//KoTextFormatter test (also for profiling purposes), GPL v2, David Faure #include #include #include #include #include "KoTextFormatter.h" #include "KoTextFormat.h" #include "KoTextDocument.h" #include "KoTextParag.h" #include "KoTextZoomHandler.h" #include "KoParagCounter.h" #include class KoTextFormatterTest { public: KoTextFormatterTest(); ~KoTextFormatterTest() { delete zh; delete doc; } void speedTest(); void counterAndBigChar(); void oneLineTest(); void noHeightTest(); void noWidthEverTest(); void tooWideChar(); private: KoTextZoomHandler* zh; KoTextDocument* doc; }; // To test various cases with variable document widths: a custom KoTextFlow class TextFlow : public KoTextFlow { public: TextFlow( int availableWidth, int availableHeight ) : m_availableWidth( availableWidth ), m_availableHeight( availableHeight ), m_leftMargin( 0 ) { setWidth( m_availableWidth ); } virtual int availableHeight() const { return m_availableHeight; } void setLeftMargin( int lm ) { m_leftMargin = lm; } virtual void adjustMargins( int yp, int h, int reqMinWidth, int& leftMargin, int& rightMargin, int& pageWidth, KoTextParag* ) { Q_UNUSED(yp); Q_UNUSED(h); Q_UNUSED(reqMinWidth); Q_UNUSED(rightMargin); if ( m_leftMargin ) { leftMargin = m_leftMargin; pageWidth = m_availableWidth - m_leftMargin; kdDebug() << "adjustMargins: returning leftMargin=" << leftMargin << " pageWidth=" << pageWidth << endl; } else pageWidth = m_availableWidth; } private: int m_availableWidth; int m_availableHeight; int m_leftMargin; }; KoTextFormatterTest::KoTextFormatterTest() { zh = new KoTextZoomHandler; TQFont defaultFont( "helvetica", 12 ); KoTextFormatCollection* fc = new KoTextFormatCollection( defaultFont, TQt::black, "en_US", false /*no hyphenation*/ ); KoTextFormatter* formatter = new KoTextFormatter; // fc and formatter are owned by the doc doc = new KoTextDocument( zh, fc, formatter ); } void KoTextFormatterTest::speedTest() { kdDebug() << k_funcinfo << endl; doc->clear(true); KoTextParag* parag = doc->firstParag(); parag->append( "They burst into flames when it is time for them to die, and then they are reborn from the ashes" ); // Format it 50 times for ( uint i = 0 ; i < 50 ; ++i ) { parag->invalidate(0); parag->format(); } doc->clear(false); } void KoTextFormatterTest::noHeightTest() { kdDebug() << k_funcinfo << endl; // We test the case of going past maxY - by setting the available height to 0 // Expected result: the formatter 'aborts', i.e. no line-breaking, but still // goes over each character to set them all correctly; and usually KWord // would create a new page and reformat the paragraph doc->setFlow( new TextFlow( 250, 0 ) ); // 250 is just enough for one char doc->clear(true); KoTextParag* parag = doc->firstParag(); parag->append( "abcdefghi" ); parag->format(); assert( parag->lines() == 2 ); // one break, then we keep going doc->clear(false); doc->setFlow( new KoTextFlow ); // default } void KoTextFormatterTest::noWidthEverTest() { kdDebug() << k_funcinfo << endl; // We test the case of formatting where there is no width (e.g. narrow // passage, or after last page). // Expected result: the formatter goes down until it finds more width // (TODO a test case where this happens) // If it doesn't find any (and hits maxY), then it 'aborts', i.e. no line-breaking, // but still goes over each character to set them all correctly; and usually KWord // would create a new page and reformat the paragraph TextFlow* flow = new TextFlow( 1000, 2000 ); flow->setLeftMargin( 1000 ); doc->setFlow( flow ); doc->clear(true); KoTextParag* parag = doc->firstParag(); parag->append( "abcdefghi" ); parag->format(); // The resulting paragraph is NOT marked as formatted. See kotextformatter.cc -r1.79 assert( !parag->isValid() ); doc->clear(false); doc->setFlow( new KoTextFlow ); // default } void KoTextFormatterTest::tooWideChar() { kdDebug() << k_funcinfo << endl; // We test the case of formatting where there is not enough width // for the character (e.g. a very large inline table, larger than the document). // Expected result: the formatter goes down until it finds more width, // gives up, and come back up. doc->setFlow( new TextFlow( 10, 2000 ) ); doc->clear(true); KoTextParag* parag = doc->firstParag(); parag->append( "a" ); parag->format(); assert( parag->isValid() ); assert( parag->lines() == 1 ); doc->clear(false); doc->setFlow( new KoTextFlow ); // default } void KoTextFormatterTest::oneLineTest() { kdDebug() << k_funcinfo << endl; // Normal case, only one line // Expected: the parag is as wide as the doc doc->setFlow( new TextFlow( 2000, 200 ) ); doc->clear(true); KoTextParag* parag = doc->firstParag(); parag->append( "abcdefghi" ); parag->format(); assert( parag->lines() == 1 ); assert( parag->isValid() ); assert( parag->rect().width() == 2000 ); assert( parag->widthUsed() < 2000 ); doc->clear(false); doc->setFlow( new KoTextFlow ); // default } void KoTextFormatterTest::counterAndBigChar() { kdDebug() << k_funcinfo << endl; // Only one line, with a counter and a big char. // Bug #82609: the new height led to "formatting again" which restarted without taking the counter into account // Expected: the char starts after the counter doc->setFlow( new TextFlow( 2000, 200 ) ); doc->clear(true); KoTextParag* parag = doc->firstParag(); parag->append( "aB" ); KoTextFormat f( *parag->at( 0 )->format() ); f.setPointSize( 48 ); parag->setFormat( 1, 1, doc->formatCollection()->format( &f ), true ); KoParagCounter counter; counter.setNumbering( KoParagCounter::NUM_LIST ); counter.setStyle( KoParagCounter::STYLE_NUM ); parag->setCounter( &counter ); parag->format(); assert( parag->lines() == 1 ); assert( parag->isValid() ); assert( parag->rect().width() == 2000 ); assert( parag->widthUsed() < 2000 ); assert( parag->at(0)->x > 0 ); doc->clear(false); doc->setFlow( new KoTextFlow ); // default } int main (int argc, char ** argv) { TDEApplication app(argc, argv, "KoTextFormatter test"); // Don't let locale settings lead to different hyphenation output KGlobal::locale()->setLanguage( TQString::fromLatin1( "en_US" ) ); KGlobal::locale()->setCountry( TQString::fromLatin1( "C" ) ); KoTextFormatterTest test; //test.speedTest(); test.oneLineTest(); test.counterAndBigChar(); test.noHeightTest(); test.noWidthEverTest(); test.tooWideChar(); return 0; }