"audiofile.mka\" > audiofile.cue"));
add_section_header(YT("Timecode extraction"));
add_information(YT("The sixth mode finds the timecodes of all blocks for a track and outputs a timecode v2 file with these timecodes."));
add_section_header(YT("Example"));
add_information(YT("mkvextract timecodes_v2 \"a movie.mkv\" 1:timecodes_track1.txt"));
add_hook(cli_parser_c::ht_unknown_option, std::bind(&extract_cli_parser_c::set_mode_or_extraction_spec, this));
}
