"""Config flow for Nvidia Shield integration.""" import contextlib import logging import voluptuous as vol from homeassistant import config_entries from homeassistant.core import callback from homeassistant.helpers import entity_registry as er from homeassistant.helpers import selector from .adb_session import ensure_adb_key from .connection import ShieldConnectionManager from .const import ( ATTR_MEDIA_DAG_INPUT_MAP, CONF_ADB_COMMAND_ENABLED, CONF_ADB_ENABLED, CONF_ADB_HOST, CONF_ADB_PORT, CONF_ADB_STORE_APP_INFO, CONF_APP_ICON_MAP, CONF_APP_NAME_MAP, CONF_CHANNEL_DIGIT_DELAY, CONF_CHANNEL_SEND_ENTER, CONF_JELLYFIN_ENTITY, CONF_LOGCAT_EVENTS, CONF_PAIRING_CODE, CONF_POWER_ENTITY, CONF_PROTOCOL_ENABLED, CONF_PROTOCOL_HOST, CONF_RECEIVER_ENTITY, CONF_RECEIVER_INPUT, CONF_SKIP_PAIRING, DEFAULT_ADB_PORT, DEFAULT_NAME, DOMAIN, ) from .helpers import protocol_cert_paths _LOGGER = logging.getLogger(__name__) def _get_receiver_inputs(hass, receiver_entity_id: str | None) -> list[str]: """Read available inputs from a receiver's media_dag_input_map attribute.""" if not receiver_entity_id: return [] state = hass.states.get(receiver_entity_id) if not state: return [] input_map = state.attributes.get(ATTR_MEDIA_DAG_INPUT_MAP, {}) return list(input_map.keys()) if isinstance(input_map, dict) else [] def _find_jellyfin_entity(hass, device_name: str) -> str | None: """Auto-detect the Jellyfin media_player entity for a device.""" registry = er.async_get(hass) device_name_lower = device_name.lower() candidates = [] for entry in registry.entities.values(): if entry.domain != "media_player" or entry.platform != "jellyfin": continue if entry.disabled_by is not None: continue eid_lower = entry.entity_id.lower() name_lower = (entry.original_name or "").lower() if device_name_lower in eid_lower or device_name_lower in name_lower: state = hass.states.get(entry.entity_id) if state and state.state != "unavailable": candidates.append(entry.entity_id) if candidates: if len(candidates) > 1: _LOGGER.warning( "Multiple Jellyfin entities found for %s: %s. Using first.", device_name, candidates, ) return candidates[0] return None def _app_map_to_text(app_map: dict, icon_map: dict | None = None) -> str: """Serialize the apps map to one ``package=name[|icon]`` per line.""" icon_map = icon_map or {} lines = [] for pkg, name in app_map.items(): icon = icon_map.get(pkg) lines.append(f"{pkg}={name}|{icon}" if icon else f"{pkg}={name}") return "\n".join(lines) def _app_map_from_text( text: str, icons: dict[str, str] | None = None ) -> dict[str, str] | None: """Parse one ``package=name[|icon]`` per line; None on malformed input. The optional second column (a picture URL or entity id) feeds entity_picture through CONF_APP_ICON_MAP; single-column maps stay valid. Malformed icon text (spaces) invalidates the row the same way a malformed name does. """ icons = icons if icons is not None else {} app_map: dict[str, str] = {} for line in text.split("\n"): line = line.strip() if not line: continue if "=" not in line: return None package, value = line.split("=", 1) parts = value.strip().split("|", 1) name = parts[0].strip() icon = parts[1].strip() if len(parts) > 1 else "" package = package.strip() name = name.strip() if not package or not name or " " in package: return None if icon: if " " in icon: return None icons[package] = icon app_map[package] = name return app_map def _host_field_key(field: str, host: str): """The host-field KEY, carrying the known address as its default. t33 F-A: the default MUST ride on this key. Re-declaring a bare ``vol.Optional(field)`` afterwards is a no-op that silently drops it — voluptuous keys compare by field name, so the first (defaultless) key object survives and the form renders blank. """ if host: return vol.Optional(field, default=host) return vol.Optional(field) def _user_schema_dict(sel, defaults: dict | None = None) -> dict: """User-step schema — every field belongs to THIS integration (t41). ``defaults`` pre-fills