valid_ets = [e_type.lower() for e_type in audit_log.EVENT_TYPES]
for et in event_types:
if et not in valid_ets:
parser.error("The specified EVENT_TYPE value is not "
"valid: '{0}'\nSupported values: {1}"
"".format(et, ",".join(valid_ets)))
# Check specified pattern
if opt.use_regexp and not opt.pattern:
parser.error("The --pattern option is required if REGEXP option is "
"set.")
pattern = opt.pattern
if opt.pattern and not opt.use_regexp:
# Convert SQL LIKE pattern to Python REGEXP
pattern = pattern_matching.convertSQL_LIKE2REGEXP(opt.pattern)
# Check if the values specified for the --status option are valid
status_list = []
if opt.status:
status_list = get_value_intervals_list(parser, opt.status, '--status',
'status')
# Create dictionary of options
options = {
'log_name': args[0],
'verbosity': opt.verbosity,
'format': opt.format,
'users': users,
'start_date': start_date,
'end_date': end_date,
else:
valid_ets = map((lambda x: x.lower()), audit_log.EVENT_TYPES)
for et in event_types:
if et not in valid_ets:
parser.error("The specified EVENT_TYPE value is not valid: '" +
et + "'\nSupported values: " +
",".join(valid_ets))
# Check specified pattern
if opt.use_regexp and not opt.pattern:
parser.error("The --pattern option is required if REGEXP option is set.")
pattern = opt.pattern
if opt.pattern and not opt.use_regexp:
# Convert SQL LIKE pattern to Python REGEXP
pattern = pattern_matching.convertSQL_LIKE2REGEXP(opt.pattern)
# Create dictionary of options
options = {
'log_name': args[0],
'verbosity': opt.verbosity,
'format': opt.format,
'users': users,
'start_date': start_date,
'end_date': end_date,
'pattern': pattern,
'use_regexp': opt.use_regexp,
'query_type': query_types,
'event_type': event_types,
}
