def onreadystatechange():
if xhtoj.readyState == 4:
jsnode = 0
if xhtoj.status == 200:
txt = xhtoj.responseText
jsnode = None
if idname:
jsnode = DOM.getElementById(idname)
if jsnode is None:
jsnode = DOM.createElement('script')
#tst = DOM.createElement('html')
#tst.innerHTML = str
activate_javascript(txt)
if not on_load_fn is None:
wnd().alert(on_load_fn)
# eval(on_load_fn)
test_fn()
return 1
else:
jsnode = DOM.getElementById(idname)
if not jsnode is None:
jsnode.innerHTML = xhtoj.status
def onreadystatechange():
if xhtoj.readyState == 4:
jsnode = 0
if xhtoj.status == 200:
txt = xhtoj.responseText
jsnode = None
if idname:
jsnode = DOM.getElementById(idname)
if jsnode is None:
jsnode = DOM.createElement('script')
#tst = DOM.createElement('html')
#tst.innerHTML = str
activate_javascript(txt)
if not on_load_fn is None:
wnd().alert(on_load_fn)
# eval(on_load_fn)
test_fn()
return 1
else:
jsnode = DOM.getElementById(idname)
if not jsnode is None:
jsnode.innerHTML = xhtoj.status
def fireEvent(self, *args):
movieName = args[0]
eventName = args[1]
arguments = []
for i in range(2, len(args)):
if args[i] != None:
arguments.append(args[i])
wnd().players[args[0]].fireEvent(movieName, eventName, arguments)
def fireEvent(self, *args):
movieName = args[0]
eventName = args[1]
arguments = []
for i in range(2, len(args)):
if args[i] != None:
arguments.append(args[i])
wnd().players[args[0]].fireEvent(movieName, eventName, arguments)
def _dispatchEvent(sender, evt, useCap):
if evt is None:
evt = wnd().event
else:
try:
sender = get_main_frame().gobject_wrap(sender) # webkit HACK!
evt = get_main_frame().gobject_wrap(evt) # webkit HACK!
except:
pass
listener = None
curElem = sender
#print "_dispatchEvent", sender, evt, evt.type
cap = getCaptureElement()
listener = get_listener(cap)
if cap and (listener is not None):
#print "capture _dispatchEvent", cap, listener
dispatchEvent(evt, cap, listener)
evt.stopPropagation()
return
while curElem and (get_listener(curElem) is None):
#print "no parent listener", curElem, getParent(curElem)
curElem = getParent(curElem)
if curElem and getNodeType(curElem) != 1:
curElem = None
listener = get_listener(curElem)
if listener is not None:
dispatchEvent(evt, curElem, listener)
def browser_event_cb(view, event, from_window):
global sCaptureElem
#print "sCaptureElem", sCaptureElem
if event is None:
event = wnd().event
else:
try:
event = get_main_frame().gobject_wrap(event) # webkit HACK!
except:
pass
#print "browser_event_cb", event
et = eventGetType(event)
#print "browser_event_cb", event, et
if et == "resize":
onResize()
return
if et == 'mouseout':
#print "mouse out", event
_dispatchCapturedMouseoutEvent(event)
if (et == 'keyup' or et == 'keydown' or
et == 'keypress' or et == 'change'):
return _dispatchCapturedEvent(event)
else:
return _dispatchCapturedMouseEvent(event)
def browser_event_cb(view, event, from_window):
global sCaptureElem
#print "sCaptureElem", sCaptureElem
if event is None:
event = wnd().event
else:
try:
event = get_main_frame().gobject_wrap(event) # webkit HACK!
except:
pass
#print "browser_event_cb", event
et = eventGetType(event)
#print "browser_event_cb", event, et
if et == "resize":
onResize()
return
if et == 'mouseout':
#print "mouse out", event
_dispatchCapturedMouseoutEvent(event)
if (et == 'keyup' or et == 'keydown' or et == 'keypress'
or et == 'change'):
return _dispatchCapturedEvent(event)
else:
return _dispatchCapturedMouseEvent(event)
def _dispatchEvent(sender, evt, useCap):
if evt is None:
evt = wnd().event
else:
try:
sender = get_main_frame().gobject_wrap(sender) # webkit HACK!
