# ncs.dp Module Callback module for connecting data providers to ConfD/NCS. ## Functions ### return\_worker\_socket ```python return_worker_socket(state, key) ``` Return worker socket associated with a worker thread from Daemon/state. Return worker socket to pool. ### take\_worker\_socket ```python take_worker_socket(state, name, key=None) ``` Take worker socket associated with a worker thread from Daemon/state. Take worker socket from pool, must be returned with dp.return\_worker\_socket after use. ## Classes ### *class* **Action** Action callback. This class makes it easy to create and register action callbacks by sub-classing it and implementing cb\_action in the derived class. ```python Action(daemon, actionpoint, log=None, init_args=None) ``` Initialize this object. The 'daemon' argument should be a Daemon instance. 'actionpoint' is the name of the tailf:actionpoint to manage. 'log' can be any log object, and if not set the Daemon logger will be used. 'init\_args' may be any object that will be passed into init() when this object is constructed. Lastly, the low-level function dp.register\_action\_cbs() will be called. When using this class together with ncs.application.Application there is no need to manually initialize this object as it is done by the Application.register\_action() method. Arguments: * daemon -- Daemon instance (dp.Daemon) * actionpoint -- actionpoint name (str) * log -- logging object (optional) * init\_args -- additional arguments (optional) Members:
action(...) Static method: ```python action(fn) ``` Decorator for the cb\_action callback. Only use this decorator for actions of tailf:action type. Using this decorator alters the signature of the cb\_action callback and passes in maagic.Node objects for input and output action data. Example of a decorated cb\_action: ``` @Action.action def cb_action(self, uinfo, name, kp, input, output, trans): pass ``` Callback arguments: * uinfo -- a UserInfo object * name -- the tailf:action name (string) * kp -- the keypath of the action (HKeypathRef) * input -- input node (maagic.Node) * output -- output node (maagic.Node) * trans -- read only transaction, same as action transaction if executed with an action context (maapi.Transaction)
cb_init(...) Method: ```python cb_init(self, uinfo) ``` The cb\_init callback must always be implemented. This default implementation will associate a new worker socket with this callback.
init(...) Method: ```python init(self, init_args) ``` Custom initialization. When registering an action using ncs.application.Application this method will be called with the 'init\_args' passed into the register\_action() function.
rpc(...) Static method: ```python rpc(fn) ``` Decorator for the cb\_action callback. Only use this decorator for rpc:s. Using this decorator alters the signature of the cb\_action callback and passes in maagic.Node objects for input and output action data. Example of a decorated cb\_action: ``` @Action.rpc def cb_action(self, uinfo, name, input, output): pass ``` Callback arguments: * uinfo -- a UserInfo object * name -- the rpc name (string) * input -- input node (maagic.Node) * output -- output node (maagic.Node)
start(...) Method: ```python start(self) ``` Custom actionpoint start triggered when Python VM starts up.
stop(...) Method: ```python stop(self) ``` Custom actionpoint stop triggered when Python VM shuts down.
### *class* **Daemon** Manage a data provider connection towards ConfD/NCS. ```python Daemon(name, log=None, ip='127.0.0.1', port=4569, path=None, state_mgr=None) ``` Initialize a Daemon object. The 'name' argument should be unique. It will show up in the CLI and in error messages. All other arguments are optional. Argument 'log' can be any log object, and if not set the standard logging mechanism will be used. Set 'ip' and 'port' to where your Confd/NCS server is. 'path' is a filename to a unix domain socket to be used in place of 'ip' and 'port'. If 'path' is provided, 'ip' and 'port' arguments are ignored. Daemon supports automatic restarting in case of error if a state manager is provided using the state\_mgr parameter. Members:
INIT_RETRY_INTERVAL_S ```python INIT_RETRY_INTERVAL_S = 1 ```
ctx(...) Method: ```python ctx(self) ``` Return the daemon context.
daemon A boolean value indicating whether this thread is a daemon thread. This must be set before start() is called, otherwise RuntimeError is raised. Its initial value is inherited from the creating thread; the main thread is not a daemon thread and therefore all threads created in the main thread default to daemon = False. The entire Python program exits when only daemon threads are left.
