#include "mathed/InsetMath.h"
#include "insets/InsetNote.h"
+#include "support/debug.h"
#include "support/lassert.h"
#include "support/textutils.h"
// If there is a role (i.e. nonstandard use of a tag), output the attribute. Otherwise, the sheer tag is sufficient
// for the font.
string role = fontToRole(type);
- if (!role.empty()) {
+ if (!role.empty())
return "role='" + role + "'";
- } else {
- return "";
- }
-}
-
-
-// Convenience functions to open and close tags. First, very low-level ones to ensure a consistent new-line behaviour.
-// Block style:
-// Content before
-// <blocktag>
-// Contents of the block.
-// </blocktag>
-// Content after
-// Paragraph style:
-// Content before
-// <paratag>Contents of the paragraph.</paratag>
-// Content after
-// Inline style:
-// Content before<inlinetag>Contents of the paragraph.</inlinetag>Content after
-
-void openInlineTag(XMLStream & xs, const std::string & tag, const std::string & attr)
-{
- xs << xml::StartTag(tag, attr);
-}
-
-
-void closeInlineTag(XMLStream & xs, const std::string & tag)
-{
- xs << xml::EndTag(tag);
-}
-
-
-void openParTag(XMLStream & xs, const std::string & tag, const std::string & attr)
-{
- if (!xs.isLastTagCR())
- xs << xml::CR();
- xs << xml::StartTag(tag, attr);
-}
-
-
-void closeParTag(XMLStream & xs, const std::string & tag)
-{
- xs << xml::EndTag(tag);
- xs << xml::CR();
-}
-
-
-void openBlockTag(XMLStream & xs, const std::string & tag, const std::string & attr)
-{
- if (!xs.isLastTagCR())
- xs << xml::CR();
- xs << xml::StartTag(tag, attr);
- xs << xml::CR();
-}
-
-
-void closeBlockTag(XMLStream & xs, const std::string & tag)
-{
- if (!xs.isLastTagCR())
- xs << xml::CR();
- xs << xml::EndTag(tag);
- xs << xml::CR();
-}
-
-
-void openTag(XMLStream & xs, const std::string & tag, const std::string & attr, const std::string & tagtype)
-{
- if (tag.empty() || tag == "NONE") // Common check to be performed elsewhere, if it was not here.
- return;
-
- if (tag == "para" || tagtype == "paragraph") // Special case for <para>: always considered as a paragraph.
- openParTag(xs, tag, attr);
- else if (tagtype == "block")
- openBlockTag(xs, tag, attr);
- else if (tagtype == "inline")
- openInlineTag(xs, tag, attr);
- else
- xs.writeError("Unrecognised tag type '" + tagtype + "' for '" + tag + " " + attr + "'");
-}
-
-
-void closeTag(XMLStream & xs, const std::string & tag, const std::string & tagtype)
-{
- if (tag.empty() || tag == "NONE")
- return;
-
- if (tag == "para" || tagtype == "paragraph") // Special case for <para>: always considered as a paragraph.
- closeParTag(xs, tag);
- else if (tagtype == "block")
- closeBlockTag(xs, tag);
- else if (tagtype == "inline")
- closeInlineTag(xs, tag);
else
- xs.writeError("Unrecognised tag type '" + tagtype + "' for '" + tag + "'");
-}
-
-
-void compTag(XMLStream & xs, const std::string & tag, const std::string & attr, const std::string & tagtype)
-{
- if (tag.empty() || tag == "NONE")
- return;
-
- // Special case for <para>: always considered as a paragraph.
- if (tag == "para" || tagtype == "paragraph" || tagtype == "block") {
- if (!xs.isLastTagCR())
- xs << xml::CR();
- xs << xml::CompTag(tag, attr);
- xs << xml::CR();
- } else if (tagtype == "inline") {
- xs << xml::CompTag(tag, attr);
- } else {
- xs.writeError("Unrecognised tag type '" + tagtype + "' for '" + tag + "'");
- }
+ return "";
}
// Higher-level convenience functions.
-void openParTag(XMLStream & xs, const Paragraph * par, const Paragraph * prevpar)
+void openParTag(XMLStream & xs, const Paragraph * par, const Paragraph * prevpar, const OutputParams & runparams)
{
if (par == prevpar)
prevpar = nullptr;
+ // If the previous paragraph is empty, don't consider it when opening wrappers.
+ if (prevpar && prevpar->empty() && !prevpar->allowEmpty())
+ prevpar = nullptr;
+
// When should the wrapper be opened here? Only if the previous paragraph has the SAME wrapper tag
// (usually, they won't have the same layout) and the CURRENT one allows merging.
// The main use case is author information in several paragraphs: if the name of the author is the
// next paragraph is the affiliation, then it should be output in the same <author> tag (different
// layout, same wrapper tag).
Layout const & lay = par->layout();
- bool openWrapper = lay.docbookwrappertag() != "NONE";
- if (prevpar != nullptr) {
+ bool openWrapper = lay.docbookwrappertag() != "NONE" && !runparams.docbook_ignore_wrapper;
+
+ if (prevpar != nullptr && !runparams.docbook_ignore_wrapper) {
Layout const & prevlay = prevpar->layout();
if (prevlay.docbookwrappertag() != "NONE") {
if (prevlay.docbookwrappertag() == lay.docbookwrappertag() &&
}
// Main logic.
- if (openWrapper)
- openTag(xs, lay.docbookwrappertag(), lay.docbookwrapperattr(), lay.docbookwrappertagtype());
+ if (openWrapper) {
+ xml::openTag(xs, lay.docbookwrappertag(), lay.docbookwrapperattr(), lay.docbookwrappertagtype());
+
+ if (lay.docbookgeneratetitle()) {
+ docstring const label = par->params().labelString();
+
+ xml::openTag(xs, "title", "", "paragraph");
+ xs << (!label.empty() ? label : from_ascii("No title"));
+ xml::closeTag(xs, "title", "paragraph");
+ }
+ }
const string & tag = lay.docbooktag();
if (tag != "NONE") {
if (!xs.isTagOpen(xmltag, 1)) { // Don't nest a paragraph directly in a paragraph.