name/hosts from a zeroconf discovery event (or a YAML seed hint); the ADB port is pre-filled with the standard 5555 so it reads as an advanced setting rather than required knowledge (t33 F-D). """ defaults = defaults or {} host = str(defaults.get("host") or "") port = defaults.get("port") if not isinstance(port, int): port = DEFAULT_ADB_PORT schema_dict = { vol.Required("name", default=defaults.get("name", DEFAULT_NAME)): str, vol.Optional(CONF_JELLYFIN_ENTITY): sel["media_player"], vol.Optional(CONF_RECEIVER_ENTITY): sel["receiver"], } # If there are any receivers with DAG input maps, show a text field # for receiver input (will be a dropdown in options once receiver is set) schema_dict[vol.Optional(CONF_RECEIVER_INPUT)] = str schema_dict[vol.Optional(CONF_POWER_ENTITY)] = sel["power"] schema_dict[vol.Optional(CONF_ADB_ENABLED)] = bool # the code's own fallback for this flag is True (async_step_user) — the # rendered checkbox must agree with it schema_dict[vol.Optional(CONF_ADB_STORE_APP_INFO, default=True)] = bool schema_dict[_host_field_key(CONF_ADB_HOST, host)] = str schema_dict[vol.Optional(CONF_ADB_PORT, default=port)] = int schema_dict[vol.Optional(CONF_PROTOCOL_ENABLED)] = bool schema_dict[_host_field_key(CONF_PROTOCOL_HOST, host)] = str return schema_dict def _build_selectors(): """Build reusable selector instances.""" return { "media_player": selector.EntitySelector( selector.EntitySelectorConfig(domain="media_player") ), "receiver": selector.EntitySelector( selector.EntitySelectorConfig(domain="media_player", device_class="receiver") ), "power": selector.EntitySelector( selector.EntitySelectorConfig(domain=["switch", "binary_sensor"]) ), } class NvidiaShieldConfigFlow(config_entries.ConfigFlow, domain=DOMAIN): """Handle a config flow for Nvidia Shield.""" VERSION = 2 def __init__(self): self._user_data = {} self._protocol_client = None self._reauth_entry = None # audit G5 / t35 F1: the entry a "Reconfigure" visit targets self._reconfigure_entry = None # Zeroconf discovery state (P4-1) self._discovered_host: str | None = None self._discovered_name: str | None = None # YAML-seed prefill hint (t33 F-A): feeds the same user-step prefill as # a discovery, without claiming the address was discovered. self._seed_host: str | None = None async def async_step_user(self, user_input=None): """Step 1: Basic setup. We own the whole stack (t41), so the two state sources are ours: the Nvidia Remote Protocol (pairing) and ADB media-session mode (CONF_ADB_ENABLED). The ``no_state_source`` error fires only when neither is enabled. """ errors = {} if user_input is not None: has_source = bool(user_input.get(CONF_PROTOCOL_ENABLED)) or bool( user_input.get(CONF_ADB_ENABLED) ) if not has_source: errors["base"] = "no_state_source" return self._show_user_form(errors) # t41: nothing here derives a unique_id from another integration. # The entry's identity is the protocol MAC learned during pairing # (`async_set_unique_id(mac)` in the pairing step) or the config # entry itself — never a renameable entity id (t29 G2's # atv-device derivation went with the entity path). # Auto-detect Jellyfin from the names setup already knows: the # entry name the user typed, or the device name from discovery. jellyfin = user_input.get(CONF_JELLYFIN_ENTITY) if not jellyfin: for name in (user_input.get("name", DEFAULT_NAME), self._discovered_name): if not name: continue found = _find_jellyfin_entity(self.hass, name) if found: jellyfin = found _LOGGER.info("Auto-detected Jellyfin entity: %s", found) break self._user_data = { "name": user_input.get("name", DEFAULT_NAME), CONF_JELLYFIN_ENTITY: jellyfin or "", CONF_RECEIVER_ENTITY: user_input.get(CONF_RECEIVER_ENTITY, ""), CONF_RECEIVER_INPUT: user_input.get(CONF_RECEIVER_INPUT, ""), CONF_POWER_ENTITY: user_input.get(CONF_POWER_ENTITY, ""), CONF_ADB_ENABLED: user_input.get(CONF_ADB_ENABLED, False), CONF_ADB_STORE_APP_INFO: user_input.get(CONF_ADB_STORE_APP_INFO, True), CONF_ADB_HOST: