public SelectionKeyProcessor(TerminalPane owner, TerminalDocument doc, GLine line, int pos)
{
_owner = owner;
_document = doc;
Debug.Assert(line!=null);
_currentLine = line;
_caretPos = pos;
}
public void WriteLine(GLine line)
{
}
public GLine Export()
{
GWord w = new GWord(_decorations[0]==null? TextDecoration.ClonedDefault() : _decorations[0], 0, GLine.CalcCharGroup(_text[0]));
GLine line = new GLine(_text, w);
line.EOLType = _eolType;
int m = _text.Length;
for(int offset=1; offset<m; offset++) {
char ch = _text[offset];
if(ch=='\0') break;
else if(ch==GLine.WIDECHAR_PAD) continue;
TextDecoration dec = _decorations[offset];
if(_decorations[offset-1]!=dec || w.CharGroup!=GLine.CalcCharGroup(ch)) {
if(dec==null) dec = TextDecoration.ClonedDefault(); //!!�{���͂�����null�ɂȂ��Ă���̂͂��肦�Ȃ��͂��B��Œ������邱��
GWord ww = new GWord(dec, offset, GLine.CalcCharGroup(ch));
w.Next = ww;
w = ww;
}
}
return line;
}
//index�̈ʒu�̕\���]�����V����GLine��Ԃ�
//inverse��false���ƁAGWord�̕����͂��邪Decoration�̔��]�͂��Ȃ��B�q�N�q�N���̑Ώ��Ƃ��Ď����B
internal GLine InverseCaret(int index, bool inverse, bool underline)
{
ExpandBuffer(index+1);
if(_text[index]==WIDECHAR_PAD) index--;
GLine ret = new GLine(_text, null);
ret.ID = _id;
ret.EOLType = _eolType;
GWord w = _firstWord;
int nextoffset = 0;
while(w!=null) {
nextoffset = WordNextOffset(w);
if(w.Offset<=index && index<nextoffset) {
//!!tail���珇�ɘA���������������͂悢
if(w.Offset<index) {
GWord head = new GWord(w.Decoration, w.Offset, w.CharGroup);
ret.Append(head);
}
TextDecoration dec = (TextDecoration)w.Decoration.Clone();
if(inverse) {
//�F���L�����b�g�̃T�|�[�g
dec.ToCaretStyle();
}
if(underline) dec.Underline = true;
GWord mid = new GWord(dec, index, w.CharGroup);
ret.Append(mid);
if(index+CalcDisplayLength(_text[index]) < nextoffset) {
GWord tail = new GWord(w.Decoration, index+CalcDisplayLength(_text[index]), w.CharGroup);
ret.Append(tail);
}
}
else
ret.Append(w.StandAloneClone());
w = w.Next;
}
//!!���́A�L�����b�g�ʒu�ɃX�y�[�X������̂�Inverse�Ƃ͈Ⴄ�����ł��邩�番�����邱��
if(nextoffset<=index) {
while(nextoffset<=index) {
Debug.Assert(nextoffset < ret.Text.Length);
ret.Text[nextoffset++] = ' ';
}
TextDecoration dec = TextDecoration.ClonedDefault();
if(inverse) {
dec.ToCaretStyle();
}
if(underline) dec.Underline = true;
ret.Append(new GWord(dec, index, CharGroup.SingleByte));
}
return ret;
}
/// <summary>
/// �����Ɠ�����e�ŏ���������Bline�̓�e�͔j��Ȃ��B
/// ������null�̂Ƃ��͈����Ȃ��̃R���X�g���N�^�Ɠ������ʂɂȂ�B
/// </summary>
public void Load(GLine line, int cc)
{
if(line==null) { //���ꂪnull�ɂȂ��Ă���Ƃ����v���Ȃ��N���b�V�����|�[�g���������B�{���͂Ȃ��͂��Ȃ�...
