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lyx_mirror/src/frontends/qt4/Menus.cpp
Jürgen Spitzmüller 7a7676e3fe Menus.cpp: use proper ifdefs. 
git-svn-id: svn://svn.lyx.org/lyx/lyx-devel/trunk@37693 a592a061-630c-0410-9148-cb99ea01b6c8
2011-02-16 15:56:07 +00:00

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/**
* \file qt4/Menus.cpp
* This file is part of LyX, the document processor.
* Licence details can be found in the file COPYING.
*
* \author John Levon
* \author Asger Alstrup
* \author Lars Gullik Bjønnes
* \author Jean-Marc Lasgouttes
* \author André Pönitz
* \author Dekel Tsur
* \author Martin Vermeer
*
* Full author contact details are available in file CREDITS.
*/
#include <config.h>
#include "Menus.h"
#include "Action.h"
#include "GuiApplication.h"
#include "GuiView.h"
#include "GuiWorkArea.h"
#include "qt_helpers.h"
#include "BiblioInfo.h"
#include "BranchList.h"
#include "Buffer.h"
#include "BufferList.h"
#include "BufferParams.h"
#include "BufferView.h"
#include "Converter.h"
#include "CutAndPaste.h"
#include "Floating.h"
#include "FloatList.h"
#include "Format.h"
#include "FuncRequest.h"
#include "FuncStatus.h"
#include "IndicesList.h"
#include "KeyMap.h"
#include "Language.h"
#include "Lexer.h"
#include "LyXAction.h"
#include "LyX.h"
#include "LyXRC.h"
#include "lyxfind.h"
#include "Paragraph.h"
#include "ParIterator.h"
#include "Session.h"
#include "SpellChecker.h"
#include "TextClass.h"
#include "TocBackend.h"
#include "Toolbars.h"
#include "WordLangTuple.h"
#include "insets/Inset.h"
#include "insets/InsetCitation.h"
#include "insets/InsetGraphics.h"
#include "support/lassert.h"
#include "support/convert.h"
#include "support/debug.h"
#include "support/docstring_list.h"
#include "support/filetools.h"
#include "support/gettext.h"
#include "support/lstrings.h"
#include <QCursor>
#include <QHash>
#include <QList>
#include <QMenuBar>
#include <QString>
#if QT_VERSION >= 0x040600
#include <QProxyStyle>
#endif
#include "support/shared_ptr.h"
#include <algorithm>
#include <vector>
using namespace std;
using namespace lyx::support;
namespace lyx {
namespace frontend {
namespace {
// MacOSX specific stuff is at the end.
class MenuDefinition;
///
class MenuItem {
public:
/// The type of elements that can be in a menu
enum Kind {
///
Command,
///
Submenu,
///
Separator,
/** This type of item explains why something is unavailable. If this
menuitem is in a submenu, the submenu is enabled to make sure the
user sees the information. */
Help,
/** This type of item merely shows that there might be a list or
something alike at this position, but the list is still empty.
If this item is in a submenu, the submenu will not always be
enabled. */
Info,
/** This is the list of last opened file,
typically for the File menu. */
Lastfiles,
/** This is the list of opened Documents,
typically for the Documents menu. */
Documents,
/** This is the bookmarks */
Bookmarks,
///
Toc,
/** This is a list of viewable formats
typically for the File->View menu. */
ViewFormats,
/** This is a list of updatable formats
typically for the File->Update menu. */
UpdateFormats,
/** This is a list of exportable formats
typically for the File->Export menu. */
ExportFormats,
/** This is a list of importable formats
typically for the File->Import menu. */
ImportFormats,
/** This is the list of elements available
* for insertion into document. */
CharStyles,
/** This is the list of user-configurable
insets to insert into document */
Custom,
/** This is the list of XML elements to
insert into the document */
Elements,
/** This is the list of floats that we can
insert a list for. */
FloatListInsert,
/** This is the list of floats that we can
insert. */
FloatInsert,
/** This is the list of selections that can
be pasted. */
PasteRecent,
/** toolbars */
Toolbars,
/** Available branches in document */
Branches,
/** Available indices in document */
Indices,
/** Context menu for indices in document */
IndicesContext,
/** Available index lists in document */
IndicesLists,
/** Context menu for available indices lists in document */
IndicesListsContext,
/** Available citation styles for a given citation */
CiteStyles,
/** Available graphics groups */
GraphicsGroups,
/// Words suggested by the spellchecker.
SpellingSuggestions,
/** Used Languages */
LanguageSelector
};
explicit MenuItem(Kind kind) : kind_(kind), optional_(false) {}
MenuItem(Kind kind,
QString const & label,
QString const & submenu = QString(),
QString const & tooltip = QString(),
bool optional = false)
: kind_(kind), label_(label), submenuname_(submenu),
tooltip_(tooltip), optional_(optional)
{
LASSERT(kind == Submenu || kind == Help || kind == Info, /**/);
}
MenuItem(Kind kind,
QString const & label,
FuncRequest const & func,
QString const & tooltip = QString(),
bool optional = false,
FuncRequest::Origin origin = FuncRequest::MENU)
: kind_(kind), label_(label), func_(func),
tooltip_(tooltip), optional_(optional)
{
func_.setOrigin(origin);
}
// shared_ptr<MenuDefinition> needs this apprently...
~MenuItem() {}
/// The label of a given menuitem
QString label() const
{
int const index = label_.lastIndexOf('|');
return index == -1 ? label_ : label_.left(index);
}
/// The keyboard shortcut (usually underlined in the entry)
QString shortcut() const
{
int const index = label_.lastIndexOf('|');
return index == -1 ? QString() : label_.mid(index + 1);
}
/// The complete label, with label and shortcut separated by a '|'
QString fulllabel() const { return label_; }
/// The kind of entry
Kind kind() const { return kind_; }
/// the action (if relevant)
FuncRequest const & func() const { return func_; }
/// the tooltip
QString const & tooltip() const { return tooltip_; }
/// returns true if the entry should be omitted when disabled
bool optional() const { return optional_; }
/// returns the status of the lfun associated with this entry
FuncStatus const & status() const { return status_; }
/// returns the status of the lfun associated with this entry
FuncStatus & status() { return status_; }
/// returns the status of the lfun associated with this entry
void status(FuncStatus const & status) { status_ = status; }
///returns the binding associated to this action.
QString binding() const
{
if (kind_ != Command)
return QString();
// Get the keys bound to this action, but keep only the
// first one later
KeyMap::Bindings bindings = theTopLevelKeymap().findBindings(func_);
if (bindings.size())
return toqstr(bindings.begin()->print(KeySequence::ForGui));
LYXERR(Debug::KBMAP, "No binding for "
<< lyxaction.getActionName(func_.action())
<< '(' << func_.argument() << ')');
return QString();
}
/// the description of the submenu (if relevant)
QString const & submenuname() const { return submenuname_; }
/// set the description of the submenu
void submenuname(QString const & name) { submenuname_ = name; }
///
bool hasSubmenu() const { return !submenu_.isEmpty(); }
///
MenuDefinition const & submenu() const { return submenu_.at(0); }
MenuDefinition & submenu() { return submenu_[0]; }
///
void setSubmenu(MenuDefinition const & menu)
{
submenu_.clear();
submenu_.append(menu);
}
private:
///
Kind kind_;
///
QString label_;
///
FuncRequest func_;
///
QString submenuname_;
///
QString tooltip_;
///
bool optional_;
///
FuncStatus status_;
/// contains 0 or 1 item.
