from __future__ import annotations import datetime import json import random import string import time from contextlib import contextmanager from copy import deepcopy from typing import Any import requests import socketio from . import (AuthMethod, DockerType, Event, IncidentStyle, MaintenanceStrategy, MonitorStatus, MonitorType, NotificationType, ProxyProtocol, Timeout, UptimeKumaException, notification_provider_conditions, notification_provider_options) from .docstrings import (append_docstring, docker_host_docstring, maintenance_docstring, monitor_docstring, notification_docstring, proxy_docstring, tag_docstring) def int_to_bool(data, keys) -> None: if isinstance(data, list): for d in data: int_to_bool(d, keys) else: for key in keys: if key in data: data[key] = True if data[key] == 1 else False def parse_value(data, func) -> None: if isinstance(data, list): for d in data: parse_value(d, func) else: func(data) def parse_monitor_status(data) -> None: def parse(x): x["status"] = MonitorStatus(x["status"]) parse_value(data, parse) def gen_secret(length: int) -> str: chars = string.ascii_uppercase + string.ascii_lowercase + string.digits return ''.join(random.choice(chars) for _ in range(length)) def _convert_monitor_return(monitor) -> None: if isinstance(monitor["notificationIDList"], dict): monitor["notificationIDList"] = [int(i) for i in monitor["notificationIDList"].keys()] def _convert_monitor_input(kwargs) -> None: if not kwargs["accepted_statuscodes"]: kwargs["accepted_statuscodes"] = ["200-299"] dict_notification_ids = {} if kwargs["notificationIDList"]: for notification_id in kwargs["notificationIDList"]: dict_notification_ids[notification_id] = True kwargs["notificationIDList"] = dict_notification_ids if not kwargs["databaseConnectionString"]: if kwargs["type"] == MonitorType.SQLSERVER: kwargs["databaseConnectionString"] = "Server=,;Database=;User Id=;Password=;Encrypt=;TrustServerCertificate=;Connection Timeout=" elif kwargs["type"] == MonitorType.POSTGRES: kwargs["databaseConnectionString"] = "postgres://username:password@host:port/database" elif kwargs["type"] == MonitorType.MYSQL: kwargs["databaseConnectionString"] = "mysql://username:password@host:port/database" elif kwargs["type"] == MonitorType.MONGODB: kwargs["databaseConnectionString"] = "mongodb://username:password@host:port/database" elif kwargs["type"] == MonitorType.REDIS: kwargs["databaseConnectionString"] = "redis://user:password@host:port" if kwargs["type"] == MonitorType.PUSH and not kwargs.get("pushToken"): kwargs["pushToken"] = gen_secret(10) def _build_notification_data( name: str, type: NotificationType, isDefault: bool = False, applyExisting: bool = False, **kwargs ) -> dict: allowed_kwargs = [] for keys in notification_provider_options.values(): allowed_kwargs.extend(keys) for key in kwargs.keys(): if key not in allowed_kwargs: raise TypeError(f"unknown argument '{key}'") data = { "name": name, "type": type, "isDefault": isDefault, "applyExisting": applyExisting, **kwargs } return data def _build_proxy_data( protocol: ProxyProtocol, host: str, port: str, auth: bool = False, username: str = None, password: str = None, active: bool = True, default: bool = False, applyExisting: bool = False, ) -> dict: data = { "protocol": protocol, "host": host, "port": port, "auth": auth, "username": username, "password": password, "active": active, "default": default, "applyExisting": applyExisting } return data def _build_status_page_data( slug: str, # config id: int, title: str, description: str = None, theme: str = "light", published: bool = True, showTags: bool = False, domainNameList: list = None, googleAnalyticsId: str = None, customCSS: str = "", footerText: str = None, showPoweredBy: bool = True, icon: str = "/icon.svg", publicGroupList: list = None ) -> tuple[str, dict, str, list]: if theme not in ["light", "dark"]: raise ValueError if not domainNameList: domainNameList = [] if not publicGroupList: publicGroupList = [] config = { "id": id, "slug": slug, "title": title, "description": description, "icon": icon, "theme": theme, "published": published, "showTags": showTags, "domainNameList": domainNameList, "googleAnalyticsId": googleAnalyticsId, "customCSS": customCSS, "footerText": footerText, "showPoweredBy": showPoweredBy } return slug, config, icon, publicGroupList def _convert_docker_host_input(kwargs) -> None: if not kwargs["dockerDaemon"]: if kwargs["dockerType"] == DockerType.SOCKET: kwargs["dockerDaemon"] = "/var/run/docker.sock" elif kwargs["dockerType"] == DockerType.TCP: kwargs["dockerDaemon"] = "tcp://localhost:2375" def _build_docker_host_data( name: str, dockerType: DockerType, dockerDaemon: str = None ) -> dict: data = { "name": name, "dockerType": dockerType, "dockerDaemon": dockerDaemon } return data def _build_tag_data( name: str, color: str ) -> dict: data = { "new": True, "name": name, "color": color } return data def _check_missing_arguments(required_params, kwargs) -> None: missing_arguments = [] for required_param in required_params: if kwargs.get(required_param) is None: missing_arguments.append(required_param) if missing_arguments: missing_arguments_str = ", ".join([f"'{i}'" for i in missing_arguments]) raise TypeError(f"missing {len(missing_arguments)} required argument: {missing_arguments_str}") def _check_argument_conditions(valid_params, kwargs) -> None: for valid_param in valid_params: if valid_param in kwargs: value = kwargs[valid_param] if value is None: continue conditions = valid_params[valid_param] min_ = conditions.get("min") max_ = conditions.get("max") if min_ is not None and value < min_: raise ValueError(f"the value of {valid_param} must not be less than {min_}") if max_ is not None and value > max_: raise ValueError(f"the value of {valid_param} must not be larger than {max_}") def _check_arguments_monitor(kwargs) -> None: required_args = [ "type", "name", "interval", "maxretries", "retryInterval" ] _check_missing_arguments(required_args, kwargs) required_args_by_type = { MonitorType.HTTP: ["url", "maxredirects"], MonitorType.PORT: ["hostname", "port"], MonitorType.PING: ["hostname"], MonitorType.KEYWORD: ["url", "keyword", "maxredirects"], MonitorType.GRPC_KEYWORD: ["grpcUrl", "keyword", "grpcServiceName", "grpcMethod"], MonitorType.DNS: ["hostname", "dns_resolve_server", "port"], MonitorType.DOCKER: ["docker_container", "docker_host"], MonitorType.PUSH: [], MonitorType.STEAM: ["hostname", "port"], MonitorType.GAMEDIG: ["game", "hostname", "port"], MonitorType.MQTT: ["hostname", "port", "mqttTopic"], MonitorType.SQLSERVER: [], MonitorType.POSTGRES: [], MonitorType.MYSQL: [], MonitorType.MONGODB: [], MonitorType.RADIUS: ["radiusUsername", "radiusPassword", "radiusSecret", "radiusCalledStationId", "radiusCallingStationId"], MonitorType.REDIS: [] } type_ = kwargs["type"] required_args = required_args_by_type[type_] _check_missing_arguments(required_args, kwargs) conditions = dict( interval=dict( min=20, ), maxretries=dict( min=0, ), retryInterval=dict( min=20, ), maxredirects=dict( min=0, ), port=dict( min=0, max=65535, ), ) _check_argument_conditions(conditions, kwargs) def _check_arguments_notification(kwargs) -> None: required_args = ["type", "name"] _check_missing_arguments(required_args, kwargs) type_ = kwargs["type"] required_args = notification_provider_options[type_] _check_missing_arguments(required_args, kwargs) _check_argument_conditions(notification_provider_conditions, kwargs) def _check_arguments_proxy(kwargs) -> None: required_args = ["protocol", "host", "port"] if kwargs.get("auth"): required_args.extend(["username", "password"]) _check_missing_arguments(required_args, kwargs) conditions = dict( port=dict( min=0, max=65535, ) ) _check_argument_conditions(conditions, kwargs) def _check_arguments_maintenance(kwargs) -> None: required_args = ["title", "strategy"] _check_missing_arguments(required_args, kwargs) strategy = kwargs["strategy"] if strategy in [MaintenanceStrategy.RECURRING_INTERVAL, MaintenanceStrategy.RECURRING_WEEKDAY, MaintenanceStrategy.RECURRING_DAY_OF_MONTH]: required_args = ["dateRange"] _check_missing_arguments(required_args, kwargs) conditions = dict( intervalDay=dict( min=1, max=3650, ) ) _check_argument_conditions(conditions, kwargs) def _check_arguments_tag(kwargs) -> None: required_args = [ "name", "color" ] _check_missing_arguments(required_args, kwargs) class UptimeKumaApi(object): """This class is used to communicate with Uptime Kuma. Example:: Import UptimeKumaApi from the library and specify the Uptime Kuma server url (e.g. 'http://127.0.0.1:3001'), username and password to initialize the connection. >>> from uptime_kuma_api import UptimeKumaApi >>> api = UptimeKumaApi('INSERT_URL') >>> api.login('INSERT_USERNAME', 'INSERT_PASSWORD') { 'token': 'eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJ1c2VybmFtZSI6ImFkbWluIiwiaWF0IjoxNjgyOTU4OTU4fQ.Xb81nuKXeNyE1D_XoQowYgsgZHka-edONdwHmIznJdk' } Now you can call one of the existing methods of the instance. For example create a new monitor: >>> api.add_monitor( ... type=MonitorType.HTTP, ... name="Google", ... url="https://google.com" ... ) { 'msg': 'Added Successfully.', 'monitorId': 1 } At the end, the connection to the API must be disconnected so that the program does not block. >>> api.disconnect() With a context manager, the disconnect method is called automatically: .. code-block:: python from uptime_kuma_api import UptimeKumaApi with UptimeKumaApi('INSERT_URL') as api: api.login('INSERT_USERNAME', 'INSERT_PASSWORD') api.add_monitor( type=MonitorType.HTTP, name="Google", url="https://google.com" ) :param str url: The url to the Uptime Kuma instance. For example ``http://127.0.0.1:3001`` :param float timeout: How many seconds the client should wait for the connection, an expected event or a server response. Default is ``10``. :param dict headers: Headers that are passed to the socketio connection, defaults to None :param bool ssl_verify: ``True`` to verify SSL certificates, or ``False`` to skip SSL certificate verification, allowing connections to servers with self signed certificates. Default is ``True``. :param float