user_input.get(CONF_ADB_HOST, ""), CONF_ADB_PORT: user_input.get(CONF_ADB_PORT, DEFAULT_ADB_PORT), CONF_PROTOCOL_ENABLED: user_input.get(CONF_PROTOCOL_ENABLED, False), CONF_PROTOCOL_HOST: user_input.get(CONF_PROTOCOL_HOST, ""), } # If ADB is enabled, go to pairing step if self._user_data[CONF_ADB_ENABLED]: return await self.async_step_adb_pair() if self._user_data[CONF_PROTOCOL_ENABLED]: return await self.async_step_protocol_pair() return self._create_entry() return self._show_user_form(errors) def _user_defaults(self) -> dict: """Defaults for the user step: whatever setup already knows. A zeroconf discovery (or a YAML seed hint) supplies the address; the port keeps a seed's hint instead of being flattened to the standard value. This is the ONLY place the known address enters the form — the schema keys carry these values as their defaults (t33 F-A). """ defaults = { "name": self._discovered_name or self._user_data.get("name") or DEFAULT_NAME, } host = self._discovered_host or self._seed_host if host: defaults["host"] = host port = self._user_data.get(CONF_ADB_PORT) if isinstance(port, int): defaults["port"] = port return defaults def _show_user_form(self, errors=None): """Render the user step with the known address actually applied. t33 F-A2: a discovery-driven form says so in its description, so a pre-filled host can never be misread as "unknown". """ note = "" if self._discovered_host: note = ( f"Discovered Shield at {self._discovered_host} — its address " "is already filled in below. " ) return self.async_show_form( step_id="user", data_schema=vol.Schema( _user_schema_dict(_build_selectors(), self._user_defaults()) ), errors=errors or {}, description_placeholders={"discovery_note": note}, ) async def async_step_zeroconf(self, discovery_info): """Zeroconf discovery of the Android TV remote service (P4-1). Core androidtv_remote pattern, simplified: the discovery address becomes the pre-filled protocol/ADB host on the user step; a known MAC (from the service properties) aborts duplicate setup and updates the existing entry's hosts on an IP change. """ host = str( getattr(discovery_info, "ip_address", None) or getattr(discovery_info, "host", None) or "" ).strip() if not host: return self.async_abort(reason="zeroconf_no_host") self._discovered_host = host props = getattr(discovery_info, "properties", None) or {} self._discovered_name = props.get("name") mac = props.get("mac") or props.get("unique_id") if mac: await self.async_set_unique_id(mac) for entry in self._async_current_entries(): if getattr(entry, "unique_id", None) != mac: continue # Known device — per-host updates (t21 F2): each host is # tracked independently against the discovery address. # - a blank (auto-detect) host self-heals from the address; # - a stale protocol host is the IP change and is updated; # - a deliberately-different ADB host (an explicit override # that differs from both the address and the stored # protocol host) is never clobbered. protocol_host = entry.options.get(CONF_PROTOCOL_HOST, "") adb_host = entry.options.get(CONF_ADB_HOST, "") options = dict(entry.options) if protocol_host != host: options[CONF_PROTOCOL_HOST] = host if not adb_host or adb_host == protocol_host: # blank (self-heal) or auto-synced alongside the protocol # host — safe to follow the device address on discovery options[CONF_ADB_HOST] = host if options != entry.options: # t29 G3a: the deprecated update+schedule-reload combo is # gone (2026.12 error) — the entry updates ONLY here; the # self-heal rides on the t32 F1 poller factory, which # re-reads entry.options at call time (no reload). self.hass.config_entries.async_update_entry( entry, options=options ) return self.async_abort(reason="already_configured") self._abort_if_unique_id_configured() else: # t32 F2 / t37 D3: MAC-less discovery cannot carry a unique_id, so # HA's own helper owns the dedup — and it MUST be awaited. It is a # coroutine that aborts `already_configured` when the