* \author Alejandro Aguilar Sierra
* \author Alfredo Braunstein
* \author Dov Feldstern
- * \author André Pönitz
+ * \author André Pönitz
* \author Stefan Schimanski
*
* Full author contact details are available in file CREDITS.
#include "FuncCode.h"
#include "FuncRequest.h"
#include "Language.h"
-#include "LyXFunc.h" // only for setMessage()
+#include "Layout.h"
+#include "LyXAction.h"
#include "LyXRC.h"
-#include "paragraph_funcs.h"
#include "Paragraph.h"
#include "ParIterator.h"
#include "Row.h"
#include "mathed/MathData.h"
#include "mathed/MathMacro.h"
-#include <boost/bind.hpp>
+#include "support/bind.h"
#include <sstream>
#include <limits>
#include <map>
+#include <algorithm>
using namespace std;
int xo;
int yo;
Inset const * inset = &it.inset();
- map<Inset const *, Geometry> const & data =
- c.bv().coordCache().getInsets().getData();
- map<Inset const *, Geometry>::const_iterator I = data.find(inset);
+ CoordCache const & cache = c.bv().coordCache();
// FIXME: in the case where the inset is not in the cache, this
// means that no part of it is visible on screen. In this case
// we don't do elaborate search and we just return the forwarded
// DocIterator at its beginning.
- if (I == data.end()) {
+ if (!cache.getInsets().has(inset)) {
it.top().pos() = 0;
return it;
}
- Point o = I->second.pos;
+ Point const o = cache.getInsets().xy(inset);
inset->cursorPos(c.bv(), it.top(), c.boundary(), xo, yo);
// Convert to absolute
xo += o.x_;
else
++et.pit();
- double best_dist = numeric_limits<double>::max();;
+ double best_dist = numeric_limits<double>::max();
DocIterator best_cursor = et;
for ( ; it != et; it.forwardPos(true)) {
// << " xlow: " << xlow << " xhigh: " << xhigh
// << " ylow: " << ylow << " yhigh: " << yhigh
// << endl;
- Inset & inset = bv.buffer().inset();
- DocIterator it = doc_iterator_begin(inset);
+ DocIterator it = doc_iterator_begin(cur.buffer());
it.pit() = from;
- DocIterator et = doc_iterator_end(inset);
+ DocIterator et = doc_iterator_end(cur.buffer());
double best_dist = numeric_limits<double>::max();
DocIterator best_cursor = et;
for ( ; it != et; it.forwardPos()) {
// avoid invalid nesting when selecting
if (bv.cursorStatus(it) == CUR_INSIDE
- && (!cur.selection() || positionable(it, cur.anchor_))) {
- Point p = bv.getPos(it, false);
+ && (!cur.selection() || positionable(it, cur.realAnchor()))) {
+ // If this function is ever used again, check whether this
+ // is the same as "bv.getPos(it, false)" with boundary = false.
+ Point p = bv.getPos(it);
int xo = p.x_;
int yo = p.y_;
if (xlow <= xo && xo <= xhigh && ylow <= yo && yo <= yhigh) {
return true;
}
-docstring parbreak(Paragraph const & par)
-{
- odocstringstream ods;
- ods << '\n';
- // only add blank line if we're not in an ERT or Listings inset
- if (par.ownerCode() != ERT_CODE
- && par.ownerCode() != LISTINGS_CODE)
- ods << '\n';
- return ods.str();
-}
-
} // namespace anon
// be careful: this is called from the bv's constructor, too, so
// bv functions are not yet available!
Cursor::Cursor(BufferView & bv)
- : DocIterator(), bv_(&bv), anchor_(), x_target_(-1), textTargetOffset_(0),
- selection_(false), mark_(false), logicalpos_(false),
- current_font(inherit_font)
+ : DocIterator(&bv.buffer()), bv_(&bv), anchor_(),
+ x_target_(-1), textTargetOffset_(0),
+ selection_(false), mark_(false), word_selection_(false),
+ logicalpos_(false), current_font(inherit_font)
{}
-void Cursor::reset(Inset & inset)
+void Cursor::reset()
{
clear();
- push_back(CursorSlice(inset));
- anchor_ = doc_iterator_begin(inset);
+ push_back(CursorSlice(buffer()->inset()));
+ anchor_ = doc_iterator_begin(buffer());
anchor_.clear();
clearTargetX();
selection_ = false;
}
+bool Cursor::getStatus(FuncRequest const & cmd, FuncStatus & status) const
+{
+ Cursor cur = *this;
+
+ // Try to fix cursor in case it is broken.
+ cur.fixIfBroken();
+
+ // Is this a function that acts on inset at point?
+ Inset * inset = cur.nextInset();
+ if (lyxaction.funcHasFlag(cmd.action(), LyXAction::AtPoint)
+ && inset && inset->getStatus(cur, cmd, status))
+ return true;
+
+ // This is, of course, a mess. Better create a new doc iterator and use
+ // this in Inset::getStatus. This might require an additional
+ // BufferView * arg, though (which should be avoided)
+ //Cursor safe = *this;
+ bool res = false;
+ for ( ; cur.depth(); cur.pop()) {
+ //lyxerr << "\nCursor::getStatus: cmd: " << cmd << endl << *this << endl;
+ LASSERT(cur.idx() <= cur.lastidx(), /**/);
+ LASSERT(cur.pit() <= cur.lastpit(), /**/);
+ LASSERT(cur.pos() <= cur.lastpos(), /**/);
+
+ // The inset's getStatus() will return 'true' if it made
+ // a definitive decision on whether it want to handle the
+ // request or not. The result of this decision is put into
+ // the 'status' parameter.
