/*-------------------------------------------------------------------------*/
static VOID before( INT line )
{
INT i;
INDEXPKT *index;
static CHAR str[140], tmp[140];
if( !pktcount )
return;
pktNumber = line;
Current = index = GetCurrentPkt( line );
#ifndef _LITE_
ViewUpdate();
#endif
strncpy( tmp, index -> subj ? index -> subj : "", maxXsubj - 6 );
WSetCurColor( wsubj, C_TITLE );
WSetXY ( wsubj, 6, 0 );
sprintf ( str, "%-*.*s", maxXsubj - 6, maxXsubj - 6, tmp );
WPutstr ( wsubj, str );
for( i = 0; Quick && i < MAX_LINE; i++ )
ViewStr( wquick, i, maxXquick, index -> quick[i], index -> color[i] );
}
VOID ViewReset(VOID)
{
RECT rc;
RECT rcT;
GetWindowRect(ghwndView, &rc);
rcT.left = 0;
rcT.top = 0;
rcT.right = PALETTEMARGIN + gViewBackMargin +
gpImageCur->cx + gViewBackMargin + PALETTEMARGIN;
rcT.bottom = PALETTEMARGIN + gViewBackMargin +
gpImageCur->cy + gViewBackMargin + PALETTEMARGIN;
AdjustWindowRect(&rcT, VIEWSTYLE, FALSE);
rc.right = rc.left + (rcT.right - rcT.left);
rc.bottom = rc.top + (rcT.bottom - rcT.top);
FitRectToScreen(&rc);
SetWindowPos(ghwndView, NULL, rc.left, rc.top,
rc.right - rc.left, rc.bottom - rc.top,
SWP_NOACTIVATE | SWP_NOZORDER);
/*
* If the user wants it, show the View window now.
*/
if (gfShowView)
ViewShow(TRUE);
ViewUpdate();
/*
* Clear out the propbar size and position fields, because they
* probably show the wrong information now.
*/
PropBarClearPos();
PropBarClearSize();
}
VOID SetScreenColor(
DWORD rgb)
{
DWORD rgbInverse;
HDC hdcTemp;
HBITMAP hbmOld;
HDC hdcANDTemp;
HBITMAP hbmANDOld;
rgb = MyGetNearestColor(rgb, FALSE);
/*
* Because we are about to change the screen color, separate
* out the XOR mask (but only for icons/cursors).
*/
if (giColorPalType != FT_BITMAP) {
if (gpImageCur) {
ImageDCSeparate(ghdcImage, gcxImage, gcyImage, ghdcANDMask,
grgbScreen);
/*
* Is there a pending undo buffer? If so, it must be
* changed as well or an undo that is done after a screen
* color change will restore the wrong colors!
*/
if (ghbmUndo) {
/*
* Create some temporary DC's to use when separating
* out the undo buffer's masks. These will be deleted
* a little later.
*/
hdcTemp = CreateCompatibleDC(ghdcImage);
hbmOld = SelectObject(hdcTemp, ghbmUndo);
hdcANDTemp = CreateCompatibleDC(ghdcANDMask);
hbmANDOld = SelectObject(hdcANDTemp, ghbmUndoMask);
/*
* Separate out the undo buffer's colors, before
* changing the screen color. It will be combined
* later.
*/
ImageDCSeparate(hdcTemp, gcxImage, gcyImage, hdcANDTemp,
grgbScreen);
}
}
}
if (ghbrScreen)
DeleteObject(ghbrScreen);
ghbrScreen = CreateSolidBrush(rgb);
grgbScreen = rgb;
if (ghbrInverse)
DeleteObject(ghbrInverse);
rgbInverse = ComputeInverseColor(rgb);
ghbrInverse = CreateSolidBrush(rgbInverse);
grgbInverse = rgbInverse;
/*
* For icons and cursors, we might need to update a few more things.
*/
if (giColorPalType != FT_BITMAP) {
/*
* Recombine the XOR and AND images now that there is a new screen
* color. This updates the image DC with the new color properly.
