class OperaDriverObject(object):
def __init__(self):
self.ut = Utility()
self.ot = OS_type()
self.log = Logger()
# Set opera odriver path
# Pass the option 'headless' if it is needed to run gecko in headless
# configuration
def set_operadriver_object(self):
try:
os_type = self.ot.os_name()
driver = None
if os_type == "macos":
driver_path = self.ut.get_driver_path('/dependencies/dir_operadriver/operadriver_mac64/operadriver')
self.ut.set_executable_permission(driver_path)
self.log.log_info("Setting path of operadriver")
driver = webdriver.Opera(executable_path=driver_path)
self.log.log_info("Path for opera binary is set")
if os_type == "linux":
driver_path = self.ut.get_driver_path('/dependencies/dir_operadriver/operadriver_linux64/operadriver')
self.ut.set_executable_permission(driver_path)
self.log.log_info("Setting path of operadriver")
driver = webdriver.Opera(executable_path=driver_path)
self.log.log_info("Path for opera binary is set")
return driver
except WebDriverException as e:
self.log.log_error("There is an exception in the Web Driver configuration")
self.log.log_error(e)
class ChromeDriverObject(object):
def __init__(self):
self.ut = Utility()
self.log = Logger()
# Set chromedriver path
# Pass the option 'headless' if it is needed to run chrome in headless
# configuration
def set_chromedriver_object(self, chromeArgs):
try:
chromeArgs = chromeArgs
chromeOptions = webdriver.ChromeOptions()
driver_path = self.ut.get_driver_path('/dependencies/dir_chromedriver/chromedriver')
self.ut.set_executable_permission(driver_path)
self.log.log_info("Setting executable permission to the chrome binary")
self.log.log_info("Setting path of chromedriver")
if not chromeArgs:
driver = webdriver.Chrome(executable_path=driver_path)
else:
while '' in chromeArgs:
chromeArgs.remove('')
for val in chromeArgs:
chromeOptions.add_argument(val)
driver = webdriver.Chrome(executable_path=driver_path, options=chromeOptions)
self.log.log_info("Path for chrome binary is set")
return driver
except WebDriverException as e:
self.log.log_error("There is an exception in the Web Driver configuration")
self.log.log_error(e)
class GeckoDriverObject(object):
def __init__(self):
self.ut = Utility()
self.log = Logger()
# Set geckodriver path
# Pass the option 'headless' if it is needed to run gecko in headless
# configuration
def set_geckodriver_object(self, geckoArgs=None):
try:
geckoArgs = geckoArgs
firefoxOptions = Options()
driver_path = self.ut.get_driver_path(
'/dependencies/dir_geckodriver/geckodriver')
self.log.log_info("Setting path of geckodriver")
if not geckoArgs:
driver = webdriver.Firefox(executable_path=driver_path)
else:
while '' in geckoArgs:
geckoArgs.remove()
for val in geckoArgs:
firefoxOptions.add_argument(val)
driver = webdriver.Firefox(executable_path=driver_path,
firefox_options=firefoxOptions)
return driver
except WebDriverException as e:
self.log.log_error(
"There is an exception in the Web Driver configuration")
self.log.log_error(e)
class PhantomDriverObject(object):
def __init__(self):
self.ut = Utility()
self.log = Logger()
# Set chromedriver path
# Pass the option 'headless' if it is needed to run chrome in headless
# configuration
def set_phantomdriver_object(self):
try:
driver_path = self.ut.get_driver_path('/dependencies/dir_phantomjsdriver/phantomjsdriver/bin/phantomjs')
self.ut.set_executable_permission(driver_path)
self.log.log_info("Setting executable permission to the phantom binary")
driver = webdriver.PhantomJS(executable_path=driver_path)
self.log.log_info("Path for phantom binary is set")
return driver
except WebDriverException as e:
self.log.log_error("There is an exception in the Web Driver configuration")
class Geckodriver(object):
def __init__(self):
self.ut = Utility()
self.ot = OS_type()
self.log = Logger()
# Get the required chromedriver informations from the downloader_config.ini
# Use the config_reader function from the Utility class to read the required configuration
def geckodriver_object(self):
config_parser = self.ut.config_reader()
api_url = config_parser.get('GeckoDriver', 'latest_browser_driver')
return api_url
# build the required download url based on the information gathered using the
# geckodriver_objects function
def parse_geckodriver_api(self):
api_url = self.geckodriver_object()
browser_api_url = self.ut.get_api_data(api_url)