finish(...) Method: ```python finish(self) ``` Stop the daemon thread.
getName(...) Method: ```python getName(self) ``` Return a string used for identification purposes only. This method is deprecated, use the name attribute instead.
ident *Readonly property* Thread identifier of this thread or None if it has not been started. This is a nonzero integer. See the get\_ident() function. Thread identifiers may be recycled when a thread exits and another thread is created. The identifier is available even after the thread has exited.
ip(...) Method: ```python ip(self) ``` Return the ip address.
isDaemon(...) Method: ```python isDaemon(self) ``` Return whether this thread is a daemon. This method is deprecated, use the daemon attribute instead.
is_alive(...) Method: ```python is_alive(self) ``` Return whether the thread is alive. This method returns True just before the run() method starts until just after the run() method terminates. See also the module function enumerate().
join(...) Method: ```python join(self, timeout=None) ``` Wait until the thread terminates. This blocks the calling thread until the thread whose join() method is called terminates -- either normally or through an unhandled exception or until the optional timeout occurs. When the timeout argument is present and not None, it should be a floating-point number specifying a timeout for the operation in seconds (or fractions thereof). As join() always returns None, you must call is\_alive() after join() to decide whether a timeout happened -- if the thread is still alive, the join() call timed out. When the timeout argument is not present or None, the operation will block until the thread terminates. A thread can be join()ed many times. join() raises a RuntimeError if an attempt is made to join the current thread as that would cause a deadlock. It is also an error to join() a thread before it has been started and attempts to do so raises the same exception.
load_schemas(...) Method: ```python load_schemas(self) ``` Load schema information into the process memory.
name A string used for identification purposes only. It has no semantics. Multiple threads may be given the same name. The initial name is set by the constructor.
native_id *Readonly property* Native integral thread ID of this thread, or None if it has not been started. This is a non-negative integer. See the get\_native\_id() function. This represents the Thread ID as reported by the kernel.
path(...) Method: ```python path(self) ``` Return the unix domain socket path.
port(...) Method: ```python port(self) ``` Return the port.
register_trans_cb(...) Method: ```python register_trans_cb(self, trans_cb_cls=) ``` Register a transaction callback class. It's not necessary to call this method. Only do that if a custom transaction callback will be used.
register_trans_validate_cb(...) Method: ```python register_trans_validate_cb(self, trans_validate_cb_cls=) ``` Register a transaction validation callback class. It's not necessary to call this method. Only do that if a custom transaction callback will be used.
run(...) Method: ```python run(self) ``` Daemon thread processing loop. Don't call this method explicitly. It handles reading of control and worker sockets and notifying ConfD/NCS that it should continue processing by calling the low-level function dp.fd\_ready(). If the connection towards ConfD/NCS is broken or if finish() is explicitly called, this function (and the thread) will end.
setDaemon(...) Method: ```python setDaemon(self, daemonic) ``` Set whether this thread is a daemon. This method is deprecated, use the .daemon property instead.
setName(...) Method: ```python setName(self, name) ``` Set the name string for this thread. This method is deprecated, use the name attribute instead.
start(...) Method: ```python start(self) ``` Start daemon work thread. After registering any callbacks (action, services and such), call this function to start processing. The low-level function dp.register\_done() will be called before the thread is started.
wsock *Readonly property*
### *class* **StateManager** Base class for state managers used with Daemon ```python StateManager(log) ``` Members:
setup(...) Method: ```python setup(self, state, previous_state) ``` Not Implemented.
teardown(...) Method: ```python teardown(self, state, finished) ``` Not Implemented.
### *class* **TransValidateCallback** Default transaction validation callback implementation class. When registering validation points in ConfD/NCS a transaction validation callback handler must be provided. This class is a generic implementation of such a handler. It implements the required callbacks 'cb\_init' and 'cb\_stop'. ```python TransValidateCallback(state) ``` Initialize a TransValidateCallback object. The argument 'state' is the dict representation of a daemon. Members:
cb_init(...) Method: ```python cb_init(self, tctx) ``` The cb\_init callback must always be implemented. It is required to prepare for future validation callbacks. This default implementation allocates a worker thread and socket pair and associates it with the transaction.
cb_stop(...) Method: ```python cb_stop(self, tctx) ``` The cb\_stop callback must always be implemented. Clean up resources previously allocated in the cb\_init callback. This default implementation returnes the worker thread and socket pair to the pool of workers.