QList<MenuDefinition> submenu_;
};
///
class MenuDefinition {
public:
///
typedef std::vector<MenuItem> ItemList;
///
typedef ItemList::const_iterator const_iterator;
///
explicit MenuDefinition(QString const & name = QString()) : name_(name) {}
///
void read(Lexer &);
///
QString const & name() const { return name_; }
///
bool empty() const { return items_.empty(); }
/// Clear the menu content.
void clear() { items_.clear(); }
///
size_t size() const { return items_.size(); }
///
MenuItem const & operator[](size_t) const;
///
const_iterator begin() const { return items_.begin(); }
///
const_iterator end() const { return items_.end(); }
///
void cat(MenuDefinition const & other);
// search for func in this menu iteratively, and put menu
// names in a stack.
bool searchMenu(FuncRequest const & func, docstring_list & names)
const;
///
bool hasFunc(FuncRequest const &) const;
/// Add the menu item unconditionally
void add(MenuItem const & item) { items_.push_back(item); }
/// Checks the associated FuncRequest status before adding the
/// menu item.
void addWithStatusCheck(MenuItem const &);
// Check whether the menu shortcuts are unique
void checkShortcuts() const;
///
void expandLastfiles();
void expandDocuments();
void expandBookmarks();
void expandFormats(MenuItem::Kind kind, Buffer const * buf);
void expandFloatListInsert(Buffer const * buf);
void expandFloatInsert(Buffer const * buf);
void expandFlexInsert(Buffer const * buf, InsetLayout::InsetLyXType type);
void expandToc2(Toc const & toc_list, size_t from, size_t to, int depth);
void expandToc(Buffer const * buf);
void expandPasteRecent(Buffer const * buf);
void expandToolbars();
void expandBranches(Buffer const * buf);
void expandIndices(Buffer const * buf, bool listof = false);
void expandIndicesContext(Buffer const * buf, bool listof = false);
void expandCiteStyles(BufferView const *);
void expandGraphicsGroups(BufferView const *);
void expandSpellingSuggestions(BufferView const *);
void expandLanguageSelector(Buffer const * buf);
///
ItemList items_;
///
QString name_;
};
/// Helper for std::find_if
class MenuNamesEqual
{
public:
MenuNamesEqual(QString const & name) : name_(name) {}
bool operator()(MenuDefinition const & menu) const { return menu.name() == name_; }
private:
QString name_;
};
///
typedef std::vector<MenuDefinition> MenuList;
///
typedef MenuList::const_iterator const_iterator;
///
typedef MenuList::iterator iterator;
/////////////////////////////////////////////////////////////////////
// MenuDefinition implementation
/////////////////////////////////////////////////////////////////////
void MenuDefinition::addWithStatusCheck(MenuItem const & i)
{
switch (i.kind()) {
case MenuItem::Command: {
FuncStatus status = lyx::getStatus(i.func());
if (status.unknown() || (!status.enabled() && i.optional()))
break;
items_.push_back(i);
items_.back().status(status);
break;
}
case MenuItem::Submenu: {
bool enabled = false;
if (i.hasSubmenu()) {
for (const_iterator cit = i.submenu().begin();
cit != i.submenu().end(); ++cit) {
// Only these kind of items affect the status of the submenu
if ((cit->kind() == MenuItem::Command
|| cit->kind() == MenuItem::Submenu
|| cit->kind() == MenuItem::Help)
&& cit->status().enabled()) {
enabled = true;
break;
}
}
}
if (enabled || !i.optional()) {
items_.push_back(i);
items_.back().status().setEnabled(enabled);
}
break;
}
case MenuItem::Separator:
if (!items_.empty() && items_.back().kind() != MenuItem::Separator)
items_.push_back(i);
break;
default:
items_.push_back(i);
}
}
void MenuDefinition::read(Lexer & lex)
{
enum {
md_item = 1,
md_branches,
md_citestyles,
md_documents,
md_bookmarks,
md_charstyles,
md_custom,
md_elements,
md_endmenu,
md_exportformats,
md_importformats,
md_indices,
md_indicescontext,
md_indiceslists,
md_indiceslistscontext,
md_lastfiles,
md_optitem,
md_optsubmenu,
md_separator,
md_submenu,
md_toc,
md_updateformats,
md_viewformats,
md_floatlistinsert,
md_floatinsert,
md_pasterecent,
md_toolbars,
md_graphicsgroups,
md_spellingsuggestions,
md_languageselector
};
LexerKeyword menutags[] = {
{ "bookmarks", md_bookmarks },
{ "branches", md_branches },
{ "charstyles", md_charstyles },
{ "citestyles", md_citestyles },
{ "custom", md_custom },
{ "documents", md_documents },
{ "elements", md_elements },
{ "end", md_endmenu },
{ "exportformats", md_exportformats },
{ "floatinsert", md_floatinsert },
{ "floatlistinsert", md_floatlistinsert },
{ "graphicsgroups", md_graphicsgroups },
{ "importformats", md_importformats },
{ "indices", md_indices },
{ "indicescontext", md_indicescontext },
{ "indiceslists", md_indiceslists },
{ "indiceslistscontext", md_indiceslistscontext },
{ "item", md_item },
{ "languageselector", md_languageselector },
{ "lastfiles", md_lastfiles },
{ "optitem", md_optitem },
{ "optsubmenu", md_optsubmenu },
{ "pasterecent", md_pasterecent },
{ "separator", md_separator },
{ "spellingsuggestions", md_spellingsuggestions },
{ "submenu", md_submenu },
{ "toc", md_toc },
{ "toolbars", md_toolbars },
{ "updateformats", md_updateformats },
{ "viewformats", md_viewformats }
};
lex.pushTable(menutags);
lex.setContext("MenuDefinition::read: ");
bool quit = false;
bool optional = false;
while (lex.isOK() && !quit) {
switch (lex.lex()) {
case md_optitem:
optional = true;
// fallback to md_item
case md_item: {
lex.next(true);
docstring const name = translateIfPossible(lex.getDocString());
lex.next(true);
string const command = lex.getString();
FuncRequest func = lyxaction.lookupFunc(command);
FuncRequest::Origin origin = FuncRequest::MENU;
if (name_.startsWith("context-toc-"))
origin = FuncRequest::TOC;
add(MenuItem(MenuItem::Command, toqstr(name), func, QString(), optional, origin));
optional = false;
break;
}
case md_separator:
add(MenuItem(MenuItem::Separator));
break;
case md_lastfiles:
add(MenuItem(MenuItem::Lastfiles));
break;
case md_charstyles:
add(MenuItem(MenuItem::CharStyles));
break;
case md_custom:
add(MenuItem(MenuItem::Custom));
break;
case md_elements:
add(MenuItem(MenuItem::Elements));
break;
case md_documents:
add(MenuItem(MenuItem::Documents));
break;
case md_bookmarks:
add(MenuItem(MenuItem::Bookmarks));
break;
case md_toc:
add(MenuItem(MenuItem::Toc));
break;
case md_viewformats:
add(MenuItem(MenuItem::ViewFormats));
break;
case md_updateformats:
add(MenuItem(MenuItem::UpdateFormats));
break;
case md_exportformats:
add(MenuItem(MenuItem::ExportFormats));
break;
case md_importformats:
add(MenuItem(MenuItem::ImportFormats));
break;
case md_floatlistinsert:
add(MenuItem(MenuItem::FloatListInsert));
break;
case md_floatinsert:
add(MenuItem(MenuItem::FloatInsert));
