def horizontal_scroll_once(self, to_left=True):
"""
Single scroll that will get performed on a perticular tab
@args:
to_left : True, if travel to left
"""
ele = "//android.widget.HorizontalScrollView[1]/" + \
"android.widget.LinearLayout[1]//android.widget.TextView[1]"
try:
obj_list = self.get_element_by_xpath(ele)
except Exception as exc :
info(str(exc))
raise Exception("not able to get horizontal tabs data from GUI")
obj_list = [obj_list[0], obj_list[-1]]
left_pt = (int(obj_list[0].location['x']) + 5,
int(obj_list[0].location['y']) + \
(int(obj_list[0].size['height']) / 2))
right_pt = ( int(obj_list[-1].location['x']),
left_pt[1])
if to_left:
self.scroll('H', frm_pt=left_pt, to_pt=right_pt)
else:
self.scroll('H', frm_pt=right_pt, to_pt=left_pt)
def take_screenshot_of_element(self, element_name, generic_param=(),
file_name=""):
"""
Take screen shot of the whole screen and crop out the element pic
"""
if not file_name:
file_name = datetime.datetime.now().strftime("SS-%Y_%m_%d_%H_%M_%S.png")
file_name = os.path.join(SCREEN_SHOT_DIR, file_name)
ele_obj = self.get_element(element_name, generic_param=generic_param)
ele_height = int(ele_obj.size['height'])
ele_width = int(ele_obj.size['width'])
ele_x_val = int(ele_obj.location['x'])
ele_y_val = int(ele_obj.location['y'])
ele_x1_val = ele_x_val + ele_width
ele_y1_val = ele_y_val + ele_height
self.take_screenshot(file_name)
orientation_map = { 'LANDSCAPE': ( ele_x_val, ele_x1_val,
ele_y_val, ele_y1_val),
'PORTRAIT': ( ele_y_val, ele_y1_val,
ele_x_val, ele_x1_val )
}
current_orientation = self.get_current_orientation()
OpenCvLibrary.crop_file(file_name,
*orientation_map[str(current_orientation)])
info("screen shot taken : %s" % file_name)
return file_name
async def on_ready():
login_msg = '[Bot Start] - Logged in as {}#{}'.format(
client.user.name, client.user.discriminator)
if config.verbose_start:
login_msg += utils.get_all_channels(client)
login_msg += utils.get_all_role_ids(client)
login_msg += 'Registered message handlers:\n'
for m in message_handlers:
login_msg += ' {}'.format(str(m))
login_msg += 'Registered background tasks:\n'
for b in background_tasks:
login_msg += ' {}'.format(str(b))
# Log what we currently have
print(login_msg)
logger.info(login_msg)
# Init background tasks
for b in background_tasks:
client.loop.create_task(b(client))
await client.change_presence(activity=discord.Game(name='Haven Alpha')
) # tee-hee
def run(self):
while not self.kill_received:
sleep_time = random.randint(self.update_min, self.update_max)
try:
# grabs site from queue
logger.info(
'Downloading list of new pastes from {name}. '
'Will check again in {time} seconds'.format(
name=self.name, time=sleep_time))
# get the list of last pasties, but reverse it
# so we first have the old entries and then the new ones
last_pasties = self.get_last_pasties()
if last_pasties:
for pastie in reversed(last_pasties):
queues[self.name].put(pastie) # add pastie to queue
logger.info("Found {amount} new pasties for site {site}. There are now {qsize} pasties to be downloaded.".format(amount=len(last_pasties),
site=self.name,
