def __init__(self, surface):
"Creates the dialog."
# call superclass
TWidget.__init__(self)
# create the widget manager so that it manages our canvas and then paints out its stuff on
# the root window
self.wm = TWidgetManager(surface, self)
# register ourselves as a paintable object to the widget manager. This should insure that we
# get repainted too
self.wm.register(self)
# create all widgets
self.createWidgets()
# flags used for indicating what we've done
self.state = REJECTED
# no background
self.background = None
self.tile = 0
def __init__ (self, surface):
"Creates the dialog."
# call superclass
TWidget.__init__ (self)
# create the widget manager so that it manages our canvas and then paints out its stuff on
# the root window
self.wm = TWidgetManager (surface, self)
# register ourselves as a paintable object to the widget manager. This should insure that we
# get repainted too
self.wm.register ( self )
# create all widgets
self.createWidgets ()
# flags used for indicating what we've done
self.state = REJECTED
# no background
self.background = None
self.tile = 0
class TDialog(TWidget):
"""
This class is used as a baseclass for dialogs. A dialog is a window with widgets that occupies
the whole or part of the screen. Currently only whole screen dialogs are supported. This class
contains the main widget manager to which widgets are added. Subclasses could override the
method createWidgets() to create their own widgets, but that is not mandatory.
It also contains the main event loop which is started using the method run(). The event loop
handles events from all registered widgets and calls their callbacks.
A dialog can have a background. It is set using setBackground() and can be either painted once
or tiled over the entire screen.
"""
# define a shared cache
cache = {}
# a normal and waiting cursor
normalcursor = None
waitcursor = None
def __init__ (self, surface):
"Creates the dialog."
# call superclass
TWidget.__init__ (self)
# create the widget manager so that it manages our canvas and then paints out its stuff on
# the root window
self.wm = TWidgetManager (surface, self)
# register ourselves as a paintable object to the widget manager. This should insure that we
# get repainted too
self.wm.register ( self )
# create all widgets
self.createWidgets ()
# flags used for indicating what we've done
self.state = REJECTED
# no background
self.background = None
self.tile = 0
# load the cursors if we don't already have 'em
# if TDialog.normalcursor == None:
# # no such cursor, do it
# normaldata = properties.setup_cursor_normal_data
# normalmask = properties.setup_cursor_normal_mask
# waitdata = properties.setup_cursor_wait_data
# waitmask = properties.setup_cursor_wait_mask
#
# # now load them
# TDialog.waitcursor = pygame.cursors.load_xbm ( waitdata, waitmask)
# TDialog.normalcursor = pygame.cursors.load_xbm ( normaldata, normalmask )
# by default we set the normal cursor
# self.setNormalCursor ()
def createWidgets (self):
"Creates all widgets for the dialog. Override in subclasses."
pass
def setBackground (self, filename, tile=1):
"""Sets a background for the entire dialog. The background is loaded from the passed
'filename'. It is painted either only once or tiled, depending on the setting for 'tile'. A
value of 1 will tile the image, any other value will draw the background once centered."""
# do we have the wanted image in our cache?
if TDialog.cache.has_key ( filename ):
# yep, use that instead
self.background = TDialog.cache [filename]
else:
# not in memory, try to load the surfaces
self.background = pygame.image.load ( filename ).convert ()
# store in the cache for later use
TDialog.cache [filename] = self.background
# store the tiling value
self.tile = tile
# we're dirty now
self.dirty = 1
def getWidth (self):
"Returns the width of the dialog."
return 0
def getHeight (self):
"Returns the height of the widget."
return 0
def getGeometry (self):
"""Returns the geometry of the widget. This is a tuple containing the x, y, width and height
of the dialog. Not currently meaningful."""
return ( self.position [0], self.position [1], 0, 0 )
def isInside (self,position):
"""Checks wether the passed point is inside the dialog. Returns 1 if inside and 0 if
outside. A point on the border of the widget is considered to be inside. Currently always
returns 0."""
# not inside
return 0
def paint (self, destination, force=0):
"""Method that paints the dialog. This method will simply blit out the background if one has
been set. Override if custom painting is needed."""