evt = get_main_frame().gobject_wrap(evt) # webkit HACK!
except:
pass
listener = None
curElem = sender
#print "_dispatchEvent", sender, evt, evt.type
cap = getCaptureElement()
listener = get_listener(cap)
if cap and (listener is not None):
#print "capture _dispatchEvent", cap, listener
dispatchEvent(evt, cap, listener)
evt.stopPropagation()
return
while curElem and (get_listener(curElem) is None):
#print "no parent listener", curElem, getParent(curElem)
curElem = getParent(curElem)
if curElem and getNodeType(curElem) != 1:
curElem = None
listener = get_listener(curElem)
if listener is not None:
dispatchEvent(evt, curElem, listener)
def flashArgumentsToXML(self, arguments, num):
"""
@return: result of flashs build in function __flash__argumentsToXML
"""
arguments = self.toJS(arguments)
return wnd().__flash__argumentsToXML(arguments, num);
def onFileSaveAs(self):
data = self.timeProxy.exportData()
data_uri = 'data:text/plain;base64,%s' % base64.encodestring(data)
wnd = wnd().open('','_blank','scrollbars=yes,width=300,height=300')
wnd.document.open("text/html")
wnd.document.write("""<a href="%s">Right click here</a> if your browser supports data uri<br />Otherwise, you'll have to copy and paste this output to a text file<br />\n""" % data_uri)
wnd.document.write("<pre>")
wnd.document.write(data)
wnd.document.write("</pre>")
wnd.document.close()
def bind_pyjs_change(self):
# Here we bind the change event to the self.change pyjs method
# Since we are binding a global function to the self.change method, we want
# that global function to be unique (or at least to have the myid suffix)
global_unique_change = "change_%s" % (self.myid)
setattr(wnd(),global_unique_change,self.change)
# Now bind the change event to the wnd().global_unique_change function, which is actually self.change
myjs = 'parent.jQuery("#%s").bind("change", function() { parent.%s() });' % (self.myid, global_unique_change)
log.info("Now calling JS: %s", myjs)
JS(""" eval(@{{myjs}}) """)
def onFileSaveAs(self):
data = self.timeProxy.exportData()
data_uri = 'data:text/plain;base64,%s' % base64.encodestring(data)
w = wnd().open('','_blank','scrollbars=yes,width=300,height=300')
w.document.open("text/html")
w.document.write("""<a href="%s">Right click here</a> if your browser supports data uri<br />Otherwise, you'll have to copy and paste this output to a text file<br />\n""" % data_uri)
w.document.write("<pre>")
w.document.write(data)
w.document.write("</pre>")
w.document.close()
def init():
print "init", get_main_frame(), pyjd.is_desktop
if get_main_frame() is None:
if pyjd.is_desktop:
pyjd.add_setup_callback(init)
# pyjd.add_pre_run_callback(_first_notify)
return
global historyToken
historyToken = ''
hash = wnd().location.hash
if hash and len(hash) > 0:
historyToken = hash[1:]
def init():
print "init", get_main_frame(), pyjd.is_desktop
if get_main_frame() is None:
if pyjd.is_desktop:
pyjd.add_setup_callback(init)
# pyjd.add_pre_run_callback(_first_notify)
return
global historyToken
historyToken = ''
hash = wnd().location.hash
if hash and len(hash) > 0:
historyToken = hash[1:]
def load_script(url, onload, async):
wnd().status = ('Loading ' + url)
def onload_fn():
wnd.status = ('Loaded ' + url)
if not onload is None:
eval(onload)
return True
e = DOM.createElement("script")
e.src = url
e.type = "text/javascript"
e.language = "javascript"
e.defer = async
def load_script(url, onload, async):
wnd().status = ('Loading ' + url)
def onload_fn():
wnd().status = ('Loaded ' + url)
if not onload is None:
eval(onload)
return True
e = DOM.createElement("script")
e.src = url
e.type="text/javascript"
e.language = "javascript"
e.defer = async
def _dispatchCapturedMouseoutEvent(evt):
cap = getCaptureElement()
if cap:
#print "cap", dir(evt), cap
if not eventGetToElement(evt):
#print "synthesise", cap
#When the mouse leaves the window during capture, release capture
#and synthesize an 'onlosecapture' event.