qsize=queues[self.name].qsize()))
# catch unknown errors
except Exception as e:
msg = 'Thread for {name} crashed unexpectectly, '\
'recovering...: {e}'.format(name=self.name, e=e)
logger.error(msg)
logger.debug(traceback.format_exc())
time.sleep(sleep_time)
def execute_telnet():
global EXIT_CAPTURE_LOG
global EXITED_THREAD
HOST = "192.168.50.177"
USER = r"gouri"
PASSWORD = r"Rebaca2015"
OUT_FILE = "/Users/gouri/Desktop/Output/OUTPUT-%s.log" % \
datetime.datetime.now().strftime("%Y_%m_%d_%H_%M_%S")
CLR_COMMAND = "adb logcat -c -v time\n"
#COMMAND = "adb logcat -v time > %s\n" % OUT_FILE
COMMAND = 'adb logcat -v time | grep -v "D/dalvikvm(" > %s\n' % OUT_FILE
EXITED_THREAD = False
# Connecting the telnet
tn = telnetlib.Telnet(HOST)
tn.read_until("login: "******"\n")
tn.read_until("Password:"******"\n")
# Executing the commands
tn.write(CLR_COMMAND)
tn.write(COMMAND)
while not EXIT_CAPTURE_LOG:
pass
tn.write('\x03\n')
# Exiting the telnet
tn.write("exit\n")
info("OUTPUT DEVICE LOG FILE SAVED AT -> %s" % OUT_FILE)
EXIT_CAPTURE_LOG = False
EXITED_THREAD = True
def set_up(self):
"""
Connect with the Appium and set implicitly wait to find an element.
This will also launch the application in the device.
"""
info("CONNECTING APPIUM ON %s"%self.remote_host_url)
self.driver = webdriver.Remote(self.remote_host_url, self.desired_caps)
self.driver.implicitly_wait(4)#10
info("CONNECTED APPIUM ON %s"%self.remote_host_url)
def after_step(context, step):
""" This gets called after executing the step """
if 'failed' == step.status.lower().strip():
call_fun = fail
elif 'passed' == step.status.lower().strip():
call_fun = success
else:
call_fun = info
call_fun("EXECUTED-STEP : %s" % step.name)
info("STEP STATUS : %s" % step.status)
info("STEP DURATION : %s" % step.duration)
def before_scenario(context, scenario):
""" This gets called before executing the scenario """
SCENARIO_DATA.clear()
if ACCUMULATE_LOG:
t = Thread(target=execute_telnet)
t.daemon = True
t.start()
info("EXECUTING-SCENARIO : %s" % scenario.name)
info("FILE : %s" % scenario.filename)
def failed_proxy(proxy):
proxies_failed.append(proxy)
if proxies_failed.count(proxy) >= 2 and proxy in proxies_list:
logger.info("Removing proxy {0} from proxy list because of to many errors errors.".format(proxy))
proxies_lock.acquire()
try:
proxies_list.remove(proxy)
except ValueError:
pass
proxies_lock.release()
logger.info("Proxies left: {0}".format(len(proxies_list)))
def take_screenshot(self, file_name=""):
""" Take the screen shot from the device
@arg:
file_name : provide name of the screen shot file to be saved
"""
if not file_name:
file_name = datetime.datetime.now().strftime("SS-%Y_%m_%d_%H_%M_%S.png")
file_name = os.path.join(SCREEN_SHOT_DIR, file_name)
self.driver.save_screenshot(file_name)
info("screen shot taken : %s" % file_name)
return file_name
def scrol_right_to_left(self, retry=2, indx=None, ret_all_data=False):
"""
Scroll from right to left,
@args:
retry : Number of scroll retries after reaching to left
indx : If you pass a low value it will try to scroll more, which result
the big scrolling.
