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reference: Docking examples

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cxl 2011-09-02 08:19:55 +00:00
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#include <Docking/Docking.h>
using namespace Upp;
/*
** This is an advanced example designed to show most of the available Docking features, and how
** might be used in a real world application.
**
** Features used:
** Serailization
** Including a default layout as binary data in the exe.
** Layout templates with DockableCtrls
** Dock Manager (Group/layout management)
** Standard Docking Menu
** Permitted/denied docking alignments per window
*/
#define LAYOUTFILE <DockingExample2/DockingExample.lay>
#include <CtrlCore/lay.h>
#define TOPICFILE <DockingExample2/app.tpp/all.i>
#include <Core/topic_group.h>
// This sets up our backup serialization data (see Upp documentation for how .brc files work)
#include <DockingExample2/DefaultLayout.brc>
/*
** Class declaration. Notice that we inherit from DockWindow (not TopWindow)
*/
class DockingExample : public DockWindow {
public:
typedef DockingExample CLASSNAME;
DockingExample();
virtual void Close();
private:
// Some DockableCtrls using Layout template
WithDockingToolsLayout<DockableCtrl> toolwindow;
WithDockingOptionsLayout<DockableCtrl> optionswindow;
// Some data ctrls (will be added with Dockable())
ArrayCtrl arrayctrl1, arrayctrl2;
TreeCtrl treectrl1, treectrl2;
Button button;
// A menu bar to hold our windows
MenuBar menu;
// Our initialization function
virtual void DockInit();
// MenuBar callback function
void MainMenu(Bar &bar);
// Option callback handler
void OnDockAllow(int align, Option *ctrl);
// Button callback handler
void OnUserGuide();
// Functions to put data in our ctrls (fluff)
void FillArray(ArrayCtrl &array);
void FillTree(TreeCtrl &tree);
};
/*
** Source
*/
DockingExample::DockingExample()
{
Title("DockingExample2 : Advanced Docking").Sizeable(true).Zoomable(true);
// Layout out windows
CtrlLayout(toolwindow, "Tools");
CtrlLayout(optionswindow, "Options");
// Add our MenuBar using the standard Docking menu
AddFrame(menu); // menu must be added before Set or it thinks it's a context menu
menu.Set(THISBACK(MainMenu));
// Set Option callbacks. The option ctrls will permit/deny docking in different directions
// for optionswindow only. The (int) is for the benefit of GCC
// You can also do this for the whole window (see DockWindow::AllowDockLeft() etc)
optionswindow.dockleft <<= THISBACK2(OnDockAllow, (int)DOCK_LEFT, &optionswindow.dockleft);
optionswindow.docktop <<= THISBACK2(OnDockAllow, (int)DOCK_TOP, &optionswindow.docktop);
optionswindow.dockright <<= THISBACK2(OnDockAllow, (int)DOCK_RIGHT, &optionswindow.dockright);
optionswindow.dockbottom <<= THISBACK2(OnDockAllow, (int)DOCK_BOTTOM, &optionswindow.dockbottom);
// Now we put some bogus data in our controls
FillArray(arrayctrl1);
FillTree(treectrl1);
FillArray(arrayctrl2);
FillTree(treectrl2);
// And add the User-Guide button
Add(button.SetLabel("User Guide").LeftPosZ(4, 100).TopPosZ(4, 23));
button <<= THISBACK(OnUserGuide);
}
void DockingExample::DockInit()
/* This is the docking initialisation function. It gets called after the window is opened,
** and it's here you should do your docking/serialization, if you do it in the contructor
** you get various problems (incorrect layout, floating windows not opening).
*/
{
// Because we are going to use Serialization and will always have a Layout available we
// don't need to Dock/Float windows manually. Instead we just Register them.
// First our windows. These don't need size hints as they were set already by CtrlLayout
Register(toolwindow.Icon(CtrlImg::copy()));
Register(optionswindow.Icon(CtrlImg::paste()));
// And now our data ctrls
Register(Dockable(arrayctrl1, "ArrayCtrl 1").SizeHint(Size(300, 200)));
Register(Dockable(treectrl1, "TreeCtrl 1").SizeHint(Size(300, 200)));
Register(Dockable(arrayctrl2, "ArrayCtrl 2").SizeHint(Size(300, 200)));
Register(Dockable(treectrl2, "TreeCtrl 2").SizeHint(Size(300, 200)));
// Now we're ready to Serialize. The first time you run this example there won't be a data
// file, but I have included serialized copy in the .EXE to use as Default
// Note that we use SerializeWindow, not Serialize.
FileIn in(GetDataFile("docklayout.dat"));
bool badfile = !in.IsOpen();
if (!badfile) {
SerializeWindow(in);
badfile = in.IsError();
}
// If the file didn't open or was corrupt, use default layout
if (badfile) {
MemStream in(default_layout_bin, default_layout_bin_length);
SerializeWindow(in);
}
}
void DockingExample::Close()
{
// Save our current layout & settings
FileOut out(GetDataFile("docklayout.dat"));
if (out.IsOpen())
SerializeWindow(out);
TopWindow::Close();
}
void DockingExample::MainMenu(Bar &bar)
{
// Add a Windows menu.
// We're using a the standard DockWindow menu, though you can also roll your own.
bar.Add("Windows", Image(), THISBACK(DockWindowMenu));
}
void DockingExample::OnDockAllow(int align, Option *ctrl)
// Permit/deny docking in different directions
// for optionswindow only.
// You can also do this for the whole window (see DockWindow::AllowDockLeft() etc)
{
optionswindow.AllowDock(align, !(bool)~(*ctrl));
}
/*
** Everything after here is fluff
*/
void DockingExample::OnUserGuide()
{
HelpWindow help;
help.GoTo("topic://DockingExample2/app/userguide$en-us");
help.Run();
}
void DockingExample::FillArray(ArrayCtrl &array)
{
array.AddColumn("Number");
array.AddColumn("Roman numbers");
array.MultiSelect();
for(int i = 0; i < 200; i++)
array.Add(i, FormatIntRoman(i, true));
}
void DockingExample::FillTree(TreeCtrl &tree)
{
Vector<int> parent, parent2;
parent.Add(0);
tree.SetRoot(Image(), "The Tree");
for(int i = 1; i < 10000; i++) {
parent.Add(tree.Add(parent[rand() % parent.GetCount()], Image(),
FormatIntRoman(i, true)));
if((rand() & 3) == 0)
tree.Open(parent.Top());
}
tree.Open(0);
}
GUI_APP_MAIN
{
DockingExample().Run();
}