//再接続用に現在ドキュメントの前に挿入
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); //最初に空でない行があれば以降は全部挿入
offset++;
}
c = c.PrevLine;
}
//IDが負になるのはちょっと怖いので修正
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");
}
}
public SelectionKeyProcessor(TerminalPane owner, TerminalDocument doc, GLine line, int pos)
{
_owner = owner;
_document = doc;
Debug.Assert(line != null);
_currentLine = line;
_caretPos = pos;
}
//�����̊e���\�b�h�͂��ꂼ�ꃍ�b�N���Ȃ�����s�����
internal void Warning(TerminalDocument doc, string msg)
{
Monitor.Exit(doc);
lock(this) {
_msg = msg;
SendMessageCore(Service.Warning);
}
Monitor.Enter(doc);
}
internal void UnsupportedEscapeSequence(TerminalDocument doc, string msg)
{
Monitor.Exit(doc);
lock(this) {
_msg = msg;
SendMessageCore(Service.UnsupportedEscapeSequence);
}
Monitor.Enter(doc);
}
internal void UnsupportedCharSetDetected(TerminalDocument doc, string msg)
{
Monitor.Exit(doc);
lock(this) {
_msg = msg;
SendMessageCore(Service.UnsupportedCharSetDetected);
}
Monitor.Enter(doc);
}
internal void ToggleTextSelectionMode(IntPtr hWnd, TerminalDocument doc)
{
Monitor.Exit(doc);
lock(this) {
Win32.SendMessage(hWnd, GConst.WMG_MAINTHREADTASK, new IntPtr(GConst.WPG_TOGGLESELECTIONMODE), IntPtr.Zero);
}
Monitor.Enter(doc);
}
internal void ReportCriticalError(TerminalDocument doc, Exception ex)
{
Monitor.Exit(doc);
lock(this) {
_exception = ex;
SendMessageCore(Service.CriticalError);
}
Monitor.Enter(doc);
}
internal void InvalidDocumentOperation(TerminalDocument doc, string msg)
{
Monitor.Exit(doc);
lock(this) {
_msg = msg;
SendMessageCore(Service.InvalidDocumentOperation);
}
Monitor.Enter(doc);
}
internal void InvalidCharDetected(TerminalDocument doc, string msg)
{
Monitor.Exit(doc);
lock(this) {
_msg = msg;
SendMessageCore(Service.InvalidCharDetected);
}
Monitor.Enter(doc);
}
internal void IndicateBell(TerminalDocument doc)
{
Monitor.Exit(doc);
lock(this) {
SendMessageCore(Service.IndicateBell);
}
Monitor.Enter(doc);
}
internal void AdjustIMEComposition(IntPtr hWnd, TerminalDocument doc)
{
Monitor.Exit(doc);
lock(this) {
Win32.SendMessage(hWnd, GConst.WMG_MAINTHREADTASK, new IntPtr(GConst.WPG_ADJUSTIMECOMPOSITION), IntPtr.Zero);
}
Monitor.Enter(doc);
}
//�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");
}
}