Clear(80);
return;
}
Clear(line.Length);
GWord w = line.FirstWord;
Debug.Assert(line.Text.Length==_text.Length);
Array.Copy(line.Text, 0, _text, 0, _text.Length);
int n = 0;
while(w != null) {
int nextoffset = line.WordNextOffset(w);
while(n < nextoffset)
_decorations[n++] = w.Decoration;
w = w.Next;
}
_eolType = line.EOLType;
ExpandBuffer(cc+1);
this.CaretColumn = cc; //' '�Ŗ��߂邱�Ƃ����̂Ńv���p�e�B�Z�b�g��g��
}
public bool ProcessKey(Keys key)
{
Keys body = key & Keys.KeyCode;
bool shift = (key & Keys.Shift) != Keys.None;
bool control = (key & Keys.Control) != Keys.None;
bool processed = false;
//�ړ���̍s�ƌ��̌v�Z
GLine nextLine = _currentLine;
_document.InvalidateLine(nextLine.ID);
if(body==Keys.Up) {
if(_currentLine.PrevLine!=null) nextLine = _currentLine.PrevLine;
_document.InvalidateLine(nextLine.ID);
processed = true;
}
else if(body==Keys.Down) {
if(_currentLine.NextLine!=null) nextLine = _currentLine.NextLine;
_document.InvalidateLine(nextLine.ID);
processed = true;
}
else if(body==Keys.PageUp) {
int n = _currentLine.ID - _owner.Connection.TerminalHeight;
nextLine = n<=_document.FirstLineNumber? _document.FirstLine : _document.FindLine(n);
_document.InvalidateAll();
processed = true;
}
else if(body==Keys.PageDown) {
int n = _currentLine.ID + _owner.Connection.TerminalHeight;
nextLine = n>=_document.LastLineNumber? _document.LastLine : _document.FindLine(n);
_document.InvalidateAll();
processed = true;
}
int nextPos = _caretPos;
if(body==Keys.Home) {
nextPos = 0;
processed = true;
}
else if(body==Keys.End) {
nextPos = _currentLine.CharLength-1;
processed = true;
}
else if(body==Keys.Left) {
if(nextPos>0) {
if(control)
nextPos = _currentLine.FindPrevWordBreak(nextPos-1)+1;
else
nextPos--;
}
processed = true;
}
else if(body==Keys.Right) {
if(nextPos<_currentLine.CharLength-1) {
if(control)
nextPos = _currentLine.FindNextWordBreak(nextPos+1);
else
nextPos++;
}
processed = true;
}
//�I��̈�̒���
TextSelection sel = GEnv.TextSelection;
if(shift && processed) {
if(sel.IsEmpty)
sel.StartSelection(_owner, _currentLine, _caretPos, RangeType.Char, -1, -1);
sel.ExpandTo(nextLine, nextPos, RangeType.Char);
}
else if(processed || body==Keys.Menu || body==Keys.ControlKey || body==Keys.ShiftKey) {
if(processed)
sel.Clear();
processed = true;
}
else {
//��ʃL�[�̓��͂��������瑦���I����
sel.Clear();
}
Debug.Assert(nextLine!=null);
_currentLine = nextLine;
_caretPos = nextPos;
return processed;
}
public abstract void AddLine(GLine line);
public void WriteLine(GLine line)
{
if (!_parent.LogSuspended)
{
_logger.WriteLine(line);
string s = new string(line.Text).Trim('\0');//edited by xavier
//Trace.Write(s); Trace.Write("\r");//edited by xavier
log.Info(_controlName + ": " + s); //log.Info("\r");//edited by xavier
}
}
internal void Remove(GLine line)
{
if(_size<=1) {
Clear();
return;
}
if(line.PrevLine!=null) {
line.PrevLine.NextLine = line.NextLine;
}
if(line.NextLine!=null) {
line.NextLine.PrevLine = line.PrevLine;