*/
if (gpImageCur) {
ImageDCCombine(ghdcImage, gcxImage, gcyImage, ghdcANDMask);
/*
* Is there a pending undo buffer? If so, it has to be
* recombined with the new screen color.
*/
if (ghbmUndo) {
ImageDCCombine(hdcTemp, gcxImage, gcyImage, hdcANDTemp);
/*
* Clean up the DC's that were allocated a little earlier.
*/
SelectObject(hdcANDTemp, hbmANDOld);
DeleteDC(hdcANDTemp);
SelectObject(hdcTemp, hbmOld);
DeleteDC(hdcTemp);
}
}
/*
* Reset the colors on the mouse buttons, just in case a screen
* or inverse screen color was assigned to either of them.
*/
SetLeftColor(giColorLeft, gfModeLeft);
SetRightColor(giColorRight, gfModeRight);
InvalidateRect(GetDlgItem(ghwndColor, DID_COLORBOX), NULL, TRUE);
}
ViewUpdate();
}
void CClientListCtrl::DoClientspecNew(BOOL bUseDefTemplate, LPCTSTR defName )
{
MainFrame()->ViewClients();
m_ClientNew.Empty();
m_OldClient= GET_P4REGPTR()->GetP4Client();
// let user type in the new name. if it's blank the user bailed.
//
CNewClientDlg newdlg;
newdlg.SetNew( NEWCLIENT );
if (FindInListAll(m_Active) != -1)
newdlg.m_Active = m_Active;
if (defName)
newdlg.m_Name = defName;
if( newdlg.DoModal( ) == IDCANCEL )
return;
if (newdlg.m_RunWizard)
{
CString txt;
CString port = GET_P4REGPTR()->GetP4Port();
CString clientname = newdlg.GetName();
txt.FormatMessage( IDS_NOCLIENT_s_s_s, clientname, port, GET_P4REGPTR()->GetP4User() );
int i;
if ((i = txt.Find(_T('\n'))) != -1)
{
txt = txt.Mid(i);
txt.TrimLeft();
}
CClientWizSheet dlg(LoadStringResource(IDS_CLIENTWORKSPACEWIZARD), this, 1);
dlg.SetMsg(txt);
dlg.SetName(clientname);
dlg.SetPort(port);
dlg.AllowBrowse(FALSE);
int rc;
while(1)
{
if( (rc = dlg.DoModal()) == IDCANCEL ) // user bailed
{
break;
}
if ( rc == IDIGNORE ) // user chose to browse existing clients
{
ViewUpdate();
break;
}
else // user clicked the Finish button on the create client page
{
CString newClient = dlg.GetName();
CString newRoot = dlg.GetRoot();
BOOL bEdit = dlg.IsEdit();
BOOL bTmpl = dlg.IsTmpl();
CString tmplate = dlg.GetTmpl();
while (m_UpdateState == LIST_UPDATING)
Sleep(100);
if (FindInListAll(newClient) != -1)
{
CString msg;
msg.FormatMessage(IDS_CANT_RECREATE_EXISTING_CLIENT_s, newClient);
AfxMessageBox( msg, MB_ICONSTOP );
}
else if (!newClient.IsEmpty() && !newRoot.IsEmpty())
{
if (AutoCreateClientSpec(newClient, newRoot, bEdit, bTmpl, tmplate))
break;;
}
}
}
return;
}
CString saveActive = m_Active;
m_Active = newdlg.GetName( ) ;
if ( m_Active.IsEmpty( ) )
return;
if ( SetP4Client( TRUE ) )
{
// rather than use the current directory as the default client root
// switch to the drive's root and use that; switch back at the end.
TCHAR buf[MAX_PATH+1];
TCHAR root[4];
if (GetCurrentDirectory(MAX_PATH, buf))
{
_tcsncpy(root, buf, 3);
root[3] = '\0';
SetCurrentDirectory(root);
}
else
{
buf[0] = _T('\0');
}
// Get the edit of the new spec underway
m_NewClient = (saveActive != m_Active);
m_NewClicked = TRUE;
OnEditSpec( m_Active, bUseDefTemplate );
m_ClientNew = m_Active;
// restore previous working directory
if (buf[0])
SetCurrentDirectory(buf);
}
}
