ultimatepp/uppsrc/Docking/DockWindow.cpp
cxl 8ebdcbb0d5 uppsrc: NAMESPACE_UPP / END_UPP_NAMESPACE removed
git-svn-id: svn://ultimatepp.org/upp/trunk@10186 f0d560ea-af0d-0410-9eb7-867de7ffcac7
2016-08-26 17:15:30 +00:00

1710 lines
41 KiB
C++

#include "Docking.h"
namespace Upp {
#define ALIGN_ASSERT(al) ASSERT(al >= 0 && al < 4)
#define FRAME_MOVE_DIV 5 // Outside fraction of the highlight that the mouse must be in to trigger dockpane reordering
#define VERSION 5 // Serialisation version
/*
* Public interface
*/
void DockWindow::State(int reason)
{
if (reason == Ctrl::OPEN) {
if (!hideframe[0].GetParent())
DockLayout();
if (!init) {
DockInit();
init = true;
StopHighlight(false);
}
}
TopWindow::State(reason);
}
bool DockWindow::Key(dword key, int count)
{
DoHotKeys(key);
return TopWindow::Key(key, count);
}
void DockWindow::DoHotKeys(dword key)
{
if (!HasCloseButtons() || IsLocked()) return;
for (int i = 0; i < dockers.GetCount(); i++) {
if (dockers[i]->IsHotKey(key))
HideRestoreDocker(*dockers[i]);
}
}
void DockWindow::Dock(int align, DockableCtrl& dc, int pos)
{
ALIGN_ASSERT(align);
Register(dc);
DockContainer(align, *GetReleasedContainer(dc), pos);
}
void DockWindow::Tabify(DockableCtrl& target, DockableCtrl& dc)
{
ASSERT(GetContainer(target));
Register(dc);
DockAsTab(*GetContainer(target), dc);
}
void DockWindow::Float(DockableCtrl& dc, Point p)
{
if (dc.GetParent() && p.IsNullInstance())
p = GetScreenRect().TopLeft();
else
Register(dc);
FloatContainer(*GetReleasedContainer(dc), p);
}
void DockWindow::Float(DockableCtrl& dc, const char *title, Point p)
{
dc.Title(title);
Float(dc, p);
}
void DockWindow::AutoHide(DockableCtrl& dc)
{
if (dc.IsAutoHide()) return;
int align = GetDockAlign(dc);
AutoHide(align == DOCK_NONE ? DOCK_TOP : align, dc);
}
void DockWindow::AutoHide(int align, DockableCtrl& dc)
{
ALIGN_ASSERT(align);
Register(dc);
DockCont *c = GetReleasedContainer(dc);
c->StateAutoHide(*this);
hideframe[align].AddCtrl(*c, dc.GetGroup());
}
int DockWindow::FindDocker(const Ctrl *dc)
{
for (int i = 0; i < dockers.GetCount(); i++)
if (dc == (Ctrl *) dockers[i])
return i;
return -1;
}
DockableCtrl& DockWindow::Register(DockableCtrl& dc)
{
int ix = FindDocker(&dc);
if (ix < 0) {
ix = dockers.GetCount();
dockers.Add(&dc);
dockerpos.Add();;
}
return *dockers[ix];
}
void DockWindow::Deregister(const DockableCtrl& dc)
{
int ix = FindDocker(&dc);
if (ix >= 0) {
DockableCtrl &dc = *dockers[ix];
dockers.Remove(ix);
Close(dc);
dockerpos.Remove(ix);
}
for (int i = 0; i < ctrls.GetCount(); i++) {
if (&dc == &ctrls[i]) {
ctrls.Remove(i);
break;
}
}
}
void DockWindow::Close(DockableCtrl& dc)
{
DockCont *c = GetContainer(dc);
if (c && c->GetCount() > 1) {
SaveDockerPos(dc);
dc.Remove();
c->Layout();
return;
}
if (c) CloseContainer(*c);
}
void DockWindow::ActivateDockable(Ctrl& c)
{
int ix = FindDocker(&c);
if (ix >= 0)
Activate(*dockers[ix]);
}
void DockWindow::ActivateDockableChild(Ctrl& c)
{
Ctrl *p = c.GetParent();
int ix = -1;
while (p && (ix = FindDocker(p)) < 0)
p = p->GetParent();
if (ix >= 0)
Activate(*dockers[ix]);
}
void DockWindow::Activate(DockableCtrl& dc)
{
if (dc.IsVisible() && dc.IsOpen())
return dc.TimedHighlight(200);
DockCont *c = GetContainer(dc);
if (!c)
c = CreateContainer(dc);
if (c->IsHidden())
RestoreDockerPos(dc);
else if (c->IsAutoHide()) {
for (int i = 0; i <= DOCK_BOTTOM; i++)
if (hideframe[i].HasCtrl(*c))
hideframe[i].ShowAnimate(c);
}
else
c->SetCursor(dc);
}
void DockWindow::SaveDockerPos(DockableCtrl& dc, PosInfo& pi)
{
// Get the container
DockCont *cont = GetContainer(dc);
if (!cont) {
// Ctrl must be hidden
pi = PosInfo();
return;
}
// Are we tabbed?
pi.tabcont = (cont->GetCount() > 1) ? cont : NULL;
// Find top DockCont in case of nesting
DockCont *parent = GetContainer(*cont);
while (parent) {
cont = parent;
parent = GetContainer(*cont);
}
// Save state
pi.state = cont->GetDockState();
// determine context info
StringStream s;
switch (pi.state) {
case DockCont::STATE_DOCKED: {
int align = GetDockAlign(*cont);
ALIGN_ASSERT(align);
int ps = dockpane[align].GetChildIndex(cont);
ASSERT(ps >= 0);
Size sz = cont->GetSize();
s % align % ps % sz;
break;
}
case DockCont::STATE_FLOATING:
cont->SerializePlacement(s);
break;
case DockCont::STATE_AUTOHIDE:
for (int i = 0; i < 4; i++) {
int ix = hideframe[i].FindCtrl(*cont);
if (ix >= 0) {
s.Put(ix);
break;
}
ASSERT(i != 3); // No alignment found!
