def __init__(self, dft, project):
"""Default constructor
"""
# Initialize ancestor
CliCommand.__init__(self, dft, project)
# Create the output writer object
self.OutputWriter = ContentInformationOutputWriter(self.project.content_information_definition)
def __init__(self, dft, project):
"""Default constructor
"""
# Initialize ancestor
CliCommand.__init__(self, dft, project)
# Initialize a dictionnary to hold the list of installed packages
self.installed_packages = {}
def __init__(self, dft, project):
"""Default constructor
"""
# Initialize ancestor
CliCommand.__init__(self, dft, project)
# Set the log level from the configuration
logging.basicConfig(level=project.dft.log_level)
def __init__(self, dft, project):
"""Default constructor
"""
# Initialize ancestor
CliCommand.__init__(self, dft, project)
# Initialize a dictionnary to hold the list of installed packages
self.installed_packages = {}
# Flag to used to keep track of the need to uninstall APT in case wehad to install it
self.need_to_strip_apt = False
def __init__(self, dft, project):
"""Default constructor
"""
# Initialize ancestor
CliCommand.__init__(self, dft, project)
# Path to the ansible roles under dft_base
self.ansible_dir = project.get_dft_base() + "/ansible"
# Set the log level from the configuration
print("setting logs " + project.dft.log_level)
logging.basicConfig(level=project.dft.log_level)
def __init__(self, dft, project):
"""Default constructor
"""
# Initialize ancestor
CliCommand.__init__(self, dft, project)
# Defines the loopback device used for image building. Initialiy it is None
# Its value is retrieved from a call to "losetup -f" and stored in this member
# Once released the member is set back to None
self.loopback_device = None
# Defines the absolute filepath to the image file. Default value is none. Value
# is set when configuration is checked, and never set back to None.
self.image_path = None
# Flag used to know if the image is mounted or not. Initial value is False
self.image_is_mounted = False
def __init__(self, dft, project):
"""Default constructor
"""
# Initialize ancestor
CliCommand.__init__(self, dft, project)
# Initialize a dictionnary to hold the list of installed packages
self.installed_packages = {}
# By default the check is successfull since not rules were checked
# This boolean will be set to False (meaning check failed) as soon as a
# rule verification will fail
self.is_check_successfull = True
# This variable is used to store the result of a single rule check
# The variable value is reset for each loop, while the scope of the
# previous one is the whole execution
self.is_rule_check_successfull = True
self.is_rule_check_successfull = True
# Rule counter used to display the total number of checked rules
self.rule_counter = 0
# Counter used to display the number of successful rules
self.rule_successfull_counter = 0
# Counter used to display the number of failed rules
self.rule_failed_counter = 0
# Counter used to display the number of rules matching expected result
# either failed of successfull, but as expected (handy for unit tests)
self.rule_as_expected_counter = 0
# Size of block used to read files when computing hashes
self.block_size = 65536
def __init__(self, dft, project):
"""Default constructor
"""
# Initialize ancestor
CliCommand.__init__(self, dft, project)
#! /usr/bin/env python # Google Calendar TOOLS # # Google calendar management tool # author: [email protected] from cli_parser import cli_parser from gcal_api import GoogleCalendarManager from cli_command import CliCommand if __name__ == "__main__": # Configure command line argument parser parser = cli_parser() args = parser.parse_args() remote_auth = (args.command == 'remoteauth') # Create Google Calendar Manager calendar_manager = GoogleCalendarManager(remote_auth=remote_auth) # Create CLI Commands Manager cli_commands = CliCommand(calendar_manager) # Execute function for args.command cli_commands.execute_cmd(args.command, args)