setCapture(None)
listener = get_listener(cap)
if listener:
# this should be interesting...
lcEvent = doc().createEvent('UIEvent')
lcEvent.initUIEvent('losecapture', False, False, wnd(), 0)
dispatchEvent(lcEvent, cap, listener)
def _dispatchCapturedMouseoutEvent(evt):
cap = getCaptureElement()
#print "cap", evt, cap
if cap is None:
return
#print "cap", evt, cap
if eventGetToElement(evt):
return
#print "synthesise", cap
#When the mouse leaves the window during capture, release capture
#and synthesize an 'onlosecapture' event.
setCapture(None)
listener = get_listener(cap)
if listener is None:
return
# this should be interesting...
#print "lose capture synthesised"
lcEvent = doc().createEvent('UIEvent')
lcEvent.initUIEvent('losecapture', False, False, wnd(), 0)
dispatchEvent(lcEvent, cap, listener)
def setInstanceGlobal(movieName, instance):
wnd().SWFUpload.addInstance(movieName, instance)
def confirm(msg):
return wnd().confirm(msg)
def buttonClick(element):
evt = doc().createEvent('MouseEvents')
evt.initMouseEvent("click", True, True, wnd(), 1, 0, 0, 0, 0, False,
False, False, False, 0, element)
element.dispatchEvent(evt)
#
# load(url)
#
# @param url URL to load
# @param onreadystatechange function to be used for onreadystatechange
# @param on_load_fn function to be called on succes, with parameters event, request
# @param async request mode
# @returns async == False: request object, async == True: None
#
def load(url, onreadystatechange=None, on_load_fn=None, async=False):
setCompilerOptions("noDebug")
wnd().status = ('Loading ' + url)
req = createHttpRequest()
if onreadystatechange is None:
def onreadystatechange(evnt):
if req.readyState == 4 and (req.status == 200 or req.status == 0):
str = req.responseText
wnd().status = ('Loaded ' + url)
if not on_load_fn is None:
on_load_fn(evnt, req)
# next line is in JS() for IE6
JS("req.onreadystatechange = onreadystatechange;")
req.open("GET", url, async)
try:
def prompt(msg, defaultReply=""):
return wnd().prompt(msg, defaultReply)
def getLocation():
global location
if not location:
location = Location.Location(wnd().location)
return location
class SWFUploadInstances:
def addInstance(self, movieName, instance):
setattr(self, movieName, instance)
class SWFUploadEventCatcher:
def __init__(self):
self.instances = SWFUploadInstances()
def addInstance(self, movieName, instance):
self.instances.addInstance(movieName, instance)
# Global variable called by Flash External Interface
wnd().SWFUpload = SWFUploadEventCatcher()
def setInstanceGlobal(movieName, instance):
wnd().SWFUpload.addInstance(movieName, instance)
# Counter for Flash-movies
global movieCount
movieCount = 0
def getMovieCount():
return movieCount
class SWFUpload(FlashPanel):
"""
Embedding and api handling of SWFUpload
def getClientWidth():
try:
return wnd().innerWidth
except:
return doc().body.clientWidth
def setLocation(url):
w = wnd()
w.location = url
def getClientHeight():
try:
return wnd().innerHeight
except:
return doc().body.clientHeight
def scroll(x, y):
wnd().scroll(x, y)
def scrollBy(x, y):
wnd().scrollBy(x, y)
def scrollBy(x, y):
wnd().scrollBy(x, y)
def prompt(msg, defaultReply=""):
return wnd().prompt(msg, defaultReply, "", 0)
def setInstanceGlobal(movieName, instance):
wnd().players[movieName] = instance
def getLocation():
global location
if not location:
location = Location.Location(wnd().location)
return location
def prompt(msg, defaultReply=""):
""" Prompt the user to enter some text.
