void ToolBar::ReCreateButtons()
{
// SetSizer(NULL) detaches mHSizer and deletes it.
// Do not use Detach() here, as that attempts to detach mHSizer from itself!
SetSizer( NULL );
// Get rid of any children we may have
DestroyChildren();
// Create the main sizer
wxBoxSizer *ms = new wxBoxSizer( wxHORIZONTAL );
// Create the grabber and add it to the main sizer
mGrabber = new Grabber( this, mType );
ms->Add( mGrabber, 0, wxEXPAND | wxALIGN_LEFT | wxALIGN_TOP | wxRIGHT, 1 );
// Use a box sizer for laying out controls
mHSizer = new wxBoxSizer( wxHORIZONTAL );
ms->Add( mHSizer, 1, wxEXPAND );
// (Re)Establish dock state
SetDocked( GetDock(), false );
// Go add all the rest of the gadgets
Populate();
// Add some space for the resize border
if( IsResizable() )
{
mSpacer = ms->Add( RWIDTH, 1 );
}
// Set the sizer
SetSizerAndFit( ms );
// Recalculate the height to be a multiple of toolbarSingle
const int tbs = toolbarSingle + toolbarGap;
wxSize sz = GetSize();
sz.y = ( ( ( sz.y + tbs ) / tbs ) * tbs ) - 1;
// Set the true AND minimum sizes and do final layout
if(IsResizable())
{
sz.SetWidth(GetMinToolbarWidth());
SetMinSize(sz);
sz.SetWidth(GetInitialWidth());
SetSize(sz);
}
else
{
SetInitialSize(sz);
}
Layout();
}
void DeviceToolBar::RepositionCombos()
{
int w, h, dockw, dockh;
float ratioUnused;
bool constrained = true;
wxWindow *window;
wxSize desiredInput, desiredOutput, desiredHost, desiredChannels;
float hostRatio, outputRatio, inputRatio, channelsRatio;
// if the toolbar is docked then the width we should use is the project width.
// as the toolbar's with can extend past this.
GetClientSize(&w, &h);
// FIXME: Note that there's some bug in here, in that even if the prefs show the toolbar
// docked, on initialization, this call to IsDocked() returns false.
if (IsDocked()) {
// If the toolbar is docked its width can be larger than what is actually viewable
// So take the min. We don't need to worry about having another toolbar to the left off us
// because if we are larger than the dock size we always get our own row.
// and if smaller then we don't use the dock size (because we take the min).
window = GetDock();
window->GetClientSize(&dockw, &dockh);
if (dockw < w)
w = dockw;
}
// subtract the main grabber on the left and the resizer as well
w -= grabberWidth + GetResizeGrabberWidth();
if (w <= 0)
return;
// set up initial sizes and ratios
hostRatio = kHostWidthRatio;
inputRatio = kInputWidthRatio;
outputRatio = kOutputWidthRatio;
channelsRatio = kChannelsWidthRatio;
desiredHost = mHost->GetBestSize();
desiredInput = mInput->GetBestSize();
desiredOutput = mOutput->GetBestSize();
desiredChannels = mInputChannels->GetBestSize();
// wxGtk has larger comboboxes than the other platforms. For DeviceToolBar this will cause
// the height to be double because of the discrete grid layout. So we shrink it to prevent this.
#ifdef __WXGTK__
desiredHost.SetHeight(desiredHost.GetHeight() -4);
desiredInput.SetHeight(desiredHost.GetHeight());
desiredOutput.SetHeight(desiredHost.GetHeight());
desiredChannels.SetHeight(desiredHost.GetHeight());
#endif
ratioUnused = 0.995f - (kHostWidthRatio + kInputWidthRatio + kOutputWidthRatio + kChannelsWidthRatio);
int i = 0;
// limit the amount of times we solve contraints to 5
while (constrained && ratioUnused > 0.01f && i < 5) {
i++;
constrained = RepositionCombo(mHost, w, desiredHost, hostRatio, ratioUnused, 0, true);
constrained |= RepositionCombo(mInput, w, desiredInput, inputRatio, ratioUnused, mRecordBitmap->GetWidth(), true);
constrained |= RepositionCombo(mOutput, w, desiredOutput, outputRatio, ratioUnused, mPlayBitmap->GetWidth(), true);
constrained |= RepositionCombo(mInputChannels, w, desiredChannels, channelsRatio, ratioUnused, 0, true);
}
Update();
}
void ToolBar::ReCreateButtons()
{
// SetSizer(NULL) detaches mHSizer and deletes it.
