def __init__(self, module):
self.module = module
self.pfsense = PFSenseModule(module)
self.pfsense_aliases = PFSenseAliasModule(module, self.pfsense)
self.pfsense_interfaces = PFSenseInterfaceModule(module, self.pfsense)
self.pfsense_rules = PFSenseRuleModule(module, self.pfsense)
self.pfsense_rule_separators = PFSenseRuleSeparatorModule(module, self.pfsense)
self.pfsense_vlans = PFSenseVlanModule(module, self.pfsense)
def __init__(self, module):
self.module = module
self.pfsense = PFSenseModule(module)
self.pfsense_aliases = PFSenseAliasModule(module, self.pfsense)
self.pfsense_interfaces = PFSenseInterfaceModule(module, self.pfsense)
self.pfsense_nat_outbounds = PFSenseNatOutboundModule(
module, self.pfsense)
self.pfsense_nat_port_forwards = PFSenseNatPortForwardModule(
module, self.pfsense)
self.pfsense_rules = PFSenseRuleModule(module, self.pfsense)
self.pfsense_rule_separators = PFSenseRuleSeparatorModule(
module, self.pfsense)
self.pfsense_vlans = PFSenseVlanModule(module, self.pfsense)
def _delete_associated_rule(self, ruleid, interface=None):
if ruleid is None or ruleid == '' or ruleid == 'pass':
return
if interface is None:
interface = self.params['interface']
self.pfsense_rule_module = PFSenseRuleModule(self.module, self.pfsense)
params = dict()
params['name'] = 'NAT ' + self.params['descr']
params['interface'] = interface
params['state'] = 'absent'
params['associated-rule-id'] = ruleid
self.pfsense_rule_module.run(params)
self.result['commands'] += self.pfsense_rule_module.result['commands']
def _remove_all_rules(self, interface):
""" delete all interface rules """
# we use the pfsense_rule module to delete the rules since, at least for floating rules,
# it implies to recalculate separators positions
# if we have to just remove the deleted interface of a floating rule we do it ourselves
todel = []
for rule_elt in self.pfsense.rules:
if rule_elt.find('floating') is not None:
interfaces = rule_elt.find('interface').text.split(',')
old_ifs = ','.join([
self.pfsense.get_interface_display_name(old_interface)
for old_interface in interfaces
])
if interface in interfaces:
if len(interfaces) > 1:
interfaces.remove(interface)
new_ifs = ','.join([
self.pfsense.get_interface_display_name(
new_interface) for new_interface in interfaces
])
rule_elt.find('interface').text = ','.join(interfaces)
cmd = 'update rule \'{0}\' on \'floating({1})\' set interface=\'{2}\''.format(
rule_elt.find('descr').text, old_ifs, new_ifs)
self.result['commands'].append(cmd)
continue
todel.append(rule_elt)
else:
continue
else:
iface = rule_elt.find('interface')
if iface is not None and iface.text == interface:
todel.append(rule_elt)
if todel:
pfsense_rules = PFSenseRuleModule(self.module, self.pfsense)
for rule_elt in todel:
params = {}
params['state'] = 'absent'
params['name'] = rule_elt.find('descr').text
params['interface'] = rule_elt.find('interface').text
if rule_elt.find('floating') is not None:
params['floating'] = True
pfsense_rules.run(params)
if pfsense_rules.result['commands']:
self.result['commands'].extend(
pfsense_rules.result['commands'])
def _create_associated_rule(self):
if self.pfsense_rule_module is None:
self.pfsense_rule_module = PFSenseRuleModule(
self.module, self.pfsense)
params = dict()
params['name'] = 'NAT ' + self.params['descr']
params['state'] = 'present'
params['action'] = 'pass'
params['ipprotocol'] = 'inet'
params['statetype'] = 'keep state'
params['interface'] = self.params['interface']
params['source'] = self.params['source']
params['destination'] = self.params['target']
params['disabled'] = self.params['disabled']
params['protocol'] = self.params['protocol']
if self.params['associated_rule'] == 'associated':
params['associated-rule-id'] = self.pfsense.uniqid('nat_', True)
self.obj['associated-rule-id'] = params['associated-rule-id']
self.result['commands'] = list()
self.pfsense_rule_module.run(params)
self.result['commands'] += self.pfsense_rule_module.result['commands']
def main():
module = AnsibleModule(argument_spec=RULE_ARGUMENT_SPEC,
required_if=RULE_REQUIRED_IF,
supports_check_mode=True)
pfmodule = PFSenseRuleModule(module)
pfmodule.run(module.params)
pfmodule.commit_changes()
class PFSenseModuleAggregate(object):
""" module managing pfsense aggregated aliases, rules, rule separators, interfaces and VLANs """
def __init__(self, module):
self.module = module
self.pfsense = PFSenseModule(module)
self.pfsense_aliases = PFSenseAliasModule(module, self.pfsense)
self.pfsense_interfaces = PFSenseInterfaceModule(module, self.pfsense)
self.pfsense_nat_outbounds = PFSenseNatOutboundModule(
module, self.pfsense)
self.pfsense_nat_port_forwards = PFSenseNatPortForwardModule(
module, self.pfsense)
self.pfsense_rules = PFSenseRuleModule(module, self.pfsense)