break;
case md_pasterecent:
add(MenuItem(MenuItem::PasteRecent));
break;
case md_toolbars:
add(MenuItem(MenuItem::Toolbars));
break;
case md_branches:
add(MenuItem(MenuItem::Branches));
break;
case md_citestyles:
add(MenuItem(MenuItem::CiteStyles));
break;
case md_graphicsgroups:
add(MenuItem(MenuItem::GraphicsGroups));
break;
case md_spellingsuggestions:
add(MenuItem(MenuItem::SpellingSuggestions));
break;
case md_languageselector:
add(MenuItem(MenuItem::LanguageSelector));
break;
case md_indices:
add(MenuItem(MenuItem::Indices));
break;
case md_indicescontext:
add(MenuItem(MenuItem::IndicesContext));
break;
case md_indiceslists:
add(MenuItem(MenuItem::IndicesLists));
break;
case md_indiceslistscontext:
add(MenuItem(MenuItem::IndicesListsContext));
break;
case md_optsubmenu:
optional = true;
// fallback to md_submenu
case md_submenu: {
lex.next(true);
docstring const mlabel = translateIfPossible(lex.getDocString());
lex.next(true);
docstring const mname = lex.getDocString();
add(MenuItem(MenuItem::Submenu,
toqstr(mlabel), toqstr(mname), QString(), optional));
optional = false;
break;
}
case md_endmenu:
quit = true;
break;
default:
lex.printError("Unknown menu tag");
break;
}
}
lex.popTable();
}
MenuItem const & MenuDefinition::operator[](size_type i) const
{
return items_[i];
}
bool MenuDefinition::hasFunc(FuncRequest const & func) const
{
for (const_iterator it = begin(), et = end(); it != et; ++it)
if (it->func() == func)
return true;
return false;
}
void MenuDefinition::cat(MenuDefinition const & other)
{
const_iterator et = other.end();
for (const_iterator it = other.begin(); it != et; ++it)
add(*it);
}
void MenuDefinition::checkShortcuts() const
{
// This is a quadratic algorithm, but we do not care because
// menus are short enough
for (const_iterator it1 = begin(); it1 != end(); ++it1) {
QString shortcut = it1->shortcut();
if (shortcut.isEmpty())
continue;
if (!it1->label().contains(shortcut))
LYXERR0("Menu warning: menu entry \""
<< it1->label()
<< "\" does not contain shortcut `"
<< shortcut << "'.");
for (const_iterator it2 = begin(); it2 != it1 ; ++it2) {
if (!it2->shortcut().compare(shortcut, Qt::CaseInsensitive)) {
LYXERR0("Menu warning: menu entries "
<< '"' << it1->fulllabel()
<< "\" and \"" << it2->fulllabel()
<< "\" share the same shortcut.");
}
}
}
}
bool MenuDefinition::searchMenu(FuncRequest const & func, docstring_list & names) const
{
const_iterator m = begin();
const_iterator m_end = end();
for (; m != m_end; ++m) {
if (m->kind() == MenuItem::Command && m->func() == func) {
names.push_back(qstring_to_ucs4(m->label()));
return true;
}
if (m->kind() == MenuItem::Submenu) {
names.push_back(qstring_to_ucs4(m->label()));
if (!m->hasSubmenu()) {
LYXERR(Debug::GUI, "Warning: non existing sub menu label="
<< m->label() << " name=" << m->submenuname());
names.pop_back();
continue;
}
if (m->submenu().searchMenu(func, names))
return true;
names.pop_back();
}
}
return false;
}
bool compareFormat(Format const * p1, Format const * p2)
{
return *p1 < *p2;
}
QString limitStringLength(docstring const & str)
{
size_t const max_item_length = 45;
if (str.size() > max_item_length)
return toqstr(str.substr(0, max_item_length - 3) + "...");
return toqstr(str);
}
void MenuDefinition::expandGraphicsGroups(BufferView const * bv)
{
if (!bv)
return;
set<string> grp;
graphics::getGraphicsGroups(bv->buffer(), grp);
if (grp.empty())
return;
set<string>::const_iterator it = grp.begin();
set<string>::const_iterator end = grp.end();
add(MenuItem(MenuItem::Command, qt_("No Group"),
FuncRequest(LFUN_SET_GRAPHICS_GROUP)));
for (; it != end; it++) {
addWithStatusCheck(MenuItem(MenuItem::Command, toqstr(*it) + '|',
FuncRequest(LFUN_SET_GRAPHICS_GROUP, *it)));
}
}
void MenuDefinition::expandSpellingSuggestions(BufferView const * bv)
{
if (!bv)
return;
WordLangTuple wl;
docstring_list suggestions;
Cursor const & cur = bv->cursor();
Paragraph const & par = cur.paragraph();
pos_type from = cur.pos();
pos_type to = from;
SpellChecker::Result res = par.spellCheck(from, to, wl, suggestions, true, true);
switch (res) {
case SpellChecker::UNKNOWN_WORD:
if (lyxrc.spellcheck_continuously) {
LYXERR(Debug::GUI, "Misspelled Word! Suggested Words = ");
docstring const & selection = cur.selectionAsString(false);
if (!cur.selection() || selection == wl.word()) {
size_t i = 0;
size_t m = 10; // first submenu index
MenuItem item(MenuItem::Submenu, qt_("More Spelling Suggestions"));
item.setSubmenu(MenuDefinition(qt_("More Spelling Suggestions")));
for (; i != suggestions.size(); ++i) {
docstring const & suggestion = suggestions[i];
LYXERR(Debug::GUI, suggestion);
MenuItem w(MenuItem::Command, toqstr(suggestion),
FuncRequest(LFUN_WORD_REPLACE,
replace2string(suggestion,selection,
true, true, false, false)));
if (i < m)
add(w);
else
item.submenu().add(w);
}
if (i > m)
add(item);
if (i > 0)
add(MenuItem(MenuItem::Separator));
docstring const arg = wl.word() + " " + from_ascii(wl.lang()->lang());
add(MenuItem(MenuItem::Command, qt_("Add to personal dictionary|n"),
FuncRequest(LFUN_SPELLING_ADD, arg)));
add(MenuItem(MenuItem::Command, qt_("Ignore all|I"),
FuncRequest(LFUN_SPELLING_IGNORE, arg)));
}
}
break;
case SpellChecker::LEARNED_WORD: {
LYXERR(Debug::GUI, "Learned Word.");
docstring const arg = wl.word() + " " + from_ascii(wl.lang()->lang());
add(MenuItem(MenuItem::Command, qt_("Remove from personal dictionary|r"),
FuncRequest(LFUN_SPELLING_REMOVE, arg)));
}
break;
case SpellChecker::WORD_OK:
case SpellChecker::COMPOUND_WORD:
case SpellChecker::ROOT_FOUND:
case SpellChecker::IGNORED_WORD:
break;
}
}
struct sortLanguageByName {
bool operator()(const Language * a, const Language * b) const {
return qt_(a->display()).localeAwareCompare(qt_(b->display())) < 0;
}
};
void MenuDefinition::expandLanguageSelector(Buffer const * buf)
{
if (!buf)
return;
std::set<Language const *> languages_buffer =
buf->masterBuffer()->getLanguages();
if (languages_buffer.size() < 2)
return;
std::set<Language const *, sortLanguageByName> languages;
std::set<Language const *>::const_iterator const beg =
languages_buffer.begin();
for (std::set<Language const *>::const_iterator cit = beg;
cit != languages_buffer.end(); ++cit) {
languages.insert(*cit);
}
MenuItem item(MenuItem::Submenu, qt_("Language|L"));
item.setSubmenu(MenuDefinition(qt_("Language")));
QString morelangs = qt_("More Languages ...|M");
QStringList accelerators;
if (morelangs.contains('|'))
accelerators.append(morelangs.section('|', -1));
std::set<Language const *, sortLanguageByName>::const_iterator const begin = languages.begin();