}
if(line==_firstLine) _firstLine = line.NextLine;
if(line==_lastLine) _lastLine = line.PrevLine;
if(line==_topLine) {
_topLine = line.NextLine;
}
if(line==_currentLine) {
_currentLine = line.NextLine;
if(_currentLine==null) _currentLine = _lastLine;
}
_size--;
_invalidatedAll = true;
}
/// <summary>
/// �Ō��remain�s�ȑO��폜����
/// </summary>
internal int DiscardOldLines(int remain)
{
int delete_count = _size - remain;
if(delete_count <= 0) return 0;
GLine newfirst = _firstLine;
for(int i=0; i<delete_count; i++)
newfirst = newfirst.NextLine;
//�V�����擪����߂�
_firstLine = newfirst;
newfirst.PrevLine.NextLine = null;
newfirst.PrevLine = null;
_size -= delete_count;
Debug.Assert(_size==remain);
AssertValid();
if(_topLine.ID<_firstLine.ID) _topLine=_firstLine;
if(_currentLine.ID<_firstLine.ID) {
_currentLine = _firstLine;
_caretColumn = 0;
}
return delete_count;
}
internal void Clear()
{
_caretColumn = 0;
_firstLine = null;
_lastLine = null;
_size = 0;
AddLine(new GLine(_connection.TerminalWidth));
}
//�����ɒlj�����
internal void AddLine(GLine line)
{
if(_firstLine==null) { //����
_firstLine = line;
_lastLine = line;
_currentLine = line;
_topLine = line;
_size = 1;
line.ID = 0;
InvalidateLine(0);
}
else { //�ʏ�̒lj�
Debug.Assert(_lastLine.NextLine==null);
int lastID = _lastLine.ID;
_lastLine.NextLine = line;
line.PrevLine = _lastLine;
_lastLine = line;
line.ID = lastID+1;
_size++;
InvalidateLine(lastID+1);
}
}
//�Đڑ��p�Ɍ��݃h�L�������g�̑O�ɑ}��
public void InsertBefore(TerminalDocument olddoc, int paneheight)
{
lock(this) {
GLine c = olddoc.LastLine;
int offset = _currentLine.ID - _topLine.ID;
bool flag = false;
while(c!=null) {
if(flag || c.Text[0]!='\0') {
flag = true;
GLine nl = c.Clone();
nl.ID = _firstLine.ID-1;
InsertBefore(_firstLine, nl); //�ŏ��ɋ�łȂ��s������Έȍ~�͑S���}��
offset++;
}
c = c.PrevLine;
}
//ID�����ɂȂ�̂͂�����ƕ|���̂ŏC��
if(_firstLine.ID<0) {
int t = -_firstLine.ID;
c = _firstLine;
while(c!=null) {
c.ID += t;
c = c.NextLine;
}
}
_topLine = FindLineOrEdge(_currentLine.ID - Math.Min(offset, paneheight));
//Dump("insert doc");
}
}
internal bool StartSelection(TerminalPane owner, GLine line, int position, RangeType type, int x, int y)
{
Debug.Assert(owner!=null);
Debug.Assert(position>=0);
line.ExpandBuffer(position+1);
_disabledTemporary = false;
_owner = owner;
_pivotType = type;
_forwardPivot._line = line.ID;
_backwardPivot._line = line.ID;
_forwardDestination._line = line.ID;
_forwardDestination._position = position;
_backwardDestination._line = line.ID;
_backwardDestination._position = position;
switch(type) {
case RangeType.Char:
_forwardPivot._position = position;
_backwardPivot._position = position;
break;
case RangeType.Word:
_forwardPivot._position = line.FindPrevWordBreak(position)+1;
_backwardPivot._position = line.FindNextWordBreak(position);
break;
case RangeType.Line:
_forwardPivot._position = 0;
_backwardPivot._position = line.CharLength;
break;
}
