CSwordModuleInfo* CSwordTreeKey::module( CSwordModuleInfo* const newModule ) {
if (newModule && (newModule != m_module) && (newModule->type() == CSwordModuleInfo::GenericBook) ) {
m_module = newModule;
const QString oldKey = key();
CSwordBookModuleInfo* newBook = dynamic_cast<CSwordBookModuleInfo*>(newModule);
copyFrom( *(newBook->tree()) );
key(oldKey); //try to restore our old key
//set the key to the root node
root();
firstChild();
}
return m_module;
}
void setModule(CSwordModuleInfo *module)
{
_module = module;
if(!_module)
return;
if(_module->type() == CSwordModuleInfo::Bible ||
_module->type() == CSwordModuleInfo::Commentary)
{
CSwordBibleModuleInfo *bm = qobject_cast<CSwordBibleModuleInfo*>(_module);
_firstEntry = bm->lowerBound().getIndex();
_maxEntries = bm->upperBound().getIndex() - _firstEntry + 1;
_displayOptions.verseNumbers = true;
_simpleVerseNumber = true;
}
if(_module->type() == CSwordModuleInfo::Lexicon)
{
CSwordLexiconModuleInfo *lm = qobject_cast<CSwordLexiconModuleInfo*>(_module);
_maxEntries = lm->entries().size();
}
if(_module->type() == CSwordModuleInfo::GenericBook)
{
CSwordBookModuleInfo *bm = qobject_cast<CSwordBookModuleInfo*>(_module);
sword::TreeKeyIdx tk(*bm->tree());
tk.root();
tk.firstChild();
Q_ASSERT(tk.getOffset() == 4);
tk.setPosition(sword::BOTTOM);
_maxEntries = tk.getOffset() / 4;
}
}
/** Returns the rendered text using the modules in the list and using the key parameter. The displayoptions and filter options are used, too. */
const QString Rendering::CBookDisplay::text( const QList<CSwordModuleInfo*>& modules, const QString& keyName, const CSwordBackend::DisplayOptions displayOptions, const CSwordBackend::FilterOptions filterOptions ) {
CSwordBookModuleInfo* book = dynamic_cast<CSwordBookModuleInfo*>(modules.first());
Q_ASSERT(book);
CSwordBackend::DisplayOptions dOpts = displayOptions;
dOpts.lineBreaks = true; //books should render with blocks, not with inlined sections
CDisplayRendering render(dOpts, filterOptions);
CDisplayRendering::KeyTree tree;
CDisplayRendering::KeyTreeItem::Settings itemSettings;
// the number of levels which should be display together, 1 means display no entries together
int displayLevel = book->config( CSwordModuleInfo::DisplayLevel ).toInt();
boost::scoped_ptr<CSwordTreeKey> key (
dynamic_cast<CSwordTreeKey*>( CSwordKey::createInstance(book) )
);
key->key(keyName); //set the key to position we'd like to get
const unsigned long offset = key->getOffset();
// standard of DisplayLevel, display nothing together
// if the current key is the root entry don't display anything together!
if ((displayLevel <= 1) || (key->key().isEmpty() || (key->key() == "/") )) {
tree.append( new CDisplayRendering::KeyTreeItem( key->key(), modules, itemSettings ) );
const QString renderedText = render.renderKeyTree(tree);
key->setOffset( offset );
qDeleteAll(tree); // Dispose of the heap allocated objects pointed to in tree.
return renderedText;
};
/**
* Check whether displaying displayLevel levels together is possible.
* For this count the childs and parents
* of the required position
*/
int possibleLevels = 1; //we start with the default value of displayLevel, which means no entries together
while ( key->sword::TreeKeyIdx::parent() && (key->key() != "/") && !key->key().isEmpty() ) {//add parents
++possibleLevels;
};
// key->key(keyName); //set the key to the start position
key->setOffset( offset );
while ( key->firstChild( )) { //add childs
++possibleLevels;
};
if (possibleLevels < displayLevel) { //too few levels available!
//display current level, we could also decide to display the available levels together
tree.append( new CDisplayRendering::KeyTreeItem( key->key(), modules, itemSettings ) );
const QString renderedText = render.renderKeyTree(tree);
key->setOffset( offset );
qDeleteAll(tree); // Dispose of the heap allocated objects pointed to in tree.
return renderedText;
};
if ((displayLevel > 2) && (displayLevel == possibleLevels)) { //fix not to diplay the whole module
--displayLevel;
}
// at this point we're sure that we can display the required levels toogether
// at the moment we're at the lowest level, so we only have to go up!
for (int currentLevel = 1; currentLevel < displayLevel; ++currentLevel) { //we start again with 1 == standard of displayLevel
if ( !key->sword::TreeKeyIdx::parent() ) { //something went wrong although we checked before! Be safe and return entry's text
tree.append( new CDisplayRendering::KeyTreeItem( key->key(), modules, itemSettings ) );
const QString renderedText = render.renderKeyTree(tree);
key->setOffset( offset );
qDeleteAll(tree); // Dispose of the heap allocated objects pointed to in tree.
return renderedText;
};
};
// no we can display all sub levels together! We checked before that this is possible!
