updateBuffer();
updateMacroInstances(OutputUpdate);
- ExportStatus const retval =
- writeDocBookSource(ofs, runparams, output);
+ ExportStatus const retval = writeDocBookSource(ofs, runparams, output);
if (retval == ExportKilled)
return ExportKilled;
// loop over children
for (auto const & p : d->children_positions) {
Buffer * child = const_cast<Buffer *>(p.first);
- // This can happen when called during GUI operations
- if (!theBufferList().isLoaded(child))
- continue;
// No duplicates
ListOfBuffers::const_iterator bit = find(children.begin(), children.end(), child);
if (bit != children.end())
// FIXME (Abdel), I don't understand why we pass 'it' here
// instead of 'macroTemplate' defined above... is this correct?
macros[macroTemplate.name()][it] =
- Impl::ScopeMacro(scope, MacroData(const_cast<Buffer *>(owner_), it));
+ Impl::ScopeMacro(scope, MacroData(owner_, it));
}
// next paragraph
void Buffer::setMathFlavor(OutputParams & op) const
{
+ // Passes the way to generate formulae to the XHTML output code.
+ // In particular, this function has no impact on the DocBook code, as it
+ // uses another mechanism to handle math flavours.
switch (params().html_math_output) {
case BufferParams::MathML:
op.math_flavor = OutputParams::MathAsMathML;
Converters converters = theConverters();
bool need_nice_file = false;
if (find(backs.begin(), backs.end(), format) == backs.end()) {
- // Get shortest path to format
+ // Get the shortest path to format
converters.buildGraph();
Graph::EdgePath path;
for (string const & sit : backs) {
result_file = changeExtension(d->exportFileName().absFileName(), ext);
else
result_file = dest_filename;
- // We need to copy referenced files (e. g. included graphics
+ // We need to copy referenced files (e.g. included graphics
// if format == "dvi") to the result dir.
vector<ExportedFile> const extfiles =
runparams.exportdata->externalFiles(format);
switch(layout.labeltype) {
case LABEL_ITEMIZE: {
- // At some point of time we should do something more
- // clever here, like:
- // par.params().labelString(
- // bp.user_defined_bullet(par.itemdepth).getText());
- // for now, use a simple hardcoded label
- docstring itemlabel;
- switch (par.itemdepth) {
- case 0:
- // • U+2022 BULLET
- itemlabel = char_type(0x2022);
- break;
- case 1:
- // – U+2013 EN DASH
- itemlabel = char_type(0x2013);
- break;
- case 2:
- // ∗ U+2217 ASTERISK OPERATOR
- itemlabel = char_type(0x2217);
- break;
- case 3:
- // · U+00B7 MIDDLE DOT
- itemlabel = char_type(0x00b7);
- break;
- }
- par.params().labelString(itemlabel);
+ par.params().labelString(
+ bp.user_defined_bullet(par.itemdepth).getUnicode());
break;
}
}
+void Buffer::requestSpellcheck()
+{
+ ParagraphList::iterator pit = paragraphs().begin();
+ ParagraphList::iterator pend = paragraphs().end();
+ for (; pit != pend; ++pit)
+ pit->requestSpellCheck();
+}
+
+
void Buffer::Impl::updateStatistics(DocIterator & from, DocIterator & to, bool skipNoOutput)
{
bool inword = false;