for (std::set<Language const *, sortLanguageByName>::const_iterator cit = begin;
cit != languages.end(); ++cit) {
QString label = qt_((*cit)->display());
// try to add an accelerator
bool success = false;
// try capitals first
for (int i = 0; i < label.size(); ++i) {
QChar const ch = label[i];
if (!ch.isUpper())
continue;
if (!accelerators.contains(ch, Qt::CaseInsensitive)) {
label = label + toqstr("|") + ch;
accelerators.append(ch);
success = true;
break;
}
}
// if all capitals are taken, try the rest
if (!success) {
for (int i = 0; i < label.size(); ++i) {
if (label[i].isSpace())
continue;
QString const ch = QString(label[i]);
if (!accelerators.contains(ch, Qt::CaseInsensitive)) {
label = label + toqstr("|") + ch;
accelerators.append(ch);
break;
}
}
}
MenuItem w(MenuItem::Command, label,
FuncRequest(LFUN_LANGUAGE, (*cit)->lang()));
item.submenu().addWithStatusCheck(w);
}
item.submenu().add(MenuItem(MenuItem::Separator));
item.submenu().add(MenuItem(MenuItem::Command, morelangs,
FuncRequest(LFUN_DIALOG_SHOW, "character")));
add(item);
}
void MenuDefinition::expandLastfiles()
{
LastFilesSection::LastFiles const & lf = theSession().lastFiles().lastFiles();
LastFilesSection::LastFiles::const_iterator lfit = lf.begin();
unsigned int ii = 1;
for (; lfit != lf.end() && ii <= lyxrc.num_lastfiles; ++lfit, ++ii) {
string const file = lfit->absFileName();
QString const short_path = toqstr(makeDisplayPath(file, 30));
QString const long_path = toqstr(makeDisplayPath(file));
QString label;
if (ii < 10)
label = QString("%1. %2|%3").arg(ii).arg(short_path).arg(ii);
else
label = QString("%1. %2").arg(ii).arg(short_path);
add(MenuItem(MenuItem::Command, label,
FuncRequest(LFUN_FILE_OPEN, file), long_path));
}
}
void MenuDefinition::expandDocuments()
{
MenuItem item(MenuItem::Submenu, qt_("Hidden|H"));
item.setSubmenu(MenuDefinition(qt_("Hidden|H")));
Buffer * first = theBufferList().first();
if (!first) {
add(MenuItem(MenuItem::Info, qt_("<No Documents Open>")));
return;
}
int i = 0;
while (true) {
if (!guiApp->currentView())
break;
GuiWorkArea * wa = guiApp->currentView()->workArea(i);
if (!wa)
break;
Buffer const & b = wa->bufferView().buffer();
QString label = toqstr(b.fileName().displayName(20));
if (!b.isClean())
label += "*";
if (i < 10)
label = QString::number(i) + ". " + label + '|' + QString::number(i);
add(MenuItem(MenuItem::Command, label,
FuncRequest(LFUN_BUFFER_SWITCH, b.absFileName())));
++i;
}
i = 0;
Buffer * b = first;
// We cannot use a for loop as the buffer list cycles.
do {
bool const shown = guiApp->currentView()
? guiApp->currentView()->workArea(*b) : false;
if (!shown) {
QString label = toqstr(b->fileName().displayName(20));
if (!b->isClean())
label += "*";
if (i < 10)
label = QString::number(i) + ". " + label + '|' + QString::number(i);
item.submenu().add(MenuItem(MenuItem::Command, label,
FuncRequest(LFUN_BUFFER_SWITCH, b->absFileName())));
++i;
}
b = theBufferList().next(b);
} while (b != first);
if (!item.submenu().empty())
add(item);
}
void MenuDefinition::expandBookmarks()
{
lyx::BookmarksSection const & bm = theSession().bookmarks();
bool empty = true;
for (size_t i = 1; i <= bm.size(); ++i) {
if (bm.isValid(i)) {
string const file = bm.bookmark(i).filename.absFileName();
QString const label = QString("%1. %2|%3").arg(i)
.arg(toqstr(makeDisplayPath(file, 20))).arg(i);
add(MenuItem(MenuItem::Command, label,
FuncRequest(LFUN_BOOKMARK_GOTO, convert<docstring>(i))));
empty = false;
}
}
if (empty)
add(MenuItem(MenuItem::Info, qt_("<No Bookmarks Saved Yet>")));
}
void MenuDefinition::expandFormats(MenuItem::Kind kind, Buffer const * buf)
{
if (!buf && kind != MenuItem::ImportFormats)
return;
typedef vector<Format const *> Formats;
Formats formats;
FuncCode action;
switch (kind) {
case MenuItem::ImportFormats:
formats = theConverters().importableFormats();
action = LFUN_BUFFER_IMPORT;
break;
case MenuItem::ViewFormats:
formats = buf->exportableFormats(true);
action = LFUN_BUFFER_VIEW;
break;
case MenuItem::UpdateFormats:
formats = buf->exportableFormats(true);
action = LFUN_BUFFER_UPDATE;
break;
default:
formats = buf->exportableFormats(false);
action = LFUN_BUFFER_EXPORT;
}
sort(formats.begin(), formats.end(), &compareFormat);
bool const view_update = (kind == MenuItem::ViewFormats
|| kind == MenuItem::UpdateFormats);
QString smenue;
if (view_update)
smenue = (kind == MenuItem::ViewFormats ?
qt_("View (Other Formats)|F")
: qt_("Update (Other Formats)|p"));
MenuItem item(MenuItem::Submenu, smenue);
item.setSubmenu(MenuDefinition(smenue));
Formats::const_iterator fit = formats.begin();
Formats::const_iterator end = formats.end();
for (; fit != end ; ++fit) {
if ((*fit)->dummy())
continue;
docstring lab = from_utf8((*fit)->prettyname());
docstring scut = from_utf8((*fit)->shortcut());
docstring const tmplab = lab;
if (!scut.empty())
lab += char_type('|') + scut;
docstring lab_i18n = translateIfPossible(lab);
bool const untranslated = (lab == lab_i18n);
QString const shortcut = toqstr(split(lab_i18n, lab, '|'));
QString label = toqstr(lab);
if (untranslated)
// this might happen if the shortcut
// has been redefined
label = toqstr(translateIfPossible(tmplab));
switch (kind) {
case MenuItem::ImportFormats:
label += "...";
break;
case MenuItem::ViewFormats:
case MenuItem::UpdateFormats:
if ((*fit)->name() == buf->getDefaultOutputFormat()) {
docstring lbl = (kind == MenuItem::ViewFormats ?
bformat(_("View [%1$s]|V"), qstring_to_ucs4(label))
: bformat(_("Update [%1$s]|U"), qstring_to_ucs4(label)));
MenuItem w(MenuItem::Command, toqstr(lbl),
FuncRequest(action));
add(w);
continue;
}
case MenuItem::ExportFormats:
if (!(*fit)->inExportMenu())
continue;
break;
default:
LASSERT(false, /**/);
break;
}
if (!shortcut.isEmpty())
label += '|' + shortcut;
if (view_update) {
if (buf)
item.submenu().addWithStatusCheck(MenuItem(MenuItem::Command, label,
FuncRequest(action, (*fit)->name())));
else
item.submenu().add(MenuItem(MenuItem::Command, label,
FuncRequest(action, (*fit)->name())));
} else {
if (buf)
addWithStatusCheck(MenuItem(MenuItem::Command, label,
FuncRequest(action, (*fit)->name())));
else
add(MenuItem(MenuItem::Command, label,
FuncRequest(action, (*fit)->name())));
}
}
if (view_update)
add(item);
}
void MenuDefinition::expandFloatListInsert(Buffer const * buf)
{
if (!buf)
return;
FloatList const & floats = buf->params().documentClass().floats();
FloatList::const_iterator cit = floats.begin();
FloatList::const_iterator end = floats.end();
set<string> seen;
for (; cit != end; ++cit) {
if (!cit->second.usesFloatPkg()) {
// Different floats could declare the same ListCommand. We only
// want it on the list once, though.