return browser_api_url
# Download the required geckodriver binary based on the operating system type
def evaluate_on_environment(self, os_name, arch_type):
dir_path = self.ut.get_driver_path('/dependencies/dir_geckodriver')
if os_name == 'macos' and arch_type == '64':
self.log.log_info("Environment: " + os_name)
self.log.log_info("Architecture Type: " + arch_type)
url_builder_mac = self.parse_geckodriver_api()
self.log.log_info("Downloading the required binary for geckodriver")
self.ut.driver_downloader(url_builder_mac['mac'], dir_path)
self.log.log_info("Download completed")
self.ut.untar_file('dir_geckodriver/')
self.log.log_info("Unarchiving contents completed")
if os_name == 'linux' and arch_type == '64':
self.log.log_info("Environment: " + os_name)
self.log.log_info("Architecture Type: " + arch_type)
url_builder_linux = self.parse_geckodriver_api()
self.log.log_info("Downloading the required binary for geckodriver")
self.ut.driver_downloader(url_builder_linux['linux'], dir_path)
self.log.log_info("Download completed")
self.ut.untar_file('dir_geckodriver/')
self.log.log_info("Unarchiving contents completed")
if os_name == 'linux' and arch_type == '32':
self.log.log_info("Environment: " + os_name)
self.log.log_info("Architecture Type: " + arch_type)
url_builder_linux = self.parse_geckodriver_api()
self.log.log_info("Downloading the required binary for geckodriver")
self.ut.driver_downloader(url_builder_linux['linux'], dir_path)
self.log.log_info("Download completed")
self.ut.untar_file('dir_geckodriver/')
self.log.log_info("Unarchiving contents completed")
# Create a required directory separately for gecko and called the evaluate_on_environment
# function to download the required binary
def download_driver(self):
dir_path = self.ut.get_driver_path('/dependencies/dir_geckodriver')
if os.path.exists(dir_path):
self.log.log_info(
"gecko driver is already present. To update gecko driver please run `flexibox update "
"--driver=geckodriver`"
)
else:
os.makedirs(dir_path)
os_name = self.ot.os_name()
arch_type = str(self.ot.os_architecture())
self.evaluate_on_environment(os_name, arch_type)
# Update the required geckodriver based on the operating system type
def update_driver(self):
self.log.log_info("Deleting directory contents")
self.ut.check_directory_content("/dependencies/dir_geckodriver/geckodriver")
self.ut.delete_dir_contents('dir_geckodriver/')
os_name = self.ot.os_name()
arch_type = str(self.ot.os_architecture())
self.evaluate_on_environment(os_name, arch_type)
self.log.log_info("geckodriver updated")
class Phantomjs_driver():
def __init__(self):
self.ut = Utility()
self.ot = OS_type()
self.log = Logger()
# Get the required phsntomjs driver informations from the downloader_config.ini
# Use the config_reader function from the Utility class to read the required configuration
def phantomjsdriver_object(self):
config_parser = self.ut.config_reader()
api_url = config_parser.get('PhantomJSDriver', 'latest_browser_driver')
return api_url
# Get the required API data from the function phantomjsdriver_object
def parse_phantomjsdriver_api(self):
api_url = self.phantomjsdriver_object()
api_data = self.ut.api_parser(api_url)
return api_data
# Get the required download url based on the information gathered using the
# geckodriver_objects function
def parse_apidata(self):
api_url = {}
raw_json = self.parse_phantomjsdriver_api()
api_url = {
"zip_ball": raw_json['zipball_url'],
"tar_ball": raw_json['tarball_url']
}
return api_url
# Download the required phantomjsdriver binary based on the operating system type
def evaluate_on_environment(self, os_name):
download_url = self.parse_apidata()
dir_path = self.ut.get_driver_path('/dependencies/dir_phantomjsdriver')
if os_name == 'macos':
self.log.log_info("Environment: " + os_name)
self.log.log_info(
"Downloading the required binary for phantomjsdriver")
self.ut.driver_downloader(download_url['zip_ball'], dir_path)
self.log.log_info("Download completed")
self.ut.unzip_file('dir_phantomjsdriver/')
self.log.log_info("Unarchiving contents completed")
self.ut.rename_dir('dir_phantomjsdriver/')
if os_name == 'linux':
self.log.log_info("Environment: " + os_name)
self.log.log_info(
"Downloading the required binary for phantomjsdriver")
self.ut.driver_downloader(download_url['tar_ball'], dir_path)
self.log.log_info("Download completed")
