class TabBar(SimplePanel, UberWidget):
"""
Where the tabs live, handles all display and organization functionality
"""
def __init__(self, parent, skinkey):
SimplePanel.__init__(self, parent)
self.tabs = [] # a list of all the tabs
self.rows = [] # a list of all the visible row, each a list of all the tabs in that row
self.rowindex = 0 # the first visible row
self.tabindex = 0 # the first tab of the first visible row
self.tabendex = 0 # the last tab of the last visible row
events = [(wx.EVT_PAINT, self.OnPaint),
(wx.EVT_SIZE, self.OnSize),
(wx.EVT_BUTTON, self.OnButton),
(wx.EVT_MOUSEWHEEL, self.OnWheel),
(wx.EVT_MOTION,self.OnMotion)]
for event, method in events: self.Bind(event, method)
self.flagedrows = set()
self.lastsize=self.Size
self.rowheight=0#height of a row in pixels
self.SetSkinKey(skinkey,True)
#buttons for verticle alignment
self.cupb = UberButton(self, CUPID, skin=self.scrollbuttonskin, icon=self.upicon)
self.cupb.Show(False)
self.cdownb = UberButton(self, CDOWNID, skin=self.scrollbuttonskin, icon=self.downicon)
self.cdownb.Show(False)
#the navigation box
self.navi=Navi(self)
self.dragorigin = None#when draging the tab that you are dragging
self.dragtarget = None#when dragging the mouse is over and at that point released on
# the arrow image shown when dragging tabs
self.dropmarker=OverlayImage(self, self.dropmarkerimage)
# self.dropmarker = Storage(Show = lambda v=True: None)
self.dragside=None#was the tab droped on the left or right of the target tab
#linking prefs
link = profile.prefs.link #@UndefinedVariable
link('tabs.rows', self.Generate, False)
link('tabs.tabbar_x', self.Generate, False)
link('tabs.hide_at_1', self.Generate, False)
link('tabs.side_tabs', self.SkinRedirect, False)
self.Top.Bind(wx.EVT_MENU, self.OnMenuEvent)
side_tabs = prefprop('tabs.side_tabs')
tab_rows = prefprop('tabs.rows', 2)
def UpdateSkin(self):
key = self.tabskin = self.skinkey
g = lambda k, default = sentinel: skin.get(key + '.' + k, default)
sg = lambda k, default = sentinel: skin.get('side' + key + '.' + k, default)
elems = (('spacing', 'spacing', 2),
('bg', 'backgrounds.bar'),
('dropmarkerimage', 'dropmarker.image'),
# ('dropmarkeroverlay', 'dropmarker.overlay', 0),
('dropmarkeroffset', 'dropmarker.offset', 0),
('closebuttonskin', 'closebuttonskin', ''),
('closeicon', 'icons.close', None),
('scrollbuttonskin', 'scrollbuttonskin', ''),
('lefticon', 'icons.left', ''),
('righticon', 'icons.right', ''),
('upicon', 'icons.up', ''),
('downicon', 'icons.down', ''))
for elem in elems:
setattr(self, 'top' + elem[0], g(*elem[1:]))
setattr(self, 'side' + elem[0], sg(elem[1],getattr(self,'top' + elem[0])))
setattr(self, elem[0], getattr(self, ('side' if self.side_tabs else 'top') + elem[0]))
if hasattr(self,'dropmarker'):
self.dropmarker.SetImage(self.dropmarkerimage)
self.dropmarker.SetRotation((self.side_tabs and not self.dropmarkerimage))
navi = getattr(self, 'navi', None)
if navi is not None:
self.cdownb.SetSkinKey(self.scrollbuttonskin)
self.cupb.SetSkinKey(self.scrollbuttonskin)
self.cdownb.SetIcon(self.downicon)
self.cupb.SetIcon(self.upicon)
self.navi.closebutton.SetSkinKey(self.closebuttonskin)
self.navi.closebutton.SetIcon(self.closeicon)
scrollskin = self.scrollbuttonskin
navi.prevb.SetSkinKey(scrollskin)
navi.nextb.SetSkinKey(scrollskin)
navi.upb.SetSkinKey(scrollskin)
navi.downb.SetSkinKey(scrollskin)
navi.prevb.SetIcon(self.lefticon)
navi.nextb.SetIcon(self.righticon)
navi.upb.SetIcon(self.upicon)
navi.downb.SetIcon(self.downicon)
wx.CallAfter(self.Generate)
def SkinRedirect(self,val=None):
elems = ('spacing',
'bg',
'dropmarkerimage',
#'dropmarkeroverlay',
'closebuttonskin',
'closeicon',
'scrollbuttonskin',
'lefticon',
'righticon',
'upicon',
'downicon'
)
for elem in elems:
setattr(self, elem, getattr(self,('side' if self.side_tabs else 'top') + elem))
self.UpdateChildSkins()
def UpdateChildSkins(self):
self.cdownb.SetSkinKey(self.scrollbuttonskin,True)
self.cupb.SetSkinKey(self.scrollbuttonskin,True)
navi, sbs = self.navi, self.scrollbuttonskin
navi.closebutton.SetSkinKey(self.closebuttonskin,True)
navi.prevb.SetSkinKey(sbs, True)
navi.nextb.SetSkinKey(sbs, True)
navi.upb.SetSkinKey(sbs, True)
navi.downb.SetSkinKey(sbs, True)
self.UpdateChildrenIcons()
for tab in self.tabs:
tab.UpdateMode()
self.Generate()
def __repr__(self):
return '<TabBar %r>' % self.tabs
def OnDragStart(self, tab):
'Catches the tab drag event and starts the tab dragging system.'
self.NotifyDrag(tab)
def OnMotion(self,event):
'Positioning updates during drag and drop'
if event.LeftIsDown() and (self.dragorigin or self.Manager.source):
self.DragCalc(event.Position)
def __getitem__(self, index):
return self.tabs[index]
def OnPaint(self, event):
dc = wx.PaintDC(self)
rect = RectS(self.Size)
if not self.side_tabs:
rcount = min(len(self.rows), pref('tabs.rows', 2))
height = self.tabs[0].Size.height
y=0
for unused_i in xrange(rcount):
self.bg.Draw(dc, Rect(rect.x, y, rect.width, height))
y += height
else:
self.bg.Draw(dc,rect)
def Add(self, page, focus, resort = True):
"""
Adds a tab to the bar. Should only be used by parent NoteBook.
page - page in PageContainer the tab is to be associated with
focus - whether that tab should steal focus from current tab
"""
tab = Tab(self, page, skinkey = self.tabskin)
tab.Bind(wx.EVT_CONTEXT_MENU, self.ShowMenu)
tab.Show(False)
self.tabs.append(tab)
if focus:
wx.CallAfter(tab.SetActive, True)
elif resort:
if self.side_tabs:
self.ReVgenerate()
else:
self.Regenerate(True)
return tab
def ShowMenu(self, e):
self._menutab = e.EventObject
try:
menu = self._tabmenu
except AttributeError:
from gui.uberwidgets.umenu import UMenu
menu = self._tabmenu = UMenu(self)
menu.AddItem('Close &Other Tabs', id = CLOSE_OTHER_TABS)
menu.AddSep()
menu.AddItem('&Close Tab', id = CLOSE_TAB)
menu.PopupMenu()
def OnMenuEvent(self, e):
'''Invoked when a tab context menu item is clicked.'''