+ if (cur.inset().getStatus(cur, cmd, status)) {
+ res = true;
+ break;
+ }
+ }
+ return res;
+}
+
+
+void Cursor::saveBeforeDispatchPosXY()
+{
+ getPos(beforeDispatchPosX_, beforeDispatchPosY_);
+}
+
+
void Cursor::dispatch(FuncRequest const & cmd0)
{
LYXERR(Debug::DEBUG, "cmd: " << cmd0 << '\n' << *this);
fixIfBroken();
FuncRequest cmd = cmd0;
Cursor safe = *this;
-
+ Cursor old = *this;
+ disp_ = DispatchResult();
+
+ buffer()->undo().beginUndoGroup();
+
+ // Is this a function that acts on inset at point?
+ if (lyxaction.funcHasFlag(cmd.action(), LyXAction::AtPoint)
+ && nextInset()) {
+ disp_.dispatched(true);
+ disp_.screenUpdate(Update::FitCursor | Update::Force);
+ FuncRequest tmpcmd = cmd;
+ LYXERR(Debug::DEBUG, "Cursor::dispatch: (AtPoint) cmd: "
+ << cmd0 << endl << *this);
+ nextInset()->dispatch(*this, tmpcmd);
+ if (disp_.dispatched()) {
+ buffer()->undo().endUndoGroup();
+ return;
+ }
+ }
+
// store some values to be used inside of the handlers
beforeDispatchCursor_ = *this;
for (; depth(); pop(), boundary(false)) {
// The common case is 'LFUN handled, need update', so make the
// LFUN handler's life easier by assuming this as default value.
// The handler can reset the update and val flags if necessary.
- disp_.update(Update::FitCursor | Update::Force);
+ disp_.screenUpdate(Update::FitCursor | Update::Force);
disp_.dispatched(true);
inset().dispatch(*this, cmd);
if (disp_.dispatched())
// object will be used again.
if (!disp_.dispatched()) {
LYXERR(Debug::DEBUG, "RESTORING OLD CURSOR!");
+ // We might have invalidated the cursor when removing an empty
+ // paragraph while the cursor could not be moved out the inset
+ // while we initially thought we could. This might happen when
+ // a multiline inset becomes an inline inset when the second
+ // paragraph is removed.
+ if (safe.pit() > safe.lastpit()) {
+ safe.pit() = safe.lastpit();
+ safe.pos() = safe.lastpos();
+ }
operator=(safe);
- disp_.update(Update::None);
+ disp_.screenUpdate(Update::None);
disp_.dispatched(false);
} else {
// restore the previous one because nested Cursor::dispatch calls
// are possible which would change it
beforeDispatchCursor_ = safe.beforeDispatchCursor_;
}
+ buffer()->undo().endUndoGroup();
+
+ // notify insets we just left
+ if (*this != old) {
+ old.beginUndoGroup();
+ old.fixIfBroken();
+ bool badcursor = notifyCursorLeavesOrEnters(old, *this);
+ if (badcursor) {
+ fixIfBroken();
+ bv().resetInlineCompletionPos();
+ }
+ old.endUndoGroup();
+ }
}
-DispatchResult Cursor::result() const
+DispatchResult const & Cursor::result() const
{
return disp_;
}
}
-Buffer & Cursor::buffer() const
-{
- LASSERT(bv_, /**/);
- return bv_->buffer();
-}
-
-
void Cursor::pop()
{
LASSERT(depth() >= 1, /**/);
void Cursor::push(Inset & p)
{
push_back(CursorSlice(p));
- p.setBuffer(bv_->buffer());
+ p.setBuffer(*buffer());
}
void Cursor::pushBackward(Inset & p)
{
- LASSERT(!empty(), /**/);
+ LASSERT(!empty(), return);
//lyxerr << "Entering inset " << t << " front" << endl;
push(p);
p.idxFirst(*this);
bool Cursor::popBackward()
{
- LASSERT(!empty(), /**/);
+ LASSERT(!empty(), return false);
if (depth() == 1)
return false;
pop();
bool Cursor::popForward()
{
- LASSERT(!empty(), /**/);
+ LASSERT(!empty(), return false);
//lyxerr << "Leaving inset from in back" << endl;
const pos_type lp = (depth() > 1) ? (*this)[depth() - 2].lastpos() : 0;
if (depth() == 1)
LASSERT(!empty(), /**/);
for (int i = depth() - 1; i >= 0; --i) {
int res = operator[](i).inset().currentMode();
- if (res != Inset::UNDECIDED_MODE)
+ bool locked_mode = operator[](i).inset().lockedMode();
+ // Also return UNDECIDED_MODE when the mode is locked,
+ // as in this case it is treated the same as TEXT_MODE
+ if (res != Inset::UNDECIDED_MODE || locked_mode)
return res;
}
return Inset::TEXT_MODE;
void Cursor::getPos(int & x, int & y) const
{
- Point p = bv().getPos(*this, boundary());
+ Point p = bv().getPos(*this);
x = p.x_;
y = p.y_;
}
void Cursor::resetAnchor()
{
anchor_ = *this;
+ checkNewWordPosition();
+}
+
+
+void Cursor::setCursorToAnchor()
+{
+ if (selection()) {
+ DocIterator normal = anchor_;
+ while (depth() < normal.depth())
+ normal.pop_back();
+ if (depth() < anchor_.depth() && top() <= anchor_[depth() - 1])
+ ++normal.pos();
+ setCursor(normal);
+ }
+}
+
+
+void Cursor::markNewWordPosition()
+{
+ if (lyxrc.spellcheck_continuously && inTexted() && new_word_.empty()) {
+ FontSpan nw = locateWord(WHOLE_WORD);
+ if (nw.size() == 1) {
+ LYXERR(Debug::DEBUG, "start new word: "
+ << " par: " << pit()
+ << " pos: " << nw.first);
+ new_word_ = *this;
+ }
+ }
+}
+
+
+void Cursor::clearNewWordPosition()
+{
+ if (!new_word_.empty()) {
+ LYXERR(Debug::DEBUG, "clear new word: "
+ << " par: " << pit()
+ << " pos: " << pos());
+ new_word_.resize(0);
+ }
}
+void Cursor::checkNewWordPosition()
+{
+ if (!lyxrc.spellcheck_continuously || new_word_.empty())
+ return ;
+ if (!inTexted())
+ clearNewWordPosition();
+ else {
+ // forget the position of the current new word if
+ // 1) the paragraph changes or
+ // 2) the count of nested insets changes or
+ // 3) the cursor pos is out of paragraph bound
+ if (pit() != new_word_.pit() ||
+ depth() != new_word_.depth() ||
+ new_word_.pos() > new_word_.lastpos()) {
+ clearNewWordPosition();
+ } else if (new_word_.fixIfBroken())
+ // 4) or the remembered position was "broken"
+ clearNewWordPosition();
+ else {
+ FontSpan nw = locateWord(WHOLE_WORD);
+ if (nw.size()) {
+ FontSpan ow = new_word_.locateWord(WHOLE_WORD);
+ if (nw.intersect(ow).empty())
+ clearNewWordPosition();
+ else
+ LYXERR(Debug::DEBUG, "new word: "
+ << " par: " << pit()
+ << " pos: " << nw.first << ".." << nw.last);
+ } else {
+ clearNewWordPosition();
+ }
+ }
+ }
+}
+
bool Cursor::posBackward()
{
new_cur.pos() = right_pos;
new_cur.boundary(false);
if (!skip_inset &&
- text()->checkAndActivateInsetVisual(new_cur, right_pos>=pos(), false)) {
+ text()->checkAndActivateInsetVisual(new_cur, right_pos >= pos(), false)) {
// we actually move the cursor at the end of this function, for now
// we just keep track of the new position in new_cur...