_state = SelectionState.Pivot;
_startX = x;
_startY = y;
return true;
}
internal bool ExpandTo(GLine line, int position, RangeType type)
{
line.ExpandBuffer(position+1);
_disabledTemporary = false;
_state = SelectionState.Expansion;
_forwardDestination._line = line.ID;
_backwardDestination._line = line.ID;
//Debug.WriteLine(String.Format("ExpandTo Line{0} Position{1}", line.ID, position));
switch(type) {
case RangeType.Char:
_forwardDestination._position = position;
_backwardDestination._position = position;
break;
case RangeType.Word:
_forwardDestination._position = line.FindPrevWordBreak(position)+1;
_backwardDestination._position = line.FindNextWordBreak(position);
break;
case RangeType.Line:
_forwardDestination._position = 0;
_backwardDestination._position = line.CharLength;
break;
}
return true;
}
private void InsertBefore(GLine pos, GLine line)
{
if(pos.PrevLine!=null)
pos.PrevLine.NextLine = line;
line.PrevLine = pos.PrevLine;
line.NextLine = pos;
pos.PrevLine = line;
if(pos==_firstLine) _firstLine = line;
_size++;
_invalidatedAll = true;
}
internal void RemoveAfter(int from)
{
if(from > _lastLine.ID) return;
GLine delete = FindLineOrEdge(from);
if(delete==null) return;
GLine remain = delete.PrevLine;
delete.PrevLine = null;
if(remain==null) {
Clear();
}
else {
remain.NextLine = null;
_lastLine = remain;
while(delete!=null) {
_size--;
if(delete==_topLine) _topLine = remain;
if(delete==_currentLine) _currentLine = remain;
delete = delete.NextLine;
}
}
AssertValid();
_invalidatedAll = true;
}
public abstract void AddLine(GLine line);
internal void Replace(GLine target, GLine newline)
{
newline.NextLine = target.NextLine;
newline.PrevLine = target.PrevLine;
if(target.NextLine!=null) target.NextLine.PrevLine = newline;
if(target.PrevLine!=null) target.PrevLine.NextLine = newline;
if(target==_firstLine) _firstLine = newline;
if(target==_lastLine) _lastLine = newline;
if(target==_topLine) _topLine = newline;
if(target==_currentLine) _currentLine = newline;
newline.ID = target.ID;
InvalidateLine(newline.ID);
AssertValid();
}
internal void ReplaceCurrentLine(GLine line)
{
#if DEBUG
Replace(_currentLine, line);
AssertValid();
#else
if(_currentLine!=null) //�N���b�V�����|�[�g��݂�ƁA�����̔��q��null�ɂȂ��Ă����Ƃ����v���Ȃ�
Replace(_currentLine, line);
#endif
}
internal void ScrollDown(int from, int to)
{
GLine top = FindLineOrEdge(from);
GLine bottom = FindLineOrEdge(to);
int top_id = top.ID;
GLine newtop = top.NextLine;
if(from==to) {
_currentLine = top;
_currentLine.Clear();
}
else {
Remove(top); //_topLine�̒����͕K�v�Ȃ炱���ōs����
_currentLine = new GLine(_connection.TerminalWidth);
InsertAfter(bottom, _currentLine);
//id maintainance
GLine c = newtop;
GLine end = _currentLine.NextLine;
while(c != end) {
c.ID = top_id++;
c = c.NextLine;
}
}
AssertValid();
_invalidatedAll = true;
}
public void WriteLine(GLine line)
{
if(!_parent.LogSuspended) _logger.WriteLine(line);
}
internal void ScrollUp(int from, int to)
