Jam

import appuifw as A
import appswitch
import fgimage
import graphics as G
import time

fg=fgimage.FGImage()

def masker(img):
 msk=G.Image.new(img.size, 'L')
 msk.blit(img)
 return msk

class Jam:
 def __init__(self):
  self.run=0
  self.X,self.Y=65,55
  self.ss=None
  self.step,self.rec=35,{}
  self.home=[u'Phone', u'Telephone', u'Telepon', u'Standby', u'Standby Mode', u'Layar Awal']

 def exit(self):
  self.run=0

 def shot(self):
  for x in self.home:
   try:
    appswitch.switch_to_fg(x)
   except:pass
  A.e32.ao_sleep(0.01)
  simg=G.screenshot()
  return simg

 def getrect(self,gb):
  n=0
  for i in range(10):
   x=((i*self.step+n))
   self.rec[i]=(x,0,x+self.step-1,gb.size[1])
   n+=1

 def show(self):
  img.clear(0)
  img.blit(self.ss,source=(self.X,self.Y))
  tm=unicode(time.strftime('%H %M'))
  for j in range(len(tm)):
   try:
    img.blit(gb,mask=masker(gb),source=self.rec[int(tm[j])],target=(0+j*self.step,0))
   except:pass
  if appswitch.application_list(1)[0] in self.home:
   fg.set(self.X,self.Y,img._bitmapapi())
  else:
   fg.unset()

 def main(self):
  self.run=1
  self.ss=self.shot()
  self.getrect(gb)
  A.app.exit_key_handler=self.exit
  while self.run:
   self.show()
   A.e32.ao_sleep(0.1)





layar=G.sysinfo.display_pixels()
gb=G.Image.open(u'e:\\num.png')
img=G.Image.new((layar[0], gb.size[1]))

jam=Jam()
jam.main()