}
break;
default:
return;
}
pi.data = s;
}
void DockWindow::SetDockerPosInfo(DockableCtrl& dc, const PosInfo& pi)
{
// Find PosInfo record for the ctrl
int ix = FindDocker(&dc);
if (ix < 0) return;
dockerpos[ix] = pi;
}
void DockWindow::SaveDockerPos(DockableCtrl& dc)
{
// Find PosInfo record for the ctrl
int ix = FindDocker(&dc);
if (ix < 0) return;
SaveDockerPos(dc, dockerpos[ix]);
}
void DockWindow::RestoreDockerPos(DockableCtrl& dc, bool savefirst)
{
// Find PosInfo record for the ctrl
int ix = FindDocker(&dc);
if (ix < 0) return;
PosInfo pi = dockerpos[ix];
if (savefirst)
SaveDockerPos(dc);
if (pi.state == DockCont::STATE_NONE) {
Float(dc);
return;
}
// Read position based on state
StringStream s(pi.data);
switch (pi.state) {
case DockCont::STATE_DOCKED: {
int align, ps;
Size sz;
s % align % ps % sz;
ALIGN_ASSERT(align);
if (pi.tabcont && pi.tabcont->GetDockAlign() == align)
DockAsTab(*~pi.tabcont, dc);
else {
DockCont *cont = GetReleasedContainer(dc);
cont->StateDocked(*this);
Dock0(align, *cont, ps, sz);
}
break;
}
case DockCont::STATE_FLOATING: {
DockCont *cont = GetReleasedContainer(dc);
cont->SerializePlacement(s);
if (pi.tabcont && pi.tabcont->IsFloating())
DockAsTab(*~pi.tabcont, dc);
else
FloatContainer(*cont, Null, false);
break;
}
case DockCont::STATE_AUTOHIDE: {
AutoHide(s.Get(), dc);
break;
}
default:
NEVER();
}
}
void DockWindow::HideRestoreDocker(DockableCtrl& dc)
{
if (dc.IsHidden())
DockWindow::RestoreDockerPos(dc);
else
DockWindow::Close(dc);
}
void DockWindow::DockGroup(int align, String group, int pos)
{
ALIGN_ASSERT(align);
bool all = group == "All";
for (int i = 0; i < dockers.GetCount(); i++)
if (all || dockers[i]->GetGroup() == group && IsDockAllowed(align, *dockers[i]))
Dock(align, *dockers[i], pos);
}
void DockWindow::ForceDockGroup(int align, String group, int pos)
{
ALIGN_ASSERT(align);
bool all = group == "All";
for (int i = 0; i < dockers.GetCount(); i++)
if (all || dockers[i]->GetGroup() == group)
Dock(align, *dockers[i], pos);
}
void DockWindow::FloatGroup(String group)
{
bool all = group == "All";
Point p = GetScreenRect().TopLeft();
Point inc(20, 20);
for (int i = 0; i < dockers.GetCount(); i++)
if (all || dockers[i]->GetGroup() == group) {
p += inc;
Float(*dockers[i], p);
}
}
void DockWindow::AutoHideGroup(int align, String group)
{
ALIGN_ASSERT(align);
bool all = group == "All";
for (int i = 0; i < dockers.GetCount(); i++)
if (all || dockers[i]->GetGroup() == group)
AutoHide(align, *dockers[i]);
}
void DockWindow::AutoHideGroup(String group)
{
bool all = group == "All";
for (int i = 0; i < dockers.GetCount(); i++)
if (all || dockers[i]->GetGroup() == group)
AutoHide(*dockers[i]);
}
void DockWindow::TabDockGroup(int align, String group, int pos)
{
if (DockCont *c = TabifyGroup(group)) {
if (c->IsDockAllowed(align))
DockContainer(align, *c, pos);
else
FloatContainer(*c);
}
}
void DockWindow::ForceTabDockGroup(int align, String group, int pos)
{
if (DockCont *c = TabifyGroup(group))
DockContainer(align, *c, pos);
}
void DockWindow::TabFloatGroup(String group)
{
if (DockCont *c = TabifyGroup(group))
FloatContainer(*c);
}
DockCont * DockWindow::TabifyGroup(String group)
{
DockCont *c = NULL;
bool all = group == "All";
for (int i = 0; i < dockers.GetCount(); i++)
if (all || dockers[i]->GetGroup() == group) {
if (c)
DockAsTab(*c, *dockers[i]);
else
c = GetReleasedContainer(*dockers[i]);
}
return c;
}
void DockWindow::CloseGroup(String group)
{
bool all = group == "All";
for (int i = 0; i < dockers.GetCount(); i++)
if (all || dockers[i]->GetGroup() == group)
Close(*dockers[i]);
for (int i = 0; i < conts.GetCount(); i++)
conts[i].Layout();
}
/*
* Container management
*/
DockCont * DockWindow::CreateContainer()
{
DockCont *dc = &conts.Add();
dc->StateNotDocked(this);
SyncContainer(*dc);
return dc;
}
DockCont * DockWindow::CreateContainer(DockableCtrl& dc)
{
DockCont *c = CreateContainer();
c->Add(dc);
return c;
}
void DockWindow::DestroyContainer(DockCont& c)
{
for (int i = 0; i < conts.GetCount(); i++)
if (&conts[i] == &c)
return conts.Remove(i);
}
DockCont *DockWindow::GetReleasedContainer(DockableCtrl& dc)
{
DockCont *c = GetContainer(dc);
if (c && c->GetCount() > 1) {
SaveDockerPos(dc);
dc.Remove();
c->RefreshLayout();
c = NULL;
}
if (c)
Detach(*c);
else
c = CreateContainer(dc);
return c;
}
void DockWindow::SyncContainer(DockCont& c)
{
// c.ToolWindow(childtoolwindows);
c.Grouping(grouping);
c.WindowButtons(menubtn, hidebtn, closebtn);
c.SyncButtons();
c.Lock(IsLocked());
if (!tabalign)
c.SyncTabs(TabBar::BOTTOM, tabtext);
else {
int align;
if ((align = GetDockAlign(c)) == DOCK_NONE && c.IsAutoHide())
for (int i = 0; i < DOCK_BOTTOM; i++)
if (hideframe[i].HasCtrl(c)) {
align = i;
break;
}
align = IsTB(align) ? TabBar::RIGHT : TabBar::BOTTOM;
c.SyncTabs(align, tabtext);
}
}
void DockWindow::SyncAll()
{
for (int i = 0; i < conts.GetCount(); i++)
SyncContainer(conts[i]);
}
/*
* Docking/Undocking helpers
*/
void DockWindow::Undock0(Ctrl& c, bool do_animatehl, int fsz, bool ishighlight)
{
int al = GetDockAlign(c);
Ctrl *p = c.GetParent();
if (p != &dockpane[al]) {