// TODO: required or not?
// TODO: avoid creating a ParTag object just for this query...
- openTag(xs, lay.docbooktag(), lay.docbookattr(), lay.docbooktagtype());
- openTag(xs, lay.docbookinnertag(), lay.docbookinnerattr(), lay.docbookinnertagtype());
+ xml::openTag(xs, lay.docbooktag(), lay.docbookattr(), lay.docbooktagtype());
+ xml::openTag(xs, lay.docbookinnertag(), lay.docbookinnerattr(), lay.docbookinnertagtype());
}
}
- openTag(xs, lay.docbookitemtag(), lay.docbookitemattr(), lay.docbookitemtagtype());
- openTag(xs, lay.docbookiteminnertag(), lay.docbookiteminnerattr(), lay.docbookiteminnertagtype());
+ xml::openTag(xs, lay.docbookitemwrappertag(), lay.docbookitemwrapperattr(), lay.docbookitemwrappertagtype());
+ xml::openTag(xs, lay.docbookitemtag(), lay.docbookitemattr(), lay.docbookitemtagtype());
+ xml::openTag(xs, lay.docbookiteminnertag(), lay.docbookiteminnerattr(), lay.docbookiteminnertagtype());
}
-void closeParTag(XMLStream & xs, Paragraph const * par, Paragraph const * nextpar)
+void closeParTag(XMLStream & xs, Paragraph const * par, Paragraph const * nextpar, const OutputParams & runparams)
{
if (par == nextpar)
nextpar = nullptr;
+ // If the next paragraph is empty, don't consider it when closing wrappers.
+ if (nextpar && nextpar->empty() && !nextpar->allowEmpty())
+ nextpar = nullptr;
+
// See comment in openParTag.
Layout const & lay = par->layout();
- bool closeWrapper = lay.docbookwrappertag() != "NONE";
- if (nextpar != nullptr) {
+ bool closeWrapper = lay.docbookwrappertag() != "NONE" && !runparams.docbook_ignore_wrapper;
+
+ if (nextpar != nullptr && !runparams.docbook_ignore_wrapper) {
Layout const & nextlay = nextpar->layout();
if (nextlay.docbookwrappertag() != "NONE") {
if (nextlay.docbookwrappertag() == lay.docbookwrappertag() &&
}
// Main logic.
- closeTag(xs, lay.docbookiteminnertag(), lay.docbookiteminnertagtype());
- closeTag(xs, lay.docbookitemtag(), lay.docbookitemtagtype());
- closeTag(xs, lay.docbookinnertag(), lay.docbookinnertagtype());
- closeTag(xs, lay.docbooktag(), lay.docbooktagtype());
+ xml::closeTag(xs, lay.docbookiteminnertag(), lay.docbookiteminnertagtype());
+ xml::closeTag(xs, lay.docbookitemtag(), lay.docbookitemtagtype());
+ xml::closeTag(xs, lay.docbookitemwrappertag(), lay.docbookitemwrappertagtype());
+ xml::closeTag(xs, lay.docbookinnertag(), lay.docbookinnertagtype());
+ xml::closeTag(xs, lay.docbooktag(), lay.docbooktagtype());
if (closeWrapper)
- closeTag(xs, lay.docbookwrappertag(), lay.docbookwrappertagtype());
+ xml::closeTag(xs, lay.docbookwrappertag(), lay.docbookwrappertagtype());
}
// Generate the entry. Concatenate the different parts of the paragraph if any.
auto const begin = text.paragraphs().begin();
- auto pars = par->simpleDocBookOnePar(buf, runparams, text.outerFont(std::distance(begin, par)), 0);
+ std::vector<docstring> pars_prepend;
+ std::vector<docstring> pars;
+ std::vector<docstring> pars_append;
+ tie(pars_prepend, pars, pars_append) = par->simpleDocBookOnePar(buf, runparams, text.outerFont(std::distance(begin, par)), 0);
+
+ for (auto & parXML : pars_prepend)
+ xs << XMLStream::ESCAPE_NONE << parXML;
for (auto & parXML : pars)
xs << XMLStream::ESCAPE_NONE << parXML;
+ for (auto & parXML : pars_append)
+ xs << XMLStream::ESCAPE_NONE << parXML;
// End the precooked bibliography entry.
xs << xml::EndTag("bibliomixed");
OutputParams const & runparams,
ParagraphList::const_iterator const & par)
{
- // If this kind of layout should be ignored, already leave.
- if (par->layout().docbooktag() == "IGNORE")
- return;
-
// Useful variables.
auto const begin = text.paragraphs().begin();
auto const end = text.paragraphs().end();
// We do not really want to wrap that whole thing in a <div>...</div>.
bool special_case = false;
Inset const *specinset = par->size() == 1 ? par->getInset(0) : nullptr;
- if (specinset && !specinset->getLayout().htmlisblock()) { // TODO: Convert htmlisblock to a DocBook parameter?
+ if (specinset && !specinset->getLayout().htmlisblock()) { // TODO: Convert htmlisblock to a DocBook parameter? docbooknotinpara should be enough in most cases.
Layout const &style = par->layout();
FontInfo const first_font = style.labeltype == LABEL_MANUAL ?
style.labelfont : style.font;
size_t nInsets = std::distance(par->insetList().begin(), par->insetList().end());
auto parSize = (size_t) par->size();
- auto isLyxCodeToIgnore = [](InsetCode x) { return x == TOC_CODE; }; // If this LyX code does not produce any output,
- // it can be safely ignored in the following checks: if this thing is present in the paragraph, it has no impact
- // on the definition of the special case (i.e. whether or not a <para> tag should be output).
-
- // TODO: if a paragraph *only* contains floats, listings, bibliographies, etc., should this be considered as a
- // special case? If so, the code could be largely simplifies (all the calls to all_of, basically) and optimised
- // at the compilation stage.