// Do not use Detach() here, as that attempts to detach mHSizer from itself!
SetSizer( NULL );
// Get rid of any children we may have
DestroyChildren();
mGrabber = NULL;
mResizer = NULL;
{
// Create the main sizer
auto ms = std::make_unique<wxBoxSizer>(wxHORIZONTAL);
// Create the grabber and add it to the main sizer
mGrabber = safenew Grabber(this, mType);
ms->Add(mGrabber, 0, wxEXPAND | wxALIGN_LEFT | wxALIGN_TOP | wxRIGHT, 1);
// Use a box sizer for laying out controls
ms->Add((mHSizer = safenew wxBoxSizer(wxHORIZONTAL)), 1, wxEXPAND);
// (Re)Establish dock state
SetDocked(GetDock(), false);
// Go add all the rest of the gadgets
Populate();
// Add some space for the resize border
if (IsResizable())
{
// Create the resizer and add it to the main sizer
mResizer = safenew ToolBarResizer(this);
ms->Add(mResizer, 0, wxEXPAND | wxALIGN_TOP | wxLEFT, 1);
mResizer->SetToolTip(_("Click and drag to resize toolbar"));
}
// Set the sizer
SetSizerAndFit(ms.release());
}
// Recalculate the height to be a multiple of toolbarSingle
const int tbs = toolbarSingle + toolbarGap;
wxSize sz = GetSize();
sz.y = ( ( ( sz.y + tbs -1) / tbs ) * tbs ) - 1;
// Set the true AND minimum sizes and do final layout
if(IsResizable())
{
sz.SetWidth(GetMinToolbarWidth());
// JKC we're going to allow all resizable toolbars to be resized
// to 1 unit high!
wxSize sz2 = sz;
sz2.y = tbs -1;
SetMinSize(sz2);
sz.SetWidth(GetInitialWidth());
SetSize(sz);
}
else
{
SetInitialSize(sz);
}
Layout();
}
//
// Read the toolbar states
//
void ToolManager::ReadConfig()
{
wxString oldpath = gPrefs->GetPath();
wxArrayInt unordered[ DockCount ];
bool show[ ToolBarCount ];
int width[ ToolBarCount ];
int height[ ToolBarCount ];
int x, y;
int dock, ndx;
bool someFound { false };
#if defined(__WXMAC__)
// Disable window animation
wxSystemOptions::SetOption( wxMAC_WINDOW_PLAIN_TRANSITION, 1 );
#endif
// Change to the bar root
gPrefs->SetPath( wxT("/GUI/ToolBars") );
ToolBarConfiguration::Legacy topLegacy, botLegacy;
// Load and apply settings for each bar
for( ndx = 0; ndx < ToolBarCount; ndx++ )
{
ToolBar *bar = mBars[ ndx ].get();
//wxPoint Center = mParent->GetPosition() + (mParent->GetSize() * 0.33);
//wxPoint Center(
// wxSystemSettings::GetMetric( wxSYS_SCREEN_X ) /2 ,
// wxSystemSettings::GetMetric( wxSYS_SCREEN_Y ) /2 );
// Change to the bar subkey
gPrefs->SetPath( bar->GetSection() );
bool bShownByDefault = true;
int defaultDock = TopDockID;
if( ndx == SelectionBarID )
defaultDock = BotDockID;
if( ndx == MeterBarID )
bShownByDefault = false;
if( ndx == ScrubbingBarID )
bShownByDefault = false;
#ifdef EXPERIMENTAL_SPECTRAL_EDITING
if( ndx == SpectralSelectionBarID ){
defaultDock = BotDockID;
bShownByDefault = false; // Only show if asked for.
