FfUcxProtocol

firewire_fireface_protocols::latter::ucx

Struct FfUcxProtocol

pub struct FfUcxProtocol;

Expand description

Unique protocol for UCX.

Trait Implementations§

impl Debug for FfUcxProtocol

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

Formats the value using the given formatter. Read more

impl Default for FfUcxProtocol

fn default() -> FfUcxProtocol

Returns the “default value” for a type. Read more

impl RmeFfCacheableParamsOperation<FfUcxStatus> for FfUcxProtocol

fn cache_wholly( req: &mut FwReq, node: &mut FwNode, status: &mut FfUcxStatus, timeout_ms: u32, ) -> Result<(), Error>

Cache whole parameters from registers.

impl RmeFfLatterSpecification for FfUcxProtocol

const LINE_INPUT_COUNT: usize = 6usize

The number of line inputs.

const MIC_INPUT_COUNT: usize = 2usize

The number of microphone inputs.

const SPDIF_INPUT_COUNT: usize = 2usize

The number of S/PDIF inputs.

const ADAT_INPUT_COUNT: usize = 8usize

The number of ADAT inputs.

const STREAM_INPUT_COUNT: usize = 18usize

The number of stream inputs.

const LINE_OUTPUT_COUNT: usize = 6usize

The number of line outputs.

const HP_OUTPUT_COUNT: usize = 2usize

The number of headphone outputs.

const SPDIF_OUTPUT_COUNT: usize = 2usize

The number of S/PDIF outputs.

const ADAT_OUTPUT_COUNT: usize = 8usize

The number of ADAT outputs.

impl RmeFfOffsetParamsDeserialize<FfUcxConfig> for FfUcxProtocol

fn deserialize_offsets(state: &mut FfUcxConfig, raw: &[u8])

Deserialize parameters into raw data.

impl RmeFfOffsetParamsDeserialize<FfUcxStatus> for FfUcxProtocol

fn deserialize_offsets(state: &mut FfUcxStatus, raw: &[u8])

Deserialize parameters into raw data.

impl RmeFfOffsetParamsSerialize<FfUcxConfig> for FfUcxProtocol

fn serialize_offsets(state: &FfUcxConfig) -> Vec<u8> ⓘ

Serialize parameters from raw data.

impl RmeFfOffsetParamsSerialize<FfUcxStatus> for FfUcxProtocol

fn serialize_offsets(state: &FfUcxStatus) -> Vec<u8> ⓘ

Serialize parameters from raw data.

impl RmeFfWhollyUpdatableParamsOperation<FfUcxConfig> for FfUcxProtocol

fn update_wholly( req: &mut FwReq, node: &mut FwNode, params: &FfUcxConfig, timeout_ms: u32, ) -> Result<(), Error>

Update registers for whole parameters.

Auto Trait Implementations§

impl Freeze for FfUcxProtocol

impl RefUnwindSafe for FfUcxProtocol

impl Send for FfUcxProtocol

impl Sync for FfUcxProtocol

impl Unpin for FfUcxProtocol

impl UnwindSafe for FfUcxProtocol

Blanket Implementations§

impl<T> Any for T
where T: 'static + ?Sized,

fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more

impl<T> Borrow<T> for T
where T: ?Sized,

fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more

impl<T> BorrowMut<T> for T
where T: ?Sized,

fn borrow_mut(&mut self) -> &mut T

Mutably borrows from an owned value. Read more

impl<T> From<T> for T

fn from(t: T) -> T

Returns the argument unchanged.

impl<T, U> Into<U> for T
where U: From<T>,

fn into(self) -> U

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

impl<O> RmeFfCacheableParamsOperation<FfLatterMeterState> for O
where O: RmeFfOffsetParamsDeserialize<FfLatterMeterState>,

fn cache_wholly( req: &mut FwReq, node: &mut FwNode, state: &mut FfLatterMeterState, timeout_ms: u32, ) -> Result<(), Error>

Cache whole parameters from registers.