-
// Plain layouts must be ignored.
special_case |= buf.params().documentClass().isPlainLayout(par->layout()) && !runparams.docbook_force_pars;
+
// Equations do not deserve their own paragraph (DocBook allows them outside paragraphs).
// Exception: any case that generates an <inlineequation> must still get a paragraph to be valid.
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [](InsetList::Element inset) {
+ auto isEquationSpecialCase = [](InsetList::Element inset) {
return inset.inset && inset.inset->asInsetMath() && inset.inset->asInsetMath()->getType() != hullSimple;
- });
- // Tables do not deserve their own paragraphs (DocBook allows them outside paragraphs).
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [isLyxCodeToIgnore](InsetList::Element inset) {
- return inset.inset->lyxCode() == TABULAR_CODE || isLyxCodeToIgnore(inset.inset->lyxCode());
- });
- // Floats cannot be in paragraphs.
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [isLyxCodeToIgnore](InsetList::Element inset) {
- return inset.inset->lyxCode() == FLOAT_CODE || isLyxCodeToIgnore(inset.inset->lyxCode());
- });
- // Bibliographies cannot be in paragraphs. Bibitems should still be handled as paragraphs, though
- // (see makeParagraphBibliography).
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [isLyxCodeToIgnore](InsetList::Element inset) {
- return inset.inset->lyxCode() == BIBTEX_CODE || isLyxCodeToIgnore(inset.inset->lyxCode());
- });
- // ERTs are in comments, not paragraphs.
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [isLyxCodeToIgnore](InsetList::Element inset) {
- return inset.inset->lyxCode() == ERT_CODE || isLyxCodeToIgnore(inset.inset->lyxCode());
- });
- // Listings should not get into their own paragraph.
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [isLyxCodeToIgnore](InsetList::Element inset) {
- return inset.inset->lyxCode() == LISTINGS_CODE || isLyxCodeToIgnore(inset.inset->lyxCode());
- });
- // Boxes cannot get into their own paragraph.
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [isLyxCodeToIgnore](InsetList::Element inset) {
- return inset.inset->lyxCode() == BOX_CODE || isLyxCodeToIgnore(inset.inset->lyxCode());
- });
- // Includes should not have a paragraph.
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [isLyxCodeToIgnore](InsetList::Element inset) {
- return inset.inset->lyxCode() == INCLUDE_CODE || isLyxCodeToIgnore(inset.inset->lyxCode());
- });
- // Glossaries should not have a paragraph.
- special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), [isLyxCodeToIgnore](InsetList::Element inset) {
- return inset.inset->lyxCode() == NOMENCL_PRINT_CODE || isLyxCodeToIgnore(inset.inset->lyxCode());
- });
+ };
+ special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), isEquationSpecialCase);
+
+ // Things that should not get into their own paragraph. (Only valid for DocBook.)
+ static std::set<InsetCode> lyxCodeSpecialCases = {
+ TABULAR_CODE,
+ FLOAT_CODE,
+ BIBTEX_CODE, // Bibliographies cannot be in paragraphs. Bibitems should still be handled as paragraphs,
+ // though (see makeBibliography).
+ ERT_CODE, // ERTs are in comments, not paragraphs.
+ LISTINGS_CODE,
+ BOX_CODE,
+ INCLUDE_CODE,
+ NOMENCL_PRINT_CODE,
+ TOC_CODE, // To be ignored in DocBook, the processor afterwards should deal with ToCs.
+ NOTE_CODE // Notes do not produce any output.
+ };
+ auto isLyxCodeSpecialCase = [](InsetList::Element inset) {
+ return lyxCodeSpecialCases.find(inset.inset->lyxCode()) != lyxCodeSpecialCases.end();
+ };
+ special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), isLyxCodeSpecialCase);
+
+ // Flex elements (InsetLayout) have their own parameter to control the special case.
+ auto isFlexSpecialCase = [](InsetList::Element inset) {
+ if (inset.inset->lyxCode() != FLEX_CODE)
+ return false;
+
+ // Standard condition: check the parameter.
+ if (inset.inset->getLayout().docbooknotinpara())
+ return true;
+
+ // If the parameter is not set, maybe the flex inset only contains things that should match the standard
+ // condition. In this case, isLyxCodeSpecialCase must also check for bibitems...
+ auto isLyxCodeSpecialCase = [](InsetList::Element inset) {
+ return lyxCodeSpecialCases.find(inset.inset->lyxCode()) != lyxCodeSpecialCases.end() ||
+ inset.inset->lyxCode() == BIBITEM_CODE;
+ };
+ if (InsetText * text = inset.inset->asInsetText()) {
+ for (auto const & par : text->paragraphs()) {
+ size_t nInsets = std::distance(par.insetList().begin(), par.insetList().end());
+ auto parSize = (size_t) par.size();
+
+ if (nInsets == 1 && par.insetList().begin()->inset->lyxCode() == BIBITEM_CODE)
+ return true;
+ if (nInsets != parSize)
+ return false;
+ if (!std::all_of(par.insetList().begin(), par.insetList().end(), isLyxCodeSpecialCase))
+ return false;
+ }
+ return true;
+ }
+
+ // No case matched: give up.
+ return false;
+ };
+ special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), isFlexSpecialCase);
+ // If the insets should be rendered as images, enter the special case.
+ auto isRenderedAsImageSpecialCase = [](InsetList::Element inset) {
+ return inset.inset && inset.inset->getLayout().docbookrenderasimage();
+ };
+ special_case |= nInsets == parSize && std::all_of(par->insetList().begin(), par->insetList().end(), isRenderedAsImageSpecialCase);
+
+ // Open a paragraph if it is allowed, we are not already within a paragraph, and the insets in the paragraph do
+ // not forbid paragraphs (aka special cases).
bool const open_par = runparams.docbook_make_pars
&& !runparams.docbook_in_par
&& !special_case;
// or we're not in the last paragraph, anyway.
// (ii) We didn't open it and docbook_in_par is true,
// but we are in the first par, and there is a next par.
