class Docker(object):
def __init__(self, win, autohide=False, enabled=True):
self.docked = False
self.LinkedWindows = []
self.ShouldShowInTaskbar = lambda: True
self.OnHide = Delegate()
notImplemented()
def SetAutoHide(self, *a, **k):
notImplemented()
pass
def SetEnabled(self, *a, **k):
notImplemented()
pass
def SetRectSimple(self, rect):
notImplemented()
pass
def GoAway(self):
notImplemented()
pass
def ComeBack(self):
notImplemented()
pass
def AnimateWindowTo(self, r):
notImplemented()
pass
def UpdateTaskbar(self):
notImplemented()
pass
def Dock(self, side=None, setStyle=True):
notImplemented()
pass
def Undock(self, setStyle=True):
notImplemented()
pass
def GetDockRect(self, rect=None):
notImplemented()
pass
@property
def Enabled(self):
notImplemented()
return False
def SetVelocity(self, vel):
notImplemented()
return False
velocity = property(lambda self: notImplemented(), SetVelocity)
def SetEnabled(self, *a, **k):
notImplemented()
pass
def SetAutoHide(self, *a, **k):
notImplemented()
pass
def Enabled(self):
notImplemented()
return False
def GetDockRect(self, rect=None):
notImplemented()
pass
def Dock(self, side=None, setStyle=True):
notImplemented()
pass
def UpdateTaskbar(self):
notImplemented()
pass
def ComeBack(self):
notImplemented()
pass
def Dock(self, side = None, setStyle = True):
notImplemented()
pass
def UpdateTaskbar(self):
notImplemented()
pass
def AnimateWindowTo(self, r):
notImplemented()
pass
def ComeBack(self):
notImplemented()
pass
def GoAway(self):
notImplemented()
pass
def SetRectSimple(self, rect):
notImplemented()
pass
def SetEnabled(self, *a, **k):
notImplemented()
pass
def SetRectSimple(self, rect):
notImplemented()
pass
def GoAway(self):
notImplemented()
pass
def __init__(self, win, autohide = False, enabled = True):
self.docked = False
self.LinkedWindows = []
self.ShouldShowInTaskbar = lambda: True
self.OnHide = Delegate()
notImplemented()
def AnimateWindowTo(self, r):
notImplemented()
pass
def Undock(self, setStyle = True):
notImplemented()
pass
def GetDockRect(self, rect = None):
notImplemented()
pass
def Enabled(self):
notImplemented()
return False
def Undock(self, setStyle=True):
notImplemented()
pass
def SetVelocity(self, vel):
notImplemented()
return False
def __init__(self, win, autohide=False, enabled=True):
self.docked = False
self.LinkedWindows = []
self.ShouldShowInTaskbar = lambda: True
self.OnHide = Delegate()
notImplemented()
def SetAutoHide(self, *a, **k):
notImplemented()
pass
def SetVelocity(self, vel):
notImplemented()
return False
class Docker(object):
def __init__(self, win, autohide=False, enabled=True):
self.Animate = True
self.autohidden = False
self.AutoHide = False
self.docked = False
self.docking = False
self.LinkedWindows = []
self.manualMove = False
self.motiontrigger = False
self.pixelsdragged = 0
self.ShouldShowInTaskbar = lambda: True
self.timer = wx.PyTimer(self.OnTimer)
self.spookyGhostWindow = None
self.win = win
self.win.Bind(wx.EVT_ACTIVATE, self.OnActivateWin)
self.win.Bind(wx.EVT_MOVE, self.OnMoving)
self.lastrect = None
self.SetAutoHide(autohide)
self.OnDock = Delegate()
self.OnHide = Delegate()
publisher = Publisher()
publisher.subscribe(self.OnActivateApp, 'app.activestate.changed')
def OnActivateApp(self, message):
if not self.AutoHide:
return
is_active = message.data
if is_active:
self.win.Show()
def OnActivateWin(self, event):
if not event.Active and self.AutoHide and self.docked:
self.GoAway()
def OnMouseEnterWindow(self, event):
self.spookyGhostWindow.Destroy()
self.bringBack()
def bringBack(self):
if self.autohidden:
self.ComeBack()
def SetAutoHide(self, val):
self.AutoHide = val
def OnMoving(self, e):
'''
Bound to wx.EVT_MOVE. Detects when it is time to dock and undock.