self.pfsense_rule_separators = PFSenseRuleSeparatorModule(
module, self.pfsense)
self.pfsense_vlans = PFSenseVlanModule(module, self.pfsense)
def _update(self):
run = False
cmd = 'require_once("filter.inc");\n'
# TODO: manage one global list of commands as ordering can be important between modules
if self.pfsense_vlans.result['changed']:
run = True
cmd += self.pfsense_vlans.get_update_cmds()
if self.pfsense_interfaces.result['changed']:
run = True
cmd += self.pfsense_interfaces.get_update_cmds()
cmd += 'if (filter_configure() == 0) { \n'
if self.pfsense_aliases.result['changed']:
run = True
cmd += 'clear_subsystem_dirty(\'aliases\');\n'
if self.pfsense_nat_port_forwards.result[
'changed'] or self.pfsense_nat_outbounds.result['changed']:
run = True
cmd += 'clear_subsystem_dirty(\'natconf\');\n'
if (self.pfsense_rules.result['changed']
or self.pfsense_rule_separators.result['changed']
or self.pfsense_nat_port_forwards.result['changed']
or self.pfsense_nat_outbounds.result['changed']):
run = True
cmd += 'clear_subsystem_dirty(\'filter\');\n'
cmd += '}'
if run:
return self.pfsense.phpshell(cmd)
return ('', '', '')
def _parse_floating_interfaces(self, interfaces):
""" parse interfaces """
res = set()
for interface in interfaces.split(','):
res.add(self.pfsense.parse_interface(interface))
return res
def want_rule(self, rule_elt, rules, name_field='name'):
""" return True if we want to keep rule_elt """
descr = rule_elt.find('descr')
interface = rule_elt.find('interface')
floating = rule_elt.find('floating') is not None
# probably not a rule
if descr is None or interface is None:
return True
for rule in rules:
if rule['state'] == 'absent':
continue
if rule[name_field] != descr.text:
continue
rule_floating = (
rule.get('floating') is not None
and (isinstance(rule['floating'], bool) and rule['floating']
or rule['floating'].lower() in ['yes', 'true']))
if floating != rule_floating:
continue
if floating or self.pfsense.parse_interface(
rule['interface']) == interface.text:
return True
return False
def want_rule_separator(self, separator_elt, rule_separators):
""" return True if we want to keep separator_elt """
name = separator_elt.find('text').text
interface = separator_elt.find('if').text
for separator in rule_separators:
if separator['state'] == 'absent':
continue
if separator['name'] != name:
continue
if separator.get('floating'):
if interface == 'floatingrules':
return True
elif self.pfsense.parse_interface(
separator['interface']) == interface:
return True
return False
@staticmethod
def want_alias(alias_elt, aliases):
""" return True if we want to keep alias_elt """
name = alias_elt.find('name')
alias_type = alias_elt.find('type')
# probably not an alias
if name is None or type is None:
return True
for alias in aliases:
if alias['state'] == 'absent':
continue
if alias['name'] == name.text and alias['type'] == alias_type.text:
return True
return False
@staticmethod
def want_interface(interface_elt, interfaces):
""" return True if we want to keep interface_elt """
descr_elt = interface_elt.find('descr')
if descr_elt is not None and descr_elt.text:
name = descr_elt.text
else:
name = interface_elt.tag
for interface in interfaces:
if interface['state'] == 'absent':
continue
if interface['descr'] == name:
return True
return False
@staticmethod
def want_vlan(vlan_elt, vlans):
""" return True if we want to keep vlan_elt """
tag = int(vlan_elt.find('tag').text)
interface = vlan_elt.find('if')
for vlan in vlans:
if vlan['state'] == 'absent':
continue
if vlan['vlan_id'] == tag and vlan['interface'] == interface.text:
return True
return False
@staticmethod
def is_filtered(interface_filter, params):
if interface_filter is None:
return False
if 'floating' in params:
if isinstance(params['floating'], str):
floating = params['floating'].lower()
else:
floating = 'true' if params['floating'] else 'false'
if floating != 'false' and floating != 'no':
return 'floating' not in interface_filter
return params['interface'].lower() not in interface_filter
def run_rules(self):
""" process input params to add/update/delete all rules """
want = self.module.params['aggregated_rules']
interface_filter = self.module.params['interface_filter'].lower(
).split(' ') if self.module.params.get(
'interface_filter') is not None else None
if want is None:
return
# delete every other rule if required
if self.module.params['purge_rules']:
todel = []
for rule_elt in self.pfsense_rules.root_elt:
if not self.want_rule(rule_elt, want):
params = {}
params['state'] = 'absent'
params['name'] = rule_elt.find('descr').text
if rule_elt.find('floating') is not None:
params['floating'] = True
interfaces = rule_elt.find('interface').text.split(',')