handler # already has entries, claims DEFAULT_DISCOVERY_UNIQUE_ID, and # aborts `already_in_progress` when another flow for this handler # is running. t32 shipped the call without the await, so none of # that ran ("coroutine was never awaited") and the host-equality # guard that used to sit here was the accidental dedup; the real # helper is stricter (any entry for the domain, any in-flight # flow), so nothing is left to do here. await self._async_handle_discovery_without_unique_id() # First-time setup: pre-filled user step return await self.async_step_user() def _create_entry(self): """Create the config entry from stored user data. Everything the integration needs lives in the OPTIONS (t41: one host field among them); ``data`` stays empty because no value has to be immutable. """ d = self._user_data return self.async_create_entry( title=d["name"], data={}, options={ CONF_JELLYFIN_ENTITY: d.get(CONF_JELLYFIN_ENTITY, ""), CONF_RECEIVER_ENTITY: d.get(CONF_RECEIVER_ENTITY, ""), CONF_RECEIVER_INPUT: d.get(CONF_RECEIVER_INPUT, ""), CONF_POWER_ENTITY: d.get(CONF_POWER_ENTITY, ""), CONF_ADB_ENABLED: d.get(CONF_ADB_ENABLED, False), CONF_ADB_STORE_APP_INFO: d.get(CONF_ADB_STORE_APP_INFO, True), CONF_ADB_HOST: d.get(CONF_ADB_HOST, ""), CONF_ADB_PORT: d.get(CONF_ADB_PORT, DEFAULT_ADB_PORT), CONF_PROTOCOL_ENABLED: d.get(CONF_PROTOCOL_ENABLED, False), CONF_PROTOCOL_HOST: d.get(CONF_PROTOCOL_HOST, ""), }, ) async def _async_after_pairing(self): """Route after the pairing steps: protocol next, else create the entry.""" if self._user_data.get(CONF_PROTOCOL_ENABLED): return await self.async_step_protocol_pair() return self._create_entry() def _protocol_host(self) -> str | None: """Protocol host: explicit override, else the ADB host fallback.""" return self._user_data.get(CONF_PROTOCOL_HOST) or self._resolve_adb_host() def _discard_protocol_client(self) -> None: """Drop a pairing client whose session became void (host corrected).""" client = self._protocol_client self._protocol_client = None if client is not None: with contextlib.suppress(Exception): client.disconnect() async def _start_protocol_pairing(self): """Build a throwaway protocol client and make the Shield show its PIN. Certificates live under ``.storage//`` (core androidtv_remote helpers.py pattern) and are shared between pairing and runtime. Returns None when no host is resolvable or ``androidtvremote2`` is missing — the caller turns that into an error key, never a crash. """ host = self._protocol_host() if not host: return None certfile, keyfile = await self.hass.async_add_executor_job( protocol_cert_paths, self.hass ) client = ShieldConnectionManager.build_protocol_client( host, client_name=self._user_data.get("name", DEFAULT_NAME) or DEFAULT_NAME, certfile=certfile, keyfile=keyfile, ) if client is None: # build_protocol_client already logged the missing library; # pairing cannot start, and the form still offers the skip path return None await client.async_generate_cert_if_missing() await client.async_start_pairing() return client async def _async_begin_protocol_pairing(self): """Start a PIN pairing session: ``(client, None)`` or ``(None, error)``.""" if not self._protocol_host(): return None, "protocol_no_host" client = await self._start_protocol_pairing() if client is None: return None, "protocol_unavailable" return client, None def _show_protocol_pair_form(self, errors=None): """protocol_pair form: the PIN, the address, and the skip escape. t33 F-B/F-C: the host field lives on THIS form, so an unresolvable address is fixable where the error is shown (the user step is gone), and the skip option keeps the step from being a dead end. """ return self.async_show_form( step_id="protocol_pair", data_schema=vol.Schema( { vol.Required(CONF_PAIRING_CODE): str, _host_field_key(CONF_PROTOCOL_HOST, self._protocol_host() or ""): str, vol.Optional(CONF_SKIP_PAIRING, default=False): bool, } ), errors=errors or {}, ) async def _async_skip_protocol_pairing(self): """Continue