impl<O> RmeFfCommandParamsSerialize<FfLatterFxEchoState> for O
where O: RmeFfLatterFxSpecification,

fn serialize_commands(params: &FfLatterFxEchoState) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterFxOutputParameters> for O
where O: RmeFfLatterFxSpecification,

fn serialize_commands(params: &FfLatterFxOutputParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterFxReverbState> for O
where O: RmeFfLatterFxSpecification,

fn serialize_commands(params: &FfLatterFxReverbState) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterFxSourceParameters> for O
where O: RmeFfLatterFxSpecification,

fn serialize_commands(params: &FfLatterFxSourceParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterInputAutolevelParameters> for O
where O: RmeFfLatterAutolevelSpecification + RmeFfLatterInputSpecification,

fn serialize_commands(params: &FfLatterInputAutolevelParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterInputDynamicsParameters> for O
where O: RmeFfLatterDynamicsSpecification + RmeFfLatterInputSpecification,

fn serialize_commands(params: &FfLatterInputDynamicsParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterInputEqualizerParameters> for O
where O: RmeFfLatterEqualizerSpecification + RmeFfLatterInputSpecification,

fn serialize_commands(params: &FfLatterInputEqualizerParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterInputHpfParameters> for O
where O: RmeFfLatterHpfSpecification + RmeFfLatterInputSpecification,

fn serialize_commands(params: &FfLatterInputHpfParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterInputState> for O
where O: RmeFfLatterInputSpecification,

fn serialize_commands(state: &FfLatterInputState) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterMixerState> for O
where O: RmeFfLatterMixerSpecification,

fn serialize_commands(state: &FfLatterMixerState) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterOutputAutolevelParameters> for O
where O: RmeFfLatterAutolevelSpecification + RmeFfLatterOutputSpecification,

fn serialize_commands(params: &FfLatterOutputAutolevelParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterOutputDynamicsParameters> for O
where O: RmeFfLatterDynamicsSpecification + RmeFfLatterOutputSpecification,

fn serialize_commands(params: &FfLatterOutputDynamicsParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterOutputEqualizerParameters> for O
where O: RmeFfLatterEqualizerSpecification + RmeFfLatterOutputSpecification,

fn serialize_commands(params: &FfLatterOutputEqualizerParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterOutputHpfParameters> for O
where O: RmeFfLatterHpfSpecification + RmeFfLatterOutputSpecification,

fn serialize_commands(params: &FfLatterOutputHpfParameters) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfCommandParamsSerialize<FfLatterOutputState> for O
where O: RmeFfLatterOutputSpecification,

fn serialize_commands(state: &FfLatterOutputState) -> Vec<u32>

Serialize parameters into commands.

impl<O> RmeFfLatterAutolevelSpecification for O
where O: RmeFfLatterDspSpecification,

const AUTOLEVEL_MAX_GAIN_MIN: i32 = 0i32

The minimum value of max gain.

const AUTOLEVEL_MAX_GAIN_MAX: i32 = 180i32

The maximum value of max gain.

const AUTOLEVEL_MAX_GAIN_STEP: i32 = 1i32

The step value of max gain.

const AUTOLEVEL_HEAD_ROOM_MIN: i32 = 30i32

The minimum value of head room.

const AUTOLEVEL_HEAD_ROOM_MAX: i32 = 120i32

The maximum value of head room.

const AUTOLEVEL_HEAD_ROOM_STEP: i32 = 1i32

The step value of head room.

const AUTOLEVEL_RISE_TIME_MIN: i32 = 1i32

The minimum value of rise time.

const AUTOLEVEL_RISE_TIME_MAX: i32 = 99i32

The maximum value of rise time.

const AUTOLEVEL_RISE_TIME_STEP: i32 = 1i32

The step value of rise time.

impl<O> RmeFfLatterDspSpecification for O
where O: RmeFfLatterSpecification,

const PHYS_INPUT_COUNT: usize = _

const INPUT_COUNT: usize = _

const OUTPUT_COUNT: usize = _

const STREAM_OFFSET: u16 = 32u16

const MIXER_STEP: u16 = _

impl<O> RmeFfLatterDynamicsSpecification for O
where O: RmeFfLatterDspSpecification,

const DYN_GAIN_MIN: i32 = -300i32

The minimum value of gain.

