def query_google(keywords):
print("Loading Firefox driver...")
driver, waiter, selector, download_path = init()
print("Fetching google front page...")
driver.get("https://www.google.com")
print("Taking a screenshot...")
waiter.shoot("frontpage")
print("Typing query string...")
selector.get_and_clear("input[type=text]").send_keys(keywords)
print("Hitting Enter...")
# selector.get("button").click()
ids = driver.find_elements_by_xpath("//input[@type='submit']")
for ii in ids:
ii.click()
break
print("Waiting for results to come back...")
waiter.until_display("#ires")
print
print("The top search result is:")
print
print(' "{}"'.format(selector.get("#ires a").text))
print
def query_vecka(keywords):
print("Loading Firefox driver...")
driver, waiter, selector, datapath = init()
print("Fetching vecka.nu front page...")
driver.get("http://vecka.nu")
print("Taking a screenshot...")
waiter.shoot("frontpage")
print("Get week")
print("The current week is %s" % selector.get("time").text)
def query_google(keywords):
print "Loading Firefox driver..."
driver, waiter, selector = init()
print "Fetching google front page..."
driver.get("http://google.com")
print "Taking a screenshot..."
waiter.shoot("frontpage")
print "Typing query string..."
selector.get_and_clear("input[type=text]").send_keys(keywords)
print "Hitting Enter..."
selector.get("button").click()
print "Waiting for results to come back..."
waiter.until_display("#ires")
print
print "The top search result is:"
print
print ' "{}"'.format(selector.get("#ires a").text)
print
def query_google(keywords):
print("Loading Firefox driver...")
driver, waiter, selector, datapath = init()
print("Fetching google front page...")
driver.get("http://google.com")
print("Taking a screenshot...")
waiter.shoot("frontpage")
print("Typing query string...")
selector.get_and_clear("input[type=text]").send_keys(keywords)
print("Hitting Enter...")
selector.get("input[type=submit]").click()
print("Waiting for results to come back...")
waiter.until_display("#ires")
print
print("The top search result is:")
print
print(' "{}"'.format(selector.get("#ires a").text))
print
HDD_address = 'https://ssebusiness.co.uk/Restricted/MyAccount/Reporting/HHDataExtract.aspx'
uname = 'burohappoldcvd'
pword = 'Sunshine17'
# Azure Blob Storage Configuration
accountname = 'bhenergydatastore'
accountkey = 'nLZvyCTJXknUWeCeZSG2vOPA7uix4cpjLd4YIoPzTJTIwBoCUl6xIINTZySD6uSoTfoB2xiOW6wAP4qsiurm1w=='
container_name = 'burohappoldukmeters'
blob_client = azureblob.BlockBlobService(account_name=accountname,
account_key=accountkey)
print("Loading Firefox driver...")
driver, waiter, selector, datapath = init()
# Open page and login
print("Getting login page...")
driver.get(login_address)
sleep(5)
print("Logging in...")
login(driver, uname, pword)
if args.start_date and args.end_date:
start_date = datetime.strptime(args.start_date, '%d/%m/%Y')
end_date = datetime.strptime(args.end_date, '%d/%m/%Y')
day = timedelta(days=1)
while start_date <= end_date:
get_process_post_data(start_date)
def run_test(info_dict):
num_passed = passed = 0
num_failed = failed = 0
print(c.OKBLUE + "Loading Firefox driver...", end=' ')
driver, waiter, selector, datapath = init()
print("...done." + c.ENDC)
try:
target = info_dict['target']
except NameError or KeyError:
print(c.FAIL +
"Error: The reqiured 'target' element could not be found." +
c.ENDC)
return 1
try:
base = target['base-url']
base_url = os.environ.get('BASE_URL', base)
except NameError or KeyError:
print(c.FAIL +
"Error: The reqiured 'base-url' element could not be found." +
c.ENDC)
return 1
try:
site_description = target['site-description']
except NameError or KeyError:
print(
c.FAIL +
"Error: The reqiured 'site-description' element could not be found."
+ c.ENDC)
return 1
# If authentication is reqiured...do it here.
try:
auth = target['authentication']
except:
print(
c.OKBLUE +
"Authentication is not specified. Tests will run without login.")
print(c.ENDC)
else:
do_authentication(driver, auth, base_url)
try:
tests = target['tests']
except NameError or KeyError:
print(c.FAIL +
"Error: The reqiured 'tests' element could not be found." +
c.ENDC)
return 1
print(c.OKBLUE +
"Begin processing tests for '{0}' with a base URL of '{1}'.".format(
site_description, base_url) + c.ENDC)
grandTotalTime = 0
for test in tests:
description = test['description']
full_url = base_url + test['url']
print(" ")
print(c.OKBLUE + "{} ---------- ".format(description))
print("Fetching '{}'...".format(full_url), end=' ')
try:
start = int(round(time.time() * 1000))
driver.get(full_url)
finish = int(round(time.time() * 1000))
totalTime = finish - start
grandTotalTime += totalTime
print("...done. " + c.ENDC + c.HIGHLIGHT)
print(" Total load time: {} seconds".format(totalTime / 1000.) +
c.OKBLUE)
waiter.shoot(site_description + " - " + description)
print(c.ENDC)
if 'fail' in test:
print(c.FAIL + "Forced Failure!!! {} ".format(test['fail']) +
c.ENDC)
num_failed += 1
elif 'match' in test:
for a_match in test['match']:
(passed, failed) = do_match(driver, a_match, full_url)
num_passed += passed
num_failed += failed
except:
print(c.FAIL)
print("Unexpected error:", sys.exc_info()[0])
print(c.ENDC)
num_failed += 1
raise
msg = "All '{0}' tests are complete with {1} passed and {2} failed and total load time of ".format(
site_description, num_passed, num_failed)
msg += c.HIGHLIGHT + "{} seconds.".format(grandTotalTime / 1000.)
print(c.OKBLUE + c.HEADER)
print(msg)
print(c.ENDC)
driver.quit()
if num_failed > 0:
send_notification_via_smtp(msg, num_failed)
return num_failed