{
GLine top = FindLineOrEdge(from);
GLine bottom = FindLineOrEdge(to);
if(top==null || bottom==null) return; //�G���[�n���h�����O��FindLine�̒��ŁB�����ł̓N���b�V����������s��
int bottom_id = bottom.ID;
int topline_id = _topLine.ID;
GLine nextbottom = bottom.NextLine;
if(from==to) {
_currentLine = top;
_currentLine.Clear();
}
else {
Remove(bottom);
_currentLine = new GLine(_connection.TerminalWidth);
InsertBefore(top, _currentLine);
GLine c = _currentLine;
do {
c.ID = from++;
c = c.NextLine;
} while(c!=nextbottom);
Debug.Assert(nextbottom==null || nextbottom.ID==from);
}
/*
//id maintainance
GLine c = newbottom;
GLine end = _currentLine.PrevLine;
while(c != end) {
c.ID = bottom_id--;
c = c.PrevLine;
}
*/
//!!���̂Q�s��xterm�����Ă���Ԃɔ������ďC���B VT100�ł͉����̕K�v�������Ă����Ȃ����͂��Ȃ̂Ō�Œ��ׂ邱��
//if(_scrollingTop<=_topLine.ID && _topLine.ID<=_scrollingBottom)
// _topLine = _currentLine;
while(topline_id<_topLine.ID)
_topLine = _topLine.PrevLine;
AssertValid();
_invalidatedAll = true;
}
public GLine Clone()
{
GLine nl = new GLine(_text, _firstWord.DeepClone());
nl._eolType = _eolType;
nl._id = _id;
return nl;
}
private GLine FindLineByHint(int index, GLine hintLine)
{
int h = hintLine.ID;
GLine l = hintLine;
if(index >= h) {
for(int i=h; i<index; i++) {
l = l.NextLine;
if(l==null) FindLineByHintFailed(index, hintLine);
}
}
else {
for(int i=h; i>index; i--) {
l = l.PrevLine;
if(l==null) FindLineByHintFailed(index, hintLine);
}
}
return l;
}
internal GLine InverseRange(int from, int to)
{
ExpandBuffer(Math.Max(from+1,to)); //���������T�C�Y�����Ƃ��Ȃǂɂ��̏�����������Ȃ����Ƃ�����
Debug.Assert(from>=0 && from<_text.Length);
if(from<_text.Length && _text[from]==WIDECHAR_PAD) from--;
if(to>0 && to-1<_text.Length && _text[to-1]==WIDECHAR_PAD) to--;
GLine ret = new GLine(_text, null);
ret.ID = _id;
ret.EOLType = _eolType;
//�����̔z���Z�b�g
TextDecoration[] dec = new TextDecoration[_text.Length];
GWord w = _firstWord;
while(w!=null) {
Debug.Assert(w.Decoration!=null);
dec[w.Offset] = w.Decoration;
w = w.Next;
}
//���]�J�n�_
TextDecoration original = null;
TextDecoration inverse = null;
for(int i=from; i>=0; i--) {
if(dec[i]!=null) {
original = dec[i];
break;
}
}
Debug.Assert(original!=null);
inverse = (TextDecoration)original.Clone();
inverse.Inverse();
dec[from] = inverse;
//�͈͂ɓn���Ĕ��]���
for(int i=from+1; i<to; i++) {
if(i<dec.Length && dec[i]!=null) {
original = dec[i];
inverse = (TextDecoration)original.Clone();
inverse.Inverse();
dec[i] = inverse;
}
}
if(to<dec.Length && dec[to]==null) dec[to] = original;
//����ɏ]����GWord����
w = null;
for(int i=dec.Length-1; i>=0; i--) {
char ch = _text[i];
if(dec[i]!=null && ch!='\0') {
int j = i;
if(ch==WIDECHAR_PAD) j++;
GWord ww = new GWord(dec[i], j, CalcCharGroup(ch));
ww.Next = w;
w = ww;
}
}
ret.Append(w);
return ret;
}
//FindLineByHint�͂����Ύ��s����̂Ńf�o�b�O�p�Ɍ��ݏ�Ԃ�_���v
private void FindLineByHintFailed(int index, GLine hintLine)
{
#if DEBUG