ret_all_data : True if you want to get all data that found during the
scroll, else False
"""
ele = "//android.widget.HorizontalScrollView[1]/" + \
"android.widget.LinearLayout[1]//android.widget.TextView[1]"
for echtry in range(4):
try:
ele_obj = self.get_element_by_xpath(ele)
break
except Exception as excp:
warning(str(excp))
if self.is_item_visible("setting-popup-cancel-btn"):
info("cancel button shown up, clicking on it")
self.click_on("setting-popup-cancel-btn")
self.wait_for(1)
else:
raise Exception("not able to access the horizontal scroll element")
list_text = list_text_old = [ech_ele.text for ech_ele in ele_obj]
indx = len(ele_obj)/2 if indx == None else indx
from_pt = ele_obj[0].location
from_pt = (from_pt['x'], from_pt['y'])
to_pt = ele_obj[indx].location
to_pt = (to_pt['x'], to_pt['y'])
tmp_retry = retry
while tmp_retry > 0:
self.scroll('H', frm_pt=from_pt, to_pt=to_pt)
ele_obj = self.get_element_by_xpath(ele)
list_text_new = [ech_ele.text for ech_ele in ele_obj]
if list_text_new[:2] == list_text_old[:2]:
tmp_retry -= 1
else:
if ret_all_data:
output = self.contains(list_text_old[:2], list_text_new)
if output == False:
info(str(list_text_old[:2]) + " not in " + \
str(list_text_new))
list_text[0:0] = list_text_new
else:
list_text[0:0] = list_text_new[:output[0]]
list_text_old = list_text_new
tmp_retry = retry
if ret_all_data:
return list_text
def should_visible(self, element_name, generic_param=()):
"""
Check if an element is visible, raise exception if it is not.
@args :
element_name : name of the element (whose entry is in
element-path.cfg)
or the element object
generic_param : dynamic xpath/id variable
"""
info("checking visibility :: %s :: %s" % (element_name, generic_param))
ele_obj = self.get_element(element_name, generic_param=generic_param)
if not ele_obj.is_displayed():
raise Exception("Element %s is not visible"%element_name)
def should_not_visible(self, ele, generic_param=()):
"""
Check if an element is not visible, raise exception if it is.
@args :
ele : name of the element (whose entry is in element-path.cfg)
or the element object
generic_param : dynamic xpath/id variable
"""
try:
ele_obj = self.get_element(ele, generic_param=generic_param)
if ele_obj.is_displayed():
raise Exception("Element %s is visible"%ele)
except Exception as ex:
info(str(ex))
def __init__(self):
try:
self.pg_pool = pool.SimpleConnectionPool(1,
5,
user=DB.USER,
password=DB.PASSWORD,
host=DB.HOST,
database=DB.NAME)
self.conn = self.pg_pool.getconn()
self.cur = self.conn.cursor()
logger.info('Connection to database succeeded')
except Exception as e:
logger.error(f'Connection to database failed: {e}')
self.start_time = time.time()
def scrol_left_to_right(self, retry=2, indx=None, ret_all_data=False):
"""
Scroll from left to right,
@args :
retry : Number of scroll retries after reaching to right
indx : If you pass a low value it will try to scroll more, which result
the big scrolling.
