# Pastebin GPmO7I4h
 118    IntRect tileRect = tile()->image()->rect();
 119    if (tileRect.width() > patternBoundaries().width() || tileRect.height() > patternBoundaries().height()) {
 120        // Draw the first cell of the pattern manually to support overflow="visible" on all platforms.
 121        int tileWidth = static_cast<int>(patternBoundaries().width() + 0.5f);
 122        int tileHeight = static_cast<int>(patternBoundaries().height() + 0.5f);
 123        std::auto_ptr<ImageBuffer> tileImage = ImageBuffer::create(IntSize(tileWidth, tileHeight), false);
 124  
 125        GraphicsContext* tileImageContext = tileImage->context();
 126
 127        int numY = static_cast<int>(ceilf(tileRect.height() / tileHeight)) + 1;
 128        int numX = static_cast<int>(ceilf(tileRect.width() / tileWidth)) + 1;
 129
 130        tileImageContext->save();
 131        tileImageContext->translate(-patternBoundaries().width() * numX, -patternBoundaries().height() * numY);
 132        for (int i = numY; i > 0; i--) {
 133            tileImageContext->translate(0, patternBoundaries().height());
 134            for (int j = numX; j > 0; j--) {
 135                tileImageContext->translate(patternBoundaries().width(), 0);
 136                tileImageContext->drawImage(tile()->image(), tileRect, tileRect);
 137            }
 138            tileImageContext->translate(-patternBoundaries().width() * numX, 0);
 139        }
 140        tileImageContext->restore();
 141
 142        m_pattern = Pattern::create(tileImage->image(), true, true);
 143    }
 144    else
 145        m_pattern = Pattern::create(tile()->image(), true, true);