c.Remove();
if (p) {
p->Layout();
p->RefreshLayout();
}
}
else {
if (dockpane[al].GetFirstChild() == dockpane[al].GetLastChild())
fsz = 0;
dockpane[al].Undock(c, do_animatehl, ishighlight); // TODO: fix nasty hack
if (fsz >= 0)
DoFrameSize(do_animatehl, al, fsz);
}
}
void DockWindow::DoFrameSize(bool animate, int align, int targetsize)
{
if (!animate || !IsAnimatedFrames()) {
dockframe[align].SetSize(targetsize);
if (targetsize <= 0)
dockframe[align].Hide();
}
else {
FrameAnim& a = frameanim[align];
if (a.inc)
dockframe[align].SetSize(a.target);
a.target = max(targetsize, 0);
a.inc = (targetsize - dockframe[align].GetSize()) / dockpane[0].GetAnimMaxTicks();
if (!a.inc)
a.inc = (targetsize > dockframe[align].GetSize()) ? 1 : -1;
KillSetTimeCallback(-dockpane[0].GetAnimInterval(), THISBACK(FrameAnimateTick), TIMEID_ANIMATE);
}
}
void DockWindow::FrameAnimateTick()
{
bool done = true;
for (int i = 0; i < 4; i++) {
FrameAnim& a = frameanim[i];
if (a.inc) {
int sz = dockframe[i].GetSize() + a.inc;
if (a.inc > 0 && sz >= a.target || a.inc < 0 && sz <= a.target) {
sz = a.target;
a.inc = 0;
if (sz == 0)
dockframe[i].Hide();
}
else
done = false;
dockframe[i].SetSize(sz);
}
}
if (done)
KillTimeCallback(TIMEID_ANIMATE);
}
void DockWindow::Undock(DockCont& c)
{
if (!c.IsFloating() && !c.IsHidden()) {
if (c.IsAutoHide()) {
for (int i = 0; i < 4; i++) {
int ix = hideframe[i].FindCtrl(c);
if (ix >= 0) {
hideframe[i].RemoveCtrl(ix);
hideframe[i].RefreshFrame();
break;
}
}
}
else {
int dock = GetDockAlign(c);
if (dock >= 0 && dock < 4) {
Ctrl *p = &c;
while (p && p->GetParent() != &dockpane[dock]) p = p->GetParent();
ASSERT(p);
bool v = !IsTB(dock);
c.SyncUserSize(v, !v);
}
Undock0(c);
}
c.StateNotDocked();
}
}
void DockWindow::Unfloat(DockCont& c)
{
if (c.IsFloating()) {
c.SyncUserSize(true, true);
if (c.IsOpen() || c.IsPopUp())
c.Close();
c.StateNotDocked();
}
}
void DockWindow::DockAsTab(DockCont& target, DockableCtrl& dc)
{
DockCont *c = GetContainer(dc);
if (c) {
if (c->GetCount() == 1)
CloseContainer(*c);
else {
Ctrl *c = dc.GetParent();
dc.Remove();
c->Layout();
}
}
target.Add(dc);
}
void DockWindow::Dock0(int align, Ctrl& c, int pos, bool do_animatehl, bool ishighlight)
{
Dock0(align, c, pos, CtrlBestSize(c, align), do_animatehl, ishighlight);
}
void DockWindow::Dock0(int align, Ctrl& c, int pos, Size sz, bool do_animatehl, bool ishighlight)
{
int fsz = IsTB(align) ? sz.cy : sz.cx;
if (!dockframe[align].IsShown())
dockframe[align].Show();
if (fsz > dockframe[align].GetSize())
DoFrameSize(do_animatehl, align, fsz);
dockpane[align].Dock(c, sz, pos, do_animatehl, ishighlight);
}
/*
* Container docking
*/
void DockWindow::DockContainer(int align, DockCont& c, int pos)
{
Detach(c);
c.StateDocked(*this);
Dock0(align, c, pos);
}
void DockWindow::DockContainerAsTab(DockCont& target, DockCont& c, bool do_nested)
{
Detach(c);
if (do_nested) {
c.StateTabbed(*this);
target << c;
}
else {
target.AddFrom(c);
DestroyContainer(c);
}
}
void DockWindow::FloatContainer(DockCont& c, Point p, bool move)
{
ASSERT(IsOpen());
if (c.IsFloating()) return;
Detach(c);
c.StateFloating(*this);
if (move) {
Size best = CtrlBestSize(c, false);
if (p.IsNullInstance())
p = GetScreenRect().CenterPoint() - best/2;
c.SetClientRect(Rect(p, best));
}
c.Open(this);
}
void DockWindow::FloatFromTab(DockCont& c, DockCont& tab)
{
Rect r = c.GetScreenRect();
tab.SetClientRect(r);
tab.StateNotDocked(this);
c.RefreshLayout();
tab.MoveBegin();
}
void DockWindow::AutoHideContainer(int align, DockCont& c)
{
while (c.GetCount() && !c.IsAutoHide())
AutoHide(align, c.Get(0));
}
void DockWindow::CloseContainer(DockCont& c)
{
c.SetAllDockerPos();
c.Clear();
Detach(c);
DestroyContainer(c);
}
/*
* Docking Interface helpers
*/
DockCont *DockWindow::GetMouseDockTarget()
{
Point mp = GetMousePos();
for (int i = 0; i < 4; i++) {
if (dockpane[i].IsShown()) {
Rect r = dockpane[i].GetScreenRect();
if (r.Contains(mp))
return dynamic_cast<DockCont *>(dockpane[i].ChildFromPoint(mp -= r.TopLeft()));
}
}
return NULL;
}
int DockWindow::GetDockAlign(const Ctrl& c) const
{
Ctrl *p = c.GetParent();
while (p && p->GetParent() != this) p = p->GetParent();
for (int i = 0; i < 4; i++)
if (dockpane[i].GetParent() == p) return i;
return DOCK_NONE;
}
int DockWindow::GetDockAlign(const Point& p) const
{
for (int i = 0; i < 4; i++)
if (dockpane[i].IsVisible() && dockpane[i].GetScreenRect().Contains(p))
return i;
return DOCK_NONE;
}
int DockWindow::GetAutoHideAlign(const DockCont& c) const
{
for (int i = 0; i < 4; i++) {
if (hideframe[i].HasCtrl(c))
return i;
}
return DOCK_NONE;
}
Size DockWindow::CtrlBestSize(const Ctrl& c, int align, bool restrict) const
{
Size mn = c.GetMinSize();
Size mx = c.GetMaxSize();
Size std = c.GetStdSize();
if (restrict) {
if (IsTB(align))
mx.cy = minmax(GetSize().cy/2, mn.cy, mx.cy);
else
mx.cx = minmax(GetSize().cx/2, mn.cx, mx.cx);
}
return minmax(std, mn, mx);
}
DockCont *DockWindow::FindDockTarget(DockCont& dc, int& dock)
{
Point p = GetMousePos();
Rect r = GetScreenView(); // IODO: This is not technically correct if the user has added additional frames.