string const & list_cmd = cit->second.listCommand();
if (list_cmd.empty())
// we do not know how to generate such a list
continue;
// This form of insert returns an iterator pointing to the newly
// inserted element OR the existing element with that value, and
// a bool indicating whether we inserted a new element. So we can
// see if one is there and insert it if not all at once.
pair<set<string>::iterator, bool> ret = seen.insert(list_cmd);
if (!ret.second)
continue;
}
string const & list_name = cit->second.listName();
addWithStatusCheck(MenuItem(MenuItem::Command, qt_(list_name),
FuncRequest(LFUN_FLOAT_LIST_INSERT, cit->second.floattype())));
}
}
void MenuDefinition::expandFloatInsert(Buffer const * buf)
{
if (!buf)
return;
FloatList const & floats = buf->params().documentClass().floats();
FloatList::const_iterator cit = floats.begin();
FloatList::const_iterator end = floats.end();
for (; cit != end; ++cit) {
// normal float
QString const label = qt_(cit->second.name());
addWithStatusCheck(MenuItem(MenuItem::Command, label,
FuncRequest(LFUN_FLOAT_INSERT,
cit->second.floattype())));
}
}
void MenuDefinition::expandFlexInsert(
Buffer const * buf, InsetLayout::InsetLyXType type)
{
if (!buf)
return;
TextClass::InsetLayouts const & insetLayouts =
buf->params().documentClass().insetLayouts();
TextClass::InsetLayouts::const_iterator cit = insetLayouts.begin();
TextClass::InsetLayouts::const_iterator end = insetLayouts.end();
for (; cit != end; ++cit) {
if (cit->second.lyxtype() == type) {
docstring label = cit->first;
// we remove the "Flex:" prefix, if it is present
if (prefixIs(label, from_utf8("Flex:")))
label = label.substr(5);
addWithStatusCheck(MenuItem(MenuItem::Command,
toqstr(translateIfPossible(label)),
FuncRequest(LFUN_FLEX_INSERT, Lexer::quoteString(label))));
}
}
// FIXME This is a little clunky.
if (items_.empty() && type == InsetLayout::CUSTOM)
add(MenuItem(MenuItem::Help, qt_("No Custom Insets Defined!")));
}
size_t const max_number_of_items = 25;
void MenuDefinition::expandToc2(Toc const & toc_list,
size_t from, size_t to, int depth)
{
int shortcut_count = 0;
// check whether depth is smaller than the smallest depth in toc.
int min_depth = 1000;
for (size_t i = from; i < to; ++i)
min_depth = min(min_depth, toc_list[i].depth());
if (min_depth > depth)
depth = min_depth;
if (to - from <= max_number_of_items) {
for (size_t i = from; i < to; ++i) {
QString label(4 * max(0, toc_list[i].depth() - depth), ' ');
label += limitStringLength(toc_list[i].str());
if (toc_list[i].depth() == depth) {
label += '|';
if (shortcut_count < 9) {
if (label.contains(QString::number(shortcut_count + 1)))
label += QString::number(++shortcut_count);
}
}
add(MenuItem(MenuItem::Command, label,
FuncRequest(toc_list[i].action())));
}
} else {
size_t pos = from;
while (pos < to) {
size_t new_pos = pos + 1;
while (new_pos < to && toc_list[new_pos].depth() > depth)
++new_pos;
QString label(4 * max(0, toc_list[pos].depth() - depth), ' ');
label += limitStringLength(toc_list[pos].str());
if (toc_list[pos].depth() == depth) {
label += '|';
if (shortcut_count < 9) {
if (label.contains(QString::number(shortcut_count + 1)))
label += QString::number(++shortcut_count);
}
}
if (new_pos == pos + 1) {
add(MenuItem(MenuItem::Command,
label, FuncRequest(toc_list[pos].action())));
} else {
MenuDefinition sub;
sub.expandToc2(toc_list, pos, new_pos, depth + 1);
MenuItem item(MenuItem::Submenu, label);
item.setSubmenu(sub);
add(item);
}
pos = new_pos;
}
}
}
void MenuDefinition::expandToc(Buffer const * buf)
{
// To make things very cleanly, we would have to pass buf to
// all MenuItem constructors and to expandToc2. However, we
// know that all the entries in a TOC will be have status_ ==
// OK, so we avoid this unnecessary overhead (JMarc)
if (!buf) {
add(MenuItem(MenuItem::Info, qt_("<No Document Open>")));
return;
}
// Add an entry for the master doc if this is a child doc
Buffer const * const master = buf->masterBuffer();
if (buf != master) {
ParIterator const pit = par_iterator_begin(master->inset());
string const arg = convert<string>(pit->id());
FuncRequest f(LFUN_PARAGRAPH_GOTO, arg);
add(MenuItem(MenuItem::Command, qt_("Master Document"), f));
}
MenuDefinition other_lists;
FloatList const & floatlist = buf->params().documentClass().floats();
TocList const & toc_list = buf->tocBackend().tocs();
TocList::const_iterator cit = toc_list.begin();
TocList::const_iterator end = toc_list.end();
for (; cit != end; ++cit) {
// Handle this later
if (cit->first == "tableofcontents")
continue;
MenuDefinition submenu;
if (cit->second.size() >= 30) {
FuncRequest f(LFUN_DIALOG_SHOW, "toc " + cit->first);
submenu.add(MenuItem(MenuItem::Command, qt_("Open Navigator..."), f));
} else {
TocIterator ccit = cit->second.begin();
TocIterator eend = cit->second.end();
for (; ccit != eend; ++ccit) {
submenu.add(MenuItem(MenuItem::Command,
limitStringLength(ccit->str()) + '|',
FuncRequest(ccit->action())));
}
}
MenuItem item(MenuItem::Submenu, guiName(cit->first, buf->params()));
item.setSubmenu(submenu);
if (floatlist.typeExist(cit->first) || cit->first == "child") {
// Those two types deserve to be in the main menu.