if e.Id == CLOSE_TAB:
self._menutab.CloseTab()
elif e.Id == CLOSE_OTHER_TABS:
menutab = self._menutab
# switch to that tab first
menutab.active = True
with self.Frozen():
for tab in self.tabs[:]:
if tab is not menutab:
tab.CloseTab()
else:
e.Skip()
def Generate(self, val=None):
self.navi.closebutton.Show(pref('tabs.tabbar_x', False))
if self.side_tabs:
self.ReVgenerate(True)
else:
self.Regenerate()
def ReVgenerate(self,total=False, safe=False, dotoggle=True):
"""
It's like Doo... err.. Regenerate, only vertical
"""
# print "Starting: Regenerate",self.Top.Title,'\n'#,'='*80,'\n','\n'.join(format_stack())
# print '='*80
#TODO: Should we be careful about the tab leaving the bar?
tabs = self.tabs
if not tabs: return
do(tab.Show(False) for tab in self.tabs)
for tab in self.tabs: tab.row = None
del self.rows[:]
# Safty precautions prevent list access errors
if self.tabindex < 0 or self.tabindex >= len(tabs):
self.tabindex = 0
# Preset variables
n = self.tabindex # the first tab shown
self.rowheight = tabs[0].GetMinHeight()
area = self.Notebook.Size.height - 32 # Height in pixels of the tabbar
# number of fully visible rows in the given area at the given height
i = area//self.rowheight
count = len(tabs)
#one tab per row
for r in xrange(count): tabs[r].row=r
rows = self.rows
size = self.Size
#Sets navimode and position
navi = self.navi
navi.ShowNav(4)
navi.Hide()
navi.Position = wx.Point(size.width - navi.Size.width,0)
# Totally reconstructs the list if it's told to or there are not tabs in the rows or
# if there isn't one more tab than there is room for and there is enough room to fit
# them all and number of tabs in the row equals the number of tabs
if total or not rows or (i + 1 != len(rows[0])) and not (i > len(rows[0])) and len(rows[0]) == len(tabs):
rows.append([])
col = rows[0]
#if all tabs fit
if i >= count:
n=0
self.tabindex=0
do(col.append(tab) for tab in tabs)
av=col[0].MinSize.height
#calculate and show range
else:
for t in xrange(n,n+i+1):
if t < len(tabs):col.append(tabs[t])
# populate with earlier stuff
while len(col) < i and n > 0:
n-=1
col.insert(0,tabs[n])
if col: av = col[0].MinSize.height
else:
#just leave the new values the same as the old
col = rows[0]
av = col[0].MinSize.height
# Show all tabs in the bar
count = 16
for t in col:
t.Size = (self.Size.width,av)
t.Position = (0,count)
count += av
t.Show()
self.tabindex=n
endex = self.tabendex=n+len(col)
if dotoggle:
self.Toggle()
cupb, cdownb = self.cupb, self.cdownb
cupb.Enable(self.tabindex != 0)
cdownb.Enable(endex < len(tabs) or tabs[endex - 1].Position.y +
tabs[endex-1].Size.height > size.height - 16)
self.UpdateNotify()
def Regenerate(self, safe = False, dotoggle=True):
'''
Regenerates layout information.
safe is a flag to indicate if we should try to keep the currently active
tab in view at all times. (This doesn't occur when scrolling, for
instance.)
'''
# print "Starting: Regenerate",self.Top.Title,'\n','='*80,'\n','\n'.join(format_stack())
# print '='*80
# early exit for when the tabbar isn't visible.
if not self.IsShown() and len(self.tabs) == 1:
return
with self.Frozen():
self._Regenerate(safe = safe, dotoggle = dotoggle)
self.Refresh(False)
def _Regenerate(self, safe = False, dotoggle = True):
self.cupb.Show(False)
self.cdownb.Show(False)
parentpage = self.Parent.pagecontainer
# style is the number of rows (or 0 for single)
style = self.tab_rows
# Should we be careful about the tab leaving the bar?
careful = not safe and parentpage.active
# Hide all tabs preparation for refilling
for tab in self.tabs:
tab.Show(False)
tab.row = None
del self.rows[:]
# navi set up, see if arrows are needed and placement
tally = sum(tab.MinSize.width for tab in self.tabs) #total size of tabs
navi = self.navi
tabs = self.tabs
rows = self.rows
if not tabs: return
# Tab alignment calculations
# Saftey precautions prevent list access errors
if self.tabindex < 0 or self.tabindex >= len(tabs):
self.tabindex = 0
# Preset variables
n = self.tabindex # the first tab shown
i = n
row = 0
self.rowheight = tabs[0].MinHeight
my_w, nav_w = self.Size.width, navi.Size.width
# Decide what kind of navigation panel, if any, to use...
if tally >= my_w - nav_w and not style:
navi.ShowNav(1) # arrows left and right
elif tally >= (my_w - nav_w):
navi.ShowNav(3) # arrows up and down next to the X
else:
navi.ShowNav(0)
#Where to put navigation panel.
navi.Freeze()
navi.Show(True)
navi.Fit()
navi.Position = wx.Point(self.Size.width-navi.Size.width,0)
navi.Size = wx.Size(-1,self.Size.height)
navi.Thaw()
#More preparing vars
area = self.Notebook.Size.width - navi.Size.width
#While more tabs are not in a row
while len(tabs) > i:
tally = tabs[i].MinSize.width
rows.append([])
# Loop through each visible tab, fitting tabs on the right.
while i < len(tabs) and tally < area:
i += 1
if i < len(tabs):
tally += tabs[i].MinSize.width
#Be carefull that the active tab doesn't scroll off the bar
if careful and not style:
activeindex = tabs.index(parentpage.active.tab)
change=False
#add tabs until the active tab is visible
while activeindex>=i and n!=i:
i += 1
tally += tabs[i].MinSize.width
change = True
#Remove tab if more tabs than room
if tally >= area and change:
tally -= tabs[n].MinSize.width
n += 1
self.tabindex=n
# If extra space, fit tabs to the right of the row
if not style: # if single row,
while n > 0 and area - tally > tabs[n-1].MinSize.width:
n -= 1
self.tabindex = n
tally += tabs[n].MinSize.width
# Injects tabs calculated to fit in that row into that row
if range(n, i):
rows[row] = [tabs[t] for t in xrange(n, i)]
for tab in rows[row]:
tab.row=row
else:
rows[row].append(tabs[i])
i += 1
if not style: break # If we're in single row, break now.
