void XFunctions::StoreConfigurationValues()
{
wxString path;
path.Printf(wxT("/Aurora/XFunctions/FftSize"));
m_pAuroraCfg->Write(path, GetFFTLength());
path.Printf(wxT("/Aurora/XFunctions/WindowType"));
m_pAuroraCfg->Write(path, AFSampleCount(GetWindowType()));
path.Printf(wxT("/Aurora/XFunctions/XFunctionType"));
m_pAuroraCfg->Write(path, AFSampleCount(GetXFunctionType()));
path.Printf(wxT("/Aurora/XFunctions/ProbeFreeField"));
m_pAuroraCfg->Write(path, IsProbeFreeField());
path.Printf(wxT("/Aurora/XFunctions/ProbeRigidTerminated"));
m_pAuroraCfg->Write(path, IsProbeRigidTerminated());
path.Printf(wxT("/Aurora/XFunctions/SoundSpeed"));
m_pAuroraCfg->Write(path, GetSoundSpeed());
path.Printf(wxT("/Aurora/XFunctions/ProbeMicDistance"));
m_pAuroraCfg->Write(path, GetProbeDistance());
path.Printf(wxT("/Aurora/XFunctions/ProbeMaxFreq"));
m_pAuroraCfg->Write(path, GetProbeMaxFreq());
path.Printf(wxT("/Aurora/XFunctions/FollowingFilter"));
m_pAuroraCfg->Write(path, IsFollowingFilterEnabled());
path.Printf(wxT("/Aurora/XFunctions/FollowingBandwidth"));
m_pAuroraCfg->Write(path, GetFollowingBandwidth());
path.Printf(wxT("/Aurora/XFunctions/Normalize"));
m_pAuroraCfg->Write(path, IsNormalizeSet());
path.Printf(wxT("/Aurora/XFunctions/ShiftToHalfWindow"));
m_pAuroraCfg->Write(path, IsShiftToHalfWindowSet());
path.Printf(wxT("/Aurora/XFunctions/CoherenceWeighting"));
m_pAuroraCfg->Write(path, IsCoherenceWeightingSet());
path.Printf(wxT("/Aurora/XFunctions/HilbertTransform"));
m_pAuroraCfg->Write(path, IsHilbertTransformSet());
path.Printf(wxT("/Aurora/XFunctions/TimeReversal"));
m_pAuroraCfg->Write(path, IsTimeReversalSet());
path.Printf(wxT("/Aurora/XFunctions/SaveMultispectrum"));
m_pAuroraCfg->Write(path, IsSaveMultispectrumSet());
path.Printf(wxT("/Aurora/XFunctions/DiracPulse"));
m_pAuroraCfg->Write(path, IsDiracPulseSet());
path.Printf(wxT("/Aurora/XFunctions/TriggerLevel"));
m_pAuroraCfg->Write(path, GetTriggerLevel());
// Writes immediately changes
m_pAuroraCfg->Flush();
}
DLLIMPORT void GetWord (TCurrentMode *P)
{
TCHAR wClassName[64];
TKnownWndClass WndClass;
char *p;
if (GetClassName(P->WND, wClassName, sizeof(wClassName) / sizeof(TCHAR))==0)
wClassName[0] = '\0';
WndClass = GetWindowType(P->WND, wClassName);
p = TryGetWordFromAnyWindow(WndClass, P->WND, P->Pt, &(P->BeginPos));
if (p) {
P->WordLen = strlen(p);
strcpy(P->MatchedWord, p);
free(p);
} else {
P->WordLen = 0;
}
}
DLLIMPORT void GetWord (TCurrentMode *P)
{
TCHAR wClassName[64];
TKnownWndClass WndClass;
char *p;
if (GetClassName(P->WND, wClassName, sizeof(wClassName) / sizeof(wClassName[0]))==0)
wClassName[0] = TEXT('\0');
WndClass = GetWindowType(P->WND, wClassName);
p = TryGetWordFromAnyWindow(WndClass, P->WND, P->Pt, &(P->BeginPos));
if (p) {
assert(strlen(p) < MAX_SCAN_TEXT_SIZE);
strcpy(P->MatchedWord, p);
free(p);
} else {
P->MatchedWord[0] = '\0';
P->BeginPos = 0;
}
}
// return true if the window described by this WindowInfo has a type
// equal to the given type
bool nsWindowInfo::TypeEquals(const nsAString &aType)
{
nsAutoString rtnString;
GetWindowType(mWindow, rtnString);
return rtnString == aType;
}
FOR_EACH_ARRAY(Size, GroupSize)
{
if (Size->cx == cx && Size->cy == cy)
return GroupWindow;
}
FOR_EACH_ARRAY(Size, DiscussSize)
{
if (Size->cx == cx && Size->cy == cy)
return DiscussWindow;
}
return UnknownWindow;
};
ULONG WindowType = GetWindowType(hWnd, cx, cy);
static HWND LastChatFrame;
if (WindowType == UnknownWindow)
{
if (Flags == 0x15 &&
cx == -1 &&
cy == -1 &&
X != -1 &&
Y != -1 &&
hWndInsertAfter == HWND_TOP
)
{
LastChatFrame = hWnd;
}
NS_IMETHODIMP
sbWindowWatcher::GetWindow(const nsAString& aWindowType,
nsIDOMWindow** _retval)
{
// Validate arguments.