// Need to manually FrameAddSize for all frames up tolast dockpane
DockCont *target = NULL;
int align = DOCK_NONE;
dock = DOCK_NONE;
if (r.Contains(p)) {
// Check for mouse near hidden dockpanes
dock = GetPointAlign(p, r, true, true, true);
if (dock != DOCK_NONE && dockpane[dock].IsVisible())
dock = DOCK_NONE;
}
else {
// Check for mouse over a docked container
target = GetMouseDockTarget();
if (target) {
r = target->GetScreenRect();
dock = GetDockAlign(*target);
align = GetPointAlign(p, r, IsTabbing(), IsTB(dock), !IsTB(dock));
}
else
return NULL;
}
if (dock != DOCK_NONE && (!dc.IsDockAllowed(dock)
|| IsPaneAnimating(dock) || IsFrameAnimating(dock))
|| (dock == DOCK_NONE && !target)) {
dock = DOCK_NONE;
return NULL;
}
// Prepare for highlight
if (target) {
GetHighlightCtrl().bounds = GetAlignBounds(align, r, IsTabbing(), IsTB(dock), !IsTB(dock));
if (align == DOCK_NONE)
dock = DOCK_NONE; // Tabbing
// The following code handles the case of an insertion between two docked controls. In this case we must set
// the highlight bounds to be a union of the bounds from each control. Very ugly.
if (dock != DOCK_NONE) {
Ctrl *c = IsTL(align) ? target->GetPrev() : target->GetNext();
if (c) {
int opal = align > 1 ? align-2 : align+2;
GetHighlightCtrl().bounds.Union(GetAlignBounds(opal, c->GetScreenRect(), IsTabbing()));
}
target = IsTL(align) ? target : dynamic_cast<DockCont*>(target->GetNext());
}
}
else if (dock != DOCK_NONE)
GetHighlightCtrl().bounds = GetAlignBounds(dock, r, true);
return target;
}
Rect DockWindow::GetAlignBounds(int al, Rect r, bool center, bool allow_lr, bool allow_tb)
{
Size border = r.GetSize()/4;
switch (al) {
case DOCK_LEFT:
r.right = r.left + (center ? border.cx : (GHalf_(r.left + r.right)));
return r;
case DOCK_TOP:
r.bottom = r.top + (center ? border.cy : (GHalf_(r.top + r.bottom)));
return r;
case DOCK_RIGHT:
r.left = r.right - (center ? border.cx : (GHalf_(r.left + r.right)));
return r;
case DOCK_BOTTOM:
r.top = r.bottom - (center ? border.cy : (GHalf_(r.top + r.bottom)));
return r;
}
if (allow_lr)
r.DeflateHorz(border.cx);
if (allow_tb)
r.DeflateVert(border.cy);
return r;
}
int DockWindow::GetPointAlign(const Point p, Rect r, bool center, bool allow_lr, bool allow_tb)
{
Size border = r.GetSize();
border.cx = allow_lr ? border.cx/4 : 0;
border.cy = allow_tb ? border.cy/4 : 0;
if (center && r.Deflated(border).Contains(p))
return DOCK_NONE;
int q = GetQuad(p, r);
int al = DOCK_NONE;
if (q == 0 || q == 1)
al = DOCK_TOP;
else if (q == 2 || q == 3)
al = DOCK_RIGHT;
else if (q == 4 || q == 5)
al = DOCK_BOTTOM;
else if (q == 6 || q == 7)
al = DOCK_LEFT;
if (!allow_lr && (al == DOCK_LEFT || al == DOCK_RIGHT))
al = (q == 7 || q == 2) ? DOCK_TOP : DOCK_BOTTOM;
else if (!allow_tb && (al == DOCK_TOP || al == DOCK_BOTTOM))
al = (q == 0 || q == 5) ? DOCK_LEFT : DOCK_RIGHT;
return al;
}
int DockWindow::GetQuad(Point p, Rect r)
/* Finds the quadrant in the rectangle for point p:
-------
|\0|1/|
|7\|/2|
|-----|
|6/|\3|
|/5|4\|
-------
*/
{
Point cp = r.CenterPoint();
p -= cp;
cp -= r.TopLeft();
if (p.x <= 0) { // Left
if (p.y <= 0) // Top-Left
return ((p.y * cp.x)/cp.y > p.x) ? 7 : 0;
else {// Bottom-Left
p.x = -p.x;
return ((p.y * cp.x)/cp.y > p.x) ? 5 : 6;
}
}
else { // Right
if (p.y <= 0) { // Top-Right
p.x = -p.x;
return ((p.y * cp.x)/cp.y > p.x) ? 2 : 1;
}
else // Bottom-Right
return ((p.y * cp.x)/cp.y > p.x) ? 4 : 3;
}
}
Rect DockWindow::GetFinalAnimRect(int align, Ctrl& c)
{
if (c.GetParent() != &dockpane[align])
// c is docked as a tab
return c.GetScreenRect();
Rect r = dockpane[align].GetFinalAnimRect(c);
r.Offset(dockpane[align].GetScreenRect().TopLeft());
if (IsFrameAnimating(align)) {
switch (align) {
case DOCK_LEFT:
r.right = r.left + frameanim[align].target - 4;
break;
case DOCK_TOP:
r.bottom = r.top + frameanim[align].target - 4;
break;
case DOCK_RIGHT:
r.left = r.right - frameanim[align].target - 4;
break;
case DOCK_BOTTOM:
r.top = r.bottom - frameanim[align].target - 4;
break;
}
}
return r;
}
// HighlightCtrl
void DockWindow::HighlightCtrl::Paint(Draw& w)
{
if (buffer.IsEmpty())
ChPaint(w, GetSize(), *highlight);
else
w.DrawImage(0, 0, buffer);
}
void DockWindow::HighlightCtrl::SetHighlight(const Value& hl, bool _isnested, bool _cannest, Image bg)
{
highlight = &hl;
img = bg;
buffer.Clear();
