def main():
# The default directory Sikwidgets looks into
# for images of widgets can be changed.
# This is useful if the same application has
# different looks across OSs.
#
settings.IMAGES_PATH = "images-winxp-default"
# More status messages
# will be printed to the screen and windows, widgets,
# and mouse actions will be highlighted.
# Note: The program will run significantly slower.
#
#settings.debug()
# This setting changes how much an image is compacted
# for processing as well as slightly changing the
# similarity threshold for finding image matches.
#
# settings.accuracy_low()
# settings.accuracy_med()
settings.accuracy_high()
# Pretty self-explanatory.
#
# settings.mouse_speed_slow()
# settings.mouse_speed_med()
settings.mouse_speed_fast()
tm = TaskManager()
# Explicitly open the app by running the open_cmd
tm.open()
# Wait 5 seconds before scanning the focused
# window to see if it matches the description
# of any of the defined Windows in the app.
# If it does, the appropriate window is instantiated
# and returned. Otherwise, this will be None.
tasks = tm.focused_window(5)
if not tasks:
print "Task Manager window not found"
return
# Have some fun with the window :)
tasks.applications_tab.click()
tasks.processes_tab.click()
#tasks.processes_table.column['user_name'].click()
#tasks.processes_table.column['cpu'].click()
#tasks.processes_table.column['memory'].click()
#tasks.processes_table.column['image_name'].click()
# Since there is no java.exe folder under the
# processes_table folder, looking for 'java.exe'
# will result in the text of each row being read
# (using Sikuli's OCR) and compared against what
# we specified.
#cell = tasks.processes_table.column['image_name'].first_cell_matching('java.exe')
# If we found a 'java.exe' cell, click it!
#if cell:
# cell.click()
rows = tasks.processes_table.rows_where(user_name='system')
for row in rows:
row.scroll_to()
row.click()
row = tasks.processes_table.first_row_where(image_name='winlogon.exe',
user_name='system')
if row:
print "Found the row"
row.click()