Struct SPro24DspProtocol

pub struct SPro24DspProtocol;

Protocol implementation specific to Saffire Pro 24 DSP.

Implementations

impl SPro24DspProtocol

pub const COMPRESSOR_OUTPUT_MIN: f32 = 0f32

pub const COMPRESSOR_OUTPUT_MAX: f32 = 64f32

pub const COMPRESSOR_THRESHOLD_MIN: f32 = -1.25f32

pub const COMPRESSOR_THRESHOLD_MAX: f32 = 0f32

pub const COMPRESSOR_RATIO_MIN: f32 = 0.03125f32

pub const COMPRESSOR_RATIO_MAX: f32 = 0.5f32

pub const COMPRESSOR_ATTACK_MIN: f32 = -1f32

pub const COMPRESSOR_ATTACK_MAX: f32 = -0.9375f32

pub const COMPRESSOR_RELEASE_MIN: f32 = 0.9375f32

pub const COMPRESSOR_RELEASE_MAX: f32 = 1f32

pub const EQUALIZER_OUTPUT_MIN: f32 = 0f32

pub const EQUALIZER_OUTPUT_MAX: f32 = 1f32

pub const REVERB_SIZE_MIN: f32 = 0f32

pub const REVERB_SIZE_MAX: f32 = 1f32

pub const REVERB_AIR_MIN: f32 = 0f32

pub const REVERB_AIR_MAX: f32 = 1f32

pub const REVERB_PRE_FILTER_MIN: f32 = -1f32

pub const REVERB_PRE_FILTER_MAX: f32 = 1f32

Trait Implementations

impl Debug for SPro24DspProtocol

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

Formats the value using the given formatter.

impl Default for SPro24DspProtocol

fn default() -> SPro24DspProtocol

Returns the “default value” for a type.

impl SaffireproInputSpecification for SPro24DspProtocol

const INPUT_PARAMS_OFFSET: usize = 88usize

const SW_NOTICE: u32 = 4u32

const MIC_INPUT_COUNT: usize = 2usize

const LINE_INPUT_COUNT: usize = 2usize

impl SaffireproOutGroupSpecification for SPro24DspProtocol

const OUT_GROUP_STATE_OFFSET: usize = 12usize

Offset of output group state.

const ENTRY_COUNT: usize = 6usize

The number of outputs to be controlled.

const HAS_VOL_HWCTL: bool = false

Support hardware knob to control volume.

const SRC_NOTICE: u32 = 1u32

Software notification for source of output group.

const DIM_MUTE_NOTICE: u32 = 2u32

Software notification for dim and mute of output group.

const VOL_MIN: i8 = 0i8

The minimum value of volume.

const VOL_MAX: i8 = 127i8

The maximum value of volume.

fn create_out_group_state() -> OutGroupState

Instantiate structure for output group state.

impl SaffireproSwNoticeOperation for SPro24DspProtocol

const SW_NOTICE_OFFSET: usize = 1_516usize

fn write_sw_notice( req: &FwReq, node: &FwNode, sections: &ExtensionSections, notice: u32, timeout_ms: u32, ) -> Result<(), Error>

impl TcatExtensionOperation for SPro24DspProtocol

fn read_extension( req: &FwReq, node: &FwNode, section: &Section, offset: usize, frames: &mut [u8], timeout_ms: u32, ) -> Result<(), Error>

Initiate read transaction to offset in specific address space and finish it.

fn write_extension( req: &FwReq, node: &FwNode, section: &Section, offset: usize, frames: &mut [u8], timeout_ms: u32, ) -> Result<(), Error>

Initiate write transaction to offset in specific address space and finish it.

fn read_extension_sections( req: &FwReq, node: &FwNode, sections: &mut ExtensionSections, timeout_ms: u32, ) -> Result<(), Error>

Read section layout.

impl TcatExtensionSectionParamsOperation<Spro24DspCompressorState> for SPro24DspProtocol

fn cache_extension_whole_params( req: &FwReq, node: &FwNode, sections: &ExtensionSections, _: &ExtensionCaps, params: &mut Spro24DspCompressorState, timeout_ms: u32, ) -> Result<(), Error>

Cache state of hardware for whole parameters.

impl TcatExtensionSectionParamsOperation<Spro24DspEffectGeneralParams> for SPro24DspProtocol

fn cache_extension_whole_params( req: &FwReq, node: &FwNode, sections: &ExtensionSections, _: &ExtensionCaps, params: &mut Spro24DspEffectGeneralParams, timeout_ms: u32, ) -> Result<(), Error>

Cache state of hardware for whole parameters.

impl TcatExtensionSectionParamsOperation<Spro24DspEqualizerState> for SPro24DspProtocol

fn cache_extension_whole_params( req: &FwReq, node: &FwNode, sections: &ExtensionSections, _: &ExtensionCaps, params: &mut Spro24DspEqualizerState, timeout_ms: u32, ) -> Result<(), Error>

Cache state of hardware for whole parameters.