ret_all_data : True if you want to get all data that found during the
scroll, else False
"""
ele = "//android.widget.HorizontalScrollView[1]/" + \
"android.widget.LinearLayout[1]//android.widget.TextView[1]"
for echtry in range(4):
try:
ele_obj = self.get_element_by_xpath(ele)
break
except Exception as exc:
info(str(exc))
self.wait_for(1)
list_text = list_text_old = [ech_ele.text for ech_ele in ele_obj]
indx = -len(ele_obj)/2 if indx == None else indx
from_pt = ele_obj[-1].location
from_pt = (from_pt['x'], from_pt['y'])
to_pt = ele_obj[indx].location
to_pt = (to_pt['x'], to_pt['y'])
tmp_retry = retry
while tmp_retry > 0:
self.scroll('H', frm_pt=from_pt, to_pt=to_pt)
ele_obj = self.get_element_by_xpath(ele)
list_text_new = [ech_ele.text for ech_ele in ele_obj]
if list_text_new[-2:] == list_text_old[-2:]:
tmp_retry -= 1
else:
if ret_all_data:
output = self.contains(list_text_old[-2:], list_text_new)
if output == False:
info(str(list_text_old[-2:]) + " not in " + \
str(list_text_new))
list_text.extend(list_text_new)
else:
list_text.extend(list_text_new[output[1]:])
list_text_old = list_text_new
tmp_retry = retry
if ret_all_data:
return list_text
def value_should_be(self, element_name, expected_value, generic_param=()):
"""
Check element has the same value that we provided
@args :
element_name : name of element (whose entry is in element-path.cfg)
or the element object
expected_value : expected value
generic_param : dynamic xpath/id variable
"""
info("checking exact value :: %s :: %s :::: value=%s" % \
(element_name, generic_param, expected_value))
ele_obj = self.get_element(element_name, generic_param=generic_param)
if str(ele_obj.text).strip() != str(expected_value).strip():
raise Exception("Expected value: %s, Got value: %s"%(expected_value,
ele_obj.text))
def action_on_match(self):
msg = 'Found hit for {matches} in pastie {url}'.format(
matches=self.matches_to_text(), url=self.url)
logger.info(msg)
# store info in DB
if db:
db.queue.put(self)
# Save pastie to disk if configured
if yamlconfig['archive']['save']:
self.save_pastie(self.site.save_dir)
if yamlconfig['mongo']['save']:
self.save_mongo()
# Send email alert if configured
if yamlconfig['email']['alert']:
self.send_email_alert()
def refresh_by_pull_down(self):
""" Refresh your tab by pull it down """
try:
self.scrol_bottom_to_top(retry=1)
except Exception as ex:
info(str(ex))
obj = self.get_element("tab-content")
obj_data = {'width' : int(obj.size['width']),
'height': int(obj.size['height']),
'x' : int(obj.location['x']),
'y' : int(obj.location['y'])}
start_pt = (obj_data['x'] + (obj_data['width']/2) , obj_data['y'])
end_pt = (start_pt[0], start_pt[1] + int(obj_data['height'] * 0.75))
self.driver.swipe(start_pt[0], start_pt[1], end_pt[0], end_pt[1])
def is_item_visible(self, element_name, generic_param=()):
"""
Return True if item is visible else False
@args :
element_name : name of element (whose entry is in element-path.cfg)
or the element object
generic_param : dynamic xpath/id variable
"""
info("is element :: %s::%s visible" % (element_name, generic_param))
visible = False
try:
self.should_visible(element_name, generic_param=generic_param)
visible = True
except Exception as ex :
info(str(ex))
return visible
def __load_noise_machine_info(self):
data = io.read_json(ng_info_filename)
if not (data): logger.error("Could not load noise machine input file")
pattern = r"(?i)(?<=(.*NoiseMachines/)).+"
for nm in data["noiseMachines"]:
nm_name = re.search(pattern, nm["href"])
# need to handle custom.php: [Can't Take The Sky From Me](https://mynoise.net/NoiseMachines/custom.php?l=3035403037323015253200&m=CINEMATIC1~INTERGALACTIC1~BATTLE1~EASTASIA2~CINEMATIC3~CANYON5~EASTASIA6~CANYON7~EASTASIA7~CINEMATIC9&d=0&title=Can't%20Take%20The%20Sky%20From%20Me)",
if (nm_name):
if nm_name not in self.__noise_machines:
self.__noise_machines[nm_name] = nm
