def do_task(self):
self.validate_params()
account_name = self.get_module().params['account_name']
return_format = self.module.params['return_format']
facts = {}
if return_format == 'dict':
facts = dict(data_centers={}, services={})
elif return_format == 'list':
facts = dict(data_centers=[], services=[])
else:
raise SolaceInternalError(
f"arg 'return_format={return_format}' invalid")
services = self.get_solace_cloud_api().get_services_with_details(
self.get_config())
data_centers = self.get_solace_cloud_api().get_data_centers(
self.get_config())
if return_format == 'dict':
for service in services:
name = service['name']
facts['services'][name] = service
for data_center in data_centers:
id = data_center['id']
facts['data_centers'][id] = data_center
else:
facts['services'] = services
facts['data_centers'] = data_centers
result = self.create_result()
result.update(dict(solace_cloud_account={account_name: facts}))
return None, result
def get_objects(self, config: SolaceTaskBrokerConfig, xml_cmd: str,
reponse_list_path_array: list) -> list:
result_list = []
hasNextPage = True
while hasNextPage:
semp_resp = self.make_post_request(
config, xml_cmd, SolaceTaskOps.OP_READ_OBJECT_LIST)
# extract the list
_d = semp_resp
for path in reponse_list_path_array:
if _d and path in _d:
_d = _d[path]
else:
# empty list / not found
return []
if isinstance(_d, dict):
resp = [_d]
elif isinstance(_d, list):
resp = _d
else:
raise SolaceInternalError(
f"unknown SEMP v1 return type: {type(_d)}")
result_list.extend(resp)
# see if there is more
more_cookie = None
if 'more-cookie' in semp_resp['rpc-reply']:
more_cookie = semp_resp['rpc-reply']['more-cookie']
if more_cookie:
xml_cmd = xmltodict.unparse(more_cookie)
hasNextPage = True
else:
hasNextPage = False
return result_list
def get_sempv2_version_map_key(self, semp_version):
if semp_version <= SolaceUtils.create_version("2.13"):
return '<=2.13'
elif semp_version >= SolaceUtils.create_version("2.14"):
return '>=2.14'
raise SolaceInternalError(
f"sempv2_version: {semp_version} not supported")
def get_settings_type_conversion(self, d):
# everything is a string or null
# import logging
# import json
# logging.debug(f"d={json.dumps(d, indent=2)}")
for k, i in d.items():
t = type(i)
if t == dict:
d[k] = self.get_settings_type_conversion(i)
else:
if i and t != str:
raise SolaceInternalError(
f"unhandled type, field={k}, value={i}, type={t}")
if not i:
# placeholder, leave it for now
d[k] = None
elif i == "":
# placeholder, leave it for now
d[k] = i
elif i.lower() == 'false':
d[k] = False
elif i.lower() == 'true':
d[k] = True
elif re.search(r'^[0-9]+$', i):
d[k] = int(i)
elif re.search(r'^[0-9]+\.[0-9]$', i):
d[k] = float(i)
else:
# leave any other strings
d[k] = i
return d
def _extract_msg_vpn_attributes(self) -> dict:
vpn_attributes = SolaceBrokerFacts.get_field(self.input_dict,
"msgVpnAttributes")
if not vpn_attributes:
raise SolaceInternalError(
"Could not find 'msgVpnAttributes' in 'ansible_facts.solace'. API may have changed."
)
return vpn_attributes
def _extract_messaging_protocols(self) -> dict:
if self.messaging_protocols:
return self.messaging_protocols
mps = self.get_field(self.input_dict, "messagingProtocols")
if not mps:
raise SolaceInternalError(
"Could not find 'messagingProtocols' in 'ansible_facts.solace'. API may have changed."
)
self.messaging_protocols = mps
return self.messaging_protocols
def find_service_by_name_in_services(self, services, name):
if isinstance(services, dict):
if name == services.get('name'):
return services
elif isinstance(services, list):
for service in services:
if name == service.get('name'):
return service
else:
raise SolaceInternalError(
f"solace cloud response not 'dict' nor 'list' but {type(services)}"
)
return None
def get_sempv2_version(self, config: SolaceTaskBrokerConfig):
resp = self.make_get_request(config,
[SolaceSempV2Api.API_BASE_SEMPV2_CONFIG] +
["about", "api"],
query_params=None)
raw_api_version = SolaceUtils.get_key(resp, "sempVersion")
# format: 2.21
try:
v = SolaceUtils.create_version(raw_api_version)
except SolaceInternalError as e:
raise SolaceInternalError(
f"sempv2 version parsing failed: {raw_api_version}") from e
return raw_api_version, v
def get_sempv1_version(self, config: SolaceTaskBrokerConfig):
rpc_xml = "<rpc><show><service></service></show></rpc>"
resp = self.make_post_request(config, rpc_xml,
SolaceTaskOps.OP_READ_SEMP_VERSION)
rpc_reply = resp['rpc-reply']
raw_api_version = SolaceUtils.get_key(rpc_reply, "@semp-version")
# format: soltr/9_9VMR
s = raw_api_version[6:9].replace('_', '.')