- bool const close_par = open_par && (!runparams.docbook_in_par);
+ bool const close_par = open_par && !runparams.docbook_in_par;
// Determine if this paragraph has some real content. Things like new pages are not caught
// by Paragraph::empty(), even though they do not generate anything useful in DocBook.
// Open and close tags around each contained paragraph.
auto nextpar = par;
++nextpar;
- auto pars = par->simpleDocBookOnePar(buf, runparams, text.outerFont(distance(begin, par)), 0, nextpar == end, special_case);
+
+ std::vector<docstring> pars_prepend;
+ std::vector<docstring> pars;
+ std::vector<docstring> pars_append;
+ tie(pars_prepend, pars, pars_append) = par->simpleDocBookOnePar(buf, runparams, text.outerFont(distance(begin, par)), 0, nextpar == end, special_case);
+
+ for (docstring const & parXML : pars_prepend)
+ xs << XMLStream::ESCAPE_NONE << parXML;
for (docstring const & parXML : pars) {
if (!xml::isNotOnlySpace(parXML))
continue;
if (open_par)
- openParTag(xs, &*par, prevpar);
+ openParTag(xs, &*par, prevpar, runparams);
xs << XMLStream::ESCAPE_NONE << parXML;
if (close_par)
- closeParTag(xs, &*par, (nextpar != end) ? &*nextpar : nullptr);
+ closeParTag(xs, &*par, (nextpar != end) ? &*nextpar : nullptr, runparams);
}
+ for (docstring const & parXML : pars_append)
+ xs << XMLStream::ESCAPE_NONE << parXML;
}
OutputParams const &runparams,
ParagraphList::const_iterator const & par)
{
- // If this kind of layout should be ignored, already leave.
- if (par->layout().docbooktag() == "IGNORE")
- return;
-
// Useful variables.
auto const end = text.paragraphs().end();
auto nextpar = par;
// Output the opening tag for this environment, but only if it has not been previously opened (condition
// implemented in openParTag).
auto prevpar = text.paragraphs().getParagraphBefore(par);
- openParTag(xs, &*par, prevpar); // TODO: switch in layout for par/block?
+ openParTag(xs, &*par, prevpar, runparams);
// Generate the contents of this environment. There is a special case if this is like some environment.
Layout const & style = par->layout();
// Nothing to do (otherwise, infinite loops).
} else if (style.latextype == LATEX_ENVIRONMENT) {
// Generate the paragraph, if need be.
- auto pars = par->simpleDocBookOnePar(buf, runparams, text.outerFont(std::distance(text.paragraphs().begin(), par)), 0, false, ignoreFonts);
-
+ std::vector<docstring> pars_prepend;
+ std::vector<docstring> pars;
+ std::vector<docstring> pars_append;
+ tie(pars_prepend, pars, pars_append) =
+ par->simpleDocBookOnePar(buf, runparams, text.outerFont(std::distance(text.paragraphs().begin(), par)),
+ 0, false, ignoreFonts);
+
+ for (docstring const & parXML : pars_prepend)
+ xs << XMLStream::ESCAPE_NONE << parXML;
if (mimicListing) {
auto p = pars.begin();
while (p != pars.end()) {
- openTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnerattr(), par->layout().docbookiteminnertagtype());
+ xml::openTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnerattr(),
+ par->layout().docbookiteminnertagtype());
xs << XMLStream::ESCAPE_NONE << *p;
- closeTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnertagtype());
+ xml::closeTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnertagtype());
++p;
// Insert a new line after each "paragraph" (i.e. line in the listing), except for the last one.
}
} else {
for (auto const & p : pars) {
- openTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnerattr(), par->layout().docbookiteminnertagtype());
+ xml::openTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnerattr(),
+ par->layout().docbookiteminnertagtype());
xs << XMLStream::ESCAPE_NONE << p;
- closeTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnertagtype());
+ xml::closeTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnertagtype());
}
}
+ for (docstring const & parXML : pars_append)
+ xs << XMLStream::ESCAPE_NONE << parXML;
} else {
makeAny(text, buf, xs, runparams, par);
}
// Close the environment.
- closeParTag(xs, &*par, (nextpar != end) ? &*nextpar : nullptr); // TODO: switch in layout for par/block?
+ closeParTag(xs, &*par, (nextpar != end) ? &*nextpar : nullptr, runparams);
}
auto const end = text.paragraphs().end();
auto const envend = findEndOfEnvironment(par, end);
- // If this kind of layout should be ignored, already leave.
- if (begin->layout().docbooktag() == "IGNORE") {
- auto nextpar = par;
- ++nextpar;
- return nextpar;
- }
-
// Output the opening tag for this environment.
Layout const & envstyle = par->layout();
- openTag(xs, envstyle.docbookwrappertag(), envstyle.docbookwrapperattr(), envstyle.docbookwrappertagtype());
- openTag(xs, envstyle.docbooktag(), envstyle.docbookattr(), envstyle.docbooktagtype());
+ xml::openTag(xs, envstyle.docbookwrappertag(), envstyle.docbookwrapperattr(), envstyle.docbookwrappertagtype());
+ xml::openTag(xs, envstyle.docbooktag(), envstyle.docbookattr(), envstyle.docbooktagtype());
// Handle the content of the list environment, item by item.
while (par != envend) {
// Open the item wrapper.
Layout const & style = par->layout();
- openTag(xs, style.docbookitemwrappertag(), style.docbookitemwrapperattr(), style.docbookitemwrappertagtype());
+ xml::openTag(xs, style.docbookitemwrappertag(), style.docbookitemwrapperattr(),
+ style.docbookitemwrappertagtype());
// Generate the label, if need be. If it is taken from the text, sep != 0 and corresponds to the first
// character after the label.
if (style.labeltype != LABEL_NO_LABEL && style.docbookitemlabeltag() != "NONE") {
if (style.labeltype == LABEL_MANUAL) {
// Only variablelist gets here (or similar items defined as an extension in the layout).