row += 1
n = i
# Row calculation
if self.rowindex >= len(rows):
self.rowindex = len(rows) - 1
#cycle through visible rows
row = self.rowindex
visible = self.tab_rows or 1
if careful and style:
#print "Being Careful"
active = parentpage.active.tab
#print active
for ir,r in enumerate(rows):
#print ir,r
if active in r:
if ir<row:
#print "moving index down"
row = self.rowindex = ir
elif ir >= row + visible:
#print "moving index up"
row = ir - (visible - 1)
# If we're closing tabs above where is visible, keep the visible
# index "where it is"
if len(rows) - (row + 1) < visible and len(rows) >= visible:
row = len(rows) - visible
self.rowindex = row
# Place tabs!
while row < len(rows) and row < self.rowindex + visible and len( rows[row] ) != 0:
# if this is a row that needs to be scrunched...
if rows.index(rows[row]) == len(rows)-1 and \
(style or len(rows[row]) == len(tabs)):
for t in xrange(0,len(rows[row])):
thistab = rows[row][t]
thistab.SetSize(thistab.MinSize)
if not t:
# The first tab is set to it's minimum width at x: 0
thistab.SetPosition((0, self.rowheight*(row-self.rowindex)))
else:
# Every other tab is placed right next to the tab
# before it.
thistab.SetPosition((rows[row][t-1].Position.x \
+ rows[row][t-1].Size.width,
self.rowheight*(row-self.rowindex)))
thistab.Show(True)
# If there are more rows than the current row...
elif len(rows) > row:
# Get a list of tab indices, widest to smallest.
ordered = [rows[row].index(t)
for t in sorted(rows[row],
key=lambda o: o.MinSize.width,
reverse=True) ]
length = len(ordered)
reserved=0
o=0 # o_O ?
# Average width of tab if all tabs are the same size, and
# fill up all the area.
av = (area - reserved) / (length - o)
mark = 0
while o < length:
# Loop from "current" tab to the end
for t in xrange(o, length):
tab = rows[row][ordered[t]]
# If this tab is larger than average...
if tab.GetMinSize()[0] > av:
# Make it it's minimum, and keep track of it
tab.SetSize(tab.MinSize)
reserved += tab.MinSize.width
o += 1
mark = o
# If we're not on the last tab, recalc average
if (length - o):
av=(area-reserved)/(length-o)
else:
o += 1
break
# For tabs less than the average, set them to average
for t in xrange(mark, length):
tab = rows[row][ordered[t]]
tab.SetSize((av, tab.MinSize.height))
# For every tab in the row
for t, tab in enumerate(rows[row]):
if not t: # If it's the first tab:
if length==1:
# If the row is so small it can only fit one tab,
# make due.
tab.Size = wx.Size(area, tab.MinSize.height)
tab.Position = wx.Point(0, self.rowheight * (row - self.rowindex))
else:
tab.Position = wx.Point(rows[row][t-1].Position.x + rows[row][t-1].Size.width,
self.rowheight * (row - self.rowindex))
tab.Show(True)
row += 1
if dotoggle:
self.Toggle()
# If total rows is less than total rows being shown, shrink the
# tab area so that it's only just big enough.
if len(rows) < style or not style:
rows_shown = len(rows)
else:
rows_shown = style
if self.Parent.SashPosition != rows_shown * self.rowheight:#self.MinSize.height
self.MinSize = wx.Size(-1, rows_shown * self.rowheight)
self.Parent.SetSashPosition(self.MinSize.height)
# self.Size=self.MinSize
# Determine if the Navi needs to enable or show arrows
navi.Enabler()
#self.Parent.Layout() # Relayout self
self.tabendex = i-1 # final tab being shown
self.UpdateNotify()
navi.Size = wx.Size(-1,rows_shown * self.rowheight)
def Remove(self, target):
'Removes the tab specified from the bar.'
index=self.tabs.index(target)
self.tabs.remove(target)
#if no more tabs close window
if len(self.tabs)==0:
self.Notebook.window.Close()
else:
#if index is between index and endex and bring one tab from the left
if index>self.tabindex and index<self.tabendex and self.tabindex>0:
self.tabindex-=1
if self.side_tabs:
self.ReVgenerate(total=True)
else:
self.Regenerate(safe = True)
def OnSize(self, event):
'ReLayout the tabs if the bar on event of a resize'
event.Skip()
if self.side_tabs and self.tabs:
cupb = self.cupb
cdownb = self.cdownb
size = self.Size
tabs = self.tabs
endex = self.tabendex
# position and size buttons
cupb.Position = (0,0)
cupb.Size = (size.width, 16)
cupb.Show()
cupb.Enable(self.tabindex != 0)
cdownb.Position = (0, size.height - 16)
cdownb.Size = (size.width, 16)
cdownb.Show()
cdownb.Enable(endex < len(tabs) or tabs[endex - 1].Position.y +
tabs[endex-1].Size.height > size.height - 16)
sz = self.Size
if ((sz.width != self.lastsize.width and not self.side_tabs) or (sz != self.lastsize and self.side_tabs)) and self.IsShownOnScreen():
self.lastsize = sz
if self.side_tabs:
self.ReVgenerate(dotoggle = False)
else:
self.Regenerate(False,dotoggle = False)
try:
wx.CallAfter(wx.CallAfter,self.Parent.pagecontainer.active.panel.input_area.expandEvent)
except AttributeError:
pass
self.Refresh(False)
def GetTabCount(self):
"""
Returns the number of tabs in the bar
"""
return len([t for t in self if t])
def NextTab(self):
self.SetNextActive(self.ActiveTab, wrap = True)
def PrevTab(self):
self.SetLastActive(self.ActiveTab, wrap = True)
def SetNextActive(self, origin,wrap=False):
"""
Sets the tab after the curent active
-if it does not exist does the previbus
-or the first if wrap is true
"""
if origin in self.tabs:
index=self.tabs.index(origin)
if not index < len(self.tabs)-1 and wrap:
self.tabs[0].SetActive(True)
elif index < len(self.tabs)-1:
self.tabs[index+1].SetActive(True)
elif index>0:
self.tabs[index-1].SetActive(True)
self.Refresh(False)
def SetLastActive(self, origin, wrap = False):
"""
Sets the tab before the curent active
-if it does not exist does the next
-or the last if wrap is true
"""
if origin in self.tabs:
index=self.tabs.index(origin)
if not index > 0 and wrap:
self.tabs[len(self.tabs)-1].SetActive(True)
elif index >0:
self.tabs[index-1].SetActive(True)
elif index<0:
self.tabs[index+1].SetActive(True)
self.Refresh(False)
def SyncActive(self,atab):
"""
Moves the index and endex so that the active tab is in the bar
"""
if not atab: return
if self.side_tabs:
if atab < self.tabindex:
self.tabindex=atab
self.ReVgenerate(True)