wait_events: How many seconds the client should wait for the next event of the same type. There is no way to determine when the last message of a certain type has arrived. Therefore, a timeout is required. If no further message has arrived within this time, it is assumed that it was the last message. Defaults is ``0.2``. :raises UptimeKumaException: When connection to server failed. """ def __init__( self, url: str, timeout: float = 10, headers: dict = None, ssl_verify: bool = True, wait_events: float = 0.2 ) -> None: self.url = url self.timeout = timeout self.headers = headers self.wait_events = wait_events self.sio = socketio.Client(ssl_verify=ssl_verify) self._event_data: dict = { Event.MONITOR_LIST: None, Event.NOTIFICATION_LIST: None, Event.PROXY_LIST: None, Event.STATUS_PAGE_LIST: None, Event.HEARTBEAT_LIST: None, Event.IMPORTANT_HEARTBEAT_LIST: None, Event.AVG_PING: None, Event.UPTIME: None, Event.INFO: None, Event.CERT_INFO: None, Event.DOCKER_HOST_LIST: None, Event.AUTO_LOGIN: None, Event.MAINTENANCE_LIST: None, Event.API_KEY_LIST: None } self.sio.on(Event.CONNECT, self._event_connect) self.sio.on(Event.DISCONNECT, self._event_disconnect) self.sio.on(Event.MONITOR_LIST, self._event_monitor_list) self.sio.on(Event.NOTIFICATION_LIST, self._event_notification_list) self.sio.on(Event.PROXY_LIST, self._event_proxy_list) self.sio.on(Event.STATUS_PAGE_LIST, self._event_status_page_list) self.sio.on(Event.HEARTBEAT_LIST, self._event_heartbeat_list) self.sio.on(Event.IMPORTANT_HEARTBEAT_LIST, self._event_important_heartbeat_list) self.sio.on(Event.AVG_PING, self._event_avg_ping) self.sio.on(Event.UPTIME, self._event_uptime) self.sio.on(Event.HEARTBEAT, self._event_heartbeat) self.sio.on(Event.INFO, self._event_info) self.sio.on(Event.CERT_INFO, self._event_cert_info) self.sio.on(Event.DOCKER_HOST_LIST, self._event_docker_host_list) self.sio.on(Event.AUTO_LOGIN, self._event_auto_login) self.sio.on(Event.INIT_SERVER_TIMEZONE, self._event_init_server_timezone) self.sio.on(Event.MAINTENANCE_LIST, self._event_maintenance_list) self.sio.on(Event.API_KEY_LIST, self._event_api_key_list) self.connect() def __enter__(self): return self def __exit__(self, exc_type, exc_val, exc_tb): self.disconnect() @contextmanager def wait_for_event(self, event: Event) -> None: # waits for the first event of the given type to arrive try: yield except: raise else: timestamp = time.time() while self._event_data[event] is None: if time.time() - timestamp > self.timeout: raise Timeout(f"Timed out while waiting for event {event}") time.sleep(0.01) def _get_event_data(self, event) -> Any: monitor_events = [Event.AVG_PING, Event.UPTIME, Event.HEARTBEAT_LIST, Event.IMPORTANT_HEARTBEAT_LIST, Event.CERT_INFO, Event.HEARTBEAT] timestamp = time.time() while self._event_data[event] is None: if time.time() - timestamp > self.timeout: raise Timeout(f"Timed out while waiting for event {event}") # do not wait for events that are not sent if self._event_data[Event.MONITOR_LIST] == {} and event in monitor_events: return [] time.sleep(0.01) time.sleep(self.wait_events) # wait for multiple messages return deepcopy(self._event_data[event].copy()) def _call(self, event, data=None) -> Any: r = self.sio.call(event, data, timeout=self.timeout) if isinstance(r, dict) and "ok" in r: if not r["ok"]: raise UptimeKumaException(r.get("msg")) r.pop("ok") return r # event handlers def _event_connect(self) -> None: pass def _event_disconnect(self) -> None: pass def _event_monitor_list(self, data) -> None: self._event_data[Event.MONITOR_LIST] = data def _event_notification_list(self, data) -> None: self._event_data[Event.NOTIFICATION_LIST] = data def _event_proxy_list(self, data) -> None: self._event_data[Event.PROXY_LIST] = data def _event_status_page_list(self, data) -> None: self._event_data[Event.STATUS_PAGE_LIST] = data def _event_heartbeat_list(self, monitor_id, data, overwrite) -> None: monitor_id = int(monitor_id) if self._event_data[Event.HEARTBEAT_LIST] is None: self._event_data[Event.HEARTBEAT_LIST] = {} if monitor_id not in self._event_data[Event.HEARTBEAT_LIST] or overwrite: self._event_data[Event.HEARTBEAT_LIST][monitor_id] = data else: self._event_data[Event.HEARTBEAT_LIST][monitor_id].append(data) def _event_important_heartbeat_list(self, monitor_id, data, overwrite) -> None: monitor_id = int(monitor_id) if self._event_data[Event.IMPORTANT_HEARTBEAT_LIST] is None: self._event_data[Event.IMPORTANT_HEARTBEAT_LIST] = {} if monitor_id not in self._event_data[Event.IMPORTANT_HEARTBEAT_LIST] or overwrite: self._event_data[Event.IMPORTANT_HEARTBEAT_LIST][monitor_id] = data else: self._event_data[Event.IMPORTANT_HEARTBEAT_LIST][monitor_id].append(data) def _event_avg_ping(self, monitor_id, data) -> None: monitor_id = int(monitor_id) if self._event_data[Event.AVG_PING] is None: self._event_data[Event.AVG_PING] = {} self._event_data[Event.AVG_PING][monitor_id] = data def _event_uptime(self, monitor_id, type_, data) -> None: monitor_id = int(monitor_id) if self._event_data[Event.UPTIME] is None: self._event_data[Event.UPTIME] = {} if monitor_id not in self._event_data[Event.UPTIME]: self._event_data[Event.UPTIME][monitor_id] = {} self._event_data[Event.UPTIME][monitor_id][type_] = data def _event_heartbeat(self, data) -> None: if self._event_data[Event.HEARTBEAT_LIST] is None: self._event_data[Event.HEARTBEAT_LIST] = {} monitor_id = data["monitorID"] if monitor_id not in self._event_data[Event.HEARTBEAT_LIST]: self._event_data[Event.HEARTBEAT_LIST][monitor_id] = [] self._event_data[Event.HEARTBEAT_LIST][monitor_id].append(data) if len(self._event_data[Event.HEARTBEAT_LIST][monitor_id]) >= 150: self._event_data[Event.HEARTBEAT_LIST][monitor_id].pop(0) # add heartbeat to important heartbeat list if data["important"]: if self._event_data[Event.IMPORTANT_HEARTBEAT_LIST] is None: self._event_data[Event.IMPORTANT_HEARTBEAT_LIST] = {} if monitor_id not in self._event_data[Event.IMPORTANT_HEARTBEAT_LIST]: self._event_data[Event.IMPORTANT_HEARTBEAT_LIST][monitor_id] = [] self._event_data[Event.IMPORTANT_HEARTBEAT_LIST][monitor_id] = [data] + self._event_data[Event.IMPORTANT_HEARTBEAT_LIST][monitor_id] def _event_info(self, data) -> None: self._event_data[Event.INFO] = data def _event_cert_info(self, monitor_id, data) -> None: monitor_id = int(monitor_id) if self._event_data[Event.CERT_INFO] is None: self._event_data[Event.CERT_INFO] = {} self._event_data[Event.CERT_INFO][monitor_id] = json.loads(data) def _event_docker_host_list(self, data) -> None: self._event_data[Event.DOCKER_HOST_LIST] = data def _event_auto_login(self) -> None: self._event_data[Event.AUTO_LOGIN] = True def _event_init_server_timezone(self) -> None: pass def _event_maintenance_list(self, data) -> None: self._event_data[Event.MAINTENANCE_LIST] = data def _event_api_key_list(self, data) -> None: self._event_data[Event.API_KEY_LIST] = data # connection def connect(self) -> None: """ Connects to Uptime Kuma. Called automatically when the UptimeKumaApi instance is created. :raises UptimeKumaException: When connection to server failed. """ url = self.url.rstrip("/") try: self.sio.connect(f'{url}/socket.io/', wait_timeout=self.timeout, headers=self.headers) except: raise UptimeKumaException("unable to connect") def disconnect(self) -> None: """ Disconnects from Uptime Kuma. Needs to be called to prevent blocking the program. """ self.sio.disconnect() # builder @property def version(self) -> str: info = self.info() return info.get("version") def _build_monitor_data( self, type: MonitorType, name: str, description: str = None, interval: int = 60, retryInterval: int = 60, resendInterval: int = 0, maxretries: int = 1, upsideDown: bool = False, notificationIDList: list = None, httpBodyEncoding: str = "json", # HTTP, KEYWORD url: str = None, expiryNotification: bool = False, ignoreTls: bool = False, maxredirects: int = 10, accepted_statuscodes: list = None, proxyId: int = None, method: str = "GET", body: str = None, headers: str = None, authMethod: AuthMethod = AuthMethod.NONE, tlsCert: str = None, tlsKey: str = None, tlsCa: str = None, basic_auth_user: str = None, basic_auth_pass: str = None, authDomain: str = None, authWorkstation: str = None, # KEYWORD keyword: str = None, # GRPC_KEYWORD grpcUrl: str = None, grpcEnableTls: bool = False, grpcServiceName: str = None, grpcMethod: str = None, grpcProtobuf: str = None, grpcBody: str = None, grpcMetadata: str = None, # DNS, PING, STEAM, MQTT hostname: str = None, # PING packetSize: int = 56, # DNS, STEAM, MQTT, RADIUS port: int = None, # DNS dns_resolve_server: str = "1.1.1.1", dns_resolve_type: str = "A", # MQTT mqttUsername: str = None, mqttPassword: str = None, mqttTopic: str = None, mqttSuccessMessage: str = None, # SQLSERVER, POSTGRES, MYSQL, MONGODB, REDIS databaseConnectionString: str = None, # SQLSERVER, POSTGRES, MYSQL databaseQuery: str = None, # DOCKER docker_container: str = "", docker_host: int = None, # RADIUS radiusUsername: str = None, radiusPassword: str = None, radiusSecret: str = None, radiusCalledStationId: str = None, radiusCallingStationId: str = None, # GAMEDIG game: str = None ) -> dict: data = { "type": type, "name": name, "interval": interval, "retryInterval": retryInterval, "maxretries": maxretries, "notificationIDList": notificationIDList, "upsideDown": upsideDown, "resendInterval": resendInterval, "description": description, "httpBodyEncoding": httpBodyEncoding } if type in [MonitorType.KEYWORD, MonitorType.GRPC_KEYWORD]: data.update({ "keyword": keyword, }) # HTTP, KEYWORD data.update({ "url": url, "expiryNotification": expiryNotification, "ignoreTls": ignoreTls, "maxredirects": maxredirects, "accepted_statuscodes": accepted_statuscodes, "proxyId": proxyId, "method": method, "body": body, "headers": headers, "authMethod": authMethod, }) if authMethod in [AuthMethod.HTTP_BASIC, AuthMethod.NTLM]: data.update({ "basic_auth_user": basic_auth_user, "basic_auth_pass": basic_auth_pass, }) if authMethod == AuthMethod.NTLM: data.update({ "authDomain": authDomain, "authWorkstation": authWorkstation, }) if authMethod == AuthMethod.MTLS: data.update({ "tlsCert": tlsCert, "tlsKey": tlsKey, "tlsCa": tlsCa, }) # GRPC_KEYWORD if type == MonitorType.GRPC_KEYWORD: data.update({ "grpcUrl": grpcUrl, "grpcEnableTls": grpcEnableTls, "grpcServiceName": grpcServiceName, "grpcMethod": grpcMethod, "grpcProtobuf": grpcProtobuf, "grpcBody": grpcBody, "grpcMetadata": grpcMetadata, }) # PORT, PING, DNS, STEAM, MQTT data.update({ "hostname": hostname, }) # PING data.update({ "packetSize": packetSize, }) # PORT, DNS, STEAM, MQTT, RADIUS if not port: if type == MonitorType.DNS: port = 53 elif type == MonitorType.RADIUS: port = 1812 data.update({ "port": port, }) # DNS data.update({ "dns_resolve_server": dns_resolve_server, "dns_resolve_type": dns_resolve_type, }) # MQTT data.update({ "mqttUsername": mqttUsername, "mqttPassword": mqttPassword, "mqttTopic": mqttTopic, "mqttSuccessMessage": mqttSuccessMessage, }) # SQLSERVER, POSTGRES, MYSQL, MONGODB, REDIS data.update({ "databaseConnectionString": databaseConnectionString }) # SQLSERVER, POSTGRES, MYSQL if type in [MonitorType.SQLSERVER, MonitorType.POSTGRES, MonitorType.MYSQL]: data.update({ "databaseQuery": databaseQuery, }) # DOCKER if type == MonitorType.DOCKER: data.update({ "docker_container": docker_container, "docker_host": docker_host }) # RADIUS if type == MonitorType.RADIUS: data.update({ "radiusUsername": radiusUsername, "radiusPassword": radiusPassword, "radiusSecret": radiusSecret, "radiusCalledStationId": radiusCalledStationId, "radiusCallingStationId": radiusCallingStationId }) # GAMEDIG if type == MonitorType.GAMEDIG: data.update({ "game": game }) return data def _build_maintenance_data( self, title: str, strategy: MaintenanceStrategy, active: bool = True, description: str = "", dateRange: list = None, intervalDay: int = 1, weekdays: list = None, daysOfMonth: list = None, timeRange: list = None, cron: str = "30 3 * * *", durationMinutes: int = 60, timezoneOption: str = None ) -> dict: if not dateRange: dateRange = [ datetime.date.today().strftime("%Y-%m-%d 00:00:00") ] if not timeRange: timeRange = [ { "hours": 2, "minutes": 0, }, { "hours": 3, "minutes": 0, } ] if not weekdays: weekdays = [] if not daysOfMonth: daysOfMonth = [] data = { "title": title, "active": active, "intervalDay": intervalDay, "dateRange": dateRange, "description": description, "strategy": strategy, "weekdays": weekdays, "daysOfMonth": daysOfMonth, "timeRange": timeRange, "cron": cron, "durationMinutes": durationMinutes, "timezoneOption": timezoneOption } return data # monitor def get_monitors(self) -> list[dict]: """ Get all monitors. :return: A list of monitors. :rtype: list Example:: >>> api.get_monitors() [ { 'accepted_statuscodes': ['200-299'], 'active': True, 'authDomain': None, 'authMethod': '', 'authWorkstation': None, 'basic_auth_pass': None, 'basic_auth_user': None, 'body': None, 'databaseConnectionString': None, 'databaseQuery': None, 'dns_last_result': None, 'dns_resolve_server': '1.1.1.1', 'dns_resolve_type': 'A', 'docker_container': None, 'docker_host': None, 'expiryNotification': False, 'game': None, 'grpcBody': None, 'grpcEnableTls': False, 'grpcMetadata': None, 'grpcMethod': None, 'grpcProtobuf': None, 'grpcServiceName': None, 'grpcUrl': None, 'headers': None, 'hostname': None, 'id': 1, 'ignoreTls': False, 'includeSensitiveData': True, 'interval': 60, 'keyword': None, 'maintenance': False, 'maxredirects': 10, 'maxretries': 1, 'method': 'GET', 'mqttPassword': None, 'mqttSuccessMessage': None, 'mqttTopic': None, 'mqttUsername': None, 'name': 'monitor 1', 'notificationIDList': [1, 2], 'packetSize': 56, 'port': None, 'proxyId': None, 'pushToken': None, 'radiusCalledStationId': None, 'radiusCallingStationId': None, 'radiusPassword': None, 'radiusSecret': None, 'radiusUsername': None, 'resendInterval': 0, 'retryInterval': 60, 'tags': [], 'type': 'http', 'upsideDown': False, 'url': 'http://127.0.0.1', 'weight': 2000 } ] """ # TODO: replace with getMonitorList? r = list(self._get_event_data(Event.MONITOR_LIST).values()) for monitor in r: _convert_monitor_return(monitor) int_to_bool(r, ["active"]) return r def get_monitor(self, id_: int) -> dict: """ Get a monitor. :param int id_: The monitor id. :return: The monitor. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_monitor(1) { 'accepted_statuscodes': ['200-299'], 'active': True, 'authDomain': None, 'authMethod': '', 'authWorkstation': None, 'basic_auth_pass': None, 'basic_auth_user': None, 'body': None, 'databaseConnectionString': None, 'databaseQuery': None, 'dns_last_result': None, 'dns_resolve_server': '1.1.1.1', 'dns_resolve_type': 'A', 'docker_container': None, 'docker_host': None, 'expiryNotification': False, 'game': None, 'grpcBody': None, 'grpcEnableTls': False, 'grpcMetadata': None, 'grpcMethod': None, 'grpcProtobuf': None, 'grpcServiceName': None, 'grpcUrl': None, 'headers': None, 'hostname': None, 'id': 1, 'ignoreTls': False, 'includeSensitiveData': True, 'interval': 60, 'keyword': None, 'maintenance': False, 'maxredirects': 10, 'maxretries': 1, 'method': 'GET', 'mqttPassword': None, 'mqttSuccessMessage': None, 'mqttTopic': None, 'mqttUsername': None, 'name': 'monitor 1', 'notificationIDList': [1, 2], 'packetSize': 56, 'port': None, 'proxyId': None, 'pushToken': None, 'radiusCalledStationId': None, 'radiusCallingStationId': None, 'radiusPassword': None, 'radiusSecret': None, 'radiusUsername': None, 'resendInterval': 0, 'retryInterval': 60, 'tags': [], 'type': 'http', 'upsideDown': False, 'url': 'http://127.0.0.1', 'weight': 2000 } """ r = self._call('getMonitor', id_)["monitor"] _convert_monitor_return(r) int_to_bool(r, ["active"]) return r def pause_monitor(self, id_: int) -> dict: """ Pauses a monitor. :param int id_: The monitor id. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.pause_monitor(1) { 'msg': 'Paused Successfully.' } """ return self._call('pauseMonitor', id_) def resume_monitor(self, id_: int) -> dict: """ Resumes a monitor. :param int id_: The monitor id. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.resume_monitor(1) { 'msg': 'Resumed Successfully.' } """ return self._call('resumeMonitor', id_) def delete_monitor(self, id_: int) -> dict: """ Deletes a monitor. :param int id_: The monitor id. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.delete_monitor(1) { 'msg': 'Deleted Successfully.' } """ with self.wait_for_event(Event.MONITOR_LIST): if id_ not in [i["id"] for i in self.get_monitors()]: raise UptimeKumaException("monitor does not exist") return self._call('deleteMonitor', id_) def get_monitor_beats(self, id_: int, hours: int) -> list[dict]: """ Get monitor beats for a specific monitor in a time range. :param int id_: The monitor id. :param int hours: Period time in hours from now. :return: The server response. :rtype: list :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_monitor_beats(1, 6) [ { 'down_count': 0, 'duration': 0, 'id': 25, 'important': True, 'monitor_id': 1, 'msg': '200 - OK', 'ping': 201, 'status': , 'time': '2022-12-15 12:38:42.661' }, { 'down_count': 0, 'duration': 60, 'id': 26, 'important': False, 'monitor_id': 1, 'msg': '200 - OK', 'ping': 193, 'status': , 'time': '2022-12-15 12:39:42.878' }, ... ] """ r = self._call('getMonitorBeats', (id_, hours))["data"] int_to_bool(r, ["important"]) parse_monitor_status(r) return r def get_game_list(self) -> list[dict]: """ Get a list of games that are supported by the GameDig monitor type. :return: The server response. :rtype: list :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_game_list() [ { 'extra': {}, 'keys': ['7d2d'], 'options': { 'port': 26900, 'port_query_offset': 1, 'protocol': 'valve' }, 'pretty': '7 Days to Die (2013)' }, { 'extra': {}, 'keys': ['arma2'], 'options': { 'port': 2302, 'port_query_offset': 1, 'protocol': 'valve' }, 'pretty': 'ARMA 2 (2009)' }, ... ] """ r = self._call('getGameList') return r.get("gameList") @append_docstring(monitor_docstring("add")) def add_monitor(self, **kwargs) -> dict: """ Adds a new monitor. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.add_monitor( ... type=MonitorType.HTTP, ... name="Google", ... url="https://google.com" ... ) { 'msg': 'Added Successfully.', 'monitorID': 1 } """ data = self._build_monitor_data(**kwargs) _convert_monitor_input(data) _check_arguments_monitor(data) with self.wait_for_event(Event.MONITOR_LIST): return self._call('add', data) @append_docstring(monitor_docstring("edit")) def edit_monitor(self, id_: int, **kwargs) -> dict: """ Edits an existing monitor. :param int id_: The monitor id. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.edit_monitor(1, ... interval=20 ... ) { 'monitorID': 1, 'msg': 'Saved.' } """ data = self.get_monitor(id_) data.update(kwargs) _convert_monitor_input(data) _check_arguments_monitor(data) with self.wait_for_event(Event.MONITOR_LIST): return self._call('editMonitor', data) # monitor tags def add_monitor_tag(self, tag_id: int, monitor_id: int, value: str = "") -> dict: """ Add a tag to a monitor. :param int tag_id: Id of the tag. :param int monitor_id: Id of the monitor to add the tag to. :param str, optional value: Value of the tag., defaults to "" :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.add_monitor_tag( ... tag_id=1, ... monitor_id=1, ... value="test" ... ) { 'msg': 'Added Successfully.' } """ r = self._call('addMonitorTag', (tag_id, monitor_id, value)) # the monitor list event does not send the updated tags self._event_data[Event.MONITOR_LIST][str(monitor_id)] = self.get_monitor(monitor_id) return r # editMonitorTag is unused in uptime-kuma # def edit_monitor_tag(self, tag_id: int, monitor_id: int, value=""): # return self._call('editMonitorTag', (tag_id, monitor_id, value)) def delete_monitor_tag(self, tag_id: int, monitor_id: int, value: str = "") -> dict: """ Delete a tag from a monitor. :param int tag_id: Id of the tag to remove. :param int monitor_id: Id of monitor to remove the tag from. :param str, optional value: Value of the tag., defaults to "" :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.delete_monitor_tag( ... tag_id=1, ... monitor_id=1, ... value="test" ... ) { 'msg': 'Deleted Successfully.' } """ with self.wait_for_event(Event.MONITOR_LIST): tags = [ { "monitor_id": y["monitor_id"], "tag_id": y["tag_id"], "value": y["value"] } for x in [ i.get("tags") for i in self.get_monitors() ] for y in x ] if {"monitor_id": monitor_id, "tag_id": tag_id, "value": value} not in tags: raise UptimeKumaException("monitor tag does not exist") r = self._call('deleteMonitorTag', (tag_id, monitor_id, value)) # the monitor list event does not send the updated tags self._event_data[Event.MONITOR_LIST][str(monitor_id)] = self.get_monitor(monitor_id) return r # notification def get_notifications(self) -> list[dict]: """ Get all notifications. :return: All notifications. :rtype: list Example:: >>> api.get_notifications() [ { 'active': True, 'applyExisting': True, 'id': 1, 'isDefault': True, 'name': 'notification 1', 'pushAPIKey': '123456789', 'type': 'PushByTechulus', 'userId': 1 } ] """ notifications = self._get_event_data(Event.NOTIFICATION_LIST) r = [] for notification_raw in notifications: notification = notification_raw.copy() config = json.loads(notification["config"]) del notification["config"] notification.update(config) r.append(notification) return r def get_notification(self, id_: int) -> dict: """ Get a notification. :param int id_: Id of the notification to get. :return: The notification. :rtype: dict :raises UptimeKumaException: If the notification does not exist. Example:: >>> api.get_notification(1) { 'active': True, 'applyExisting': True, 'id': 1, 'isDefault': True, 'name': 'notification 1', 'pushAPIKey': '123456789', 'type': 'PushByTechulus', 'userId': 1 } """ notifications = self.get_notifications() for notification in notifications: if notification["id"] == id_: return notification raise UptimeKumaException("notification does not exist") @append_docstring(notification_docstring("test")) def test_notification(self, **kwargs) -> dict: """ Test a notification. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.test_notification( ... name="notification 1", ... isDefault=True, ... applyExisting=True, ... type=NotificationType.PUSHBYTECHULUS, ... pushAPIKey="INSERT_PUSH_API_KEY" ... ) { 'ok': True, 'msg': 'Sent Successfully.' } """ data = _build_notification_data(**kwargs) _check_arguments_notification(data) return self._call('testNotification', data) @append_docstring(notification_docstring("add")) def add_notification(self, **kwargs) -> dict: """ Add a notification. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.add_notification( ... name="notification 1", ... isDefault=True, ... applyExisting=True, ... type=NotificationType.PUSHBYTECHULUS, ... pushAPIKey="123456789" ... ) { 'id': 1, 'msg': 'Saved' } """ data = _build_notification_data(**kwargs) _check_arguments_notification(data) with self.wait_for_event(Event.NOTIFICATION_LIST): return self._call('addNotification', (data, None)) @append_docstring(notification_docstring("edit")) def edit_notification(self, id_: int, **kwargs) -> dict: """ Edit a notification. :param int id_: Id of the notification to edit. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.edit_notification(1, ... name="notification 1 edited", ... isDefault=False, ... applyExisting=False, ... type=NotificationType.PUSHDEER, ... pushdeerKey="987654321" ... ) { 'id': 1, 'msg': 'Saved' } """ notification = self.get_notification(id_) # remove old notification provider options from notification object if "type" in kwargs and kwargs["type"] != notification["type"]: for provider in notification_provider_options: provider_options = notification_provider_options[provider] if provider != kwargs["type"]: for option in provider_options: if option in notification: del notification[option] notification.update(kwargs) _check_arguments_notification(notification) with self.wait_for_event(Event.NOTIFICATION_LIST): return self._call('addNotification', (notification, id_)) def delete_notification(self, id_: int) -> dict: """ Delete a notification. :param int id_: Id of the notification to delete. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.delete_notification(1) { 'msg': 'Deleted' } """ with self.wait_for_event(Event.NOTIFICATION_LIST): if id_ not in [i["id"] for i in self.get_notifications()]: raise UptimeKumaException("notification does not exist") return self._call('deleteNotification', id_) def check_apprise(self) -> bool: """ Check if apprise exists. :return: The server response. :rtype: bool :raises UptimeKumaException: If the server returns an error. Example:: >>> api.check_apprise() True """ return self._call('checkApprise') # proxy def get_proxies(self) -> list[dict]: """ Get all proxies. :return: All proxies. :rtype: list Example:: >>> api.get_proxies() [ { 'active': True, 'auth': True, 'createdDate': '2022-12-15 16:24:24', 'default': False, 'host': '127.0.0.1', 'id': 1, 'password': 'password', 'port': 8080, 'protocol': 'http', 'userId': 1, 'username': 'username' } ] """ r = self._get_event_data(Event.PROXY_LIST) int_to_bool(r, ["auth", "active", "default", "applyExisting"]) return r def get_proxy(self, id_: int) -> dict: """ Get a proxy. :param int id_: Id of the proxy to get. :return: The proxy. :rtype: dict :raises UptimeKumaException: If the proxy does not exist. Example:: >>> api.get_proxy(1) { 'active': True, 'auth': True, 'createdDate': '2022-12-15 16:24:24', 'default': False, 'host': '127.0.0.1', 'id': 1, 'password': 'password', 'port': 8080, 'protocol': 'http', 'userId': 1, 'username': 'username' } """ proxies = self.get_proxies() for proxy in proxies: if proxy.get("id") == id_: return proxy raise UptimeKumaException("proxy does not exist") @append_docstring(proxy_docstring("add")) def add_proxy(self, **kwargs) -> dict: """ Add a proxy. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.add_proxy( ... protocol=ProxyProtocol.HTTP, ... host="127.0.0.1", ... port=8080, ... auth=True, ... username="username", ... password="password", ... active=True, ... default=False, ... applyExisting=False ... ) { 'id': 1, 'msg': 'Saved' } """ data = _build_proxy_data(**kwargs) _check_arguments_proxy(data) with self.wait_for_event(Event.PROXY_LIST): return self._call('addProxy', (data, None)) @append_docstring(proxy_docstring("edit")) def edit_proxy(self, id_: int, **kwargs) -> dict: """ Edit a proxy. :param int id_: Id of the proxy to edit. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.edit_proxy(1, ... protocol=ProxyProtocol.HTTPS, ... host="127.0.0.2", ... port=8888 ... ) { 'id': 1, 'msg': 'Saved' } """ proxy = self.get_proxy(id_) proxy.update(kwargs) _check_arguments_proxy(proxy) with self.wait_for_event(Event.PROXY_LIST): return self._call('addProxy', (proxy, id_)) def delete_proxy(self, id_: int) -> dict: """ Delete a proxy. :param int id_: Id of the proxy to delete. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.delete_proxy(1) { 'msg': 'Deleted' } """ with self.wait_for_event(Event.PROXY_LIST): if id_ not in [i["id"] for i in self.get_proxies()]: raise UptimeKumaException("proxy does not exist") return self._call('deleteProxy', id_) # status page def get_status_pages(self) -> list[dict]: """ Get all status pages. :return: All status pages. :rtype: list Example:: >>> api.get_status_pages() [ { 'customCSS': '', 'description': 'description 1', 'domainNameList': [], 'footerText': None, 'icon': '/icon.svg', 'googleAnalyticsId': '', 'id': 1, 'published': True, 'showPoweredBy': False, 'showTags': False, 'slug': 'slug1', 'theme': 'light', 'title': 'status page 1' } ] """ return list(self._get_event_data(Event.STATUS_PAGE_LIST).values()) def get_status_page(self, slug: str) -> dict: """ Get a status page. :param str slug: Slug :return: The status page. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_status_page("slug1") { 'customCSS': '', 'description': 'description 1', 'domainNameList': [], 'footerText': None, 'icon': '/icon.svg', 'googleAnalyticsId': '', 'id': 1, 'incident': { 'content': 'content 1', 'createdDate': '2022-12-15 16:51:43', 'id': 1, 'lastUpdatedDate': None, 'pin': 1, 'style': 'danger', 'title': 'title 1' }, 'maintenanceList': [], 'publicGroupList': [ { 'id': 1, 'monitorList': [ { 'id': 1, 'maintenance': False, 'name': 'monitor 1', 'sendUrl': 0 } ], 'name': 'Services', 'weight': 1 } ], 'published': True, 'showPoweredBy': False, 'showTags': False, 'slug': 'slug1', 'theme': 'light', 'title': 'status page 1' } """ r1 = self._call('getStatusPage', slug) try: r2 = requests.get(f"{self.url}/api/status-page/{slug}", timeout=self.timeout).json() except requests.exceptions.Timeout as e: raise Timeout(e) config = r1["config"] config.update(r2["config"]) data = { **config, "incident": r2["incident"], "publicGroupList": r2["publicGroupList"], "maintenanceList": r2["maintenanceList"] } return data def add_status_page(self, slug: str, title: str) -> dict: """ Add a status page. :param str slug: Slug :param str title: Title :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.add_status_page("slug1", "status page 1") { 'msg': 'OK!' } """ with self.wait_for_event(Event.STATUS_PAGE_LIST): return self._call('addStatusPage', (title, slug)) def delete_status_page(self, slug: str) -> dict: """ Delete a status page. :param str slug: Slug :return: The server response. :rtype: dict Example:: >>> api.delete_status_page("slug1") {} """ with self.wait_for_event(Event.STATUS_PAGE_LIST): if slug not in [i["slug"] for i in self.get_status_pages()]: raise UptimeKumaException("status page does not exist") r = self._call('deleteStatusPage', slug) # uptime kuma does not send the status page list event when a status page is deleted for status_page in self._event_data[Event.STATUS_PAGE_LIST].values(): if status_page["slug"] == slug: status_page_id = status_page["id"] del self._event_data[Event.STATUS_PAGE_LIST][str(status_page_id)] break return r def save_status_page(self, slug: str, **kwargs) -> dict: """ Save a status page. :param str slug: Slug :param int id: Id of the status page to save :param str title: Title :param str, optional description: Description, defaults to None :param str, optional theme: Switch Theme, defaults to "light" :param bool, optional published: Published, defaults to True :param bool, optional showTags: Show Tags, defaults to False :param list, optional domainNameList: Domain Names, defaults to None :param str, optional googleAnalyticsId: Google Analytics ID, defaults to None :param str, optional customCSS: Custom CSS, defaults to "" :param str, optional footerText: Custom Footer, defaults to None :param bool, optional showPoweredBy: Show Powered By, defaults to True :param str, optional icon: Icon, defaults to "/icon.svg" :param list, optional publicGroupList: Public Group List, defaults to None :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> monitor_id = 1 >>> api.save_status_page( ... slug="slug1", ... title="status page 1", ... description="description 1", ... publicGroupList=[ ... { ... 