LYXERR(Debug::RTL, "entering inset at: " << new_cur.pos());
// currently to the left of 'right_pos'). In order to move to the
// right, it depends whether or not the character at 'right_pos' is RTL.
new_pos_is_RTL = paragraph().getFontSettings(
- bv().buffer().params(), right_pos).isVisibleRightToLeft();
+ buffer()->params(), right_pos).isVisibleRightToLeft();
// If the character at 'right_pos' *is* LTR, then in order to move to
// the right of it, we need to be *after* 'right_pos', i.e., move to
// position 'right_pos' + 1.
new_cur.pos() = right_pos + 1;
// set the boundary to true in two situations:
if (
- // 1. if new_pos is now lastpos (which means that we're moving
- // right to the end of an LTR chunk which is at the end of an
- // RTL paragraph);
- new_cur.pos() == lastpos()
+ // 1. if new_pos is now lastpos, and we're in an RTL paragraph
+ // (this means that we're moving right to the end of an LTR chunk
+ // which is at the end of an RTL paragraph);
+ (new_cur.pos() == lastpos()
+ && paragraph().isRTL(buffer()->params()))
// 2. if the position *after* right_pos is RTL (we want to be
// *after* right_pos, not before right_pos + 1!)
- || paragraph().getFontSettings(bv().buffer().params(),
+ || paragraph().getFontSettings(buffer()->params(),
new_cur.pos()).isVisibleRightToLeft()
)
new_cur.boundary(true);
bool moved = (new_cur.pos() != pos()
|| new_cur.pit() != pit()
- || new_cur.boundary() != boundary());
+ || new_cur.boundary() != boundary()
+ || &new_cur.inset() != &inset());
if (moved) {
LYXERR(Debug::RTL, "moving to: " << new_cur.pos()
// currently to the right of 'left_pos'). In order to move to the
// left, it depends whether or not the character at 'left_pos' is RTL.
new_pos_is_RTL = paragraph().getFontSettings(
- bv().buffer().params(), left_pos).isVisibleRightToLeft();
+ buffer()->params(), left_pos).isVisibleRightToLeft();
// If the character at 'left_pos' *is* RTL, then in order to move to
// the left of it, we need to be *after* 'left_pos', i.e., move to
// position 'left_pos' + 1.
new_cur.pos() = left_pos + 1;
// set the boundary to true in two situations:
if (
- // 1. if new_pos is now lastpos (which means that we're moving left
- // to the end of an RTL chunk which is at the end of an LTR
- // paragraph);
- new_cur.pos() == lastpos()
+ // 1. if new_pos is now lastpos and we're in an LTR paragraph
+ // (this means that we're moving left to the end of an RTL chunk
+ // which is at the end of an LTR paragraph);
+ (new_cur.pos() == lastpos()
+ && !paragraph().isRTL(buffer()->params()))
// 2. if the position *after* left_pos is not RTL (we want to be
// *after* left_pos, not before left_pos + 1!)
- || !paragraph().getFontSettings(bv().buffer().params(),
+ || !paragraph().getFontSettings(buffer()->params(),
new_cur.pos()).isVisibleRightToLeft()
)
new_cur.boundary(true);
{
// preparing bidi tables
Paragraph const & par = paragraph();
- Buffer const & buf = buffer();
+ Buffer const & buf = *buffer();
Row const & row = textRow();
Bidi bidi;
bidi.computeTables(par, buf, row);
// The cursor is painted *before* the character at pos(), or, if 'boundary'
// is true, *after* the character at (pos() - 1). So we already have one
// known position around the cursor:
- pos_type known_pos = boundary() ? pos() - 1 : pos();
+ pos_type const known_pos = boundary() && pos() > 0 ? pos() - 1 : pos();
// edge case: if we're at the end of the paragraph, things are a little
// different (because lastpos is a position which does not really "exist"
if (par.isRTL(buf.params())) {
left_pos = -1;
right_pos = bidi.vis2log(row.pos());
- }
- else { // LTR paragraph
+ } else {
+ // LTR paragraph
right_pos = -1;
left_pos = bidi.vis2log(row.endpos() - 1);
}
// For an RTL character, "before" means "to the right" and "after" means
// "to the left"; and for LTR, it's the reverse. So, 'known_pos' is to the
// right of the cursor if (RTL && boundary) or (!RTL && !boundary):
- bool known_pos_on_right = (cur_is_RTL == boundary());
+ bool const known_pos_on_right = cur_is_RTL == boundary();
// So we now know one of the positions surrounding the cursor. Let's
- // determine the other one:
-
+ // determine the other one:
if (known_pos_on_right) {
right_pos = known_pos;
// *visual* position of 'left_pos':
if (bidi.inRange(v_left_pos)
&& bidi.vis2log(v_left_pos) + 1 == row.endpos()
&& row.endpos() < lastpos()
- && par.isSeparator(bidi.vis2log(v_left_pos))) {
+ && par.isSeparator(bidi.vis2log(v_left_pos)))
--v_left_pos;
- }
+
// calculate the logical position of 'left_pos', if in row
if (!bidi.inRange(v_left_pos))
left_pos = -1;
// separator", set 'right_pos' to the *next* position to the right.