# are we dirty or not?
if self.background == None or ( self.dirty == 0 and force == 0 ):
# not dirty, or no background nothing to do here
return 0
# get the dimensions of the background
width, height = self.background.get_size ()
# should we tile or not?
if self.tile:
# perform tiling of the background
for y in range ( TWidgetManager.sdl_surface.getHeight () / height + 1 ):
for x in range ( TWidgetManager.sdl_surface.getWidth () / width + 1 ):
# what height should be used?
if y * height > TWidgetManager.sdl_surface.getHeight ():
# use only the missing part
heighty = (( y + 1 ) * height) - TWidgetManager.sdl_surface.getHeight ()
else:
# full height of icon
heighty = height
# what width should be used?
if x * width > TWidgetManager.sdl_surface.getWidth ():
# use only the missing part
widthx = (( x + 1 ) * width) - TWidgetManager.sdl_surface.getWidth ()
else:
# full width of icon
widthx = width
# blit it all out
destination.blit ( self.background, (x * width, y * height ) )
else:
# no tiling, just blurt it out once
destination.blit ( self.background, self.position )
self.dirty = 0
# we did something, make sure the widget manager knows that
return 1
def run (self):
"""Executes the dialog and runs its internal loop until a callback returns widget.DONE. When
that dialog is terminated this method also returns."""
# loop forever
while 1:
# repaint the stuff if needed
self.wm.paint ()
# get next event
event = pygame.event.wait()
# see wether the widget manager wants to handle it
if event != -1:
# handle event and get the return code that tells us wehter it was handled or not
returncode = self.wm.handle ( event )
# is the event loop done?
if returncode == twidget.DONE:
# disable the timer
self.disableTimer ()
return self.state
def quit (self):
"""Callback triggered when the player wants to quit. This can be overridden to provide
custom quitting behaviour. The default just simply exits."""
print "quitting..."
# terminate pygame
pygame.quit ()
# and go away
sys.exit ( 0 )
def accept (self):
"""Accepts the dialog. Will close it and return from it's event loop with the return status
'dialog.ACCEPTED'."""
# we're accepting the dialog
self.state = ACCEPTED
return twidget.DONE
def reject (self, trigger, event):
"""Accepts the dialog. Will close it and return from it's event loop with the return status
'dialog.REJECTED'."""
# we're cancelling the dialog
self.state = REJECTED
return twidget.DONE
def messagebox (self, message):
import messagebox
# failed to init network connection, show a messagebox
messagebox.Messagebox ( message )
# repaint the stuff if needed
self.wm.paint (force=1, clear=1)
def enableTimer (self, ms):
"""Enables timer events. Calling this method will make the method timer() get called every
'ms' milliseconds. Call disableTimer() to disable the timer."""
#scenario.dispatcher.registerTimerCallback ( ms, self.timer, self )
# just call the method, make no checks
pygame.time.set_timer ( TIMER, ms )
def disableTimer (self):
"""Disables timer events."""
# just call the method, make no checks
#scenario.dispatcher.deregisterTimerCallback ( self )
pygame.time.set_timer ( TIMER, 0 )
# remove all old stale events that may have been left in the queue
pygame.event.get ( [TIMER] )
def timer (self):
"""Callback triggered when the dialog has enabled timers and a timer fires. This should be
overridden by subclasses to provide the needed code."""
# by default we're handled
return twidget.HANDLED
class TDialog(TWidget):
"""
This class is used as a baseclass for dialogs. A dialog is a window with widgets that occupies
the whole or part of the screen. Currently only whole screen dialogs are supported. This class
contains the main widget manager to which widgets are added. Subclasses could override the
method createWidgets() to create their own widgets, but that is not mandatory.
It also contains the main event loop which is started using the method run(). The event loop
handles events from all registered widgets and calls their callbacks.
A dialog can have a background. It is set using setBackground() and can be either painted once
or tiled over the entire screen.
"""
# define a shared cache
cache = {}
# a normal and waiting cursor
normalcursor = None
waitcursor = None
def __init__(self, surface):
"Creates the dialog."
# call superclass
TWidget.__init__(self)
# create the widget manager so that it manages our canvas and then paints out its stuff on
# the root window
self.wm = TWidgetManager(surface, self)
# register ourselves as a paintable object to the widget manager. This should insure that we
# get repainted too
self.wm.register(self)
# create all widgets
self.createWidgets()
# flags used for indicating what we've done
self.state = REJECTED
# no background
self.background = None
self.tile = 0
# load the cursors if we don't already have 'em
# if TDialog.normalcursor == None:
# # no such cursor, do it
# normaldata = properties.setup_cursor_normal_data
# normalmask = properties.setup_cursor_normal_mask
# waitdata = properties.setup_cursor_wait_data
# waitmask = properties.setup_cursor_wait_mask
#
# # now load them
# TDialog.waitcursor = pygame.cursors.load_xbm ( waitdata, waitmask)
# TDialog.normalcursor = pygame.cursors.load_xbm ( normaldata, normalmask )
# by default we set the normal cursor
# self.setNormalCursor ()
def createWidgets(self):
"Creates all widgets for the dialog. Override in subclasses."
pass
def setBackground(self, filename, tile=1):
"""Sets a background for the entire dialog. The background is loaded from the passed
'filename'. It is painted either only once or tiled, depending on the setting for 'tile'. A
value of 1 will tile the image, any other value will draw the background once centered."""