### *class* **TransactionCallback** Default transaction callback implementation class. When connecting data providers to ConfD/NCS a transaction callback handler must be provided. This class is a generic implementation of such a handler. It implements the only required callback 'cb\_init'. ```python TransactionCallback(state) ``` Initialize a TransactionCallback object. The argument 'wsock' is the connected worker socket and 'log' is a log object. Members:
cb_finish(...) Method: ```python cb_finish(self, tctx) ``` The cb\_finish callback of TransactionCallback. This implementation returns worker socket associated with a worker thread from Daemon/state.
cb_init(...) Method: ```python cb_init(self, tctx) ``` The cb\_init callback must always be implemented. It is required to prepare for future read/write operations towards the data source. This default implementation associates a worker socket with a transaction.
### *class* **ValidationError** Exception raised to indicate a failed validation ```python ValidationError(message) ``` Members:
add_note(...) Method: Exception.add\_note(note) -- add a note to the exception
args
with_traceback(...) Method: Exception.with\_traceback(tb) -- set self.**traceback** to tb and return self.
### *class* **ValidationPoint** Validation Point callback. This class makes it easy to create and register validation point callbacks by subclassing it and implementing cb\_validate with the @validate or @validate\_with\_trans decorator. ```python ValidationPoint(daemon, validationpoint, log=None, init_args=None) ``` Members:
init(...) Method: ```python init(self, init_args) ``` Custom initialization. When registering a validation point using ncs.application.Application this method will be called with the 'init\_args' passed into the register\_validation() function.
start(...) Method: ```python start(self) ``` Start ValidationPoint
stop(...) Method: ```python stop(self) ``` Stop ValidationPoint
validate(...) Static method: ```python validate(fn) ``` Decorator for the cb\_validate callback. Using this decorator alters the signature of the cb\_validate callback and passes in the validationpoint as the last argument. In addition it logs unhandled exceptions, handles ValidationError exception setting the transaction error and returns \_tm.CONFD\_ERR. Example