if (right_pos + 1 == row.endpos() && row.endpos() < lastpos()
&& par.isSeparator(right_pos)) {
- pos_type v_right_pos = bidi.log2vis(right_pos) + 1;
+ pos_type const v_right_pos = bidi.log2vis(right_pos) + 1;
if (!bidi.inRange(v_right_pos))
right_pos = -1;
else
right_pos = bidi.vis2log(v_right_pos);
}
- }
- else { // known_pos is on the left
+ } else {
+ // known_pos is on the left
left_pos = known_pos;
// *visual* position of 'right_pos'
pos_type v_right_pos = bidi.log2vis(left_pos) + 1;
if (bidi.inRange(v_right_pos)
&& bidi.vis2log(v_right_pos) + 1 == row.endpos()
&& row.endpos() < lastpos()
- && par.isSeparator(bidi.vis2log(v_right_pos))) {
+ && par.isSeparator(bidi.vis2log(v_right_pos)))
++v_right_pos;
- }
+
// calculate the logical position of 'right_pos', if in row
if (!bidi.inRange(v_right_pos))
right_pos = -1;
// separator", set 'left_pos' to the *next* position to the left.
if (left_pos + 1 == row.endpos() && row.endpos() < lastpos()
&& par.isSeparator(left_pos)) {
- pos_type v_left_pos = bidi.log2vis(left_pos) - 1;
+ pos_type const v_left_pos = bidi.log2vis(left_pos) - 1;
if (!bidi.inRange(v_left_pos))
left_pos = -1;
else
bool Cursor::posVisToNewRow(bool movingLeft)
{
Paragraph const & par = paragraph();
- Buffer const & buf = buffer();
+ Buffer const & buf = *buffer();
Row const & row = textRow();
bool par_is_LTR = !par.isRTL(buf.params());
{
// prepare bidi tables
Paragraph const & par = paragraph();
- Buffer const & buf = buffer();
+ Buffer const & buf = *buffer();
Row const & row = textRow();
Bidi bidi;
bidi.computeTables(par, buf, row);
// this non-separator-but-last-position-in-row is an inset, then
// we *do* want to stay to the left of it anyway: this is the
// "boundary" which we simulate at insets.
+ // Another exception is when row.endpos() is 0.
- bool right_of_pos = false; // do we want to be to the right of pos?
-
+ // do we want to be to the right of pos?
// as explained above, if at last pos in row, stay to the right
- if ((pos() == row.endpos() - 1) && !par.isInset(pos()))
- right_of_pos = true;
+ bool const right_of_pos = row.endpos() > 0
+ && pos() == row.endpos() - 1 && !par.isInset(pos());
// Now we know if we want to be to the left or to the right of pos,
// let's make sure we are where we want to be.
- bool new_pos_is_RTL =
+ bool const new_pos_is_RTL =
par.getFontSettings(buf.params(), pos()).isVisibleRightToLeft();
- if (new_pos_is_RTL == !right_of_pos) {
+ if (new_pos_is_RTL != right_of_pos) {
++pos();
boundary(true);
}
-
}
- }
- else { // move to rightmost position
+ } else {
+ // move to rightmost position
// if this is an LTR paragraph, and we're at the last row in the
// paragraph, move to lastpos
if (!par.isRTL(buf.params()) && row.endpos() == lastpos())
pos() = lastpos();
else {
- pos() = bidi.vis2log(row.endpos() - 1);
+ pos() = row.endpos() > 0 ? bidi.vis2log(row.endpos() - 1) : 0;
// Moving to the rightmost position in the row, the cursor should
// normally be placed to the *right* of the rightmost position.
// this non-separator-but-last-position-in-row is an inset, then
// we *do* want to stay to the right of it anyway: this is the
// "boundary" which we simulate at insets.
+ // Another exception is when row.endpos() is 0.
- bool left_of_pos = false; // do we want to be to the left of pos?
-
- // as explained above, if at last pos in row, stay to the left
- if ((pos() == row.endpos() - 1) && !par.isInset(pos()))
- left_of_pos = true;
+ // do we want to be to the left of pos?
+ // as explained above, if at last pos in row, stay to the left,
+ // unless the last position is the same as the first.
+ bool const left_of_pos = row.endpos() > 0
+ && pos() == row.endpos() - 1 && !par.isInset(pos());
// Now we know if we want to be to the left or to the right of pos,
// let's make sure we are where we want to be.
- bool new_pos_is_RTL =
+ bool const new_pos_is_RTL =
par.getFontSettings(buf.params(), pos()).isVisibleRightToLeft();
if (new_pos_is_RTL == left_of_pos) {
}
-CursorSlice Cursor::anchor() const
+CursorSlice Cursor::normalAnchor() const
{
+ if (!selection())
+ return top();
LASSERT(anchor_.depth() >= depth(), /**/);
CursorSlice normal = anchor_[depth() - 1];
if (depth() < anchor_.depth() && top() <= normal) {
}
+DocIterator & Cursor::realAnchor()
+{
+ return anchor_;
+}
+
+
CursorSlice Cursor::selBegin() const
{
if (!selection())
return top();
- return anchor() < top() ? anchor() : top();
+ return normalAnchor() < top() ? normalAnchor() : top();
}
{
if (!selection())
return top();
- return anchor() > top() ? anchor() : top();
+ return normalAnchor() > top() ? normalAnchor() : top();
}
{
if (!selection())
return *this;
- DocIterator di = (anchor() < top() ? anchor_ : *this);
+
+ DocIterator di;
+ // FIXME: This is a work-around for the problem that
+ // CursorSlice doesn't keep track of the boundary.