params['interface'] = list()
for interface in interfaces:
target = self.pfsense.get_interface_display_name(
interface, return_none=True)
if target is not None:
params['interface'].append(target)
else:
params['interface'].append(interface)
params['interface'] = ','.join(params['interface'])
else:
params[
'interface'] = self.pfsense.get_interface_display_name(
rule_elt.find('interface').text,
return_none=True)
if params['interface'] is None:
continue
todel.append(params)
for params in todel:
if self.is_filtered(interface_filter, params):
continue
self.pfsense_rules.run(params)
# generating order if required
if self.module.params.get('order_rules'):
last_rules = dict()
for params in want:
if params.get('before') is not None or params.get(
'after') is not None:
self.module.fail_json(
msg=
"You can't use after or before parameters on rules when using order_rules (see {0})"
.format(params['name']))
if params.get('state') == 'absent':
continue
if params.get('floating'):
key = 'floating'
else:
key = params['interface']
# first rule on interface
if key not in last_rules:
params['after'] = 'top'
last_rules[key] = params['name']
continue
params['after'] = last_rules[key]
last_rules[key] = params['name']
# processing aggregated parameters
for params in want:
if self.is_filtered(interface_filter, params):
continue
self.pfsense_rules.run(params)
def run_nat_outbounds_rules(self):
""" process input params to add/update/delete all nat_outbound rules """
want = self.module.params['aggregated_nat_outbounds']
interface_filter = self.module.params['interface_filter'].lower(
).split(' ') if self.module.params.get(
'interface_filter') is not None else None
if want is None:
return
# delete every other rule if required
if self.module.params['purge_nat_outbounds']:
todel = []
for rule_elt in self.pfsense_nat_outbounds.root_elt:
if not self.want_rule(rule_elt, want, name_field='descr'):
params = {}
params['state'] = 'absent'
params['descr'] = rule_elt.find('descr').text
params[
'interface'] = self.pfsense.get_interface_display_name(
rule_elt.find('interface').text, return_none=True)
if params['interface'] is None:
continue
todel.append(params)
for params in todel:
if self.is_filtered(interface_filter, params):
continue
self.pfsense_nat_outbounds.run(params)
# processing aggregated parameters
for params in want:
if self.is_filtered(interface_filter, params):
continue
self.pfsense_nat_outbounds.run(params)
def run_nat_port_forwards_rules(self):
""" process input params to add/update/delete all nat_port_forwards_rule rules """
want = self.module.params['aggregated_nat_port_forwards']
interface_filter = self.module.params['interface_filter'].lower(
).split(' ') if self.module.params.get(
'interface_filter') is not None else None
if want is None:
return
# delete every other rule if required
if self.module.params['purge_nat_port_forwards']:
todel = []
for rule_elt in self.pfsense_nat_port_forwards.root_elt:
if not self.want_rule(rule_elt, want, name_field='descr'):
params = {}
params['state'] = 'absent'
params['descr'] = rule_elt.find('descr').text
params[
'interface'] = self.pfsense.get_interface_display_name(
rule_elt.find('interface').text, return_none=True)
if params['interface'] is None:
continue
todel.append(params)
for params in todel:
if self.is_filtered(interface_filter, params):
continue
self.pfsense_nat_port_forwards.run(params)
# processing aggregated parameters
for params in want:
if self.is_filtered(interface_filter, params):
continue
self.pfsense_nat_port_forwards.run(params)
def run_aliases(self):
""" process input params to add/update/delete all aliases """
want = self.module.params['aggregated_aliases']
if want is None:
return
# processing aggregated parameter
for param in want:
self.pfsense_aliases.run(param)
# delete every other alias if required
if self.module.params['purge_aliases']:
todel = []
for alias_elt in self.pfsense_aliases.root_elt:
if not self.want_alias(alias_elt, want):
params = {}
params['state'] = 'absent'
params['name'] = alias_elt.find('name').text
todel.append(params)
for params in todel:
self.pfsense_aliases.run(params)
def run_interfaces(self):
""" process input params to add/update/delete all interfaces """
want = self.module.params['aggregated_interfaces']
if want is None:
return
# processing aggregated parameter
for param in want:
self.pfsense_interfaces.run(param)
# delete every other if required
if self.module.params['purge_interfaces']:
todel = []
for interface_elt in self.pfsense_interfaces.root_elt:
if not self.want_interface(interface_elt, want):
params = {}
params['state'] = 'absent'
descr_elt = interface_elt.find('descr')
if descr_elt is not None and descr_elt.text:
params['descr'] = descr_elt.text
todel.append(params)