const DYN_GAIN_MAX: i32 = 300i32

The maximum value of gain.

const DYN_GAIN_STEP: i32 = 1i32

The step value of gain.

const DYN_ATTACK_MIN: i32 = 0i32

The minimum value of attack.

const DYN_ATTACK_MAX: i32 = 200i32

The maximum value of attack.

const DYN_ATTACK_STEP: i32 = 1i32

The step value of attack.

const DYN_RELEASE_MIN: i32 = 100i32

The minimum value of release.

const DYN_RELEASE_MAX: i32 = 999i32

The maximum value of release.

const DYN_RELEASE_STEP: i32 = 1i32

The step value of release.

const DYN_COMP_THRESHOLD_MIN: i32 = -600i32

The minimum value of compressor threshold.

const DYN_COMP_THRESHOLD_MAX: i32 = 0i32

The maximum value of compressor threshold.

const DYN_COMP_THRESHOLD_STEP: i32 = 1i32

The step value of compressor threshold.

const DYN_RATIO_MIN: i32 = 10i32

The minimum value of ratio.

const DYN_RATIO_MAX: i32 = 100i32

The maximum value of ratio.

const DYN_RATIO_STEP: i32 = 1i32

The step value of ratio.

const DYN_EX_THRESHOLD_MIN: i32 = -999i32

The minimum value of extra threshold.

const DYN_EX_THRESHOLD_MAX: i32 = -200i32

The maximum value of extra .

const DYN_EX_THRESHOLD_STEP: i32 = 1i32

The step value of extra .

impl<O> RmeFfLatterEqualizerSpecification for O
where O: RmeFfLatterDspSpecification,

const EQ_GAIN_MIN: i32 = -20i32

The minimum value of gain.

const EQ_GAIN_MAX: i32 = 20i32

The maximum value of gain.

const EQ_GAIN_STEP: i32 = 1i32

The step value of gain.

const EQ_FREQ_MIN: i32 = 20i32

The minimum value of frequency.

const EQ_FREQ_MAX: i32 = 20_000i32

The maximum value of frequency.

const EQ_FREQ_STEP: i32 = 1i32

The step value of frequency.

const EQ_QUALITY_MIN: i32 = 7i32

The minimum value of quality.

const EQ_QUALITY_MAX: i32 = 50i32

The maximum value of quality.

const EQ_QUALITY_STEP: i32 = 1i32

The step value of quality.

impl<O> RmeFfLatterFxSpecification for O
where O: RmeFfLatterDspSpecification,

const FX_PHYS_LEVEL_MIN: i32 = -650i32

The minimum value for .

const FX_PHYS_LEVEL_MAX: i32 = 0i32

The maximum value for .

const FX_PHYS_LEVEL_STEP: i32 = 1i32

The step value for .

const FX_VIRT_LEVEL_MIN: i32 = 0i32

The minimum value for .

const FX_VIRT_LEVEL_MAX: i32 = 35_676i32

The maximum value for .

const FX_VIRT_LEVEL_STEP: i32 = 1i32

The step value for .

const REVERB_PRE_DELAY_MIN: i32 = 0i32

The minimum value for pre delay.

const REVERB_PRE_DELAY_MAX: i32 = 999i32

The maximum value for pre delay.

const REVERB_PRE_DELAY_STEP: i32 = 1i32

The step value for pre delay.

const REVERB_ATTACK_MIN: i32 = 5i32

The minimum value for attack.

const REVERB_ATTACK_MAX: i32 = 400i32

The maximum value for attack.

const REVERB_ATTACK_STEP: i32 = 1i32

The step value for attack.

const REVERB_HOLD_MIN: i32 = 5i32

The minimum value for hold.

const REVERB_HOLD_MAX: i32 = 400i32

The maximum value for hold.

const REVERB_HOLD_STEP: i32 = 1i32

The step value for hold.

const REVERB_RELEASE_MIN: i32 = 5i32

The minimum value for release.

const REVERB_RELEASE_MAX: i32 = 500i32

The maximum value for release.

const REVERB_RELEASE_STEP: i32 = 1i32

The step value for release.