without the protocol transport (t33 F-B, passive mode). The transport is switched OFF rather than left half-paired: an unpaired protocol client fails auth on its first connect and would only bounce the user into the reauth flow — a fresh dead end. """ self._discard_protocol_client() self._user_data[CONF_PROTOCOL_ENABLED] = False if self._reauth_entry is not None: # an existing entry cannot be re-created: leave it untouched and # say so instead of pretending the re-pair worked self._reauth_entry = None return self.async_abort(reason="reauth_skipped") if self._reconfigure_entry is not None: # same for a Reconfigure visit: nothing changed, the entry keeps # its options and can be reconfigured again at any time self._reconfigure_entry = None return self.async_abort(reason="reconfigure_skipped") return self._create_entry() async def _async_restart_protocol_pairing(self, errors: dict): """Start a fresh pairing session and render the form for its code. Called on the first visit, after a host correction, and when the user submits without a code: each is a request for the Shield to show a new code, and none of them may leave the step stuck. """ self._discard_protocol_client() client, error = await self._async_begin_protocol_pairing() if error: errors["base"] = error else: self._protocol_client = client return self._show_protocol_pair_form(errors) async def async_step_protocol_pair(self, user_input=None): """Pair with the remote protocol — the PIN is displayed on the Shield. Never a dead end (t33 F-B): a corrected address restarts pairing right here, submitting without a code asks for a fresh one, and ``skip_pairing`` finishes the entry in passive mode. """ errors = {} if user_input is None: # First visit: proactively start pairing so the PIN shows on the # Shield while the form is open. return await self._async_restart_protocol_pairing(errors) if user_input.get(CONF_SKIP_PAIRING): return await self._async_skip_protocol_pairing() typed_host = str(user_input.get(CONF_PROTOCOL_HOST) or "").strip() if typed_host and typed_host != (self._protocol_host() or ""): # A host typed HERE is authoritative — the user step is gone, so # the session started against the old address is dropped and the # Shield is asked for a NEW code at the corrected address (t35 F1). self._user_data[CONF_PROTOCOL_HOST] = typed_host self._discard_protocol_client() code = str(user_input.get(CONF_PAIRING_CODE, "") or "").strip() if self._protocol_client is None or not code: # No live session, or no code typed: (re)start pairing so the # Shield shows a code for the address currently on the form. return await self._async_restart_protocol_pairing(errors) client = self._protocol_client try: await client.async_finish_pairing(code) except Exception: errors["base"] = "protocol_pair_failed" return self._show_protocol_pair_form(errors) try: _name, mac = await client.async_get_name_and_mac() except Exception: mac = None with contextlib.suppress(Exception): client.disconnect() self._protocol_client = None target = self._reauth_entry or self._reconfigure_entry if mac and mac != getattr(target, "unique_id", None): # A MAC that is already configured must never be adopted silently. # A reauth/reconfigure flow already OWNS an entry, and # _abort_if_unique_id_configured looks the domain up by unique_id — # it would abort on that very entry when the MAC is unchanged # (t35 F1: re-pairing an entry used to abort as "already_configured"). await self.async_set_unique_id(mac) self._abort_if_unique_id_configured() if self._reauth_entry is not None: return self._finish_reauth() if self._reconfigure_entry is not None: return self._finish_reconfigure(mac) return self._create_entry() async def async_step_import(self, data): """Seed an interactive flow from YAML (t30 U1, seed-only ruling). The import validates the block and routes into the standard user flow — pairing stays interactive, exactly one visit. Duplicate guards: the block's host/MAC-virtual unique_id