+ if (normalAnchor() == top())
+ di = anchor_.boundary() > boundary() ? anchor_ : *this;
+ else
+ di = normalAnchor() < top() ? anchor_ : *this;
di.resize(depth());
return di;
}
{
if (!selection())
return *this;
- DocIterator di = (anchor() > top() ? anchor_ : *this);
+
+ DocIterator di;
+ // FIXME: This is a work-around for the problem that
+ // CursorSlice doesn't keep track of the boundary.
+ if (normalAnchor() == top())
+ di = anchor_.boundary() < boundary() ? anchor_ : *this;
+ else
+ di = normalAnchor() > top() ? anchor_ : *this;
+
if (di.depth() > depth()) {
di.resize(depth());
++di.pos();
void Cursor::setSelection()
{
- selection() = true;
+ setSelection(true);
// A selection with no contents is not a selection
// FIXME: doesnt look ok
- if (pit() == anchor().pit() && pos() == anchor().pos())
- selection() = false;
+ if (idx() == normalAnchor().idx() &&
+ pit() == normalAnchor().pit() &&
+ pos() == normalAnchor().pos())
+ setSelection(false);
}
void Cursor::setSelection(DocIterator const & where, int n)
{
setCursor(where);
- selection() = true;
+ setSelection(true);
anchor_ = where;
pos() += n;
}
void Cursor::clearSelection()
{
- selection() = false;
- mark() = false;
+ setSelection(false);
+ setWordSelection(false);
+ setMark(false);
resetAnchor();
}
cap::saveSelection(*this);
resetAnchor();
- selection() = sel;
+ setSelection(sel);
return true;
}
namespace lyx {
-//#define FILEDEBUG 1
-
-
bool Cursor::isInside(Inset const * p) const
{
for (size_t i = 0; i != depth(); ++i)
++pos();
inset().setBuffer(bv_->buffer());
inset().initView();
+ forceBufferUpdate();
}
void Cursor::insert(docstring const & str)
{
for_each(str.begin(), str.end(),
- boost::bind(static_cast<void(Cursor::*)(char_type)>
+ bind(static_cast<void(Cursor::*)(char_type)>
(&Cursor::insert), this, _1));
}
{
LASSERT(inset0, /**/);
if (inMathed())
- insert(MathAtom(inset0));
+ insert(MathAtom(inset0->asInsetMath()));
else {
text()->insertInset(*this, inset0);
inset0->setBuffer(bv_->buffer());
inset0->initView();
+ if (inset0->isLabeled())
+ forceBufferUpdate();
}
}
-void Cursor::niceInsert(docstring const & t)
+int Cursor::niceInsert(docstring const & t, Parse::flags f, bool enter)
{
- MathData ar;
- asArray(t, ar);
- if (ar.size() == 1)
+ MathData ar(buffer());
+ asArray(t, ar, f);
+ if (ar.size() == 1 && (enter || selection()))
niceInsert(ar[0]);
else
insert(ar);
+ return ar.size();
}
macroModeClose();
docstring const safe = cap::grabAndEraseSelection(*this);
plainInsert(t);
- // enter the new inset and move the contents of the selection if possible
+ // If possible, enter the new inset and move the contents of the selection
if (t->isActive()) {
posBackward();
// be careful here: don't use 'pushBackward(t)' as this we need to
// push the clone, not the original
pushBackward(*nextInset());
// We may not use niceInsert here (recursion)
- MathData ar;
+ MathData ar(buffer());
asArray(safe, ar);
insert(ar);
+ } else if (t->asMacro() && !safe.empty()) {
+ MathData ar(buffer());
+ asArray(safe, ar);
+ docstring const name = t->asMacro()->name();
+ MacroData const * data = buffer()->getMacro(name);
+ if (data && data->numargs() - data->optionals() > 0) {
+ plainInsert(MathAtom(new InsetMathBrace(ar)));
+ posBackward();
+ }
}
}
cap::eraseSelection(*this);
cell().insert(pos(), ar);
pos() += ar.size();
+ // FIXME audit setBuffer calls
+ inset().setBuffer(bv_->buffer());
}
// let's require two backspaces for 'big stuff' and
// highlight on the first
resetAnchor();
- selection() = true;
+ setSelection(true);
--pos();
} else {
--pos();
// 'clever' UI hack: only erase large items if previously slected
if (pos() != lastpos() && nextAtom()->nargs() > 0) {
resetAnchor();
- selection() = true;
+ setSelection(true);
++pos();
} else {
plainErase();
return false;
InsetMathUnknown * p = activeMacro();
p->finalize();
- MathData selection;
+ MathData selection(buffer());
asArray(p->selection(), selection);
docstring const s = p->name();
--pos();
// trigger updates of macros, at least, if no full
// updates take place anyway
- updateFlags(Update::Force);
+ screenUpdateFlags(Update::Force);
docstring const name = s.substr(1);
InsetMathNest * const in = inset().asInsetMath()->asNestInset();
if (in && in->interpretString(*this, s))
return true;
- MathAtom atom = createInsetMath(name);
+ MathAtom atom = buffer()->getMacro(name, *this, false) ?
+ MathAtom(new MathMacro(buffer(), name)) : createInsetMath(name, buffer());
// try to put argument into macro, if we just inserted a macro
bool macroArg = false;
// macros here are still unfolded (in init mode in fact). So
// we have to resolve the macro here manually and check its arity
// to put the selection behind it if arity > 0.