else:
thetab=self.tabs[atab]
while atab >= self.tabendex or thetab.Position.y+thetab.Size.height > self.Size.height-16:
self.tabindex+=1
self.ReVgenerate(True)
else:
style = self.tab_rows
if atab < self.rowindex:
self.rowindex=atab
self.Regenerate()
elif atab > self.rowindex+style-1:
self.rowindex=atab-style+1
self.Regenerate()
def OnWheel(self,event):
"""
Event that handles mouse wheeling,
maps the events to SetNextActive and SetLastActive
"""
if RectS(self.Size).Contains(event.Position):
direction = event.GetWheelRotation()
if direction<0:
self.SetNextActive(self.ActiveTab, True)
elif direction>0:
self.SetLastActive(self.ActiveTab, True)
@property
def Notebook(self):
return self.Parent
@property
def Manager(self):
return self.Notebook.manager
@property
def ActiveTab(self):
active = self.Notebook.pagecontainer.active
if active is not None:
return active.tab
def OnButton(self,event):
"""
The button events for vertical alignment for up and down
"""
if event.GetId()==CUPID:
if self.tabindex > 0:
self.tabindex -= 1
self.ReVgenerate(total = True)
elif event.GetId()==CDOWNID:
if self.tabendex<len(self.tabs) or self.tabs[self.tabendex-1].Position.y+self.tabs[self.tabendex-1].Size.height>self.Size.height-16:
self.tabindex+=1
self.ReVgenerate(total=True)
self.UpdateNotify()
def NotifyDrag(self, origin):
"""
When a tab is dragged this is called to start the tabbar handling dragging
origin - tab being dragged
"""
# Lets the TabMan know a tab as been dragged
self.dragorigin = origin
origin.SetCursor(wx.StockCursor(wx.CURSOR_NO_ENTRY))
self.Manager.Notify(self.Notebook)
def DragCalc(self,point):
"""
This does the dragging calculations for the tabs
"""
sidetabs = self.side_tabs
# if here is no local origin tab but there is a remote source identified in TabMan
if not self.dragorigin and self.Manager.source:
#setting a local drag origin
master = self.Manager.source
dragorigin=master.tabbar.dragorigin
# announcing to TabMan it is expecting a tab
self.Manager.Request(self.Notebook)
# if there is a local origin use that
else:
dragorigin=self.dragorigin
# if dragtarget is out of date find what you're dragging to
if not self.dragtarget or not self.dragtarget.Rect.Contains(point):
wap = wx.FindWindowAtPointer()
self.dragtarget = wap if isinstance(wap,Tab) else None
self.dragside = None
# if there is a tab as target
if self.dragtarget and self.dragtarget != dragorigin:
dtrect=self.dragtarget.Rect
# data to decide what side the tab would be dropped on
if not sidetabs:
x = point[0] - dtrect.x
x2 = dtrect.width / 2
else:
x = point[1] - dtrect.y
x2 = dtrect.height / 2
# make the left/top or right/bottom decision
if x <= x2:#left/top
if self.dragside!=False:
self.dragside=False
if not sidetabs:
self.DrawDropMarker(dtrect.x, dtrect.y)# + (dtrect.height // 2)
else:
self.DrawDropMarker(dtrect.x, dtrect.y)# + dtrect.width // 2
elif not self.dragside:#right/bottom
self.dragside=True
if not sidetabs:
self.DrawDropMarker(dtrect.x+dtrect.width,dtrect.y)#+(dtrect.height//2)
else: self.DrawDropMarker(dtrect.x,dtrect.y+dtrect.height)#+dtrect.width//2
self.SetFocus()
# if being dropped in the whitespace of the TabBar
elif (dragorigin and self.dragtarget!=dragorigin) or (dragorigin==None and self.dragtarget==None) and self.Rect.Contains(point):
# find what row the tab is being dropped in
if not sidetabs:
row=self.rows[(point[1]//self.rowheight)+self.rowindex]
tab=row[len(row)-1]
self.dragside=True
# or in vertical if at the beginning or end
else:
if point.y>self.rowheight:
tab=self.rows[0][len(self.rows[0])-1]
self.dragside=True
else:
tab=self.rows[0][0]
self.dragside=False
dtrect=tab.Rect
#Place marker
if not sidetabs: self.DrawDropMarker(dtrect.x+dtrect.width,dtrect.y)#+(dtrect.height//2)
elif self.dragside==True: self.DrawDropMarker(dtrect.x,dtrect.y+dtrect.height)#+dtrect.width//2
else: self.DrawDropMarker(dtrect.x+dtrect.width/2,dtrect.y)
self.SetFocus()
#cleanup
self.dragtarget=tab
else:#if not in tabbar anymore don't show arrow
self.dropmarker.Show(False)
def DragFinish(self,new=False):
"""
Ends dragging and does any rearranging if required
"""
if not wx.IsDestroyed(self.dragorigin):
self.dragorigin.SetCursor(wx.StockCursor(wx.CURSOR_ARROW))
if self.dragorigin and self.dragorigin.previewtabs:
# Destroy the preview tab
self.dragorigin.previewtabs.Stop()
self.dragorigin.previewtabs = None
rect = RectPS(self.Notebook.ClientToScreen(self.Position), self.Size)
parentrect = self.Notebook.window.Rect
mousepos = wx.GetMousePosition()
manager = self.Manager
#if released out of the window...
if not new and ((manager.destination and not parentrect.Contains(mousepos)) or not rect.Contains(mousepos)):
if self.ActiveTab==self.dragorigin:
self.SetNextActive(self.dragorigin)
self.dragorigin.Show(False)
#If no or invalid destination in manager create a new window and sets it destination
dest = manager.destination
if not dest or not dest.tabbar.Rect.Contains(dest.ScreenToClient(wx.GetMousePosition())):
# FIXME: SWIG doesn't like subtracting a wx.Size from a wx.Point, so do it the hard way
# until the SIP migration is finished.
originsize = self.dragorigin.GetSize()
newpoint = wx.Point(mousepos[0] - originsize[0], mousepos[1] - originsize[1])
destination = self.Notebook.winman.NewWindow(newpoint, self.Notebook.window.GetSize()).notebook
#else set the destination to the manager's destination
else:
destination = dest
#clear tabman's destination
manager.Request()
# Grab a reference to the tab's page
page = self.dragorigin.page
# Make the tab "forget" about the page
self.Notebook.did_remove(page.panel)
del self.dragorigin.page
del page.tab
# Remove the tab from the tabs list, and destroy the wxWindow
self.tabs.remove(self.dragorigin)
self.dragorigin.Close()
# remove page from this notebook and insert it into the target notebook
#page.Parent.RemoveChild(page)
destination.Insert(page, False)
# cleanup
manager.Notify()
self.dragorigin=None
# re-sort tabs
if self.side_tabs:
self.ReVgenerate(True)
else:
self.Regenerate(safe = True)