- openTag(xs, style.docbookitemlabeltag(), style.docbookitemlabelattr(), style.docbookitemlabeltagtype());
+ xml::openTag(xs, style.docbookitemlabeltag(), style.docbookitemlabelattr(),
+ style.docbookitemlabeltagtype());
sep = 1 + par->firstWordDocBook(xs, runparams);
- closeTag(xs, style.docbookitemlabeltag(), style.docbookitemlabeltagtype());
+ xml::closeTag(xs, style.docbookitemlabeltag(), style.docbookitemlabeltagtype());
} else {
// Usual cases: maybe there is something specified at the layout level. Highly unlikely, though.
docstring const lbl = par->params().labelString();
if (!lbl.empty()) {
- openTag(xs, style.docbookitemlabeltag(), style.docbookitemlabelattr(), style.docbookitemlabeltagtype());
+ xml::openTag(xs, style.docbookitemlabeltag(), style.docbookitemlabelattr(),
+ style.docbookitemlabeltagtype());
xs << lbl;
- closeTag(xs, style.docbookitemlabeltag(), style.docbookitemlabeltagtype());
+ xml::closeTag(xs, style.docbookitemlabeltag(), style.docbookitemlabeltagtype());
}
}
}
// Open the item (after the wrapper and the label).
- openTag(xs, style.docbookitemtag(), style.docbookitemattr(), style.docbookitemtagtype());
+ xml::openTag(xs, style.docbookitemtag(), style.docbookitemattr(), style.docbookitemtagtype());
// Generate the content of the item.
if (sep < par->size()) {
- auto pars = par->simpleDocBookOnePar(buf, runparams,
+ std::vector<docstring> pars_prepend;
+ std::vector<docstring> pars;
+ std::vector<docstring> pars_append;
+ tie(pars_prepend, pars, pars_append) = par->simpleDocBookOnePar(buf, runparams,
text.outerFont(std::distance(text.paragraphs().begin(), par)), sep);
+ for (docstring const & parXML : pars_prepend)
+ xs << XMLStream::ESCAPE_NONE << parXML;
for (auto &p : pars) {
- openTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnerattr(),
- par->layout().docbookiteminnertagtype());
+ xml::openTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnerattr(),
+ par->layout().docbookiteminnertagtype());
xs << XMLStream::ESCAPE_NONE << p;
- closeTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnertagtype());
+ xml::closeTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnertagtype());
}
+ for (docstring const & parXML : pars_append)
+ xs << XMLStream::ESCAPE_NONE << parXML;
} else {
// DocBook doesn't like emptiness.
- compTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnerattr(),
- par->layout().docbookiteminnertagtype());
+ xml::compTag(xs, par->layout().docbookiteminnertag(), par->layout().docbookiteminnerattr(),
+ par->layout().docbookiteminnertagtype());
}
// If the next item is deeper, it must go entirely within this item (do it recursively).
// a list, and another paragraph; or an item with two types of list (itemise then enumerate, for instance).
// Close the item.
- closeTag(xs, style.docbookitemtag(), style.docbookitemtagtype());
- closeTag(xs, style.docbookitemwrappertag(), style.docbookitemwrappertagtype());
+ xml::closeTag(xs, style.docbookitemtag(), style.docbookitemtagtype());
+ xml::closeTag(xs, style.docbookitemwrappertag(), style.docbookitemwrappertagtype());
}
// Close this environment in exactly the same way as it was opened.
- closeTag(xs, envstyle.docbooktag(), envstyle.docbooktagtype());
- closeTag(xs, envstyle.docbookwrappertag(), envstyle.docbookwrappertagtype());
+ xml::closeTag(xs, envstyle.docbooktag(), envstyle.docbooktagtype());
+ xml::closeTag(xs, envstyle.docbookwrappertag(), envstyle.docbookwrappertagtype());
return envend;
}
OutputParams const & runparams,
ParagraphList::const_iterator const & par)
{
- // If this kind of layout should be ignored, already leave.
- if (par->layout().docbooktag() == "IGNORE")
- return;
-
// Useful variables.
// Unlike XHTML, no need for labels, as they are handled by DocBook tags.
auto const begin = text.paragraphs().begin();
// Generate this command.
auto prevpar = text.paragraphs().getParagraphBefore(par);
- openParTag(xs, &*par, prevpar);
- auto pars = par->simpleDocBookOnePar(buf, runparams,text.outerFont(distance(begin, par)));
+ std::vector<docstring> pars_prepend;
+ std::vector<docstring> pars;
+ std::vector<docstring> pars_append;
+ tie(pars_prepend, pars, pars_append) = par->simpleDocBookOnePar(buf, runparams,text.outerFont(distance(begin, par)));
+
+ for (docstring const & parXML : pars_prepend)
+ xs << XMLStream::ESCAPE_NONE << parXML;
+
+ openParTag(xs, &*par, prevpar, runparams);
for (auto & parXML : pars)
// TODO: decide what to do with openParTag/closeParTag in new lines.
xs << XMLStream::ESCAPE_NONE << parXML;
+ closeParTag(xs, &*par, (nextpar != end) ? &*nextpar : nullptr, runparams);
- closeParTag(xs, &*par, (nextpar != end) ? &*nextpar : nullptr);
+ for (docstring const & parXML : pars_append)
+ xs << XMLStream::ESCAPE_NONE << parXML;
}
bool documentHasSections = false;
while (bpit < epit) {
+ LASSERT(static_cast<size_t>(bpit) < paragraphs.size(), return make_tuple(documentHasSections, bpit));
+
Layout const &style = paragraphs[bpit].layout();
documentHasSections |= isLayoutSectioningOrSimilar(style);
set<pit_type> abstractWithLayout;
set<pit_type> abstractNoLayout;
- // Find the first non empty paragraph by mutating bpit.