self.ut.untar_file('dir_phantomjsdriver/')
self.log.log_message("Unarchiving contents completed")
self.ut.rename_dir('dir_phantomjsdriver/')
# Create a required directory separately for phantomjs and called the evaluate_on_environment
# function to download the required binary
def download_driver(self):
dir_path = self.ut.get_driver_path('/dependencies/dir_phantomjsdriver')
if os.path.exists(dir_path):
self.log.log_info(
"phantomjs driver is already present. To update phantomjsdriver please run `flexibox update --driver=phantomjsdriver`"
)
else:
os.makedirs(dir_path)
os_name = self.ot.os_name()
self.evaluate_on_environment(os_name)
# Update the required phantomjsdriver based on the operating system type
def update_driver(self):
self.log.log_info("Deleting directory contents")
self.ut.check_directory_content('/dependencies/dir_phantomjsdriver')
self.ut.delete_dir_contents('dir_phantomjsdriver/')
os_name = self.ot.os_name()
self.evaluate_on_environment(os_name)
self.log.log_info("phantomjs driver updated")
class Chromedriver(object):
def __init__(self):
self.ut = Utility()
self.ot = OS_type()
self.log = Logger()
# Get the required chromedriver informations from the downloader_config.ini
# Use the config_reader function from the Utility class to read the required configuration
def chromedriver_objects(self):
config_dict = {}
config_parser = self.ut.config_reader()
driver_type = config_parser.get('ChromeDriver', 'name')
api_url = config_parser.get('ChromeDriver', 'url')
latest_release = config_parser.get('ChromeDriver',
'latest_browser_driver')
arch = config_parser.get('ChromeDriver', 'arch_type')
config_dict = {
'driver_type': driver_type,
'api_url': api_url,
'latest_release': latest_release,
'arch': arch
}
return config_dict
# build the required download url based on the information gathered using the
# chromedriver_objects function
def url_builder(self, os_extension):
data = self.chromedriver_objects()
LATEST_RELEASE = requests.get(data['latest_release'])
url_builder = data['api_url'] + LATEST_RELEASE.text + '/' + data[
'driver_type'] + os_extension + data['arch'] + '.zip'
return url_builder
# Download the required chromedriver binary based on the operating system type
def evaluate_on_environment(self, os_name, arch_type):
dir_path = self.ut.get_driver_path("/dependencies/dir_chromedriver")
if os_name == 'macos' and arch_type == '64':
self.ut.log_message("INFO", "Environment: " + os_name)
self.ut.log_message("INFO", "Architecture Type: " + arch_type)
url_builder_mac = self.url_builder('_mac')
self.ut.log_message(
"INFO", "Downloading the required binary for chromedriver")
self.ut.driver_downloader(url_builder_mac, dir_path)
self.ut.log_message("INFO", "Download completed")
self.ut.unzip_file('dir_chromedriver/')
self.ut.log_message("INFO", "Unarchiving contents completed")
if os_name == 'linux' and arch_type == '64':
self.ut.log_message("INFO", "Environment: " + os_name)
self.ut.log_message("INFO", "Architecture Type: " + arch_type)
url_builder_linux = self.url_builder('_linux')
self.ut.log_message(
"INFO", "Downloading the required binary for chromedriver")
self.ut.driver_downloader(url_builder_linux, dir_path)
self.ut.log_message("INFO", "Download completed")
self.ut.unzip_file('dir_chromedriver/')
self.ut.log_message("INFO", "Unarchiving contents completed")
# Create a required directory separately for Chrome and called the evaluate_on_environment
# function to download the required binary
def download_driver(self):
dir_path = self.ut.get_driver_path("/dependencies/dir_chromedriver")
if os.path.exists(dir_path):
self.ut.log_message(
"INFO",
"chrome driver is already present. To update chromedriver please run `flexibox update --driver=chromedriver`"
)
else:
os.makedirs(dir_path)
os_name = self.ot.os_name()
arch_type = str(self.ot.os_architecture())
self.evaluate_on_environment(os_name, arch_type)
# Update the required chromedriver based on the operating system type
def update_driver(self):
self.ut.check_directory_content(
"/dependencies/dir_chromedriver/chromedriver")
self.ut.log_message("INFO", "Deleting directory contents")
self.ut.delete_dir_contents('dir_chromedriver/')
os_name = self.ot.os_name()
arch_type = str(self.ot.os_architecture())
self.evaluate_on_environment(os_name, arch_type)
self.ut.log_message("INFO", "chromedriver updated")