# if released inside of the window
# used both for moving within a window and as the last step of a
# interwindow move in case of interwindow tab has already been moved to
# this window at the end of the list and all that is left is to move it
# to the correct position.
elif self.dragtarget and self.dragorigin and self.dragorigin!=self.dragtarget and self.Rect.Contains(self.Notebook.ScreenToClient(mousepos)):
#remove the tab from the list
self.tabs.remove(self.dragorigin)
#decide which side of the target the tab should be dropped
pos = self.tabs.index(self.dragtarget) + (1 if self.dragside else 0)
# Reinsert the tab in it's new position
self.tabs.insert(pos, self.dragorigin)
after = self.tabs[pos+1] if pos+1 < len(self.tabs) else None
if after is not None:
after = after.page.panel
# call after so that windows are all in their correct places
wx.CallAfter(self.Notebook.did_rearrange, self.dragorigin.page.panel, after)
# # Resort
if self.side_tabs:
self.ReVgenerate(True)
else:
self.Regenerate()
elif new:
if self.side_tabs:
self.ReVgenerate(True)
else:
self.Regenerate()
#if there is a dragorigin run onMouseLeave on it to reset it's look
if self.dragorigin:
self.dragorigin.OnMouseLeave()
#local cleanup
self.dropmarker.Show(False)
self.dragorigin=None
self.dragtarget=None
#destination and manager cleanup
dest = manager.destination
if dest:
dest.tabbar.dragorigin=None
dest.tabbar.dragtarget=None
manager.Request()
manager.Notify()
if len(self.tabs)==0: self.Notebook.window.Close()
def DrawDropMarker(self,x,y):
"""
Places the marker for where to drop the tab
x and y are center position, saves calculation that way
"""
# if self.side_tabs:
# self.dropmarker.SetSize((self.Size.width - self.dropmarkeroverlay, -1))
# else:
# self.dropmarker.SetSize((-1, self.rowheight - self.dropmarkeroverlay))
self.dropmarker.Teleport(self.ClientToScreen((x, y+self.dropmarkeroffset)))
if not self.dropmarker.IsShown():
self.Manager.ShowDropMarker(self.dropmarker)
def Toggle(self, switch = None):
'Toggle whether the tabbar is hidden or shown.'
if pref('tabs.hide_at_1', True) and len(self.tabs) <= 1 and not switch:
self.Notebook.Split(False)
#make sure the content of the IM win resizes if tabbaar hides
self.ProcessEvent(wx.CommandEvent(wx.wxEVT_SIZE))
else:
self.Notebook.Split(True)
def UpdateNotify(self):
frows = self.flagedrows
frows.clear()
# Resort
if self.side_tabs:
tabs=self.tabs
for i, tab in enumerate(tabs):
if tab.notified:
frows.add(i)
elif i in self.flagedrows:
frows.remove(i)
self.cupb.SetNotify(len(frows) and min(frows) < self.tabindex)
self.cdownb.SetNotify(len(frows) and (max(frows) >= self.tabendex or
tabs[max(frows)].Position.y + tabs[max(frows)].Size.height > self.Size.height - 16))
else:
for i, row in enumerate(self.rows):
flaged = False
for tab in row:
if tab and tab.notified:
flaged = True
frows.add(i)
self.navi.upb.SetNotify(len(frows) and min(frows)<self.rowindex)
self.navi.downb.SetNotify(len(frows) and max(frows)>self.rowindex + self.tab_rows - 1)
class FormattingBar(ToolBar, NewSkinModule):
initover = False
def __init__(self, parent, textctrl, skinkey, formatOptions):
ToolBar.__init__(self, parent, skinkey = None, alignment = wx.ALIGN_LEFT)
self.SetSkinKey(skinkey, FormattingBarSkinDefaults)
self.textctrl = textctrl
if sys.platform.startswith("win"):
textctrl.Bind(EVT_SELECTION_CHANGED, self.OnCursorMove)
textctrl.Bind(EVT_TEXT_FORMAT_CHANGED, self.OnCursorMove)
self.Bind(wx.EVT_CONTEXT_MENU, self.OnContextMenu)
self.fontdd = FontDropDown(self, skinkey = self.skinTB['buttonskin'])
self.fontdd.SetMenuSkinKey(self.skinTB["menuskin"])
self.fontdd.Bind(wx.EVT_COMMAND_CHOICE_SELECTED, self.OnFontSelected)
icons = self.icons
self.msize = SimpleMenu(self, self.skinTB['menuskin'], maxheight = 10)
self.msize.SetItems(self.GenSizeItems(DEFAULT_SIZES)) #TODO: None default sizes
# self.msize.Bind(wx.EVT_COMMAND_CHOICE_SELECTED, self.OnSizeSelected)
self.bsize = UberButton(self, -1, '10', menu = self.msize, type = 'menu')
self.bsize.SetStaticWidth(self.skinFB['sizedropdownwidth'])
self.msize.SetWidth(self.skinFB['sizedropdownwidth'])
self.bbold = UberButton(self, -1, icon = icons['bold'], type = 'toggle')
self.bbold.Bind(wx.EVT_TOGGLEBUTTON, self.OnBoldButton)
self.bitalic = UberButton(self, -1, icon = icons['italic'], type="toggle")
self.bitalic.Bind(wx.EVT_TOGGLEBUTTON, self.OnItalicButton)
self.bunderline = UberButton(self, -1, icon = icons['underline'], type="toggle")
self.bunderline.Bind(wx.EVT_TOGGLEBUTTON, self.OnUnderlineButton)
self.bcolor = UberButton(self, -1, icon = icons['foregroundcolor'] )
self.bcolor.Bind(wx.EVT_BUTTON, self.OnColorButton)
self.bbgcolor = UberButton(self,-1, icon = icons['backgroundcolor'])
self.bbgcolor.Bind(wx.EVT_BUTTON, self.OnBGColorButton)
self.bemote = UberButton(self, -1, icon = icons['emote'])
self.bemote.Bind(wx.EVT_BUTTON, self.OnEmoteButton)
# import pdb
# pdb.set_trace()
self.AddMany([self.fontdd,
self.bsize,
self.bbold,
self.bitalic,
self.bunderline,
self.bcolor,
self.bbgcolor,
self.bemote])
self.initover = True
self.EnableFormattingButtons(formatOptions)
self.UpdateDisplay()
def OnContextMenu(self, event):
from gui.uberwidgets.umenu import UMenu
m = UMenu(self)
m.AddItem(_('Hide Formatting Bar'), callback = lambda: wx.CallAfter(setpref, 'messaging.show_formatting_bar', False))
m.PopupMenu()
def OnFontSelected(self, event):
"""
Updates the button to the new font and applies it to the selection
or calls ApplyStlye
"""
self.textctrl.ApplyStyle(facename = self.fontdd.GetClientData(self.fontdd.GetSelection()).GetFaceName())
def OnSizeSelected(self, item):
"""
Updates the Size button to the new size and applies it to the selection
or calls ApplyStyle
"""
self.bsize.label = str(item.id)
self.textctrl.ApplyStyle(pointsize = item.id)
def OnBoldButton(self, event):
self.textctrl.ApplyStyle(bold = event.EventObject.IsActive())
def OnItalicButton(self, event):
self.textctrl.ApplyStyle(italic = event.EventObject.IsActive())
def OnUnderlineButton(self, event):
self.textctrl.ApplyStyle(underline = event.EventObject.IsActive())
def OnColorButton(self, event):
oldtextcolor = self.textctrl.GetFormat().GetTextColour()
self.textctrl.ApplyStyle(textcolor = wx.GetColourFromUser(self, oldtextcolor, _('Choose a foreground color')))
def OnBGColorButton(self, event):
oldbgcolor = self.textctrl.GetFormat().GetTextColour()
self.textctrl.ApplyStyle(bgcolor = wx.GetColourFromUser(self, oldbgcolor, _('Choose a background color')))
def OnEmoteButton(self, event):
self.DisplayEmotibox(self.bemote.ScreenRect)
def DisplayEmotibox(self, rect):
import hooks
hooks.notify('digsby.statistics.emoticons.box_viewed')
ebox = self.GetEmotibox()
# position and display the emotibox
ebox.Display(rect)
def GetEmotibox(self):
'Shares the emoticon box between all instances of this class.'