try:
v = SolaceUtils.create_version(s)
except SolaceInternalError as e:
raise SolaceInternalError(
f"sempv1 version parsing failed: {raw_api_version}") from e
return raw_api_version, v
def filter(self, settings: dict, query_params: dict) -> dict:
if not query_params:
return settings
where_list = []
if ("where" in query_params and query_params['where']
and len(query_params['where']) > 0):
where_list = query_params['where']
is_match = True
for where in where_list:
# OP: ==
where_elements = where.split('==')
if len(where_elements) != 2:
raise SolaceParamsValidationError(
'query_params.where', where,
"cannot parse where clause - must be in format '{key}=={pattern}' (other ops are not supported)"
)
sempv2_key = where_elements[0]
pattern = where_elements[1]
solace_cloud_key = self.MAPPINGS.get(sempv2_key, None)
if not solace_cloud_key:
raise SolaceParamsValidationError(
'query_params.where', where,
f"unknown key for solace cloud '{sempv2_key}' - check with Solace Cloud API settings"
)
# pattern match
solace_cloud_value = settings.get(solace_cloud_key, None)
if not solace_cloud_value:
raise SolaceInternalError(
f"solace-cloud-key={solace_cloud_key} not found in solace cloud settings - likely a key map issue"
)
# create regex
regex = pattern.replace("*", ".+")
this_match = re.search(regex, solace_cloud_value)
is_match = (is_match and this_match)
if not is_match:
break
if is_match:
return settings
return None
def make_service_post_request(self, config: SolaceTaskBrokerConfig,
path_array: list, service_id: str, json_body,
module_op):
resp = self.make_request(config, requests.post, path_array, json_body)
# import logging, json
# logging.debug(f"resp (make_request) = \n{json.dumps(resp, indent=2)}")
request_id = resp['id']
timeout_minutes = 2
is_completed = False
is_failed = False
try_count = -1
delay = 5 # seconds
max_retries = (timeout_minutes * 60) // delay
# wait 1 cycle before start polling
time.sleep(delay)
while not is_completed and not is_failed and try_count < max_retries:
resp = self.get_service_request_status(config, service_id,
request_id)
# import logging, json
# logging.debug(f"resp (get_service_request_status)= \n{json.dumps(resp, indent=2)}")
is_completed = (resp['adminProgress'] == 'completed')
is_failed = (resp['adminProgress'] == 'failed')
try_count += 1
if timeout_minutes > 0:
time.sleep(delay)
if is_failed:
raise SolaceApiError(resp, resp,
self.get_module()._name, module_op)
if not is_completed:
msg = [
f"timeout service post request - not completed, state={resp['adminProgress']}",
str(resp)
]
raise SolaceInternalError(msg)
return resp
def do_task(self):
self.validate_params()
params = self.get_config().get_params()
is_check_mode = self.get_module().check_mode
self.existing_key_list = self.get_object_key_list(
*self.get_objects_result_data_object_keys())
# logging.debug(
# f"\n\n>>>>>>>>>>existing_key_list={json.dumps(self.existing_key_list, indent=2)}\n\n")
target_key_list = self.deduplicate_keys(self.get_target_key_list())
# logging.debug(
# f"\n\n>>>>>>>>>>target_key_list={json.dumps(target_key_list, indent=2)}\n\n")
self.set_result(self.create_result(rc=0, changed=False))
state_object_combination_error = False
new_state = params['state']
new_settings = self.get_new_settings()
for target_key in target_key_list:
crud_args = self.get_crud_args(target_key)
target_key_exists = target_key in self.existing_key_list
if (new_state == 'present' or new_state == 'exactly') and not target_key_exists:
self.changed = True
if not is_check_mode:
try:
_response = self.create_func(*crud_args, new_settings)
self.created_key_list.append(target_key)
except Exception as ex:
self.do_rollback_on_error(target_key, ex)
elif new_state == 'present' and target_key_exists:
pass
elif new_state == 'absent' and target_key_exists:
if not is_check_mode:
try:
_response = self.delete_func(*crud_args)
self.deleted_key_list.append(target_key)
except Exception as ex:
self.do_rollback_on_error(target_key, ex)
elif new_state == 'absent' and not target_key_exists:
pass
elif new_state == 'exactly' and target_key_exists:
pass
elif new_state == 'exactly':
pass
else:
state_object_combination_error = True
if new_state == 'exactly':
for existing_key in self.existing_key_list:
crud_args = self.get_crud_args(existing_key)
if new_state == 'exactly' and existing_key not in target_key_list:
if not is_check_mode:
try:
_response = self.delete_func(*crud_args)
self.deleted_key_list.append(existing_key)
except Exception as ex:
self.do_rollback_on_error(existing_key, ex)
elif new_state == 'exactly' and existing_key in target_key_list:
pass
else:
state_object_combination_error = True
if state_object_combination_error:
raise SolaceInternalError([
"unsupported state / object combination",
f"state={new_state}",
f"target_key_list={target_key_list}",
f"existing_key_list={self.existing_key_list}"
])
response_list = []
for k in self.created_key_list:
response_list.append({'added': k})
for k in self.deleted_key_list:
response_list.append({'deleted': k})
for k in self.duplicate_key_list:
response_list.append({'duplicate': k})
if len(response_list) > 0:
self.changed = True
self.update_result(
{
'changed': self.changed,
'response': response_list
})
return None, self.get_result()
def call_dynamic_func(self, func_name, *args):
try:
return getattr(self, func_name)(*args)
except AttributeError as e:
raise SolaceInternalError(
f"function '{func_name}' not found") from e
def get_key(d: dict, k: str):
try:
return d[k]
except KeyError as e:
raise SolaceInternalError(
f"KeyError: dict has no key '{k}'") from e
def create_version(s: str):
try:
v = packaging.version.Version(s)
except packaging.version.InvalidVersion as e:
raise SolaceInternalError(f"version parsing failed: {s}") from e
return v
def do_task_extension(self, args, new_state, new_settings, current_settings):
raise SolaceInternalError(
f"unhandled task-state combination, state={new_state}")
def get_solace_cloud_auth(self) -> str:
if not self.is_solace_cloud:
raise SolaceInternalError(
"config does not contain solace cloud parameters")
return self.solace_cloud_auth