NS_ENSURE_ARG_POINTER(_retval);
// Function variables.
nsCOMPtr<nsIDOMWindow> retWindow;
bool success;
nsresult rv;
// This method may only be called on the main thread.
NS_ENSURE_TRUE(SB_IsMainThread(mThreadManager), NS_ERROR_UNEXPECTED);
// Operate within the monitor.
mozilla::ReentrantMonitorAutoEnter autoMonitor(mMonitor);
// Get an enumerator of all windows of the specified type, sorted from oldest
// to youngest.
nsCOMPtr<nsISimpleEnumerator> enumerator;
rv = mWindowMediator->GetEnumerator(aWindowType.BeginReading(),
getter_AddRefs(enumerator));
NS_ENSURE_SUCCESS(rv, rv);
// Search for the most recently focused ready window of the specified type.
// The enumerator enumerates from oldest to youngest (least recently focused
// to most recently), so the last matching window is the most recently focused
// one.
bool hasMoreElements;
rv = enumerator->HasMoreElements(&hasMoreElements);
NS_ENSURE_SUCCESS(rv, rv);
while (hasMoreElements) {
// Get the window. Skip if not ready.
nsCOMPtr<nsISupports> _window;
nsCOMPtr<nsIDOMWindow> window;
rv = enumerator->GetNext(getter_AddRefs(_window));
NS_ENSURE_SUCCESS(rv, rv);
window = do_QueryInterface(_window, &rv);
NS_ENSURE_SUCCESS(rv, rv);
rv = enumerator->HasMoreElements(&hasMoreElements);
NS_ENSURE_SUCCESS(rv, rv);
// Skip window if not ready.
WindowInfo* windowInfo;
success = mWindowInfoTable.Get(window, &windowInfo);
if (!success || !(windowInfo->isReady))
continue;
// Get the window type.
nsAutoString windowType;
rv = GetWindowType(window, windowType);
if (NS_FAILED(rv))
continue;
// Check for a match.
if (aWindowType.Equals(windowType)) {
retWindow = window;
}
}
// Return results.
NS_IF_ADDREF(*_retval = retWindow);
return NS_OK;
}
int CALLBACK GetMemoData( LPVOID lp, int nGetType, LPVOID lpData, int nDataSize)
{
switch( nGetType)
{
case _GET_MEMO:
return GetMemo( lp, lpData, nDataSize);
case _GET_TITLE:
return GetTitle( lp, lpData, nDataSize);
case _GET_FONT:
return GetFont( lp, lpData, nDataSize);
case _GET_FORECOLOR:
return GetForeColor( lp, lpData, nDataSize);
case _GET_BACKCOLOR:
return GetBackColor( lp, lpData, nDataSize);
case _GET_ICON:
return GetIconIndex( lp);
case _GET_ZORDER:
return GetZOrder( lp);
case _GET_WINDOWTYPE:
return GetWindowType( lp);
case _GET_RECT_NORMAL:
return GetNormalRect( lp, lpData, nDataSize);
case _GET_POINT_TITLE:
return GetTitlePoint( lp, lpData, nDataSize);
case _GET_POINT_ICON:
return GetIconPoint( lp, lpData, nDataSize);
case _GET_RECT_TITLE:
return GetTitleRect( lp, lpData, nDataSize);
case _GET_RECT_ICON:
return GetIconRect( lp, lpData, nDataSize);
case _GET_TIMERENABLE:
return IsTimerEnable( lp);
case _GET_TIMER_TYPE:
return GetTimerType( lp);
case _GET_TIMER_MONTH:
return GetTimerMonth( lp);
case _GET_TIMER_DAY:
return GetTimerDay( lp);
case _GET_TIMER_HOUR:
return GetTimerHour( lp);
case _GET_TIMER_MIN:
return GetTimerMin( lp);
case _GET_TIMER_WEEK:
return GetTimerWeek( lp);
case _GET_TIMER_SOUND:
return GetTimerSound( lp, lpData, nDataSize);
case _GET_LINKENABLE:
return IsLink( lp);
case _GET_LINK_FILE:
return GetLinkFile( lp, lpData, nDataSize);
case _GET_LINK_PARAM:
return GetLinkParam( lp, lpData, nDataSize);
case _GET_CREATE_YEAR:
return GetCreateYear( lp);
case _GET_CREATE_MONTH:
return GetCreateMonth( lp);
case _GET_CREATE_DAY:
return GetCreateDay( lp);
case _GET_DEF_FONT:
return GetDefFont( lpData, nDataSize);
case _GET_DEF_FORECLR:
return GetDefForeColor( lpData, nDataSize);
case _GET_DEF_BACKCLR:
return GetDefBackColor( lpData, nDataSize);
case _GET_VERSION:
return VERSION_CODE;
}
return 0;
}
