def main():
robot = GRobot(display=True, log_level=logging.DEBUG, develop=False)
# Chinese people love proxy.
robot.set_proxy('socks5://127.0.0.1:7070')
robot.open('https://twitter.com')
# Login
robot.key_clicks('id=signin-email', USERNAME)
robot.key_clicks('id=signin-password', PASSWORD)
robot.click("xpath=//td/button[contains(text(),'Sign in')]",
expect_loading=True)
# Post a twitter
robot.key_clicks(
"id=tweet-box-mini-home-profile",
"GRobot is too powerful.https://github.com/DYFeng/GRobot")
# Wait for post success
while 1:
robot.click(
"xpath=//div[@class='module mini-profile']//button[text()='Tweet']"
)
try:
robot.wait_for_text('Your Tweet was posted')
break
except:
#Something go wrong,refresh page.
if 'refresh the page' in robot.content():
robot.reload()
# Wait forever.
robot.wait_forever()
def main():
# Show the browser window.Open the webkit inspector.
robot = GRobot(display=True,
develop=False,
log_level=logging.DEBUG,
loading_timeout=10,
operate_timeout=10)
# In China,people can only using proxy to access google.
robot.set_proxy('socks5://127.0.0.1:7070')
#Open google
robot.open('http://www.google.com/')
#Type out project and search.
robot.type('name=q', 'GRobot github')
robot.click('name=btnK', expect_loading=True)
for i in xrange(1, 10):
# Waiting for the ajax page loading.
robot.wait_for_xpath("//tr/td[@class='cur' and text()='%s']" % i)
if u'https://github.com/DYFeng/GRobot' in robot.content:
print 'The porject in page', i
break
# Click the Next link.We don't use expect_loading.Because it's ajax loading,not page loading.
robot.click("xpath=//span[text()='Next']")
else:
print "Can not found.Make a promotion for it."
# Wait forever.
robot.wait_forever()
def __init__(self):
# Initialise globals
self.robot = GRobot("demoAgent", colour="yellow")
worldPath = "./../Maps/MazeExtra.map" # this must be the same as that used in RobotGridWorld.pyw (and any other agents operating together)
# import world
newworld = pickle.load(open(worldPath, 'rb'))
self.mapsize = len(newworld) - 2
self.world = [[None] * (self.mapsize + 3)
for i in range(self.mapsize + 3)] # World map
# take out the buffer walls
for i in range(self.mapsize):
for j in range(self.mapsize):
self.world[i][j] = newworld[i + 1][j + 1]
# Erase hazards from memory
# TODO: We will need to modify this to remove random rewards as well
for i in range(0, self.mapsize):
for j in range(0, self.mapsize):
if self.world[i][j] == "Hazard":
self.world[i][j] = None
def setUp(self):
self.robot = GRobot(
# display=GRobotGeneralTest.display,
develop=GRobotGeneralTest.develop,
log_level=GRobotGeneralTest.log_level)