for params in todel:
self.pfsense_interfaces.run(params)
def run_rule_separators(self):
""" process input params to add/update/delete all separators """
want = self.module.params['aggregated_rule_separators']
interface_filter = self.module.params['interface_filter'].lower(
).split(' ') if self.module.params.get(
'interface_filter') is not None else None
if want is None:
return
# processing aggregated parameter
for params in want:
if self.is_filtered(interface_filter, params):
continue
self.pfsense_rule_separators.run(params)
# delete every other if required
if self.module.params['purge_rule_separators']:
todel = []
for interface_elt in self.pfsense_rule_separators.separators:
for separator_elt in interface_elt:
if not self.want_rule_separator(separator_elt, want):
params = {}
params['state'] = 'absent'
params['name'] = separator_elt.find('text').text
if interface_elt.tag == 'floatingrules':
params['floating'] = True
else:
params[
'interface'] = self.pfsense.get_interface_display_name(
interface_elt.tag, return_none=True)
if params['interface'] is None:
continue
todel.append(params)
for params in todel:
if self.is_filtered(interface_filter, params):
continue
self.pfsense_rule_separators.run(params)
def run_vlans(self):
""" process input params to add/update/delete all VLANs """
want = self.module.params['aggregated_vlans']
if want is None:
return
# processing aggregated parameter
for param in want:
self.pfsense_vlans.run(param)
# delete every other if required
if self.module.params['purge_vlans']:
todel = []
for vlan_elt in self.pfsense_vlans.root_elt:
if not self.want_vlan(vlan_elt, want):
params = {}
params['state'] = 'absent'
params['interface'] = vlan_elt.find('if').text
params['vlan_id'] = int(vlan_elt.find('tag').text)
todel.append(params)
for params in todel:
self.pfsense_vlans.run(params)
def commit_changes(self):
""" apply changes and exit module """
stdout = ''
stderr = ''
changed = (self.pfsense_aliases.result['changed']
or self.pfsense_interfaces.result['changed']
or self.pfsense_nat_outbounds.result['changed']
or self.pfsense_nat_port_forwards.result['changed']
or self.pfsense_rules.result['changed']
or self.pfsense_rule_separators.result['changed']
or self.pfsense_vlans.result['changed'])
if changed and not self.module.check_mode:
self.pfsense.write_config(descr='aggregated change')
(dummy, stdout, stderr) = self._update()
result = {}
result['result_aliases'] = self.pfsense_aliases.result['commands']
result['result_interfaces'] = self.pfsense_interfaces.result[
'commands']
result['result_nat_outbounds'] = self.pfsense_nat_outbounds.result[
'commands']
result[
'result_nat_port_forwards'] = self.pfsense_nat_port_forwards.result[
'commands']
result['result_rules'] = self.pfsense_rules.result['commands']
result['result_rule_separators'] = self.pfsense_rule_separators.result[
'commands']
result['result_vlans'] = self.pfsense_vlans.result['commands']
result['changed'] = changed
result['stdout'] = stdout
result['stderr'] = stderr
self.module.exit_json(**result)
class PFSenseModuleAggregate(object):
""" module managing pfsense aggregated aliases, rules, rule separators, interfaces and vlans """
def __init__(self, module):
self.module = module
self.pfsense = PFSenseModule(module)
self.pfsense_aliases = PFSenseAliasModule(module, self.pfsense)
self.pfsense_interfaces = PFSenseInterfaceModule(module, self.pfsense)
self.pfsense_rules = PFSenseRuleModule(module, self.pfsense)
self.pfsense_rule_separators = PFSenseRuleSeparatorModule(module, self.pfsense)
self.pfsense_vlans = PFSenseVlanModule(module, self.pfsense)
def _update(self):
run = False
cmd = 'require_once("filter.inc");\n'
if self.pfsense_vlans.result['changed']:
run = True
cmd += self.pfsense_vlans.get_update_cmds()
if self.pfsense_interfaces.result['changed']:
run = True
cmd += self.pfsense_interfaces.get_update_cmds()
cmd += 'if (filter_configure() == 0) { \n'
if self.pfsense_aliases.result['changed']:
run = True
cmd += 'clear_subsystem_dirty(\'aliases\');\n'
if self.pfsense_rules.result['changed'] or self.pfsense_rule_separators.result['changed']:
run = True
cmd += 'clear_subsystem_dirty(\'filter\');\n'
cmd += '}'
if run:
return self.pfsense.phpshell(cmd)
return ('', '', '')
def want_rule(self, rule_elt, rules):
""" return True if we want to keep rule_elt """
descr = rule_elt.find('descr')
interface = rule_elt.find('interface')
# probably not a rule
if descr is None or interface is None:
return True
for rule in rules:
if rule['state'] == 'absent':
continue
if rule['name'] == descr.text and self.pfsense.parse_interface(rule['interface']) == interface.text:
return True
return False
def want_rule_separator(self, separator_elt, rule_separators):
""" return True if we want to keep separator_elt """