cannest = _cannest;
isnested = cannest && _isnested;
CreateBuffer();
}
void DockWindow::HighlightCtrl::SetNested(bool _isnested)
{
bool nest = cannest && _isnested;
if (nest != isnested) {
isnested = nest;
CreateBuffer();
}
}
void DockWindow::HighlightCtrl::CreateBuffer()
{
if (!img.IsEmpty()) {
Size sz = img.GetSize();
ImageDraw w(sz);
w.DrawImage(0, 0, img);
if (isnested) {
Rect r = sz;
Rect t = r;
const TabCtrl::Style& s = TabBar::StyleDefault();
t.bottom -= s.tabheight + s.sel.top + 1; // Nasty bodge! See TabBar::GetStyleHeight
r.top = t.bottom-1;
r.right = max(min(150, r.GetWidth()/3), 20);
r.left += 10;
ChPaint(w, r, *highlight);
ChPaint(w, t, *highlight);
}
else
ChPaint(w, sz, *highlight);
buffer = w;
Refresh();
}
}
// Drag and Drop interface
void DockWindow::StartHighlight(DockCont *dc)
{
int align = DOCK_NONE;
DockCont *target = FindDockTarget(*dc, align);
if (align != DOCK_NONE || target) {
dc->SyncUserSize(true, true);
Highlight(align, *dc, target);
}
else
StopHighlight(IsAnimatedHighlight());
}
void DockWindow::Highlight(int align, DockCont& cont, DockCont *target)
{
HighlightCtrl& hl = GetHighlightCtrl();
DockableCtrl& dc = cont.GetCurrent();
ASSERT(&hl != (Ctrl *)&cont);
hl.SizeHint(cont.GetMinSize(), cont.GetMaxSize(), cont.GetStdSize()).Show();
prehighlightframepos = -1;
if (align != DOCK_NONE) {
if (NeedFrameReorder(align))
DoFrameReorder(align);
// Do highlight
hl.SetHighlight(dc.GetStyle().highlight[0], false, 0);
hl.oldframesize = dockframe[align].GetSize();
int pos = target ? dockpane[align].GetChildIndex(target) : -1;
Dock0(align, hl, pos, IsAnimatedHighlight(), true);
}
else if (target && IsTabbing()) {
hl.Title(cont.GetTitle(true)).Icon(dc.GetIcon());
hl.SetHighlight(dc.GetStyle().highlight[1], CheckNesting(), cont.GetCount() > 1,
target->GetHighlightImage());
if (false && frameorder) {
align = GetDockAlign(*target);
ALIGN_ASSERT(align);
if (NeedFrameReorder(align))
DoFrameReorder(align);
}
DockAsTab(*target, hl);
}
}
void DockWindow::StopHighlight(bool do_animatehl)
{
HighlightCtrl& hl = GetHighlightCtrl();
if (hl.GetParent()) {
UndoFrameReorder();
Undock0(hl, do_animatehl, hl.oldframesize, true);
hl.ClearHighlight();
}
}
void DockWindow::DoFrameReorder(int align)
{
// Reorder dockpanes
int ix = FindFrame(dockframe[align]);
if (ix != dockframepos) {
prehighlightframepos = ix;
RemoveFrame(ix);
InsertFrame(dockframepos, dockframe[align]);
}
}
void DockWindow::UndoFrameReorder()
{
if (IsReorderingFrames()) {
CtrlFrame& c = GetFrame(dockframepos);
RemoveFrame(dockframepos);
InsertFrame(prehighlightframepos, c);
prehighlightframepos = -1;
}
}
bool DockWindow::NeedFrameReorder(int align)
{
// Determine if we need to re-order the dockpanes to set layout precedence
if (!frameorder) return false;
switch (align) {
case DOCK_LEFT:
return GetMousePos().x < (GetHighlightCtrl().bounds.left + GetHighlightCtrl().bounds.Width() / FRAME_MOVE_DIV);
case DOCK_RIGHT:
return GetMousePos().x > (GetHighlightCtrl().bounds.right - GetHighlightCtrl().bounds.Width() / FRAME_MOVE_DIV);
case DOCK_TOP:
return GetMousePos().y < (GetHighlightCtrl().bounds.top + GetHighlightCtrl().bounds.Height() / FRAME_MOVE_DIV);
case DOCK_BOTTOM:
return GetMousePos().y > (GetHighlightCtrl().bounds.bottom - GetHighlightCtrl().bounds.Height() / FRAME_MOVE_DIV);
}
return false;
}
void DockWindow::ContainerDragStart(DockCont& dc)
{
if (!dc.IsFloating()) {
// Reposition if not under the mouse
Detach(dc);
dc.StateFloating(*this);
Rect r = dc.GetScreenView();
r.SetSize(CtrlBestSize(dc, false));
dc.SyncUserSize(true, true);
if (IsAnimatedHighlight() && dc.IsDocked() && dc.GetParent()) {
Undock0(dc, true);
dc.StateNotDocked();
}
dc.PlaceClientRect(r);
if(!dc.IsOpen())
dc.Open(this);
dc.StartMouseDrag();
}
}
void DockWindow::ContainerDragMove(DockCont& dc)
{
HighlightCtrl& hl = GetHighlightCtrl();
Point p = GetMousePos();
if (hl.GetParent()) {
if (!hl.bounds.Contains(p))
StopHighlight(IsAnimatedHighlight());
else {
if (frameorder) {
int align = GetDockAlign(hl);
bool needed = (hl.GetParent() == &dockpane[align]) && NeedFrameReorder(align);
if (!needed && IsReorderingFrames())
UndoFrameReorder();
else if (needed && !IsReorderingFrames())
DoFrameReorder(align);
}
hl.SetNested(CheckNesting());
}
return KillTimeCallback(TIMEID_ANIMATE_DELAY);
}
animdelay ?
