anne/lyx_mirror
1
0
Fork 0
mirror of https://git.lyx.org/repos/lyx.git synced 2024-11-16 07:55:41 +00:00
Code Issues Actions Packages Projects Releases Wiki Activity
6cabf4948f
lyx_mirror/src/frontends/qt4/GuiDocument.cpp
Uwe Stöhr 6cabf4948f GuiDocument: re-introduce allowMathIndent() 
was accidentally reverted by [d86954eb/lyxgit]
2017-04-20 23:21:11 +02:00

4439 lines
138 KiB
C++
Raw Blame History

/**
* \file GuiDocument.cpp
* This file is part of LyX, the document processor.
* Licence details can be found in the file COPYING.
*
* \author Edwin Leuven
* \author Richard Heck (modules)
*
* Full author contact details are available in file CREDITS.
*/
#include <config.h>
#include "GuiDocument.h"
#include "CategorizedCombo.h"
#include "GuiApplication.h"
#include "GuiBranches.h"
#include "GuiIndices.h"
#include "GuiSelectionManager.h"
#include "LaTeXHighlighter.h"
#include "LengthCombo.h"
#include "PanelStack.h"
#include "Validator.h"
#include "LayoutFile.h"
#include "BranchList.h"
#include "buffer_funcs.h"
#include "Buffer.h"
#include "BufferParams.h"
#include "BufferView.h"
#include "CiteEnginesList.h"
#include "Color.h"
#include "ColorCache.h"
#include "Converter.h"
#include "Cursor.h"
#include "Encoding.h"
#include "FloatPlacement.h"
#include "Format.h"
#include "FuncRequest.h"
#include "IndicesList.h"
#include "Language.h"
#include "LaTeXFeatures.h"
#include "LaTeXFonts.h"
#include "Layout.h"
#include "LayoutEnums.h"
#include "LayoutModuleList.h"
#include "LyXRC.h"
#include "ModuleList.h"
#include "OutputParams.h"
#include "PDFOptions.h"
#include "qt_helpers.h"
#include "Spacing.h"
#include "TextClass.h"
#include "Undo.h"
#include "VSpace.h"
#include "insets/InsetListingsParams.h"
#include "support/debug.h"
#include "support/FileName.h"
#include "support/filetools.h"
#include "support/gettext.h"
#include "support/lassert.h"
#include "support/lstrings.h"
#include "frontends/alert.h"
#include <QAbstractItemModel>
#include <QHeaderView>
#include <QColor>
#include <QColorDialog>
#include <QCloseEvent>
#include <QFontDatabase>
#include <QScrollBar>
#include <QTextBoundaryFinder>
#include <QTextCursor>
#include <sstream>
#include <vector>
#ifdef IN
#undef IN
#endif
// a style sheet for buttons
// this is for example used for the background color setting button
static inline QString colorButtonStyleSheet(QColor const & bgColor)
{
if (bgColor.isValid()) {
QString rc = QLatin1String("background-color:");
rc += bgColor.name();
return rc;
}
return QString();
}
using namespace std;
using namespace lyx::support;
namespace {
char const * const tex_graphics[] =
{
"default", "dvialw", "dvilaser", "dvipdf", "dvipdfm", "dvipdfmx",
"dvips", "dvipsone", "dvitops", "dviwin", "dviwindo", "dvi2ps", "emtex",
"ln", "oztex", "pctexhp", "pctexps", "pctexwin", "pctex32", "pdftex",
"psprint", "pubps", "tcidvi", "textures", "truetex", "vtex", "xdvi",
"xetex", "none", ""
};
char const * const tex_graphics_gui[] =
{
N_("Default"), "dvialw", "DviLaser", "dvipdf", "DVIPDFM", "DVIPDFMx",
"Dvips", "DVIPSONE", "DVItoPS", "DVIWIN", "DVIWindo", "dvi2ps", "EmTeX",
"LN", "OzTeX", "pctexhp", "pctexps", "pctexwin", "PCTeX32", "pdfTeX",
"psprint", "pubps", "tcidvi", "Textures", "TrueTeX", "VTeX", "xdvi",
"XeTeX", N_("None"), ""
};
char const * backref_opts[] =
{
"false", "section", "slide", "page", ""
};
char const * backref_opts_gui[] =
{
N_("Off"), N_("Section"), N_("Slide"), N_("Page"), ""
};
vector<string> engine_types_;
vector<pair<string, QString> > pagestyles;
QMap<QString, QString> rmfonts_;
QMap<QString, QString> sffonts_;
QMap<QString, QString> ttfonts_;
QMap<QString, QString> mathfonts_;
} // anonymous namespace
namespace lyx {
RGBColor set_backgroundcolor;
bool is_backgroundcolor;
RGBColor set_fontcolor;
bool is_fontcolor;
RGBColor set_notefontcolor;
RGBColor set_boxbgcolor;
bool forced_fontspec_activation;
namespace {
// used when sorting the textclass list.
class less_textclass_avail_desc
: public binary_function<string, string, int>
{
public:
bool operator()(string const & lhs, string const & rhs) const
{
// Ordering criteria:
// 1. Availability of text class
// 2. Description (lexicographic)
LayoutFile const & tc1 = LayoutFileList::get()[lhs];
LayoutFile const & tc2 = LayoutFileList::get()[rhs];
int const order = compare_no_case(
translateIfPossible(from_utf8(tc1.description())),
translateIfPossible(from_utf8(tc2.description())));
return (tc1.isTeXClassAvailable() && !tc2.isTeXClassAvailable()) ||
(tc1.isTeXClassAvailable() == tc2.isTeXClassAvailable() && order < 0);
}
};
}
namespace frontend {
namespace {
vector<string> getRequiredList(string const & modName)
{
LyXModule const * const mod = theModuleList[modName];
if (!mod)
return vector<string>(); //empty such thing
return mod->getRequiredModules();
}
vector<string> getExcludedList(string const & modName)
{
LyXModule const * const mod = theModuleList[modName];
if (!mod)
return vector<string>(); //empty such thing
return mod->getExcludedModules();
}
docstring getModuleCategory(string const & modName)
{
LyXModule const * const mod = theModuleList[modName];
if (!mod)
return docstring();
return from_utf8(mod->category());
}
docstring getModuleDescription(string const & modName)
{
LyXModule const * const mod = theModuleList[modName];
if (!mod)
return _("Module not found!");
// FIXME Unicode
return translateIfPossible(from_utf8(mod->getDescription()));
}
vector<string> getPackageList(string const & modName)
{
LyXModule const * const mod = theModuleList[modName];
if (!mod)
return vector<string>(); //empty such thing
return mod->getPackageList();
}
bool isModuleAvailable(string const & modName)
{
LyXModule const * const mod = theModuleList[modName];
if (!mod)
return false;
return mod->isAvailable();
}
} // anonymous namespace
/////////////////////////////////////////////////////////////////////
//
// ModuleSelectionManager
//
/////////////////////////////////////////////////////////////////////
/// SelectionManager for use with modules
class ModuleSelectionManager : public GuiSelectionManager
{
public:
///
ModuleSelectionManager(QObject * parent,
QTreeView * availableLV,
QListView * selectedLV,
QPushButton * addPB,
QPushButton * delPB,
QPushButton * upPB,
QPushButton * downPB,
GuiIdListModel * availableModel,
GuiIdListModel * selectedModel,
GuiDocument const * container)
: GuiSelectionManager(parent, availableLV, selectedLV, addPB, delPB,
upPB, downPB, availableModel, selectedModel),
container_(container)
{}
///
void updateProvidedModules(LayoutModuleList const & pm)
{ provided_modules_ = pm.list(); }
///
void updateExcludedModules(LayoutModuleList const & em)
{ excluded_modules_ = em.list(); }
private:
///
virtual void updateAddPB();
///
virtual void updateUpPB();
///
virtual void updateDownPB();
///
virtual void updateDelPB();
/// returns availableModel as a GuiIdListModel
GuiIdListModel * getAvailableModel()
{
return dynamic_cast<GuiIdListModel *>(availableModel);
}
/// returns selectedModel as a GuiIdListModel
GuiIdListModel * getSelectedModel()
{
return dynamic_cast<GuiIdListModel *>(selectedModel);
}
/// keeps a list of the modules the text class provides
list<string> provided_modules_;
/// similarly...
list<string> excluded_modules_;
///
GuiDocument const * container_;
};
void ModuleSelectionManager::updateAddPB()
{
int const arows = availableModel->rowCount();
QModelIndexList const avail_sels =
availableLV->selectionModel()->selectedIndexes();
// disable if there aren't any modules (?), if none of them is chosen
// in the dialog, or if the chosen one is already selected for use.
if (arows == 0 || avail_sels.isEmpty() || isSelected(avail_sels.first())) {
addPB->setEnabled(false);
return;
}
QModelIndex const & idx = availableLV->selectionModel()->currentIndex();
string const modname = getAvailableModel()->getIDString(idx.row());
bool const enable =
container_->params().layoutModuleCanBeAdded(modname);
addPB->setEnabled(enable);
}
void ModuleSelectionManager::updateDownPB()
{
int const srows = selectedModel->rowCount();
if (srows == 0) {
downPB->setEnabled(false);
return;
}
QModelIndex const & curidx = selectedLV->selectionModel()->currentIndex();
int const curRow = curidx.row();
if (curRow < 0 || curRow >= srows - 1) { // invalid or last item
downPB->setEnabled(false);
return;
}
// determine whether immediately succeding element requires this one
string const curmodname = getSelectedModel()->getIDString(curRow);
string const nextmodname = getSelectedModel()->getIDString(curRow + 1);
vector<string> reqs = getRequiredList(nextmodname);
// if it doesn't require anything....
if (reqs.empty()) {
downPB->setEnabled(true);
return;
}
// Enable it if this module isn't required.
// FIXME This should perhaps be more flexible and check whether, even
// if the next one is required, there is also an earlier one that will do.
downPB->setEnabled(
find(reqs.begin(), reqs.end(), curmodname) == reqs.end());
}
void ModuleSelectionManager::updateUpPB()
{
int const srows = selectedModel->rowCount();
if (srows == 0) {
upPB->setEnabled(false);
return;
}
QModelIndex const & curIdx = selectedLV->selectionModel()->currentIndex();
int curRow = curIdx.row();
if (curRow <= 0 || curRow > srows - 1) { // first item or invalid
upPB->setEnabled(false);
return;
}
string const curmodname = getSelectedModel()->getIDString(curRow);
// determine whether immediately preceding element is required by this one
vector<string> reqs = getRequiredList(curmodname);
// if this one doesn't require anything....
if (reqs.empty()) {
upPB->setEnabled(true);
return;
}
// Enable it if the preceding module isn't required.
// NOTE This is less flexible than it might be. We could check whether, even
// if the previous one is required, there is an earlier one that would do.
string const premod = getSelectedModel()->getIDString(curRow - 1);
upPB->setEnabled(find(reqs.begin(), reqs.end(), premod) == reqs.end());
}
void ModuleSelectionManager::updateDelPB()
{
int const srows = selectedModel->rowCount();
if (srows == 0) {
deletePB->setEnabled(false);
return;
}
QModelIndex const & curidx =
selectedLV->selectionModel()->currentIndex();
int const curRow = curidx.row();
if (curRow < 0 || curRow >= srows) { // invalid index?
deletePB->setEnabled(false);
return;
}
string const curmodname = getSelectedModel()->getIDString(curRow);
// We're looking here for a reason NOT to enable the button. If we
// find one, we disable it and return. If we don't, we'll end up at
// the end of the function, and then we enable it.
for (int i = curRow + 1; i < srows; ++i) {
string const thisMod = getSelectedModel()->getIDString(i);
vector<string> reqs = getRequiredList(thisMod);
//does this one require us?
if (find(reqs.begin(), reqs.end(), curmodname) == reqs.end())
//no...
continue;
// OK, so this module requires us
// is there an EARLIER module that also satisfies the require?
// NOTE We demand that it be earlier to keep the list of modules
// consistent with the rule that a module must be proceeded by a
// required module. There would be more flexible ways to proceed,
// but that would be a lot more complicated, and the logic here is
// already complicated. (That's why I've left the debugging code.)
// lyxerr << "Testing " << thisMod << endl;
bool foundone = false;
for (int j = 0; j < curRow; ++j) {
string const mod = getSelectedModel()->getIDString(j);
// lyxerr << "In loop: Testing " << mod << endl;
// do we satisfy the require?
if (find(reqs.begin(), reqs.end(), mod) != reqs.end()) {
// lyxerr << mod << " does the trick." << endl;
foundone = true;
break;
}
}
// did we find a module to satisfy the require?
if (!foundone) {
// lyxerr << "No matching module found." << endl;
deletePB->setEnabled(false);
return;
}
}
// lyxerr << "All's well that ends well." << endl;
deletePB->setEnabled(true);
}
/////////////////////////////////////////////////////////////////////
//
// PreambleModule
//
/////////////////////////////////////////////////////////////////////
PreambleModule::PreambleModule(QWidget * parent)
: UiWidget<Ui::PreambleUi>(parent), current_id_(0)
{
// This is not a memory leak. The object will be destroyed
// with this.
// @ is letter in the LyX user preamble
(void) new LaTeXHighlighter(preambleTE->document(), true);
preambleTE->setFont(guiApp->typewriterSystemFont());
preambleTE->setWordWrapMode(QTextOption::NoWrap);
setFocusProxy(preambleTE);
connect(preambleTE, SIGNAL(textChanged()), this, SIGNAL(changed()));
}
void PreambleModule::update(BufferParams const & params, BufferId id)
{
QString preamble = toqstr(params.preamble);
// Nothing to do if the params and preamble are unchanged.
if (id == current_id_
&& preamble == preambleTE->document()->toPlainText())
return;
QTextCursor cur = preambleTE->textCursor();
// Save the coords before switching to the new one.
preamble_coords_[current_id_] =
make_pair(cur.position(), preambleTE->verticalScrollBar()->value());
// Save the params address for further use.
current_id_ = id;
preambleTE->document()->setPlainText(preamble);
Coords::const_iterator it = preamble_coords_.find(current_id_);
if (it == preamble_coords_.end())
// First time we open this one.
preamble_coords_[current_id_] = make_pair(0, 0);
else {
// Restore saved coords.
QTextCursor cur = preambleTE->textCursor();
cur.setPosition(it->second.first);
preambleTE->setTextCursor(cur);
preambleTE->verticalScrollBar()->setValue(it->second.second);
}
}
void PreambleModule::apply(BufferParams & params)
{
params.preamble = qstring_to_ucs4(preambleTE->document()->toPlainText());
}
void PreambleModule::closeEvent(QCloseEvent * e)
{
// Save the coords before closing.
QTextCursor cur = preambleTE->textCursor();
preamble_coords_[current_id_] =
make_pair(cur.position(), preambleTE->verticalScrollBar()->value());
e->accept();
}
/////////////////////////////////////////////////////////////////////
//
// LocalLayout
//
/////////////////////////////////////////////////////////////////////
LocalLayout::LocalLayout(QWidget * parent)
: UiWidget<Ui::LocalLayoutUi>(parent), current_id_(0), validated_(false)
{
connect(locallayoutTE, SIGNAL(textChanged()), this, SLOT(textChanged()));
connect(validatePB, SIGNAL(clicked()), this, SLOT(validatePressed()));
connect(convertPB, SIGNAL(clicked()), this, SLOT(convertPressed()));
}
void LocalLayout::update(BufferParams const & params, BufferId id)
{
QString layout = toqstr(params.getLocalLayout(false));
// Nothing to do if the params and preamble are unchanged.
if (id == current_id_
&& layout == locallayoutTE->document()->toPlainText())
return;
// Save the params address for further use.
current_id_ = id;
locallayoutTE->document()->setPlainText(layout);
validate();
}
void LocalLayout::apply(BufferParams & params)
{
docstring const layout =
qstring_to_ucs4(locallayoutTE->document()->toPlainText());
params.setLocalLayout(layout, false);
}
void LocalLayout::hideConvert()
{
convertPB->setEnabled(false);
convertLB->setText("");
convertPB->hide();
convertLB->hide();
}
void LocalLayout::textChanged()
{
static const QString message =
qt_("Press button to check validity...");
string const layout =
fromqstr(locallayoutTE->document()->toPlainText().trimmed());
if (layout.empty()) {
validated_ = true;
validatePB->setEnabled(false);
validLB->setText("");
hideConvert();
changed();
} else if (!validatePB->isEnabled()) {
// if that's already enabled, we shouldn't need to do anything.
validated_ = false;
validLB->setText(message);
validatePB->setEnabled(true);
hideConvert();
changed();
}
}
void LocalLayout::convert() {
string const layout =
fromqstr(locallayoutTE->document()->toPlainText().trimmed());
string const newlayout = TextClass::convert(layout);
if (!newlayout.empty())
locallayoutTE->setPlainText(toqstr(newlayout));
validate();
}
void LocalLayout::convertPressed() {
convert();
hideConvert();
changed();
}
void LocalLayout::validate() {
// Bold text
static const QString vpar("<p style=\"font-weight: bold;\">%1</p>");
// Flashy red bold text
static const QString ivpar("<p style=\"color: #c00000; font-weight: bold; \">"
"%1</p>");
string const layout =
fromqstr(locallayoutTE->document()->toPlainText().trimmed());
if (!layout.empty()) {
TextClass::ReturnValues const ret = TextClass::validate(layout);
validated_ = (ret == TextClass::OK) || (ret == TextClass::OK_OLDFORMAT);
validatePB->setEnabled(false);
validLB->setText(validated_ ? vpar.arg(qt_("Layout is valid!"))
: ivpar.arg(qt_("Layout is invalid!")));
if (ret == TextClass::OK_OLDFORMAT) {
convertPB->show();
// Testing conversion to LYXFILE_LAYOUT_FORMAT at this point
// already.
if (TextClass::convert(layout).empty()) {
// Conversion failed. If LAYOUT_FORMAT > LYXFILE_LAYOUT_FORMAT,
// then maybe the layout is still valid, but its format is more
// recent than LYXFILE_LAYOUT_FORMAT. However, if LAYOUT_FORMAT
// == LYXFILE_LAYOUT_FORMAT then something is definitely wrong.
convertPB->setEnabled(false);
const QString text = (LAYOUT_FORMAT == LYXFILE_LAYOUT_FORMAT)
? ivpar.arg(qt_("Conversion to current format impossible!"))
