def getWorkareaOffset():
"""
Return primary monitor workarea offset in points.
Workarea is the desktop area not covered with taskbar and appbars.
"""
left, top = _graphics.getWorkareaOffset()
left = pixelsToPoints(left)
top = pixelsToPoints (top)
return (left, top)
def getWorkareaSize():
"""
Return primary monitor workarea size in points.
Workarea is the desktop area not covered with taskbar and appbars.
"""
width, height = _graphics.getWorkareaSize()
width = pixelsToPoints(width)
height = pixelsToPoints(height)
return (width, height)
def __onMouseMove(self):
"""
Checks whether x,y is inside any of the mini-windows.
"""
if not self.__mouseChanged:
return
self.__mouseChanged = False
ptx, pty = [pixelsToPoints(c) for c in self.__mousePos]
oldIndex = self.__mouseoverIndex
newIndex = None
for index in range(len(self.__visibleMessages)):
miniWind = self.__visibleMessages[index]
size = miniWind.getSize()
pos = miniWind.getPos()
if (ptx > pos[0] and ptx < (pos[0] + size[0])) and \
(pty > pos[1] and pty < (pos[1] + size[1])):
# The mouse is inside this miniWindow
if index == oldIndex:
# Don't change the appearance; it's already
# 'moused-over'.
newIndex = oldIndex
break
else:
newIndex = index
break
if oldIndex is not None and newIndex != oldIndex:
# The mouse has changed.
miniWind = self.__visibleMessages[oldIndex]
miniWind._wind.setOpacity(255)
miniWind._wind.update()
self.__hideHelpMessage()
if newIndex is not None and newIndex != oldIndex:
miniWind = self.__visibleMessages[newIndex]
xPos, yPos = miniWind.getPos()
if newIndex == len(self.__visibleMessages):
rounded = True
else:
rounded = False
self.__showHelpMessage(xPos, yPos, rounded)
miniWind._wind.setOpacity(0)
miniWind._wind.update()
self.__mouseoverIndex = newIndex
def __onMouseMove( self ):
"""
Checks whether x,y is inside any of the mini-windows.
"""
if not self.__mouseChanged:
return
self.__mouseChanged = False
ptx, pty = [pixelsToPoints(c) for c in self.__mousePos]
oldIndex = self.__mouseoverIndex
newIndex = None
for index in range( len(self.__visibleMessages) ):
miniWind = self.__visibleMessages[index]
size = miniWind.getSize()
pos = miniWind.getPos()
if ( ptx > pos[0] and ptx < (pos[0] + size[0]) ) \
and ( pty > pos[1] and pty < (pos[1] + size[1]) ):
# The mouse is inside this miniWindow
if index == oldIndex:
# Don't change the appearance; it's already
# 'moused-over'.
newIndex = oldIndex
break
else:
newIndex = index
break
if oldIndex != None and newIndex != oldIndex:
# The mouse has changed.
miniWind = self.__visibleMessages[oldIndex]
miniWind._wind.setOpacity( 255 )
miniWind._wind.update()
self.__hideHelpMessage()
if newIndex != None and newIndex != oldIndex:
miniWind = self.__visibleMessages[newIndex]
xPos, yPos = miniWind.getPos()
if newIndex == len( self.__visibleMessages ):
rounded = True
else:
rounded = False
self.__showHelpMessage( xPos, yPos, rounded )
miniWind._wind.setOpacity( 0 )
miniWind._wind.update()
self.__mouseoverIndex = newIndex
from enso import config
from enso import graphics
from enso.graphics.measurement import pointsToPixels, pixelsToPoints
from enso.graphics import rounded_rect
from enso.messages.windows import MessageWindow, computeWidth
from enso.messages.primarywindow import layoutMessageXml
from enso.messages import Message
# ----------------------------------------------------------------------------
# Constants
# ----------------------------------------------------------------------------
MINI_WIND_SIZE = 256, 70
MINI_WIND_SIZE = [ pixelsToPoints( pixSize ) for pixSize in MINI_WIND_SIZE ]
MINI_MARGIN = pixelsToPoints( 10 )
MINI_SCALE = [ 10, 12, 14 ]
MINI_BG_COLOR = [ .12, .20, .00, .60 ] # Last one is opacity (in %)
# ----------------------------------------------------------------------------
# Mini Message Queue
# ----------------------------------------------------------------------------
class MiniMessageQueue:
"""
A class for controlling the behavior and animatior of mini messages.
