if (layoutname.empty())
layoutname = tclass.defaultLayoutName();
- if (par.forceEmptyLayout()) {
+ if (par.forcePlainLayout()) {
// in this case only the empty layout is allowed
layoutname = tclass.emptyLayoutName();
- } else if (par.useEmptyLayout()) {
+ } else if (par.usePlainLayout()) {
// in this case, default layout maps to empty layout
if (layoutname == tclass.defaultLayoutName())
layoutname = tclass.emptyLayoutName();
layoutname = tclass.defaultLayoutName();
}
- bool hasLayout = tclass.hasLayout(layoutname);
-
- if (!hasLayout) {
- errorList.push_back(ErrorItem(_("Unknown layout"),
- bformat(_("Layout '%1$s' does not exist in textclass '%2$s'\nTrying to use the default instead.\n"),
- layoutname, from_utf8(tclass.name())), par.id(), 0, par.size()));
- layoutname = par.useEmptyLayout() ?
- tclass.emptyLayoutName() :
- tclass.defaultLayoutName();
- }
+ // When we apply an unknown layout to a document, we add this layout to the textclass
+ // of this document. For example, when you apply class article to a beamer document,
+ // all unknown layouts such as frame will be added to document class article so that
+ // these layouts can keep their original names.
+ tclass.addLayoutIfNeeded(layoutname);
par.setLayout(bp.documentClass()[layoutname]);
} else if (token == "\\backslash") {
par.appendChar('\\', font, change);
} else if (token == "\\LyXTable") {
- auto_ptr<Inset> inset(new InsetTabular(buf));
+ auto_ptr<Inset> inset(new InsetTabular(const_cast<Buffer &>(buf)));
inset->read(lex);
par.insertInset(par.size(), inset.release(), font, change);
} else if (token == "\\lyxline") {
{
LASSERT(this == cur.text(), /**/);
- Cursor old = cur;
+ pos_type const lastpos = cur.lastpos();
+ pit_type pit = cur.pit();
+ pos_type pos = cur.pos();
+ Paragraph const & par = cur.paragraph();
+
+ // Paragraph boundary is a word boundary
+ if (pos == lastpos) {
+ if (pit != cur.lastpit())
+ return setCursor(cur, pit + 1, 0);
+ else
+ return false;
+ }
- if (old.pos() == old.lastpos() && old.pit() != old.lastpit()) {
- ++old.pit();
- old.pos() = 0;
+ if (lyxrc.mac_like_word_movement) {
+ // Skip through trailing punctuation and spaces.
+ while (pos != lastpos && (par.isChar(pos) || par.isSpace(pos)))
+ ++pos;
+
+ // Skip over either a non-char inset or a full word
+ if (pos != lastpos && !par.isLetter(pos))
+ ++pos;
+ else while (pos != lastpos && par.isLetter(pos))
+ ++pos;
} else {
- // Advance through word.
- while (old.pos() != old.lastpos() && old.paragraph().isLetter(old.pos()))
- ++old.pos();
- // Skip through trailing nonword stuff.
- while (old.pos() != old.lastpos() && !old.paragraph().isLetter(old.pos()))
- ++old.pos();
+ LASSERT(pos < lastpos, /**/); // see above
+ if (par.isLetter(pos))
+ while (pos != lastpos && par.isLetter(pos))
+ ++pos;
+ else if (par.isChar(pos))
+ while (pos != lastpos && par.isChar(pos))
+ ++pos;
+ else if (!par.isSpace(pos)) // non-char inset
+ ++pos;
+
+ // Skip over white space
+ while (pos != lastpos && par.isSpace(pos))
+ ++pos;
}
- return setCursor(cur, old.pit(), old.pos());
+
+ return setCursor(cur, pit, pos);
}
{
LASSERT(this == cur.text(), /**/);
- Cursor old = cur;
+ pit_type pit = cur.pit();
+ pos_type pos = cur.pos();
+ Paragraph & par = cur.paragraph();
+
+ // Paragraph boundary is a word boundary
+ if (pos == 0 && pit != 0)
+ return setCursor(cur, pit - 1, getPar(pit - 1).size());
- if (old.pos() == 0 && old.pit() != 0) {
- --old.pit();
- old.pos() = old.lastpos();
+ if (lyxrc.mac_like_word_movement) {
+ // Skip through punctuation and spaces.
+ while (pos != 0 && (par.isChar(pos - 1) || par.isSpace(pos - 1)))
+ --pos;
+
+ // Skip over either a non-char inset or a full word
+ if (pos != 0 && !par.isLetter(pos - 1) && !par.isChar(pos - 1))
+ --pos;
+ else while (pos != 0 && par.isLetter(pos - 1))
+ --pos;
} else {
- // Skip through initial nonword stuff.