else:
logger.info(
"Noise machine already exists for: {}".format(nm_name))
else:
logger.info("Could not parse noise machine HREF: {}".format(
nm["href"]))
def clear_value(ele_obj):
"""
Clear out the element text
@arg :
ele_obj : element object that text need to clear out
"""
for i in range(7):
try:
txt = str(ele_obj.text).strip()
if txt:
ele_obj.click()
ele_obj.clear()
else:
info("object got clear out")
break
except Exception as ex :
warning("Got exception while clear out value :: " + str(ex))
def run_model():
req = request.get_json()
try:
beta = float(req['beta'])
transportation = req['transportation']
threshold = int(
req['threshold']
) * 1000 # multiply to get the minute threshold to match distance matrix meter units
bounds = req['bounds']
logger.info(
f'User parameters include beta: {beta}, transport: {transportation}, threshold: {threshold}'
)
except Exception as e:
logger.error(f'Parameters provided are incorrect: {e}')
return e
supply = req['supply']
demand = req['demand']
capacity = req['capacity']
scores = model.accessibility(bounds, beta, transportation, threshold,
demand, supply, capacity)
scores_col = str(list(scores.columns.values))
scores_row = str(scores.index)
max = scores['scores'].max()
try:
scores['boundary'] = scores['boundary'].apply(wkt.loads)
features = scores.apply(
lambda row: Feature(geometry=row['boundary'],
properties={
'geouid': row['geouid'],
'score': row['scores']
}),
axis=1).tolist()
feature_collection = FeatureCollection(
score_vals=scores['scores'].tolist(), max=max, features=features)
feature_collection = json.dumps(feature_collection)
return feature_collection
except Exception as e:
logger.error(f'{scores_row}')
logger.error(f'{scores_col}')
logger.error(f'Could not return results as geojson: {e}')
return e
def test_on(self, platform, version, device_name):
""" Set the desire capabilities according to the targeted platform
@args:
platform : android / iOS
version : platform version
device_name : name of the device
"""
if platform.lower().strip() == "android":
self.desired_caps['platformName'] = 'Android'
self.desired_caps['platformVersion'] = str(version)
self.desired_caps['deviceName'] = device_name
info("TEST ON ANDROID ::: %s"%self.desired_caps)
else:
self.desired_caps['appium-version'] = '1.0'
self.desired_caps['platformName'] = 'iOS'
self.desired_caps['platformVersion'] = str(version)
self.desired_caps['deviceName'] = device_name
info("TEST ON IOS ::: %s" % self.desired_caps)
def value_should_contains(self, element_name, expected_value, generic_param=()):
"""
Check if the element value contains a particular value
@args :
element_name : name of the element
(whose entry is in element-path.cfg)
or the element object
expected_value : expected value, that the element value should
contains
generic_param : dynamic xpath/id variable
"""
info("check element :: %s:%s :: should contains :: value=%s" % \
(element_name, generic_param, expected_value))
ele_obj = self.get_element(element_name, generic_param=generic_param)
if str(ele_obj.text).strip() not in str(expected_value).strip():
msg = "element: %s::%s, actual value received: %s, value doesn't contains: %s"
raise Exception(msg % (element_name, generic_param,
ele_obj.text, expected_value))
async def dump_dict(pugdict):
'''
Writes down the pugger list to disk.
TODO: Avoid spamming the disk! Set limits!
TODO: Make non-blocking write calls
'''
async with aiofiles.open(config.sfcpugger_mem_path, 'w') as file:
try:
await file.write(json.dumps(pugdict))
logmsg = 'Saved pugger checkins to disk'
print(logmsg)
logger.info(logmsg)
except Exception as ex:
logmsg = 'Exception: {}\n'.format(str(ex))
logmsg += 'Could not write to json from {0}'.format(
config.sfcpugger_mem_path)
print(logmsg)
logger.info(logmsg)
def update_hosts(self):
"""Update each host
Installs apps and run commands to each host.