name = separator_elt.find('text').text
interface = separator_elt.find('if').text
for separator in rule_separators:
if separator['state'] == 'absent':
continue
if separator['name'] != name:
continue
if self.pfsense.parse_interface(separator['interface']) == interface or interface == 'floatingrules' and separator.get('floating'):
return True
return False
@staticmethod
def want_alias(alias_elt, aliases):
""" return True if we want to keep alias_elt """
name = alias_elt.find('name')
alias_type = alias_elt.find('type')
# probably not an alias
if name is None or type is None:
return True
for alias in aliases:
if alias['state'] == 'absent':
continue
if alias['name'] == name.text and alias['type'] == alias_type.text:
return True
return False
def want_interface(self, interface_elt, interfaces):
""" return True if we want to keep interface_elt """
descr_elt = interface_elt.find('descr')
if descr_elt is not None and descr_elt.text:
name = descr_elt.text
else:
name = interface_elt.tag
for interface in interfaces:
if interface['state'] == 'absent':
continue
if interface['descr'] == name:
return True
return False
@staticmethod
def want_vlan(vlan_elt, vlans):
""" return True if we want to keep vlan_elt """
tag = int(vlan_elt.find('tag').text)
interface = vlan_elt.find('if')
for vlan in vlans:
if vlan['state'] == 'absent':
continue
if vlan['vlan_id'] == tag and vlan['interface'] == interface.text:
return True
return False
def run_rules(self):
""" process input params to add/update/delete all rules """
want = self.module.params['aggregated_rules']
if want is None:
return
# delete every other rule if required
if self.module.params['purge_rules']:
todel = []
for rule_elt in self.pfsense_rules.root_elt:
if not self.want_rule(rule_elt, want):
params = {}
params['state'] = 'absent'
params['name'] = rule_elt.find('descr').text
params['interface'] = self.pfsense.get_interface_display_name(rule_elt.find('interface').text)
if rule_elt.find('floating') is not None:
params['floating'] = True
todel.append(params)
for params in todel:
self.pfsense_rules.run(params)
# generating order if required
if self.module.params.get('order_rules'):
last_rules = dict()
for params in want:
if params.get('before') is not None or params.get('after') is not None:
self.module.fail_json(msg="You can't use after or before parameters on rules when using order_rules (see {0})".format(params['name']))
if params.get('state') == 'absent':
continue
if params.get('floating'):
key = 'floating'
else:
key = params['interface']
# first rule on interface
if key not in last_rules:
params['after'] = 'top'
last_rules[key] = params['name']
continue
params['after'] = last_rules[key]
last_rules[key] = params['name']
# processing aggregated parameters
for params in want:
self.pfsense_rules.run(params)
def run_aliases(self):
""" process input params to add/update/delete all aliases """
want = self.module.params['aggregated_aliases']
if want is None:
return
# processing aggregated parameter
for param in want:
self.pfsense_aliases.run(param)
# delete every other alias if required
if self.module.params['purge_aliases']:
todel = []
for alias_elt in self.pfsense_aliases.root_elt:
if not self.want_alias(alias_elt, want):
params = {}
params['state'] = 'absent'
params['name'] = alias_elt.find('name').text
todel.append(params)
for params in todel:
self.pfsense_aliases.run(params)
def run_interfaces(self):
""" process input params to add/update/delete all interfaces """
want = self.module.params['aggregated_interfaces']
if want is None:
return
# processing aggregated parameter
for param in want:
self.pfsense_interfaces.run(param)
# delete every other if required
if self.module.params['purge_interfaces']:
todel = []
for interface_elt in self.pfsense_interfaces.root_elt:
if not self.want_interface(interface_elt, want):
params = {}
params['state'] = 'absent'
descr_elt = interface_elt.find('descr')
if descr_elt is not None and descr_elt.text:
params['descr'] = descr_elt.text
todel.append(params)
for params in todel:
self.pfsense_interfaces.run(params)
def run_rule_separators(self):
""" process input params to add/update/delete all separators """
want = self.module.params['aggregated_rule_separators']
if want is None:
return
# processing aggregated parameter
for param in want:
self.pfsense_rule_separators.run(param)
# delete every other if required
if self.module.params['purge_rule_separators']:
todel = []
for interface_elt in self.pfsense_rule_separators.separators:
for separator_elt in interface_elt:
if not self.want_rule_separator(separator_elt, want):
params = {}
params['state'] = 'absent'
params['name'] = separator_elt.find('text').text
if interface_elt.tag == 'floatingrules':