: vpar.arg(qt_("Conversion to current stable format "
"impossible."));
convertLB->setText(text);
} else {
convertPB->setEnabled(true);
convertLB->setText(qt_("Convert to current format"));
}
convertLB->show();
} else {
convertPB->hide();
convertLB->hide();
}
}
}
void LocalLayout::validatePressed() {
validate();
changed();
}
/////////////////////////////////////////////////////////////////////
//
// DocumentDialog
//
/////////////////////////////////////////////////////////////////////
GuiDocument::GuiDocument(GuiView & lv)
: GuiDialog(lv, "document", qt_("Document Settings")),
biblioChanged_(false), nonModuleChanged_(false)
{
setupUi(this);
connect(okPB, SIGNAL(clicked()), this, SLOT(slotOK()));
connect(applyPB, SIGNAL(clicked()), this, SLOT(slotApply()));
connect(closePB, SIGNAL(clicked()), this, SLOT(slotClose()));
connect(restorePB, SIGNAL(clicked()), this, SLOT(slotRestore()));
connect(savePB, SIGNAL(clicked()), this, SLOT(saveDefaultClicked()));
connect(defaultPB, SIGNAL(clicked()), this, SLOT(useDefaultsClicked()));
// Manage the restore, ok, apply, restore and cancel/close buttons
bc().setPolicy(ButtonPolicy::NoRepeatedApplyReadOnlyPolicy);
bc().setOK(okPB);
bc().setApply(applyPB);
bc().setCancel(closePB);
bc().setRestore(restorePB);
// text layout
textLayoutModule = new UiWidget<Ui::TextLayoutUi>(this);
connect(textLayoutModule->lspacingCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->lspacingCO, SIGNAL(activated(int)),
this, SLOT(setLSpacing(int)));
connect(textLayoutModule->lspacingLE, SIGNAL(textChanged(const QString &)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->indentRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(textLayoutModule->indentRB, SIGNAL(toggled(bool)),
textLayoutModule->indentCO, SLOT(setEnabled(bool)));
connect(textLayoutModule->indentCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->indentCO, SIGNAL(activated(int)),
this, SLOT(setIndent(int)));
connect(textLayoutModule->indentLE, SIGNAL(textChanged(const QString &)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->indentLengthCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->skipRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(textLayoutModule->skipRB, SIGNAL(toggled(bool)),
textLayoutModule->skipCO, SLOT(setEnabled(bool)));
connect(textLayoutModule->skipCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->skipCO, SIGNAL(activated(int)),
this, SLOT(setSkip(int)));
connect(textLayoutModule->skipLE, SIGNAL(textChanged(const QString &)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->skipLengthCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->indentRB, SIGNAL(toggled(bool)),
this, SLOT(enableIndent(bool)));
connect(textLayoutModule->skipRB, SIGNAL(toggled(bool)),
this, SLOT(enableSkip(bool)));
connect(textLayoutModule->twoColumnCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(textLayoutModule->twoColumnCB, SIGNAL(clicked()),
this, SLOT(setColSep()));
connect(textLayoutModule->justCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(textLayoutModule->MathIndentCB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->MathIndentCB, SIGNAL(toggled(bool)),
this, SLOT(allowMathIndent()));
connect(textLayoutModule->MathIndentCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->MathIndentCO, SIGNAL(activated(int)),
this, SLOT(setMathIndent(int)));
connect(textLayoutModule->MathIndentLE, SIGNAL(textChanged(const QString &)),
this, SLOT(change_adaptor()));
connect(textLayoutModule->MathIndentLengthCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
textLayoutModule->MathIndentCO->addItem(qt_("Default"));
textLayoutModule->MathIndentCO->addItem(qt_("Custom"));
textLayoutModule->MathIndentLE->setValidator(new LengthValidator(
textLayoutModule->MathIndentLE));
// initialize the length validator
bc().addCheckedLineEdit(textLayoutModule->MathIndentLE);
textLayoutModule->lspacingLE->setValidator(new QDoubleValidator(
textLayoutModule->lspacingLE));
textLayoutModule->indentLE->setValidator(new LengthValidator(
textLayoutModule->indentLE));
textLayoutModule->skipLE->setValidator(new LengthValidator(
textLayoutModule->skipLE));
textLayoutModule->indentCO->addItem(qt_("Default"));
textLayoutModule->indentCO->addItem(qt_("Custom"));
textLayoutModule->skipCO->addItem(qt_("SmallSkip"));
textLayoutModule->skipCO->addItem(qt_("MedSkip"));
textLayoutModule->skipCO->addItem(qt_("BigSkip"));
textLayoutModule->skipCO->addItem(qt_("Custom"));
textLayoutModule->lspacingCO->insertItem(
Spacing::Single, qt_("Single"));
textLayoutModule->lspacingCO->insertItem(
Spacing::Onehalf, qt_("OneHalf"));
textLayoutModule->lspacingCO->insertItem(
Spacing::Double, qt_("Double"));
textLayoutModule->lspacingCO->insertItem(
Spacing::Other, qt_("Custom"));
// initialize the length validator
bc().addCheckedLineEdit(textLayoutModule->indentLE);
bc().addCheckedLineEdit(textLayoutModule->skipLE);
// master/child handling
masterChildModule = new UiWidget<Ui::MasterChildUi>(this);
connect(masterChildModule->childrenTW, SIGNAL(itemDoubleClicked(QTreeWidgetItem *, int)),
this, SLOT(includeonlyClicked(QTreeWidgetItem *, int)));
connect(masterChildModule->includeonlyRB, SIGNAL(toggled(bool)),
masterChildModule->childrenTW, SLOT(setEnabled(bool)));
connect(masterChildModule->includeonlyRB, SIGNAL(toggled(bool)),
masterChildModule->maintainAuxCB, SLOT(setEnabled(bool)));
connect(masterChildModule->includeallRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(masterChildModule->includeonlyRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(masterChildModule->maintainAuxCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
masterChildModule->childrenTW->setColumnCount(2);
masterChildModule->childrenTW->headerItem()->setText(0, qt_("Child Document"));
masterChildModule->childrenTW->headerItem()->setText(1, qt_("Include to Output"));
masterChildModule->childrenTW->resizeColumnToContents(1);
masterChildModule->childrenTW->resizeColumnToContents(2);
// Formats
outputModule = new UiWidget<Ui::OutputUi>(this);
connect(outputModule->defaultFormatCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(outputModule->mathimgSB, SIGNAL(valueChanged(double)),
this, SLOT(change_adaptor()));
connect(outputModule->strictCB, SIGNAL(stateChanged(int)),
this, SLOT(change_adaptor()));
connect(outputModule->cssCB, SIGNAL(stateChanged(int)),
this, SLOT(change_adaptor()));
connect(outputModule->mathoutCB, SIGNAL(currentIndexChanged(int)),
this, SLOT(change_adaptor()));
connect(outputModule->outputsyncCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(outputModule->synccustomCB, SIGNAL(editTextChanged(QString)),
this, SLOT(change_adaptor()));
outputModule->synccustomCB->addItem("");
outputModule->synccustomCB->addItem("\\synctex=1");
outputModule->synccustomCB->addItem("\\synctex=-1");
outputModule->synccustomCB->addItem("\\usepackage[active]{srcltx}");
outputModule->synccustomCB->setValidator(new NoNewLineValidator(
outputModule->synccustomCB));
connect(outputModule->saveTransientPropertiesCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
// fonts
fontModule = new FontModule(this);
connect(fontModule->osFontsCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(fontModule->osFontsCB, SIGNAL(toggled(bool)),
this, SLOT(osFontsChanged(bool)));
connect(fontModule->fontsRomanCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(fontModule->fontsRomanCO, SIGNAL(activated(int)),
this, SLOT(romanChanged(int)));
connect(fontModule->fontsSansCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(fontModule->fontsSansCO, SIGNAL(activated(int)),
this, SLOT(sansChanged(int)));
connect(fontModule->fontsTypewriterCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(fontModule->fontsTypewriterCO, SIGNAL(activated(int)),
this, SLOT(ttChanged(int)));
connect(fontModule->fontsMathCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(fontModule->fontsMathCO, SIGNAL(activated(int)),
this, SLOT(mathFontChanged(int)));
connect(fontModule->fontsDefaultCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(fontModule->fontencCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(fontModule->fontencCO, SIGNAL(activated(int)),
this, SLOT(fontencChanged(int)));
connect(fontModule->fontencLE, SIGNAL(textChanged(const QString &)),
this, SLOT(change_adaptor()));
connect(fontModule->fontsizeCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(fontModule->cjkFontLE, SIGNAL(textChanged(const QString &)),
this, SLOT(change_adaptor()));
connect(fontModule->microtypeCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(fontModule->dashesCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(fontModule->scaleSansSB, SIGNAL(valueChanged(int)),
this, SLOT(change_adaptor()));
connect(fontModule->scaleTypewriterSB, SIGNAL(valueChanged(int)),
this, SLOT(change_adaptor()));
connect(fontModule->fontScCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(fontModule->fontScCB, SIGNAL(toggled(bool)),
this, SLOT(fontScToggled(bool)));
connect(fontModule->fontOsfCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(fontModule->fontOsfCB, SIGNAL(toggled(bool)),
this, SLOT(fontOsfToggled(bool)));
fontModule->fontencLE->setValidator(new NoNewLineValidator(
fontModule->fontencLE));
fontModule->cjkFontLE->setValidator(new NoNewLineValidator(
fontModule->cjkFontLE));
updateFontlist();
fontModule->fontsizeCO->addItem(qt_("Default"));
fontModule->fontsizeCO->addItem(qt_("10"));
fontModule->fontsizeCO->addItem(qt_("11"));
fontModule->fontsizeCO->addItem(qt_("12"));
fontModule->fontencCO->addItem(qt_("Default"), QString("global"));
fontModule->fontencCO->addItem(qt_("Custom"), QString("custom"));
fontModule->fontencCO->addItem(qt_("None (no fontenc)"), QString("default"));
for (int n = 0; GuiDocument::fontfamilies_gui[n][0]; ++n)
fontModule->fontsDefaultCO->addItem(
qt_(GuiDocument::fontfamilies_gui[n]));
if (!LaTeXFeatures::isAvailable("fontspec"))
fontModule->osFontsCB->setToolTip(
qt_("Use OpenType and TrueType fonts directly (requires XeTeX or LuaTeX)\n"
"You need to install the package \"fontspec\" to use this feature"));
// page layout
pageLayoutModule = new UiWidget<Ui::PageLayoutUi>(this);
connect(pageLayoutModule->papersizeCO, SIGNAL(activated(int)),
this, SLOT(papersizeChanged(int)));
connect(pageLayoutModule->papersizeCO, SIGNAL(activated(int)),
this, SLOT(papersizeChanged(int)));
connect(pageLayoutModule->portraitRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->papersizeCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->paperheightLE, SIGNAL(textChanged(const QString &)),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->paperwidthLE, SIGNAL(textChanged(const QString &)),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->paperwidthUnitCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->paperheightUnitCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->portraitRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->landscapeRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->facingPagesCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(pageLayoutModule->pagestyleCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
pageLayoutModule->pagestyleCO->addItem(qt_("Default"));
pageLayoutModule->pagestyleCO->addItem(qt_("empty"));
pageLayoutModule->pagestyleCO->addItem(qt_("plain"));
pageLayoutModule->pagestyleCO->addItem(qt_("headings"));
pageLayoutModule->pagestyleCO->addItem(qt_("fancy"));
bc().addCheckedLineEdit(pageLayoutModule->paperheightLE,
pageLayoutModule->paperheightL);
bc().addCheckedLineEdit(pageLayoutModule->paperwidthLE,
pageLayoutModule->paperwidthL);
QComboBox * cb = pageLayoutModule->papersizeCO;
cb->addItem(qt_("Default"));
cb->addItem(qt_("Custom"));
cb->addItem(qt_("US letter"));
cb->addItem(qt_("US legal"));
cb->addItem(qt_("US executive"));
cb->addItem(qt_("A0"));
cb->addItem(qt_("A1"));
cb->addItem(qt_("A2"));
cb->addItem(qt_("A3"));
cb->addItem(qt_("A4"));
cb->addItem(qt_("A5"));
cb->addItem(qt_("A6"));
cb->addItem(qt_("B0"));
cb->addItem(qt_("B1"));
cb->addItem(qt_("B2"));
cb->addItem(qt_("B3"));
cb->addItem(qt_("B4"));
cb->addItem(qt_("B5"));
cb->addItem(qt_("B6"));
cb->addItem(qt_("C0"));
cb->addItem(qt_("C1"));
cb->addItem(qt_("C2"));
cb->addItem(qt_("C3"));
cb->addItem(qt_("C4"));
cb->addItem(qt_("C5"));
cb->addItem(qt_("C6"));
cb->addItem(qt_("JIS B0"));
cb->addItem(qt_("JIS B1"));
cb->addItem(qt_("JIS B2"));
cb->addItem(qt_("JIS B3"));
cb->addItem(qt_("JIS B4"));
cb->addItem(qt_("JIS B5"));
cb->addItem(qt_("JIS B6"));
// remove the %-items from the unit choice
pageLayoutModule->paperwidthUnitCO->noPercents();
pageLayoutModule->paperheightUnitCO->noPercents();
pageLayoutModule->paperheightLE->setValidator(unsignedLengthValidator(
pageLayoutModule->paperheightLE));
pageLayoutModule->paperwidthLE->setValidator(unsignedLengthValidator(
pageLayoutModule->paperwidthLE));
// margins
marginsModule = new UiWidget<Ui::MarginsUi>(this);
connect(marginsModule->marginCB, SIGNAL(toggled(bool)),
this, SLOT(setCustomMargins(bool)));
connect(marginsModule->marginCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(marginsModule->topLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(marginsModule->topUnit, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(marginsModule->bottomLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(marginsModule->bottomUnit, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(marginsModule->innerLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(marginsModule->innerUnit, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(marginsModule->outerLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(marginsModule->outerUnit, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(marginsModule->headheightLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(marginsModule->headheightUnit, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(marginsModule->headsepLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(marginsModule->headsepUnit, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(marginsModule->footskipLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(marginsModule->footskipUnit, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(marginsModule->columnsepLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(marginsModule->columnsepUnit, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
marginsModule->topLE->setValidator(new LengthValidator(
marginsModule->topLE));
marginsModule->bottomLE->setValidator(new LengthValidator(
marginsModule->bottomLE));
marginsModule->innerLE->setValidator(new LengthValidator(
marginsModule->innerLE));
marginsModule->outerLE->setValidator(new LengthValidator(
marginsModule->outerLE));
marginsModule->headsepLE->setValidator(new LengthValidator(
marginsModule->headsepLE));
marginsModule->headheightLE->setValidator(new LengthValidator(
marginsModule->headheightLE));
marginsModule->footskipLE->setValidator(new LengthValidator(
marginsModule->footskipLE));
marginsModule->columnsepLE->setValidator(new LengthValidator(
marginsModule->columnsepLE));
bc().addCheckedLineEdit(marginsModule->topLE,
marginsModule->topL);
bc().addCheckedLineEdit(marginsModule->bottomLE,
marginsModule->bottomL);
bc().addCheckedLineEdit(marginsModule->innerLE,
marginsModule->innerL);
bc().addCheckedLineEdit(marginsModule->outerLE,
marginsModule->outerL);
bc().addCheckedLineEdit(marginsModule->headsepLE,
marginsModule->headsepL);
bc().addCheckedLineEdit(marginsModule->headheightLE,
marginsModule->headheightL);
bc().addCheckedLineEdit(marginsModule->footskipLE,
marginsModule->footskipL);
bc().addCheckedLineEdit(marginsModule->columnsepLE,
marginsModule->columnsepL);
// language & quote
langModule = new UiWidget<Ui::LanguageUi>(this);
connect(langModule->languageCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(langModule->languageCO, SIGNAL(activated(int)),
this, SLOT(languageChanged(int)));
connect(langModule->defaultencodingRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(langModule->otherencodingRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(langModule->encodingCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(langModule->quoteStyleCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(langModule->languagePackageCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(langModule->languagePackageLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(langModule->languagePackageCO, SIGNAL(currentIndexChanged(int)),
this, SLOT(languagePackageChanged(int)));
connect(langModule->dynamicQuotesCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
langModule->languagePackageLE->setValidator(new NoNewLineValidator(
langModule->languagePackageLE));
QAbstractItemModel * language_model = guiApp->languageModel();
// FIXME: it would be nice if sorting was enabled/disabled via a checkbox.
language_model->sort(0);
langModule->languageCO->setModel(language_model);
langModule->languageCO->setModelColumn(0);
// Always put the default encoding in the first position.