"""
# When running check, no connections to host will be used
changed_hosts = [host for host in self.appetite_hosts if host.updates]
# Lists Sites
host_sites = list(set([host.site for host in self.appetite_hosts]))
host_sites.sort()
# Organize scripts to run in order
for script_seq in Consts.DM_COMMANDS_SEQUENCE:
for boot_group in self.boot_ordering:
host_group = [
host for host in changed_hosts
if host.app_class in boot_group
]
# If site override is enabled then do all hosts
if self.args.site_override:
if len(host_group) > 0:
Logger.info("Starting script run hosts",
site='all',
boot_group=boot_group,
script_level=script_seq)
self._thread_hosts('update_host', host_group,
script_seq)
continue
# By default will use sites to break up installs
for host_site in host_sites:
host_site_group = [
host for host in host_group if host.site == host_site
]
if len(host_site_group) > 0:
Logger.info("Starting script run hosts",
site=str(host_site),
boot_group=boot_group,
script_level=script_seq)
self._thread_hosts('update_host', host_site_group,
script_seq)
def set_value(self, element_name, value, generic_param=()):
"""
Set a value to a GUI element, raise exception if the element
does not present.
@args :
element_name : name of the element
(whose entry is in element-path.cfg)
or the element object
value : value to set for the GUI element
generic_param : dynamic xpath/id variable
"""
info("setting value :: %s :: %s ::: value=%s" % (element_name,
generic_param, value))
ele_obj = self.get_element(element_name,
generic_param=generic_param)
self.clear_value(ele_obj)
#ele_obj.set_text(str(value))
info("setting the value")
ele_obj.send_keys(str(value))
def bootstrap_firstrun_hosts(self, host, row_values):
"""Function used to bootstrap apps on the first run"""
first_run = self.is_bootstrap(host)
if first_run:
# For the special case when instance is new,
# start up apps have to be included
if first_run['update_method'] == row_values.deployment:
if not host.bootstrap:
host.bootstrap = True
Logger.info("Bootstrapping host", host=host.hostname)
# get host name to check againt
check_hostname = next(
(host.hostname for host in self.appetite_hosts
if host.app_class == first_run['app_class']), "")
return self.add_to_host(host, row_values, check_hostname,
first_run['ref_method'], True)
return False
def click_on(self, element, generic_param=()):
"""
If you provide element name then:
It will get the details entry for this element from element-path.cfg
and then get that element and click on that
If you provide an element object then it will click on that element.
If click successful then it will return the element object.
@args :
element : name of the element (whose entry is in element-path.cfg)
or the element object
generic_param : dynamic xpath/id variable
"""
info("clicking on : %s :: %s"%(element, generic_param))
if type(element) == str:
ele_obj = self.get_element(element, generic_param=generic_param)
ele_obj.click()
else:
element.click()
ele_obj = element
info("clicked on the element")
return ele_obj
def vertical_scroll_once(self, to_up=True, scroll_ele_typ=None):
"""
Single scroll that will get performed on a perticular tab
@args:
to_up : True, if travel to up
scroll_ele_typ : popup/ normal
"""
if not scroll_ele_typ :
ele = "//android.widget.ListView[1]//android.widget.TextView[1]"
else:
ele = "//android.widget.CheckedTextView"
try:
obj_list = self.get_element_by_xpath(ele)
except Exception as exc :
info(str(exc))
if not scroll_ele_typ :
raise Exception("not able to get list of data from GUI")
else:
raise Exception("not able to get list of checkbox from GUI")
obj_list = [obj_list[0], obj_list[-1]]
top_pt = (int(obj_list[0].location['x']) + \
(int(obj_list[0].size['width']) / 2),
int(obj_list[0].location['y']))
if top_pt[1] == int(obj_list[-1].location['y']):
down_pt = (top_pt[0],
int(obj_list[-1].location['y']) + \
int(obj_list[-1].size['height']))