}
#endif
// Read in all the settings
gPrefs->Read( wxT("Dock"), &dock, -1);
const bool found = (dock != -1);
if (found)
someFound = true;
if (!found)
dock = defaultDock;
ToolDock *d;
ToolBarConfiguration::Legacy *pLegacy;
switch(dock)
{
case TopDockID: d = mTopDock; pLegacy = &topLegacy; break;
case BotDockID: d = mBotDock; pLegacy = &botLegacy; break;
default: d = nullptr; pLegacy = nullptr; break;
}
bool ordered = ToolBarConfiguration::Read
(d ? &d->GetConfiguration() : nullptr,
pLegacy,
bar, show[ ndx ], bShownByDefault)
&& found;
gPrefs->Read( wxT("X"), &x, -1 );
gPrefs->Read( wxT("Y"), &y, -1 );
gPrefs->Read( wxT("W"), &width[ ndx ], -1 );
gPrefs->Read( wxT("H"), &height[ ndx ], -1 );
bar->SetVisible( show[ ndx ] );
// Docked or floating?
if( dock )
{
// Default to top dock if the ID isn't valid
if( dock < NoDockID || dock > DockCount ) {
dock = TopDockID;
}
// Create the bar with the correct parent
if( dock == TopDockID )
{
bar->Create( mTopDock );
}
else
{
bar->Create( mBotDock );
}
// Set the width and height
if( width[ ndx ] != -1 && height[ ndx ] != -1 )
{
wxSize sz( width[ ndx ], height[ ndx ] );
bar->SetSize( sz );
}
#ifdef EXPERIMENTAL_SYNC_LOCK
// Set the width
if( width[ ndx ] >= bar->GetSize().x )
{
wxSize sz( width[ ndx ], bar->GetSize().y );
bar->SetSize( sz );
bar->Layout();
}
#else
// note that this section is here because if you had been using sync-lock and now you aren't,
// the space for the extra button is stored in audacity.cfg, and so you get an extra space
// in the EditToolbar.
// It is needed so that the meterToolbar size gets preserved.
// Longer-term we should find a better fix for this.
wxString thisBar = bar->GetSection();
if( thisBar != wxT("Edit"))
{
// Set the width
if( width[ ndx ] >= bar->GetSize().x )
{
wxSize sz( width[ ndx ], bar->GetSize().y );
bar->SetSize( sz );
bar->Layout();
}
}
#endif
if (!ordered)
{
// These must go at the end
unordered[ dock - 1 ].Add( ndx );
}
}
else
{
// Create the bar (with the top dock being temporary parent)
bar->Create( mTopDock );
// Construct a NEW floater
wxASSERT(mParent);
ToolFrame *f = safenew ToolFrame( mParent, this, bar, wxPoint( x, y ) );
// Set the width and height
if( width[ ndx ] != -1 && height[ ndx ] != -1 )
{
wxSize sz( width[ ndx ], height[ ndx ] );
f->SetSizeHints( sz );
f->SetSize( sz );
f->Layout();
if( (x!=-1) && (y!=-1) )
bar->SetPositioned();
}
// Required on Linux Xfce
wxSize msz(width[ndx],height[ndx]-1);
bar->GetParent()->SetMinSize(msz);
// Inform toolbar of change
bar->SetDocked( NULL, false );
// Show or hide it
Expose( ndx, show[ ndx ] );
}
// Change back to the bar root
//gPrefs->SetPath( wxT("..") ); <-- Causes a warning...