'name': 'Services', ... 'weight': 1, ... 'monitorList': [ ... { ... "id": monitor_id ... } ... ] ... } ... ] ... ) { 'publicGroupList': [ { 'id': 1, 'monitorList': [ { 'id': 1 } ], 'name': 'Services', 'weight': 1 } ] } """ status_page = self.get_status_page(slug) status_page.pop("incident") status_page.pop("maintenanceList") status_page.update(kwargs) data = _build_status_page_data(**status_page) r = self._call('saveStatusPage', data) # uptime kuma does not send the status page list event when a status page is saved status_page = self._call('getStatusPage', slug)["config"] status_page_id = status_page["id"] if self._event_data[Event.STATUS_PAGE_LIST] is None: self._event_data[Event.STATUS_PAGE_LIST] = {} self._event_data[Event.STATUS_PAGE_LIST][str(status_page_id)] = status_page return r def post_incident( self, slug: str, title: str, content: str, style: IncidentStyle = IncidentStyle.PRIMARY ) -> dict: """ Post an incident to status page. :param str slug: Slug :param str title: Title :param str content: Content :param IncidentStyle, optional style: Style, defaults to :attr:`~.IncidentStyle.PRIMARY` :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.post_incident( ... slug="slug1", ... title="title 1", ... content="content 1", ... style=IncidentStyle.DANGER ... ) { 'content': 'content 1', 'createdDate': '2022-12-15 16:51:43', 'id': 1, 'pin': True, 'style': 'danger', 'title': 'title 1' } """ incident = { "title": title, "content": content, "style": style } r = self._call('postIncident', (slug, incident))["incident"] self.save_status_page(slug) return r def unpin_incident(self, slug: str) -> dict: """ Unpin an incident from a status page. :param str slug: Slug :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.unpin_incident(slug="slug1") {} """ r = self._call('unpinIncident', slug) self.save_status_page(slug) return r # heartbeat def get_heartbeats(self) -> dict: """ Get heartbeats. :return: The heartbeats for each monitor id. :rtype: dict Example:: >>> api.get_heartbeats() { 1: [ { 'down_count': 0, 'duration': 0, 'id': 1, 'important': True, 'monitor_id': 1, 'msg': '', 'ping': 10.5, 'status': True, 'time': '2023-05-01 17:22:20.289' }, { 'down_count': 0, 'duration': 60, 'id': 2, 'important': False, 'monitor_id': 1, 'msg': '', 'ping': 10.7, 'status': True, 'time': '2023-05-01 17:23:20.349' } ] } """ r = self._get_event_data(Event.HEARTBEAT_LIST) for i in r: int_to_bool(r[i], ["important"]) parse_monitor_status(r[i]) return r def get_important_heartbeats(self) -> dict: """ Get important heartbeats. :return: The important heartbeats for each monitor id. :rtype: dict Example:: >>> api.get_important_heartbeats() { 1: [ { 'duration': 0, 'important': True, 'monitorID': 1, 'msg': '', 'ping': 10.5, 'status': True, 'time': '2023-05-01 17:22:20.289' } ] } """ r = self._get_event_data(Event.IMPORTANT_HEARTBEAT_LIST) for i in r: int_to_bool(r[i], ["important"]) parse_monitor_status(r[i]) return r # avg ping def avg_ping(self) -> dict: """ Get average ping. :return: The average ping for each monitor id. :rtype: dict Example:: >>> api.avg_ping() { 1: 10 } """ return self._get_event_data(Event.AVG_PING) # cert info def cert_info(self) -> dict: """ Get certificate info. :return: Certificate info for each monitor id for which a certificate can be extracted. :rtype: dict Example:: >>> api.cert_info() { 1: { 'valid': True, 'certInfo': { 'subject': { 'CN': 'www.google.de' }, 'issuer': { 'C': 'US', 'O': 'Google Trust Services LLC', 'CN': 'GTS CA 1C3' }, 'subjectaltname': 'DNS:www.google.de', 'infoAccess': { 'OCSP - URI': ['http://ocsp.pki.goog/gts1c3'], 'CA Issuers - URI': ['http://pki.goog/repo/certs/gts1c3.der'] }, 'bits': 256, 'pubkey': { 'type': 'Buffer', 'data': [4, 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Services LLC', 'CN': 'GTS CA 1C3' }, 'issuer': { 'C': 'US', 'O': 'Google Trust Services LLC', 'CN': 'GTS Root R1' }, 'infoAccess': { 'OCSP - URI': ['http://ocsp.pki.goog/gtsr1'], 'CA Issuers - URI': ['http://pki.goog/repo/certs/gtsr1.der'] }, 'modulus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bits': 2048, 'exponent': '0x10001', 'pubkey': { 'type': 'Buffer', 'data': [48, 130, 1, 34, 48, 13, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 1, 5, 0, 3, 130, 1, 15, 0, 48, 130, 1, 10, 2, 130, 1, 1, 0, 245, 136, 223, 231, 98, 140, 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'subject': { 'C': 'US', 'O': 'Google Trust Services LLC', 'CN': 'GTS Root R1' }, 'issuer': { 'C': 'BE', 'O': 'GlobalSign nv-sa', 'OU': 'Root CA', 'CN': 'GlobalSign Root CA' }, 'infoAccess': { 'OCSP - URI': ['http://ocsp.pki.goog/gsr1'], 'CA Issuers - URI': ['http://pki.goog/gsr1/gsr1.crt'] }, 'modulus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bits': 4096, 'exponent': '0x10001', 'pubkey': { 'type': 'Buffer', 'data': [48, 130, 2, 34, 48, 13, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 1, 5, 0, 3, 130, 2, 15, 0, 48, 130, 2, 10, 2, 130, 2, 1, 0, 182, 17, 2, 139, 30, 227, 161, 119, 155, 59, 220, 191, 148, 62, 183, 149, 167, 64, 60, 161, 253, 130, 249, 125, 50, 6, 130, 113, 246, 246, 140, 127, 251, 232, 219, 188, 106, 46, 151, 151, 163, 140, 75, 249, 43, 246, 177, 249, 206, 132, 29, 177, 249, 197, 151, 222, 239, 185, 242, 163, 233, 188, 18, 137, 94, 167, 170, 82, 171, 248, 35, 39, 203, 164, 177, 156, 99, 219, 215, 153, 126, 240, 10, 94, 235, 104, 166, 244, 198, 90, 71, 13, 77, 16, 51, 227, 78, 177, 19, 163, 200, 24, 108, 75, 236, 252, 9, 144, 223, 157, 100, 41, 37, 35, 7, 161, 180, 210, 61, 46, 96, 224, 207, 210, 9, 135, 187, 205, 72, 240, 77, 194, 194, 122, 136, 138, 187, 186, 207, 89, 25, 214, 175, 143, 176, 7, 176, 158, 49, 241, 130, 193, 192, 223, 46, 166, 109, 108, 25, 14, 181, 216, 126, 38, 26, 69, 3, 61, 176, 121, 164, 148, 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222, 49, 173, 204, 119, 234, 111, 123, 62, 214, 223, 145, 34, 18, 230, 190, 250, 216, 50, 252, 16, 99, 20, 81, 114, 222, 93, 214, 22, 147, 189, 41, 104, 51, 239, 58, 102, 236, 7, 138, 38, 223, 19, 215, 87, 101, 120, 39, 222, 94, 73, 20, 0, 162, 0, 127, 154, 168, 33, 182, 169, 177, 149, 176, 165, 185, 13, 22, 17, 218, 199, 108, 72, 60, 64, 224, 126, 13, 90, 205, 86, 60, 209, 151, 5, 185, 203, 75, 237, 57, 75, 156, 196, 63, 210, 85, 19, 110, 36, 176, 214, 113, 250, 244, 193, 186, 204, 237, 27, 245, 254, 129, 65, 216, 0, 152, 61, 58, 200, 174, 122, 152, 55, 24, 5, 149, 2, 3, 1, 0, 1] }, 'valid_from': 'Jun 19 00:00:42 2020 GMT', 'valid_to': 'Jan 28 00:00:42 2028 GMT', 'fingerprint': '08:74:54:87:E8:91:C1:9E:30:78:C1:F2:A0:7E:45:29:50:EF:36:F6', 'fingerprint256': '3E:E0:27:8D:F7:1F:A3:C1:25:C4:CD:48:7F:01:D7:74:69:4E:6F:C5:7E:0C:D9:4C:24:EF:D7:69:13:39:18:E5', 'fingerprint512': '7C:88:3C:25:8B:8D:E7:34:81:D6:61:21:DF:53:D0:99:7A:7C:3B:06:E0:E7:09:68:8F:FB:1E:FD:18:B3:6C:B5:43:5F:41:52:8C:7E:64:D6:D8:88:B2:27:28:17:AE:D1:0C:4A:44:22:0E:01:F3:84:50:2F:04:95:E7:85:13:05', 'serialNumber': '77BD0D6CDB36F91AEA210FC4F058D30D', 'raw': { 'type': 'Buffer', 'data': [48, 130, 5, 98, 48, 130, 4, 74, 160, 3, 2, 1, 2, 2, 16, 119, 189, 13, 108, 219, 54, 249, 26, 234, 33, 15, 196, 240, 88, 211, 13, 48, 13, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 11, 5, 0, 48, 87, 49, 11, 48, 9, 6, 3, 85, 4, 6, 19, 2, 66, 69, 49, 25, 48, 23, 6, 3, 85, 4, 10, 19, 16, 71, 108, 111, 98, 97, 108, 83, 105, 103, 110, 32, 110, 118, 45, 115, 97, 49, 16, 48, 14, 6, 3, 85, 4, 11, 19, 7, 82, 111, 111, 116, 32, 67, 65, 49, 27, 48, 25, 6, 3, 85, 4, 3, 19, 18, 71, 108, 111, 98, 97, 108, 83, 105, 103, 110, 32, 82, 111, 111, 116, 32, 67, 65, 48, 30, 23, 13, 50, 48, 48, 54, 49, 57, 48, 48, 48, 48, 52, 50, 90, 23, 13, 50, 56, 48, 49, 50, 56, 48, 48, 48, 48, 52, 50, 90, 48, 71, 49, 11, 48, 9, 6, 3, 85, 4, 6, 19, 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164, 126, 216, 108, 215, 199, 70, 245, 146, 155, 231, 213, 33, 190, 102, 146, 25, 148, 85, 108, 212, 41, 178, 13, 193, 102, 91, 226, 119, 73, 72, 40, 237, 157, 215, 26, 51, 114, 83, 179, 130, 53, 207, 98, 139, 201, 36, 139, 165, 183, 57, 12, 187, 126, 42, 65, 191, 82, 207, 252, 162, 150, 182, 194, 130, 63] }, 'issuerCertificate': { 'subject': { 'C': 'BE', 'O': 'GlobalSign nv-sa', 'OU': 'Root CA', 'CN': 'GlobalSign Root CA' }, 'issuer': { 'C': 'BE', 'O': 'GlobalSign nv-sa', 'OU': 'Root CA', 'CN': 'GlobalSign Root CA' }, 'modulus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bits': 2048, 'exponent': '0x10001', 'pubkey': { 'type': 'Buffer', 'data': [48, 130, 1, 34, 48, 13, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 1, 5, 0, 3, 130, 1, 15, 0, 48, 130, 1, 10, 2, 130, 1, 1, 0, 218, 14, 230, 153, 141, 206, 163, 227, 79, 138, 126, 251, 241, 139, 131, 37, 107, 234, 72, 31, 241, 42, 176, 185, 149, 17, 4, 189, 240, 99, 209, 226, 103, 102, 207, 28, 221, 207, 27, 72, 43, 238, 141, 137, 142, 154, 175, 41, 128, 101, 171, 233, 199, 45, 18, 203, 171, 28, 76, 112, 7, 161, 61, 10, 48, 205, 21, 141, 79, 248, 221, 212, 140, 80, 21, 28, 239, 80, 238, 196, 46, 247, 252, 233, 82, 242, 145, 125, 224, 109, 213, 53, 48, 142, 94, 67, 115, 242, 65, 233, 213, 106, 227, 178, 137, 58, 86, 57, 56, 111, 6, 60, 136, 105, 91, 42, 77, 197, 167, 84, 184, 108, 137, 204, 155, 249, 60, 202, 229, 253, 137, 245, 18, 60, 146, 120, 150, 214, 220, 116, 110, 147, 68, 97, 209, 141, 199, 70, 178, 117, 14, 134, 232, 25, 138, 213, 109, 108, 213, 120, 22, 149, 162, 233, 200, 10, 56, 235, 242, 36, 19, 79, 115, 84, 147, 19, 133, 58, 27, 188, 30, 52, 181, 139, 5, 140, 185, 119, 139, 177, 219, 