def tryit(*args):
window = context.get_jsobject("window")
window.alert("Test of setTimeout callback into Python")
def import_element():
window = context.get_jsobject("window")
window.setTimeout(tryit, 100)
global color_block
color_block = context.get_jsobject("color_block", can_call=False)
assert (color_block)
webview.on_view_ready(import_element)
#set up a loop to continually increment the color
color = int("00FF00", 16)
def update_color(increment):
global color
hex_color = "#%0.6X" % color
# make a javascript to set set the color:
color_block.set_color(hex_color)
# keep changing color:
color += increment + (increment / 2) * 256 + (increment / 4) * 256 * 256
if color > int('FFFFFF', 16):
color = 0
return False
#must get the object only when javascript has been processed,
#so setup callback
context = webview.get_main_frame().get_global_context()
def tryit(*args):
window = context.get_jsobject("window")
window.alert("Test of setTimeout callback into Python")
def import_element():
window = context.get_jsobject("window")
window.setTimeout( tryit ,100)
global color_block
color_block = context.get_jsobject("color_block", can_call=False)
assert(color_block)
webview.on_view_ready( import_element )
#set up a loop to continually increment the color
color = int("00FF00",16)
def update_color( increment ):
global color
hex_color = "#%0.6X"%color
# make a javascript to set set the color:
color_block.set_color( hex_color )
# keep changing color:
color += increment + (increment/2)*256 + (increment/4)*256*256
if color > int('FFFFFF',16):
color = 0
return False
import threading