+ // Find the first nonempty paragraph by mutating bpit.
while (bpit < epit) {
Paragraph const &par = paragraphs[bpit];
if (par.empty() || hasOnlyNotes(par))
// Traverse everything that might belong to <info>.
bool hasAbstractLayout = false;
+ static depth_type INVALID_DEPTH = 100000;
+ depth_type abstractDepth = INVALID_DEPTH;
pit_type cpit = bpit;
for (; cpit < epit; ++cpit) {
// Skip paragraphs that don't generate anything in DocBook.
// There should never be any section here, except for the first paragraph (a title can be part of <info>).
// (Just a sanity check: if this fails, this function could end up processing the whole document.)
if (cpit != bpit && isLayoutSectioningOrSimilar(par.layout())) {
- LYXERR0("Assertion failed: section found in potential <info> paragraphs.");
+ LYXERR(Debug::OUTFILE, "Assertion failed: section found in potential <info> paragraphs.");
break;
}
// If this is marked as an abstract by the layout, put it in the right set.
if (style.docbookabstract()) {
hasAbstractLayout = true;
+ abstractDepth = par.getDepth();
abstractWithLayout.emplace(cpit);
continue;
}
+ // Deeper paragraphs following the abstract must still be considered as part of the abstract.
+ // For instance, this includes lists. There should not be any other kind of paragraph in between.
+ if (abstractDepth != INVALID_DEPTH && style.docbookininfo() == "never") {
+ if (par.getDepth() > abstractDepth) {
+ abstractWithLayout.emplace(cpit);
+ continue;
+ }
+ if (par.getDepth() == abstractDepth) {
+ // This is not an abstract paragraph and it should not either be considered as part
+ // of it. It breaks the rule that abstract paragraphs must follow each other.
+ abstractDepth = INVALID_DEPTH;
+ break;
+ }
+ }
+
// Based on layout information, store this paragraph in one set: should be in <info>, must be,
// or abstract (either because of layout or of position).
if (style.docbookininfo() == "always")
(style.docbooktag() == "NONE" || style.docbooktag() == "para") &&
style.docbookwrappertag() == "NONE")
// In this case, it is very likely that style.docbookininfo() == "never"! Be extra careful
- // about anything that gets caught here.
+ // about anything that gets caught here. For instance, don't ake into account
abstractNoLayout.emplace(cpit);
else // This should definitely not be in <info>.
break;
} // end anonymous namespace
+std::set<const Inset *> gatherInfo(ParagraphList::const_iterator par)
+{
+ // This function has a structure highly similar to makeAny and its friends. It's only made to be called on what
+ // should become the document's <abstract>.
+ std::set<const Inset *> values;
+
+ // If this kind of layout should be ignored, already leave.
+ if (par->layout().docbooktag() == "IGNORE")
+ return values;
+
+ // If this should go in info, mark it as such. Dive deep into the abstract, as it may hide many things that
+ // DocBook doesn't want to be inside the abstract.
+ for (pos_type i = 0; i < par->size(); ++i) {
+ if (par->getInset(i) && par->getInset(i)->asInsetText()) {
+ InsetText const *inset = par->getInset(i)->asInsetText();
+
+ if (inset->getLayout().docbookininfo() != "never") {
+ values.insert(inset);
+ } else {
+ auto subpar = inset->paragraphs().begin();
+ while (subpar != inset->paragraphs().end()) {
+ auto subinfos = gatherInfo(subpar);
+ for (auto & subinfo: subinfos)
+ values.insert(subinfo);
+ ++subpar;
+ }
+ }
+ }
+ }
+
+ return values;
+}
+
+
ParagraphList::const_iterator makeAny(Text const &text,
Buffer const &buf,
XMLStream &xs,
OutputParams const &runparams,
ParagraphList::const_iterator par)
{
- switch (par->layout().latextype) {
- case LATEX_COMMAND:
- makeCommand(text, buf, xs, runparams, par);
- break;
- case LATEX_ENVIRONMENT:
- makeEnvironment(text, buf, xs, runparams, par);
- break;
- case LATEX_LIST_ENVIRONMENT:
- case LATEX_ITEM_ENVIRONMENT:
- // Only case when makeAny() might consume more than one paragraph.
- return makeListEnvironment(text, buf, xs, runparams, par);
- case LATEX_PARAGRAPH:
- makeParagraph(text, buf, xs, runparams, par);
- break;
- case LATEX_BIB_ENVIRONMENT:
- makeBibliography(text, buf, xs, runparams, par);
- break;
+ bool ignoreParagraph = false;
+
+ // If this kind of layout should be ignored, already leave.
+ ignoreParagraph |= par->layout().docbooktag() == "IGNORE";
+
+ // For things that should go into <info>, check the variable rp.docbook_generate_info. This does not apply to the
+ // abstract itself.
+ bool isAbstract = par->layout().docbookabstract() || par->layout().docbooktag() == "abstract";
+ ignoreParagraph |= !isAbstract && par->layout().docbookininfo() != "never" && !runparams.docbook_generate_info;
+
+ // Switch on the type of paragraph to call the right handler.
+ if (!ignoreParagraph) {
+ switch (par->layout().latextype) {
+ case LATEX_COMMAND:
+ makeCommand(text, buf, xs, runparams, par);
+ break;
+ case LATEX_ENVIRONMENT:
+ makeEnvironment(text, buf, xs, runparams, par);
+ break;
+ case LATEX_LIST_ENVIRONMENT:
+ case LATEX_ITEM_ENVIRONMENT:
+ // Only case when makeAny() might consume more than one paragraph.
+ return makeListEnvironment(text, buf, xs, runparams, par);
+ case LATEX_PARAGRAPH:
+ makeParagraph(text, buf, xs, runparams, par);
+ break;
+ case LATEX_BIB_ENVIRONMENT:
+ makeBibliography(text, buf, xs, runparams, par);
+ break;
+ }
}
+
+ // For cases that are not lists, the next paragraph to handle is the next one.
++par;
return par;
}
// This check must be performed *before* a decision on whether or not to output <info> is made.
bool hasAbstract = !info.abstract.empty();
docstring abstract;
+ set<const Inset *> infoInsets; // Paragraphs that should go into <info>, but are hidden in an <abstract>
+ // paragraph. (This happens for quite a few layouts, unfortunately.)