- MacroData const * data = buffer().getMacro(atomAsMacro->name());
+ MacroData const * data = buffer()->getMacro(atomAsMacro->name());
if (selection.size() > 0 && data && data->numargs() - data->optionals() > 0) {
macroArg = true;
atomAsMacro->setDisplayMode(MathMacro::DISPLAY_INTERACTIVE_INIT, 1);
// finally put the macro argument behind, if needed
if (macroArg) {
- if (selection.size() > 1)
+ if (selection.size() > 1 || selection[0]->asScriptInset())
plainInsert(MathAtom(new InsetMathBrace(selection)));
else
insert(selection);
{
if (!inMathed())
return false;
- if (pos() == 0)
+ if (pos() == 0 || cell().empty())
return false;
InsetMathUnknown const * p = prevAtom()->asUnknownInset();
return p && !p->final();
<< pos() << ' ' << lastpos() << " in idx: " << idx()
<< " in atom: '";
odocstringstream os;
- WriteStream wi(os, false, true, false);
+ WriteStream wi(os, false, true, WriteStream::wsDefault);
inset().asInsetMath()->write(wi);
lyxerr << to_utf8(os.str()) << endl;
pos() = lastpos();
int xo = 0;
int yo = 0;
getPos(xo, yo);
- xo = theLyXFunc().cursorBeforeDispatchX();
-
+ xo = beforeDispatchPosX_;
+
// check if we had something else in mind, if not, this is the future
// target
if (x_target_ == -1)
int x;
int y;
getPos(x, y);
- int oy = theLyXFunc().cursorBeforeDispatchY();
+ int oy = beforeDispatchPosY_;
if ((!up && y <= oy) ||
(up && y >= oy))
operator=(old);
int x;
int y;
getPos(x, y);
- int oy = theLyXFunc().cursorBeforeDispatchY();
+ int oy = beforeDispatchPosY_;
if ((!up && y <= oy) ||
(up && y >= oy))
operator=(old);
//lyxerr << "updown: popBackward succeeded" << endl;
int xnew;
int ynew;
- int yold = theLyXFunc().cursorBeforeDispatchY();
+ int yold = beforeDispatchPosY_;
getPos(xnew, ynew);
if (up ? ynew < yold : ynew > yold)
return true;
}
+bool Cursor::atFirstOrLastRow(bool up)
+{
+ TextMetrics const & tm = bv_->textMetrics(text());
+ ParagraphMetrics const & pm = tm.parMetrics(pit());
+
+ int row;
+ if (pos() && boundary())
+ row = pm.pos2row(pos() - 1);
+ else
+ row = pm.pos2row(pos());
+
+ if (up) {
+ if (pit() == 0 && row == 0)
+ return true;
+ } else {
+ if (pit() + 1 >= int(text()->paragraphs().size()) &&
+ row + 1 >= int(pm.rows().size()))
+ return true;
+ }
+ return false;
+}
+
bool Cursor::upDownInText(bool up, bool & updateNeeded)
{
LASSERT(text(), /**/);
int xo = 0;
int yo = 0;
getPos(xo, yo);
- xo = theLyXFunc().cursorBeforeDispatchX();
+ xo = beforeDispatchPosX_;
// update the targetX - this is here before the "return false"
// to set a new target which can be used by InsetTexts above
else
row = pm.pos2row(pos());
- // are we not at the start or end?
- if (up) {
- if (pit() == 0 && row == 0)
- return false;
- } else {
- if (pit() + 1 >= int(text()->paragraphs().size()) &&
- row + 1 >= int(pm.rows().size()))
- return false;
+ if (atFirstOrLastRow(up)) {
+ // Is there a place for the cursor to go ? If yes, we
+ // can execute the DEPM, otherwise we should keep the
+ // paragraph to host the cursor.
+ Cursor dummy = *this;
+ bool valid_destination = false;
+ for(; dummy.depth(); dummy.pop())
+ if (!dummy.atFirstOrLastRow(up)) {
+ valid_destination = true;
+ break;
+ }
+
+ // will a next dispatch follow and if there is a new
+ // dispatch will it move the cursor out ?
+ if (depth() > 1 && valid_destination) {
+ // The cursor hasn't changed yet. This happens when
+ // you e.g. move out of an inset. And to give the
+ // DEPM the possibility of doing something we must
+ // provide it with two different cursors. (Lgb, vfr)
+ dummy = *this;
+ dummy.pos() = dummy.pos() == 0 ? dummy.lastpos() : 0;
+ dummy.pit() = dummy.pit() == 0 ? dummy.lastpit() : 0;
+
+ updateNeeded |= bv().checkDepm(dummy, *this);
+ updateTextTargetOffset();
+ if (updateNeeded) {
+ forceBufferUpdate();
+ // DEPM may have requested a screen update
+ this->screenUpdateFlags(
+ this->screenUpdate() | dummy.screenUpdate());
+ }
+ }
+ return false;
}
// with and without selection are handled differently
if (!selection()) {
- int yo = bv().getPos(*this, boundary()).y_;
+ int yo = bv().getPos(*this).y_;
Cursor old = *this;
// To next/previous row
if (up)
tm.editXY(*this, xo, yo + textRow().descent() + 1);
clearSelection();
- // This happens when you move out of an inset.
- // And to give the DEPM the possibility of doing
- // something we must provide it with two different
- // cursors. (Lgb)
+ // This happens when you move out of an inset.