params['floating'] = True
else:
params['interface'] = self.pfsense.get_interface_display_name(interface_elt.tag)
todel.append(params)
for params in todel:
self.pfsense_rule_separators.run(params)
def run_vlans(self):
""" process input params to add/update/delete all vlans """
want = self.module.params['aggregated_vlans']
if want is None:
return
# processing aggregated parameter
for param in want:
self.pfsense_vlans.run(param)
# delete every other if required
if self.module.params['purge_vlans']:
todel = []
for vlan_elt in self.pfsense_vlans.root_elt:
if not self.want_vlan(vlan_elt, want):
params = {}
params['state'] = 'absent'
params['interface'] = vlan_elt.find('if').text
params['vlan_id'] = int(vlan_elt.find('tag').text)
todel.append(params)
for params in todel:
self.pfsense_vlans.run(params)
def commit_changes(self):
""" apply changes and exit module """
stdout = ''
stderr = ''
changed = (
self.pfsense_aliases.result['changed'] or self.pfsense_interfaces.result['changed'] or self.pfsense_rules.result['changed']
or self.pfsense_rule_separators.result['changed'] or self.pfsense_vlans.result['changed']
)
if changed and not self.module.check_mode:
self.pfsense.write_config(descr='aggregated change')
(dummy, stdout, stderr) = self._update()
result = {}
result['result_aliases'] = self.pfsense_aliases.result['commands']
result['result_interfaces'] = self.pfsense_interfaces.result['commands']
result['result_rules'] = self.pfsense_rules.result['commands']
result['result_rule_separators'] = self.pfsense_rule_separators.result['commands']
result['result_vlans'] = self.pfsense_vlans.result['commands']
result['changed'] = changed
result['stdout'] = stdout
result['stderr'] = stderr
self.module.exit_json(**result)
class PFSenseNatPortForwardModule(PFSenseModuleBase):
""" module managing pfsense NAT rules """
@staticmethod
def get_argument_spec():
""" return argument spec """
return NAT_PORT_FORWARD_ARGUMENT_SPEC
##############################
# init
#
def __init__(self, module, pfsense=None):
super(PFSenseNatPortForwardModule, self).__init__(module, pfsense)
self.name = "pfsense_nat_port_forward"
self.obj = dict()
self.after = None
self.before = None
self.position_changed = False
self.root_elt = self.pfsense.get_element('nat')
if self.root_elt is None:
self.root_elt = self.pfsense.new_element('nat')
self.pfsense.root.append(self.root_elt)
self.pfsense_rule_module = None
##############################
# params processing
#
def _params_to_obj(self):
""" return a dict from module params """
obj = dict()
self.obj = obj
obj['descr'] = self.params['descr']
if self.params['state'] == 'present':
obj['interface'] = self.pfsense.parse_interface(
self.params['interface'])
self._get_ansible_param(obj, 'protocol')
self._get_ansible_param(obj, 'poolopts')
self._get_ansible_param(obj, 'source_hash_key')
self._get_ansible_param(obj, 'natport')
self._get_ansible_param(obj, 'natreflection')
if obj['natreflection'] == 'system-default':
del obj['natreflection']
if self.params['associated_rule'] == 'pass':
obj['associated-rule-id'] = 'pass'
elif self.params[
'associated_rule'] == 'unassociated' and self._find_target(
) is not None:
self.module.fail_json(
msg=
'You cannot set an unassociated filter rule if the NAT rule already exists.'
)
else:
obj['associated-rule-id'] = ''
self._get_ansible_param_bool(obj, 'disabled')
self._get_ansible_param_bool(obj, 'nordr')
self._get_ansible_param_bool(obj, 'nosync')
if 'after' in self.params and self.params['after'] is not None:
self.after = self.params['after']
if 'before' in self.params and self.params['before'] is not None:
self.before = self.params['before']
obj['source'] = self.pfsense.parse_address(self.params['source'],
allow_self=False)
obj['destination'] = self.pfsense.parse_address(
self.params['destination'])
self._parse_target_address(obj)
return obj
def _parse_target_address(self, obj):
""" validate param address field and returns it as a dict """
if self.params.get('target') is None or self.params['target'] == '':
self.module.fail_json(
msg='The field Redirect target IP is required.')
param = self.params['target']
addr = param.split(':')
if len(addr) > 2:
self.module.fail_json(msg='Cannot parse address %s' % (param))
address = addr[0]
ports = addr[1] if len(addr) > 1 else None
if self.pfsense.find_alias(
address,
'host') is not None or self.pfsense.is_ipv4_address(address):
obj['target'] = address
else:
self.module.fail_json(
msg=
'"%s" is not a valid redirect target IP address or host alias.'
% (param))
if ports is not None and self.pfsense.is_port_or_alias(ports):
obj['local-port'] = ports
else:
self.module.fail_json(
msg=
'"{0}" is not a valid redirect target port. It must be a port alias or integer between 1 and 65535.'