of a decorated cb\_validate: ``` @ValidationPoint.validate def cb_validate(self, tctx, keypath, value, validationpoint): pass ``` Callback arguments: * tctx - transaction context (TransCtxRef) * kp -- path to the node being validated (HKeypathRef) * value -- new value of keypath (Value) * validationpoint - name of the validation point (str)
validate_with_trans(...) Static method: ```python validate_with_trans(fn) ``` Decorator for the cb\_validate callback. Using this decorator alters the signature of the cb\_validate callback and passes in root node attached to the transaction being validated and the validationpoint as the last argument. In addition it logs unhandled exceptions, handles ValidationError exception setting the transaction error and returns \_tm.CONFD\_ERR. Example of a decorated cb\_validate: ``` @ValidationPoint.validate_with_trans def cb_validate(self, tctx, root, kp, value, validationpoint): pass ``` Callback arguments: * tctx - transaction context (TransCtxRef) * root -- root node (maagic.Root) * kp -- path to the node being validated (HKeypathRef) * value -- new value of keypath (Value) * validationpoint - name of the validation point (str)
## Predefined Values ```python ACCESS_CHK_DESCENDANT = 1024 ACCESS_CHK_FINAL = 512 ACCESS_CHK_INTERMEDIATE = 256 ACCESS_OP_CREATE = 4 ACCESS_OP_DELETE = 16 ACCESS_OP_EXECUTE = 2 ACCESS_OP_READ = 1 ACCESS_OP_UPDATE = 8 ACCESS_OP_WRITE = 32 ACCESS_RESULT_ACCEPT = 0 ACCESS_RESULT_CONTINUE = 2 ACCESS_RESULT_DEFAULT = 3 ACCESS_RESULT_REJECT = 1 BAD_VALUE_BAD_KEY_TAG = 32 BAD_VALUE_BAD_LEXICAL = 19 BAD_VALUE_BAD_TAG = 21 BAD_VALUE_BAD_VALUE = 20 BAD_VALUE_CUSTOM_FACET_ERROR_MESSAGE = 16 BAD_VALUE_ENUMERATION = 11 BAD_VALUE_FRACTION_DIGITS = 3 BAD_VALUE_INVALID_FACET = 18 BAD_VALUE_INVALID_REGEX = 9 BAD_VALUE_INVALID_TYPE_NAME = 23 BAD_VALUE_INVALID_UTF8 = 38 BAD_VALUE_INVALID_XPATH = 34 BAD_VALUE_INVALID_XPATH_AT_TAG = 40 BAD_VALUE_INVALID_XPATH_PATH = 39 BAD_VALUE_LENGTH = 15 BAD_VALUE_MAX_EXCLUSIVE = 5 BAD_VALUE_MAX_INCLUSIVE = 6 BAD_VALUE_MAX_LENGTH = 14 BAD_VALUE_MIN_EXCLUSIVE = 7 BAD_VALUE_MIN_INCLUSIVE = 8 BAD_VALUE_MIN_LENGTH = 13 BAD_VALUE_MISSING_KEY = 37 BAD_VALUE_MISSING_NAMESPACE = 27 BAD_VALUE_NOT_RESTRICTED_XPATH = 35 BAD_VALUE_NO_DEFAULT_NAMESPACE = 24 BAD_VALUE_PATTERN = 12 BAD_VALUE_POP_TOO_FAR = 31 BAD_VALUE_RANGE = 29 BAD_VALUE_STRING_FUN = 1 BAD_VALUE_SYMLINK_BAD_KEY_REFERENCE = 33 BAD_VALUE_TOTAL_DIGITS = 4 BAD_VALUE_UNIQUELIST = 10 BAD_VALUE_UNKNOWN_BIT_LABEL = 22 BAD_VALUE_UNKNOWN_NAMESPACE = 26 BAD_VALUE_UNKNOWN_NAMESPACE_PREFIX = 25 BAD_VALUE_USER_ERROR = 17 BAD_VALUE_VALUE2VALUE_FUN = 28 BAD_VALUE_WRONG_DECIMAL64_FRACTION_DIGITS = 2 BAD_VALUE_WRONG_NUMBER_IDENTIFIERS = 30 BAD_VALUE_XPATH_ERROR = 36 CLI_ACTION_NOT_FOUND = 13 CLI_AMBIGUOUS_COMMAND = 63 CLI_BAD_ACTION_RESPONSE = 16 CLI_BAD_LEAF_VALUE = 6 CLI_CDM_NOT_SUPPORTED = 74 CLI_COMMAND_ABORTED = 2 CLI_COMMAND_ERROR = 1 CLI_COMMAND_FAILED = 3 CLI_CONFIRMED_NOT_SUPPORTED = 39 CLI_COPY_CONFIG_FAILED = 32 CLI_COPY_FAILED = 31 CLI_COPY_PATH_IDENTICAL = 33 CLI_CREATE_PATH = 23 CLI_CUSTOM_ERROR = 4 CLI_DELETE_ALL_FAILED = 10 CLI_DELETE_ERROR = 12 CLI_DELETE_FAILED = 11 CLI_ELEMENT_DOES_NOT_EXIST = 66 CLI_ELEMENT_MANDATORY = 75 CLI_ELEMENT_NOT_FOUND = 14 CLI_ELEM_NOT_WRITABLE = 7 CLI_EXPECTED_BOL = 56 CLI_EXPECTED_EOL = 57 CLI_FAILED_COPY_RUNNING = 38 CLI_FAILED_CREATE_CONTEXT = 37 CLI_FAILED_OPEN_STARTUP = 41 CLI_FAILED_OPEN_STARTUP_CONFIG = 42 CLI_FAILED_TERM_REDIRECT = 49 CLI_ILLEGAL_DIRECTORY_NAME = 52 CLI_ILLEGAL_FILENAME = 53 CLI_INCOMPLETE_CMD_PATH = 67 CLI_INCOMPLETE_COMMAND = 9 CLI_INCOMPLETE_PATH = 8 CLI_INCOMPLETE_PATTERN = 64 CLI_INVALID_PARAMETER = 54 CLI_INVALID_PASSWORD = 21 CLI_INVALID_PATH = 58 CLI_INVALID_ROLLBACK_NR = 15 CLI_INVALID_SELECT = 59 CLI_MESSAGE_TOO_LARGE = 48 CLI_MISSING_ACTION_PARAM = 17 CLI_MISSING_ACTION_PARAM_VALUE = 18 CLI_MISSING_ARGUMENT = 69 CLI_MISSING_DISPLAY_GROUP = 55 CLI_MISSING_ELEMENT = 65 CLI_MISSING_VALUE = 68 CLI_MOVE_FAILED = 30 CLI_MUST_BE_AN_INTEGER = 70 CLI_MUST_BE_INTEGER = 43 CLI_MUST_BE_TRUE_OR_FALSE = 71 CLI_NOT_ALLOWED = 5 CLI_NOT_A_DIRECTORY = 50 CLI_NOT_A_FILE = 51 CLI_NOT_FOUND = 28 CLI_NOT_SUPPORTED = 34 CLI_NOT_WRITABLE = 27 CLI_NO_SUCH_ELEMENT = 45 CLI_NO_SUCH_SESSION = 44 CLI_NO_SUCH_USER = 47 CLI_ON_LINE = 25 CLI_ON_LINE_DESC = 26 CLI_OPEN_FILE = 20 CLI_READ_ERROR = 19 CLI_REALLOCATE = 24 CLI_SENSITIVE_DATA = 73 CLI_SET_FAILED = 29 CLI_START_REPLAY_FAILED = 72 CLI_TARGET_EXISTS = 35 CLI_UNKNOWN_ARGUMENT = 61 CLI_UNKNOWN_COMMAND = 62 CLI_UNKNOWN_ELEMENT = 60 CLI_UNKNOWN_HIDEGROUP = 22 CLI_UNKNOWN_MODE = 36 CLI_WILDCARD_NOT_ALLOWED = 