else:
down_pt = (top_pt[0],
int(obj_list[-1].location['y']))
# because sometime some part of the element is visible
# so if we add height then it will goes out of bound
if to_up:
self.scroll('V', frm_pt=top_pt, to_pt=down_pt)
else:
self.scroll('V', frm_pt=down_pt, to_pt=top_pt)
def rotate_device(self, to_orientation=None):
"""
Rotate the device:
If the device is in horizontal then make it vertical and vice versa
Output of setScreenOrientation:
{u'status': 0, u'sessionId': u'48e6ef5f-8113-4418-88f2-537538a46169',
u'value': u'LANDSCAPE'}
{u'status': 0, u'sessionId': u'53a017b6-3839-433e-a851-4ba1861b398e',
u'value': u'PORTRAIT'}
"""
info("rotating the device")
orientation_map = {'LANDSCAPE':'PORTRAIT', 'PORTRAIT':'LANDSCAPE'}
change_from = self.get_current_orientation()
if to_orientation == None:
change_to = orientation_map[change_from]
else:
change_to = to_orientation.strip().upper()
if change_from.strip().upper() != change_to.strip().upper() :
out_put = self.driver.execute('setScreenOrientation',
{'orientation': change_to})
else:
out_put = {}
info(str(out_put))
info("orientation changed from %s to %s"%(change_from, change_to))
return change_from, change_to, out_put
async def sfc_pugs_task(client):
'''
Background task to check for pugger status timeouts
'''
global puggers
await client.wait_until_ready()
while not client.is_closed():
try:
async with aiofiles.open(config.sfcpugger_mem_path, 'r') as f:
try:
pd = json.loads(await f.read())
puggers = {**puggers, **{int(k): v for k, v in pd.items()}}
except Exception as ex:
logmsg = 'Exception: {}\n'.format(str(ex))
logmsg += 'Could not write to json from {0}'.format(
config.sfcpugger_mem_path)
print(logmsg)
logger.info(logmsg)
for k, v in puggers.items():
time_diff = (
datetime.datetime.now() -
datetime.datetime.strptime(v['ts'], "%Y-%m-%d %H:%M"))
if time_diff.seconds >= (config.sfcpugger_timeout * 60):
reason = 'Automatically restored from cached state'
guild = client.get_guild(id=v['g'])
user = guild.get_member(k)
await remove_pugger(client, user, reason)
except FileNotFoundError:
logmsg = 'File Not Found while attempting to read cache file at: {}\n'.format(
config.sfcpugger_mem_path)
print(logmsg)
logger.info(logmsg)
finally:
await asyncio.sleep(config.sfcpugger_interval * 60)
def re_launch_limelight_app(self, app_display_name):
"""
Re launch the application from the device menu
@arg :
app_display_name : Application name that is displaying in menu
"""
try:
self.click_on("phone-menu")
except Exception as ex:
info("while using phone-menu xpath got error: %s "%str(ex))
info("using the phone-menu-samsung xpath")
self.wait_for(3)
self.click_on("phone-menu-samsung")
from_point, to_point = None, None
app_icn = "android.widget.TextView"
set_coordinate = True
for ech_try in range(3):
for ech_element in self.driver.find_elements_by_class_name(app_icn):
x_coordinate = int(ech_element.location['x'])
y_coordinate = int(ech_element.location['y'])
if set_coordinate:
if not from_point or from_point[1] == y_coordinate:
from_point = [x_coordinate, y_coordinate]
elif from_point[1] < y_coordinate:
from_point[1] = y_coordinate
to_point = [from_point[0]/2, y_coordinate]
set_coordinate = False
if str(ech_element.text).strip() == app_display_name:
ech_element.click()
return True
self.scroll("H", direction=None, frm_pt=from_point, to_pt=to_point)
# If control reach here then then app-icon not found
return False
import os
import pandas as pandas
from modules import loadData, logger
import multiprocessing
if __name__ == '__main__':
p = multiprocessing.Pool(3)
logger.info('Getting file names...')
fnames = loadData.get_fnames()
logger.info('Reading in json files...')
l_df = p.map(loadData.read_data, fnames)
logger.info('Read successful!')
logger.info('Separating nested JSON objects...')
p.starmap(loadData.clean_tables, l_df)
logger.info('Added dataframes to database!')
del l_df