KillSetTimeCallback(animdelay, THISBACK1(StartHighlight, &dc), TIMEID_ANIMATE_DELAY) :
StartHighlight(&dc);
}
void DockWindow::ContainerDragEnd(DockCont& dc)
{
KillTimeCallback(TIMEID_ANIMATE_DELAY);
if (!dc.IsFloating()) return;
HighlightCtrl& hl = GetHighlightCtrl();
Ctrl *p = hl.GetParent();
int align = DOCK_NONE;
if (p)
for (int i = 0; i < 4; i++)
if (p == &dockpane[i]) align = i;
if (animatewnd && (p || align != DOCK_NONE))
dc.Animate(GetFinalAnimRect(align, hl), dockpane[0].GetAnimMaxTicks(), 5);
if (align != DOCK_NONE) {
Unfloat(dc);
dc.StateDocked(*this);
dockpane[align].Swap(hl, dc);
dc.SetFocus();
}
else if (DockCont *target = dynamic_cast<DockCont *>(p)) {
StopHighlight(false);
DockContainerAsTab(*target, dc, CheckNesting() && dc.GetCount() > 1);
}
else
StopHighlight(false);
}
/*
* Misc
*/
void DockWindow::LockLayout(bool lock)
{
locked = lock;
SyncAll();
}
DockWindow& DockWindow::TabAutoAlign(bool al)
{
tabalign = al;
SyncAll();
return *this;
}
DockWindow& DockWindow::TabShowText(bool text)
{
tabtext = text;
SyncAll();
return *this;
}
void DockWindow::SetFrameSize(int align, int size)
{
ALIGN_ASSERT(align);
dockframe[align].SetSize(size);
}
DockWindow& DockWindow::Animate(bool highlight, bool frame, bool window, int ticks, int interval)
{
animatehl = highlight;
animatewnd = window;
animatefrm = frame;
ticks = max(ticks, 1);
interval = max(interval, 1);
for (int i = 0; i < 4; i++)
dockpane[i].SetAnimateRate(ticks, interval);
return *this;
}
DockWindow& DockWindow::Grouping(bool _grouping)
{
if (_grouping != grouping) {
grouping = _grouping;
SyncAll();
}
return *this;
}
DockWindow& DockWindow::SetFrameOrder(int first, int second, int third, int fourth)
{
if (fourth != DOCK_NONE)
DoFrameReorder(fourth);
if (third != DOCK_NONE)
DoFrameReorder(third);
if (second != DOCK_NONE)
DoFrameReorder(second);
if (first != DOCK_NONE)
DoFrameReorder(first);
RefreshLayout();
return *this;
}
DockWindow& DockWindow::AllowDockAll()
{
return AllowDockLeft().AllowDockRight().AllowDockTop().AllowDockBottom();
}
DockWindow& DockWindow::AllowDockNone()
{
return AllowDockLeft(false).AllowDockRight(false).AllowDockTop(false).AllowDockBottom(false);
}
bool DockWindow::IsDockAllowed(int align, DockableCtrl& dc) const
{
ALIGN_ASSERT(align);
return dockable[align] && dc.IsDockAllowed(align);
}
DockWindow& DockWindow::AutoHide(bool v)
{
if (v != autohide) {
autohide = v;
SyncAll();
}
return *this;
}
DockWindow& DockWindow::WindowButtons(bool menu, bool hide, bool close)
{
if (menu == menubtn && close == closebtn && hide == hidebtn) return *this;;
menubtn = menu;
closebtn = close;
hidebtn = hide;
SyncAll();
return *this;
}
void DockWindow::DockLayout(bool tb_precedence)
{
if (hideframe[0].GetParent())
for (int i = 0; i < 4; i++) {
RemoveFrame(hideframe[i]);
RemoveFrame(dockframe[i]);
}
int i = tb_precedence ? 0 : 1;
// Top, Bottom, Left, Right
AddFrame(hideframe[1-i]);
AddFrame(hideframe[3-i]);
AddFrame(hideframe[0+i]);
AddFrame(hideframe[2+i]);
dockframepos = GetFrameCount();
AddFrame(dockframe[1-i]);
AddFrame(dockframe[3-i]);
AddFrame(dockframe[0+i]);
AddFrame(dockframe[2+i]);
}
DockableCtrl& DockWindow::Dockable(Ctrl& ctrl, WString title)
{
DockableCtrl& dc = Register(ctrls.Add().SizeHint(ctrl.GetMinSize()));
if (!IsNull(title)) dc.Title(title);
dc << ctrl.SizePos();
return dc;
}
void DockWindow::DockManager()
{
DockConfigDlg(*this).Run();
}
void DockWindow::DockWindowMenu(Bar& bar)
{
if (IsGrouping())
menu.GroupListMenu(bar);
else
menu.WindowListMenu(bar, t_("All"));
if (dockers.GetCount())
bar.Separator();
if (layouts.GetCount()) {
bar.Add(t_("Layouts"), callback(&menu, &DockMenu::LayoutListMenu));
bar.Separator();
}
bar.Add(t_("Manage Windows..."), THISBACK(DockManager));
}
void DockWindow::SerializeWindow(Stream& s)
{
int version = VERSION;
int v = version;
s / v;
SerializeLayout(s, true);
s % tabbing % autohide % animatehl % nestedtabs
% grouping % menubtn % closebtn % hidebtn % nesttoggle;
if (version >= 4)
s % locked;
if (version >= 5)
s % frameorder;
if (s.IsLoading()) {
SyncAll();
init = true;
}
}
void DockWindow::ClearLayout()
{
// Close everything
for (int i = 0; i < conts.GetCount(); i++)
CloseContainer(conts[i]);
for (int i = 0; i < 4; i++) {
dockpane[i].Clear();
hideframe[i].Clear();
frameanim[i].inc = 0;
}
conts.Clear();
}
void DockWindow::SerializeLayout(Stream& s, bool withsavedlayouts)
{
StopHighlight(false);
int cnt = 0;
int version = VERSION;
s.Magic();
s % version;
// Groups
ArrayMap<String, Vector<int> > groups;
if (s.IsStoring())
for (int i = 0; i < dockers.GetCount(); i++) {
String g = dockers[i]->GetGroup();
if (!g.IsEmpty()) {
int ix = groups.Find(g);
if (ix < 0) {
groups.Add(dockers[i]->GetGroup(), Vector<int>());
ix = groups.GetCount() - 1;
}
groups[ix].Add(i);
}
}
s % groups;