// May or may not have gone into a subdirectory,
// so use an absolute path.
gPrefs->SetPath( wxT("/GUI/ToolBars") );
}
mTopDock->GetConfiguration().PostRead(topLegacy);
mBotDock->GetConfiguration().PostRead(botLegacy);
// Add all toolbars to their target dock
for( dock = 0; dock < DockCount; dock++ )
{
ToolDock *d = ( dock + 1 == TopDockID ? mTopDock : mBotDock );
d->LoadConfig();
// Add all unordered toolbars
bool deviceWasPositioned = false;
for( int ord = 0; ord < (int) unordered[ dock ].GetCount(); ord++ )
{
ToolBar *t = mBars[ unordered[ dock ][ ord ] ].get();
if (deviceWasPositioned &&
t->GetType() == DeviceBarID)
continue;
if (someFound &&
t->GetType() == ScrubbingBarID) {
// Special case code to put the NEW scrubbing toolbar where we
// want it, when audacity.cfg is present from an older version
ToolBar *lastRoot {};
// Change from the ideal configuration to the constrained one,
// just as when dragging and dropping
ToolBarConfiguration dummy;
mTopDock->WrapConfiguration(dummy);
// Start a NEW row with just the scrubbing toolbar
auto &configuration = mTopDock->GetConfiguration();
for (const auto place : configuration)
if (place.position.rightOf == nullptr)
lastRoot = place.pTree->pBar;
ToolBarConfiguration::Position position {
nullptr, lastRoot, false
};
mTopDock->Dock(t, false, position);
// Reposition the device toolbar, if it was docked above,
// right of scrubbing
const auto deviceToolBar = mBars[ DeviceBarID ].get();
if (deviceToolBar->GetDock() == mTopDock) {
deviceToolBar->GetDock()->Undock(deviceToolBar);
position = { t, nullptr };
mTopDock->Dock(deviceToolBar, false, position);
// Remember not to place the device toolbar again
deviceWasPositioned = true;
}
Expose( t->GetId(), show[ t->GetId() ] );
continue;
}
// Dock it
d->Dock( t, false );
// Show or hide the bar
Expose( t->GetId(), show[ t->GetId() ] );
}
}
// Restore original config path
gPrefs->SetPath( oldpath );
#if defined(__WXMAC__)
// Reinstate original transition
wxSystemOptions::SetOption( wxMAC_WINDOW_PLAIN_TRANSITION, mTransition );
#endif
if (!someFound)
Reset();
}
// virtual
LDraw::SizeD DockPanel::MeasureOverride(LDraw::SizeD availSize)
{
LDraw::BBoxD layoutRect(0, 0, availSize.Width, availSize.Height);
double minWidth = 0;
double minHeight = 0;
double totalWidth = 0;
double totalHeight = 0;
unsigned int ncount = get_InternalChildren()->GetCount();
#if 0
for (unsigned int i = 0; i < ncount; i++)
{
UIElement* pVisual = get_InternalChildren()->GetItem(i);//(*get_rchildList())[i];
// TODO remove this
// pVisual->SetRParent(this);
}
#endif
for (unsigned int i = 0; i < ncount; i++)
{
UIElement* pVisual = get_InternalChildren()->get_Item(i);//(*get_rchildList())[i];
ASSERT(pVisual->GetRParent() == this);
if (pVisual->get_Visibility() != Collapsed)
{
DockEnum dock = GetDock(pVisual);
if (dock == Fill || ((i == ncount-1) && get_LastChildFill()))
{
pVisual->Measure(LDraw::SizeD(layoutRect.GetWidth(), layoutRect.GetHeight()));
totalWidth += pVisual->get_DesiredSize().Width;
totalHeight += pVisual->get_DesiredSize().Height;
break;
}
else if (dock == Left)
{
pVisual->Measure(LDraw::SizeD(0, layoutRect.GetHeight()));
layoutRect.left += pVisual->get_DesiredSize().Width;
totalWidth += pVisual->get_DesiredSize().Width;
// totalHeight = max(totalHeight, pVisual->m_desiredHeight);
minHeight = MAX(minHeight, pVisual->get_DesiredSize().Height);
}
else if (dock == Top)