aborts when an entry already holds it, and a UI-configured entry with the same protocol/adb host is never re-seeded. """ block = dict(data or {}) name = block.get("name") or DEFAULT_NAME seed_unique_id = block.get("unique_id") if not seed_unique_id: host = block.get(CONF_ADB_HOST) or block.get(CONF_PROTOCOL_HOST) seed_unique_id = f"yaml:{name}:{host or 'nohost'}" # duplicate guards yhost = block.get(CONF_ADB_HOST) or block.get(CONF_PROTOCOL_HOST) for existing in self._async_current_entries(): ehost = existing.options.get(CONF_PROTOCOL_HOST) or existing.options.get( CONF_ADB_HOST ) if existing.unique_id == seed_unique_id or ( yhost and ehost == yhost ): _LOGGER.info( "nvidia_shield YAML seed for %r matches an existing " "entry — not re-seeded", name, ) return self.async_abort(reason="already_configured") await self.async_set_unique_id(seed_unique_id) self._abort_if_unique_id_configured() # route into the standard user flow (single interactive visit); # t32 F4: the prefill honors the block shape — ADB only when the # block actually carries an adb host. self._user_data = { "name": name, CONF_ADB_ENABLED: bool(block.get(CONF_ADB_HOST)), CONF_ADB_HOST: block.get(CONF_ADB_HOST, ""), CONF_ADB_PORT: block.get(CONF_ADB_PORT, DEFAULT_ADB_PORT), # protocol prefill hints ONLY (pairing stays interactive) CONF_PROTOCOL_HOST: block.get(CONF_PROTOCOL_HOST, ""), } # t33 F-A: the seed host feeds the same user-step prefill as a # zeroconf discovery, but WITHOUT the discovery announcement — the # address came from configuration.yaml, not from the network. self._seed_host = self._user_data[CONF_PROTOCOL_HOST] or self._user_data[ CONF_ADB_HOST ] return await self.async_step_user(None) async def async_step_reauth(self, entry_data): """Device hard reset invalidated our certificates (review trigger).""" self._reauth_entry = self.hass.config_entries.async_get_entry( self.context.get("entry_id") ) if self._reauth_entry is None: return self.async_abort(reason="reauth_entry_missing") return self.async_show_form( step_id="reauth_confirm", data_schema=vol.Schema({}) ) async def async_step_reauth_confirm(self, user_input=None): """Re-pair after a device hard reset, then reload the entry.""" if user_input is not None: entry = self._reauth_entry self._user_data = { "name": entry.title, CONF_PROTOCOL_ENABLED: True, CONF_PROTOCOL_HOST: entry.options.get(CONF_PROTOCOL_HOST, ""), } return await self.async_step_protocol_pair() # first visit re-pairs return self.async_show_form( step_id="reauth_confirm", data_schema=vol.Schema({}) ) async def async_step_reconfigure(self, user_input=None): """Re-run protocol pairing for an existing entry (audit G5, t35 F1). Home Assistant offers this as the entry's "Reconfigure" action — the discoverable way back for an entry whose protocol transport is off (typically the "continue without protocol pairing" outcome): the address is editable, the Shield shows a PIN, and the entry's options are updated + reloaded. """ entry = self._reconfigure_entry or self._get_reconfigure_entry() if entry is None: # HA always links the entry; a missing one gets a plain abort # instead of an exception return self.async_abort(reason="reconfigure_entry_missing") self._reconfigure_entry = entry # Seed the flow from the entry so the pairing step offers the address # the entry already knows (and _create_entry is never reached here). self._user_data = { "name": entry.title, CONF_ADB_ENABLED: entry.options.get(CONF_ADB_ENABLED, False), CONF_ADB_HOST: entry.options.get(CONF_ADB_HOST, ""), CONF_ADB_PORT: entry.options.get(CONF_ADB_PORT, DEFAULT_ADB_PORT), CONF_PROTOCOL_ENABLED: True, CONF_PROTOCOL_HOST: entry.options.get(CONF_PROTOCOL_HOST, ""), } return await self.async_step_protocol_pair() def _finish_reconfigure(self, mac: str | None): """Reconfigure pairing done: update + reload + abort (G3a contract). The protocol host persists as the address that just paired, so the entry no longer depends on the ADB-host fallback for its