const REVERB_POST_LPF_FREQ_MIN: i32 = 200i32

The minimum value for post low pass filter.

const REVERB_POST_LPF_FREQ_MAX: i32 = 20_000i32

The maximum value for post low pass filter.

const REVERB_POST_LPF_FREQ_STEP: i32 = 1i32

The step value for post low pass filter.

const REVERB_TIME_MIN: i32 = 1i32

The minimum value for decay time.

const REVERB_TIME_MAX: i32 = 49i32

The maximum value for decay time.

const REVERB_TIME_STEP: i32 = 1i32

The step value for decay time.

const REVERB_DAMPING_MIN: i32 = 2_000i32

The minimum value for damping.

const REVERB_DAMPING_MAX: i32 = 20_000i32

The maximum value for damping.

const REVERB_DAMPING_STEP: i32 = 1i32

The step value for damping.

const REVERB_SMOOTH_MIN: i32 = 0i32

The minimum value for smooth.

const REVERB_SMOOTH_MAX: i32 = 100i32

The maximum value for smooth.

const REVERB_SMOOTH_STEP: i32 = 1i32

The step value for smooth.

const REVERB_VOL_MIN: i32 = -650i32

The minimum value for volume.

const REVERB_VOL_MAX: i32 = 60i32

The maximum value for volume.

const REVERB_VOL_STEP: i32 = 1i32

The step value for volume.

const REVERB_STEREO_WIDTH_MIN: i32 = 0i32

The minimum value for stereo width.

const REVERB_STEREO_WIDTH_MAX: i32 = 100i32

The maximum value for stereo width.

const REVERB_STEREO_WIDTH_STEP: i32 = 1i32

The step value for stereo width.

const ECHO_DELAY_MIN: i32 = 0i32

The minimum value for echo delay.

const ECHO_DELAY_MAX: i32 = 100i32

The maximum value for echo delay.

const ECHO_DELAY_STEP: i32 = 1i32

The step value for echo delay.

const ECHO_FEEDBACK_MIN: i32 = 0i32

The minimum value for echo feedback.

const ECHO_FEEDBACK_MAX: i32 = 100i32

The maximum value for echo feedback.

const ECHO_FEEDBACK_STEP: i32 = 1i32

The step value for echo feedback.

const ECHO_VOL_MIN: i32 = -650i32

The minimum value for echo volume.

const ECHO_VOL_MAX: i32 = 0i32

The maximum value for echo volume.

const ECHO_VOL_STEP: i32 = 1i32

The step value for echo volume.

const ECHO_STEREO_WIDTH_MIN: i32 = 0i32

The minimum value for echo stereo width.

const ECHO_STEREO_WIDTH_MAX: i32 = 100i32

The maximum value for echo stereo width.

const ECHO_STEREO_WIDTH_STEP: i32 = 1i32

The step value for echo stereo width.

fn create_fx_sources_parameters() -> FfLatterFxSourceParameters

Instantiate fx source parameters.

fn create_fx_output_parameters() -> FfLatterFxOutputParameters

Instantiate fx output parameters.

impl<O> RmeFfLatterHpfSpecification for O
where O: RmeFfLatterDspSpecification,

const HPF_CUT_OFF_MIN: i32 = 20i32

The minimum value of cut off.

const HPF_CUT_OFF_MAX: i32 = 500i32

The maximum value of cut off.

const HPF_CUT_OFF_STEP: i32 = 1i32

The step value of cut off.

impl<O> RmeFfLatterInputSpecification for O
where O: RmeFfLatterDspSpecification,

const PHYS_INPUT_GAIN_MIN: i32 = 0i32

The minimum value of physical inputs.

const PHYS_INPUT_GAIN_MAX: i32 = 120i32

The maximum value of physical inputs.

const PHYS_INPUT_GAIN_STEP: i32 = 1i32

The step value of physical inputs.

fn create_input_parameters() -> FfLatterInputState

Instantiate input parameters.

fn create_input_hpf_parameters() -> FfLatterInputHpfParameters

Instantiate input equalizer parameters.

fn create_input_equalizer_parameters() -> FfLatterInputEqualizerParameters

Instantiate input equalizer parameters.