31, 32, 145, 171, 9, 83, 110, 144, 206, 123, 55, 116, 185, 112, 71, 145, 34, 81, 99, 22, 121, 174, 177, 174, 65, 38, 8, 200, 25, 43, 209, 70, 170, 72, 214, 100, 42, 215, 131, 52, 255, 44, 42, 193, 108, 25, 67, 74, 7, 133, 231, 211, 124, 246, 33, 104, 239, 234, 242, 82, 159, 127, 147, 144, 207, 2, 3, 1, 0, 1] }, 'valid_from': 'Sep 1 12:00:00 1998 GMT', 'valid_to': 'Jan 28 12:00:00 2028 GMT', 'fingerprint': 'B1:BC:96:8B:D4:F4:9D:62:2A:A8:9A:81:F2:15:01:52:A4:1D:82:9C', 'fingerprint256': 'EB:D4:10:40:E4:BB:3E:C7:42:C9:E3:81:D3:1E:F2:A4:1A:48:B6:68:5C:96:E7:CE:F3:C1:DF:6C:D4:33:1C:99', 'fingerprint512': '54:BA:00:4D:54:35:E8:B1:05:31:43:1C:39:2E:D9:97:76:12:0D:36:38:08:13:7D:E7:EB:59:03:04:63:F8:63:CA:DD:02:BD:F9:18:F5:96:B6:D2:09:64:B3:17:25:C2:36:3C:D7:60:17:99:CA:A9:36:0A:1C:36:FE:81:9F:BD', 'serialNumber': '040000000001154B5AC394', 'raw': { 'type': 'Buffer', 'data': [48, 130, 3, 117, 48, 130, 2, 93, 160, 3, 2, 1, 2, 2, 11, 4, 0, 0, 0, 0, 1, 21, 75, 90, 195, 148, 48, 13, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 5, 5, 0, 48, 87, 49, 11, 48, 9, 6, 3, 85, 4, 6, 19, 2, 66, 69, 49, 25, 48, 23, 6, 3, 85, 4, 10, 19, 16, 71, 108, 111, 98, 97, 108, 83, 105, 103, 110, 32, 110, 118, 45, 115, 97, 49, 16, 48, 14, 6, 3, 85, 4, 11, 19, 7, 82, 111, 111, 116, 32, 67, 65, 49, 27, 48, 25, 6, 3, 85, 4, 3, 19, 18, 71, 108, 111, 98, 97, 108, 83, 105, 103, 110, 32, 82, 111, 111, 116, 32, 67, 65, 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13, 151, 202, 137, 80, 47, 125, 4, 205, 52, 168, 255, 252, 253, 75, 48, 13, 6, 9, 42, 134, 72, 134, 247, 13, 1, 1, 5, 5, 0, 3, 130, 1, 1, 0, 214, 115, 231, 124, 79, 118, 208, 141, 191, 236, 186, 162, 190, 52, 197, 40, 50, 181, 124, 252, 108, 156, 44, 43, 189, 9, 158, 83, 191, 107, 94, 170, 17, 72, 182, 229, 8, 163, 179, 202, 61, 97, 77, 211, 70, 9, 179, 62, 195, 160, 227, 99, 85, 27, 242, 186, 239, 173, 57, 225, 67, 185, 56, 163, 230, 47, 138, 38, 59, 239, 160, 80, 86, 249, 198, 10, 253, 56, 205, 196, 11, 112, 81, 148, 151, 152, 4, 223, 195, 95, 148, 213, 21, 201, 20, 65, 156, 196, 93, 117, 100, 21, 13, 255, 85, 48, 236, 134, 143, 255, 13, 239, 44, 185, 99, 70, 246, 170, 252, 223, 188, 105, 253, 46, 18, 72, 100, 154, 224, 149, 240, 166, 239, 41, 143, 1, 177, 21, 181, 12, 29, 165, 254, 105, 44, 105, 36, 120, 30, 179, 167, 28, 113, 98, 238, 202, 200, 151, 172, 23, 93, 138, 194, 248, 71, 134, 110, 42, 196, 86, 49, 149, 208, 103, 137, 133, 43, 249, 108, 166, 93, 70, 157, 12, 170, 130, 228, 153, 81, 221, 112, 183, 219, 86, 61, 97, 228, 106, 225, 92, 214, 246, 254, 61, 222, 65, 204, 7, 174, 99, 82, 191, 83, 83, 244, 43, 233, 199, 253, 182, 247, 130, 95, 133, 210, 65, 24, 219, 129, 179, 4, 28, 197, 31, 164, 128, 111, 21, 32, 201, 222, 12, 136, 10, 29, 214, 102, 85, 226, 252, 72, 201, 41, 38, 105, 224] }, 'issuerCertificate': None, 'validTo': '2028-01-28T12:00:00.000Z', 'daysRemaining': 1733 }, 'validTo': '2028-01-28T00:00:42.000Z', 'daysRemaining': 1732 }, 'validTo': '2027-09-30T00:00:42.000Z', 'daysRemaining': 1612 }, 'validTo': '2023-06-26T08:24:22.000Z', 'validFor': ['www.google.de'], 'daysRemaining': 56 } } } """ return self._get_event_data(Event.CERT_INFO) # uptime def uptime(self) -> dict: """ Get monitor uptime. :return: Monitor uptime. :rtype: dict Example:: >>> api.uptime() { 1: { 24: 1, 720: 1 } } """ return self._get_event_data(Event.UPTIME) # info def info(self) -> dict: """ Get server info. :return: Server info. :rtype: dict Example:: >>> api.info() { 'version': '1.19.2', 'latestVersion': '1.19.2', 'primaryBaseURL': None, 'serverTimezone': 'Europe/Berlin', 'serverTimezoneOffset': '+01:00' } """ r = self._get_event_data(Event.INFO) return r # clear def clear_events(self, monitor_id: int) -> dict: """ Clear monitor events. :param int monitor_id: Id of the monitor to clear events. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.clear_events(1) {} """ return self._call('clearEvents', monitor_id) def clear_heartbeats(self, monitor_id: int) -> dict: """ Clear monitor heartbeats. :param int monitor_id: Id of the monitor to clear heartbeats. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.clear_heartbeats(1) {} """ return self._call('clearHeartbeats', monitor_id) def clear_statistics(self) -> dict: """ Clear statistics. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.clear_statistics() {} """ return self._call('clearStatistics') # tags def get_tags(self) -> list[dict]: """ Get all tags. :return: All tags. :rtype: list :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_tags() [ { 'color': '#ffffff', 'id': 1, 'name': 'tag 1' } ] """ return self._call('getTags')["tags"] def get_tag(self, id_: int) -> dict: """ Get a tag. :param int id_: Id of the monitor to get. :return: The tag. :rtype: dict :raises UptimeKumaException: If the tag does not exist. Example:: >>> api.get_tag(1) { 'color': '#ffffff', 'id': 1, 'name': 'tag 1' } """ tags = self.get_tags() for tag in tags: if tag["id"] == id_: return tag raise UptimeKumaException("tag does not exist") @append_docstring(tag_docstring("add")) def add_tag(self, **kwargs) -> dict: """ Add a tag. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.add_tag( ... name="tag 1", ... color="#ffffff" ... ) { 'color': '#ffffff', 'id': 1, 'name': 'tag 1' } """ data = _build_tag_data(**kwargs) _check_arguments_tag(data) return self._call('addTag', data)["tag"] @append_docstring(tag_docstring("edit")) def edit_tag(self, id_: int, **kwargs) -> dict: """ Edits an existing tag. :param int id_: Id of the tag to edit. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.edit_tag(1, ... name="tag 1 new", ... color="#000000" ... ) { 'msg': 'Saved', 'tag': { 'id': 1, 'name': 'tag 1 new', 'color': '#000000' } } """ data = self.get_tag(id_) data.update(kwargs) _check_arguments_tag(data) return self._call('editTag', data) def delete_tag(self, id_: int) -> dict: """ Delete a tag. :param int id_: Id of the monitor to delete. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.delete_tag(1) { 'msg': 'Deleted Successfully.' } """ if id_ not in [i["id"] for i in self.get_tags()]: raise UptimeKumaException("tag does not exist") return self._call('deleteTag', id_) # settings def get_settings(self) -> dict: """ Get settings. :return: Settings. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_settings() { 'checkBeta': False, 'checkUpdate': False, 'disableAuth': False, 'dnsCache': True, 'entryPage': 'dashboard', 'keepDataPeriodDays': 180, 'primaryBaseURL': '', 'searchEngineIndex': False, 'serverTimezone': 'Europe/Berlin', 'steamAPIKey': '', 'tlsExpiryNotifyDays': [ 7, 14, 21 ], 'trustProxy': False } """ r = self._call('getSettings')["data"] return r def set_settings( self, password: str = None, # only required if disableAuth is true # about checkUpdate: bool = True, checkBeta: bool = False, # monitor history keepDataPeriodDays: int = 180, # general serverTimezone: str = "", entryPage: str = "dashboard", searchEngineIndex: bool = False, primaryBaseURL: str = "", steamAPIKey: str = "", dnsCache: bool = False, # notifications tlsExpiryNotifyDays: list = None, # security disableAuth: bool = False, # reverse proxy trustProxy: bool = False ) -> dict: """ Set settings. :param str, optional password: Password, defaults to None :param bool, optional checkUpdate: Show update if available, defaults to True :param bool, optional checkBeta: Also check beta release, defaults to False :param int, optional keepDataPeriodDays: Keep monitor history data for X days. Set to 0 for infinite retention., defaults to 180 :param str, optional serverTimezone: Server Timezone, defaults to "" :param str, optional entryPage: Entry Page, defaults to "dashboard" :param bool, optional searchEngineIndex: Search Engine Visibility, defaults to False :param str, optional primaryBaseURL: Primary Base URL, defaults to "" :param str, optional steamAPIKey: Steam API Key. For monitoring a Steam Game Server you need a Steam Web-API key., defaults to "" :param bool, optional dnsCache: True to enable DNS Cache. It may be not working in some IPv6 environments, disable it if you encounter any issues., defaults to False :param list, optional tlsExpiryNotifyDays: TLS Certificate Expiry. HTTPS Monitors trigger notification when TLS certificate expires in., defaults to None :param bool, optional disableAuth: Disable Authentication, defaults to False :param bool, optional trustProxy: Trust Proxy. Trust 'X-Forwarded-\*' headers. If you want to get the correct client IP and your Uptime Kuma is behind such as Nginx or Apache, you should enable this., defaults to False :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.set_settings( ... checkUpdate=False, ... checkBeta=False, ... keepDataPeriodDays=180, ... serverTimezone="Europe/Berlin", ... entryPage="dashboard", ... searchEngineIndex=False, ... primaryBaseURL="", ... steamAPIKey="", ... dnsCache=False, ... tlsExpiryNotifyDays=[ ... 7, ... 14, ... 21 ... ], ... disableAuth=False, ... trustProxy=False ... ) { 'msg': 'Saved' } """ if not tlsExpiryNotifyDays: tlsExpiryNotifyDays = [7, 14, 21] data = { "checkUpdate": checkUpdate, "checkBeta": checkBeta, "keepDataPeriodDays": keepDataPeriodDays, "serverTimezone": serverTimezone, "entryPage": entryPage, "searchEngineIndex": searchEngineIndex, "primaryBaseURL": primaryBaseURL, "steamAPIKey": steamAPIKey, "dnsCache": dnsCache, "tlsExpiryNotifyDays": tlsExpiryNotifyDays, "disableAuth": disableAuth, "trustProxy": trustProxy } return self._call('setSettings', (data, password)) def change_password(self, old_password: str, new_password: str) -> dict: """ Change password. :param str old_password: Old password :param str new_password: New password :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.change_password( ... old_password="secret123", ... new_password="321terces" ... ) { 'msg': 'Password has been updated successfully.' } """ return self._call('changePassword', { "currentPassword": old_password, "newPassword": new_password, }) def upload_backup(self, json_data: str, import_handle: str = "skip") -> dict: """ Import Backup. :param str json_data: Backup data as json string. :param str, optional import_handle: Choose "skip" if you want to skip every monitor or notification with the same name. "overwrite" will delete every existing monitor and notification. "keep" will keep both., defaults to "skip" :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> json_data = json.dumps({ ... "version": "1.17.1", ... "notificationList": [], ... "monitorList": [], ... "proxyList": [] ... }) >>> api.upload_backup( ... json_data=json_data, ... import_handle="overwrite" ... ) { 'msg': 'Backup successfully restored.' } """ if import_handle not in ["overwrite", "skip", "keep"]: raise ValueError() return self._call('uploadBackup', (json_data, import_handle)) # 2FA def twofa_status(self) -> dict: """ Get current 2FA status. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.twofa_status() { 'status': False } """ return self._call('twoFAStatus') def prepare_2fa(self, password: str) -> dict: """ Prepare 2FA configuration. :param str password: Current password. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> password = "secret123" >>> r = api.prepare_2fa(password) >>> r { 'uri': 'otpauth://totp/Uptime%20Kuma:admin?secret=NBGVQNSNNRXWQ3LJJN4DIWSWIIYW45CZJRXXORSNOY3USSKXO5RG4MDPI5ZUK5CWJFIFOVCBGZVG24TSJ5LDE2BTMRLXOZBSJF3TISA' } >>> uri = r["uri"] >>> >>> from urllib import parse >>> def parse_secret(uri): ... query = parse.urlsplit(uri).query ... params = dict(parse.parse_qsl(query)) ... return params["secret"] >>> secret = parse_secret(uri) >>> secret NBGVQNSNNRXWQ3LJJN4DIWSWIIYW45CZJRXXORSNOY3USSKXO5RG4MDPI5ZUK5CWJFIFOVCBGZVG24TSJ5LDE2BTMRLXOZBSJF3TISA """ return self._call('prepare2FA', password) def verify_token(self, token: str, password: str) -> dict: """ Verify the provided 2FA token. :param str token: 2FA token. :param str password: Current password. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> import pyotp >>> def generate_token(secret): ... totp = pyotp.TOTP(secret) ... return totp.now() >>> token = generate_token(secret) >>> token 526564 >>> api.verify_token(token, password) { 'valid': True } """ return self._call('verifyToken', (token, password)) def save_2fa(self, password: str) -> dict: """ Save the current 2FA configuration. :param str password: Current password. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.save_2fa(password) { 'msg': '2FA Enabled.' } """ return self._call('save2FA', password) def disable_2fa(self, password: str) -> dict: """ Disable 2FA for this user. :param str password: Current password. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.disable_2fa(password) { 'msg': '2FA Disabled.' } """ return self._call('disable2FA', password) # login def login(self, username: str = None, password: str = None, token: str = "") -> dict: """ Login. If username and password is not provided, auto login is performed if disableAuth is enabled. :param str, optional username: Username. Must be None if disableAuth is enabled., defaults to None :param str, optional password: Password. Must be None if disableAuth is enabled., defaults to None :param str, optional token: 2FA Token. Required if 2FA is enabled., defaults to "" :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> username = "admin" >>> password = "secret123" >>> api.login(username, password) { 'token': 'eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJ1c2VybmFtZSI6ImFkbWluIiwiaWF0IjoxNjcxMTk3MjkzfQ.lpho_LuKMnoltXOdA7-jZ98gXOU-UbEIuxMwMRm4Nz0' } """ # autologin if username is None and password is None: with self.wait_for_event(Event.AUTO_LOGIN): return {} return self._call('login', { "username": username, "password": password, "token": token }) def login_by_token(self, token: str) -> dict: """ Login by token. :param str token: Login token generated by :meth:`~login` :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.login_by_token(token) {} """ return self._call('loginByToken', token) def logout(self) -> None: """ Logout. :return: The server response. :rtype: None :raises UptimeKumaException: If the server returns an error. Example:: >>> api.logout() None """ return self._call('logout') # setup def need_setup(self) -> bool: """ Check if the server has already been set up. :return: The server response. :rtype: bool :raises UptimeKumaException: If the server returns an error. Example:: >>> api.need_setup() True """ return self._call('needSetup') def setup(self, username: str, password: str) -> dict: """ Set up the server. :param str username: Username :param str password: Password :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.setup(username, password) { 'msg': 'Added Successfully.' } """ return self._call("setup", (username, password)) # database def get_database_size(self) -> dict: """ Get database size. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_database_size() { 'size': 61440 } """ return self._call('getDatabaseSize') def shrink_database(self) -> dict: """ Shrink database. Trigger database VACUUM for SQLite. If your database is created after 1.10.0, AUTO_VACUUM is already enabled and this action is not needed. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.shrink_database() {} """ return self._call('shrinkDatabase') # docker host def get_docker_hosts(self) -> list[dict]: """ Get all docker hosts. :return: All docker hosts. :rtype: list Example:: >>> api.get_docker_hosts() [ { 'dockerDaemon': '/var/run/docker.sock', 'dockerType': 'socket', 'id': 1, 'name': 'name 1', 'userID': 1 } ] """ r = self._get_event_data(Event.DOCKER_HOST_LIST) return r def get_docker_host(self, id_: int) -> dict: """ Get a docker host. :param int id_: Id of the docker host to get. :return: The docker host. :rtype: dict :raises UptimeKumaException: If the docker host does not exist. Example:: >>> api.get_docker_host(1) { 'dockerDaemon': '/var/run/docker.sock', 'dockerType': 'socket', 'id': 1, 'name': 'name 1', 'userID': 1 } """ docker_hosts = self.get_docker_hosts() for docker_host in docker_hosts: if docker_host["id"] == id_: return docker_host raise UptimeKumaException("docker host does not exist") @append_docstring(docker_host_docstring("test")) def test_docker_host(self, **kwargs) -> dict: """ Test a docker host. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.test_docker_host( ... name="name 1", ... dockerType=DockerType.SOCKET, ... dockerDaemon="/var/run/docker.sock" ... ) { 'msg': 'Connected Successfully. Amount of containers: 10' } """ data = _build_docker_host_data(**kwargs) return self._call('testDockerHost', data) @append_docstring(docker_host_docstring("add")) def add_docker_host(self, **kwargs) -> dict: """ Add a docker host. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.add_docker_host( ... name="name 1", ... dockerType=DockerType.SOCKET, ... dockerDaemon="/var/run/docker.sock" ... ) { 'id': 1, 'msg': 'Saved' } """ data = _build_docker_host_data(**kwargs) _convert_docker_host_input(data) with self.wait_for_event(Event.DOCKER_HOST_LIST): return self._call('addDockerHost', (data, None)) @append_docstring(docker_host_docstring("edit")) def edit_docker_host(self, id_: int, **kwargs) -> dict: """ Edit a docker host. :param int id_: Id of the docker host to edit. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.edit_docker_host(1, ... name="name 2" ... ) { 'id': 1, 'msg': 'Saved' } """ data = self.get_docker_host(id_) data.update(kwargs) _convert_docker_host_input(data) with self.wait_for_event(Event.DOCKER_HOST_LIST): return self._call('addDockerHost', (data, id_)) def delete_docker_host(self, id_: int) -> dict: """ Delete a docker host. :param int id_: Id of the docker host to delete. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.delete_docker_host(1) { 'msg': 'Deleted' } """ with self.wait_for_event(Event.DOCKER_HOST_LIST): if id_ not in [i["id"] for i in self.get_docker_hosts()]: raise UptimeKumaException("docker host does not exist") return self._call('deleteDockerHost', id_) # maintenance def get_maintenances(self) -> list[dict]: """ Get all maintenances. :return: All maintenances. :rtype: list :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_maintenances() [ { "id": 1, "title": "title", "description": "description", "strategy": "single", "intervalDay": 1, "active": true, "dateRange": [ "2022-12-27 15:39:00", "2022-12-30 15:39:00" ], "timeRange": [ { "hours": 0, "minutes": 0 }, { "hours": 0, "minutes": 0 } ], "weekdays": [], "daysOfMonth": [], "timeslotList": [ { "startDate": "2022-12-27 22:36:00", "endDate": "2022-12-29 22:36:00" } ], "cron": "", "durationMinutes": null, "timezoneOption": "Europe/Berlin", "timezoneOffset": "+02:00", "status": "ended" } ] """ return list(self._get_event_data(Event.MAINTENANCE_LIST).values()) def get_maintenance(self, id_: int) -> dict: """ Get a maintenance. :param int id_: Id of the maintenance to get. :return: The maintenance. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_maintenance(1) { "id": 1, "title": "title", "description": "description", "strategy": "single", "intervalDay": 1, "active": true, "dateRange": [ "2022-12-27 15:39:00", "2022-12-30 15:39:00" ], "timeRange": [ { "hours": 0, "minutes": 0 }, { "hours": 0, "minutes": 0 } ], "weekdays": [], "daysOfMonth": [], "timeslotList": [ { "startDate": "2022-12-27 22:36:00", "endDate": "2022-12-29 22:36:00" } ], "cron": null, "duration": null, "durationMinutes": 0, "timezoneOption": "Europe/Berlin", "timezoneOffset": "+02:00", "status": "ended" } """ return self._call('getMaintenance', id_)["maintenance"] @append_docstring(maintenance_docstring("add")) def add_maintenance(self, **kwargs) -> dict: """ Adds a maintenance. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example (strategy: :attr:`~.MaintenanceStrategy.MANUAL`):: >>> api.add_maintenance( ... title="test", ... description="test", ... strategy=MaintenanceStrategy.MANUAL, ... active=True, ... intervalDay=1, ... dateRange=[ ... "2022-12-27 00:00:00" ... ], ... weekdays=[], ... daysOfMonth=[] ... ) { "msg": "Added Successfully.", "maintenanceID": 1 } Example (strategy: :attr:`~.MaintenanceStrategy.SINGLE`):: >>> api.add_maintenance( ... title="test", ... description="test", ... strategy=MaintenanceStrategy.SINGLE, ... active=True, ... intervalDay=1, ... dateRange=[ ... "2022-12-27 22:36:00", ... "2022-12-29 22:36:00" ... ], ... weekdays=[], ... daysOfMonth=[], ... timezoneOption="Europe/Berlin" ... ) { "msg": "Added Successfully.", "maintenanceID": 1 } Example (strategy: :attr:`~.MaintenanceStrategy.RECURRING_INTERVAL`):: >>> api.add_maintenance( ... title="test", ... description="test", ... strategy=MaintenanceStrategy.RECURRING_INTERVAL, ... active=True, ... intervalDay=1, ... dateRange=[ ... "2022-12-27 22:37:00", ... "2022-12-31 22:37:00" ... ], ... timeRange=[ ... { ... "hours": 2, ... "minutes": 0, ... "seconds": 0 ... }, ... { ... "hours": 3, ... "minutes": 0, ... "seconds": 0 ... } ... ], ... weekdays=[], ... daysOfMonth=[], ... timezoneOption="Europe/Berlin" ... ) { "msg": "Added Successfully.", "maintenanceID": 1 } Example (strategy: :attr:`~.MaintenanceStrategy.RECURRING_WEEKDAY`):: >>> api.add_maintenance( ... title="test", ... description="test", ... strategy=MaintenanceStrategy.RECURRING_WEEKDAY, ... active=True, ... intervalDay=1, ... dateRange=[ ... "2022-12-27 22:38:00", ... "2022-12-31 22:38:00" ... ], ... timeRange=[ ... { ... "hours": 2, ... "minutes": 0, ... "seconds": 0 ... }, ... { ... "hours": 3, ... "minutes": 0, ... "seconds": 0 ... } ... ], ... weekdays=[ ... 1, ... 3, ... 5, ... 0 ... ], ... daysOfMonth=[], ... timezoneOption="Europe/Berlin" ... ) { "msg": "Added Successfully.", "maintenanceID": 1 } Example (strategy: :attr:`~.MaintenanceStrategy.RECURRING_DAY_OF_MONTH`):: >>> api.add_maintenance( ... title="test", ... description="test", ... strategy=MaintenanceStrategy.RECURRING_DAY_OF_MONTH, ... active=True, ... intervalDay=1, ... dateRange=[ ... "2022-12-27 22:39:00", ... "2022-12-31 22:39:00" ... ], ... timeRange=[ ... { ... "hours": 2, ... "minutes": 0, ... "seconds": 0 ... }, ... { ... "hours": 3, ... "minutes": 0, ... "seconds": 0 ... } ... ], ... weekdays=[], ... daysOfMonth=[ ... 1, ... 10, ... 20, ... 30, ... "lastDay1" ... ], ... timezoneOption="Europe/Berlin" ... ) { "msg": "Added Successfully.", "maintenanceID": 1 } Example (strategy: :attr:`~.MaintenanceStrategy.CRON`):: >>> api.add_maintenance( ... title="test", ... description="test", ... strategy=MaintenanceStrategy.CRON, ... active=True, ... intervalDay=1, ... dateRange=[ ... "2022-12-27 22:39:00", ... "2022-12-31 22:39:00" ... ], ... weekdays=[], ... daysOfMonth=[], ... cron="50 5 * * *", ... durationMinutes=120, ... timezoneOption="Europe/Berlin" ... ) { "msg": "Added Successfully.", "maintenanceID": 1 } """ data = self._build_maintenance_data(**kwargs) _check_arguments_maintenance(data) return self._call('addMaintenance', data) @append_docstring(maintenance_docstring("edit")) def edit_maintenance(self, id_: int, **kwargs) -> dict: """ Edits a maintenance. :param int id_: Id of the maintenance to edit. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.edit_maintenance(1, ... title="test", ... description="test", ... strategy=MaintenanceStrategy.RECURRING_INTERVAL, ... active=True, ... intervalDay=1, ... dateRange=[ ... "2022-12-27 22:37:00", ... "2022-12-31 22:37:00" ... ], ... timeRange=[ ... { ... "hours": 2, ... "minutes": 0, ... "seconds": 0 ... }, ... { ... "hours": 3, ... "minutes": 0, ... "seconds": 0 ... } ... ], ... weekdays=[], ... daysOfMonth=[] ... ) { "msg": "Saved.", "maintenanceID": 1 } """ maintenance = self.get_maintenance(id_) maintenance.update(kwargs) _check_arguments_maintenance(maintenance) return self._call('editMaintenance', maintenance) def delete_maintenance(self, id_: int) -> dict: """ Deletes a maintenance. :param int id_: Id of the maintenance to delete. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.delete_maintenance(1) { "msg": "Deleted Successfully." } """ with self.wait_for_event(Event.MAINTENANCE_LIST): if id_ not in [i["id"] for i in self.get_maintenances()]: raise UptimeKumaException("maintenance does not exist") return self._call('deleteMaintenance', id_) def pause_maintenance(self, id_: int) -> dict: """ Pauses a maintenance. :param int id_: Id of the maintenance to pause. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.pause_maintenance(1) { "msg": "Paused Successfully." } """ return self._call('pauseMaintenance', id_) def resume_maintenance(self, id_: int) -> dict: """ Resumes a maintenance. :param int id_: Id of the maintenance to resume. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.resume_maintenance(1) { "msg": "Resume Successfully" } """ return self._call('resumeMaintenance', id_) def get_monitor_maintenance(self, id_: int) -> list[dict]: """ Gets all monitors of a maintenance. :param int id_: Id of the maintenance to get the monitors from. :return: All monitors of the maintenance. :rtype: list :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_monitor_maintenance(1) [ { "id": 1, "name": "monitor 1" }, { "id": 2, "name": "monitor 2" } ] """ return self._call('getMonitorMaintenance', id_)["monitors"] def add_monitor_maintenance( self, id_: int, monitors: list, ) -> dict: """ Adds monitors to a maintenance. :param int id_: Id of the maintenance to add the monitors to. :param list monitors: The list of monitors to add to the maintenance. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> monitors = [ ... { ... "id": 1, ... "name": "monitor 1" ... }, ... { ... "id": 2, ... "name": "monitor 2" ... } ... ] >>> api.add_monitor_maintenance(1, monitors) { "msg": "Added Successfully." } """ return self._call('addMonitorMaintenance', (id_, monitors)) def get_status_page_maintenance(self, id_: int) -> list[dict]: """ Gets all status pages of a maintenance. :param int id_: Id of the maintenance to get the status pages from. :return: All status pages of the maintenance. :rtype: list :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_status_page_maintenance(1) [ { "id": 1, "title": "test" } ] """ return self._call('getMaintenanceStatusPage', id_)["statusPages"] def add_status_page_maintenance( self, id_: int, status_pages: list, ) -> dict: """ Adds status pages to a maintenance. :param int id_: Id of the maintenance to add the monitors to. :param list status_pages: The list of status pages to add to the maintenance. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> status_pages = [ ... { ... "id": 1, ... "name": "status page 1" ... }, ... { ... "id": 2, ... "name": "status page 2" ... } ... ] >>> api.add_status_page_maintenance(1, status_pages) { "msg": "Added Successfully." } """ return self._call('addMaintenanceStatusPage', (id_, status_pages)) # api key def get_api_keys(self) -> list[dict]: """ Get all api keys. :return: All api keys. :rtype: list :raises UptimeKumaException: If the server returns an error. Example:: >>> api.get_api_key_list() [ { "id": 1, "name": "test", "userID": 1, "createdDate": "2023-03-20 11:15:05", "active": False, "expires": null, "status": "inactive" }, { "id": 2, "name": "test2", "userID": 1, "createdDate": "2023-03-20 11:20:29", "active": True, "expires": "2023-03-30 12:20:00", "status": "active" } ] """ # TODO: replace with getAPIKeyList? r = self._get_event_data(Event.API_KEY_LIST) int_to_bool(r, ["active"]) return r def get_api_key(self, id_: int) -> dict: """ Get an api key. :param int id_: Id of the api key to get. :return: The api key. :rtype: dict :raises UptimeKumaException: If the api key does not exist. Example:: >>> api.get_api_key(1) { "id": 1, "name": "test", "userID": 1, "createdDate": "2023-03-20 11:15:05", "active": False, "expires": null, "status": "inactive" } """ api_keys = self.get_api_keys() for api_key in api_keys: if api_key["id"] == id_: return api_key raise UptimeKumaException("notification does not exist") def add_api_key(self, name: str, expires: str, active: bool) -> dict: """ Adds a new api key. :param str name: Name of the api key. :param str expires: Expiration date of the api key. Set to ``None`` to disable expiration. :param bool active: True to activate api key. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.add_api_key( ... name="test", ... expires="2023-03-30 12:20:00", ... active=True ... ) { "msg": "Added Successfully.", "key": "uk1_9XPRjV7ilGj9CvWRKYiBPq9GLtQs74UzTxKfCxWY", "keyID": 1 } >>> api.add_api_key( ... name="test2", ... expires=None, ... active=True ... ) { "msg": "Added Successfully.", "key": "uk2_jsB9H1Zmt9eEjycNFMTKgse1B0Vfvb944H4_aRqW", "keyID": 2 } """ data = { "name": name, "expires": expires, "active": 1 if active else 0 } with self.wait_for_event(Event.API_KEY_LIST): return self._call('addAPIKey', data) def enable_api_key(self, id_: int) -> dict: """ Enable an api key. :param int id_: Id of the api key to enable. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.enable_api_key(1) { "msg": "Enabled Successfully" } """ with self.wait_for_event(Event.API_KEY_LIST): return self._call('enableAPIKey', id_) def disable_api_key(self, id_: int) -> dict: """ Disable an api key. :param int id_: Id of the api key to disable. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.disable_api_key(1) { "msg": "Disabled Successfully." } """ with self.wait_for_event(Event.API_KEY_LIST): return self._call('disableAPIKey', id_) def delete_api_key(self, id_: int) -> dict: """ Enable an api key. :param int id_: Id of the api key to delete. :return: The server response. :rtype: dict :raises UptimeKumaException: If the server returns an error. Example:: >>> api.delete_api_key(1) { "msg": "Deleted Successfully." } """ with self.wait_for_event(Event.API_KEY_LIST): if id_ not in [i["id"] for i in self.get_api_keys()]: raise UptimeKumaException("api key does not exist") return self._call('deleteAPIKey', id_) # helper methods def get_monitor_status(self, monitor_id: int) -> MonitorStatus: """ Get the monitor status. :param int monitor_id: Id of the monitor. :return: The monitor status. :rtype: MonitorStatus :raises UptimeKumaException: If the monitor does not exist. Example:: >>> api.get_monitor_status(1) """ heartbeats = self.get_heartbeats() for heartbeat_monitor_id in heartbeats: if heartbeat_monitor_id == monitor_id: status = heartbeats[heartbeat_monitor_id][-1]["status"] return MonitorStatus(status) raise UptimeKumaException("monitor does not exist")