Struct BayInfo 

#[non_exhaustive]
pub struct BayInfo {

    pub uid: BayUid,
    pub port_name: String,
    pub user_name: String,
    pub bay_num: u8,
    pub features: BayFeatures,
    pub is_input: bool,
    pub is_output: bool,
    pub is_audio: bool,
    pub has_dolby: bool,
    pub is_local: bool,
    pub video_source: Option<BayUid>,
    pub audio_source: Option<BayUid>,
    pub power_status: Option<PowerStatus>,
    pub hidden: Option<bool>,
    pub faulty: Option<bool>,
    pub poe_powered: Option<bool>,
    pub hdbt_connected: Option<bool>,
    pub signal_detected: Option<bool>,
    pub hpd_detected: Option<bool>,
    pub cec_detected: Option<bool>,
    pub encoder_disabled: Option<bool>,
    pub decoder_disabled: Option<bool>,
    pub signal_type: Option<String>,
    pub signal_details: Option<BaySignalDetails>,
    pub signal_mode: MxrSignalType,
    pub arc: ArcStatus,
    pub volume: Option<VolumeMuteStatus>,
    pub rc_type: Option<RcType>,
    pub edid_profile: Option<EdidProfile>,
    pub mirror: BayMirrorStatus,
    pub audio_endpoint: Option<u8>,
    pub amp_settings: Option<AmpZoneSettings>,
    pub filtered: Vec<DeviceUid>,
    pub linked_bay: Option<BayUid>,
    pub v2ip_uid: DeviceUid,
}

What a bay is, and what is connected to it.

A status this bay has never reported is None, which is not the same as the status being off: a device reports only what it has.

Fields (Non-exhaustive)

Non-exhaustive structs could have additional fields added in future. Therefore, non-exhaustive structs cannot be constructed in external crates using the traditional Struct { .. } syntax; cannot be matched against without a wildcard ..; and struct update syntax will not work.

uid: BayUid

How the bay is addressed: its device and its port.

port_name: String

The name the device gives the port, such as Output 1.

user_name: String

The name the installer gave the bay, falling back to the port name.

bay_num: u8

The bay number the device’s own API and topology use.

features: BayFeatures

What the bay is wired for.

is_input: bool

Whether the bay takes a signal in.

is_output: bool

Whether the bay puts a signal out.

is_audio: bool

Whether the bay carries audio and no video.

has_dolby: bool

Whether the bay can decode Dolby.

is_local: bool

Whether the bay is on this device rather than reached through the mesh.

video_source: Option<BayUid>

The bay routed to this one for video.

audio_source: Option<BayUid>

The bay routed to this one for audio, which follows the video source until the bay is told otherwise.

power_status: Option<PowerStatus>

Power state of what is connected.

hidden: Option<bool>

Whether the bay is hidden from the installation’s user interface.

faulty: Option<bool>

Whether the device reports the bay as faulty.

poe_powered: Option<bool>

Whether the bay is delivering power over the link.

hdbt_connected: Option<bool>

Whether an HDBaseT link is up.

signal_detected: Option<bool>

Whether a signal is present.

hpd_detected: Option<bool>

Whether hot-plug detect is asserted.

cec_detected: Option<bool>

Whether a CEC device answered.

encoder_disabled: Option<bool>

Whether the bay’s encoder is switched off.

decoder_disabled: Option<bool>

Whether the bay’s decoder is switched off.

signal_type: Option<String>

The signal as the device describes it, such as 1080p60 444 8.

signal_details: Option<BaySignalDetails>

The signal as the device measures it.

signal_mode: MxrSignalType

The signal format the device reports for the bay.

arc: ArcStatus

Whether audio return is active, and over which connector.

volume: Option<VolumeMuteStatus>

Volume and mute, for a bay that has them.

A bay with no volume control of its own reads its linked_bay’s, because a link to an amplifier zone is how the mesh says that zone is this bay’s volume.

rc_type: Option<RcType>

The kind of remote control attached.

edid_profile: Option<EdidProfile>

The EDID profile the bay presents.

mirror: BayMirrorStatus

Which bay this one mirrors, if any.

audio_endpoint: Option<u8>

The audio endpoint this bay feeds, on a device that has them.

amp_settings: Option<AmpZoneSettings>

Amplifier settings, on an amplifier zone.

filtered: Vec<DeviceUid>

Devices whose signals this bay refuses.

linked_bay: Option<BayUid>

The bay on another device this one is linked to, once that bay has been discovered.

A link is mesh configuration rather than a route: it names the bay elsewhere that belongs to this one, such as the amplifier zone carrying a OneIP output’s volume. BayInfo::volume is already read through it.

v2ip_uid: DeviceUid

The source device a V2IP bay maps to, or the zero uid.

Trait Implementations

impl Clone for BayInfo

fn clone(&self) -> BayInfo

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for BayInfo

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl PartialEq for BayInfo

fn eq(&self, other: &BayInfo) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl StructuralPartialEq for BayInfo