fn create_input_dynamics_parameters() -> FfLatterInputDynamicsParameters

Instantiate input dynamics parameters.

fn create_input_autolevel_parameters() -> FfLatterInputAutolevelParameters

Instantiate input autolevel parameters.

impl<O> RmeFfLatterMeterSpecification for O
where O: RmeFfLatterSpecification,

const LEVEL_MIN: i32 = 0i32

const LEVEL_MAX: i32 = 134_217_712i32

const LEVEL_STEP: i32 = 16i32

fn create_meter_state() -> FfLatterMeterState

impl<O> RmeFfLatterMixerSpecification for O
where O: RmeFfLatterDspSpecification,

const MIXER_INPUT_GAIN_MIN: i32 = 0i32

The minimum value of gain for source of mixer.

const MIXER_INPUT_GAIN_ZERO: i32 = 36_864i32

The zero value of gain for source of mixer.

const MIXER_INPUT_GAIN_MAX: i32 = 40_960i32

The maximum value of gain for source of mixer.

const MIXER_INPUT_GAIN_STEP: i32 = 1i32

The step value of gain for source of mixer.

fn create_mixer_parameters() -> FfLatterMixerState

impl<O> RmeFfLatterOutputSpecification for O
where O: RmeFfLatterDspSpecification,

const PHYS_OUTPUT_VOL_MIN: i32 = -650i32

The minimum value for volume of physical output.

const PHYS_OUTPUT_VOL_MAX: i32 = 60i32

The maximum value for volume of physical output.

const PHYS_OUTPUT_VOL_STEP: i32 = 1i32

The step value of for volume physical output.

const PHYS_OUTPUT_BALANCE_MIN: i32 = -100i32

The minimum value for left and right balance of physical output.

const PHYS_OUTPUT_BALANCE_MAX: i32 = 100i32

The maximum value for left and right balance of physical output.

const PHYS_OUTPUT_BALANCE_STEP: i32 = 1i32

The step value for left and right balance of physical output.

const CH_OFFSET: u8 = _

The number of physical outputs.

const OUTPUT_PAIR_COUNT: usize = _

The number of physical output pairs.

fn create_output_parameters() -> FfLatterOutputState

Instantiate output parameters.

fn create_output_hpf_parameters() -> FfLatterOutputHpfParameters

Instantiate output equalizer parameters.

fn create_output_equalizer_parameters() -> FfLatterOutputEqualizerParameters

Instantiate output equalizer parameters.

fn create_output_dynamics_parameters() -> FfLatterOutputDynamicsParameters

Instantiate output dynamics parameters.

fn create_output_autolevel_parameters() -> FfLatterOutputAutolevelParameters

Instantiate output autolevel parameters.

impl<O> RmeFfOffsetParamsDeserialize<FfLatterMeterState> for O
where O: RmeFfLatterMeterSpecification,

fn deserialize_offsets(state: &mut FfLatterMeterState, raw: &[u8])

Deserialize parameters into raw data.

impl<O, T> RmeFfPartiallyCommandableParamsOperation<T> for O
where O: RmeFfCommandParamsSerialize<T>,

fn command_partially( req: &mut FwReq, node: &mut FwNode, params: &mut T, update: T, timeout_ms: u32, ) -> Result<(), Error>

impl<O, T> RmeFfWhollyCommandableParamsOperation<T> for O
where O: RmeFfCommandParamsSerialize<T>,

fn command_wholly( req: &mut FwReq, node: &mut FwNode, params: &T, timeout_ms: u32, ) -> Result<(), Error>

Update registers for whole parameters.

impl<T, U> TryFrom<U> for T
where U: Into<T>,

type Error = Infallible

The type returned in the event of a conversion error.

fn try_from(value: U) -> Result<T, <T as TryFrom<U>>::Error>

Performs the conversion.

impl<T, U> TryInto<U> for T
where U: TryFrom<T>,

type Error = <U as TryFrom<T>>::Error

The type returned in the event of a conversion error.

fn try_into(self) -> Result<U, <U as TryFrom<T>>::Error>

Performs the conversion.