+
if (hasAbstract) {
// Generate the abstract XML into a string before further checks.
// Usually, makeAny only generates one paragraph at a time. However, for the specific case of lists, it might
odocstringstream os2;
XMLStream xs2(os2);
- set<pit_type> doneParas;
+ auto rp = runparams;
+ rp.docbook_generate_info = false;
+ rp.docbook_ignore_wrapper = true;
+
+ set<pit_type> doneParas; // Paragraphs that have already been converted (mostly to deal with lists).
for (auto const & p : info.abstract) {
if (doneParas.find(p) == doneParas.end()) {
auto oldPar = paragraphs.iterator_at(p);
- auto newPar = makeAny(text, buf, xs2, runparams, oldPar);
+ auto newPar = makeAny(text, buf, xs2, rp, oldPar);
+
+ // Find insets that should go outside the abstract.
+ auto subinfos = gatherInfo(oldPar);
+ for (auto & subinfo: subinfos)
+ infoInsets.insert(subinfo);
// Insert the indices of all the paragraphs that were just generated (typically, one).
// **Make the hypothesis that, when an abstract has a list, all its items are consecutive.**
+ // Otherwise, makeAny and makeListEnvironment would have to be adapted too.
pit_type id = p;
while (oldPar != newPar) {
doneParas.emplace(id);
}
}
- // Actually output the abstract if there is something to do. Don't count line feeds or spaces in this,
- // even though they must be properly output if there is some abstract.
+ // Actually output the abstract if there is something to do. Don't count line feeds, spaces, or comments
+ // in this -- even though line feeds and spaces must be properly output if there is some abstract.
abstract = os2.str();
docstring cleaned = abstract;
cleaned.erase(std::remove_if(cleaned.begin(), cleaned.end(), lyx::isSpace), cleaned.end());
+ size_t beginComment;
+ size_t endComment;
+ while ((beginComment = cleaned.find(from_ascii("<!--"))) != lyx::docstring::npos) {
+ if ((endComment = cleaned.find(from_ascii("-->"), beginComment)) != lyx::docstring::npos) {
+ cleaned.erase(cleaned.begin() + beginComment, cleaned.begin() + endComment + 3);
+ }
+ }
+
// Nothing? Then there is no abstract!
if (cleaned.empty())
hasAbstract = false;
xs << xml::CR();
}
- // Output the elements that should go in <info>, before and after the abstract.
+ // Output the elements that should go in <info>.
+ // - First, the title.
for (auto pit : info.shouldBeInInfo) // Typically, the title: these elements are so important and ubiquitous
// that mandating a wrapper like <info> would repel users. Thus, generate them first.
makeAny(text, buf, xs, runparams, paragraphs.iterator_at(pit));
- for (auto pit : info.mustBeInInfo)
- makeAny(text, buf, xs, runparams, paragraphs.iterator_at(pit));
-
// If there is no title, generate one (required for the document to be valid).
// This code is called for the main document, for table cells, etc., so be precise in this condition.
if (text.isMainText() && info.shouldBeInInfo.empty() && !runparams.inInclude) {
xs << xml::CR();
}
- // Always output the abstract as the last item of the <info>, as it requires special treatment (especially if
- // it contains several paragraphs that are empty).
- if (hasAbstract) {
- if (info.abstractLayout) {
- xs << XMLStream::ESCAPE_NONE << abstract;
- xs << xml::CR();
- } else {
- string tag = paragraphs[*info.abstract.begin()].layout().docbookforceabstracttag();
- if (tag == "NONE")
- tag = "abstract";
+ // - Then, other metadata.
+ for (auto pit : info.mustBeInInfo)
+ makeAny(text, buf, xs, runparams, paragraphs.iterator_at(pit));
+ for (auto const * inset : infoInsets)
+ inset->docbook(xs, runparams);
- if (!xs.isLastTagCR())
- xs << xml::CR();
+ // - Finally, always output the abstract as the last item of the <info>, as it requires special treatment
+ // (especially if it contains several paragraphs that are empty).
+ if (hasAbstract) {
+ string tag = paragraphs[*info.abstract.begin()].layout().docbookforceabstracttag();
+ if (tag == "NONE")
+ tag = "abstract";
- xs << xml::StartTag(tag);
- xs << xml::CR();
- xs << XMLStream::ESCAPE_NONE << abstract;
- xs << xml::EndTag(tag);
+ if (!xs.isLastTagCR())
xs << xml::CR();
- }
+
+ xs << xml::StartTag(tag);
+ xs << xml::CR();
+ xs << XMLStream::ESCAPE_NONE << abstract;
+ xs << xml::EndTag(tag);
+ xs << xml::CR();
}
// End the <info> tag if it was started.
// Then, the content. It starts where the <info> ends.
auto par = paragraphs.iterator_at(info.epit);
- auto end = paragraphs.iterator_at(epit);
- while (par != end) {
+ auto par_epit = paragraphs.iterator_at(epit);
+ auto par_end = paragraphs.end();
+ while (par != par_epit && par != par_end) {
if (!hasOnlyNotes(*par))
par = makeAny(text, buf, xs, runparams, par);
else
return;
});
- std::stack<std::pair<int, string>> headerLevels; // Used to determine when to open/close sections: store the depth
- // of the section and the tag that was used to open it.
-
// Detect whether the document contains sections. If there are no sections, treatment is largely simplified.
// In particular, there can't be an abstract, unless it is manually marked.
bool documentHasSections;
outputDocBookInfo(text, buf, xs, runparams, paragraphs, info);
bpit = info.epit;
- // Then, iterate through the paragraphs of this document.
- bool currentlyInAppendix = false;
+ // In the specific case of books, there must be parts or chapters. In some cases, star sections are used at the
+ // beginning for many things like acknowledgements or licenses. DocBook has tags for many of these cases, but not
+ // the LyX layouts... Gather everything in a <preface>, that's the closest in meaning.