item.setSubmenu(submenu);
add(item);
} else
other_lists.add(item);
}
if (!other_lists.empty()) {
MenuItem item(MenuItem::Submenu, qt_("Other Lists"));
item.setSubmenu(other_lists);
add(item);
}
// Handle normal TOC
cit = toc_list.find("tableofcontents");
if (cit == end)
LYXERR(Debug::GUI, "No table of contents.");
else {
if (cit->second.size() > 0 )
expandToc2(cit->second, 0, cit->second.size(), 0);
else
add(MenuItem(MenuItem::Info, qt_("<Empty Table of Contents>")));
}
}
void MenuDefinition::expandPasteRecent(Buffer const * buf)
{
docstring_list const sel = cap::availableSelections(buf);
docstring_list::const_iterator cit = sel.begin();
docstring_list::const_iterator end = sel.end();
for (unsigned int index = 0; cit != end; ++cit, ++index) {
add(MenuItem(MenuItem::Command, toqstr(*cit) + '|',
FuncRequest(LFUN_PASTE, convert<string>(index))));
}
}
void MenuDefinition::expandToolbars()
{
MenuDefinition other_lists;
// extracts the toolbars from the backend
Toolbars::Infos::const_iterator cit = guiApp->toolbars().begin();
Toolbars::Infos::const_iterator end = guiApp->toolbars().end();
for (; cit != end; ++cit) {
MenuItem const item(MenuItem::Command, toqstr(cit->gui_name),
FuncRequest(LFUN_TOOLBAR_TOGGLE, cit->name));
if (guiApp->toolbars().isMainToolbar(cit->name))
add(item);
else
other_lists.add(item);
}
if (!other_lists.empty()) {
MenuItem item(MenuItem::Submenu, qt_("Other Toolbars"));
item.setSubmenu(other_lists);
add(item);
}
}
void MenuDefinition::expandBranches(Buffer const * buf)
{
if (!buf)
return;
BufferParams const & master_params = buf->masterBuffer()->params();
BufferParams const & params = buf->params();
if (params.branchlist().empty() && master_params.branchlist().empty() ) {
add(MenuItem(MenuItem::Help, qt_("No Branches Set for Document!")));
return;
}
BranchList::const_iterator cit = master_params.branchlist().begin();
BranchList::const_iterator end = master_params.branchlist().end();
for (int ii = 1; cit != end; ++cit, ++ii) {
docstring label = cit->branch();
if (ii < 10) {
label = convert<docstring>(ii) + ". " + label
+ char_type('|') + convert<docstring>(ii);
}
addWithStatusCheck(MenuItem(MenuItem::Command, toqstr(label),
FuncRequest(LFUN_BRANCH_INSERT,
cit->branch())));
}
if (buf == buf->masterBuffer())
return;
MenuDefinition child_branches;
BranchList::const_iterator ccit = params.branchlist().begin();
BranchList::const_iterator cend = params.branchlist().end();
for (int ii = 1; ccit != cend; ++ccit, ++ii) {
docstring label = ccit->branch();
if (ii < 10) {
label = convert<docstring>(ii) + ". " + label
+ char_type('|') + convert<docstring>(ii);
} else
label += char_type('|');
child_branches.addWithStatusCheck(MenuItem(MenuItem::Command,
toqstr(label),
FuncRequest(LFUN_BRANCH_INSERT,
ccit->branch())));
}
if (!child_branches.empty()) {
MenuItem item(MenuItem::Submenu, qt_("Child Document"));
item.setSubmenu(child_branches);
add(item);
}
}
void MenuDefinition::expandIndices(Buffer const * buf, bool listof)
{
if (!buf)
return;
BufferParams const & params = buf->masterBuffer()->params();
if (!params.use_indices) {
if (listof)
addWithStatusCheck(MenuItem(MenuItem::Command,
qt_("Index List|I"),
FuncRequest(LFUN_INDEX_PRINT,
from_ascii("idx"))));
else
addWithStatusCheck(MenuItem(MenuItem::Command,
qt_("Index Entry|d"),
FuncRequest(LFUN_INDEX_INSERT,
from_ascii("idx"))));
return;
}
if (params.indiceslist().empty())
return;
IndicesList::const_iterator cit = params.indiceslist().begin();
IndicesList::const_iterator end = params.indiceslist().end();
for (int ii = 1; cit != end; ++cit, ++ii) {
if (listof) {
docstring const label =
bformat(_("Index: %1$s"), cit->index());
addWithStatusCheck(MenuItem(MenuItem::Command, toqstr(label),
FuncRequest(LFUN_INDEX_PRINT, cit->shortcut())));
} else {
docstring const label =
bformat(_("Index Entry (%1$s)"), cit->index());
addWithStatusCheck(MenuItem(MenuItem::Command, toqstr(label),
FuncRequest(LFUN_INDEX_INSERT, cit->shortcut())));
}
}
}
void MenuDefinition::expandIndicesContext(Buffer const * buf, bool listof)
{
if (!buf)
return;
BufferParams const & params = buf->masterBuffer()->params();
if (!params.use_indices || params.indiceslist().empty())
return;
IndicesList::const_iterator cit = params.indiceslist().begin();
IndicesList::const_iterator end = params.indiceslist().end();
for (int ii = 1; cit != end; ++cit, ++ii) {
if (listof) {
InsetCommandParams p(INDEX_PRINT_CODE);
p["type"] = cit->shortcut();
string const data = InsetCommand::params2string(p);
addWithStatusCheck(MenuItem(MenuItem::Command, toqstr(cit->index()),
FuncRequest(LFUN_INSET_MODIFY, data)));
} else {
docstring const label =
bformat(_("Index Entry (%1$s)"), cit->index());
addWithStatusCheck(MenuItem(MenuItem::Command, toqstr(label),
FuncRequest(LFUN_INSET_MODIFY,
from_ascii("changetype ") + cit->shortcut())));
}
}
}
void MenuDefinition::expandCiteStyles(BufferView const * bv)
{
if (!bv)
return;
Inset const * inset = bv->cursor().nextInset();
if (!inset || inset->lyxCode() != CITE_CODE) {
add(MenuItem(MenuItem::Command,
qt_("No Citation in Scope!"),
FuncRequest(LFUN_NOACTION)));
return;
}
InsetCommand const * citinset =
static_cast<InsetCommand const *>(inset);
Buffer const * buf = &bv->buffer();
docstring key = citinset->getParam("key");
// we can only handle one key currently
if (contains(key, ','))
key = qstring_to_ucs4(toqstr(key).split(',')[0]);
vector<CiteStyle> citeStyleList = citeStyles(buf->params().citeEngine());
docstring_list citeStrings =
buf->masterBibInfo().getCiteStrings(key, bv->buffer());
docstring_list::const_iterator cit = citeStrings.begin();
docstring_list::const_iterator end = citeStrings.end();
for (int ii = 1; cit != end; ++cit, ++ii) {
docstring label = *cit;
CitationStyle cs;
CiteStyle cst = citeStyleList[ii - 1];
cs.style = cst;
addWithStatusCheck(MenuItem(MenuItem::Command, toqstr(label),
FuncRequest(LFUN_INSET_MODIFY,
"changetype " + from_utf8(citationStyleToString(cs)))));
}
}
} // namespace anon
/////////////////////////////////////////////////////////////////////
// Menu::Impl definition and implementation
/////////////////////////////////////////////////////////////////////
struct Menu::Impl
{
/// populates the menu or one of its submenu
/// This is used as a recursive function
void populate(QMenu & qMenu, MenuDefinition const & menu);
/// Only needed for top level menus.