.format(ports))
def _validate_params(self):
""" do some extra checks on input parameters """
if self.params.get('after') and self.params.get('before'):
self.module.fail_json(msg='Cannot specify both after and before')
elif self.params.get('after'):
if self.params['after'] == self.params['descr']:
self.module.fail_json(
msg='Cannot specify the current rule in after')
elif self.params.get('before'):
if self.params['before'] == self.params['descr']:
self.module.fail_json(
msg='Cannot specify the current rule in before')
##############################
# XML processing
#
def _copy_and_add_target(self):
""" create the XML target_elt """
self._set_associated_rule()
self.pfsense.copy_dict_to_element(self.obj, self.target_elt)
self.diff['after'] = self.pfsense.element_to_dict(self.target_elt)
self._insert(self.target_elt)
def _copy_and_update_target(self):
""" update the XML target_elt """
before = self.pfsense.element_to_dict(self.target_elt)
self.diff['before'] = before
changed = self._set_associated_rule(before)
if self.pfsense.copy_dict_to_element(self.obj, self.target_elt):
changed = True
if self._remove_deleted_params():
changed = True
if self._update_rule_position(self.target_elt):
changed = True
self.diff['after'] = self.pfsense.element_to_dict(self.target_elt)
return (before, changed)
def _create_associated_rule(self):
if self.pfsense_rule_module is None:
self.pfsense_rule_module = PFSenseRuleModule(
self.module, self.pfsense)
params = dict()
params['name'] = 'NAT ' + self.params['descr']
params['state'] = 'present'
params['action'] = 'pass'
params['ipprotocol'] = 'inet'
params['statetype'] = 'keep state'
params['interface'] = self.params['interface']
params['source'] = self.params['source']
params['destination'] = self.params['target']
params['disabled'] = self.params['disabled']
params['protocol'] = self.params['protocol']
if self.params['associated_rule'] == 'associated':
params['associated-rule-id'] = self.pfsense.uniqid('nat_', True)
self.obj['associated-rule-id'] = params['associated-rule-id']
self.result['commands'] = list()
self.pfsense_rule_module.run(params)
self.result['commands'] += self.pfsense_rule_module.result['commands']
def _create_target(self):
""" create the XML target_elt """
target_elt = self.pfsense.new_element('rule')
return target_elt
def _delete_associated_rule(self, ruleid, interface=None):
if ruleid is None or ruleid == '' or ruleid == 'pass':
return
if interface is None:
interface = self.params['interface']
self.pfsense_rule_module = PFSenseRuleModule(self.module, self.pfsense)
params = dict()
if self.params['descr'] is None:
params['name'] = 'NAT '
else:
params['name'] = 'NAT ' + self.params['descr']
params['interface'] = interface
params['state'] = 'absent'
params['associated-rule-id'] = ruleid
self.pfsense_rule_module.run(params)
self.result['commands'] += self.pfsense_rule_module.result['commands']
def _find_rule_by_descr(self, descr):
""" find the XML target_elt """
for idx, rule_elt in enumerate(self.root_elt):
if rule_elt.tag != 'rule':
continue
if rule_elt.find('descr').text == descr:
return (rule_elt, idx)
return (None, None)
def _find_target(self):
""" find the XML target_elt """
for rule_elt in self.root_elt:
if rule_elt.tag != 'rule':
continue
if rule_elt.find('descr').text == self.obj['descr']:
return rule_elt
return None
def _get_expected_rule_position(self):
""" get expected rule position in interface/floating """
if self.before == 'bottom':
return len(self.root_elt)
elif self.after == 'top':
return 0
elif self.after is not None:
return self._get_rule_position(self.after) + 1
elif self.before is not None:
position = self._get_rule_position(self.before) - 1
if position < 0:
return 0
return position
else:
position = self._get_rule_position(self.after, fail=False)
if position is not None:
return position
return len(self.root_elt)
return -1
def _get_expected_rule_xml_index(self):
""" get expected rule index in xml """
if self.before == 'bottom':
return len(self.root_elt)
elif self.after == 'top':
return 0
elif self.after is not None:
found, i = self._find_rule_by_descr(self.after)
if found is not None:
return i + 1
else:
self.module.fail_json(msg='Failed to insert after rule=%s' %
(self.after))
elif self.before is not None:
found, i = self._find_rule_by_descr(self.before)
if found is not None:
return i
else:
self.module.fail_json(msg='Failed to insert before rule=%s' %
(self.before))
else:
found, i = self._find_rule_by_descr(self.obj['descr'])
if found is not None:
return i
return len(self.root_elt)
return -1
@staticmethod
def _get_params_to_remove():
""" returns the list of params to remove if they are not set """
return ['disabled', 'nordr', 'nosync', 'natreflection']
def _get_rule_position(self, descr=None, fail=True):
""" get rule position in interface/floating """
if descr is None:
descr = self.obj['descr']
(res, idx) = self._find_rule_by_descr(descr)
if fail and res is None:
self.module.fail_json(msg='Failed to find rule=%s' % (descr))
return idx
def _insert(self, rule_elt):
""" insert rule into xml """
rule_xml_idx = self._get_expected_rule_xml_index()
self.root_elt.insert(rule_xml_idx, rule_elt)
def _pre_remove_target_elt(self):
""" processing before removing elt """
ruleid_elt = self.target_elt.find('associated-rule-id')
if ruleid_elt is not None:
self._delete_associated_rule(ruleid_elt.text)