impl TcatExtensionSectionParamsOperation<Spro24DspReverbState> for SPro24DspProtocol

fn cache_extension_whole_params( req: &FwReq, node: &FwNode, sections: &ExtensionSections, _: &ExtensionCaps, params: &mut Spro24DspReverbState, timeout_ms: u32, ) -> Result<(), Error>

Cache state of hardware for whole parameters.

impl TcatExtensionSectionPartialMutableParamsOperation<Spro24DspCompressorState> for SPro24DspProtocol

fn update_extension_partial_params( req: &FwReq, node: &FwNode, sections: &ExtensionSections, _: &ExtensionCaps, params: &Spro24DspCompressorState, prev: &mut Spro24DspCompressorState, timeout_ms: u32, ) -> Result<(), Error>

Update state of hardware for partial parameters.

impl TcatExtensionSectionPartialMutableParamsOperation<Spro24DspEffectGeneralParams> for SPro24DspProtocol

fn update_extension_partial_params( req: &FwReq, node: &FwNode, sections: &ExtensionSections, _: &ExtensionCaps, params: &Spro24DspEffectGeneralParams, prev: &mut Spro24DspEffectGeneralParams, timeout_ms: u32, ) -> Result<(), Error>

Update state of hardware for partial parameters.

impl TcatExtensionSectionPartialMutableParamsOperation<Spro24DspEqualizerState> for SPro24DspProtocol

fn update_extension_partial_params( req: &FwReq, node: &FwNode, sections: &ExtensionSections, _: &ExtensionCaps, params: &Spro24DspEqualizerState, prev: &mut Spro24DspEqualizerState, timeout_ms: u32, ) -> Result<(), Error>

Update state of hardware for partial parameters.

impl TcatExtensionSectionPartialMutableParamsOperation<Spro24DspReverbState> for SPro24DspProtocol

fn update_extension_partial_params( req: &FwReq, node: &FwNode, sections: &ExtensionSections, _: &ExtensionCaps, params: &Spro24DspReverbState, prev: &mut Spro24DspReverbState, timeout_ms: u32, ) -> Result<(), Error>

Update state of hardware for partial parameters.

impl TcatGlobalSectionSpecification for SPro24DspProtocol

const AVAILABLE_CLOCK_SOURCE_OVERRIDE: Option<&'static [ClockSource]> = None

Some models report invalid list for signal source of sampling clock.

const CLOCK_SOURCE_LABEL_TABLE: &'static [ClockSource] = _

Some models report list of labels for signal source of sampling clock with unexpected position.

impl TcatOperation for SPro24DspProtocol

fn read( req: &FwReq, node: &FwNode, offset: usize, frames: &mut [u8], timeout_ms: u32, ) -> Result<(), Error>

Initiate read transaction to offset in specific address space and finish it.

fn write( req: &FwReq, node: &FwNode, offset: usize, frames: &mut [u8], timeout_ms: u32, ) -> Result<(), Error>

Initiate write transaction to offset in specific address space and finish it.

fn read_general_sections( req: &FwReq, node: &FwNode, sections: &mut GeneralSections, timeout_ms: u32, ) -> Result<(), Error>

Read section layout.

impl Tcd22xxSpecification for SPro24DspProtocol

const INPUTS: &'static [Input]

Physical input ports.

const OUTPUTS: &'static [Output]

Physical output ports.

const FIXED: &'static [SrcBlk]

Ports with fixed position in router entries; e.g. target ports for meter display.

const MIXER_OUT_PORTS: [u8; 3] = _

The number of mixer outputs at specification of TCD22xx.

const MIXER_IN_PORTS: [(DstBlkId, u8); 2] = _

The number of mixer inputs at specification of TCD22xx.

const ADAT_CHANNELS: [u8; 3] = _

The number of ADAT channels at specification of ADAT/SMUX.

fn adat_channel_count(rate_mode: RateMode) -> u8

Compute the number of ADAT channels.

fn mixer_out_port_count(rate_mode: RateMode) -> u8

Compute the number of mixer outputs.

fn mixer_in_port_count() -> u8

Compute the number of mixer inputs.

fn compute_avail_real_blk_pair( rate_mode: RateMode, ) -> (Vec<SrcBlk>, Vec<DstBlk>)

Compute available destination and source blocks for physical ports.

fn compute_avail_stream_blk_pair( tx_entries: &[FormatEntry], rx_entries: &[FormatEntry], ) -> (Vec<SrcBlk>, Vec<DstBlk>)

Compute available destination and source blocks for Tx/Rx streams.

fn compute_avail_mixer_blk_pair( caps: &ExtensionCaps, rate_mode: RateMode, ) -> (Vec<SrcBlk>, Vec<DstBlk>)

Compute available destination and source blocks for mixer inputs and outputs.

fn refine_router_entries( entries: &mut Vec<RouterEntry>, avail_blocks: &Tcd22xxAvailableBlocks, )

Refine router entries by defined descriptors.