transport. HA derives the abort reason ("reconfigure_successful") from the flow source, so this needs no integration string. """ entry = self._reconfigure_entry or self._get_reconfigure_entry() updates: dict = { "options": { **entry.options, CONF_PROTOCOL_ENABLED: True, CONF_PROTOCOL_HOST: self._protocol_host() or "", }, } if mac: # a swapped device keeps the entry's identity honest updates["unique_id"] = mac self._reconfigure_entry = None return self.async_update_reload_and_abort(entry, **updates) def _finish_reauth(self): """Reauth pairing done: update + reload + abort via the current API (G3a). The deprecated update-entry + schedule-reload boomerang listener is gone (2026.12 treats it as an error); the current config-entries contract is async_update_reload_and_abort with _get_reauth_entry. Core's kwarg is `options` (REPLACE) — there is no `options_updates`. """ entry = self._reauth_entry or self._get_reauth_entry() self.async_update_reload_and_abort( entry, options={ **entry.options, CONF_PROTOCOL_ENABLED: True, CONF_PROTOCOL_HOST: self._user_data.get(CONF_PROTOCOL_HOST, ""), }, ) self._reauth_entry = None return self.async_abort(reason="reauth_successful") def _resolve_adb_host(self) -> str | None: """The address to use for ADB: the ADB field, else the protocol field.""" return ( self._user_data.get(CONF_ADB_HOST) or self._user_data.get(CONF_PROTOCOL_HOST) or None ) def _show_adb_pair_form(self, errors=None): """adb_pair form: the address/port (fixable here) and the skip escape. t33 F-B/F-C/F-D: the fields live on THIS form — the user step is gone — so a missing address is fixable where the error appears, the standard 5555 is pre-filled, and the skip option ends the dead end. """ return self.async_show_form( step_id="adb_pair", data_schema=vol.Schema( { _host_field_key(CONF_ADB_HOST, self._resolve_adb_host() or ""): str, vol.Optional( CONF_ADB_PORT, default=self._user_data.get( CONF_ADB_PORT, DEFAULT_ADB_PORT ), ): int, vol.Optional(CONF_SKIP_PAIRING, default=False): bool, } ), errors=errors or {}, ) async def async_step_adb_pair(self, user_input=None): """Step 2: ADB pairing. Approve the prompt on the Shield, then Submit. Never a dead end (t33 F-B): the host/port are editable on the form, a missing address is reported against the field above it, and the skip option finishes the entry in passive mode. """ errors = {} if user_input is not None: if user_input.get(CONF_SKIP_PAIRING): # Continue WITHOUT pairing. ADB stays enabled on purpose: the # manager already degrades to its passive, background-retrying # state when no key exists, and the Pair ADB button (only # registered for adb-enabled entries) pairs later without # re-adding the integration. return await self._async_after_pairing() typed_host = str(user_input.get(CONF_ADB_HOST) or "").strip() if typed_host: # a host typed HERE is authoritative (the user step is gone) self._user_data[CONF_ADB_HOST] = typed_host port = user_input.get(CONF_ADB_PORT, DEFAULT_ADB_PORT) try: port = int(port) except (TypeError, ValueError): port = DEFAULT_ADB_PORT self._user_data[CONF_ADB_PORT] = port host = self._resolve_adb_host() if not host: errors["base"] = "adb_no_host" else: key_path = await self.hass.async_add_executor_job( ensure_adb_key, self.hass.config.config_dir ) connected = await ShieldConnectionManager.test_connect( host, port, key_path ) if connected: return await self._async_after_pairing() else: errors["base"] = "adb_failed" return self._show_adb_pair_form(errors) @staticmethod @callback def async_get_options_flow(config_entry): return NvidiaShieldOptionsFlow() class NvidiaShieldOptionsFlow(config_entries.OptionsFlowWithReload): """Handle options for Nvidia Shield — single unified page (t29 G3b). The constructor takes NO arguments: HA assigns ``self.config_entry`` on instantiation (the pre-2026 "OptionsFlow(config_entry)" pattern is deprecated). Suggested values come through ``add_suggested_values_to_schema``, and saving reloads via the OptionsFlowWithReload