langModule->encodingCO->addItem(qt_("Language Default (no inputenc)"));
QStringList encodinglist;
Encodings::const_iterator it = encodings.begin();
Encodings::const_iterator const end = encodings.end();
for (; it != end; ++it)
if (!it->unsafe())
encodinglist.append(qt_(it->guiName()));
encodinglist.sort();
langModule->encodingCO->addItems(encodinglist);
langModule->languagePackageCO->addItem(
qt_("Default"), toqstr("default"));
langModule->languagePackageCO->addItem(
qt_("Automatic"), toqstr("auto"));
langModule->languagePackageCO->addItem(
qt_("Always Babel"), toqstr("babel"));
langModule->languagePackageCO->addItem(
qt_("Custom"), toqstr("custom"));
langModule->languagePackageCO->addItem(
qt_("None[[language package]]"), toqstr("none"));
// color
colorModule = new UiWidget<Ui::ColorUi>(this);
connect(colorModule->fontColorPB, SIGNAL(clicked()),
this, SLOT(changeFontColor()));
connect(colorModule->delFontColorTB, SIGNAL(clicked()),
this, SLOT(deleteFontColor()));
connect(colorModule->noteFontColorPB, SIGNAL(clicked()),
this, SLOT(changeNoteFontColor()));
connect(colorModule->delNoteFontColorTB, SIGNAL(clicked()),
this, SLOT(deleteNoteFontColor()));
connect(colorModule->backgroundPB, SIGNAL(clicked()),
this, SLOT(changeBackgroundColor()));
connect(colorModule->delBackgroundTB, SIGNAL(clicked()),
this, SLOT(deleteBackgroundColor()));
connect(colorModule->boxBackgroundPB, SIGNAL(clicked()),
this, SLOT(changeBoxBackgroundColor()));
connect(colorModule->delBoxBackgroundTB, SIGNAL(clicked()),
this, SLOT(deleteBoxBackgroundColor()));
// numbering
numberingModule = new UiWidget<Ui::NumberingUi>(this);
connect(numberingModule->depthSL, SIGNAL(valueChanged(int)),
this, SLOT(change_adaptor()));
connect(numberingModule->tocSL, SIGNAL(valueChanged(int)),
this, SLOT(change_adaptor()));
connect(numberingModule->depthSL, SIGNAL(valueChanged(int)),
this, SLOT(updateNumbering()));
connect(numberingModule->tocSL, SIGNAL(valueChanged(int)),
this, SLOT(updateNumbering()));
numberingModule->tocTW->setColumnCount(3);
numberingModule->tocTW->headerItem()->setText(0, qt_("Example"));
numberingModule->tocTW->headerItem()->setText(1, qt_("Numbered"));
numberingModule->tocTW->headerItem()->setText(2, qt_("Appears in TOC"));
setSectionResizeMode(numberingModule->tocTW->header(), QHeaderView::ResizeToContents);
// biblio
biblioModule = new UiWidget<Ui::BiblioUi>(this);
connect(biblioModule->citeEngineCO, SIGNAL(activated(int)),
this, SLOT(citeEngineChanged(int)));
connect(biblioModule->citeStyleCO, SIGNAL(activated(int)),
this, SLOT(citeStyleChanged()));
connect(biblioModule->bibtopicCB, SIGNAL(clicked()),
this, SLOT(biblioChanged()));
connect(biblioModule->bibunitsCO, SIGNAL(activated(int)),
this, SLOT(biblioChanged()));
connect(biblioModule->bibtexCO, SIGNAL(activated(int)),
this, SLOT(bibtexChanged(int)));
connect(biblioModule->bibtexOptionsLE, SIGNAL(textChanged(QString)),
this, SLOT(biblioChanged()));
connect(biblioModule->citePackageOptionsLE, SIGNAL(textChanged(QString)),
this, SLOT(biblioChanged()));
connect(biblioModule->defaultBiblioCO, SIGNAL(activated(int)),
this, SLOT(biblioChanged()));
connect(biblioModule->defaultBiblioCO, SIGNAL(editTextChanged(QString)),
this, SLOT(biblioChanged()));
connect(biblioModule->defaultBiblioCO, SIGNAL(editTextChanged(QString)),
this, SLOT(updateResetDefaultBiblio()));
connect(biblioModule->biblatexBbxCO, SIGNAL(activated(int)),
this, SLOT(biblioChanged()));
connect(biblioModule->biblatexBbxCO, SIGNAL(editTextChanged(QString)),
this, SLOT(updateResetDefaultBiblio()));
connect(biblioModule->biblatexCbxCO, SIGNAL(activated(int)),
this, SLOT(biblioChanged()));
connect(biblioModule->biblatexCbxCO, SIGNAL(editTextChanged(QString)),
this, SLOT(updateResetDefaultBiblio()));
connect(biblioModule->rescanBibliosPB, SIGNAL(clicked()),
this, SLOT(rescanBibFiles()));
connect(biblioModule->resetDefaultBiblioPB, SIGNAL(clicked()),
this, SLOT(resetDefaultBibfile()));
connect(biblioModule->resetCbxPB, SIGNAL(clicked()),
this, SLOT(resetDefaultCbxBibfile()));
connect(biblioModule->resetBbxPB, SIGNAL(clicked()),
this, SLOT(resetDefaultBbxBibfile()));
connect(biblioModule->matchBbxPB, SIGNAL(clicked()),
this, SLOT(matchBiblatexStyles()));
biblioModule->citeEngineCO->clear();
for (LyXCiteEngine const & cet : theCiteEnginesList) {
biblioModule->citeEngineCO->addItem(qt_(cet.getName()), toqstr(cet.getID()));
int const i = biblioModule->citeEngineCO->findData(toqstr(cet.getID()));
biblioModule->citeEngineCO->setItemData(i, qt_(cet.getDescription()),
Qt::ToolTipRole);
}
biblioModule->bibtexOptionsLE->setValidator(new NoNewLineValidator(
biblioModule->bibtexOptionsLE));
biblioModule->defaultBiblioCO->lineEdit()->setValidator(new NoNewLineValidator(
biblioModule->defaultBiblioCO->lineEdit()));
// NOTE: we do not provide "custom" here for security reasons!
biblioModule->bibtexCO->clear();
biblioModule->bibtexCO->addItem(qt_("Default"), QString("default"));
for (set<string>::const_iterator it = lyxrc.bibtex_alternatives.begin();
it != lyxrc.bibtex_alternatives.end(); ++it) {
QString const command = toqstr(*it).left(toqstr(*it).indexOf(" "));
biblioModule->bibtexCO->addItem(command, command);
}
// indices
indicesModule = new GuiIndices;
connect(indicesModule, SIGNAL(changed()),
this, SLOT(change_adaptor()));
// maths
mathsModule = new UiWidget<Ui::MathsUi>(this);
QStringList headers;
headers << qt_("Package") << qt_("Load automatically")
<< qt_("Load always") << qt_("Do not load");
mathsModule->packagesTW->setHorizontalHeaderLabels(headers);
setSectionResizeMode(mathsModule->packagesTW->horizontalHeader(), QHeaderView::Stretch);
map<string, string> const & packages = BufferParams::auto_packages();
mathsModule->packagesTW->setRowCount(packages.size());
int i = 0;
for (map<string, string>::const_iterator it = packages.begin();
it != packages.end(); ++it) {
docstring const package = from_ascii(it->first);
QString autoTooltip = qt_(it->second);
QString alwaysTooltip;
if (package == "amsmath")
alwaysTooltip =
qt_("The AMS LaTeX packages are always used");
else
alwaysTooltip = toqstr(bformat(
_("The LaTeX package %1$s is always used"),
package));
QString neverTooltip;
if (package == "amsmath")
neverTooltip =
qt_("The AMS LaTeX packages are never used");
else
neverTooltip = toqstr(bformat(
_("The LaTeX package %1$s is never used"),
package));
QRadioButton * autoRB = new QRadioButton(mathsModule);
QRadioButton * alwaysRB = new QRadioButton(mathsModule);
QRadioButton * neverRB = new QRadioButton(mathsModule);
QButtonGroup * packageGroup = new QButtonGroup(mathsModule);
packageGroup->addButton(autoRB);
packageGroup->addButton(alwaysRB);
packageGroup->addButton(neverRB);
autoRB->setToolTip(autoTooltip);
alwaysRB->setToolTip(alwaysTooltip);
neverRB->setToolTip(neverTooltip);
QTableWidgetItem * pack = new QTableWidgetItem(toqstr(package));
mathsModule->packagesTW->setItem(i, 0, pack);
mathsModule->packagesTW->setCellWidget(i, 1, autoRB);
mathsModule->packagesTW->setCellWidget(i, 2, alwaysRB);
mathsModule->packagesTW->setCellWidget(i, 3, neverRB);
connect(autoRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(alwaysRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(neverRB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
++i;
}
connect(mathsModule->allPackagesAutoPB, SIGNAL(clicked()),
this, SLOT(allPackagesAuto()));
connect(mathsModule->allPackagesAlwaysPB, SIGNAL(clicked()),
this, SLOT(allPackagesAlways()));
connect(mathsModule->allPackagesNotPB, SIGNAL(clicked()),
this, SLOT(allPackagesNot()));
connect(mathsModule->allPackagesAutoPB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(mathsModule->allPackagesAlwaysPB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(mathsModule->allPackagesNotPB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
// latex class
latexModule = new UiWidget<Ui::LaTeXUi>(this);
connect(latexModule->optionsLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(latexModule->defaultOptionsCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(latexModule->psdriverCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(latexModule->classCO, SIGNAL(activated(int)),
this, SLOT(classChanged_adaptor()));
connect(latexModule->classCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(latexModule->layoutPB, SIGNAL(clicked()),
this, SLOT(browseLayout()));
connect(latexModule->layoutPB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(latexModule->childDocGB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(latexModule->childDocLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(latexModule->childDocPB, SIGNAL(clicked()),
this, SLOT(browseMaster()));
connect(latexModule->suppressDateCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(latexModule->refstyleCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
latexModule->optionsLE->setValidator(new NoNewLineValidator(
latexModule->optionsLE));
latexModule->childDocLE->setValidator(new NoNewLineValidator(
latexModule->childDocLE));
// postscript drivers
for (int n = 0; tex_graphics[n][0]; ++n) {
QString enc = qt_(tex_graphics_gui[n]);
latexModule->psdriverCO->addItem(enc);
}
// latex classes
LayoutFileList const & bcl = LayoutFileList::get();
vector<LayoutFileIndex> classList = bcl.classList();
sort(classList.begin(), classList.end(), less_textclass_avail_desc());
vector<LayoutFileIndex>::const_iterator cit = classList.begin();
vector<LayoutFileIndex>::const_iterator cen = classList.end();
for (int i = 0; cit != cen; ++cit, ++i) {
LayoutFile const & tc = bcl[*cit];
bool const available = tc.isTeXClassAvailable();
docstring const guiname = translateIfPossible(from_utf8(tc.description()));
// tooltip sensu "KOMA-Script Article [Class 'scrartcl']"
QString tooltip = toqstr(bformat(_("%1$s [Class '%2$s']"), guiname, from_utf8(tc.latexname())));
if (!available) {
docstring const output_type = (tc.outputType() == lyx::DOCBOOK) ? _("DocBook") : _("LaTeX");
tooltip += '\n' + toqstr(bformat(_("Class not found by LyX. "
"Please check if you have the matching %1$s class "
"and all required packages (%2$s) installed."),
output_type, from_utf8(tc.prerequisites(", "))));
}
latexModule->classCO->addItemSort(toqstr(tc.name()),
toqstr(guiname),
toqstr(translateIfPossible(from_utf8(tc.category()))),
tooltip,
true, true, true, available);
}
// branches
branchesModule = new GuiBranches(this);
connect(branchesModule, SIGNAL(changed()),
this, SLOT(change_adaptor()));
connect(branchesModule, SIGNAL(renameBranches(docstring const &, docstring const &)),
this, SLOT(branchesRename(docstring const &, docstring const &)));
connect(branchesModule, SIGNAL(okPressed()), this, SLOT(slotOK()));
updateUnknownBranches();
// preamble
preambleModule = new PreambleModule(this);
connect(preambleModule, SIGNAL(changed()),
this, SLOT(change_adaptor()));
localLayout = new LocalLayout(this);
connect(localLayout, SIGNAL(changed()),
this, SLOT(change_adaptor()));
// bullets
bulletsModule = new BulletsModule(this);
connect(bulletsModule, SIGNAL(changed()),
this, SLOT(change_adaptor()));
// Modules
modulesModule = new UiWidget<Ui::ModulesUi>(this);
modulesModule->availableLV->header()->setVisible(false);
setSectionResizeMode(modulesModule->availableLV->header(), QHeaderView::ResizeToContents);
modulesModule->availableLV->header()->setStretchLastSection(false);
selectionManager =
new ModuleSelectionManager(this, modulesModule->availableLV,
modulesModule->selectedLV,
modulesModule->addPB,
modulesModule->deletePB,
modulesModule->upPB,
modulesModule->downPB,
availableModel(), selectedModel(), this);
connect(selectionManager, SIGNAL(updateHook()),
this, SLOT(updateModuleInfo()));
connect(selectionManager, SIGNAL(selectionChanged()),
this, SLOT(modulesChanged()));
// PDF support
pdfSupportModule = new UiWidget<Ui::PDFSupportUi>(this);
connect(pdfSupportModule->use_hyperrefGB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->titleLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->authorLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->subjectLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->keywordsLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->bookmarksGB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->bookmarksnumberedCB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->bookmarksopenGB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->bookmarksopenlevelSB, SIGNAL(valueChanged(int)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->breaklinksCB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->pdfborderCB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->colorlinksCB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->backrefCO, SIGNAL(activated(int)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->pdfusetitleCB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->fullscreenCB, SIGNAL(toggled(bool)),
this, SLOT(change_adaptor()));
connect(pdfSupportModule->optionsLE, SIGNAL(textChanged(QString)),
this, SLOT(change_adaptor()));
pdfSupportModule->titleLE->setValidator(new NoNewLineValidator(
pdfSupportModule->titleLE));
pdfSupportModule->authorLE->setValidator(new NoNewLineValidator(
pdfSupportModule->authorLE));
pdfSupportModule->subjectLE->setValidator(new NoNewLineValidator(
pdfSupportModule->subjectLE));
pdfSupportModule->keywordsLE->setValidator(new NoNewLineValidator(
pdfSupportModule->keywordsLE));
pdfSupportModule->optionsLE->setValidator(new NoNewLineValidator(
pdfSupportModule->optionsLE));
for (int i = 0; backref_opts[i][0]; ++i)
pdfSupportModule->backrefCO->addItem(qt_(backref_opts_gui[i]));
// float
floatModule = new FloatPlacement;
connect(floatModule, SIGNAL(changed()),
this, SLOT(change_adaptor()));
// listings
listingsModule = new UiWidget<Ui::ListingsSettingsUi>(this);
connect(listingsModule->listingsED, SIGNAL(textChanged()),
this, SLOT(change_adaptor()));
connect(listingsModule->bypassCB, SIGNAL(clicked()),
this, SLOT(change_adaptor()));
connect(listingsModule->bypassCB, SIGNAL(clicked()),
this, SLOT(setListingsMessage()));
connect(listingsModule->listingsED, SIGNAL(textChanged()),
this, SLOT(setListingsMessage()));
listingsModule->listingsTB->setPlainText(
qt_("Input listings parameters below. Enter ? for a list of parameters."));
// add the panels
docPS->addPanel(latexModule, N_("Document Class"));
docPS->addPanel(masterChildModule, N_("Child Documents"));
docPS->addPanel(modulesModule, N_("Modules"));
docPS->addPanel(localLayout, N_("Local Layout"));
docPS->addPanel(fontModule, N_("Fonts"));
docPS->addPanel(textLayoutModule, N_("Text Layout"));
docPS->addPanel(pageLayoutModule, N_("Page Layout"));
docPS->addPanel(marginsModule, N_("Page Margins"));
docPS->addPanel(langModule, N_("Language"));
docPS->addPanel(colorModule, N_("Colors"));
docPS->addPanel(numberingModule, N_("Numbering & TOC"));
docPS->addPanel(biblioModule, N_("Bibliography"));
docPS->addPanel(indicesModule, N_("Indexes"));
docPS->addPanel(pdfSupportModule, N_("PDF Properties"));
docPS->addPanel(mathsModule, N_("Math Options"));
docPS->addPanel(floatModule, N_("Float Placement"));
docPS->addPanel(listingsModule, N_("Listings[[inset]]"));
docPS->addPanel(bulletsModule, N_("Bullets"));
docPS->addPanel(branchesModule, N_("Branches"));
docPS->addPanel(outputModule, N_("Formats[[output]]"));
docPS->addPanel(preambleModule, N_("LaTeX Preamble"));
docPS->setCurrentPanel("Document Class");
// FIXME: hack to work around resizing bug in Qt >= 4.2
// bug verified with Qt 4.2.{0-3} (JSpitzm)
#if QT_VERSION >= 0x040200
docPS->updateGeometry();
#endif
}
void GuiDocument::onBufferViewChanged()
{
if (isVisibleView())
initialiseParams("");
}
void GuiDocument::saveDefaultClicked()
{
saveDocDefault();
}
void GuiDocument::useDefaultsClicked()
{
useClassDefaults();
}
void GuiDocument::change_adaptor()
{
nonModuleChanged_ = true;
changed();
}
void GuiDocument::includeonlyClicked(QTreeWidgetItem * item, int)
{
if (item == 0)
return;
string child = fromqstr(item->text(0));
if (child.empty())
return;
if (std::find(includeonlys_.begin(),
includeonlys_.end(), child) != includeonlys_.end())
includeonlys_.remove(child);
else
includeonlys_.push_back(child);
updateIncludeonlys();
change_adaptor();
}
QString GuiDocument::validateListingsParameters()
{
if (listingsModule->bypassCB->isChecked())
return QString();
string params = fromqstr(listingsModule->listingsED->toPlainText());
return toqstr(InsetListingsParams(params).validate());
}
void GuiDocument::setListingsMessage()
{
// FIXME THREAD
static bool isOK = true;
QString msg = validateListingsParameters();
if (msg.isEmpty()) {
if (isOK)
return;
isOK = true;
// listingsTB->setTextColor("black");
listingsModule->listingsTB->setPlainText(
qt_("Input listings parameters below. "
"Enter ? for a list of parameters."));
} else {
isOK = false;
// listingsTB->setTextColor("red");
listingsModule->listingsTB->setPlainText(msg);
}
}
void GuiDocument::setLSpacing(int item)
{
textLayoutModule->lspacingLE->setEnabled(item == 3);
}
void GuiDocument::setIndent(int item)
{
bool const enable = (item == 1);
textLayoutModule->indentLE->setEnabled(enable);
textLayoutModule->indentLengthCO->setEnabled(enable);
textLayoutModule->skipLE->setEnabled(false);
textLayoutModule->skipLengthCO->setEnabled(false);
isValid();
}
void GuiDocument::enableIndent(bool indent)
{
textLayoutModule->skipLE->setEnabled(!indent);
textLayoutModule->skipLengthCO->setEnabled(!indent);
if (indent)
setIndent(textLayoutModule->indentCO->currentIndex());
}
void GuiDocument::setSkip(int item)
{
bool const enable = (item == 3);
textLayoutModule->skipLE->setEnabled(enable);
textLayoutModule->skipLengthCO->setEnabled(enable);
isValid();
}
void GuiDocument::enableSkip(bool skip)
{
textLayoutModule->indentLE->setEnabled(!skip);
textLayoutModule->indentLengthCO->setEnabled(!skip);
if (skip)
setSkip(textLayoutModule->skipCO->currentIndex());
}
void GuiDocument::allowMathIndent() {
// only disable when not checked, checked does not always allow enabling
if (!textLayoutModule->MathIndentCB->isChecked()) {
textLayoutModule->MathIndentLE->setEnabled(false);
textLayoutModule->MathIndentLengthCO->setEnabled(false);
}
if (textLayoutModule->MathIndentCB->isChecked()
&& textLayoutModule->MathIndentCO->currentIndex() == 1) {
textLayoutModule->MathIndentLE->setEnabled(true);
textLayoutModule->MathIndentLengthCO->setEnabled(true);
}
isValid();
}
void GuiDocument::setMathIndent(int item)
{
bool const enable = (item == 1);
textLayoutModule->MathIndentLE->setEnabled(enable);
textLayoutModule->MathIndentLengthCO->setEnabled(enable);
isValid();
}
void GuiDocument::setMargins()
{
bool const extern_geometry =
documentClass().provides("geometry");