MenuDefinition * top_level_menu;
/// our owning view
GuiView * view;
/// the name of this menu
QString name;
};
/// Get a MenuDefinition item label from the menu backend
static QString label(MenuItem const & mi)
{
QString label = mi.label();
label.replace("&", "&&");
QString shortcut = mi.shortcut();
if (!shortcut.isEmpty()) {
int pos = label.indexOf(shortcut);
if (pos != -1)
//label.insert(pos, 1, char_type('&'));
label.replace(pos, 0, "&");
}
QString const binding = mi.binding();
if (!binding.isEmpty())
label += '\t' + binding;
return label;
}
void Menu::Impl::populate(QMenu & qMenu, MenuDefinition const & menu)
{
LYXERR(Debug::GUI, "populating menu " << menu.name());
if (menu.size() == 0) {
LYXERR(Debug::GUI, "\tERROR: empty menu " << menu.name());
return;
}
LYXERR(Debug::GUI, " ***** menu entries " << menu.size());
MenuDefinition::const_iterator m = menu.begin();
MenuDefinition::const_iterator end = menu.end();
for (; m != end; ++m) {
if (m->kind() == MenuItem::Separator)
qMenu.addSeparator();
else if (m->kind() == MenuItem::Submenu) {
QMenu * subMenu = qMenu.addMenu(label(*m));
populate(*subMenu, m->submenu());
subMenu->setEnabled(m->status().enabled());
} else {
// we have a MenuItem::Command
qMenu.addAction(new Action(view, QIcon(), label(*m),
m->func(), m->tooltip(), &qMenu));
}
}
}
#if defined(Q_WS_WIN) && (QT_VERSION >= 0x040600)
class AlwaysMnemonicStyle : public QProxyStyle {
public:
int styleHint(StyleHint hint, const QStyleOption *opt = 0, const QWidget *widget = 0,
QStyleHintReturn *returnData = 0) const
{
if (hint == QStyle::SH_UnderlineShortcut)
return 1;
return QProxyStyle::styleHint(hint, opt, widget, returnData);
}
};
#endif
/////////////////////////////////////////////////////////////////////
// Menu implementation
/////////////////////////////////////////////////////////////////////
Menu::Menu(GuiView * gv, QString const & name, bool top_level, bool keyboard)
: QMenu(gv), d(new Menu::Impl)
{
#if defined(Q_WS_WIN) && (QT_VERSION >= 0x040600)
if (keyboard)
setStyle(new AlwaysMnemonicStyle);
#else
(void) keyboard;
#endif
d->top_level_menu = top_level? new MenuDefinition : 0;
d->view = gv;
d->name = name;
setTitle(name);
if (d->top_level_menu)
connect(this, SIGNAL(aboutToShow()), this, SLOT(updateView()));
}
Menu::~Menu()
{
delete d->top_level_menu;
delete d;
}
void Menu::updateView()
{
guiApp->menus().updateMenu(this);
}
/////////////////////////////////////////////////////////////////////
// Menus::Impl definition and implementation
/////////////////////////////////////////////////////////////////////
struct Menus::Impl {
///
bool hasMenu(QString const &) const;
///
MenuDefinition & getMenu(QString const &);
///
MenuDefinition const & getMenu(QString const &) const;
/// Expands some special entries of the menu
/** The entries with the following kind are expanded to a
sequence of Command MenuItems: Lastfiles, Documents,
ViewFormats, ExportFormats, UpdateFormats, Branches, Indices
*/
void expand(MenuDefinition const & frommenu, MenuDefinition & tomenu,
BufferView const *) const;
/// Initialize specific MACOS X menubar
void macxMenuBarInit(GuiView * view, QMenuBar * qmb);
/// Mac special menu.
/** This defines a menu whose entries list the FuncRequests
that will be removed by expand() in other menus. This is
used by the Qt/Mac code.
NOTE: Qt does not remove the menu items when clearing a QMenuBar,
such that the items will keep accessing the FuncRequests in
the MenuDefinition. While Menus::Impl might be recreated,
we keep mac_special_menu_ in memory by making it static.
*/
static MenuDefinition mac_special_menu_;
///
MenuList menulist_;
///
MenuDefinition menubar_;
typedef QMap<GuiView *, QHash<QString, Menu*> > NameMap;
/// name to menu for \c menu() method.
NameMap name_map_;
};
MenuDefinition Menus::Impl::mac_special_menu_;
/*
Here is what the Qt documentation says about how a menubar is chosen:
1) If the window has a QMenuBar then it is used. 2) If the window
is a modal then its menubar is used. If no menubar is specified
then a default menubar is used (as documented below) 3) If the
window has no parent then the default menubar is used (as
documented below).
The above 3 steps are applied all the way up the parent window
chain until one of the above are satisifed. If all else fails a
default menubar will be created, the default menubar on Qt/Mac is
an empty menubar, however you can create a different default
menubar by creating a parentless QMenuBar, the first one created
will thus be designated the default menubar, and will be used
whenever a default menubar is needed.
Thus, for Qt/Mac, we add the menus to a free standing menubar, so
that this menubar will be used also when one of LyX' dialogs has
focus. (JMarc)
*/
void Menus::Impl::macxMenuBarInit(GuiView * view, QMenuBar * qmb)
{
/* Since Qt 4.2, the qt/mac menu code has special code for
specifying the role of a menu entry. However, it does not
work very well with our scheme of creating menus on demand,
and therefore we need to put these entries in a special
invisible menu. (JMarc)
*/
/* The entries of our special mac menu. If we add support for
* special entries in Menus, we could imagine something
* like
* SpecialItem About " "About LyX" "dialog-show aboutlyx"
* and therefore avoid hardcoding. I am not sure it is worth
* the hassle, though. (JMarc)
*/
struct MacMenuEntry {
FuncCode action;
char const * arg;
char const * label;
QAction::MenuRole role;
};
MacMenuEntry entries[] = {
{LFUN_DIALOG_SHOW, "aboutlyx", "About LyX",
QAction::AboutRole},
{LFUN_DIALOG_SHOW, "prefs", "Preferences",
QAction::PreferencesRole},
{LFUN_RECONFIGURE, "", "Reconfigure",
QAction::ApplicationSpecificRole},
{LFUN_LYX_QUIT, "", "Quit LyX", QAction::QuitRole}
};
const size_t num_entries = sizeof(entries) / sizeof(entries[0]);
// the special menu for Menus. Fill it up only once.
if (mac_special_menu_.size() == 0) {
for (size_t i = 0 ; i < num_entries ; ++i) {
FuncRequest const func(entries[i].action,
from_utf8(entries[i].arg));
mac_special_menu_.add(MenuItem(MenuItem::Command,
entries[i].label, func));
}
}
// add the entries to a QMenu that will eventually be empty
// and therefore invisible.