+ // And to give the DEPM the possibility of doing
+ // something we must provide it with two different
+ // cursors. (Lgb)
Cursor dummy = *this;
if (dummy == old)
++dummy.pos();
if (bv().checkDepm(dummy, old)) {
updateNeeded = true;
- // Make sure that cur gets back whatever happened to dummy(Lgb)
+ // Make sure that cur gets back whatever happened to dummy (Lgb)
+ // This will include any screen update requested by DEPM
operator=(dummy);
}
} else {
- // if there is a selection, we stay out of any inset, and just jump to the right position:
+ // if there is a selection, we stay out of any inset,
+ // and just jump to the right position:
Cursor old = *this;
+ int next_row = row;
if (up) {
if (row > 0) {
- top().pos() = min(tm.x2pos(pit(), row - 1, xo), top().lastpos());
+ --next_row;
} else if (pit() > 0) {
--pit();
TextMetrics & tm = bv_->textMetrics(text());
if (!tm.contains(pit()))
tm.newParMetricsUp();
ParagraphMetrics const & pmcur = tm.parMetrics(pit());
- top().pos() = min(tm.x2pos(pit(), pmcur.rows().size() - 1, xo), top().lastpos());
+ next_row = pmcur.rows().size() - 1;
}
} else {
if (row + 1 < int(pm.rows().size())) {
- top().pos() = min(tm.x2pos(pit(), row + 1, xo), top().lastpos());
+ ++next_row;
} else if (pit() + 1 < int(text()->paragraphs().size())) {
++pit();
TextMetrics & tm = bv_->textMetrics(text());
if (!tm.contains(pit()))
tm.newParMetricsDown();
- top().pos() = min(tm.x2pos(pit(), 0, xo), top().lastpos());
+ next_row = 0;
}
}
+ top().pos() = min(tm.x2pos(pit(), next_row, xo), top().lastpos());
+
+ int const xpos = tm.x2pos(pit(), next_row, xo);
+ bool const at_end_row = xpos == tm.x2pos(pit(), next_row, tm.width());
+ bool const at_beg_row = xpos == tm.x2pos(pit(), next_row, 0);
+
+ if (at_end_row && at_beg_row)
+ // make sure the cursor ends up on this row
+ boundary(false);
+ else
+ boundary(at_end_row);
updateNeeded |= bv().checkDepm(*this, old);
}
+ if (updateNeeded)
+ forceBufferUpdate();
updateTextTargetOffset();
return true;
}
safe = cap::grabAndEraseSelection(*this);
}
+ recordUndoInset();
+
if (lastpos() != 0) {
// something left in the cell
if (pos() == 0) {
} else {
// cursor in between. split cell
MathData::iterator bt = cell().begin();
- MathAtom at = createInsetMath(from_utf8(font));
- at.nucleus()->cell(0) = MathData(bt, bt + pos());
+ MathAtom at = createInsetMath(from_utf8(font), buffer());
+ at.nucleus()->cell(0) = MathData(buffer(), bt, bt + pos());
cell().erase(bt, bt + pos());
popBackward();
plainInsert(at);
}
} else {
// nothing left in the cell
- pullArg();
+ popBackward();
plainErase();
+ resetAnchor();
}
insert(safe);
}
void Cursor::message(docstring const & msg) const
{
- theLyXFunc().setMessage(msg);
+ disp_.setMessage(msg);
}
void Cursor::errorMessage(docstring const & msg) const
{
- theLyXFunc().setErrorMessage(msg);
+ disp_.setMessage(msg);
+ disp_.setError(true);
+}
+
+
+namespace {
+docstring parbreak(Cursor const * cur)
+{
+ odocstringstream os;
+ os << '\n';
+ // only add blank line if we're not in a ParbreakIsNewline situation
+ if (!cur->inset().getLayout().parbreakIsNewline()
+ && !cur->paragraph().layout().parbreak_is_newline)
+ os << '\n';
+ return os.str();
+}
}
if (!selection())
return docstring();
+ if (inMathed())
+ return cap::grabSelection(*this);
+
int const label = with_label
? AS_STR_LABEL | AS_STR_INSETS : AS_STR_INSETS;
- if (inTexted()) {
- idx_type const startidx = selBegin().idx();
- idx_type const endidx = selEnd().idx();
- if (startidx != endidx) {
- // multicell selection
- InsetTabular * table = inset().asInsetTabular();
- LASSERT(table, return docstring());
- return table->asString(startidx, endidx);
- }
-
- ParagraphList const & pars = text()->paragraphs();
-
- pit_type const startpit = selBegin().pit();
- pit_type const endpit = selEnd().pit();
- size_t const startpos = selBegin().pos();
- size_t const endpos = selEnd().pos();
-
- if (startpit == endpit)
- return pars[startpit].asString(startpos, endpos, label);
-
- // First paragraph in selection
- docstring result = pars[startpit].
- asString(startpos, pars[startpit].size(), label)
- + parbreak(pars[startpit]);
-
- // The paragraphs in between (if any)
- for (pit_type pit = startpit + 1; pit != endpit; ++pit) {
- Paragraph const & par = pars[pit];
- result += par.asString(0, par.size(), label)
- + parbreak(pars[pit]);
- }
+ idx_type const startidx = selBegin().idx();
+ idx_type const endidx = selEnd().idx();
+ if (startidx != endidx) {
+ // multicell selection
+ InsetTabular * table = inset().asInsetTabular();
+ LASSERT(table, return docstring());
+ return table->asString(startidx, endidx);
+ }
+
+ ParagraphList const & pars = text()->paragraphs();
- // Last paragraph in selection
- result += pars[endpit].asString(0, endpos, label);
+ pit_type const startpit = selBegin().pit();
+ pit_type const endpit = selEnd().pit();
+ size_t const startpos = selBegin().pos();
+ size_t const endpos = selEnd().pos();
- return result;
+ if (startpit == endpit)
+ return pars[startpit].asString(startpos, endpos, label);
+
+ // First paragraph in selection
+ docstring result = pars[startpit].