b = None
old_name, new_name = getattr(self, '_emotipack_name', None), pref('appearance.conversations.emoticons.pack', type = unicode, default = u'default')
self._emotipack_name = new_name
try:
b = self.__class__.emotibox
if not wx.IsDestroyed(b):
if old_name != new_name:
b.Destroy()
elif b.Parent is not self:
b.Reparent(self)
except AttributeError:
pass
if b is None or wx.IsDestroyed(b):
from gui.imwin.emoticons import get_emoticon_bitmaps
b = self.__class__.emotibox = UberEmotiBox(self, get_emoticon_bitmaps(self._emotipack_name), self.textctrl, maxwidth = 12)
else:
b.SetTextCtrl(self.textctrl)
return b
def OnCursorMove(self, event):
event.Skip()
wx.CallAfter(self.UpdateDisplay)
def UpdateDisplay(self):
if wx.IsDestroyed(self.textctrl):
return
selection = self.textctrl.GetSelection()
if selection[0] != selection[1]:
return
textattr = self.textctrl.GetFormat()
font = textattr.GetFont()
facename = font.GetFaceName()
self.fontdd.SetSelection(self.fontdd.FindString(facename, False))
self.bsize.SetLabel(str(font.GetPointSize()))
self.bbold.Active(font.GetWeight() == wx.FONTWEIGHT_BOLD)
self.bitalic.Active(font.GetStyle() == wx.FONTSTYLE_ITALIC)
self.bunderline.Active(font.GetUnderlined())
def EnableFormattingButtons(self, enabledict):
if enabledict is None:
return
default = enabledict['default'] if 'default' in enabledict else True
#TODO: fontdd should be disableable
buttons = [#('font', self.fontdd),
('size', self.bsize),
('bold', self.bbold),
('italic', self.bitalic),
('underline', self.bunderline),
('color', self.bcolor),
('bgcolor', self.bbgcolor),
('emote', self.bemote)]
for key, button in buttons:
button.Enable(enabledict[key] if key in enabledict else default)
def GenSizeItems(self, sizes = DEFAULT_SIZES):
"""
Sets the list of selectable sizes
If not set sizes default to ['8', '10', '12', '14', '18', '24', '36']
"""
return [SimpleMenuItem([str(size)], id=size, method = self.OnSizeSelected) for size in sizes]
def DoUpdateSkin(self, skin):
self.skinFB = skin
ToolBar.DoUpdateSkin(self, SkinProxy(skin['toolbarskin'], ToolBarSkinDefaults))
icons = self.icons = {}
icons['bold'] = skin['icons.bold']
icons['italic'] = skin['icons.italic']
icons['underline'] = skin['icons.underline']
icons['foregroundcolor'] = skin['icons.foregroundcolor']
icons['backgroundcolor'] = skin['icons.backgroundcolor']
icons['emote'] = skin['icons.emote']
iconsize = skin['iconsize']
for key in icons:
if icons[key] is not None:
icons[key] = icons[key].Resized(iconsize)
if self.initover:
self.bsize.SetStaticWidth(skin['sizedropdownwidth'])
self.msize.SetWidth(skin['sizedropdownwidth'])
self.bbold.SetIcon(icons['bold'])
self.bitalic.SetIcon(icons['italic'])
self.bunderline.SetIcon(icons['underline'])
self.bcolor.SetIcon(icons['foregroundcolor'])
self.bbgcolor.SetIcon(icons['backgroundcolor'])
self.bemote.SetIcon(icons['emote'])
def GetSkinProxy(self):
return self.skinFB if hasattr(self, 'skinFB') else None
class StatusCombo(UberCombo):
# number of milliseconds to wait after clicking the status button before the
# status is set (if the user hasn't entered any text)
set_delay = 3000
def __init__(self,
parent,
buddylist,
statuses,
get_status_method=get_profile_status,
set_status_method=set_profile_status):
'''
StatusCombo constructor.
parent - a wx.Window parent window
statuses - an observable list of StatusMessage objects
'''
self.buddylist = buddylist
self.buddylist.Bind(wx.EVT_KEY_DOWN, self.on_buddylist_key)
self.searching = False
self.searchHintShown = False
if not getattr(StatusCombo, 'searchThresholdRegistered',
False) and pref('search.buddylist.show_hint', True):
def SearchThresholdReached(*a, **k):
if pref('search.buddylist.show_hint', True):
setpref('search.buddylist.show_hint', False)
Hook('digsby.achievements.threshold',
'buddylist.search').register(SearchThresholdReached)
StatusCombo.searchThresholdRegistered = True
self.offline_item = None
self.get_profile_status = get_status_method
self.set_profile_status = set_status_method
status = self.get_profile_status()
UberCombo.__init__(self,
parent,
skinkey='combobox',
typeable=True,
valuecallback=self.on_text_lose_focus,
empty_text=getattr(status, 'hint',
status.title.title()),
maxmenuheight=15)
self.buttoncallback = self.on_status_button
self.cbutton = UberButton(self, -1, skin=self.cbuttonskin)
self.cbutton.Bind(wx.EVT_BUTTON, self._on_left_button)
self.content.Insert(0, self.cbutton, 0, wx.EXPAND)
self.cbutton.BBind(RIGHT_UP=self.on_status_button_right_click,
LEFT_DOWN=self.on_status_button_left_click,
LEFT_UP=self.on_status_button_left_up)
self.display.Bind(
wx.EVT_LEFT_DOWN, lambda e:
(e.Skip(), setattr(self, 'oldValue', self.Value)))
# the on_allow_status_changes method is called when the list of connected
# im accounts changes size. if all accounts are offline this control
# becomes disabled..
#profile.account_manager.connected_accounts.add_observer(self.on_allow_status_changes)
profile.account_manager.connected_accounts.add_observer(
self.on_offline_allowed, obj=self)