'''
pos, margin = self.win.Rect, DOCK_MARGIN
rect = monitor_rect()
if not self.manualMove:
e.Skip(True)
else:
return
if not self.docked and not self.docking:
if pos.Right > rect.Right - margin: # and pos.x < rect.Right:
if not self.AutoHide or not onscreen(rect.Right + 1, rect.Y):
self.Dock(DOCK_RIGHT)
elif pos.x < rect.X + margin and pos.Right > rect.X:
if not self.AutoHide or not onscreen(rect.X - 1, rect.Y):
self.Dock(DOCK_LEFT)
elif self.docked:
if self.side == DOCK_LEFT and pos.Left > rect.Left + margin:
self.Undock()
elif self.side == DOCK_RIGHT and pos.Right < rect.Right - margin:
self.Undock()
def SetEnabled(self, *a, **k):
notImplemented()
pass
def SetRectSimple(self, rect):
notImplemented()
pass
def OnTimer(self, e=None):
'Called by self.timer for reliable mouse off detection.'
if not (self.Enabled and self.AutoHide and self.docked):
return
w, p = self.win, wx.GetMousePosition()
if w and not self.motiontrigger and not w.IsActive():
if not any(
r.Contains(p)
for r in (w.ScreenRect for w in [w] + self.LinkedWindows)):
self.GoAway()
def GoAway(self):
'Causes the window to autohide.'
if not self.AutoHide:
return
log.debug('GoAway')
w = self.win
r = monitor_rect(w)
margin = 3
screen_y = self.win.Position.y
# move it a little ways off screen so that shadows, etc. don't show at the very edge.
if self.side == DOCK_LEFT:
x, y = (-w.Rect.width - 10, screen_y)
elif self.side == DOCK_RIGHT:
x, y = (r.Right + 10, screen_y)
else:
assert False
self.motiontrigger = True
self.autohidden = True
self.timer.Stop()
self.OnHide()
self.AnimateWindowTo(wx.Rect(x, y, *w.Size))
ghost_x = x - 30
if self.side == DOCK_LEFT:
ghost_x = 1
self.spookyGhostWindow = wx.Frame(None,
-1,
"Spooky Ghost Window", (ghost_x, y),
(40, w.Size.height),
style=0)
panel = wx.Panel(self.spookyGhostWindow, -1)
panel.Bind(wx.EVT_ENTER_WINDOW, self.OnMouseEnterWindow)
self.spookyGhostWindow.SetTransparent(0)
self.spookyGhostWindow.Show()
def ComeBack(self):
rect = self.win.Rect
mon_rect = monitor_rect()
if self.side == DOCK_RIGHT:
rect.x = mon_rect.Right - rect.width
else:
rect.x += mon_rect.Left + rect.width
self.AnimateWindowTo(rect)
self.autohidden = False
def AnimateWindowTo(self, r):
'Slides the window to position x, y.'
x, y = r[:2]
w = self.win
rect = monitor_rect()
if w.Position != (x, y):
self.manualMove = True
if self.Animate:
end = w.Position.x + x
steps = (x - w.Position.x) / ANIMATE_DELTA
s = 1
if x < w.Position.x:
end = w.Position.x - x
steps = (w.Position.x - x) / ANIMATE_DELTA
s = -1
delta = s * ANIMATE_DELTA
for step in xrange(abs(steps)):
w.Move((w.Position.x + delta, y))
else:
w.SetRect(r)
self.manualMove = False
def UpdateTaskbar(self):
pass
def GetDockRect(self, side):
screen_rect = monitor_rect(self.win)
rect = self.win.Rect
if side == DOCK_RIGHT:
rect.x = screen_rect.width - rect.width
else:
rect.x = 0
print >> sys.stderr, "old = %r, new = %r" % (self.win.Rect, rect)
return rect
def Dock(self, side=None, setStyle=True):
print >> sys.stderr, "Docking window..."
log.debug("In Dock...")
self.docking = True
self.side = side
rect = self.GetDockRect(side)
self.AnimateWindowTo(rect)
if self.AutoHide:
self.timer.Start(AUTOHIDE_TIMER_MS)
self.OnDock(True)
self.docking = False
self.docked = True
return True
def Undock(self, setFrameStyle=True):
self.side = DOCK_NONE
self.docked = self.docking = False
self.OnDock(False)
@property
def Enabled(self):
#notImplemented()
return True
def SetVelocity(self, vel):
notImplemented()
return False
velocity = property(lambda self: notImplemented(), SetVelocity)