marginsModule->marginCB->setEnabled(!extern_geometry);
if (extern_geometry) {
marginsModule->marginCB->setChecked(false);
setCustomMargins(true);
} else {
marginsModule->marginCB->setChecked(!bp_.use_geometry);
setCustomMargins(!bp_.use_geometry);
}
}
void GuiDocument::papersizeChanged(int paper_size)
{
setCustomPapersize(paper_size == 1);
}
void GuiDocument::setCustomPapersize(bool custom)
{
pageLayoutModule->paperwidthL->setEnabled(custom);
pageLayoutModule->paperwidthLE->setEnabled(custom);
pageLayoutModule->paperwidthUnitCO->setEnabled(custom);
pageLayoutModule->paperheightL->setEnabled(custom);
pageLayoutModule->paperheightLE->setEnabled(custom);
pageLayoutModule->paperheightLE->setFocus();
pageLayoutModule->paperheightUnitCO->setEnabled(custom);
}
void GuiDocument::setColSep()
{
setCustomMargins(marginsModule->marginCB->checkState() == Qt::Checked);
}
void GuiDocument::setCustomMargins(bool custom)
{
marginsModule->topL->setEnabled(!custom);
marginsModule->topLE->setEnabled(!custom);
marginsModule->topUnit->setEnabled(!custom);
marginsModule->bottomL->setEnabled(!custom);
marginsModule->bottomLE->setEnabled(!custom);
marginsModule->bottomUnit->setEnabled(!custom);
marginsModule->innerL->setEnabled(!custom);
marginsModule->innerLE->setEnabled(!custom);
marginsModule->innerUnit->setEnabled(!custom);
marginsModule->outerL->setEnabled(!custom);
marginsModule->outerLE->setEnabled(!custom);
marginsModule->outerUnit->setEnabled(!custom);
marginsModule->headheightL->setEnabled(!custom);
marginsModule->headheightLE->setEnabled(!custom);
marginsModule->headheightUnit->setEnabled(!custom);
marginsModule->headsepL->setEnabled(!custom);
marginsModule->headsepLE->setEnabled(!custom);
marginsModule->headsepUnit->setEnabled(!custom);
marginsModule->footskipL->setEnabled(!custom);
marginsModule->footskipLE->setEnabled(!custom);
marginsModule->footskipUnit->setEnabled(!custom);
bool const enableColSep = !custom &&
textLayoutModule->twoColumnCB->checkState() == Qt::Checked;
marginsModule->columnsepL->setEnabled(enableColSep);
marginsModule->columnsepLE->setEnabled(enableColSep);
marginsModule->columnsepUnit->setEnabled(enableColSep);
}
void GuiDocument::changeBackgroundColor()
{
QColor const & newColor = QColorDialog::getColor(
rgb2qcolor(set_backgroundcolor), asQWidget());
if (!newColor.isValid())
return;
// set the button color and text
colorModule->backgroundPB->setStyleSheet(
colorButtonStyleSheet(newColor));
colorModule->backgroundPB->setText(qt_("&Change..."));
// save color
set_backgroundcolor = rgbFromHexName(fromqstr(newColor.name()));
is_backgroundcolor = true;
change_adaptor();
}
void GuiDocument::deleteBackgroundColor()
{
// set the button color back to default by setting an empty StyleSheet
colorModule->backgroundPB->setStyleSheet(QLatin1String(""));
// change button text
colorModule->backgroundPB->setText(qt_("&Default..."));
// save default color (white)
set_backgroundcolor = rgbFromHexName("#ffffff");
is_backgroundcolor = false;
change_adaptor();
}
void GuiDocument::changeFontColor()
{
QColor const & newColor = QColorDialog::getColor(
rgb2qcolor(set_fontcolor), asQWidget());
if (!newColor.isValid())
return;
// set the button color and text
colorModule->fontColorPB->setStyleSheet(
colorButtonStyleSheet(newColor));
colorModule->fontColorPB->setText(qt_("&Change..."));
// save color
set_fontcolor = rgbFromHexName(fromqstr(newColor.name()));
is_fontcolor = true;
change_adaptor();
}
void GuiDocument::deleteFontColor()
{
// set the button color back to default by setting an empty StyleSheet
colorModule->fontColorPB->setStyleSheet(QLatin1String(""));
// change button text
colorModule->fontColorPB->setText(qt_("&Default..."));
// save default color (black)
set_fontcolor = rgbFromHexName("#000000");
is_fontcolor = false;
change_adaptor();
}
void GuiDocument::changeNoteFontColor()
{
QColor const & newColor = QColorDialog::getColor(
rgb2qcolor(set_notefontcolor), asQWidget());
if (!newColor.isValid())
return;
// set the button color
colorModule->noteFontColorPB->setStyleSheet(
colorButtonStyleSheet(newColor));
// save color
set_notefontcolor = rgbFromHexName(fromqstr(newColor.name()));
change_adaptor();
}
void GuiDocument::deleteNoteFontColor()
{
// set the button color back to pref
theApp()->getRgbColor(Color_greyedouttext, set_notefontcolor);
colorModule->noteFontColorPB->setStyleSheet(
colorButtonStyleSheet(rgb2qcolor(set_notefontcolor)));
change_adaptor();
}
void GuiDocument::changeBoxBackgroundColor()
{
QColor const & newColor = QColorDialog::getColor(
rgb2qcolor(set_boxbgcolor), asQWidget());
if (!newColor.isValid())
return;
// set the button color
colorModule->boxBackgroundPB->setStyleSheet(
colorButtonStyleSheet(newColor));
// save color
set_boxbgcolor = rgbFromHexName(fromqstr(newColor.name()));
change_adaptor();
}
void GuiDocument::deleteBoxBackgroundColor()
{
// set the button color back to pref
theApp()->getRgbColor(Color_shadedbg, set_boxbgcolor);
colorModule->boxBackgroundPB->setStyleSheet(
colorButtonStyleSheet(rgb2qcolor(set_boxbgcolor)));
change_adaptor();
}
void GuiDocument::updateQuoteStyles(bool const set)
{
Language const * lang = lyx::languages.getLanguage(
fromqstr(langModule->languageCO->itemData(
langModule->languageCO->currentIndex()).toString()));
InsetQuotesParams::QuoteStyle def = bp_.getQuoteStyle(lang->quoteStyle());
langModule->quoteStyleCO->clear();
bool has_default = false;
for (int i = 0; i < quoteparams.stylescount(); ++i) {
InsetQuotesParams::QuoteStyle qs = InsetQuotesParams::QuoteStyle(i);
if (qs == InsetQuotesParams::DynamicQuotes)
continue;
bool const langdef = (qs == def);
if (langdef) {
// add the default style on top
langModule->quoteStyleCO->insertItem(0,
toqstr(quoteparams.getGuiLabel(qs, langdef)), qs);
has_default = true;
}
else
langModule->quoteStyleCO->addItem(
toqstr(quoteparams.getGuiLabel(qs, langdef)), qs);
}
if (set && has_default)
// (re)set to the default style
langModule->quoteStyleCO->setCurrentIndex(0);
}
void GuiDocument::languageChanged(int i)
{
// some languages only work with polyglossia
Language const * lang = lyx::languages.getLanguage(
fromqstr(langModule->languageCO->itemData(i).toString()));
if (lang->babel().empty() && !lang->polyglossia().empty()) {
// If we force to switch fontspec on, store
// current state (#8717)
if (fontModule->osFontsCB->isEnabled())
forced_fontspec_activation =
!fontModule->osFontsCB->isChecked();
fontModule->osFontsCB->setChecked(true);
fontModule->osFontsCB->setEnabled(false);
}
else {
fontModule->osFontsCB->setEnabled(true);
// If we have forced to switch fontspec on,
// restore previous state (#8717)
if (forced_fontspec_activation)
fontModule->osFontsCB->setChecked(false);
forced_fontspec_activation = false;
}
// set appropriate quotation mark style
updateQuoteStyles(true);
}
void GuiDocument::osFontsChanged(bool nontexfonts)
{
bool const tex_fonts = !nontexfonts;
// store current fonts
QString const font_roman = fontModule->fontsRomanCO->itemData(
fontModule->fontsRomanCO->currentIndex()).toString();
QString const font_sans = fontModule->fontsSansCO->itemData(
fontModule->fontsSansCO->currentIndex()).toString();
QString const font_typewriter = fontModule->fontsTypewriterCO->itemData(
fontModule->fontsTypewriterCO->currentIndex()).toString();
QString const font_math = fontModule->fontsMathCO->itemData(
fontModule->fontsMathCO->currentIndex()).toString();
int const font_sf_scale = fontModule->scaleSansSB->value();
int const font_tt_scale = fontModule->scaleTypewriterSB->value();
updateFontlist();
// store default format
QString const dformat = outputModule->defaultFormatCO->itemData(
outputModule->defaultFormatCO->currentIndex()).toString();
updateDefaultFormat();
// try to restore default format
int index = outputModule->defaultFormatCO->findData(dformat);
// set to default if format is not found
if (index == -1)
index = 0;
outputModule->defaultFormatCO->setCurrentIndex(index);
// try to restore fonts which were selected two toggles ago
index = fontModule->fontsRomanCO->findData(fontModule->font_roman);
if (index != -1)
fontModule->fontsRomanCO->setCurrentIndex(index);
index = fontModule->fontsSansCO->findData(fontModule->font_sans);
if (index != -1)
fontModule->fontsSansCO->setCurrentIndex(index);
index = fontModule->fontsTypewriterCO->findData(fontModule->font_typewriter);
if (index != -1)
fontModule->fontsTypewriterCO->setCurrentIndex(index);
index = fontModule->fontsMathCO->findData(fontModule->font_math);
if (index != -1)
fontModule->fontsMathCO->setCurrentIndex(index);
// save fonts for next next toggle
fontModule->font_roman = font_roman;
fontModule->font_sans = font_sans;
fontModule->font_typewriter = font_typewriter;
fontModule->font_math = font_math;
fontModule->font_sf_scale = font_sf_scale;
fontModule->font_tt_scale = font_tt_scale;
langModule->encodingCO->setEnabled(tex_fonts &&
!langModule->defaultencodingRB->isChecked());
langModule->defaultencodingRB->setEnabled(tex_fonts);
langModule->otherencodingRB->setEnabled(tex_fonts);
fontModule->fontsDefaultCO->setEnabled(tex_fonts);
fontModule->fontsDefaultLA->setEnabled(tex_fonts);
fontModule->cjkFontLE->setEnabled(tex_fonts);
fontModule->cjkFontLA->setEnabled(tex_fonts);
updateFontOptions();
fontModule->fontencLA->setEnabled(tex_fonts);
fontModule->fontencCO->setEnabled(tex_fonts);
if (!tex_fonts)
fontModule->fontencLE->setEnabled(false);
else
fontencChanged(fontModule->fontencCO->currentIndex());
}
void GuiDocument::mathFontChanged(int)
{
updateFontOptions();
}
void GuiDocument::fontOsfToggled(bool state)
{
if (fontModule->osFontsCB->isChecked())
return;
QString font = fontModule->fontsRomanCO->itemData(
fontModule->fontsRomanCO->currentIndex()).toString();
if (hasMonolithicExpertSet(font))
fontModule->fontScCB->setChecked(state);
}
void GuiDocument::fontScToggled(bool state)
{
if (fontModule->osFontsCB->isChecked())
return;
QString font = fontModule->fontsRomanCO->itemData(
fontModule->fontsRomanCO->currentIndex()).toString();
if (hasMonolithicExpertSet(font))
fontModule->fontOsfCB->setChecked(state);
}
void GuiDocument::updateFontOptions()
{
bool const tex_fonts = !fontModule->osFontsCB->isChecked();
QString font;
if (tex_fonts)
font = fontModule->fontsSansCO->itemData(
fontModule->fontsSansCO->currentIndex()).toString();
bool scaleable = providesScale(font);
fontModule->scaleSansSB->setEnabled(scaleable);
fontModule->scaleSansLA->setEnabled(scaleable);
if (tex_fonts)
font = fontModule->fontsTypewriterCO->itemData(
fontModule->fontsTypewriterCO->currentIndex()).toString();
scaleable = providesScale(font);
fontModule->scaleTypewriterSB->setEnabled(scaleable);
fontModule->scaleTypewriterLA->setEnabled(scaleable);
if (tex_fonts)
font = fontModule->fontsRomanCO->itemData(
fontModule->fontsRomanCO->currentIndex()).toString();
fontModule->fontScCB->setEnabled(providesSC(font));
fontModule->fontOsfCB->setEnabled(providesOSF(font));
fontModule->dashesCB->setEnabled(tex_fonts);
updateMathFonts(font);
}
void GuiDocument::updateFontsize(string const & items, string const & sel)
{
fontModule->fontsizeCO->clear();
fontModule->fontsizeCO->addItem(qt_("Default"));
for (int n = 0; !token(items,'|',n).empty(); ++n)
fontModule->fontsizeCO->
addItem(toqstr(token(items,'|',n)));
for (int n = 0; n < fontModule->fontsizeCO->count(); ++n) {
if (fromqstr(fontModule->fontsizeCO->itemText(n)) == sel) {
fontModule->fontsizeCO->setCurrentIndex(n);
break;
}
}
}
bool GuiDocument::ot1() const
{
QString const fontenc =
fontModule->fontencCO->itemData(fontModule->fontencCO->currentIndex()).toString();
return (fontenc == "default"
|| (fontenc == "global" && (lyxrc.fontenc == "default" || lyxrc.fontenc == "OT1"))
|| (fontenc == "custom" && fontModule->fontencLE->text() == "OT1"));
}
bool GuiDocument::completeFontset() const
{
return (fontModule->fontsSansCO->itemData(
fontModule->fontsSansCO->currentIndex()).toString() == "default"
&& fontModule->fontsSansCO->itemData(
fontModule->fontsTypewriterCO->currentIndex()).toString() == "default");
}
bool GuiDocument::noMathFont() const
{
return (fontModule->fontsMathCO->itemData(
fontModule->fontsMathCO->currentIndex()).toString() == "default");
}
void GuiDocument::updateTexFonts()
{
LaTeXFonts::TexFontMap texfontmap = theLaTeXFonts().getLaTeXFonts();
LaTeXFonts::TexFontMap::const_iterator it = texfontmap.begin();
LaTeXFonts::TexFontMap::const_iterator end = texfontmap.end();
for (; it != end; ++it) {
LaTeXFont lf = it->second;
if (lf.name().empty()) {
LYXERR0("Error: Unnamed font: " << it->first);
continue;
}
docstring const family = lf.family();
docstring guiname = translateIfPossible(lf.guiname());
if (!lf.available(ot1(), noMathFont()))
guiname += _(" (not installed)");
if (family == "rm")
rmfonts_.insert(toqstr(guiname), toqstr(it->first));
else if (family == "sf")
sffonts_.insert(toqstr(guiname), toqstr(it->first));
else if (family == "tt")
ttfonts_.insert(toqstr(guiname), toqstr(it->first));
else if (family == "math")
mathfonts_.insert(toqstr(guiname), toqstr(it->first));
}
}
void GuiDocument::updateFontlist()
{
fontModule->fontsRomanCO->clear();
fontModule->fontsSansCO->clear();
fontModule->fontsTypewriterCO->clear();
fontModule->fontsMathCO->clear();
// With fontspec (XeTeX, LuaTeX), we have access to all system fonts, but not the LaTeX fonts
if (fontModule->osFontsCB->isChecked()) {
fontModule->fontsRomanCO->addItem(qt_("Default"), QString("default"));
fontModule->fontsSansCO->addItem(qt_("Default"), QString("default"));
fontModule->fontsTypewriterCO->addItem(qt_("Default"), QString("default"));
QString unimath = qt_("Non-TeX Fonts Default");
if (!LaTeXFeatures::isAvailable("unicode-math"))
unimath += qt_(" (not available)");
fontModule->fontsMathCO->addItem(qt_("Class Default (TeX Fonts)"), QString("auto"));
fontModule->fontsMathCO->addItem(unimath, QString("default"));
QFontDatabase fontdb;
QStringList families(fontdb.families());
for (QStringList::Iterator it = families.begin(); it != families.end(); ++it) {
fontModule->fontsRomanCO->addItem(*it, *it);
fontModule->fontsSansCO->addItem(*it, *it);
fontModule->fontsTypewriterCO->addItem(*it, *it);
}
return;
}
if (rmfonts_.empty())
updateTexFonts();
fontModule->fontsRomanCO->addItem(qt_("Default"), QString("default"));
QMap<QString, QString>::const_iterator rmi = rmfonts_.constBegin();
while (rmi != rmfonts_.constEnd()) {
fontModule->fontsRomanCO->addItem(rmi.key(), rmi.value());
++rmi;
}
fontModule->fontsSansCO->addItem(qt_("Default"), QString("default"));
QMap<QString, QString>::const_iterator sfi = sffonts_.constBegin();
while (sfi != sffonts_.constEnd()) {
fontModule->fontsSansCO->addItem(sfi.key(), sfi.value());
++sfi;
}
fontModule->fontsTypewriterCO->addItem(qt_("Default"), QString("default"));
QMap<QString, QString>::const_iterator tti = ttfonts_.constBegin();
while (tti != ttfonts_.constEnd()) {
fontModule->fontsTypewriterCO->addItem(tti.key(), tti.value());
++tti;
}
fontModule->fontsMathCO->addItem(qt_("Automatic"), QString("auto"));
fontModule->fontsMathCO->addItem(qt_("Class Default"), QString("default"));
QMap<QString, QString>::const_iterator mmi = mathfonts_.constBegin();
while (mmi != mathfonts_.constEnd()) {
fontModule->fontsMathCO->addItem(mmi.key(), mmi.value());
++mmi;
}
}
void GuiDocument::fontencChanged(int item)
{
fontModule->fontencLE->setEnabled(
fontModule->fontencCO->itemData(item).toString() == "custom");
// The availability of TeX fonts depends on the font encoding
updateTexFonts();
updateFontOptions();
}
void GuiDocument::updateMathFonts(QString const & rm)
{
if (fontModule->osFontsCB->isChecked())
return;
QString const math =
fontModule->fontsMathCO->itemData(fontModule->fontsMathCO->currentIndex()).toString();
int const i = fontModule->fontsMathCO->findData("default");
if (providesNoMath(rm) && i == -1)
fontModule->fontsMathCO->insertItem(1, qt_("Class Default"), QString("default"));
else if (!providesNoMath(rm) && i != -1) {
int const c = fontModule->fontsMathCO->currentIndex();
fontModule->fontsMathCO->removeItem(i);
if (c == i)
fontModule->fontsMathCO->setCurrentIndex(0);
}
}
void GuiDocument::romanChanged(int item)
{
if (fontModule->osFontsCB->isChecked())
return;
QString const font =
fontModule->fontsRomanCO->itemData(item).toString();
fontModule->fontScCB->setEnabled(providesSC(font));
fontModule->fontOsfCB->setEnabled(providesOSF(font));
updateMathFonts(font);
}
void GuiDocument::sansChanged(int item)
{
if (fontModule->osFontsCB->isChecked())
return;
QString const font =
fontModule->fontsSansCO->itemData(item).toString();
bool scaleable = providesScale(font);
fontModule->scaleSansSB->setEnabled(scaleable);
fontModule->scaleSansLA->setEnabled(scaleable);
}
void GuiDocument::ttChanged(int item)
{
if (fontModule->osFontsCB->isChecked())
return;
QString const font =
fontModule->fontsTypewriterCO->itemData(item).toString();
bool scaleable = providesScale(font);
fontModule->scaleTypewriterSB->setEnabled(scaleable);
fontModule->scaleTypewriterLA->setEnabled(scaleable);
}
void GuiDocument::updatePagestyle(string const & items, string const & sel)
{
pagestyles.clear();
pageLayoutModule->pagestyleCO->clear();
pageLayoutModule->pagestyleCO->addItem(qt_("Default"));
for (int n = 0; !token(items, '|', n).empty(); ++n) {
string style = token(items, '|', n);
QString style_gui = qt_(style);
pagestyles.push_back(pair<string, QString>(style, style_gui));
pageLayoutModule->pagestyleCO->addItem(style_gui);
}
if (sel == "default") {
pageLayoutModule->pagestyleCO->setCurrentIndex(0);
return;
}
int nn = 0;
for (size_t i = 0; i < pagestyles.size(); ++i)
if (pagestyles[i].first == sel)
nn = pageLayoutModule->pagestyleCO->findText(pagestyles[i].second);
if (nn > 0)
pageLayoutModule->pagestyleCO->setCurrentIndex(nn);
}
void GuiDocument::browseLayout()
{
QString const label1 = qt_("Layouts|#o#O");
QString const dir1 = toqstr(lyxrc.document_path);
QStringList const filter(qt_("LyX Layout (*.layout)"));
QString file = browseRelToParent(QString(), bufferFilePath(),
qt_("Local layout file"), filter, false,
label1, dir1);
if (!file.endsWith(".layout"))
return;
FileName layoutFile = support::makeAbsPath(fromqstr(file),
fromqstr(bufferFilePath()));
int const ret = Alert::prompt(_("Local layout file"),
_("The layout file you have selected is a local layout\n"
"file, not one in the system or user directory.\n"
"Your document will not work with this layout if you\n"
"move the layout file to a different directory."),
1, 1, _("&Set Layout"), _("&Cancel"));
if (ret == 1)
return;
// load the layout file
LayoutFileList & bcl = LayoutFileList::get();
string classname = layoutFile.onlyFileName();
// this will update an existing layout if that layout has been loaded before.