- while (old.pos() != 0 && !old.paragraph().isLetter(old.pos() - 1))
- --old.pos();
- // Advance through word.
- while (old.pos() != 0 && old.paragraph().isLetter(old.pos() - 1))
- --old.pos();
+ // Skip over white space
+ while (pos != 0 && par.isSpace(pos - 1))
+ --pos;
+
+ if (pos != 0 && par.isLetter(pos - 1))
+ while (pos != 0 && par.isLetter(pos - 1))
+ --pos;
+ else if (pos != 0 && par.isChar(pos - 1))
+ while (pos != 0 && par.isChar(pos - 1))
+ --pos;
+ else if (pos != 0 && !par.isSpace(pos - 1)) // non-char inset
+ --pos;
}
- return setCursor(cur, old.pit(), old.pos());
+
+ return setCursor(cur, pit, pos);
+}
+
+
+bool Text::cursorVisLeftOneWord(Cursor & cur)
+{
+ LASSERT(this == cur.text(), /**/);
+
+ pos_type left_pos, right_pos;
+ bool left_is_letter, right_is_letter;
+
+ Cursor temp_cur = cur;
+
+ // always try to move at least once...
+ while (temp_cur.posVisLeft(true /* skip_inset */)) {
+
+ // collect some information about current cursor position
+ temp_cur.getSurroundingPos(left_pos, right_pos);
+ left_is_letter =
+ (left_pos > -1 ? temp_cur.paragraph().isLetter(left_pos) : false);
+ right_is_letter =
+ (right_pos > -1 ? temp_cur.paragraph().isLetter(right_pos) : false);
+
+ // if we're not at a letter/non-letter boundary, continue moving
+ if (left_is_letter == right_is_letter)
+ continue;
+
+ // we should stop when we have an LTR word on our right or an RTL word
+ // on our left
+ if ((left_is_letter && temp_cur.paragraph().getFontSettings(
+ temp_cur.bv().buffer().params(),
+ left_pos).isRightToLeft())
+ || (right_is_letter && !temp_cur.paragraph().getFontSettings(
+ temp_cur.bv().buffer().params(),
+ right_pos).isRightToLeft()))
+ break;
+ }
+
+ return setCursor(cur, temp_cur.pit(), temp_cur.pos(),
+ true, temp_cur.boundary());
+}
+
+
+bool Text::cursorVisRightOneWord(Cursor & cur)
+{
+ LASSERT(this == cur.text(), /**/);
+
+ pos_type left_pos, right_pos;
+ bool left_is_letter, right_is_letter;
+
+ Cursor temp_cur = cur;
+
+ // always try to move at least once...
+ while (temp_cur.posVisRight(true /* skip_inset */)) {
+
+ // collect some information about current cursor position
+ temp_cur.getSurroundingPos(left_pos, right_pos);
+ left_is_letter =
+ (left_pos > -1 ? temp_cur.paragraph().isLetter(left_pos) : false);
+ right_is_letter =
+ (right_pos > -1 ? temp_cur.paragraph().isLetter(right_pos) : false);
+
+ // if we're not at a letter/non-letter boundary, continue moving
+ if (left_is_letter == right_is_letter)
+ continue;
+
+ // we should stop when we have an LTR word on our right or an RTL word
+ // on our left
+ if ((left_is_letter && temp_cur.paragraph().getFontSettings(
+ temp_cur.bv().buffer().params(),
+ left_pos).isRightToLeft())
+ || (right_is_letter && !temp_cur.paragraph().getFontSettings(
+ temp_cur.bv().buffer().params(),
+ right_pos).isRightToLeft()))
+ break;
+ }
+
+ return setCursor(cur, temp_cur.pit(), temp_cur.pos(),
+ true, temp_cur.boundary());
}
}
// otherwise reset to default
- cur.paragraph().setEmptyOrDefaultLayout(bufparams.documentClass());
+ cur.paragraph().setPlainOrDefaultLayout(bufparams.documentClass());
return true;
}
// or the empty layout.
else if (par.layout() == prevpar.layout()
|| tclass.isDefaultLayout(par.layout())
- || tclass.isEmptyLayout(par.layout())) {
+ || tclass.isPlainLayout(par.layout())) {
cur.recordUndo(ATOMIC_UNDO, prevcur.pit());
mergeParagraph(bufparams, plist, prevcur.pit());
needsUpdate = true;
Layout const * layout = &(pars_[pit].layout());
docstring text;
- docstring par_text = pars_[pit].asString(false);
+ docstring par_text = pars_[pit].asString();
string piece;
// the return string of math matrices might contain linebreaks
par_text = subst(par_text, '\n', '-');
return docstring();
Paragraph const & par = sl.paragraph();
- return par.asString(from.pos(), to.pos(), false);
+ return par.asString(from.pos(), to.pos());
}
projects / lyx.git / blobdiff