46 CLI_WRITE_CONFIG_FAILED = 40 COMPLETION = 0 COMPLETION_DEFAULT = 3 COMPLETION_DESC = 2 COMPLETION_INFO = 1 CONTROL_SOCKET = 0 C_CREATE = 2 C_MOVE_AFTER = 6 C_REMOVE = 3 C_SET_ATTR = 5 C_SET_CASE = 4 C_SET_ELEM = 1 DAEMON_FLAG_BULK_GET_CONTAINER = 128 DAEMON_FLAG_NO_DEFAULTS = 4 DAEMON_FLAG_PREFER_BULK_GET = 64 DAEMON_FLAG_REG_DONE = 65536 DAEMON_FLAG_REG_REPLACE_DISCONNECT = 16 DAEMON_FLAG_SEND_IKP = 1 DAEMON_FLAG_STRINGSONLY = 2 DATA_AFTER = 1 DATA_BEFORE = 0 DATA_CREATE = 0 DATA_DELETE = 1 DATA_FIRST = 2 DATA_INSERT = 2 DATA_LAST = 3 DATA_MERGE = 3 DATA_MOVE = 4 DATA_REMOVE = 6 DATA_REPLACE = 5 DATA_WANT_FILTER = 1 ERRTYPE_BAD_VALUE = 2 ERRTYPE_CLI = 4 ERRTYPE_MISC = 8 ERRTYPE_NCS = 16 ERRTYPE_OPERATION = 32 ERRTYPE_VALIDATION = 1 MISC_ACCESS_DENIED = 5 MISC_APPLICATION = 19 MISC_APPLICATION_INTERNAL = 20 MISC_BAD_PERSIST_ID = 16 MISC_CANDIDATE_ABORT_BAD_USID = 17 MISC_CDB_OPER_UNAVAILABLE = 37 MISC_CONF_LOAD_NOT_ALLOWED = 59 MISC_DATA_MISSING = 44 MISC_EXTERNAL = 22 MISC_EXTERNAL_TIMEOUT = 45 MISC_FILE_ACCESS_PATH = 33 MISC_FILE_BAD_PATH = 34 MISC_FILE_BAD_VALUE = 35 MISC_FILE_CORRUPT = 52 MISC_FILE_CREATE_PATH = 29 MISC_FILE_DELETE_PATH = 32 MISC_FILE_EOF = 36 MISC_FILE_MOVE_PATH = 30 MISC_FILE_OPEN_ERROR = 27 MISC_FILE_SET_PATH = 31 MISC_FILE_SYNTAX_ERROR = 28 MISC_FILE_SYNTAX_ERROR_1 = 26 MISC_HA_ABORT = 55 MISC_INCONSISTENT_VALUE = 7 MISC_INDEXED_VIEW_LIST_HOLE = 46 MISC_INDEXED_VIEW_LIST_TOO_BIG = 18 MISC_INTERNAL = 21 MISC_INTERRUPT = 10 MISC_IN_USE = 3 MISC_LOCKED_BY = 4 MISC_MISSING_INSTANCE = 8 MISC_NODE_IS_READONLY = 13 MISC_NODE_WAS_READONLY = 14 MISC_NOT_IMPLEMENTED = 43 MISC_NO_SUCH_FILE = 2 MISC_OPERATION_NOT_SUPPORTED = 38 MISC_PROTO_USAGE = 23 MISC_REACHED_MAX_RETRIES = 56 MISC_RESOLVE_NEEDED = 53 MISC_RESOURCE_DENIED = 6 MISC_ROLLBACK_DISABLED = 1 MISC_ROTATE_LIST_KEY = 58 MISC_SNMP_BAD_INDEX = 42 MISC_SNMP_BAD_VALUE = 41 MISC_SNMP_ERROR = 39 MISC_SNMP_TIMEOUT = 40 MISC_SUBAGENT_DOWN = 24 MISC_SUBAGENT_ERROR = 25 MISC_TOO_MANY_SESSIONS = 11 MISC_TOO_MANY_TRANSACTIONS = 12 MISC_TRANSACTION_CONFLICT = 54 MISC_UNSUPPORTED_XML_ENCODING = 57 MISC_UPGRADE_IN_PROGRESS = 15 MISC_WHEN_FAILED = 9 MISC_XPATH_COMPILE = 51 NCS_BAD_AUTHGROUP_CALLBACK_RESPONSE = 104 NCS_BAD_CAPAS = 14 NCS_CALL_HOME = 107 NCS_CLI_LOAD = 19 NCS_COMMIT_QUEUED = 20 