LayoutFileIndex name = support::onlyFileName(bcl.addLocalLayout(
classname.substr(0, classname.size() - 7),
layoutFile.onlyPath().absFileName()));
if (name.empty()) {
Alert::error(_("Error"),
_("Unable to read local layout file."));
return;
}
const_cast<Buffer &>(buffer()).setLayoutPos(layoutFile.onlyPath().absFileName());
// do not trigger classChanged if there is no change.
if (latexModule->classCO->currentText() == toqstr(name))
return;
// add to combo box
bool const avail = latexModule->classCO->set(toqstr(name));
if (!avail) {
LayoutFile const & tc = bcl[name];
docstring const guiname = translateIfPossible(from_utf8(tc.description()));
// tooltip sensu "KOMA-Script Article [Class 'scrartcl']"
QString tooltip = toqstr(bformat(_("%1$s [Class '%2$s']"), guiname, from_utf8(tc.latexname())));
tooltip += '\n' + qt_("This is a local layout file.");
latexModule->classCO->addItemSort(toqstr(tc.name()), toqstr(guiname),
toqstr(translateIfPossible(from_utf8(tc.category()))),
tooltip,
true, true, true, true);
latexModule->classCO->set(toqstr(name));
}
classChanged();
}
void GuiDocument::browseMaster()
{
QString const title = qt_("Select master document");
QString const dir1 = toqstr(lyxrc.document_path);
QString const old = latexModule->childDocLE->text();
QString const docpath = toqstr(support::onlyPath(buffer().absFileName()));
QStringList const filter(qt_("LyX Files (*.lyx)"));
QString file = browseRelToSub(old, docpath, title, filter, false,
qt_("Documents|#o#O"), toqstr(lyxrc.document_path));
if (!file.isEmpty())
latexModule->childDocLE->setText(file);
}
void GuiDocument::classChanged_adaptor()
{
const_cast<Buffer &>(buffer()).setLayoutPos(string());
classChanged();
}
void GuiDocument::classChanged()
{
int idx = latexModule->classCO->currentIndex();
if (idx < 0)
return;
string const classname = fromqstr(latexModule->classCO->getData(idx));
if (applyPB->isEnabled()) {
int const ret = Alert::prompt(_("Unapplied changes"),
_("Some changes in the dialog were not yet applied.\n"
"If you do not apply now, they will be lost after this action."),
1, 1, _("&Apply"), _("&Dismiss"));
if (ret == 0)
applyView();
}
// We load the TextClass as soon as it is selected. This is
// necessary so that other options in the dialog can be updated
// according to the new class. Note, however, that, if you use
// the scroll wheel when sitting on the combo box, we'll load a
// lot of TextClass objects very quickly....
if (!bp_.setBaseClass(classname)) {
Alert::error(_("Error"), _("Unable to set document class."));
return;
}
if (lyxrc.auto_reset_options)
bp_.useClassDefaults();
// With the introduction of modules came a distinction between the base
// class and the document class. The former corresponds to the main layout
// file; the latter is that plus the modules (or the document-specific layout,
// or whatever else there could be). Our parameters come from the document
// class. So when we set the base class, we also need to recreate the document
// class. Otherwise, we still have the old one.
bp_.makeDocumentClass();
paramsToDialog();
}
void GuiDocument::languagePackageChanged(int i)
{
langModule->languagePackageLE->setEnabled(
langModule->languagePackageCO->itemData(i).toString() == "custom");
}
void GuiDocument::biblioChanged()
{
biblioChanged_ = true;
change_adaptor();
}
void GuiDocument::rescanBibFiles()
{
if (isBiblatex())
rescanTexStyles("bbx cbx");
else
rescanTexStyles("bst");
}
void GuiDocument::resetDefaultBibfile(string const & which)
{
QString const engine =
biblioModule->citeEngineCO->itemData(
biblioModule->citeEngineCO->currentIndex()).toString();
CiteEngineType const cet =
CiteEngineType(biblioModule->citeStyleCO->itemData(
biblioModule->citeStyleCO->currentIndex()).toInt());
updateDefaultBiblio(theCiteEnginesList[fromqstr(engine)]->getDefaultBiblio(cet), which);
}
void GuiDocument::resetDefaultBbxBibfile()
{
resetDefaultBibfile("bbx");
}
void GuiDocument::resetDefaultCbxBibfile()
{
resetDefaultBibfile("cbx");
}
void GuiDocument::citeEngineChanged(int n)
{
QString const engine =
biblioModule->citeEngineCO->itemData(n).toString();
vector<string> const engs =
theCiteEnginesList[fromqstr(engine)]->getEngineType();
updateCiteStyles(engs);
updateEngineDependends();
resetDefaultBibfile();
biblioChanged();
}
void GuiDocument::updateEngineDependends()
{
bool const biblatex = isBiblatex();
// These are only useful with BibTeX
biblioModule->defaultBiblioCO->setEnabled(!biblatex);
biblioModule->bibtexStyleLA->setEnabled(!biblatex);
biblioModule->resetDefaultBiblioPB->setEnabled(!biblatex);
biblioModule->bibtopicCB->setEnabled(!biblatex);
// These are only useful with Biblatex
biblioModule->biblatexBbxCO->setEnabled(biblatex);
biblioModule->biblatexBbxLA->setEnabled(biblatex);
biblioModule->biblatexCbxCO->setEnabled(biblatex);
biblioModule->biblatexCbxLA->setEnabled(biblatex);
biblioModule->resetBbxPB->setEnabled(biblatex);
biblioModule->resetCbxPB->setEnabled(biblatex);
biblioModule->matchBbxPB->setEnabled(biblatex);
// These are useful with biblatex, jurabib and natbib
QString const engine =
biblioModule->citeEngineCO->itemData(
biblioModule->citeEngineCO->currentIndex()).toString();
LyXCiteEngine const * ce = theCiteEnginesList[fromqstr(engine)];
bool const citepack = ce->requires("biblatex.sty") || ce->requires("jurabib.sty")
|| ce->requires("natbib.sty");
biblioModule->citePackageOptionsLE->setEnabled(citepack);
biblioModule->citePackageOptionsL->setEnabled(citepack);
}
void GuiDocument::citeStyleChanged()
{
QString const engine =
biblioModule->citeEngineCO->itemData(
biblioModule->citeEngineCO->currentIndex()).toString();
QString const currentDef = isBiblatex() ?
biblioModule->biblatexBbxCO->currentText()
: biblioModule->defaultBiblioCO->currentText();
if (theCiteEnginesList[fromqstr(engine)]->isDefaultBiblio(fromqstr(currentDef)))
resetDefaultBibfile();
biblioChanged();
}
void GuiDocument::bibtexChanged(int n)
{
biblioModule->bibtexOptionsLE->setEnabled(
biblioModule->bibtexCO->itemData(n).toString() != "default");
biblioChanged();
}
void GuiDocument::updateCiteStyles(vector<string> const & engs, CiteEngineType const & sel)
{
biblioModule->citeStyleCO->clear();
vector<string>::const_iterator it = engs.begin();
vector<string>::const_iterator end = engs.end();
for (; it != end; ++it) {
if (*it == "default")
biblioModule->citeStyleCO->addItem(qt_("Basic numerical"),
ENGINE_TYPE_DEFAULT);
else if (*it == "authoryear")
biblioModule->citeStyleCO->addItem(qt_("Author-year"),
ENGINE_TYPE_AUTHORYEAR);
else if (*it == "numerical")
biblioModule->citeStyleCO->addItem(qt_("Author-number"),
ENGINE_TYPE_NUMERICAL);
}
int i = biblioModule->citeStyleCO->findData(sel);
if (biblioModule->citeStyleCO->findData(sel) == -1)
i = 0;
biblioModule->citeStyleCO->setCurrentIndex(i);
biblioModule->citationStyleL->setEnabled(engs.size() > 1);
biblioModule->citeStyleCO->setEnabled(engs.size() > 1);
}
void GuiDocument::updateEngineType(string const & items, CiteEngineType const & sel)
{
engine_types_.clear();
int nn = 0;
for (int n = 0; !token(items, '|', n).empty(); ++n) {
nn += 1;
string style = token(items, '|', n);
engine_types_.push_back(style);
}
updateCiteStyles(engine_types_, sel);
}
namespace {
// FIXME unicode
// both of these should take a vector<docstring>
// This is an insanely complicated attempt to make this sort of thing
// work with RTL languages.
docstring formatStrVec(vector<string> const & v, docstring const & s)
{
//this mess formats the list as "v[0], v[1], ..., [s] v[n]"
if (v.empty())
return docstring();
if (v.size() == 1)
return translateIfPossible(from_utf8(v[0]));
if (v.size() == 2) {
docstring retval = _("%1$s and %2$s");
retval = subst(retval, _("and"), s);
return bformat(retval, translateIfPossible(from_utf8(v[0])),
translateIfPossible(from_utf8(v[1])));
}
// The idea here is to format all but the last two items...
int const vSize = v.size();
docstring t2 = _("%1$s, %2$s");
docstring retval = translateIfPossible(from_utf8(v[0]));
for (int i = 1; i < vSize - 2; ++i)
retval = bformat(t2, retval, translateIfPossible(from_utf8(v[i])));
//...and then to plug them, and the last two, into this schema
docstring t = _("%1$s, %2$s, and %3$s");
t = subst(t, _("and"), s);
return bformat(t, retval, translateIfPossible(from_utf8(v[vSize - 2])),
translateIfPossible(from_utf8(v[vSize - 1])));
}
vector<string> idsToNames(vector<string> const & idList)
{
vector<string> retval;
vector<string>::const_iterator it = idList.begin();
vector<string>::const_iterator end = idList.end();
for (; it != end; ++it) {
LyXModule const * const mod = theModuleList[*it];
if (!mod)
retval.push_back(to_utf8(bformat(_("%1$s (unavailable)"),
translateIfPossible(from_utf8(*it)))));
else
retval.push_back(mod->getName());
}
return retval;
}
} // end anonymous namespace
void GuiDocument::modulesToParams(BufferParams & bp)
{
// update list of loaded modules
bp.clearLayoutModules();
int const srows = modules_sel_model_.rowCount();
for (int i = 0; i < srows; ++i)
bp.addLayoutModule(modules_sel_model_.getIDString(i));
// update the list of removed modules
bp.clearRemovedModules();
LayoutModuleList const & reqmods = bp.baseClass()->defaultModules();
list<string>::const_iterator rit = reqmods.begin();
list<string>::const_iterator ren = reqmods.end();
// check each of the default modules
for (; rit != ren; ++rit) {
list<string>::const_iterator mit = bp.getModules().begin();
list<string>::const_iterator men = bp.getModules().end();
bool found = false;
for (; mit != men; ++mit) {
if (*rit == *mit) {
found = true;
break;
}
}
if (!found) {
// the module isn't present so must have been removed by the user
bp.addRemovedModule(*rit);
}
}
}
void GuiDocument::modulesChanged()
{
modulesToParams(bp_);
if (applyPB->isEnabled() && nonModuleChanged_) {
int const ret = Alert::prompt(_("Unapplied changes"),
_("Some changes in the dialog were not yet applied.\n"
"If you do not apply now, they will be lost after this action."),
1, 1, _("&Apply"), _("&Dismiss"));
if (ret == 0)
applyView();
}
bp_.makeDocumentClass();
paramsToDialog();
changed();
}
void GuiDocument::updateModuleInfo()
{
selectionManager->update();
//Module description
bool const focus_on_selected = selectionManager->selectedFocused();
QAbstractItemView * lv;
if (focus_on_selected)
lv = modulesModule->selectedLV;
else
lv = modulesModule->availableLV;
if (lv->selectionModel()->selectedIndexes().isEmpty()) {
modulesModule->infoML->document()->clear();
return;
}
QModelIndex const & idx = lv->selectionModel()->currentIndex();
GuiIdListModel const & id_model =
focus_on_selected ? modules_sel_model_ : modules_av_model_;
string const modName = id_model.getIDString(idx.row());
docstring desc = getModuleDescription(modName);
LayoutModuleList const & provmods = bp_.baseClass()->providedModules();
if (std::find(provmods.begin(), provmods.end(), modName) != provmods.end()) {
if (!desc.empty())
desc += "\n";
desc += _("Module provided by document class.");
}
docstring cat = getModuleCategory(modName);
if (!cat.empty()) {
if (!desc.empty())
desc += "\n";
desc += bformat(_("Category: %1$s."), cat);
}
vector<string> pkglist = getPackageList(modName);
docstring pkgdesc = formatStrVec(pkglist, _("and"));
if (!pkgdesc.empty()) {
if (!desc.empty())
desc += "\n";
desc += bformat(_("Package(s) required: %1$s."), pkgdesc);
}
pkglist = getRequiredList(modName);
if (!pkglist.empty()) {
vector<string> const reqdescs = idsToNames(pkglist);
pkgdesc = formatStrVec(reqdescs, _("or"));
if (!desc.empty())
desc += "\n";
desc += bformat(_("Modules required: %1$s."), pkgdesc);
}
pkglist = getExcludedList(modName);
if (!pkglist.empty()) {
vector<string> const reqdescs = idsToNames(pkglist);
pkgdesc = formatStrVec(reqdescs, _( "and"));
if (!desc.empty())
desc += "\n";
desc += bformat(_("Modules excluded: %1$s."), pkgdesc);
}
if (!isModuleAvailable(modName)) {
if (!desc.empty())
desc += "\n";
desc += _("WARNING: Some required packages are unavailable!");
}
modulesModule->infoML->document()->setPlainText(toqstr(desc));
}
void GuiDocument::updateNumbering()
{
DocumentClass const & tclass = documentClass();
numberingModule->tocTW->setUpdatesEnabled(false);
numberingModule->tocTW->clear();
int const depth = numberingModule->depthSL->value();
int const toc = numberingModule->tocSL->value();
QString const no = qt_("No");
QString const yes = qt_("Yes");
QTreeWidgetItem * item = 0;
DocumentClass::const_iterator lit = tclass.begin();
DocumentClass::const_iterator len = tclass.end();
for (; lit != len; ++lit) {
int const toclevel = lit->toclevel;
if (toclevel != Layout::NOT_IN_TOC && !lit->counter.empty()) {
item = new QTreeWidgetItem(numberingModule->tocTW);
item->setText(0, toqstr(translateIfPossible(lit->name())));
item->setText(1, (toclevel <= depth) ? yes : no);
item->setText(2, (toclevel <= toc) ? yes : no);
}
}
numberingModule->tocTW->setUpdatesEnabled(true);
numberingModule->tocTW->update();
}
void GuiDocument::updateDefaultFormat()
{
if (!bufferview())
return;
// make a copy in order to consider unapplied changes
BufferParams param_copy = buffer().params();
param_copy.useNonTeXFonts = fontModule->osFontsCB->isChecked();
int const idx = latexModule->classCO->currentIndex();
if (idx >= 0) {
string const classname = fromqstr(latexModule->classCO->getData(idx));
param_copy.setBaseClass(classname);
param_copy.makeDocumentClass(true);
}
outputModule->defaultFormatCO->blockSignals(true);
outputModule->defaultFormatCO->clear();
outputModule->defaultFormatCO->addItem(qt_("Default"),
QVariant(QString("default")));
FormatList const & formats =
param_copy.exportableFormats(true);
for (Format const * f : formats)
outputModule->defaultFormatCO->addItem
(toqstr(translateIfPossible(f->prettyname())),
QVariant(toqstr(f->name())));
outputModule->defaultFormatCO->blockSignals(false);
}
bool GuiDocument::isChildIncluded(string const & child)
{
if (includeonlys_.empty())
return false;
return (std::find(includeonlys_.begin(),
includeonlys_.end(), child) != includeonlys_.end());
}
void GuiDocument::applyView()
{
// preamble
preambleModule->apply(bp_);
localLayout->apply(bp_);
// date
bp_.suppress_date = latexModule->suppressDateCB->isChecked();
bp_.use_refstyle = latexModule->refstyleCB->isChecked();
// biblio
string const engine =
fromqstr(biblioModule->citeEngineCO->itemData(
biblioModule->citeEngineCO->currentIndex()).toString());
bp_.setCiteEngine(engine);
CiteEngineType const style = CiteEngineType(biblioModule->citeStyleCO->itemData(
biblioModule->citeStyleCO->currentIndex()).toInt());
if (theCiteEnginesList[engine]->hasEngineType(style))
bp_.setCiteEngineType(style);
else
bp_.setCiteEngineType(ENGINE_TYPE_DEFAULT);
bp_.splitbib(biblioModule->bibtopicCB->isChecked());
bp_.multibib = fromqstr(biblioModule->bibunitsCO->itemData(
biblioModule->bibunitsCO->currentIndex()).toString());
bp_.setDefaultBiblioStyle(fromqstr(biblioModule->defaultBiblioCO->currentText()));
bp_.biblatex_bibstyle = fromqstr(biblioModule->biblatexBbxCO->currentText());
bp_.biblatex_citestyle = fromqstr(biblioModule->biblatexCbxCO->currentText());
bp_.biblio_opts = fromqstr(biblioModule->citePackageOptionsLE->text());
string const bibtex_command =
fromqstr(biblioModule->bibtexCO->itemData(
biblioModule->bibtexCO->currentIndex()).toString());
string const bibtex_options =
fromqstr(biblioModule->bibtexOptionsLE->text());
if (bibtex_command == "default" || bibtex_options.empty())
bp_.bibtex_command = bibtex_command;
else
bp_.bibtex_command = bibtex_command + " " + bibtex_options;
if (biblioChanged_) {
buffer().invalidateBibinfoCache();
buffer().removeBiblioTempFiles();
}
// Indices
indicesModule->apply(bp_);
// language & quotes
if (langModule->defaultencodingRB->isChecked()) {
bp_.inputenc = "auto";
} else {
int i = langModule->encodingCO->currentIndex();
if (i == 0)
bp_.inputenc = "default";
else {
QString const enc_gui =
langModule->encodingCO->currentText();
Encodings::const_iterator it = encodings.begin();
Encodings::const_iterator const end = encodings.end();
bool found = false;
for (; it != end; ++it) {
if (qt_(it->guiName()) == enc_gui &&
!it->unsafe()) {
bp_.inputenc = it->name();
found = true;
break;
}
}
if (!found) {
// should not happen
lyxerr << "GuiDocument::apply: Unknown encoding! Resetting to default" << endl;
bp_.inputenc = "default";
}
}
}
bp_.quotes_style = (InsetQuotesParams::QuoteStyle) langModule->quoteStyleCO->itemData(
langModule->quoteStyleCO->currentIndex()).toInt();
bp_.dynamic_quotes = langModule->dynamicQuotesCB->isChecked();
QString const langname = langModule->languageCO->itemData(
langModule->languageCO->currentIndex()).toString();
Language const * newlang = lyx::languages.getLanguage(fromqstr(langname));
Cursor & cur = const_cast<BufferView *>(bufferview())->cursor();
// If current cursor language was the document language, then update it too.