+ asString(startpos, pars[startpit].size(), label)
+ + parbreak(this);
+
+ // The paragraphs in between (if any)
+ for (pit_type pit = startpit + 1; pit != endpit; ++pit) {
+ Paragraph const & par = pars[pit];
+ result += par.asString(0, par.size(), label)
+ + parbreak(this);
}
- if (inMathed())
- return cap::grabSelection(*this);
+ // Last paragraph in selection
+ result += pars[endpit].asString(0, endpos, label);
- return docstring();
+ return result;
}
CursorSlice const & sl = innerTextSlice();
Text const & text = *sl.text();
Font font = text.getPar(sl.pit()).getFont(
- bv().buffer().params(), sl.pos(), outerFont(sl.pit(), text.paragraphs()));
+ bv().buffer().params(), sl.pos(), text.outerFont(sl.pit()));
return font.language()->encoding();
}
-void Cursor::undispatched()
+void Cursor::undispatched() const
{
disp_.dispatched(false);
}
-void Cursor::dispatched()
+void Cursor::dispatched() const
{
disp_.dispatched(true);
}
-void Cursor::updateFlags(Update::flags f)
+void Cursor::screenUpdateFlags(Update::flags f) const
+{
+ disp_.screenUpdate(f);
+}
+
+
+void Cursor::forceBufferUpdate() const
+{
+ disp_.forceBufferUpdate();
+}
+
+
+void Cursor::clearBufferUpdate() const
+{
+ disp_.clearBufferUpdate();
+}
+
+
+bool Cursor::needBufferUpdate() const
{
- disp_.update(f);
+ return disp_.needBufferUpdate();
}
-void Cursor::noUpdate()
+void Cursor::noScreenUpdate() const
{
- disp_.update(Update::None);
+ disp_.screenUpdate(Update::None);
}
}
// get font at the position
- Font font = par.getFont(bv().buffer().params(), pos,
- outerFont(sl.pit(), text.paragraphs()));
+ Font font = par.getFont(buffer()->params(), pos,
+ text.outerFont(sl.pit()));
return font;
}
bool Cursor::fixIfBroken()
{
- if (DocIterator::fixIfBroken()) {
- clearSelection();
- return true;
+ bool const broken_cursor = DocIterator::fixIfBroken();
+ bool const broken_anchor = anchor_.fixIfBroken();
+
+ if (broken_cursor || broken_anchor) {
+ clearNewWordPosition();
+ clearSelection();
+ return true;
}
return false;
}
-bool notifyCursorLeaves(Cursor const & old, Cursor & cur)
+bool notifyCursorLeavesOrEnters(Cursor const & old, Cursor & cur)
{
// find inset in common
size_type i;
// update words if we just moved to another paragraph
if (i == old.depth() && i == cur.depth()
- && !cur.buffer().isClean()
+ && !cur.buffer()->isClean()
&& cur.inTexted() && old.inTexted()
&& cur.pit() != old.pit()) {
- old.paragraph().updateWords(old.top());
- return false;
+ old.paragraph().updateWords();
}
-
+
// notify everything on top of the common part in old cursor,
// but stop if the inset claims the cursor to be invalid now
- for (; i < old.depth(); ++i) {
- Cursor insetPos = old;
- insetPos.cutOff(i);
- if (old[i].inset().notifyCursorLeaves(insetPos, cur))
+ for (size_type j = i; j < old.depth(); ++j) {
+ Cursor inset_pos = old;
+ inset_pos.cutOff(j);
+ if (old[j].inset().notifyCursorLeaves(inset_pos, cur))
+ return true;
+ }
+
+ // notify everything on top of the common part in new cursor,
+ // but stop if the inset claims the cursor to be invalid now
+ for (; i < cur.depth(); ++i) {
+ if (cur[i].inset().notifyCursorEnters(cur))
return true;
}
}
// get font
- BufferParams const & bufparams = buffer().params();
+ BufferParams const & bufparams = buffer()->params();
current_font = par.getFontSettings(bufparams, cpos);
real_current_font = tm.displayFont(cpit, cpos);
{
DocIterator dit = *this;
// Undo::textUndo() will modify dit.
- if (!bv_->buffer().undo().textUndo(dit))
+ if (!buffer()->undo().textUndo(dit))
return false;
// Set cursor
setCursor(dit);
{
DocIterator dit = *this;
// Undo::textRedo() will modify dit.
- if (!bv_->buffer().undo().textRedo(dit))
+ if (!buffer()->undo().textRedo(dit))
return false;
// Set cursor
setCursor(dit);
void Cursor::finishUndo() const
{
- bv_->buffer().undo().finishUndo();
+ buffer()->undo().finishUndo();
+}
+
+
+void Cursor::beginUndoGroup() const
+{
+ buffer()->undo().beginUndoGroup();
+}
+
+
+void Cursor::endUndoGroup() const
+{
+ buffer()->undo().endUndoGroup();
}
void Cursor::recordUndo(UndoKind kind, pit_type from, pit_type to) const
{
- bv_->buffer().undo().recordUndo(*this, kind, from, to);
+ buffer()->undo().recordUndo(*this, kind, from, to);
}
void Cursor::recordUndo(UndoKind kind, pit_type from) const
{
- bv_->buffer().undo().recordUndo(*this, kind, from);
+ buffer()->undo().recordUndo(*this, kind, from);
}
void Cursor::recordUndo(UndoKind kind) const
{
- bv_->buffer().undo().recordUndo(*this, kind);
+ buffer()->undo().recordUndo(*this, kind);
}
-void Cursor::recordUndoInset(UndoKind kind) const
+void Cursor::recordUndoInset(UndoKind kind, Inset const * inset) const
{
- bv_->buffer().undo().recordUndoInset(*this, kind);
+ buffer()->undo().recordUndoInset(*this, kind, inset);
}
void Cursor::recordUndoFullDocument() const
{
- bv_->buffer().undo().recordUndoFullDocument(*this);
+ buffer()->undo().recordUndoFullDocument(*this);
}
recordUndoInset();
else
recordUndo();
- } else
- bv_->buffer().undo().recordUndo(*this, ATOMIC_UNDO,
+ } else {
+ buffer()->undo().recordUndo(*this, ATOMIC_UNDO,
selBegin().pit(), selEnd().pit());
+ }
}
void Cursor::checkBufferStructure()
{
- if (paragraph().layout().toclevel == Layout::NOT_IN_TOC)
- return;
- Buffer const * master = buffer().masterBuffer();
- master->tocBackend().updateItem(ParConstIterator(*this));
- master->structureChanged();
+ Buffer const * master = buffer()->masterBuffer();
+ master->tocBackend().updateItem(*this);
+ if (master != buffer() && !master->hasGuiDelegate())
+ // In case the master has no gui associated with it,
+ // the TocItem is not updated (part of bug 5699).
+ buffer()->tocBackend().updateItem(*this);
}
projects / lyx.git / blobdiff