We return the entered text, or None if the user cancelled.
"""
return wnd().prompt(msg, defaultReply);
def performanceNowInit():
performanceNowPolyfill()
return wnd()
def onreadystatechange(evnt):
if req.readyState == 4 and (req.status == 200 or req.status == 0):
str = req.responseText
wnd().status = ('Loaded ' + url)
if not on_load_fn is None:
on_load_fn(evnt, req)
def forward():
wnd().history.forward()
def onMouseMove(self, sender, x, y):
event = DOM.eventGetCurrentEvent()
self.mouseEvent = event
button = DOM.eventGetButton(event)
if not button == Event.BUTTON_LEFT:
return
## The following commented code lets the native dnd happen in IE. sucks.
## But it may enable dragging our widgets out of IE into other apps.
# else:
# try:
# self.dragWidget.getElement().dragDrop()
# return
# except:
# pass
# Adjust x and y to absolute coordinates.
x, y = eventCoordinates(event)
if self.dragging == DRAGGING_NO_MOVEMENT_YET:
self.origMouseX = x
self.origMouseY = y
self.currentDragOperation = 'none'
fromElement = self.dragWidget.getElement()
# Is the widget itself draggable?
try:
draggable = fromElement.draggable
except:
draggable = False
# if not, find the draggable element at (x, y) in the widget
if not draggable:
fromElement = findDraggable(sender.getElement(),
self.origMouseX, self.origMouseY)
# Nothing draggable found. return.
if fromElement is None:
self.dragging = NOT_DRAGGING
return
# Get the location for the dragging widget
#self.absParent = None
#self.absParent = self.dragWidget.getParent()
#self.absLeft = DOM.getStyleAttribute(fromElement, 'left')
#print self.absLeft
#self.absTop = DOM.getStyleAttribute(fromElement, 'top')
#print self.absTop
#self.origTop = DOM.getAbsoluteTop(fromElement) + parent.getAbsoluteTop()
#self.origLeft = DOM.getAbsoluteLeft(fromElement) + parent.getAbsoluteLeft()
self.origTop = DOM.getAbsoluteTop(fromElement)
self.origLeft = DOM.getAbsoluteLeft(fromElement)
#self.glassTop = DOM.getAbsoluteTop(fromElement.offsetParent)
#self.glassLeft = DOM.getAbsoluteTop(fromElement.offsetParent)
position_absolute = DOM.getStyleAttribute(fromElement,
'position') == 'absolute'
if position_absolute:
self.dragLeftOffset = (
self.origMouseX -
DOM.getAbsoluteLeft(fromElement.offsetParent))
self.dragTopOffset = (
self.origMouseY -
DOM.getAbsoluteTop(fromElement.offsetParent))
else:
self.dragLeftOffset = self.origMouseX - self.origLeft
self.dragTopOffset = self.origMouseY - self.origTop
# self.setDragImage(fromElement,
# self.origMouseX - self.origLeft,
# self.origMouseY - self.origTop)
self.dragDataStore.elements = [fromElement]
dragStartEvent = self.fireDNDEvent('dragstart', None,
self.dragWidget)
if not isCanceled(dragStartEvent):
self.initFeedbackImage()
RootPanel().add(self.draggingImage)
self.setDragImageLocation(x, y)
self.dragging = ACTIVELY_DRAGGING
GlassWidget.show(self)
elif self.dragging == ACTIVELY_DRAGGING:
try:
doc().selection.empty()
except:
wnd().getSelection().removeAllRanges()
self.setDragImageLocation(x, y)