if (cur.current_font.language() == bp_.language) {
cur.current_font.setLanguage(newlang);
cur.real_current_font.setLanguage(newlang);
}
bp_.language = newlang;
QString const pack = langModule->languagePackageCO->itemData(
langModule->languagePackageCO->currentIndex()).toString();
if (pack == "custom")
bp_.lang_package =
fromqstr(langModule->languagePackageLE->text());
else
bp_.lang_package = fromqstr(pack);
//color
bp_.backgroundcolor = set_backgroundcolor;
bp_.isbackgroundcolor = is_backgroundcolor;
bp_.fontcolor = set_fontcolor;
bp_.isfontcolor = is_fontcolor;
bp_.notefontcolor = set_notefontcolor;
bp_.boxbgcolor = set_boxbgcolor;
// numbering
if (bp_.documentClass().hasTocLevels()) {
bp_.tocdepth = numberingModule->tocSL->value();
bp_.secnumdepth = numberingModule->depthSL->value();
}
// bullets
bp_.user_defined_bullet(0) = bulletsModule->bullet(0);
bp_.user_defined_bullet(1) = bulletsModule->bullet(1);
bp_.user_defined_bullet(2) = bulletsModule->bullet(2);
bp_.user_defined_bullet(3) = bulletsModule->bullet(3);
// packages
bp_.graphics_driver =
tex_graphics[latexModule->psdriverCO->currentIndex()];
// text layout
int idx = latexModule->classCO->currentIndex();
if (idx >= 0) {
string const classname = fromqstr(latexModule->classCO->getData(idx));
bp_.setBaseClass(classname);
}
// Modules
modulesToParams(bp_);
// Math
map<string, string> const & packages = BufferParams::auto_packages();
for (map<string, string>::const_iterator it = packages.begin();
it != packages.end(); ++it) {
QTableWidgetItem * item = mathsModule->packagesTW->findItems(toqstr(it->first), Qt::MatchExactly)[0];
if (!item)
continue;
int row = mathsModule->packagesTW->row(item);
QRadioButton * rb = (QRadioButton*)mathsModule->packagesTW->cellWidget(row, 1);
if (rb->isChecked()) {
bp_.use_package(it->first, BufferParams::package_auto);
continue;
}
rb = (QRadioButton*)mathsModule->packagesTW->cellWidget(row, 2);
if (rb->isChecked()) {
bp_.use_package(it->first, BufferParams::package_on);
continue;
}
rb = (QRadioButton*)mathsModule->packagesTW->cellWidget(row, 3);
if (rb->isChecked())
bp_.use_package(it->first, BufferParams::package_off);
}
bp_.is_math_indent = textLayoutModule->MathIndentCB->isChecked();
// if math is indented
if (bp_.is_math_indent) {
Length mathindent(widgetsToLength(textLayoutModule->MathIndentLE,
textLayoutModule->MathIndentLengthCO));
bp_.setMathIndent(mathindent);
}
// Page Layout
if (pageLayoutModule->pagestyleCO->currentIndex() == 0)
bp_.pagestyle = "default";
else {
QString style_gui = pageLayoutModule->pagestyleCO->currentText();
for (size_t i = 0; i != pagestyles.size(); ++i)
if (pagestyles[i].second == style_gui)
bp_.pagestyle = pagestyles[i].first;
}
// Text Layout
switch (textLayoutModule->lspacingCO->currentIndex()) {
case 0:
bp_.spacing().set(Spacing::Single);
break;
case 1:
bp_.spacing().set(Spacing::Onehalf);
break;
case 2:
bp_.spacing().set(Spacing::Double);
break;
case 3: {
string s = widgetToDoubleStr(textLayoutModule->lspacingLE);
if (s.empty())
bp_.spacing().set(Spacing::Single);
else
bp_.spacing().set(Spacing::Other, s);
break;
}
}
if (textLayoutModule->twoColumnCB->isChecked())
bp_.columns = 2;
else
bp_.columns = 1;
bp_.justification = textLayoutModule->justCB->isChecked();
if (textLayoutModule->indentRB->isChecked()) {
// if paragraphs are separated by an indentation
bp_.paragraph_separation = BufferParams::ParagraphIndentSeparation;
switch (textLayoutModule->indentCO->currentIndex()) {
case 0:
bp_.setParIndent(Length());
break;
case 1: {
Length parindent(widgetsToLength(textLayoutModule->indentLE,
textLayoutModule->indentLengthCO));
bp_.setParIndent(parindent);
break;
}
default:
// this should never happen
bp_.setParIndent(Length());
break;
}
} else {
// if paragraphs are separated by a skip
bp_.paragraph_separation = BufferParams::ParagraphSkipSeparation;
switch (textLayoutModule->skipCO->currentIndex()) {
case 0:
bp_.setDefSkip(VSpace(VSpace::SMALLSKIP));
break;
case 1:
bp_.setDefSkip(VSpace(VSpace::MEDSKIP));
break;
case 2:
bp_.setDefSkip(VSpace(VSpace::BIGSKIP));
break;
case 3:
{
VSpace vs = VSpace(
widgetsToLength(textLayoutModule->skipLE,
textLayoutModule->skipLengthCO)
);
bp_.setDefSkip(vs);
break;
}
default:
// this should never happen
bp_.setDefSkip(VSpace(VSpace::MEDSKIP));
break;
}
}
if (textLayoutModule->MathIndentCB->isChecked()) {
// if formulas are indented
switch (textLayoutModule->MathIndentCO->currentIndex()) {
case 0:
bp_.setMathIndent(Length());
break;
case 1: {
Length mathindent(widgetsToLength(textLayoutModule->MathIndentLE,
textLayoutModule->MathIndentLengthCO));
bp_.setMathIndent(mathindent);
break;
}
default:
// this should never happen
bp_.setMathIndent(Length());
break;
}
}
bp_.options =
fromqstr(latexModule->optionsLE->text());
bp_.use_default_options =
latexModule->defaultOptionsCB->isChecked();
if (latexModule->childDocGB->isChecked())
bp_.master =
fromqstr(latexModule->childDocLE->text());
else
bp_.master = string();
// Master/Child
bp_.clearIncludedChildren();
if (masterChildModule->includeonlyRB->isChecked()) {
list<string>::const_iterator it = includeonlys_.begin();
for (; it != includeonlys_.end() ; ++it) {
bp_.addIncludedChildren(*it);
}
}
bp_.maintain_unincluded_children =
masterChildModule->maintainAuxCB->isChecked();
// Float Placement
bp_.float_placement = floatModule->get();
// Listings
// text should have passed validation
bp_.listings_params =
InsetListingsParams(fromqstr(listingsModule->listingsED->toPlainText())).params();
// Formats
bp_.default_output_format = fromqstr(outputModule->defaultFormatCO->itemData(
outputModule->defaultFormatCO->currentIndex()).toString());
bool const nontexfonts = fontModule->osFontsCB->isChecked();
bp_.useNonTeXFonts = nontexfonts;
bp_.output_sync = outputModule->outputsyncCB->isChecked();
bp_.output_sync_macro = fromqstr(outputModule->synccustomCB->currentText());
int mathfmt = outputModule->mathoutCB->currentIndex();
if (mathfmt == -1)
mathfmt = 0;
BufferParams::MathOutput const mo =
static_cast<BufferParams::MathOutput>(mathfmt);
bp_.html_math_output = mo;
bp_.html_be_strict = outputModule->strictCB->isChecked();
bp_.html_css_as_file = outputModule->cssCB->isChecked();
bp_.html_math_img_scale = outputModule->mathimgSB->value();
bp_.display_pixel_ratio = theGuiApp()->pixelRatio();
bp_.save_transient_properties =
outputModule->saveTransientPropertiesCB->isChecked();
// fonts
bp_.fonts_roman[nontexfonts] =
fromqstr(fontModule->fontsRomanCO->
itemData(fontModule->fontsRomanCO->currentIndex()).toString());
bp_.fonts_roman[!nontexfonts] = fromqstr(fontModule->font_roman);
bp_.fonts_sans[nontexfonts] =
fromqstr(fontModule->fontsSansCO->
itemData(fontModule->fontsSansCO->currentIndex()).toString());
bp_.fonts_sans[!nontexfonts] = fromqstr(fontModule->font_sans);
bp_.fonts_typewriter[nontexfonts] =
fromqstr(fontModule->fontsTypewriterCO->
itemData(fontModule->fontsTypewriterCO->currentIndex()).toString());
bp_.fonts_typewriter[!nontexfonts] = fromqstr(fontModule->font_typewriter);
bp_.fonts_math[nontexfonts] =
fromqstr(fontModule->fontsMathCO->
itemData(fontModule->fontsMathCO->currentIndex()).toString());
bp_.fonts_math[!nontexfonts] = fromqstr(fontModule->font_math);
QString const fontenc =
fontModule->fontencCO->itemData(fontModule->fontencCO->currentIndex()).toString();
if (fontenc == "custom")
bp_.fontenc = fromqstr(fontModule->fontencLE->text());
else
bp_.fontenc = fromqstr(fontenc);
bp_.fonts_cjk =
fromqstr(fontModule->cjkFontLE->text());
bp_.use_microtype = fontModule->microtypeCB->isChecked();
bp_.use_dash_ligatures = fontModule->dashesCB->isChecked();
bp_.fonts_sans_scale[nontexfonts] = fontModule->scaleSansSB->value();
bp_.fonts_sans_scale[!nontexfonts] = fontModule->font_sf_scale;
bp_.fonts_typewriter_scale[nontexfonts] = fontModule->scaleTypewriterSB->value();
bp_.fonts_typewriter_scale[!nontexfonts] = fontModule->font_tt_scale;
bp_.fonts_expert_sc = fontModule->fontScCB->isChecked();
bp_.fonts_old_figures = fontModule->fontOsfCB->isChecked();
if (nontexfonts)
bp_.fonts_default_family = "default";
else
bp_.fonts_default_family = GuiDocument::fontfamilies[
fontModule->fontsDefaultCO->currentIndex()];
if (fontModule->fontsizeCO->currentIndex() == 0)
bp_.fontsize = "default";
else
bp_.fontsize =
fromqstr(fontModule->fontsizeCO->currentText());
// paper
bp_.papersize = PAPER_SIZE(
pageLayoutModule->papersizeCO->currentIndex());
bp_.paperwidth = widgetsToLength(pageLayoutModule->paperwidthLE,
pageLayoutModule->paperwidthUnitCO);
bp_.paperheight = widgetsToLength(pageLayoutModule->paperheightLE,
pageLayoutModule->paperheightUnitCO);
if (pageLayoutModule->facingPagesCB->isChecked())
bp_.sides = TwoSides;
else
bp_.sides = OneSide;
if (pageLayoutModule->landscapeRB->isChecked())
bp_.orientation = ORIENTATION_LANDSCAPE;
else
bp_.orientation = ORIENTATION_PORTRAIT;
// margins
bp_.use_geometry = !marginsModule->marginCB->isChecked();
Ui::MarginsUi const * m = marginsModule;
bp_.leftmargin = widgetsToLength(m->innerLE, m->innerUnit);
bp_.topmargin = widgetsToLength(m->topLE, m->topUnit);
bp_.rightmargin = widgetsToLength(m->outerLE, m->outerUnit);
bp_.bottommargin = widgetsToLength(m->bottomLE, m->bottomUnit);
bp_.headheight = widgetsToLength(m->headheightLE, m->headheightUnit);
bp_.headsep = widgetsToLength(m->headsepLE, m->headsepUnit);
bp_.footskip = widgetsToLength(m->footskipLE, m->footskipUnit);
bp_.columnsep = widgetsToLength(m->columnsepLE, m->columnsepUnit);
// branches
branchesModule->apply(bp_);
// PDF support
PDFOptions & pdf = bp_.pdfoptions();
pdf.use_hyperref = pdfSupportModule->use_hyperrefGB->isChecked();
pdf.title = fromqstr(pdfSupportModule->titleLE->text());
pdf.author = fromqstr(pdfSupportModule->authorLE->text());
pdf.subject = fromqstr(pdfSupportModule->subjectLE->text());
pdf.keywords = fromqstr(pdfSupportModule->keywordsLE->text());
pdf.bookmarks = pdfSupportModule->bookmarksGB->isChecked();
pdf.bookmarksnumbered = pdfSupportModule->bookmarksnumberedCB->isChecked();
pdf.bookmarksopen = pdfSupportModule->bookmarksopenGB->isChecked();
pdf.bookmarksopenlevel = pdfSupportModule->bookmarksopenlevelSB->value();
pdf.breaklinks = pdfSupportModule->breaklinksCB->isChecked();
pdf.pdfborder = pdfSupportModule->pdfborderCB->isChecked();
pdf.pdfusetitle = pdfSupportModule->pdfusetitleCB->isChecked();
pdf.colorlinks = pdfSupportModule->colorlinksCB->isChecked();
pdf.backref =
backref_opts[pdfSupportModule->backrefCO->currentIndex()];
if (pdfSupportModule->fullscreenCB->isChecked())
pdf.pagemode = pdf.pagemode_fullscreen;
else
pdf.pagemode.clear();
pdf.quoted_options = pdf.quoted_options_check(
fromqstr(pdfSupportModule->optionsLE->text()));
// reset tracker
nonModuleChanged_ = false;
}
void GuiDocument::paramsToDialog()
{
// set the default unit
Length::UNIT const default_unit = Length::defaultUnit();
// preamble
preambleModule->update(bp_, id());
localLayout->update(bp_, id());
// date
latexModule->suppressDateCB->setChecked(bp_.suppress_date);
latexModule->refstyleCB->setChecked(bp_.use_refstyle);
// biblio
string const cite_engine = bp_.citeEngine().list().front();
biblioModule->citeEngineCO->setCurrentIndex(
biblioModule->citeEngineCO->findData(toqstr(cite_engine)));
updateEngineType(documentClass().opt_enginetype(),
bp_.citeEngineType());
biblioModule->citeStyleCO->setCurrentIndex(
biblioModule->citeStyleCO->findData(bp_.citeEngineType()));
biblioModule->bibtopicCB->setChecked(bp_.splitbib());
biblioModule->bibunitsCO->clear();
biblioModule->bibunitsCO->addItem(qt_("No"), QString());
if (documentClass().hasLaTeXLayout("part"))
biblioModule->bibunitsCO->addItem(qt_("per part"), toqstr("part"));
if (documentClass().hasLaTeXLayout("chapter"))
biblioModule->bibunitsCO->addItem(qt_("per chapter"), toqstr("chapter"));
if (documentClass().hasLaTeXLayout("section"))
biblioModule->bibunitsCO->addItem(qt_("per section"), toqstr("section"));
if (documentClass().hasLaTeXLayout("subsection"))
biblioModule->bibunitsCO->addItem(qt_("per subsection"), toqstr("subsection"));
biblioModule->bibunitsCO->addItem(qt_("per child document"), toqstr("child"));
int const mbpos = biblioModule->bibunitsCO->findData(toqstr(bp_.multibib));
if (mbpos != -1)
biblioModule->bibunitsCO->setCurrentIndex(mbpos);
else
biblioModule->bibunitsCO->setCurrentIndex(0);
updateEngineDependends();
if (isBiblatex()) {
updateDefaultBiblio(bp_.biblatex_bibstyle, "bbx");
updateDefaultBiblio(bp_.biblatex_citestyle, "cbx");
} else
updateDefaultBiblio(bp_.defaultBiblioStyle());
biblioModule->citePackageOptionsLE->setText(toqstr(bp_.biblio_opts));
string command;
string options =
split(bp_.bibtex_command, command, ' ');
int const bpos = biblioModule->bibtexCO->findData(toqstr(command));
if (bpos != -1) {
biblioModule->bibtexCO->setCurrentIndex(bpos);
biblioModule->bibtexOptionsLE->setText(toqstr(options).trimmed());
} else {
// We reset to default if we do not know the specified compiler
// This is for security reasons
biblioModule->bibtexCO->setCurrentIndex(
biblioModule->bibtexCO->findData(toqstr("default")));
biblioModule->bibtexOptionsLE->clear();
}
biblioModule->bibtexOptionsLE->setEnabled(
biblioModule->bibtexCO->currentIndex() != 0);
biblioChanged_ = false;
// indices
// We may be called when there is no Buffer, e.g., when
// the last view has just been closed.