NCS_COMMIT_QUEUED_AND_DELETED = 113 NCS_COMMIT_QUEUE_DISABLED = 111 NCS_COMMIT_QUEUE_HAS_OVERLAPPING = 103 NCS_COMMIT_QUEUE_HAS_SENTINEL = 75 NCS_CONFIG_LOCKED = 84 NCS_CONFLICTING_INTENT = 125 NCS_CONNECTION_CLOSED = 10 NCS_CONNECTION_REFUSED = 5 NCS_CONNECTION_TIMEOUT = 8 NCS_CQ_BLOCK_OTHERS = 21 NCS_CQ_REMOTE_NOT_ENABLED = 22 NCS_DEV_AUTH_FAILED = 1 NCS_DEV_IN_USE = 81 NCS_HOST_LOOKUP = 12 NCS_INVALID_RECONCILE_EXCLUDE_PATH = 131 NCS_LOCKED = 3 NCS_NCS_ACTION_NO_TRANSACTION = 67 NCS_NCS_ALREADY_EXISTS = 82 NCS_NCS_CLUSTER_AUTH_FAILED = 74 NCS_NCS_DEV_ERROR = 69 NCS_NCS_ERROR = 68 NCS_NCS_ERROR_IKP = 70 NCS_NCS_LOAD_TEMPLATE_COPY_TREE_CROSS_NS = 96 NCS_NCS_LOAD_TEMPLATE_DUPLICATE_MACRO = 119 NCS_NCS_LOAD_TEMPLATE_EOF_XML = 33 NCS_NCS_LOAD_TEMPLATE_EXTRA_MACRO_VARS = 118 NCS_NCS_LOAD_TEMPLATE_INVALID_CBTYPE = 128 NCS_NCS_LOAD_TEMPLATE_INVALID_PI_REGEX = 122 NCS_NCS_LOAD_TEMPLATE_INVALID_PI_SYNTAX = 86 NCS_NCS_LOAD_TEMPLATE_INVALID_VALUE_XML = 30 NCS_NCS_LOAD_TEMPLATE_MISPLACED_IF_NED_ID_MATCH_XML = 121 NCS_NCS_LOAD_TEMPLATE_MISPLACED_IF_NED_ID_XML = 110 NCS_NCS_LOAD_TEMPLATE_MISSING_ELEMENT2_XML = 98 NCS_NCS_LOAD_TEMPLATE_MISSING_ELEMENT_XML = 29 NCS_NCS_LOAD_TEMPLATE_MISSING_MACRO_VARS = 117 NCS_NCS_LOAD_TEMPLATE_MULTIPLE_ELEMENTS_XML = 38 NCS_NCS_LOAD_TEMPLATE_MULTIPLE_KEY_LEAFS_XML = 77 NCS_NCS_LOAD_TEMPLATE_MULTIPLE_SP_XML = 35 NCS_NCS_LOAD_TEMPLATE_SHADOWED_NED_ID_XML = 109 NCS_NCS_LOAD_TEMPLATE_TAG_AMBIGUOUS_XML = 102 NCS_NCS_LOAD_TEMPLATE_TRAILING_XML = 32 NCS_NCS_LOAD_TEMPLATE_UNCLOSED_PI = 88 NCS_NCS_LOAD_TEMPLATE_UNEXPECTED_PI = 89 NCS_NCS_LOAD_TEMPLATE_UNKNOWN_ATTRIBUTE_XML = 31 NCS_NCS_LOAD_TEMPLATE_UNKNOWN_ELEMENT2_XML = 97 NCS_NCS_LOAD_TEMPLATE_UNKNOWN_ELEMENT_XML = 36 NCS_NCS_LOAD_TEMPLATE_UNKNOWN_MACRO = 116 NCS_NCS_LOAD_TEMPLATE_UNKNOWN_NED_ID_XML = 99 NCS_NCS_LOAD_TEMPLATE_UNKNOWN_NS_XML = 37 NCS_NCS_LOAD_TEMPLATE_UNKNOWN_PI = 85 NCS_NCS_LOAD_TEMPLATE_UNKNOWN_SP_XML = 34 NCS_NCS_LOAD_TEMPLATE_UNMATCHED_PI = 87 NCS_NCS_LOAD_TEMPLATE_UNSUPPORTED_NED_ID_AT_TAG_XML = 101 NCS_NCS_LOAD_TEMPLATE_UNSUPPORTED_NED_ID_XML = 100 NCS_NCS_LOAD_TEMPLATE_UNSUPPORTED_NETCONF_YANG_ATTRIBUTES = 126 NCS_NCS_MISSING_CLUSTER_AUTH = 73 NCS_NCS_MISSING_VARIABLES = 52 NCS_NCS_NED_MULTI_ERROR = 76 NCS_NCS_NO_CAPABILITIES = 64 NCS_NCS_NO_DIFF = 71 NCS_NCS_NO_FORWARD_DIFF = 72 NCS_NCS_NO_NAMESPACE = 65 NCS_NCS_NO_SP_TEMPLATE = 48 NCS_NCS_NO_TEMPLATE = 47 NCS_NCS_NO_TEMPLATE_XML = 23 NCS_NCS_NO_WRITE_TRANSACTION = 66 NCS_NCS_OPERATION_LOCKED = 83 NCS_NCS_PACKAGE_SYNC_MISMATCHED_LOAD_PATH = 123 NCS_NCS_SERVICE_CONFLICT = 78 NCS_NCS_TEMPLATE_CONTEXT_NODE_NOEXISTS = 90 NCS_NCS_TEMPLATE_COPY_TREE_BAD_OP = 94 NCS_NCS_TEMPLATE_FOREACH = 51 NCS_NCS_TEMPLATE_FOREACH_XML = 28 NCS_NCS_TEMPLATE_GUARD_LENGTH = 59 NCS_NCS_TEMPLATE_GUARD_LENGTH_XML = 44 NCS_NCS_TEMPLATE_INSERT = 55 NCS_NCS_TEMPLATE_INSERT_XML = 40 NCS_NCS_TEMPLATE_LONE_GUARD = 57 NCS_NCS_TEMPLATE_LONE_GUARD_XML = 42 NCS_NCS_TEMPLATE_LOOP_PREVENTION = 95 NCS_NCS_TEMPLATE_MISSING_VALUE = 56 NCS_NCS_TEMPLATE_MISSING_VALUE_XML = 41 NCS_NCS_TEMPLATE_MOVE = 60 NCS_NCS_TEMPLATE_MOVE_XML = 45 NCS_NCS_TEMPLATE_MULTIPLE_CONTEXT_NODES = 92 NCS_NCS_TEMPLATE_NOT_CREATED = 80 NCS_NCS_TEMPLATE_NOT_CREATED_XML = 79 NCS_NCS_TEMPLATE_ORDERED_LIST = 54 NCS_NCS_TEMPLATE_ORDERED_LIST_XML = 39 NCS_NCS_TEMPLATE_ROOT_LEAF_LIST = 93 NCS_NCS_TEMPLATE_SAVED_CONTEXT_NOEXISTS = 91 NCS_NCS_TEMPLATE_STR2VAL = 61 NCS_NCS_TEMPLATE_STR2VAL_XML = 46 NCS_NCS_TEMPLATE_UNSUPPORTED_NED_ID = 112 NCS_NCS_TEMPLATE_VALUE_LENGTH = 58 NCS_NCS_TEMPLATE_VALUE_LENGTH_XML = 43 NCS_NCS_TEMPLATE_WHEN = 50 NCS_NCS_TEMPLATE_WHEN_KEY_XML = 27 NCS_NCS_TEMPLATE_WHEN_XML = 26 NCS_NCS_XPATH = 53 NCS_NCS_XPATH_COMPILE = 49 NCS_NCS_XPATH_COMPILE_XML = 24 NCS_NCS_XPATH_VARBIND = 63 NCS_NCS_XPATH_XML = 25 NCS_NED_EXTERNAL_ERROR = 6 NCS_NED_INTERNAL_ERROR = 7 NCS_NED_OFFLINE_UNAVAILABLE = 108 NCS_NED_OUT_OF_SYNC = 18 NCS_NONED = 15 NCS_NO_EXISTS = 2 NCS_NO_TEMPLATE = 62 NCS_NO_YANG_MODULES = 16 NCS_NS_SUPPORT = 13 NCS_OVERLAPPING_PRESENCE_AND_ABSENCE_ASSERTION_COMPLIANCE_TEMPLATE = 127 NCS_OVERLAPPING_STRICT_ASSERTION_COMPLIANCE_TEMPLATE = 129 NCS_PARTIAL_RECONCILE_NOT_SUPPORTED = 130 NCS_PLAN_LOCATION = 120 NCS_REVDROP = 17 NCS_RPC_ERROR = 9 NCS_SERVICE_CREATE = 0 NCS_SERVICE_DELETE = 2 NCS_SERVICE_UPDATE = 1 NCS_SESSION_LIMIT_EXCEEDED = 115 NCS_SOUTHBOUND_LOCKED = 4 NCS_UNKNOWN_NED_ID = 105 NCS_UNKNOWN_NED_IDS_COMPLIANCE_TEMPLATE = 124 NCS_UNKNOWN_NED_ID_DEVICE_TEMPLATE = 106 NCS_XML_PARSE = 11 NCS_YANGLIB_NO_SCHEMA_FOR_RUNNING = 114 PATCH_FLAG_AAA_CHECKED = 8 PATCH_FLAG_BUFFER_DAMPENED = 2 PATCH_FLAG_FILTER = 4 PATCH_FLAG_INCOMPLETE = 1 WORKER_SOCKET = 1 ```