def delete(self):
# Check if main object exists
config = NitroResourceConfig(
module=self.module,
resource=self.main_nitro_class,
attribute_values_dict=self.module.params,
attributes_list=self.attibute_config[
self.main_nitro_class]['attributes_list'],
transforms=self.attibute_config[self.main_nitro_class]
['transforms'],
)
try:
appfw_policy_exists = config.exists(
get_id_attributes=self.attibute_config[
self.main_nitro_class]['get_id_attributes'])
except NitroException as e:
# This is the no such policy exists exception
if e.errorcode in [258, 2054]:
appfw_policy_exists = False
else:
raise
if appfw_policy_exists:
self.module_result['changed'] = True
if not self.module.check_mode:
config.delete(delete_id_attributes=self.attibute_config[
self.main_nitro_class]['delete_id_attributes'])
def update_or_create(self):
# Check if main object exists
config = NitroResourceConfig(
module=self.module,
resource=self.main_nitro_class,
attribute_values_dict=self.module.params,
attributes_list=self.attibute_config[
self.main_nitro_class]['attributes_list'],
transforms=self.attibute_config[self.main_nitro_class]
['transforms'],
)
# Create or update main object
try:
appfw_policy_exists = config.exists(
get_id_attributes=self.attibute_config[
self.main_nitro_class]['get_id_attributes'])
except NitroException as e:
# This is the no such policy exists exception
if e.errorcode in [258, 2054]:
appfw_policy_exists = False
else:
raise
if not appfw_policy_exists:
self.module_result['changed'] = True
if not self.module.check_mode:
config.create()
else:
if not config.values_subgroup_of_actual():
self.module_result['changed'] = True
if not self.module.check_mode:
config.update(id_attribute='name')
def update(self):
log('ModuleExecutor.update()')
# Check if main object exists
config = NitroResourceConfig(
module=self.module,
resource=self.main_nitro_class,
attribute_values_dict=self.module.params,
attributes_list=self.attribute_config[self.main_nitro_class]['attributes_list'],
transforms=self.attribute_config[self.main_nitro_class]['transforms'],
)
self.module_result['changed'] = True
if not self.module.check_mode:
config.update()
def get_main_config(self):
manipulated_values_dict = copy.deepcopy(self.module.params)
# We do not want the state module param to be interpreted as the appfwfieldtype parameter value
if 'state' in manipulated_values_dict:
del manipulated_values_dict['state']
# Instead the disabled argument defines what the actual 'state' attribute should be
disabled_value = manipulated_values_dict.get('disabled')
if disabled_value is not None:
if disabled_value:
manipulated_values_dict['state'] = 'DISABLED'
else:
manipulated_values_dict['state'] = 'ENABLED'
config = NitroResourceConfig(
module=self.module,
resource=self.main_nitro_class,
attribute_values_dict=manipulated_values_dict,
attributes_list=self.attibute_config[
self.main_nitro_class]['attributes_list'],
transforms=self.attibute_config[self.main_nitro_class]
['transforms'],
)
return config
def get_main_config(self):
manipulated_values_dict = copy.deepcopy(self.module.params)
config = NitroResourceConfig(
module=self.module,
resource=self.main_nitro_class,
attribute_values_dict=manipulated_values_dict,
attributes_list=self.attibute_config[self.main_nitro_class]['attributes_list'],
transforms=self.attibute_config[self.main_nitro_class]['transforms'],
)
return config
def get_main_config(self):
manipulated_values_dict = copy.deepcopy(self.module.params)
# We do not want the state module param to be interpreted as the appfwsignatures parameter value
if 'state' in manipulated_values_dict:
del manipulated_values_dict['state']
config = NitroResourceConfig(
module=self.module,
resource=self.main_nitro_class,
attribute_values_dict=manipulated_values_dict,
attributes_list=self.attibute_config[
self.main_nitro_class]['attributes_list'],
transforms=self.attibute_config[self.main_nitro_class]
['transforms'],
)
return config
def sync_binding_with_data(self, data):
binding_key = data['binding_key']
binding_object = data['binding_object']
if self.module.params.get(binding_key) is None:
return
log('ModuleExecutor syncing binding %s' % binding_key)
mode = self.module.params[binding_key]['mode']
# Make a list of config objects for configured bindings
configured_bindings = []
for bind_values in self.module.params[binding_key]['attributes']:
all_bind_values = copy.deepcopy(bind_values)
configured_binding = NitroResourceConfig(
module=self.module,
resource=binding_object,
attribute_values_dict=all_bind_values,
attributes_list=self.attribute_config[binding_key]
['attributes_list'],
transforms=self.attribute_config[binding_key]['transforms'],
)
configured_bindings.append(configured_binding)
if mode == 'bind':
for configured_binding in configured_bindings:
self.module_result['changed'] = True
try:
configured_binding.create()
except NitroException as e:
if e.errorcode != 273:
raise
elif mode == 'unbind':
for configured_binding in configured_bindings:
self.module_result['changed'] = True
try:
configured_binding.delete(
delete_id_attributes=self.attribute_config[binding_key]
['delete_id_attributes'])
except NitroException as e:
# Handle exceptions when trying to unbind objects that are not bound
# Every binding has its own errorcode
if binding_object == 'appfwglobal_appfwpolicy_binding':
if e.errorcode == 3093:
log('Ignoring nitro_errocode 3093 for appfwglobal_appfwpolicy_binding'
)
else:
raise