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//
// C++ Interface: ctextrendering
//
// Description:
//
//
// Author: The BibleTime team <info@bibletime.info>, (C) 2004
//
// Copyright: See COPYING file that comes with this distribution
//
//
#ifndef CTEXTRENDERING_H
#define CTEXTRENDERING_H
//BT includes
#include "backend/cswordmoduleinfo.h"
#include "util/autoptrvector.h"
//QT includes
#include <tqstring.h>
// class CSwordModuleInfo;
class CSwordKey;
/**
* CTextRendering is BibleTime's place where the actual rendering takes place.
* It provides several methods to convert an abstract tree of items
* into a string of html.
*
* See the implementations @ref CHTMLExportRendering and especially @ref CDisplayRendering.
* @short Text rendering based on trees
* @author The BibleTime team
*/
namespace Rendering {
class CTextRendering {
public:
class KeyTreeItem;
class KeyTree;
typedef util::AutoPtrVector<KeyTreeItem> KeyTreeItemList;
class KeyTreeItem {
public:
struct Settings {
enum KeyRenderingFace {
NoKey, //< means no key shown at all
SimpleKey, //< means only versenumber or only lexicon entry name
CompleteShort, //< means key like "Gen 1:1"
CompleteLong //< means "Genesis 1:1"
};
Settings(const bool highlight = false, KeyRenderingFace keyRendering = SimpleKey) : highlight(highlight), keyRenderingFace(keyRendering) {}
bool highlight;
KeyRenderingFace keyRenderingFace;
};
KeyTreeItem(const TQString& key, CSwordModuleInfo const * module, const Settings settings);
KeyTreeItem(const TQString& key, const ListCSwordModuleInfo& modules, const Settings settings);
KeyTreeItem(const TQString& startKey, const TQString& stopKey, CSwordModuleInfo* module, const Settings settings);
KeyTreeItem(const TQString& content, const Settings settings);
KeyTreeItem(const KeyTreeItem& i);
virtual ~KeyTreeItem();
const TQString& getAlternativeContent() const;
inline void setAlternativeContent(const TQString& newContent) {
m_alternativeContent = newContent;
};
inline const bool hasAlternativeContent() const {
return !m_alternativeContent.isNull();
};
inline const ListCSwordModuleInfo& modules() const {
return m_moduleList;
};
inline const TQString& key() const {
return m_key;
};
inline const Settings& settings() const {
return m_settings;
};
inline KeyTree* const childList() const;
inline const bool hasChildItems() const;
protected:
KeyTreeItem();
Settings m_settings;
ListCSwordModuleInfo m_moduleList;
TQString m_key;
mutable KeyTree* m_childList;
TQString m_stopKey;
TQString m_alternativeContent;
};
class KeyTree : public KeyTreeItemList {
public:
ListCSwordModuleInfo collectModules() const;
};
virtual ~CTextRendering() {}
const TQString renderKeyTree( KeyTree& );
const TQString renderKeyRange( const TQString& start, const TQString& stop, const ListCSwordModuleInfo& modules, const TQString& hightlightKey = TQString(), const KeyTreeItem::Settings& settings = KeyTreeItem::Settings() );
const TQString renderSingleKey( const TQString& key, const ListCSwordModuleInfo&, const KeyTreeItem::Settings& settings = KeyTreeItem::Settings() );
protected:
virtual const TQString renderEntry( const KeyTreeItem&, CSwordKey* = 0 ) = 0;
virtual const TQString finishText( const TQString&, KeyTree& tree ) = 0;
virtual void initRendering() = 0;
};
inline CTextRendering::KeyTree* const CTextRendering::KeyTreeItem::childList() const {
if (!m_childList) {
m_childList = new KeyTree();
}
return m_childList;
}
inline const bool CTextRendering::KeyTreeItem::hasChildItems() const {
if (!m_childList) {
return false;
}
return !m_childList->isEmpty();
}
}
#endif
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