if (s.IsLoading()) {
ClearLayout();
for (int i = 0; i < dockers.GetCount(); i++)
dockers[i]->SetGroup(Null);
for (int i = 0; i < groups.GetCount(); i++) {
Vector<int>& v = groups[i];
const String& g = groups.GetKey(i);
for (int j = 0; j < v.GetCount(); j++) {
int ix = v[j];
if (ix >= 0 && ix < dockers.GetCount())
dockers[ix]->SetGroup(g);
}
}
}
if (s.IsStoring()) {
// Write frame order
for (int i = 0; i < 4; i++) {
int ps = max(FindFrame(dockframe[i]) - dockframepos, 0);
s % ps;
}
// Write docked
for (int i = 0; i < 4; i++) {
DockPane& pane = dockpane[i];
int fsz = dockframe[i].IsShown() ? dockframe[i].GetSize() : 0;
s / fsz % pane;
DockCont *dc = dynamic_cast<DockCont *>(pane.GetFirstChild());
for (int j = 0; dc && j < pane.GetCount(); j++) {
s % *dc;
dc = dynamic_cast<DockCont *>(dc->GetNext());
}
}
cnt = 0;
// Count Floating
for (int i = 0; i < conts.GetCount(); i++)
if (conts[i].IsFloating()) cnt++;
// Write Floating
s / cnt;
for (int i = 0; i < conts.GetCount(); i++) {
if (conts[i].IsFloating()) {
conts[i].Serialize(s);
conts[i].SerializePlacement(s, false);
}
}
// Write Autohidden
for (int i = 0; i < 4; i++) {
cnt = hideframe[i].GetCount();
s / cnt;
for (int j = 0; j < hideframe[i].GetCount(); j++) {
int ix = FindDocker(&hideframe[i].GetCtrl(j)->Get(0));
if (ix >= 0)
s / ix;
}
}
}
else {
// Read frame order
if (version >= 5) {
int ps[4];
for (int i = 0; i < 4; i++) {
s % ps[i];
SetFrame(dockframepos + i, InsetFrame());
}
for (int i= 0; i < 4; i++)
SetFrame(ps[i] + dockframepos, dockframe[i]);
}
// Read docked
for (int i = 0; i < 4; i++) {
DockPane& pane = dockpane[i];
dockframe[i].Hide();
int fsz;
s / fsz % pane;
for (int j = 0; j < pane.GetCount(); j++) {
DockCont *dc = CreateContainer();
s % *dc;
dc->StateDocked(*this);
pane << *dc;
}
if (fsz && pane.GetCount()) {
dockframe[i].SetSize(fsz);
dockframe[i].Show();
}
else
dockframe[i].SetSize(0);
}
// Read floating
s / cnt;
for (int i = 0; i < cnt; i++) {
DockCont *dc = CreateContainer();
dc->Serialize(s);
FloatContainer(*dc);
dc->SerializePlacement(s, false);
}
// Read Autohidden
for (int i = 0; i < 4; i++) {
s / cnt;
for (int j = 0; j < cnt; j++) {
int ix;
s / ix;
if (ix >= 0 && ix < dockers.GetCount())
AutoHide(i, *dockers[ix]);
}
}
// Clear empty containers
for (int i = conts.GetCount()-1; i >= 0; i--) {
if (!conts.GetCount()) CloseContainer(conts[i]);
}
RefreshLayout();
}
bool haslay = withsavedlayouts;
s % haslay;
if (withsavedlayouts && (s.IsStoring() || haslay))
s % layouts;
s.Magic();
}
void DockWindow::BackupLayout()
{
StringStream s;
SerializeLayout(s);
layoutbackup = s;
}
void DockWindow::RestoreLayout()
{
if (!layoutbackup.GetCount()) return;
StringStream s(layoutbackup);
SerializeLayout(s);
}
int DockWindow::SaveLayout(String name)
{
ASSERT(!name.IsEmpty());
StringStream s;
SerializeLayout(s, false);
int ix = layouts.FindAdd(name, String());
layouts[ix] = (String)s;
return ix;
}
void DockWindow::LoadLayout(String name)
{
int ix = layouts.Find(name);
if (ix >= 0)
LoadLayout(ix);
}
void DockWindow::LoadLayout(int ix)
{
ASSERT(ix >= 0 && ix < layouts.GetCount());
StringStream s((String)layouts[ix]);
SerializeLayout(s, false);
RefreshLayout();
}
void DockWindow::EnableFloating(bool enable)
{
for (int i = 0; i < conts.GetCount(); i++)
if (conts[i].IsFloating())
conts[i].Enable(enable);
}
DockWindow::DockWindow()
{
menu.Set(*this);
#ifdef PLATFORM_WIN32
childtoolwindows = true;
#endif
init= false;
tabbing = true;
nestedtabs = false;
grouping = true;
menubtn = true;
nesttoggle = (K_CTRL | K_SHIFT);
closebtn = true;
hidebtn = true;
locked = false;
tabtext = true;
tabalign = false;
autohide = true;
frameorder = true;
childtoolwindows = false;
showlockedhandles = false;
for (int i = 0; i < 4; i++) {
dockframe[i].Set(dockpane[i], 0, i);
IsTB(i) ? dockpane[i].Horz() : dockpane[i].Vert();
hideframe[i].SetAlign(i);
dockframe[i].Hide();
}
AllowDockAll().Animate().AnimateDelay(30);
}
// PopUpDockWindow
#define POPUP_SPACING 0
void PopUpDockWindow::ContainerDragStart(DockCont& dc)
{
DockWindow::ContainerDragStart(dc);
last_target = NULL;
last_popup = NULL;
}
void PopUpDockWindow::ContainerDragMove(DockCont& dc)
{
int align = DOCK_NONE;
// Is the highlight the same as last time? (Quick escape)
if (last_popup && last_popup->IsPopUp() && last_popup->GetRect().Contains(GetMousePos()))
return;
DockCont *target = GetMouseDockTarget();
int dock = DOCK_NONE;
if (target) {
dock = GetDockAlign(*target);
if (!dc.IsDockAllowed(dock))
target = NULL;
}
bool target_changed = (target != last_target)
&& !GetHighlightCtrl().GetParent()
&& (!target || !IsPaneAnimating(dock));
// Hide show inner popups as necessary
if (!target && last_target != NULL)
HidePopUps(true, false);
else if (target_changed)
ShowInnerPopUps(dc, target);
ShowOuterPopUps(dc);
last_target = target;