base — no listener boomerangs. """ def __init__(self): self._options: dict | None = None @property def _options_dict(self) -> dict: if self._options is None: if self.config_entry is not None: self._options = dict(self.config_entry.options) else: self._options = {} return self._options async def async_step_init(self, user_input=None): """Single-page options.""" errors = {} if user_input is not None: # P5-2: validate the digit delay (0.05–1.0 s, §7 window) delay = user_input.pop(CONF_CHANNEL_DIGIT_DELAY, None) if delay is not None: try: delay = float(delay) except (TypeError, ValueError): errors["base"] = "invalid_digit_delay" delay = None if delay is not None and not (0.05 <= delay <= 1.0): errors["base"] = "invalid_digit_delay" app_map_text = user_input.pop(CONF_APP_NAME_MAP, None) icons: dict[str, str] = {} if app_map_text is None: app_map = self._options_dict.get(CONF_APP_NAME_MAP, {}) elif app_map_text.strip() == "": app_map = {} else: app_map = _app_map_from_text(app_map_text, icons) if app_map is None: errors["base"] = "invalid_app_map" if not errors: if delay is not None: self._options_dict[CONF_CHANNEL_DIGIT_DELAY] = delay self._options_dict.update(user_input) self._options_dict[CONF_APP_NAME_MAP] = app_map # P5-2: the icon column — the editor is the source of # truth, so a save without icons clears them (and a # single-column map stays valid). self._options_dict[CONF_APP_ICON_MAP] = icons return self.async_create_entry(title="", data=self._options_dict) sel = _build_selectors() schema_dict = {} # Apps name/icon map editor (P4-1, core androidtv_remote options # pattern, simplified): one package=name[|icon] per line (P5-2 adds # the optional icon column). schema_dict[vol.Optional(CONF_APP_NAME_MAP)] = str # Jellyfin jf = self._options_dict.get(CONF_JELLYFIN_ENTITY) jf_key = vol.Optional(CONF_JELLYFIN_ENTITY) if jf: jf_key = vol.Optional(CONF_JELLYFIN_ENTITY) schema_dict[jf_key] = sel["media_player"] # Receiver recv = self._options_dict.get(CONF_RECEIVER_ENTITY) recv_key = vol.Optional(CONF_RECEIVER_ENTITY) if recv: recv_key = vol.Optional(CONF_RECEIVER_ENTITY) schema_dict[recv_key] = sel["receiver"] # P5-2: channel digit behavior (the user-validated §7 flow) schema_dict[vol.Optional(CONF_CHANNEL_DIGIT_DELAY)] = str schema_dict[vol.Optional(CONF_CHANNEL_SEND_ENTER)] = bool # P5-3: the live events push is opt-in (default off; the user # tests stability on their device and reports) schema_dict[vol.Optional(CONF_LOGCAT_EVENTS)] = bool # P4-2a: the raw adb_command service is opt-in (default off) schema_dict[vol.Optional(CONF_ADB_COMMAND_ENABLED)] = bool # Receiver input — dropdown from DAG if receiver is set, text otherwise current_input = self._options_dict.get(CONF_RECEIVER_INPUT, "") receiver = self._options_dict.get(CONF_RECEIVER_ENTITY) inputs = _get_receiver_inputs(self.hass, receiver) if inputs: input_sel = selector.SelectSelector( selector.SelectSelectorConfig( options=inputs, mode=selector.SelectSelectorMode.DROPDOWN, custom_value=True, ) ) input_key = vol.Optional(CONF_RECEIVER_INPUT) if current_input: input_key = vol.Optional(CONF_RECEIVER_INPUT) schema_dict[input_key] = input_sel else: schema_dict[vol.Optional(CONF_RECEIVER_INPUT)] = str # Power pwr = self._options_dict.get(CONF_POWER_ENTITY) pwr_key = vol.Optional(CONF_POWER_ENTITY) if pwr: pwr_key = vol.Optional(CONF_POWER_ENTITY) schema_dict[pwr_key] = sel["power"] # ADB options schema_dict[vol.Optional(CONF_ADB_ENABLED)] = bool schema_dict[vol.Optional(CONF_ADB_STORE_APP_INFO)] = bool # ADB host/port (optional overrides, shown when ADB is enabled) schema_dict[vol.Optional(CONF_ADB_HOST)] = str schema_dict[vol.Optional(CONF_ADB_PORT)] = int # t29 G3b: suggested values come from the entry options via the # documented helper — no per-key `default=` in the schema build. return self.async_show_form( step_id="init", data_schema=self.add_suggested_values_to_schema( vol.Schema(schema_dict), self._options_dict ), errors=errors, )