QMenu * qMenu = qmb->addMenu("special");
MenuDefinition::const_iterator cit = mac_special_menu_.begin();
MenuDefinition::const_iterator end = mac_special_menu_.end();
for (size_t i = 0 ; cit != end ; ++cit, ++i) {
Action * action = new Action(view, QIcon(), cit->label(),
cit->func(), QString(), qMenu);
action->setMenuRole(entries[i].role);
qMenu->addAction(action);
}
}
void Menus::Impl::expand(MenuDefinition const & frommenu,
MenuDefinition & tomenu, BufferView const * bv) const
{
if (!tomenu.empty())
tomenu.clear();
for (MenuDefinition::const_iterator cit = frommenu.begin();
cit != frommenu.end() ; ++cit) {
Buffer const * buf = bv ? &bv->buffer() : 0;
switch (cit->kind()) {
case MenuItem::Lastfiles:
tomenu.expandLastfiles();
break;
case MenuItem::Documents:
tomenu.expandDocuments();
break;
case MenuItem::Bookmarks:
tomenu.expandBookmarks();
break;
case MenuItem::ImportFormats:
case MenuItem::ViewFormats:
case MenuItem::UpdateFormats:
case MenuItem::ExportFormats:
tomenu.expandFormats(cit->kind(), buf);
break;
case MenuItem::CharStyles:
tomenu.expandFlexInsert(buf, InsetLayout::CHARSTYLE);
break;
case MenuItem::Custom:
tomenu.expandFlexInsert(buf, InsetLayout::CUSTOM);
break;
case MenuItem::Elements:
tomenu.expandFlexInsert(buf, InsetLayout::ELEMENT);
break;
case MenuItem::FloatListInsert:
tomenu.expandFloatListInsert(buf);
break;
case MenuItem::FloatInsert:
tomenu.expandFloatInsert(buf);
break;
case MenuItem::PasteRecent:
tomenu.expandPasteRecent(buf);
break;
case MenuItem::Toolbars:
tomenu.expandToolbars();
break;
case MenuItem::Branches:
tomenu.expandBranches(buf);
break;
case MenuItem::Indices:
tomenu.expandIndices(buf);
break;
case MenuItem::IndicesContext:
tomenu.expandIndicesContext(buf);
break;
case MenuItem::IndicesLists:
tomenu.expandIndices(buf, true);
break;
case MenuItem::IndicesListsContext:
tomenu.expandIndicesContext(buf, true);
break;
case MenuItem::CiteStyles:
tomenu.expandCiteStyles(bv);
break;
case MenuItem::Toc:
tomenu.expandToc(buf);
break;
case MenuItem::GraphicsGroups:
tomenu.expandGraphicsGroups(bv);
break;
case MenuItem::SpellingSuggestions:
tomenu.expandSpellingSuggestions(bv);
break;
case MenuItem::LanguageSelector:
tomenu.expandLanguageSelector(buf);
break;
case MenuItem::Submenu: {
MenuItem item(*cit);
item.setSubmenu(MenuDefinition(cit->submenuname()));
expand(getMenu(cit->submenuname()), item.submenu(), bv);
tomenu.addWithStatusCheck(item);
}
break;
case MenuItem::Info:
case MenuItem::Help:
case MenuItem::Separator:
tomenu.addWithStatusCheck(*cit);
break;
case MenuItem::Command:
if (!mac_special_menu_.hasFunc(cit->func()))
tomenu.addWithStatusCheck(*cit);
}
}
// we do not want the menu to end with a separator
if (!tomenu.empty() && tomenu.items_.back().kind() == MenuItem::Separator)
tomenu.items_.pop_back();
// Check whether the shortcuts are unique
tomenu.checkShortcuts();
}
bool Menus::Impl::hasMenu(QString const & name) const
{
return find_if(menulist_.begin(), menulist_.end(),
MenuNamesEqual(name)) != menulist_.end();
}
MenuDefinition const & Menus::Impl::getMenu(QString const & name) const
{
const_iterator cit = find_if(menulist_.begin(), menulist_.end(),
MenuNamesEqual(name));
if (cit == menulist_.end())
LYXERR0("No submenu named " << name);
LASSERT(cit != menulist_.end(), /**/);
return (*cit);
}
MenuDefinition & Menus::Impl::getMenu(QString const & name)
{
iterator it = find_if(menulist_.begin(), menulist_.end(),
MenuNamesEqual(name));
if (it == menulist_.end())
LYXERR0("No submenu named " << name);
LASSERT(it != menulist_.end(), /**/);
return (*it);
}
/////////////////////////////////////////////////////////////////////
//
// Menus
//
/////////////////////////////////////////////////////////////////////
Menus::Menus() : d(new Impl) {}
Menus::~Menus()
{
delete d;
}
void Menus::reset()
{
delete d;
d = new Impl;
}
void Menus::read(Lexer & lex)
{
enum {
md_menu,
md_menubar,
md_endmenuset
};
LexerKeyword menutags[] = {
{ "end", md_endmenuset },
{ "menu", md_menu },
{ "menubar", md_menubar }
};
// consistency check
if (compare_ascii_no_case(lex.getString(), "menuset"))
LYXERR0("Menus::read: ERROR wrong token: `" << lex.getString() << '\'');
lex.pushTable(menutags);
lex.setContext("Menus::read");
bool quit = false;
while (lex.isOK() && !quit) {
switch (lex.lex()) {
case md_menubar:
d->menubar_.read(lex);
break;
case md_menu: {
lex.next(true);
QString const name = toqstr(lex.getDocString());
if (d->hasMenu(name))
d->getMenu(name).read(lex);
else {
MenuDefinition menu(name);
menu.read(lex);
d->menulist_.push_back(menu);
}
break;
}
case md_endmenuset:
quit = true;
break;
default:
lex.printError("Unknown menu tag");
break;
}
}
lex.popTable();
}
bool Menus::searchMenu(FuncRequest const & func,
docstring_list & names) const
{
MenuDefinition menu;
d->expand(d->menubar_, menu, 0);
return menu.searchMenu(func, names);
}
void Menus::fillMenuBar(QMenuBar * qmb, GuiView * view, bool initial)
{
if (initial) {
#ifdef Q_WS_MACX
// setup special mac specific menu items, but only do this
// the first time a QMenuBar is created. Otherwise Qt will
// create duplicate items in the application menu. It seems
// that Qt does not remove them when the QMenubar is cleared.
LYXERR(Debug::GUI, "Creating Mac OS X special menu bar");
d->macxMenuBarInit(view, qmb);
#endif
} else {
// Clear all menubar contents before filling it.
qmb->clear();
}
LYXERR(Debug::GUI, "populating menu bar" << d->menubar_.name());
if (d->menubar_.size() == 0) {
LYXERR(Debug::GUI, "\tERROR: empty menu bar"
<< d->menubar_.name());
return;
}
LYXERR(Debug::GUI, "menu bar entries " << d->menubar_.size());
MenuDefinition menu;
BufferView * bv = 0;
if (view)
bv = view->currentBufferView();
d->expand(d->menubar_, menu, bv);
MenuDefinition::const_iterator m = menu.begin();
MenuDefinition::const_iterator end = menu.end();
for (; m != end; ++m) {
if (m->kind() != MenuItem::Submenu) {
LYXERR(Debug::GUI, "\tERROR: not a submenu " << m->label());
continue;
}
LYXERR(Debug::GUI, "menu bar item " << m->label()
<< " is a submenu named " << m->submenuname());
QString name = m->submenuname();
if (!d->hasMenu(name)) {
LYXERR(Debug::GUI, "\tERROR: " << name
<< " submenu has no menu!");
continue;
}
Menu * menu = new Menu(view, m->submenuname(), true);
menu->setTitle(label(*m));
qmb->addMenu(menu);
d->name_map_[view][name] = menu;
}
}
void Menus::updateMenu(Menu * qmenu)
{
LYXERR(Debug::GUI, "Triggered menu: " << qmenu->d->name);
qmenu->clear();
if (qmenu->d->name.isEmpty())
return;
docstring identifier = qstring_to_ucs4(qmenu->d->name);
MenuDefinition fromLyxMenu(qmenu->d->name);
while (!identifier.empty()) {
docstring menu_name;
identifier = split(identifier, menu_name, ';');
if (!d->hasMenu(toqstr(menu_name))) {
LYXERR(Debug::GUI, "\tWARNING: non existing menu: "
<< menu_name);
continue;
}
fromLyxMenu.cat(d->getMenu(toqstr(menu_name)));
fromLyxMenu.add(MenuItem(MenuItem::Separator));
}
if (fromLyxMenu.empty()) {
qmenu->addAction(qt_("No Action Defined!"));
return;
}
BufferView * bv = 0;
if (qmenu->d->view)
bv = qmenu->d->view->currentBufferView();
d->expand(fromLyxMenu, *qmenu->d->top_level_menu, bv);
qmenu->d->populate(*qmenu, *qmenu->d->top_level_menu);
}
Menu * Menus::menu(QString const & name, GuiView & view, bool keyboard)
{
LYXERR(Debug::GUI, "Context menu requested: " << name);
Menu * menu = d->name_map_[&view].value(name, 0);
if (!menu && !name.startsWith("context-")) {
LYXERR0("requested context menu not found: " << name);
return 0;
}
menu = new Menu(&view, name, true, keyboard);
d->name_map_[&view][name] = menu;
return menu;
}
} // namespace frontend
} // namespace lyx
#include "moc_Menus.cpp"
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