{
pVisual->Measure(LDraw::SizeD(layoutRect.GetWidth(), 0));
layoutRect.top += pVisual->get_DesiredSize().Height;
totalHeight += pVisual->get_DesiredSize().Height;
// totalWidth = max(totalWidth, pVisual->m_desiredWidth);
minWidth = MAX(minWidth, pVisual->get_DesiredSize().Width);
}
else if (dock == Right)
{
pVisual->Measure(LDraw::SizeD(0, layoutRect.GetHeight()));
layoutRect.right -= pVisual->get_DesiredSize().Width;
totalWidth += pVisual->get_DesiredSize().Width;
// totalHeight = max(totalHeight, pVisual->m_desiredHeight);
minHeight = MAX(minHeight, pVisual->get_DesiredSize().Height);
}
else if (dock == Bottom)
{
pVisual->Measure(LDraw::SizeD(layoutRect.GetWidth(), 0));
layoutRect.bottom -= pVisual->get_DesiredSize().Height;
totalHeight += pVisual->get_DesiredSize().Height;
// totalWidth = max(totalWidth, pVisual->m_desiredWidth);
minWidth = MAX(minWidth, pVisual->get_DesiredSize().Width);
}
else
ASSERT(0);
// pVisual->SetLayoutOffset(fLeft, fTop);
// pVisual->Arrange(LDraw::SizeF(pVisual->m_computedWidth, pVisual->m_computedHeight));
/*
if (dock == Fill ||
layoutRect.GetWidth() <= 0 ||
layoutRect.GetHeight() <= 0)
{
break;
}
*/
}
}
return LDraw::SizeD(MAX(minWidth, totalWidth), MAX(minHeight, totalHeight));
}
// virtual
LDraw::SizeD DockPanel::ArrangeOverride(LDraw::SizeD finalSize)
{
LDraw::BBoxD layoutRect(0, 0, finalSize.Width, finalSize.Height);
unsigned int ncount = get_InternalChildren()->GetCount();//get_rchildList()->get_Size();
for (unsigned int i = 0; i < ncount; i++)
{
UIElement* pVisual = get_InternalChildren()->get_Item(i);//(*get_rchildList())[i];
if (pVisual->get_Visibility() != Collapsed)
{
// long dockValue;
DockEnum dock = GetDock(pVisual);
ASSERT(pVisual->get_DesiredSize().Width >= 0 && pVisual->get_DesiredSize().Height >= 0);
// double fLeft;
// double fTop;
if (dock == Fill || ((i == ncount-1) && get_LastChildFill()))
{
pVisual->Arrange(layoutRect);//LDraw::RectD(layoutRect.GetWidth(), layoutRect.GetHeight()));
// fLeft = layoutRect.left;
// fTop = layoutRect.top;
}
else if (dock == Left)
{
pVisual->Arrange(LDraw::RectD(layoutRect.left, layoutRect.top, pVisual->get_DesiredSize().Width, layoutRect.GetHeight()));
// fLeft = layoutRect.left;
// fTop = layoutRect.top;
layoutRect.left += pVisual->get_ActualSize().Width;
}
else if (dock == Top)
{
pVisual->Arrange(LDraw::RectD(layoutRect.left, layoutRect.top, layoutRect.GetWidth(), pVisual->get_DesiredSize().Height));
// fLeft = layoutRect.left;
// fTop = layoutRect.top;
layoutRect.top += pVisual->get_ActualSize().Height;
}
else if (dock == Right)
{
pVisual->Arrange(LDraw::RectD(layoutRect.right - pVisual->get_DesiredSize().Width, layoutRect.top, pVisual->get_DesiredSize().Width, layoutRect.GetHeight()));
// fLeft = layoutRect.right - pVisual->get_ActualSize().Width;
// fTop = layoutRect.top;
layoutRect.right -= pVisual->get_ActualSize().Width;
}
else if (dock == Bottom)
{
pVisual->Arrange(LDraw::RectD(layoutRect.left, layoutRect.bottom - pVisual->get_DesiredSize().Height, layoutRect.GetWidth(), pVisual->get_DesiredSize().Height));
// fLeft = layoutRect.left;
// fTop = layoutRect.bottom - pVisual->get_ActualSize().Height;
layoutRect.bottom -= pVisual->get_ActualSize().Height;
}
else
ASSERT(0);
// pVisual->SetLayoutOffset(fLeft, fTop);
if (dock == Fill ||
layoutRect.GetWidth() <= 0 ||
layoutRect.GetHeight() <= 0)
{
break;
}
}
}
return finalSize;
}