+ // This is only useful if the things after the <info> tag are not already parts or chapters!
+ if (buf.params().documentClass().docbookroot() == "book") {
+ // Check the condition on the first few elements.
+ bool hasPreface = false;
+ pit_type pref_bpit = bpit;
+ pit_type pref_epit = bpit;
+
+ static const std::set<std::string> allowedElements = {
+ // List from https://tdg.docbook.org/tdg/5.2/book.html
+ "acknowledgements", "appendix", "article", "bibliography", "chapter", "colophon", "dedication",
+ "glossary", "index", "part", "preface", "reference", "toc"
+ };
+
+ for (; pref_epit < epit; ++pref_epit) {
+ auto par = text.paragraphs().iterator_at(pref_epit);
+ if (allowedElements.find(par->layout().docbooktag()) != allowedElements.end() ||
+ allowedElements.find(par->layout().docbooksectiontag()) != allowedElements.end())
+ break;
+
+ hasPreface = true;
+ }
+
+ // Output a preface if required. A title is needed for the document to be valid...
+ if (hasPreface) {
+ xs << xml::StartTag("preface");
+ xs << xml::CR();
+
+ xs << xml::StartTag("title");
+ xs << "Preface";
+ xs << xml::EndTag("title");
+ xs << xml::CR();
+
+ auto pref_par = text.paragraphs().iterator_at(pref_bpit);
+ auto pref_end = text.paragraphs().iterator_at(pref_epit);
+ while (pref_par != pref_end) {
+ // Skip paragraphs not producing any output.
+ if (hasOnlyNotes(*pref_par)) {
+ ++pref_par;
+ continue;
+ }
+
+ // TODO: must sections be handled here? If so, it might be useful to extract the corresponding loop
+ // in the rest of this function to use the same here (and avoid copy-paste mistakes).
+ pref_par = makeAny(text, buf, xs, runparams, pref_par);
+ }
+
+ xs << xml::EndTag("preface");
+ xs << xml::CR();
+
+ // Skip what has just been generated in the preface.
+ bpit = pref_epit;
+ }
+ }
+ std::stack<std::pair<int, string>> headerLevels; // Used to determine when to open/close sections: store the depth
+ // of the section and the tag that was used to open it.
+
+ // Then, iterate through the paragraphs of this document.
auto par = text.paragraphs().iterator_at(bpit);
auto end = text.paragraphs().iterator_at(epit);
while (par != end) {
- OutputParams ourparams = runparams;
-
- if (par->params().startOfAppendix())
- currentlyInAppendix = true;
+ // Skip paragraphs not producing any output.
if (hasOnlyNotes(*par)) {
++par;
continue;
}
+ OutputParams ourparams = runparams;
Layout const &style = par->layout();
// Think about adding <section> and/or </section>s.
- if (isLayoutSectioning(style)) {
+ if (isLayoutSectioning(style) || par->params().startOfAppendix()) {
int level = style.toclevel;
// Need to close a previous section if it has the same level or a higher one (close <section> if opening a
// <h2> after a <h2>, <h3>, <h4>, <h5> or <h6>). More examples:
// - current: h2; back: h1; do not close any <section>
// - current: h1; back: h2; close two <section> (first the <h2>, then the <h1>, so a new <h1> can come)
+ // Some layouts require that Layout::NOT_IN_TOC sections still cause closing of previous sections. This is
+ // mostly to ensure that the section is positioned at a DocBook-compatible level (acknowledgements: cannot
+ // be under a section!).
while (!headerLevels.empty() && level <= headerLevels.top().first) {
// Output the tag only if it corresponds to a legit section.
int stackLevel = headerLevels.top().first;
}
// Open the new section: first push it onto the stack, then output it in DocBook.
- string sectionTag = (currentlyInAppendix && style.docbooksectiontag() == "chapter") ?
- "appendix" : style.docbooksectiontag();
+ string sectionTag = (par->params().startOfAppendix()) ? "appendix" : style.docbooksectiontag();
headerLevels.push(std::make_pair(level, sectionTag));
// Some sectioning-like elements should not be output (such as FrontMatter).
}
// Close all sections before the bibliography.
- // TODO: Only close all when the bibliography is at the end of the document? Or force to output the bibliography at the end of the document? Or don't care (as allowed by DocBook)?
+ // TODO: Only close all when the bibliography is at the end of the document? Or force to output the bibliography
+ // at the end of the document? Or don't care (as allowed by DocBook)?
if (!par->insetList().empty()) {
Inset const *firstInset = par->getInset(0);
if (firstInset && (firstInset->lyxCode() == BIBITEM_CODE || firstInset->lyxCode() == BIBTEX_CODE)) {
while (!headerLevels.empty()) {
+ // Don't close appendices before bibliographies.
+ if (headerLevels.top().second == "appendix")
+ break;
+
+ // Pop the section from the stack.
int level = headerLevels.top().first;
docstring tag = from_utf8("</" + headerLevels.top().second + ">");
headerLevels.pop();
- // Output the tag only if it corresponds to a legit section.
+ // Output the tag only if it corresponds to a legit section, as the rest of the code.
if (level != Layout::NOT_IN_TOC) {
xs << XMLStream::ESCAPE_NONE << tag;
xs << xml::CR();
// Generate the <info> tag if a section was just opened.
// Some sections may require abstracts (mostly parts, in books: DocBookForceAbstractTag will not be NONE),
// others can still have an abstract (it must be detected so that it can be output at the right place).
- // TODO: docbookforceabstracttag is a bit contrived here, but it does the job. Having another field just for this would be cleaner, but that's just for <part> and <partintro>, so it's probably not worth the effort.
+ // TODO: docbookforceabstracttag is a bit contrived here, but it does the job. Having another field just for
+ // this would be cleaner, but that's just for <part> and <partintro>, so it's probably not worth the effort.
if (isLayoutSectioning(style)) {
// This abstract may be found between the next paragraph and the next title.
pit_type cpit = std::distance(text.paragraphs().begin(), par);