def _set_associated_rule(self, before=None):
""" manage changes to the associated rule """
if before is None:
if self.params['associated_rule'] == 'associated' or self.params[
'associated_rule'] == 'unassociated':
self._create_associated_rule()
else:
if self.params['associated_rule'] == 'associated':
if before['associated-rule-id'].startswith('nat_'):
if self.params['interface'] != before['interface']:
self._delete_associated_rule(
before['associated-rule-id'], before['interface'])
else:
self.obj['associated-rule-id'] = before[
'associated-rule-id']
return
self._create_associated_rule()
elif before['associated-rule-id'].startswith('nat_'):
self._delete_associated_rule(before['associated-rule-id'])
def _update_rule_position(self, rule_elt):
""" move rule in xml if required """
current_position = self._get_rule_position()
expected_position = self._get_expected_rule_position()
if current_position == expected_position:
self.position_changed = False
return False
self.diff['before']['position'] = current_position
self.diff['after']['position'] = expected_position
self.root_elt.remove(rule_elt)
self._insert(rule_elt)
self.position_changed = True
return True
##############################
# run
#
def _update(self):
""" make the target pfsense reload """
return self.pfsense.phpshell('''require_once("filter.inc");
if (filter_configure() == 0) { clear_subsystem_dirty('natconf'); clear_subsystem_dirty('filter'); }'''
)
##############################
# Logging
#
def _get_obj_name(self):
""" return obj's name """
return "'{0}'".format(self.obj['descr'])
@staticmethod
def fassociate(value):
""" associated-rule-id value formatting function """
if value is None or value == '':
return 'none'
if value == 'pass':
return 'pass'
return 'associated'
@staticmethod
def fnatreflection(value):
""" natreflection value formatting function """
if value is None or value == 'none':
return "'system-default'"
return value
@staticmethod
def fprotocol(value):
""" protocol value formatting function """
if value is None or value == 'none':
return 'any'
return value
def _log_fields(self, before=None):
""" generate pseudo-CLI command fields parameters to create an obj """
values = ''
fafter = self._obj_to_log_fields(self.obj)
if before is None:
values += self.format_cli_field(self.params,
'disabled',
fvalue=self.fvalue_bool,
default=False)
values += self.format_cli_field(self.params,
'nordr',
fvalue=self.fvalue_bool,
default=False)
values += self.format_cli_field(self.params, 'interface')
values += self.format_cli_field(self.params,
'protocol',
default='tcp')
values += self.format_cli_field(self.params, 'source')
values += self.format_cli_field(self.params, 'destination')
values += self.format_cli_field(self.params, 'target')
values += self.format_cli_field(self.params,
'natreflection',
default='system-default')
values += self.format_cli_field(self.params,
'associated_rule',
default='associated')
values += self.format_cli_field(self.params,
'nosync',
fvalue=self.fvalue_bool,
default=False)
values += self.format_cli_field(self.params, 'after')
values += self.format_cli_field(self.params, 'before')
else:
fbefore = self._obj_to_log_fields(before)
fafter['before'] = self.before
fafter['after'] = self.after
values += self.format_updated_cli_field(self.obj,
before,
'disabled',
fvalue=self.fvalue_bool,
default=False,
add_comma=(values))
values += self.format_updated_cli_field(self.obj,
before,
'nordr',
fvalue=self.fvalue_bool,
default=False,
add_comma=(values))
values += self.format_updated_cli_field(fafter,
fbefore,
'interface',
add_comma=(values))
values += self.format_updated_cli_field(self.obj,
before,
'protocol',
fvalue=self.fprotocol,
add_comma=(values))
values += self.format_updated_cli_field(fafter,
fbefore,
'source',
add_comma=(values))
values += self.format_updated_cli_field(fafter,
fbefore,
'destination',
add_comma=(values))
values += self.format_updated_cli_field(fafter,
fbefore,
'target',
add_comma=(values))
values += self.format_updated_cli_field(self.obj,
before,
'natreflection',
fvalue=self.fnatreflection,
default='system-default',
add_comma=(values))
values += self.format_updated_cli_field(self.obj,
before,
'associated-rule-id',
fvalue=self.fassociate,
fname='associated_rule',
add_comma=(values))
values += self.format_updated_cli_field(self.obj,
before,
'nosync',
fvalue=self.fvalue_bool,
default=False,
add_comma=(values))
if self.position_changed:
values += self.format_updated_cli_field(fafter, {},
'after',
log_none=False,
add_comma=(values))
values += self.format_updated_cli_field(fafter, {},
'before',
log_none=False,
add_comma=(values))
return values
@staticmethod
def _obj_address_to_log_field(rule, addr):
""" return formated address from dict """
field = ''
if isinstance(rule[addr], dict):
if 'any' in rule[addr]:
field = 'any'
if 'address' in rule[addr]:
field = rule[addr]['address']
if 'port' in rule[addr]:
if field:
field += ':'
field += rule[addr]['port']
else:
field = rule[addr]
return field
def _obj_to_log_fields(self, rule):
""" return formated source and destination from dict """
res = {}
res['source'] = self._obj_address_to_log_field(rule, 'source')
res['destination'] = self._obj_address_to_log_field(
rule, 'destination')
res['target'] = rule['target'] + ':' + rule['local-port']
res['interface'] = self.pfsense.get_interface_display_name(
rule['interface'])
return res