bool const isReadOnly = isBufferAvailable() ? buffer().isReadonly() : false;
indicesModule->update(bp_, isReadOnly);
// language & quotes
int const pos = langModule->languageCO->findData(toqstr(
bp_.language->lang()));
langModule->languageCO->setCurrentIndex(pos);
updateQuoteStyles();
langModule->quoteStyleCO->setCurrentIndex(
langModule->quoteStyleCO->findData(bp_.quotes_style));
langModule->dynamicQuotesCB->setChecked(bp_.dynamic_quotes);
bool default_enc = true;
if (bp_.inputenc != "auto") {
default_enc = false;
if (bp_.inputenc == "default") {
langModule->encodingCO->setCurrentIndex(0);
} else {
string enc_gui;
Encodings::const_iterator it = encodings.begin();
Encodings::const_iterator const end = encodings.end();
for (; it != end; ++it) {
if (it->name() == bp_.inputenc &&
!it->unsafe()) {
enc_gui = it->guiName();
break;
}
}
int const i = langModule->encodingCO->findText(
qt_(enc_gui));
if (i >= 0)
langModule->encodingCO->setCurrentIndex(i);
else
// unknown encoding. Set to default.
default_enc = true;
}
}
langModule->defaultencodingRB->setChecked(default_enc);
langModule->otherencodingRB->setChecked(!default_enc);
int const p = langModule->languagePackageCO->findData(toqstr(bp_.lang_package));
if (p == -1) {
langModule->languagePackageCO->setCurrentIndex(
langModule->languagePackageCO->findData("custom"));
langModule->languagePackageLE->setText(toqstr(bp_.lang_package));
} else {
langModule->languagePackageCO->setCurrentIndex(p);
langModule->languagePackageLE->clear();
}
//color
if (bp_.isfontcolor) {
colorModule->fontColorPB->setStyleSheet(
colorButtonStyleSheet(rgb2qcolor(bp_.fontcolor)));
}
set_fontcolor = bp_.fontcolor;
is_fontcolor = bp_.isfontcolor;
colorModule->noteFontColorPB->setStyleSheet(
colorButtonStyleSheet(rgb2qcolor(bp_.notefontcolor)));
set_notefontcolor = bp_.notefontcolor;
if (bp_.isbackgroundcolor) {
colorModule->backgroundPB->setStyleSheet(
colorButtonStyleSheet(rgb2qcolor(bp_.backgroundcolor)));
}
set_backgroundcolor = bp_.backgroundcolor;
is_backgroundcolor = bp_.isbackgroundcolor;
colorModule->boxBackgroundPB->setStyleSheet(
colorButtonStyleSheet(rgb2qcolor(bp_.boxbgcolor)));
set_boxbgcolor = bp_.boxbgcolor;
// numbering
int const min_toclevel = documentClass().min_toclevel();
int const max_toclevel = documentClass().max_toclevel();
if (documentClass().hasTocLevels()) {
numberingModule->setEnabled(true);
numberingModule->depthSL->setMinimum(min_toclevel - 1);
numberingModule->depthSL->setMaximum(max_toclevel);
numberingModule->depthSL->setValue(bp_.secnumdepth);
numberingModule->tocSL->setMaximum(min_toclevel - 1);
numberingModule->tocSL->setMaximum(max_toclevel);
numberingModule->tocSL->setValue(bp_.tocdepth);
updateNumbering();
} else {
numberingModule->setEnabled(false);
numberingModule->tocTW->clear();
}
// bullets
bulletsModule->setBullet(0, bp_.user_defined_bullet(0));
bulletsModule->setBullet(1, bp_.user_defined_bullet(1));
bulletsModule->setBullet(2, bp_.user_defined_bullet(2));
bulletsModule->setBullet(3, bp_.user_defined_bullet(3));
bulletsModule->init();
// packages
int nitem = findToken(tex_graphics, bp_.graphics_driver);
if (nitem >= 0)
latexModule->psdriverCO->setCurrentIndex(nitem);
updateModuleInfo();
// math
if (bp_.is_math_indent) {
textLayoutModule->MathIndentCB->setChecked(bp_.is_math_indent);
Length const mathindent = bp_.getMathIndent();
int indent = 0;
if (!mathindent.empty()) {
lengthToWidgets(textLayoutModule->MathIndentLE,
textLayoutModule->MathIndentLengthCO,
mathindent, default_unit);
indent = 1;
}
textLayoutModule->MathIndentCO->setCurrentIndex(indent);
setMathIndent(indent);
}
map<string, string> const & packages = BufferParams::auto_packages();
for (map<string, string>::const_iterator it = packages.begin();
it != packages.end(); ++it) {
QTableWidgetItem * item = mathsModule->packagesTW->findItems(toqstr(it->first), Qt::MatchExactly)[0];
if (!item)
continue;
int row = mathsModule->packagesTW->row(item);
switch (bp_.use_package(it->first)) {
case BufferParams::package_off: {
QRadioButton * rb = (QRadioButton*)mathsModule->packagesTW->cellWidget(row, 3);
rb->setChecked(true);
break;
}
case BufferParams::package_on: {
QRadioButton * rb = (QRadioButton*)mathsModule->packagesTW->cellWidget(row, 2);
rb->setChecked(true);
break;
}
case BufferParams::package_auto: {
QRadioButton * rb = (QRadioButton*)mathsModule->packagesTW->cellWidget(row, 1);
rb->setChecked(true);
break;
}
}
}
switch (bp_.spacing().getSpace()) {
case Spacing::Other: nitem = 3; break;
case Spacing::Double: nitem = 2; break;
case Spacing::Onehalf: nitem = 1; break;
case Spacing::Default: case Spacing::Single: nitem = 0; break;
}
// text layout
string const & layoutID = bp_.baseClassID();
setLayoutComboByIDString(layoutID);
updatePagestyle(documentClass().opt_pagestyle(),
bp_.pagestyle);
textLayoutModule->lspacingCO->setCurrentIndex(nitem);
if (bp_.spacing().getSpace() == Spacing::Other) {
doubleToWidget(textLayoutModule->lspacingLE,
bp_.spacing().getValueAsString());
}
setLSpacing(nitem);
if (bp_.paragraph_separation == BufferParams::ParagraphIndentSeparation) {
textLayoutModule->indentRB->setChecked(true);
string parindent = bp_.getParIndent().asString();
int indent = 0;
if (!parindent.empty()) {
lengthToWidgets(textLayoutModule->indentLE,
textLayoutModule->indentLengthCO,
parindent, default_unit);
indent = 1;
}
textLayoutModule->indentCO->setCurrentIndex(indent);
setIndent(indent);
} else {
textLayoutModule->skipRB->setChecked(true);
int skip = 0;
switch (bp_.getDefSkip().kind()) {
case VSpace::SMALLSKIP:
skip = 0;
break;
case VSpace::MEDSKIP:
skip = 1;
break;
case VSpace::BIGSKIP:
skip = 2;
break;
case VSpace::LENGTH:
{
skip = 3;
string const length = bp_.getDefSkip().asLyXCommand();
lengthToWidgets(textLayoutModule->skipLE,
textLayoutModule->skipLengthCO,
length, default_unit);
break;
}
default:
skip = 0;
break;
}
textLayoutModule->skipCO->setCurrentIndex(skip);
setSkip(skip);
}
textLayoutModule->twoColumnCB->setChecked(
bp_.columns == 2);
textLayoutModule->justCB->setChecked(bp_.justification);
if (!bp_.options.empty()) {
latexModule->optionsLE->setText(
toqstr(bp_.options));
} else {
latexModule->optionsLE->setText(QString());
}
// latex
latexModule->defaultOptionsCB->setChecked(
bp_.use_default_options);
updateSelectedModules();
selectionManager->updateProvidedModules(
bp_.baseClass()->providedModules());
selectionManager->updateExcludedModules(
bp_.baseClass()->excludedModules());
if (!documentClass().options().empty()) {
latexModule->defaultOptionsLE->setText(
toqstr(documentClass().options()));
} else {
latexModule->defaultOptionsLE->setText(
toqstr(_("[No options predefined]")));
}
latexModule->defaultOptionsLE->setEnabled(
bp_.use_default_options
&& !documentClass().options().empty());
latexModule->defaultOptionsCB->setEnabled(
!documentClass().options().empty());
if (!bp_.master.empty()) {
latexModule->childDocGB->setChecked(true);
latexModule->childDocLE->setText(
toqstr(bp_.master));
} else {
latexModule->childDocLE->setText(QString());
latexModule->childDocGB->setChecked(false);
}
// Master/Child
if (!bufferview() || !buffer().hasChildren()) {
masterChildModule->childrenTW->clear();
includeonlys_.clear();
docPS->showPanel("Child Documents", false);
if (docPS->isCurrentPanel("Child Documents"))
docPS->setCurrentPanel("Document Class");
} else {
docPS->showPanel("Child Documents", true);
masterChildModule->setEnabled(true);
includeonlys_ = bp_.getIncludedChildren();
updateIncludeonlys();
}
masterChildModule->maintainAuxCB->setChecked(
bp_.maintain_unincluded_children);
// Float Settings
floatModule->set(bp_.float_placement);
// ListingsSettings
// break listings_params to multiple lines
string lstparams =
InsetListingsParams(bp_.listings_params).separatedParams();
listingsModule->listingsED->setPlainText(toqstr(lstparams));
// Fonts
// some languages only work with polyglossia/XeTeX
Language const * lang = lyx::languages.getLanguage(
fromqstr(langModule->languageCO->itemData(
langModule->languageCO->currentIndex()).toString()));
bool const need_fontspec =
lang->babel().empty() && !lang->polyglossia().empty();
bool const os_fonts_available =
bp_.baseClass()->outputType() == lyx::LATEX
&& LaTeXFeatures::isAvailable("fontspec");
fontModule->osFontsCB->setEnabled(os_fonts_available && !need_fontspec);
fontModule->osFontsCB->setChecked(
(os_fonts_available && bp_.useNonTeXFonts) || need_fontspec);
updateFontsize(documentClass().opt_fontsize(),
bp_.fontsize);
QString font = toqstr(bp_.fontsRoman());
int rpos = fontModule->fontsRomanCO->findData(font);
if (rpos == -1) {
rpos = fontModule->fontsRomanCO->count();
fontModule->fontsRomanCO->addItem(font + qt_(" (not installed)"), font);
}
fontModule->fontsRomanCO->setCurrentIndex(rpos);
fontModule->font_roman = toqstr(bp_.fonts_roman[!bp_.useNonTeXFonts]);
font = toqstr(bp_.fontsSans());
int spos = fontModule->fontsSansCO->findData(font);
if (spos == -1) {
spos = fontModule->fontsSansCO->count();
fontModule->fontsSansCO->addItem(font + qt_(" (not installed)"), font);
}
fontModule->fontsSansCO->setCurrentIndex(spos);
fontModule->font_sans = toqstr(bp_.fonts_sans[!bp_.useNonTeXFonts]);
font = toqstr(bp_.fontsTypewriter());
int tpos = fontModule->fontsTypewriterCO->findData(font);
if (tpos == -1) {
tpos = fontModule->fontsTypewriterCO->count();
fontModule->fontsTypewriterCO->addItem(font + qt_(" (not installed)"), font);
}
fontModule->fontsTypewriterCO->setCurrentIndex(tpos);
fontModule->font_typewriter = toqstr(bp_.fonts_typewriter[!bp_.useNonTeXFonts]);
font = toqstr(bp_.fontsMath());
int mpos = fontModule->fontsMathCO->findData(font);
if (mpos == -1) {
mpos = fontModule->fontsMathCO->count();
fontModule->fontsMathCO->addItem(font + qt_(" (not installed)"), font);
}
fontModule->fontsMathCO->setCurrentIndex(mpos);
fontModule->font_math = toqstr(bp_.fonts_math[!bp_.useNonTeXFonts]);
if (bp_.useNonTeXFonts && os_fonts_available) {
fontModule->fontencLA->setEnabled(false);
fontModule->fontencCO->setEnabled(false);
fontModule->fontencLE->setEnabled(false);
} else {
fontModule->fontencLA->setEnabled(true);
fontModule->fontencCO->setEnabled(true);
fontModule->fontencLE->setEnabled(true);
romanChanged(rpos);
sansChanged(spos);
ttChanged(tpos);
}
if (!bp_.fonts_cjk.empty())
fontModule->cjkFontLE->setText(
toqstr(bp_.fonts_cjk));
else
fontModule->cjkFontLE->setText(QString());
fontModule->microtypeCB->setChecked(bp_.use_microtype);
fontModule->dashesCB->setChecked(bp_.use_dash_ligatures);
fontModule->fontScCB->setChecked(bp_.fonts_expert_sc);
fontModule->fontOsfCB->setChecked(bp_.fonts_old_figures);
fontModule->scaleSansSB->setValue(bp_.fontsSansScale());
fontModule->font_sf_scale = bp_.fonts_sans_scale[!bp_.useNonTeXFonts];
fontModule->scaleTypewriterSB->setValue(bp_.fontsTypewriterScale());
fontModule->font_tt_scale = bp_.fonts_typewriter_scale[!bp_.useNonTeXFonts];
int nn = findToken(GuiDocument::fontfamilies, bp_.fonts_default_family);
if (nn >= 0)
fontModule->fontsDefaultCO->setCurrentIndex(nn);
if (bp_.fontenc == "global" || bp_.fontenc == "default") {
fontModule->fontencCO->setCurrentIndex(
fontModule->fontencCO->findData(toqstr(bp_.fontenc)));
fontModule->fontencLE->setEnabled(false);
} else {
fontModule->fontencCO->setCurrentIndex(1);
fontModule->fontencLE->setText(toqstr(bp_.fontenc));
}
// Formats
// This must be set _after_ fonts since updateDefaultFormat()
// checks osFontsCB settings.
// update combobox with formats
updateDefaultFormat();
int index = outputModule->defaultFormatCO->findData(toqstr(
bp_.default_output_format));
// set to default if format is not found
if (index == -1)
index = 0;
outputModule->defaultFormatCO->setCurrentIndex(index);
outputModule->outputsyncCB->setChecked(bp_.output_sync);
outputModule->synccustomCB->setEditText(toqstr(bp_.output_sync_macro));
outputModule->mathimgSB->setValue(bp_.html_math_img_scale);
outputModule->mathoutCB->setCurrentIndex(bp_.html_math_output);
outputModule->strictCB->setChecked(bp_.html_be_strict);
outputModule->cssCB->setChecked(bp_.html_css_as_file);
outputModule->saveTransientPropertiesCB
->setChecked(bp_.save_transient_properties);
// paper
bool const extern_geometry =
documentClass().provides("geometry");
int const psize = bp_.papersize;
pageLayoutModule->papersizeCO->setCurrentIndex(psize);
setCustomPapersize(!extern_geometry && psize == 1);
pageLayoutModule->papersizeCO->setEnabled(!extern_geometry);
bool const landscape =
bp_.orientation == ORIENTATION_LANDSCAPE;
pageLayoutModule->landscapeRB->setChecked(landscape);
pageLayoutModule->portraitRB->setChecked(!landscape);
pageLayoutModule->landscapeRB->setEnabled(!extern_geometry);
pageLayoutModule->portraitRB->setEnabled(!extern_geometry);
pageLayoutModule->facingPagesCB->setChecked(
bp_.sides == TwoSides);
lengthToWidgets(pageLayoutModule->paperwidthLE,
pageLayoutModule->paperwidthUnitCO, bp_.paperwidth, default_unit);
lengthToWidgets(pageLayoutModule->paperheightLE,
pageLayoutModule->paperheightUnitCO, bp_.paperheight, default_unit);
// margins
Ui::MarginsUi * m = marginsModule;
setMargins();
lengthToWidgets(m->topLE, m->topUnit,
bp_.topmargin, default_unit);
lengthToWidgets(m->bottomLE, m->bottomUnit,
bp_.bottommargin, default_unit);
lengthToWidgets(m->innerLE, m->innerUnit,
bp_.leftmargin, default_unit);
lengthToWidgets(m->outerLE, m->outerUnit,
bp_.rightmargin, default_unit);
lengthToWidgets(m->headheightLE, m->headheightUnit,
bp_.headheight, default_unit);
lengthToWidgets(m->headsepLE, m->headsepUnit,
bp_.headsep, default_unit);
lengthToWidgets(m->footskipLE, m->footskipUnit,
bp_.footskip, default_unit);
lengthToWidgets(m->columnsepLE, m->columnsepUnit,
bp_.columnsep, default_unit);
// branches
updateUnknownBranches();
branchesModule->update(bp_);
// PDF support
PDFOptions const & pdf = bp_.pdfoptions();
pdfSupportModule->use_hyperrefGB->setChecked(pdf.use_hyperref);
if (bp_.documentClass().provides("hyperref"))
pdfSupportModule->use_hyperrefGB->setTitle(qt_("C&ustomize Hyperref Options"));
else
pdfSupportModule->use_hyperrefGB->setTitle(qt_("&Use Hyperref Support"));
pdfSupportModule->titleLE->setText(toqstr(pdf.title));
pdfSupportModule->authorLE->setText(toqstr(pdf.author));
pdfSupportModule->subjectLE->setText(toqstr(pdf.subject));
pdfSupportModule->keywordsLE->setText(toqstr(pdf.keywords));
pdfSupportModule->bookmarksGB->setChecked(pdf.bookmarks);
pdfSupportModule->bookmarksnumberedCB->setChecked(pdf.bookmarksnumbered);
pdfSupportModule->bookmarksopenGB->setChecked(pdf.bookmarksopen);
pdfSupportModule->bookmarksopenlevelSB->setValue(pdf.bookmarksopenlevel);
pdfSupportModule->breaklinksCB->setChecked(pdf.breaklinks);
pdfSupportModule->pdfborderCB->setChecked(pdf.pdfborder);
pdfSupportModule->pdfusetitleCB->setChecked(pdf.pdfusetitle);
pdfSupportModule->colorlinksCB->setChecked(pdf.colorlinks);
nn = findToken(backref_opts, pdf.backref);
if (nn >= 0)
pdfSupportModule->backrefCO->setCurrentIndex(nn);
pdfSupportModule->fullscreenCB->setChecked
(pdf.pagemode == pdf.pagemode_fullscreen);
pdfSupportModule->optionsLE->setText(
toqstr(pdf.quoted_options));
// Make sure that the bc is in the INITIAL state
if (bc().policy().buttonStatus(ButtonPolicy::RESTORE))
bc().restore();
// clear changed branches cache
changedBranches_.clear();
// reset tracker
nonModuleChanged_ = false;
}
void GuiDocument::saveDocDefault()
{
// we have to apply the params first
applyView();
saveAsDefault();
}
void GuiDocument::updateAvailableModules()
{
modules_av_model_.clear();
list<modInfoStruct> modInfoList = getModuleInfo();
// Sort names according to the locale
modInfoList.sort([](modInfoStruct const & a, modInfoStruct const & b) {
return 0 < b.name.localeAwareCompare(a.name);
});
int i = 0;
for (modInfoStruct const & m : modInfoList) {
modules_av_model_.insertRow(i, m.name, m.id, m.description);
++i;
}
}
void GuiDocument::updateSelectedModules()
{
modules_sel_model_.clear();
list<modInfoStruct> const selModList = getSelectedModules();
int i = 0;
for (modInfoStruct const & m : selModList) {
modules_sel_model_.insertRow(i, m.name, m.id, m.description);
++i;
}
}
void GuiDocument::updateIncludeonlys()
{
masterChildModule->childrenTW->clear();
QString const no = qt_("No");
QString const yes = qt_("Yes");
if (includeonlys_.empty()) {
masterChildModule->includeallRB->setChecked(true);
masterChildModule->childrenTW->setEnabled(false);
masterChildModule->maintainAuxCB->setEnabled(false);
} else {
masterChildModule->includeonlyRB->setChecked(true);
masterChildModule->childrenTW->setEnabled(true);
masterChildModule->maintainAuxCB->setEnabled(true);
}
ListOfBuffers children = buffer().getChildren();
ListOfBuffers::const_iterator it = children.begin();
ListOfBuffers::const_iterator end = children.end();
bool has_unincluded = false;
bool all_unincluded = true;
for (; it != end; ++it) {
QTreeWidgetItem * item = new QTreeWidgetItem(masterChildModule->childrenTW);
// FIXME Unicode
string const name =
to_utf8(makeRelPath(from_utf8((*it)->fileName().absFileName()),
from_utf8(buffer().filePath())));
item->setText(0, toqstr(name));
item->setText(1, isChildIncluded(name) ? yes : no);
if (!isChildIncluded(name))
has_unincluded = true;
else
all_unincluded = false;
}
// Both if all childs are included and if none is included
// is equal to "include all" (i.e., ommit \includeonly).
