const QString Rendering::CChapterDisplay::text(
const BtConstModuleList &modules,
const QString &keyName,
const DisplayOptions &displayOptions,
const FilterOptions &filterOptions)
{
using CSBMI = CSwordBibleModuleInfo;
BT_ASSERT(modules.count() >= 1);
BT_ASSERT(!keyName.isEmpty());
const CSwordModuleInfo *module = modules.first();
if (modules.count() == 1)
module->module().setSkipConsecutiveLinks( true ); //skip empty, linked verses
CTextRendering::KeyTreeItem::Settings settings;
settings.keyRenderingFace =
displayOptions.verseNumbers
? CTextRendering::KeyTreeItem::Settings::SimpleKey
: CTextRendering::KeyTreeItem::Settings::NoKey;
QString startKey = keyName;
QString endKey = startKey;
//check whether there's an intro we have to include
BT_ASSERT((module->type() == CSwordModuleInfo::Bible));
if (module->type() == CSwordModuleInfo::Bible) {
// HACK: enable headings for VerseKeys:
static_cast<sword::VerseKey *>(module->module().getKey())
->setIntros(true);
BT_ASSERT(dynamic_cast<CSBMI const *>(module));
const CSBMI *bible = static_cast<const CSBMI*>(module);
CSwordVerseKey k1(module);
k1.setIntros(true);
k1.setKey(keyName);
if (k1.getChapter() == 1)
k1.setChapter(0); // Chapter 1, start with 0:0, otherwise X:0
k1.setVerse(0);
startKey = k1.key();
if (k1.getChapter() == 0)
k1.setChapter(1);
k1.setVerse(bible->verseCount(k1.book(), k1.getChapter()));
endKey = k1.key();
}
CDisplayRendering render(displayOptions, filterOptions);
return render.renderKeyRange( startKey, endKey, modules, keyName, settings );
}
QString CDisplayRendering::finishText(const QString &text, const KeyTree &tree) {
BtConstModuleList modules = collectModules(tree);
//marking words is very slow, we have to find a better solution
/*
//mark all words by spans
QString text = oldText;
QRegExp re("(\\b)(?=\\w)"); //word begin marker
int pos = text.find(re, 0);
while (pos != -1) { //word begin found
//qWarning("found word at %i in %i", pos, text.length());
int endPos = pos + 1;
if (!util::tool::inHTMLTag(pos+1, text)) { //the re has a positive look ahead which matches one char before the word start
//qWarning("matched %s", text.mid(pos+1, 4).latin1());
//find end of word and put a marker around it
endPos = text.find(QRegExp("\\b|[,.:]"), pos+1);
if ((endPos != -1) && !util::tool::inHTMLTag(endPos, text) && (endPos - pos >= 3)) { //reuire wordslonger than 3 chars
text.insert(endPos, "</span>");
text.insert(pos, "<span class=\"word\">");
endPos += 26;
}
}
pos = text.find(re, endPos);
}
*/
const CLanguageMgr::Language* const lang =
(modules.count() >= 1)
? modules.first()->language()
: CLanguageMgr::instance()->defaultLanguage();
CDisplayTemplateMgr *tMgr = CDisplayTemplateMgr::instance();
//Q_ASSERT(modules.count() >= 1);
CDisplayTemplateMgr::Settings settings;
settings.modules = modules;
if (modules.count() == 1 && lang->isValid())
settings.langAbbrev = lang->abbrev();
if (modules.count() == 1)
settings.textDirection = modules.first()->textDirection();
return tMgr->fillTemplate(CDisplayTemplateMgr::activeTemplateName(), text, settings);
}