LONGTERM TODO: More documentation for this class and its methods.
"""
def getY(self):
return pixelsToPoints(self._impl.getY())
def getMaxHeight(self):
return pixelsToPoints(self._impl.getMaxHeight())
def getMaxWidth(self):
return pixelsToPoints(self._impl.getMaxWidth())
def refreshDesktopSize():
global __desktop_size
width, height = _graphics.getDesktopSize()
width = pixelsToPoints(width)
height = pixelsToPoints(height)
__desktop_size = Size(width, height)
def getDesktopSize():
width, height = _graphics.getDesktopSize()
width = pixelsToPoints(width)
height = pixelsToPoints(height)
return (width, height)
def getDesktopOffset():
left, top = _graphics.getDesktopOffset()
left = pixelsToPoints(left)
top = pixelsToPoints (top)
return (left, top)
def getDesktopOffset():
""" Return primary monitor desktop offset in points. """
left, top = _graphics.getDesktopOffset()
left = pixelsToPoints(left)
top = pixelsToPoints (top)
return (left, top)
def getDesktopSize():
""" Return primary monitor desktop size in points. """
width, height = _graphics.getDesktopSize()
width = pixelsToPoints(width)
height = pixelsToPoints(height)
return (width, height)
def refreshWorkareaSize():
global __workarea_size
width, height = _graphics.getWorkareaSize()
width = pixelsToPoints(width)
height = pixelsToPoints(height)
__workarea_size = Size(width, height)
def refreshWorkareaOffset():
global __workarea_offset
left, top = _graphics.getWorkareaOffset()
left = pixelsToPoints(left)
top = pixelsToPoints(top)
__workarea_offset = Position(left, top)
def getY( self ):
return pixelsToPoints( self._impl.getY() )
import logging
from enso import config, graphics
from enso.graphics import rounded_rect
from enso.graphics.measurement import pixelsToPoints, pointsToPixels
from enso.messages import Message
from enso.messages.primarywindow import layoutMessageXml
from enso.messages.windows import MessageWindow, computeWidth
# ----------------------------------------------------------------------------
# Constants
# ----------------------------------------------------------------------------
MINI_WIND_SIZE = 256, 70
MINI_WIND_SIZE = [pixelsToPoints(pixSize) for pixSize in MINI_WIND_SIZE]
MINI_MARGIN = pixelsToPoints(10)
MINI_SCALE = [10, 12, 14]
MINI_BG_COLOR = [.12, .20, .00, .60] # Last one is opacity (in %)
# ----------------------------------------------------------------------------
# Mini Message Queue
# ----------------------------------------------------------------------------
class MiniMessageQueue(object):
"""
A class for controlling the behavior and animatior of mini messages.
LONGTERM TODO: More documentation for this class and its methods.
"""
def getMaxWidth( self ):
return pixelsToPoints( self._impl.getMaxWidth() )
def getDesktopSize():
width, height = _graphics.getDesktopSize()
width = pixelsToPoints(width)
height = pixelsToPoints(height)
return (width, height)
def getMaxHeight( self ):
return pixelsToPoints( self._impl.getMaxHeight() )
def getDesktopOffset():
left, top = _graphics.getDesktopOffset()
left = pixelsToPoints(left)
top = pixelsToPoints(top)
return (left, top)
def refreshDesktopOffset():
global __desktop_offset
left, top = _graphics.getDesktopOffset()
left = pixelsToPoints(left)
top = pixelsToPoints(top)
__desktop_offset = Position(left, top)