# do we have the wanted image in our cache?
if TDialog.cache.has_key(filename):
# yep, use that instead
self.background = TDialog.cache[filename]
else:
# not in memory, try to load the surfaces
self.background = pygame.image.load(filename).convert()
# store in the cache for later use
TDialog.cache[filename] = self.background
# store the tiling value
self.tile = tile
# we're dirty now
self.dirty = 1
def getWidth(self):
"Returns the width of the dialog."
return 0
def getHeight(self):
"Returns the height of the widget."
return 0
def getGeometry(self):
"""Returns the geometry of the widget. This is a tuple containing the x, y, width and height
of the dialog. Not currently meaningful."""
return (self.position[0], self.position[1], 0, 0)
def isInside(self, position):
"""Checks wether the passed point is inside the dialog. Returns 1 if inside and 0 if
outside. A point on the border of the widget is considered to be inside. Currently always
returns 0."""
# not inside
return 0
def paint(self, destination, force=0):
"""Method that paints the dialog. This method will simply blit out the background if one has
been set. Override if custom painting is needed."""
# are we dirty or not?
if self.background == None or (self.dirty == 0 and force == 0):
# not dirty, or no background nothing to do here
return 0
# get the dimensions of the background
width, height = self.background.get_size()
# should we tile or not?
if self.tile:
# perform tiling of the background
for y in range(TWidgetManager.sdl_surface.getHeight() / height +
1):
for x in range(TWidgetManager.sdl_surface.getWidth() / width +
1):
# what height should be used?
if y * height > TWidgetManager.sdl_surface.getHeight():
# use only the missing part
heighty = (
(y + 1) *
height) - TWidgetManager.sdl_surface.getHeight()
else:
# full height of icon
heighty = height
# what width should be used?
if x * width > TWidgetManager.sdl_surface.getWidth():
# use only the missing part
widthx = (
(x + 1) *
width) - TWidgetManager.sdl_surface.getWidth()
else:
# full width of icon
widthx = width
# blit it all out
destination.blit(self.background,
(x * width, y * height))
else:
# no tiling, just blurt it out once
destination.blit(self.background, self.position)
self.dirty = 0
# we did something, make sure the widget manager knows that
return 1
def run(self):
"""Executes the dialog and runs its internal loop until a callback returns widget.DONE. When
that dialog is terminated this method also returns."""
# loop forever
while 1:
# repaint the stuff if needed
self.wm.paint()
# get next event
event = pygame.event.wait()
# see wether the widget manager wants to handle it
if event != -1:
# handle event and get the return code that tells us wehter it was handled or not
returncode = self.wm.handle(event)
# is the event loop done?
if returncode == twidget.DONE:
# disable the timer
self.disableTimer()
return self.state
def quit(self):
"""Callback triggered when the player wants to quit. This can be overridden to provide
custom quitting behaviour. The default just simply exits."""
print "quitting..."
# terminate pygame
pygame.quit()
# and go away
sys.exit(0)
def accept(self):
"""Accepts the dialog. Will close it and return from it's event loop with the return status
'dialog.ACCEPTED'."""
# we're accepting the dialog
self.state = ACCEPTED
return twidget.DONE
def reject(self, trigger, event):
"""Accepts the dialog. Will close it and return from it's event loop with the return status
'dialog.REJECTED'."""
# we're cancelling the dialog
self.state = REJECTED
return twidget.DONE
def messagebox(self, message):
import messagebox
# failed to init network connection, show a messagebox
messagebox.Messagebox(message)
# repaint the stuff if needed
self.wm.paint(force=1, clear=1)
def enableTimer(self, ms):
"""Enables timer events. Calling this method will make the method timer() get called every
'ms' milliseconds. Call disableTimer() to disable the timer."""
#scenario.dispatcher.registerTimerCallback ( ms, self.timer, self )
# just call the method, make no checks
pygame.time.set_timer(TIMER, ms)
def disableTimer(self):
"""Disables timer events."""
# just call the method, make no checks
#scenario.dispatcher.deregisterTimerCallback ( self )
pygame.time.set_timer(TIMER, 0)
# remove all old stale events that may have been left in the queue
pygame.event.get([TIMER])
def timer(self):
"""Callback triggered when the dialog has enabled timers and a timer fires. This should be
overridden by subclasses to provide the needed code."""
# by default we're handled
return twidget.HANDLED