# Listen on status messages (changes, additions, deletes).
_obs_link = statuses.add_list_observer(self.on_status_messages_changed,
self.on_status_messages_changed)
self.Bind(
wx.EVT_WINDOW_DESTROY, lambda e:
(log.info('status combo removing observers'), e.Skip(),
_obs_link.disconnect()))
self.on_status_messages_changed(statuses)
# when the profile's status changes, update to reflect it
profile.add_observer(self.on_profile_status_changed, 'status')
# Display the current status.
self.show_status(self.get_profile_status())
# Timer for committing status messages after a delay.
self.timer = wx.PyTimer(self.SetFocus)
self.Bind(wx.EVT_TEXT, self.on_typing)
self.button_timer = wx.PyTimer(self.on_status_button_right_click)
textbind = self.TextField.Bind
textbind(wx.EVT_SET_FOCUS, lambda e: setattr(self, 'skipenter', False))
textbind(wx.EVT_KEY_DOWN, self._on_key_down)
textbind(wx.EVT_TEXT_ENTER, self._on_enter)
self.DropDownButton.Bind(wx.EVT_LEFT_DOWN, self._dbutton_left)
self.OnActivateSearch = Delegate()
self.OnDeactivateSearch = Delegate()
def UpdateSkin(self):
key = 'statuspanel'
if not skin.get(key, False) or skin.get(key + '.mode', '') == 'native':
s = lambda k, d: None
else:
s = lambda k, default: skin.get('%s.%s' % (key, k), default)
comboskinkey = s('comboboxskin', None)
self.cbuttonskin = cbskinkey = s('statusbuttonskin', None)
self.SetSkinKey(comboskinkey)
UberCombo.UpdateSkin(self)
if hasattr(self, 'cbutton'):
self.cbutton.SetSkinKey(cbskinkey, True)
self.SetButtonIcon(StatusMessage.icon_for(self.status_state))
if hasattr(self, 'menu') and self.menu:
self.on_status_messages_changed()
def SetButtonIcon(self, icon):
"""set the icon for the cycle button"""
self.cbutton.SetIcon(icon)
self._button_icon = icon
self.Layout()
def SetCallbacks(self,
selection=sentinel,
value=sentinel,
button=sentinel):
'Sets callbacks for this combobox.'
UberCombo.SetCallbacks(self, selection, value)
if button is not sentinel: self.buttoncallback = button
def on_allow_status_changes(self, *a, **k):
if self.Show(profile.allow_status_changes):
self.Parent.gui_layout()
def setandshow(self, statusmsg):
'Immediately sets the status message and shows it.'
log.info('setandshow %r', statusmsg)
self.oldValue = None
self.show_status(statusmsg)
self.set_profile_status(statusmsg)
def show_status(self, status, force=False):
'Displays the specified status message.'
if not force and status is getattr(self, '_shown_status', None):
return
# make the text area not editable for statuses like "Invisble" and
# "Offline", which have the "editable" attribute set to False
self.Editable = status.editable
self.display.empty_text = getattr(status, 'hint', '')
self.ChangeValue(status.message) # change text
self.SetButtonIcon(StatusMessage.icon_for(status)) # change icon
self.status_state = status.status # store the state
self._shown_status = status
#
# events
#
def on_typing(self, e):
'Invoked when the user is typing in the textfield.'
if self.searching:
search.link_prefs(profile.prefs)
e.Skip()
self.buddylist.search(e.EventObject.Value)
else:
self.cancel_timer()
def on_status_button(self, button):
'''
Invoked when the user clicks the state button to the left of the
dropdown.
'''
# toggle the control's status state
isavail = StatusMessage.is_available_state(self.status_state)
# do we need to change the shown text?
needs_change = self._shown_status in StatusMessage.SpecialStatuses or not self._shown_status.editable
self.oldValue = None
self.change_state(state='Away' if isavail else 'Available', )
#change_text = needs_change)
def change_state(self, state, change_text=False):
if not isinstance(state, basestring):
raise TypeError('change_state takes a string got a %s' %
type(state))
self.status_state = state
if change_text:
self.ChangeValue(self.status_state, state.title())
else:
self.Default = state.title()
edit_toggle = getattr(profile.status, 'edit_toggle', True)
if getattr(profile.status, 'edit_toggle', True):
# update the icon
self.SetButtonIcon(StatusMessage.icon_for(self.status_state))
self.cancel_timer()
self.timer.StartOneShot(self.set_delay)
# select all text in the textfield
disp = self.display
disp.TypeField()
wx.CallAfter(disp.txtfld.SetSelection, -1, -1)
else:
self.setandshow(
profile.status.copy(status=self.status_state,
editable=None,
edit_toggle=None))
def on_status_button_left_click(self, e=None):
if self.searching:
return self.TextField.SetFocus()
self.skipenter = True
self.button_timer.Start(BUTTON_HOLD_TIME, True)
if e: e.Skip(True)
def on_status_button_left_up(self, e=None):
if not self.searching:
self.button_timer.Stop()
if e: e.Skip(True)
def on_status_button_right_click(self, e=None):
if not self.searching:
self.show_extended_status_menu()
def show_extended_status_menu(self):
from gui.status import get_state_choices
m = SimpleMenu(self, skinkey=skin.get('%s.MenuSkin' % self.skinkey))
for status in get_state_choices():
statusname, statuslabel = status
def onclick(item, state=statusname):
self.change_state(
state
) #, change_text = self.status_state == self.GetValue())
m.AppendItem(
SimpleMenuItem(
[StatusMessage.icon_for(statusname), statuslabel],
method=onclick))
if m.GetCount() > 0:
m.Display(self.cbutton)
def on_text_lose_focus(self, new_msg):
if self.searching:
return self.on_search_timer()
# Cancel the status button timer if it's running.
self.cancel_timer()
if getattr(self, 'skipenter', False):
wx.CallAfter(lambda: setattr(self, 'skipenter', False))
else:
# don't set status if we lost focus because the user is clicking
# on the state button
if wx.GetMouseState().LeftDown() and wx.FindWindowAtPoint(
wx.GetMousePosition()) is self.cbutton:
return
profile_status = self.get_profile_status()
if new_msg == '':
self.display.empty_text = profile_status.hint
if new_msg != profile_status.message or self.status_state != profile_status.status:
# entering a new text value clears all exceptions
newmsg = StatusMessage(new_msg, self.status_state, new_msg)
self.set_profile_status(newmsg)
def on_profile_status_changed(self, *a):
"Invoked when the profile's status changes."
self.show_status(profile.status)
@calllimit(1)
def on_offline_allowed(self, *a):
if not self: return
show_offline = profile.allow_status_changes
if not show_offline and self.offline_item:
log.info('removing the offline item')
self.RemoveItem(self.offline_item)
self.offline_item = None
elif show_offline and not self.offline_item:
log.info('adding the offline item')
self.offline_item = self.additem(
[skin.get('statusicons.offline'),
_('Offline')], self.on_offline)
def additem(self, *a, **k):
i = SimpleMenuItem(*a, **k)
self.AppendItem(i)
return i
@calllimit(1)
def on_status_messages_changed(self, *a):
'''
Invoked when a status message changes, or the user status list changes.
Rebuilds the status menu items.