// Get potential alignment
align = PopUpHighlight(inner, 5);
if (align == DOCK_NONE) {
target = NULL;
last_target = NULL;
align = PopUpHighlight(outer, 4);
}
else if (align == 4)
align = DOCK_NONE;
else if (target) {
target = IsTL(align) ? target : dynamic_cast<DockCont*>(target->GetNext());
align = dock;
}
// Do highlight
if (align != DOCK_NONE || target) {
if (align == DOCK_NONE) StopHighlight(false);
dc.SyncUserSize(true, true);
Highlight(align, dc, target);
}
else {
PopUpHighlight(hide, 4);
StopHighlight(IsAnimatedHighlight());
last_popup = NULL;
}
}
void PopUpDockWindow::ContainerDragEnd(DockCont& dc)
{
int align = DOCK_NONE;
if (IsAutoHide() && showhide)
align = PopUpHighlight(hide, 4);
HidePopUps(true, true);
if (align != DOCK_NONE)
AutoHideContainer(align, dc);
else
DockWindow::ContainerDragEnd(dc);
last_target = NULL;
last_popup = NULL;
}
int PopUpDockWindow::PopUpHighlight(PopUpButton *pb, int cnt)
{
int ix = -1;
Point p = GetMousePos();
for (int i = 0; i < cnt; i++) {
if (pb[i].IsPopUp() && pb[i].GetRect().Contains(p)) {
if (!pb[i].hlight) {
pb[i].hlight = &(style->highlight);
pb[i].Refresh();
}
ix = i;
last_popup = &pb[i];
}
else if (pb[i].hlight) {
pb[i].hlight = NULL;
pb[i].Refresh();
}
}
return ix;
}
void PopUpDockWindow::ShowOuterPopUps(DockCont& dc)
{
Rect wrect = GetScreenRect();
Point cp = wrect.CenterPoint();
Size psz(style->outersize, style->outersize);
Rect prect = Rect(psz);
psz /= 2;
wrect.Deflate(12, 12);
if (dc.IsDockAllowed(DOCK_LEFT)) ShowPopUp(outer[DOCK_LEFT], prect.Offseted(wrect.left + POPUP_SPACING, cp.y - psz.cy));
if (dc.IsDockAllowed(DOCK_TOP)) ShowPopUp(outer[DOCK_TOP], prect.Offseted(cp.x - psz.cx, wrect.top + POPUP_SPACING));
if (dc.IsDockAllowed(DOCK_RIGHT)) ShowPopUp(outer[DOCK_RIGHT], prect.Offseted(wrect.right - POPUP_SPACING - psz.cx*2, cp.y - psz.cy));
if (dc.IsDockAllowed(DOCK_BOTTOM)) ShowPopUp(outer[DOCK_BOTTOM], prect.Offseted(cp.x - psz.cx, wrect.bottom - POPUP_SPACING - psz.cy*2));
if (IsAutoHide() && showhide) {
ShowPopUp(hide[DOCK_LEFT], prect.Offseted(wrect.left + POPUP_SPACING + style->outersize, cp.y - psz.cy));
ShowPopUp(hide[DOCK_TOP], prect.Offseted(cp.x - psz.cx, wrect.top + POPUP_SPACING + style->outersize));
ShowPopUp(hide[DOCK_RIGHT], prect.Offseted(wrect.right - POPUP_SPACING - psz.cx*2 - style->outersize, cp.y - psz.cy));
ShowPopUp(hide[DOCK_BOTTOM], prect.Offseted(cp.x - psz.cx, wrect.bottom - POPUP_SPACING - psz.cy*2 - style->outersize));
}
}
void PopUpDockWindow::ShowInnerPopUps(DockCont& dc, DockCont *target)
{
ASSERT(target);
Rect wrect = GetScreenRect();
Size psz(style->innersize, style->innersize);
Rect prect = Rect(psz);
Point cp;
psz /= 2;
cp = target->GetScreenRect().CenterPoint();
int d = psz.cy * 5;
cp.x = minmax(cp.x, wrect.left + d, wrect.right - d);
cp.y = minmax(cp.y, wrect.top + d, wrect.bottom - d);
int align = GetDockAlign(*target);
if (IsTB(align)) { // Left/right docking allowed
ShowPopUp(inner[DOCK_LEFT], prect.Offseted(cp.x - psz.cx*3, cp.y - psz.cy));
ShowPopUp(inner[DOCK_RIGHT], prect.Offseted(cp.x + psz.cx, cp.y - psz.cy));
}
else {
inner[DOCK_LEFT].Close();
inner[DOCK_RIGHT].Close();
}
if (!IsTB(align)) { // Top/bottom docking allowed
ShowPopUp(inner[DOCK_TOP], prect.Offseted(cp.x - psz.cx, cp.y - psz.cy*3));
ShowPopUp(inner[DOCK_BOTTOM], prect.Offseted(cp.x - psz.cx, cp.y + psz.cy));
}
else {
inner[DOCK_TOP].Close();
inner[DOCK_BOTTOM].Close();
}
if (IsTabbing())
ShowPopUp(inner[4], prect.Offseted(cp.x-psz.cx, cp.y-psz.cy));
}
void PopUpDockWindow::ShowPopUp(PopUpButton& pb, const Rect& r)
{
pb.SetRect(r);
if (!pb.IsPopUp())
pb.PopUp(this, false, true, true);
}
void PopUpDockWindow::HidePopUps(bool _inner, bool _outer)
{
if (_inner)
for (int i = 0; i < 5; i++)
inner[i].Close();
if (_outer) {
for (int i = 0; i < 4; i++)
outer[i].Close();
for (int i = 0; i < 4; i++)
hide[i].Close();
}
}
PopUpDockWindow& PopUpDockWindow::SetStyle(const Style& s)
{
style = &s;
for (int i = 0; i < 5; i++)
inner[i].icon = &s.inner[i];
for (int i = 0; i < 4; i++)
outer[i].icon = &s.outer[i];
for (int i = 0; i < 4; i++)
hide[i].icon = &s.hide[i];
return *this;
}
PopUpDockWindow::PopUpDockWindow()
: showhide(true)
{
SetStyle(StyleDefault());
AnimateDelay(0);
}
CH_STYLE(PopUpDockWindow, Style, StyleDefault)
{
inner[0] = DockingImg::DockLeft();
inner[1] = DockingImg::DockTop();
inner[2] = DockingImg::DockRight();
inner[3] = DockingImg::DockBottom();
inner[4] = DockingImg::DockTab();
outer[0] = DockingImg::DockLeft();
outer[1] = DockingImg::DockTop();
outer[2] = DockingImg::DockRight();
outer[3] = DockingImg::DockBottom();
hide[0] = DockingImg::HideLeft();
hide[1] = DockingImg::HideTop();
hide[2] = DockingImg::HideRight();
hide[3] = DockingImg::HideBottom();
highlight = DockingImg::DockHL();
innersize = 25;
outersize = 25;
}
}