Dump(String.Format("FindLine {0}, hint_id={1}", index, hintLine.ID));
Debugger.Break();
#endif
GEnv.InterThreadUIService.InvalidDocumentOperation(this, GEnv.Strings.GetString("Message.TerminalDocument.UnexpectedCode"));
}
public override void WriteLine(GLine line)
{
char[] t = line.Text;
for(int i=0; i<line.CharLength; i++) {
char ch = t[i];
if(ch!=GLine.WIDECHAR_PAD) _writer.Write(ch);
}
_writer.WriteLine();
//_writer.WriteLine(line.Text, 0, line.CharLength);
}
private void InsertAfter(GLine pos, GLine line)
{
if(pos.NextLine!=null)
pos.NextLine.PrevLine = line;
line.NextLine = pos.NextLine;
line.PrevLine = pos;
pos.NextLine = line;
if(pos==_lastLine) _lastLine = line;
_size++;
_invalidatedAll = true;
}
//!!�s�P�ʂ̏������� ���͕W���Ƃ���ȊO�ł̓��O�̈������ɋ��ʓ_�����܂�Ȃ��̂ɋ����Ɉ�̃N���X�ɂ܂Ƃ߂悤�Ƃ��ă{�����ł�
public virtual void WriteLine(GLine line)
{
}
public bool ProcessKey(Keys key)
{
Keys body = key & Keys.KeyCode;
bool shift = (key & Keys.Shift) != Keys.None;
bool control = (key & Keys.Control) != Keys.None;
bool processed = false;
//移動先の行と桁の計算
GLine nextLine = _currentLine;
_document.InvalidateLine(nextLine.ID);
if (body == Keys.Up)
{
if (_currentLine.PrevLine != null)
{
nextLine = _currentLine.PrevLine;
}
_document.InvalidateLine(nextLine.ID);
processed = true;
}
else if (body == Keys.Down)
{
if (_currentLine.NextLine != null)
{
nextLine = _currentLine.NextLine;
}
_document.InvalidateLine(nextLine.ID);
processed = true;
}
else if (body == Keys.PageUp)
{
int n = _currentLine.ID - _owner.Connection.TerminalHeight;
nextLine = n <= _document.FirstLineNumber? _document.FirstLine : _document.FindLine(n);
_document.InvalidateAll();
processed = true;
}
else if (body == Keys.PageDown)
{
int n = _currentLine.ID + _owner.Connection.TerminalHeight;
nextLine = n >= _document.LastLineNumber? _document.LastLine : _document.FindLine(n);
_document.InvalidateAll();
processed = true;
}
int nextPos = _caretPos;
if (body == Keys.Home)
{
nextPos = 0;
processed = true;
}
else if (body == Keys.End)
{
nextPos = _currentLine.CharLength - 1;
processed = true;
}
else if (body == Keys.Left)
{
if (nextPos > 0)
{
if (control)
{
nextPos = _currentLine.FindPrevWordBreak(nextPos - 1) + 1;
}
else
{
nextPos--;
}
}
processed = true;
}
else if (body == Keys.Right)
{
if (nextPos < _currentLine.CharLength - 1)
{
if (control)
{
nextPos = _currentLine.FindNextWordBreak(nextPos + 1);
}
else
{
nextPos++;
}
}
processed = true;
}
//選択領域の調整
TextSelection sel = GEnv.TextSelection;
if (shift && processed)
{
if (sel.IsEmpty)
{
sel.StartSelection(_owner, _currentLine, _caretPos, RangeType.Char, -1, -1);
}
sel.ExpandTo(nextLine, nextPos, RangeType.Char);
}
else if (processed || body == Keys.Menu || body == Keys.ControlKey || body == Keys.ShiftKey)
{
if (processed)
{
sel.Clear();
}
processed = true;
}
else
{
//一般キーの入力があったら即時選択解除
sel.Clear();
}
Debug.Assert(nextLine != null);
_currentLine = nextLine;
_caretPos = nextPos;
return(processed);
}
