void BookReader::addHyperlinkControl(FBTextKind kind, const std::string &label) {
myHyperlinkKind = kind;
std::string type;
switch (myHyperlinkKind) {
case INTERNAL_HYPERLINK:
case FOOTNOTE:
myHyperlinkType = HYPERLINK_INTERNAL;
type = "internal";
break;
case EXTERNAL_HYPERLINK:
myHyperlinkType = HYPERLINK_EXTERNAL;
type = "external";
break;
/*case BOOK_HYPERLINK:
myHyperlinkType = HYPERLINK_BOOK;
type = "book";
break;*/
default:
myHyperlinkType = HYPERLINK_NONE;
break;
}
ZLLogger::Instance().println(
"hyperlink",
" + control (" + type + "): " + label
);
if (paragraphIsOpen()) {
flushTextBufferToParagraph();
myCurrentTextModel->addHyperlinkControl(kind, myHyperlinkType, label);
}
myHyperlinkReference = label;
}
void BookReader::addHyperlinkControl(FBTextKind kind, const std::string &label) {
myHyperlinkKind = kind;
switch (myHyperlinkKind) {
case INTERNAL_HYPERLINK:
case FOOTNOTE:
myHyperlinkType = "internal";
break;
case EXTERNAL_HYPERLINK:
myHyperlinkType = "external";
break;
case BOOK_HYPERLINK:
myHyperlinkType = "book";
break;
default:
myHyperlinkType.erase();
break;
}
ZLLogger::Instance().println(
"hyperlink",
" + control (" + myHyperlinkType + "): " + label
);
if (myTextParagraphExists) {
flushTextBufferToParagraph();
myCurrentTextModel->addHyperlinkControl(kind, label, myHyperlinkType);
}
myHyperlinkReference = label;
}
void BookReader::addControl(FBTextKind kind, bool start) {
if (myTextParagraphExists) {
flushTextBufferToParagraph();
myCurrentTextModel->addControl(kind, start);
}
if (!start && !myHyperlinkReference.empty() && (kind == myHyperlinkKind)) {
myHyperlinkReference.erase();
}
}
void BookReader::addImageReference(const std::string &id, short vOffset) {
if (myCurrentTextModel != 0) {
mySectionContainsRegularContents = true;
if (myTextParagraphExists) {
flushTextBufferToParagraph();
myCurrentTextModel->addImage(id, myModel.imageMap(), vOffset);
} else {
beginParagraph();
myCurrentTextModel->addControl(IMAGE, true);
myCurrentTextModel->addImage(id, myModel.imageMap(), vOffset);
myCurrentTextModel->addControl(IMAGE, false);
endParagraph();
}
}
}
void BookReader::addImageReference(const std::string &id, short vOffset, bool isCover) {
if (myCurrentTextModel != 0) {
mySectionContainsRegularContents = true;
if (paragraphIsOpen()) {
flushTextBufferToParagraph();
myCurrentTextModel->addImage(id, vOffset, isCover);
} else {
beginParagraph();
myCurrentTextModel->addControl(IMAGE, true);
myCurrentTextModel->addImage(id, vOffset, isCover);
myCurrentTextModel->addControl(IMAGE, false);
endParagraph();
}
}
}
void BookReader::endParagraph() {
if (myTextParagraphExists) {
flushTextBufferToParagraph();
myTextParagraphExists = false;
}
}
void BookReader::addControl(const ZLTextStyleEntry &entry) {
if (myTextParagraphExists) {
flushTextBufferToParagraph();
myCurrentTextModel->addControl(entry);
}
}
void BookReader::addStyleCloseEntry() {
if (paragraphIsOpen()) {
flushTextBufferToParagraph();
myCurrentTextModel->addStyleCloseEntry();
}
}
void BookReader::addStyleEntry(const ZLTextStyleEntry &entry) {
if (paragraphIsOpen()) {
flushTextBufferToParagraph();
myCurrentTextModel->addStyleEntry(entry);
}
}
void BookReader::endParagraph() {
if (paragraphIsOpen()) {
flushTextBufferToParagraph();
myModelsWithOpenParagraphs.remove(myCurrentTextModel);
}
}
void BookReader::addFixedHSpace(unsigned char length) {
if (paragraphIsOpen()) {
flushTextBufferToParagraph();
myCurrentTextModel->addFixedHSpace(length);
}
}
void BookReader::addStyleEntry(const ZLTextStyleEntry &entry, const std::vector<std::string> &fontFamilies, unsigned char depth) {
if (paragraphIsOpen()) {
flushTextBufferToParagraph();
myCurrentTextModel->addStyleEntry(entry, fontFamilies, depth);
}
}
void BookReader::addStyleCloseEntry() {
if (myTextParagraphExists) {
flushTextBufferToParagraph();
myCurrentTextModel->addStyleCloseEntry();
}
}