def _run():
"""Initializes the state for the script based on command line input."""
arg_parser = argparse.ArgumentParser()
args = _setup_args(arg_parser)
if args.logfile:
c42api.set_log_file(args.logfile)
if args.output or args.logfile:
c42api.set_log_level(logging.DEBUG)
else:
c42api.set_log_level(logging.ERROR)
server = argutil.server_from_args(args)
is_json = args.format == 'json'
params = {
'active': 'true',
'incBackupUsage': args.backup,
'incHistory': args.backup
}
with c42api.common.smart_open(args.output, overwrite=True) as out:
if is_json:
c42api.write_json(
out,
c42api.fetch_computers(server,
params,
insert_schema_version=True))
else:
c42api.write_csv(out,
c42api.fetch_computers(
server, params, insert_schema_version=True),
args.header,
shallow=True)
def _run():
"""Initializes the state for the script based on command line input."""
arg_parser = argparse.ArgumentParser()
args = _setup_args(arg_parser)
if args.logfile:
c42api.set_log_file(args.logfile)
if args.output or args.logfile:
c42api.set_log_level(logging.DEBUG)
else:
c42api.set_log_level(logging.ERROR)
server = argutil.server_from_args(args)
is_json = args.format == 'json'
with c42api.common.smart_open(args.output, overwrite=True) as out:
if is_json:
c42api.write_json(out, c42api.fetch_users(server))
else:
c42api.write_csv(out, c42api.fetch_users(server), args.header, shallow=True)
def _run():
"""Initializes the state for the script based on command line input."""
arg_parser = argparse.ArgumentParser()
args = _setup_args(arg_parser)
if args.logfile:
c42api.set_log_file(args.logfile)
if args.output or args.logfile:
c42api.set_log_level(logging.DEBUG)
else:
c42api.set_log_level(logging.ERROR)
server = argutil.server_from_args(args)
is_json = args.format == 'json'
params = {'active': 'true',
'incBackupUsage': args.backup,
'incHistory': args.backup}
with c42api.common.smart_open(args.output, overwrite=True) as out:
if is_json:
c42api.write_json(out, c42api.fetch_computers(server, params, insert_schema_version=True))
else:
c42api.write_csv(out, c42api.fetch_computers(server, params, insert_schema_version=True),
args.header, shallow=True)
def _run():
"""Initializes the state for the script based on command line input."""
arg_parser = argparse.ArgumentParser()
args = _setup_args(arg_parser)
if args.logfile:
c42api.set_log_file(args.logfile)
if args.output or args.logfile:
c42api.set_log_level(logging.DEBUG)
else:
c42api.set_log_level(logging.ERROR)
server = argutil.server_from_args(args)
is_json = args.format == 'json'
device_guids = c42api.devices(server, args.device)
def generate_detection_events():
"""
Since write_json() wants to take a generator and fetch_detection_events()
returns tuples, where the detection events are an array in the tuple, we use
this auxilary function to allow us to stream the events to write_json()
"""
event_filters = [
c42api.create_filter_by_utc_datetime(args.min_date, args.max_date)
] * len(device_guids)
guids_and_filters = zip(device_guids, event_filters)
for _, _, detection_events in c42api.fetch_detection_events(
server, guids_and_filters):
for event in detection_events:
yield event
with c42api.common.smart_open(args.output, overwrite=True) as out:
if is_json:
c42api.write_json(out, generate_detection_events())
else:
c42api.write_csv(out,
generate_detection_events(),
args.header,
shallow=True)
def _run():
"""Initializes the state for the script based on command line input."""
arg_parser = argparse.ArgumentParser()
args = _setup_args(arg_parser)
if not args.device:
raise ValueError("Device is required.")
if args.format != 'custom' and not args.output:
# Writing non-custom output to STDOUT, so boost the log message level.
c42api.set_log_level(logging.ERROR)
_outline(args)
server = argutil.server_from_args(args)
devices = c42api.devices(server, args.device)
if len(devices) != 1:
raise ValueError("*** THIS SCRIPT ONLY SUPPORTS A SINGLE DEVICE ***")
events = c42api.calculate_delta(server, devices[0], args.date1, args.date2)
with c42api.common.smart_open(args.output, overwrite=True) as out:
if args.format == 'custom':
_custom_output(out, events, allow_color=args.color)
elif args.format == 'json':
c42api.write_json(out, events)
elif args.format == 'csv':
c42api.write_csv(out, events, header=args.header)
def _run():
"""Initializes the state for the script based on command line input."""
arg_parser = argparse.ArgumentParser()
args = _setup_args(arg_parser)
if not args.device:
raise ValueError("Device is required.")
if args.format != 'custom' and not args.output:
# Writing non-custom output to STDOUT, so boost the log message level.
c42api.set_log_level(logging.ERROR)
_outline(args)
server = argutil.server_from_args(args)
devices = c42api.devices(server, args.device)
if len(devices) != 1:
raise ValueError("*** THIS SCRIPT ONLY SUPPORTS A SINGLE DEVICE ***")
events = c42api.calculate_delta(server, devices[0], args.date1, args.date2)
with c42api.common.smart_open(args.output, overwrite=True) as out:
if args.format == 'custom':
_custom_output(out, events, allow_color=args.color)
elif args.format == 'json':
c42api.write_json(out, events)
elif args.format == 'csv':
c42api.write_csv(out, events, header=args.header)