# If we are still working on the previous iteration, or if we have
# done this recently, we'll wait for the next event.
if self.dragBusy or time.time() - self.drag_time < 0.25:
return
self.doDrag(event, x, y)
self.drag_time = time.time()
def buttonClick(element):
evt = doc().createEvent('MouseEvents')
evt.initMouseEvent("click", True, True, wnd(), 1, 0, 0, 0, 0, False, False,
False, False, 0, element)
element.dispatchEvent(evt)
def setLocation(url):
w = wnd()
w.location = url
def getClientWidth():
try:
return wnd().innerWidth
except:
return doc().body.clientWidth
Global variables called by Flash External Interface
"""
class PlayerEventCatcher:
def fireEvent(self, *args):
movieName = args[0]
eventName = args[1]
arguments = []
for i in range(2, len(args)):
if args[i] != None:
arguments.append(args[i])
wnd().players[args[0]].fireEvent(movieName, eventName, arguments)
def setInstanceGlobal(movieName, instance):
wnd().players[movieName] = instance
wnd().players = {}
wnd().flowplayer = PlayerEventCatcher()
# Counter for Flash-movies
global movieCount
movieCount = 0
def getMovieCount():
return movieCount
class Player(FlashPanel):
"""
Embedding and api handling of Flowplayer
"""
def getWindow():
return wnd()
def setInstanceGlobal(movieName, instance):
wnd().players[movieName] = instance
class PlayerEventCatcher:
def fireEvent(self, *args):
movieName = args[0]
eventName = args[1]
arguments = []
for i in range(2, len(args)):
if args[i] != None:
arguments.append(args[i])
wnd().players[args[0]].fireEvent(movieName, eventName, arguments)
def setInstanceGlobal(movieName, instance):
wnd().players[movieName] = instance
wnd().players = {}
wnd().flowplayer = PlayerEventCatcher()
# Counter for Flash-movies
global movieCount
movieCount = 0
def getMovieCount():
return movieCount
class Player(FlashPanel):
"""
Embedding and api handling of Flowplayer
"""
def scroll(x, y):
wnd().scroll(x, y)
class SWFUploadInstances:
def addInstance(self, movieName, instance):
setattr(self, movieName, instance)
class SWFUploadEventCatcher:
def __init__(self):
self.instances = SWFUploadInstances()
def addInstance(self, movieName, instance):
self.instances.addInstance(movieName, instance)
# Global variable called by Flash External Interface
wnd().SWFUpload = SWFUploadEventCatcher()
def setInstanceGlobal(movieName, instance):
wnd().SWFUpload.addInstance(movieName, instance)
# Counter for Flash-movies
global movieCount
movieCount = 0
def getMovieCount():
return movieCount
class SWFUpload(FlashPanel):
"""
Embedding and api handling of SWFUpload
def setInstanceGlobal(movieName, instance):
wnd().SWFUpload.addInstance(movieName, instance)
def getClientHeight():
try:
return wnd().innerHeight
except:
return doc().body.clientHeight
def back():
wnd().history.back()
def onload_fn():
wnd().status = ('Loaded ' + url)
if not onload is None:
eval(onload)
return True
pass
return None
#
# load(url)
#
# @param url URL to load
# @param onreadystatechange function to be used for onreadystatechange
# @param on_load_fn function to be called on succes, with parameters event, request
# @param async request mode
# @returns async == False: request object, async == True: None
#
def load(url, onreadystatechange=None, on_load_fn=None, async=False):
setCompilerOptions("noDebug")
wnd().status = ('Loading ' + url)
req = createHttpRequest()
if onreadystatechange is None:
def onreadystatechange(evnt):
if req.readyState==4 and (req.status == 200 or req.status == 0):
str = req.responseText
wnd().status = ('Loaded ' + url)
if not on_load_fn is None:
on_load_fn(evnt, req)
# next line is in JS() for IE6
JS("@{{req}}['onreadystatechange'] = @{{onreadystatechange}};")
req.open("GET", url , async)
try:
req.send(None)
def back():
wnd().history.back()
def onload_fn():
wnd().status = ('Loaded ' + url)
if not onload is None:
eval(onload)
return True
def forward():
wnd().history.forward()
def onreadystatechange(evnt):
if req.readyState==4 and (req.status == 200 or req.status == 0):
str = req.responseText
wnd().status = ('Loaded ' + url)
if not on_load_fn is None:
on_load_fn(evnt, req)
def requestAnimationFrameInit():
requestAnimationFramePolyfill()
return wnd()