'''
log.info('on_status_messages_changed, updating menu')
self.RemoveAllItems()
additem = self.additem
def add_status_item(pname, name):
additem([skin.get('statusicons.%s' % pname), name],
method=getattr(self, 'on_' + pname))
# Available
add_status_item('available', _('Available'))
# user statuses
self.sortedstatuses = msgs = sorted([c for c in profile.statuses],
key=lambda msg: msg.away)
# Find where to insert the special "Away" status item
j = -1
found = False
for j, msg in enumerate(msgs):
if msg.away:
found = True
break
for i, msg in enumerate(msgs):
if found and i == j:
add_status_item('away', _('Away'))
online_image = skin.get(
'statusicons.away' if msg.away else 'statusicons.available')
additem([online_image, msg.title],
method=lambda mi, msg=msg: self.setandshow(msg),
id=i)
if not found or j == -1:
add_status_item('away', _('Away'))
# Custom...
additem(_('Custom...'), method=self.on_custom)
self.AppendSeparator()
if global_status_enabled():
additem([skin.get('icons.globalstatus'),
_('Global Status')],
method=self.on_global)
log.info('updating status menu with %d extra statuses',
len(Hook('digsby.im.statusmessages')))
for msg in Hook('digsby.im.statusmessages'):
message = msg()
if message is None:
continue
additem([message.icon, message.title],
method=lambda mi, msg=msg: self.setandshow(msg()))
if global_status_enabled():
additem([skin.get('statusicons.promote'),
_('Promote Digsby!')],
method=self.on_promote)
# Invisible
additem([skin.get('statusicons.invisible'),
_('Invisible')], self.on_invisible)
# Offline
self.offline_item = None
self.on_offline_allowed()
#
# special entries in the status menu.
#
def on_offline(self, combo_item):
self.setandshow(StatusMessage.Offline)
def on_available(self, comboitem):
self.show_status(StatusMessage.Available)
self.display.TypeField()
def on_away(self, comboitem):
self.show_status(StatusMessage.Away)
self.display.TypeField()
def on_custom(self, combo_item):
edit_custom_status(self)
def on_global(self, combo_item):
wx.CallAfter(wx.GetApp().SetStatusPrompt)
def on_promote(self, combo_item):
wx.CallAfter(wx.GetApp().SetStatusPrompt,
'ALL',
PROMOTE_STATUS_STRING(),
editable=False,
edit_toggle=False)
def on_nowplaying(self, combo_item):
self.setandshow(StatusMessage.NowPlaying)
def on_invisible(self, combo_item):
sta = self.get_profile_status()
cpy = StatusMessage.Invisible.copy(message=sta.message)
self.setandshow(cpy)
def cancel_timer(self):
if self.timer.IsRunning():
self.timer.Stop()
#
# search functionality
#
def _on_left_button(self, e):
if not self.searching:
return self.buttoncallback(self.cbutton)
def _on_enter(self, e):
if self.searching:
self.buddylist.activate_selected_item()
self.stop_searching()
else:
e.Skip()
def _on_key_down(self, e):
if self.searching:
if e.KeyCode == wx.WXK_ESCAPE:
self.buddylist.SetFocus()
self.stop_searching()
elif e.KeyCode in txtcontrol_keys:
e.Skip()
else:
self.buddylist.on_key_down(e)
else:
e.Skip()
def _interpret_char_event(self, e):
key = None
backspace = False
if e is not None:
mod = e.Modifiers & ~wx.MOD_SHIFT
if e.KeyCode == wx.WXK_BACK:
backspace = True
elif mod or e.KeyCode <= ord(' ') or e.KeyCode in non_alphanumeric:
return key, backspace
else:
key = unichr(e.UnicodeKey)
return key, backspace
def ShowSearchHint(self):
self.searchHintShown = True
def size_like(img, i):
img = img.ResizedSmaller(max(i.Width, i.Height)).PIL
return img.ResizeCanvas(i.Width, i.Height).WXB
self.cbutton.SetIcon(
size_like(skin.get('StatusPanel.SearchIcon'), self._button_icon))
self.DropDownButton.SetIcon(skin.get('StatusPanel.CancelSearchIcon'))
self.display.DisplayLabel = _("Press 'Ctrl+F' to Search List")
def HideSearchHint(self):
self.SetButtonIcon(self._button_icon)
self.DropDownButton.SetIcon(self.dropdownicon)
self.searchHintShown = False
self.display.DisplayLabel = None
def search(self, e=None):
if not pref('search.buddylist.enabled', True):
if e is not None: e.Skip()
return
key, backspace = self._interpret_char_event(e)
def size_like(img, i):
img = img.ResizedSmaller(max(i.Width, i.Height)).PIL
return img.ResizeCanvas(i.Width, i.Height).WXB
icon = skin.get('StatusPanel.SearchIcon')
self.ForceTextFieldBackground = True
self.cbutton.SetIcon(size_like(icon, self._button_icon))
self.DropDownButton.SetIcon(skin.get('StatusPanel.CancelSearchIcon'))
self.searching = True
if not hasattr(self, 'search_timer'):
self.search_timer = wx.PyTimer(self.on_search_timer)
self.search_timer.Start(500)
self.display.TypeField()
# emulate a keypress if one started the search
self.TextField.ChangeValue(profile.blist.search_string)
if key is not None:
self.TextField.AppendText(key)
if backspace:
# emulate a backspace
size = self.TextField.LastPosition
self.TextField.Remove(size - 1, size)
self.OnActivateSearch()
def on_search_timer(self):
active = wx.GetActiveWindow()
focused = wx.Window.FindFocus()
if active is None or not self.searching:
self.stop_searching()
if not hasattr(self, '_allowed_windows'):
# active windows search will stick around for
from gui.infobox.infobox import InfoBox
from gui.buddylist.buddylistframe import BuddyListFrame
from gui.searchgui import SearchEditDialog
self._allowed_windows = frozenset(
[InfoBox, BuddyListFrame, SearchEditDialog])
self._empty_textfield_cancels = frozenset([BuddyListFrame])
clz = active.__class__
if clz not in self._allowed_windows:
self.stop_searching()
# if search loses focus to the buddylist and there is no text in the
# search field, just cancel the search
elif clz in self._empty_textfield_cancels and \
focused is not self.TextField and \
not self.TextField.Value:
self.stop_searching()
def stop_searching(self):
if not self.searching:
return
log.info('stopping search')
self.ForceTextFieldBackground = False
self.SetButtonIcon(self._button_icon)
self.DropDownButton.SetIcon(self.dropdownicon)
self.search_timer.Stop()
self.searching = False
focused_window = wx.Window.FindFocus()
if focused_window is self.TextField:
self.buddylist.SetFocus()
self.show_status(get_profile_status(), force=True)
self.buddylist.clear_search()
self.OnDeactivateSearch()
hooks.notify('digsby.statistics.buddylist.search')
def _dbutton_left(self, e):
if self.searching:
return self.stop_searching()
else:
e.Skip()
def on_buddylist_key(self, e):
if self.searching and e.KeyCode == wx.WXK_ESCAPE:
self.stop_searching()
else:
e.Skip()