// Thus, reset the GUI.
if (!has_unincluded || all_unincluded) {
masterChildModule->includeallRB->setChecked(true);
masterChildModule->childrenTW->setEnabled(false);
includeonlys_.clear();
}
// If all are included, we need to update again.
if (!has_unincluded)
updateIncludeonlys();
}
bool GuiDocument::isBiblatex() const
{
QString const engine =
biblioModule->citeEngineCO->itemData(
biblioModule->citeEngineCO->currentIndex()).toString();
return theCiteEnginesList[fromqstr(engine)]->getCiteFramework() == "biblatex";
}
void GuiDocument::updateDefaultBiblio(string const & style,
string const & which)
{
QString const bibstyle = toqstr(style);
biblioModule->defaultBiblioCO->clear();
int item_nr = -1;
if (isBiblatex()) {
if (which != "cbx") {
// First the bbx styles
biblioModule->biblatexBbxCO->clear();
QStringList str = texFileList("bbxFiles.lst");
// test whether we have a valid list, otherwise run rescan
if (str.isEmpty()) {
rescanTexStyles("bbx");
str = texFileList("bbxFiles.lst");
}
for (int i = 0; i != str.size(); ++i)
str[i] = onlyFileName(str[i]);
// sort on filename only (no path)
str.sort();
for (int i = 0; i != str.count(); ++i) {
QString item = changeExtension(str[i], "");
if (item == bibstyle)
item_nr = i;
biblioModule->biblatexBbxCO->addItem(item);
}
if (item_nr == -1 && !bibstyle.isEmpty()) {
biblioModule->biblatexBbxCO->addItem(bibstyle);
item_nr = biblioModule->biblatexBbxCO->count() - 1;
}
if (item_nr != -1)
biblioModule->biblatexBbxCO->setCurrentIndex(item_nr);
else
biblioModule->biblatexBbxCO->clearEditText();
}
if (which != "bbx") {
// now the cbx styles
biblioModule->biblatexCbxCO->clear();
QStringList str = texFileList("cbxFiles.lst");
// test whether we have a valid list, otherwise run rescan
if (str.isEmpty()) {
rescanTexStyles("cbx");
str = texFileList("cbxFiles.lst");
}
for (int i = 0; i != str.size(); ++i)
str[i] = onlyFileName(str[i]);
// sort on filename only (no path)
str.sort();
for (int i = 0; i != str.count(); ++i) {
QString item = changeExtension(str[i], "");
if (item == bibstyle)
item_nr = i;
biblioModule->biblatexCbxCO->addItem(item);
}
if (item_nr == -1 && !bibstyle.isEmpty()) {
biblioModule->biblatexCbxCO->addItem(bibstyle);
item_nr = biblioModule->biblatexCbxCO->count() - 1;
}
if (item_nr != -1)
biblioModule->biblatexCbxCO->setCurrentIndex(item_nr);
else
biblioModule->biblatexCbxCO->clearEditText();
}
} else {// BibTeX
biblioModule->biblatexBbxCO->clear();
biblioModule->biblatexCbxCO->clear();
QStringList str = texFileList("bstFiles.lst");
// test whether we have a valid list, otherwise run rescan
if (str.isEmpty()) {
rescanTexStyles("bst");
str = texFileList("bstFiles.lst");
}
for (int i = 0; i != str.size(); ++i)
str[i] = onlyFileName(str[i]);
// sort on filename only (no path)
str.sort();
for (int i = 0; i != str.count(); ++i) {
QString item = changeExtension(str[i], "");
if (item == bibstyle)
item_nr = i;
biblioModule->defaultBiblioCO->addItem(item);
}
if (item_nr == -1 && !bibstyle.isEmpty()) {
biblioModule->defaultBiblioCO->addItem(bibstyle);
item_nr = biblioModule->defaultBiblioCO->count() - 1;
}
if (item_nr != -1)
biblioModule->defaultBiblioCO->setCurrentIndex(item_nr);
else
biblioModule->defaultBiblioCO->clearEditText();
}
updateResetDefaultBiblio();
}
void GuiDocument::updateResetDefaultBiblio()
{
QString const engine =
biblioModule->citeEngineCO->itemData(
biblioModule->citeEngineCO->currentIndex()).toString();
CiteEngineType const cet =
CiteEngineType(biblioModule->citeStyleCO->itemData(
biblioModule->citeStyleCO->currentIndex()).toInt());
string const defbib = theCiteEnginesList[fromqstr(engine)]->getDefaultBiblio(cet);
if (isBiblatex()) {
QString const bbx = biblioModule->biblatexBbxCO->currentText();
QString const cbx = biblioModule->biblatexCbxCO->currentText();
biblioModule->resetCbxPB->setEnabled(defbib != fromqstr(cbx));
biblioModule->resetBbxPB->setEnabled(defbib != fromqstr(bbx));
biblioModule->matchBbxPB->setEnabled(bbx != cbx && !cbx.isEmpty()
&& biblioModule->biblatexBbxCO->findText(cbx) != -1);
} else
biblioModule->resetDefaultBiblioPB->setEnabled(
defbib != fromqstr(biblioModule->defaultBiblioCO->currentText()));
}
void GuiDocument::matchBiblatexStyles()
{
updateDefaultBiblio(fromqstr(biblioModule->biblatexCbxCO->currentText()), "bbx");
biblioChanged();
}
void GuiDocument::updateContents()
{
// Nothing to do here as the document settings is not cursor dependant.
return;
}
void GuiDocument::useClassDefaults()
{
if (applyPB->isEnabled()) {
int const ret = Alert::prompt(_("Unapplied changes"),
_("Some changes in the dialog were not yet applied.\n"
"If you do not apply now, they will be lost after this action."),
1, 1, _("&Apply"), _("&Dismiss"));
if (ret == 0)
applyView();
}
int idx = latexModule->classCO->currentIndex();
string const classname = fromqstr(latexModule->classCO->getData(idx));
if (!bp_.setBaseClass(classname)) {
Alert::error(_("Error"), _("Unable to set document class."));
return;
}
bp_.useClassDefaults();
paramsToDialog();
}
void GuiDocument::setLayoutComboByIDString(string const & idString)
{
if (!latexModule->classCO->set(toqstr(idString)))
Alert::warning(_("Can't set layout!"),
bformat(_("Unable to set layout for ID: %1$s"), from_utf8(idString)));
}
bool GuiDocument::isValid()
{
return
validateListingsParameters().isEmpty() &&
localLayout->isValid() &&
(
// if we're asking for skips between paragraphs
!textLayoutModule->skipRB->isChecked() ||
// then either we haven't chosen custom
textLayoutModule->skipCO->currentIndex() != 3 ||
// or else a length has been given
!textLayoutModule->skipLE->text().isEmpty()
) &&
(
// if we're asking for indentation
!textLayoutModule->indentRB->isChecked() ||
// then either we haven't chosen custom
textLayoutModule->indentCO->currentIndex() != 1 ||
// or else a length has been given
!textLayoutModule->indentLE->text().isEmpty()
) &&
(
// if we're asking for indentation
!textLayoutModule->MathIndentCB->isChecked() ||
// then either we haven't chosen custom
textLayoutModule->MathIndentCO->currentIndex() != 1 ||
// or else a length has been given
!textLayoutModule->MathIndentLE->text().isEmpty()
);
}
char const * const GuiDocument::fontfamilies[5] = {
"default", "rmdefault", "sfdefault", "ttdefault", ""
};
char const * GuiDocument::fontfamilies_gui[5] = {
N_("Default"), N_("Roman"), N_("Sans Serif"), N_("Typewriter"), ""
};
bool GuiDocument::initialiseParams(string const &)
{
BufferView const * view = bufferview();
if (!view) {
bp_ = BufferParams();
paramsToDialog();
return true;
}
bp_ = view->buffer().params();
loadModuleInfo();
updateAvailableModules();
//FIXME It'd be nice to make sure here that the selected
//modules are consistent: That required modules are actually
//selected, and that we don't have conflicts. If so, we could
//at least pop up a warning.
paramsToDialog();
return true;
}
void GuiDocument::clearParams()
{
bp_ = BufferParams();
}
BufferId GuiDocument::id() const
{
BufferView const * const view = bufferview();
return view? &view->buffer() : 0;
}
list<GuiDocument::modInfoStruct> const & GuiDocument::getModuleInfo()
{
return moduleNames_;
}
list<GuiDocument::modInfoStruct> const
GuiDocument::makeModuleInfo(LayoutModuleList const & mods)
{
list<modInfoStruct> mInfo;
for (string const & name : mods) {
modInfoStruct m;
LyXModule const * const mod = theModuleList[name];
if (mod)
m = modInfo(*mod);
else {
m.id = name;
m.name = toqstr(name + " (") + qt_("Not Found") + toqstr(")");
}
mInfo.push_back(m);
}
return mInfo;
}
list<GuiDocument::modInfoStruct> const GuiDocument::getSelectedModules()
{
return makeModuleInfo(params().getModules());
}
list<GuiDocument::modInfoStruct> const GuiDocument::getProvidedModules()
{
return makeModuleInfo(params().baseClass()->providedModules());
}
DocumentClass const & GuiDocument::documentClass() const
{
return bp_.documentClass();
}
static void dispatch_bufferparams(Dialog const & dialog,
BufferParams const & bp, FuncCode lfun, Buffer const * buf)
{
ostringstream ss;
ss << "\\begin_header\n";
bp.writeFile(ss, buf);
ss << "\\end_header\n";
dialog.dispatch(FuncRequest(lfun, ss.str()));
}
void GuiDocument::dispatchParams()
{
// We need a non-const buffer object.
Buffer & buf = const_cast<BufferView *>(bufferview())->buffer();
// There may be several undo records; group them (bug #8998)
buf.undo().beginUndoGroup();
// This must come first so that a language change is correctly noticed
setLanguage();
// Apply the BufferParams. Note that this will set the base class
// and then update the buffer's layout.
dispatch_bufferparams(*this, params(), LFUN_BUFFER_PARAMS_APPLY, &buffer());
if (!params().master.empty()) {
FileName const master_file = support::makeAbsPath(params().master,
support::onlyPath(buffer().absFileName()));
if (isLyXFileName(master_file.absFileName())) {
Buffer * master = checkAndLoadLyXFile(master_file);
if (master) {
if (master->isChild(const_cast<Buffer *>(&buffer())))
const_cast<Buffer &>(buffer()).setParent(master);
else
Alert::warning(_("Assigned master does not include this file"),
bformat(_("You must include this file in the document\n"
"'%1$s' in order to use the master document\n"
"feature."), from_utf8(params().master)));
} else
Alert::warning(_("Could not load master"),
bformat(_("The master document '%1$s'\n"
"could not be loaded."),
from_utf8(params().master)));
}
}
// Generate the colours requested by each new branch.
BranchList & branchlist = params().branchlist();
if (!branchlist.empty()) {
BranchList::const_iterator it = branchlist.begin();
BranchList::const_iterator const end = branchlist.end();
for (; it != end; ++it) {
docstring const & current_branch = it->branch();
Branch const * branch = branchlist.find(current_branch);
string const x11hexname = X11hexname(branch->color());
// display the new color
docstring const str = current_branch + ' ' + from_ascii(x11hexname);
dispatch(FuncRequest(LFUN_SET_COLOR, str));
}
}
// rename branches in the document
executeBranchRenaming();
// and clear changed branches cache
changedBranches_.clear();
// Generate the colours requested by indices.
IndicesList & indiceslist = params().indiceslist();
if (!indiceslist.empty()) {
IndicesList::const_iterator it = indiceslist.begin();
IndicesList::const_iterator const end = indiceslist.end();
for (; it != end; ++it) {
docstring const & current_index = it->shortcut();
Index const * index = indiceslist.findShortcut(current_index);
string const x11hexname = X11hexname(index->color());
// display the new color
docstring const str = current_index + ' ' + from_ascii(x11hexname);
dispatch(FuncRequest(LFUN_SET_COLOR, str));
}
}
// FIXME LFUN
// If we used an LFUN, we would not need these two lines:
BufferView * bv = const_cast<BufferView *>(bufferview());
bv->processUpdateFlags(Update::Force | Update::FitCursor);
// Don't forget to close the group. Note that it is important
// to check that there is no early return in the method.
buf.undo().endUndoGroup();
}
void GuiDocument::setLanguage() const
{
Language const * const newL = bp_.language;
if (buffer().params().language == newL)
return;
string const & lang_name = newL->lang();
dispatch(FuncRequest(LFUN_BUFFER_LANGUAGE, lang_name));
}
void GuiDocument::saveAsDefault() const
{
dispatch_bufferparams(*this, params(), LFUN_BUFFER_SAVE_AS_DEFAULT, &buffer());
}
bool GuiDocument::providesOSF(QString const & font) const
{
if (fontModule->osFontsCB->isChecked())
// FIXME: we should check if the fonts really
// have OSF support. But how?
return true;
return theLaTeXFonts().getLaTeXFont(
qstring_to_ucs4(font)).providesOSF(ot1(),
completeFontset(),
noMathFont());
}
bool GuiDocument::providesSC(QString const & font) const
{
if (fontModule->osFontsCB->isChecked())
return false;
return theLaTeXFonts().getLaTeXFont(
qstring_to_ucs4(font)).providesSC(ot1(),
completeFontset(),
noMathFont());
}
bool GuiDocument::providesScale(QString const & font) const
{
if (fontModule->osFontsCB->isChecked())
return true;
return theLaTeXFonts().getLaTeXFont(
qstring_to_ucs4(font)).providesScale(ot1(),
completeFontset(),
noMathFont());
}
bool GuiDocument::providesNoMath(QString const & font) const
{
if (fontModule->osFontsCB->isChecked())
return false;
return theLaTeXFonts().getLaTeXFont(
qstring_to_ucs4(font)).providesNoMath(ot1(),
completeFontset());
}
bool GuiDocument::hasMonolithicExpertSet(QString const & font) const
{
if (fontModule->osFontsCB->isChecked())
return false;
return theLaTeXFonts().getLaTeXFont(
qstring_to_ucs4(font)).hasMonolithicExpertSet(ot1(),
completeFontset(),
noMathFont());
}
//static
GuiDocument::modInfoStruct GuiDocument::modInfo(LyXModule const & mod)
{
// FIXME Unicode: docstrings would be better for these parameters but this
// change requires a lot of others
modInfoStruct m;
m.id = mod.getID();
m.name = toqstr(translateIfPossible(from_utf8(mod.getName())));
QString desc = toqstr(translateIfPossible(from_utf8(mod.getDescription())));
// Find the first sentence of the description
QTextBoundaryFinder bf(QTextBoundaryFinder::Sentence, desc);
int pos = bf.toNextBoundary();
if (pos > 0)
desc.truncate(pos);
QString modulename = QString(qt_("(Module name: %1)")).arg(toqstr(m.id));
// Tooltip is the desc followed by the module name
m.description = QString("%1<i>%2</i>")
.arg(desc.isEmpty() ? QString() : QString("<p>%1</p>").arg(desc),
modulename);
return m;
}
void GuiDocument::loadModuleInfo()
{
moduleNames_.clear();
for (LyXModule const & mod : theModuleList)
if (mod.category().substr(0, 8) != "Citation")
moduleNames_.push_back(modInfo(mod));
}
void GuiDocument::updateUnknownBranches()
{
if (!bufferview())
return;
list<docstring> used_branches;
buffer().getUsedBranches(used_branches);
list<docstring>::const_iterator it = used_branches.begin();
QStringList unknown_branches;
for (; it != used_branches.end() ; ++it) {
if (!buffer().params().branchlist().find(*it))
unknown_branches.append(toqstr(*it));
}
branchesModule->setUnknownBranches(unknown_branches);
}
void GuiDocument::branchesRename(docstring const & oldname, docstring const & newname)
{
map<docstring, docstring>::iterator it = changedBranches_.begin();
for (; it != changedBranches_.end() ; ++it) {
if (it->second == oldname) {
// branch has already been renamed
it->second = newname;
return;
}
}
// store new name
changedBranches_[oldname] = newname;
}
void GuiDocument::executeBranchRenaming() const
{
map<docstring, docstring>::const_iterator it = changedBranches_.begin();
for (; it != changedBranches_.end() ; ++it) {
docstring const arg = '"' + it->first + '"' + " " + '"' + it->second + '"';
dispatch(FuncRequest(LFUN_BRANCHES_RENAME, arg));
}
}
void GuiDocument::allPackagesAuto()
{
allPackages(1);
}
void GuiDocument::allPackagesAlways()
{
allPackages(2);
}
void GuiDocument::allPackagesNot()
{
allPackages(3);
}
void GuiDocument::allPackages(int col)
{
for (int row = 0; row < mathsModule->packagesTW->rowCount(); ++row) {
QRadioButton * rb = (QRadioButton*)mathsModule->packagesTW->cellWidget(row, col);
rb->setChecked(true);
}
}
Dialog * createGuiDocument(GuiView & lv) { return new GuiDocument(lv); }
} // namespace frontend
} // namespace lyx
#include "moc_GuiDocument.cpp"
Reference in New Issue View Git Blame Copy Permalink