itemSettings.highlight = (key->key() == keyName);
tree.append( new CDisplayRendering::KeyTreeItem( key->key(), modules, itemSettings ) );
//const bool hasToplevelText = !key->strippedText().isEmpty();
key->firstChild(); //go to the first sibling on the same level
setupRenderTree(key.get(), &tree, keyName);
const QString renderedText = render.renderKeyTree(tree);
key->setOffset( offset ); //restore key
qDeleteAll(tree); // Dispose of the heap allocated objects pointed to in tree.
return renderedText;
}
QVariant BtMiniModuleTextModel::data(const QModelIndex &index, int role) const
{
Q_D(const BtMiniModuleTextModel);
switch(role)
{
case BtMini::PreviewUpdateRole:
case BtMini::PreviewRole:
{
const BtMiniModuleTextModelPrivate::List *list = d->indexList(index);
// put to thread processing
if(role == BtMini::PreviewUpdateRole)
{
;
}
if(list->_module->type() == CSwordModuleInfo::GenericBook)
{
CSwordBookModuleInfo *b = qobject_cast<CSwordBookModuleInfo*>(list->_module);
CSwordTreeKey k(b->tree(), b);
k.setIndex(index.row() * 4);
return QString("<word-breaks/><font color='#aaaaaa'><center>%1</center></font><font size='1'><br>"
" </br></font>").arg(k.key().replace('/', ' '));
}
else
{
// there was issue with VerseKey::freshtext at simoultaneous call
static CSwordVerseKey vk(list->_module);
vk.setModule(list->_module);
vk.setIndex(index.row() + list->_firstEntry);
int v = vk.getVerse();
if(v == 0)
return QString();
QString r("<font color='#aaaaaa'>");
if(v == 1)
r += QString("<center><b><font size='+1'>%1 %2</font></b></center>"
"<font size='1'><br> </br></font>").arg(vk.book()).arg(vk.getChapter());
if(v > 0)
r += QString("<center>%1</center></font><font size='1'><br> </br>").arg(v);
return r + "</font>";
}
}
case Qt::DisplayRole:
{
switch(d->indexDepth(index))
{
case 1:
{
const BtMiniModuleTextModelPrivate::List & l = d->_lists[index.internalId()];
return l._module == 0 ? "" : l._module->name();
}
case 2:
{
QString r;
const BtMiniModuleTextModelPrivate::List *l = d->indexList(index);
if(l->_module && (l->_module->type() == CSwordModuleInfo::Bible ||
l->_module->type() == CSwordModuleInfo::Commentary))
{
CSwordVerseKey key(d->indexToVerseKey(index));
const int v = key.getVerse();
QList<const CSwordModuleInfo*> modules;
modules << l->_module;
// parallel display
if(l->_name.contains(','))
foreach(QString s, l->_name.split(',').mid(1))
if(CSwordModuleInfo *m = CSwordBackend::instance()->findModuleByName(s)) modules << m;
if(!d->_isSearch && v == 1)
r += "<center><b><font size='+2' face=\"" + btConfig().getDefaultFont().family() + "\">"
+ key.book() + " " + QString::number(key.getChapter()) + "</font></b></center>";
if(v != 0)
r += Rendering::CEntryDisplay().textKeyRendering(modules, key.key(),
l->_displayOptions, l->_filterOptions,
l->_simpleVerseNumber ? Rendering::CTextRendering::KeyTreeItem::Settings::SimpleKey :
Rendering::CTextRendering::KeyTreeItem::Settings::CompleteShort,
l->_introdutions);
if(!d->_isSearch && v == key.getVerseMax())
r += "<font size='1'><br> </font>";
}
else if(l->_module && l->_module->type() == CSwordModuleInfo::Lexicon)
{
CSwordLexiconModuleInfo *lm = qobject_cast<CSwordLexiconModuleInfo*>(l->_module);
Rendering::CEntryDisplay ed;
r += ed.textKeyRendering(QList<const CSwordModuleInfo*>() << lm, lm->entries()[l->_hasScope ?
l->_scopeMap[index.row()] : index.row()],
l->_displayOptions, l->_filterOptions,
l->_simpleVerseNumber ? Rendering::CTextRendering::KeyTreeItem::Settings::SimpleKey :
Rendering::CTextRendering::KeyTreeItem::Settings::CompleteShort,
l->_introdutions);
}
else if(l->_module && l->_module->type() == CSwordModuleInfo::GenericBook)
{
CSwordBookModuleInfo *b = reinterpret_cast<CSwordBookModuleInfo*>(l->_module);
CSwordTreeKey key(b->tree(), b);
key.setIndex(l->_hasScope ? l->_scopeMap[index.row()] : index.row() * 4);
Rendering::CEntryDisplay ed;
r += ed.textKeyRendering(QList<const CSwordModuleInfo*>() << l->_module,
key.key(), l->_displayOptions, l->_filterOptions,
l->_simpleVerseNumber ? Rendering::CTextRendering::KeyTreeItem::Settings::SimpleKey :
Rendering::CTextRendering::KeyTreeItem::Settings::CompleteShort,
l->_introdutions);
}
if(d->_isSearch && !d->_searchText.isEmpty())
r = CSwordModuleSearch::highlightSearchedText(r, d->_searchText);
if(l->_hasContents)
r += l->_contents.toString();
return r;
}
}
}
