def _check_case_group(self):
msg = _("ERROR: Invalid case group selection")
if not self._options['casegroup']:
if common.is_interactive():
line = raw_input(
_('Would you like to assign a case'
' group to this case (y/N)? '))
if str(line).strip().lower() == 'y':
groupsAry = common.get_groups()
common.print_groups(groupsAry)
while True:
line = raw_input(
_('Please select a severity (or \'q\' '
'to exit): '))
if str(line).strip() == 'q':
raise Exception()
try:
line = int(line)
# pylint: disable=W0702
except:
print _("ERROR: Invalid severity selection.")
if line in range(1, len(groupsAry) + 1) and line != '':
self._options['casegroup'] = groupsAry[line - 1]
self._options['casegroupnumber'] = \
groupsAry[line - 1].get_number()
logger.log(
logging.INFO,
'Casegroup(%s) casegroupnumber(%s)' %
(self._options['casegroup'].get_name(),
self._options['casegroupnumber']))
break
else:
print _("ERROR: Invalid case group selection.")
else:
match = False
for group in common.get_groups():
if self._options['casegroup'].lower() in \
group.get_name().lower():
match = True
self._options['casegroup'] = group.get_name()
self._options['casegroupnumber'] = group.get_number()
logger.log(
logging.INFO, 'Casegroup(%s) casegroupnumber(%s)' %
(self._options['casegroup'],
self._options['casegroupnumber']))
break
if (not match):
msg = _("ERROR: Invalid case group specified.")
print msg
def _check_case_group(self):
if self._options['casegroup']:
valid_groups = []
given_groupAry = str(self._options['casegroup']).split(',')
real_groupAry = common.get_groups()
for i in given_groupAry:
match = False
for j in real_groupAry:
if i.lower() == j.get_name().lower() or \
i == str(j.get_number()):
valid_groups.append(j.get_number())
match = True
if(not match):
msg = _("Unable to find case group %s" % i)
print msg
raise Exception(msg)
if len(valid_groups) > 0:
self._caseGroupNumbers = valid_groups
logger.log(logging.INFO,
'Casegroup(%s) casegroupnumber(%s)' % (
given_groupAry,
self._caseGroupNumbers))
def _check_case_group(self):
msg = _("ERROR: Invalid case group selection")
if not self._options['casegroup']:
if common.is_interactive():
line = raw_input(_('Would you like to assign a case'
' group to this case (y/N)? '))
if str(line).strip().lower() == 'y':
groupsAry = common.get_groups()
common.print_groups(groupsAry)
while True:
line = raw_input(_('Please select a severity (or \'q\' '
'to exit): '))
if str(line).strip() == 'q':
raise Exception()
try:
line = int(line)
# pylint: disable=W0702
except:
print _("ERROR: Invalid severity selection.")
if line in range(1, len(groupsAry) + 1) and line != '':
self._options['casegroup'] = groupsAry[line - 1]
self._options['casegroupnumber'] = \
groupsAry[line - 1].get_number()
logger.log(logging.INFO,
'Casegroup(%s) casegroupnumber(%s)' % (
self._options['casegroup'].get_name(),
self._options['casegroupnumber']))
break
else:
print _("ERROR: Invalid case group selection.")
else:
match = False
for group in common.get_groups():
if self._options['casegroup'].lower() in \
group.get_name().lower():
match = True
self._options['casegroup'] = group.get_name()
self._options['casegroupnumber'] = group.get_number()
logger.log(logging.INFO,
'Casegroup(%s) casegroupnumber(%s)' % (
self._options['casegroup'],
self._options['casegroupnumber']))
break
if(not match):
msg = _("ERROR: Invalid case group specified.")
print msg
def _check_case_group(self):
if self._options['casegroup']:
valid_groups = []
given_groupAry = str(self._options['casegroup']).split(',')
real_groupAry = common.get_groups()
for i in given_groupAry:
match = False
for j in real_groupAry:
if i.lower() == j.get_name().lower() or \
i == str(j.get_number()):
valid_groups.append(j.get_number())
match = True
if (not match):
msg = _("Unable to find case group %s" % i)
print msg
raise Exception(msg)
if len(valid_groups) > 0:
self._caseGroupNumbers = valid_groups
logger.log(
logging.INFO, 'Casegroup(%s) casegroupnumber(%s)' %
(given_groupAry, self._caseGroupNumbers))
def non_interactive_action(self):
ary = get_groups()
for p in ary:
print p.get_name()
def non_interactive_action(self):
ary = get_groups()
for p in ary:
print p.get_name()