Struct Espicap 

#[repr(transparent)]
pub struct Espicap(pub u32);

eSPI Capabilities. Advertised capabilities and limits; host still chooses configuration. SAFERA defines only encodings 0-3 in a four-bit field; other values are unspecified, not inferred. MAXSPD=5-7 is unspecified.

Tuple Fields

0: u32

Implementations

impl Espicap

pub const fn spicap(&self) -> EspicapSpicap

SPI mode allowed (host still has to select):. Encodings: 0: SPI only; 1: BiSPI and SPI; 2: FLEXSPI and SPI; 3: Any

pub const fn set_spicap(&mut self, val: EspicapSpicap)

SPI mode allowed (host still has to select):. Encodings: 0: SPI only; 1: BiSPI and SPI; 2: FLEXSPI and SPI; 3: Any

pub const fn maxspd(&self) -> u8

Maximum SPI Clock Speed. Encodings: 0: <=20 MHz; 1: <=25 MHz (24 Mhz); 2: <=33 MHz (30 MHz); 3: <=50 MHz (48 MHz); 4: <=66 MHz (60 MHz)

pub const fn set_maxspd(&mut self, val: u8)

Maximum SPI Clock Speed. Encodings: 0: <=20 MHz; 1: <=25 MHz (24 Mhz); 2: <=33 MHz (30 MHz); 3: <=50 MHz (48 MHz); 4: <=66 MHz (60 MHz)

pub const fn alpin(&self) -> bool

Alert Pin

pub const fn set_alpin(&mut self, val: bool)

Alert Pin

pub const fn oobok(&self) -> bool

OOB Allow. Encodings: 0: Do not allow OOB; 1: Allow OOB

pub const fn set_oobok(&mut self, val: bool)

OOB Allow. Encodings: 0: Do not allow OOB; 1: Allow OOB

pub const fn flashmx(&self) -> u8

Maximum Flash Payload Size. Encodings: 0: 64 bytes; 1: 128 bytes; 2: 256 bytes; 3: 512 bytes

pub const fn set_flashmx(&mut self, val: u8)

Maximum Flash Payload Size. Encodings: 0: 64 bytes; 1: 128 bytes; 2: 256 bytes; 3: 512 bytes

pub const fn saf(&self) -> bool

Slave-Attached Flash. Encodings: 0: Host cannot support SAF; 1: SAF is possible with the firmware.

pub const fn set_saf(&mut self, val: bool)

Slave-Attached Flash. Encodings: 0: Host cannot support SAF; 1: SAF is possible with the firmware.

pub const fn safera(&self) -> u8

SAF Erase Sector. Encodings: 0: 2 kB; 1: 4 kB; 2: 8 kB; 3: 16 kB

pub const fn set_safera(&mut self, val: u8)

SAF Erase Sector. Encodings: 0: 2 kB; 1: 4 kB; 2: 8 kB; 3: 16 kB

pub const fn maf(&self) -> bool

Master-Attached Flash. Encodings: 0: Host cannot support MAF; 1: If 1, then Master Attached Flash is possible with this firmware

pub const fn set_maf(&mut self, val: bool)

Master-Attached Flash. Encodings: 0: Host cannot support MAF; 1: If 1, then Master Attached Flash is possible with this firmware

pub const fn trgt_req_size_supp(&self) -> u8

Target Maximum Read Request Size Supported. Encodings: 1: 64 bytes max read request size; 2: 128 bytes max read request size; 3: 256 bytes max read request size; 4: 512 bytes max read request size; 5: 1024 bytes max read request size; 6: 2048 bytes max read request size; 7: 4096 bytes max read request size

pub const fn set_trgt_req_size_supp(&mut self, val: u8)

Target Maximum Read Request Size Supported. Encodings: 1: 64 bytes max read request size; 2: 128 bytes max read request size; 3: 256 bytes max read request size; 4: 512 bytes max read request size; 5: 1024 bytes max read request size; 6: 2048 bytes max read request size; 7: 4096 bytes max read request size

pub const fn memmx(&self) -> u8

Peripheral Channel Maximum Payload Size Supported. Encodings: 1: 64 bytes address aligned max payload size; 2: 128 bytes address aligned max payload size; 3: 256 bytes address aligned max payload size

pub const fn set_memmx(&mut self, val: u8)

Peripheral Channel Maximum Payload Size Supported. Encodings: 1: 64 bytes address aligned max payload size; 2: 128 bytes address aligned max payload size; 3: 256 bytes address aligned max payload size

pub const fn oobmx(&self) -> u8

OOB Message Channel Maximum Payload Size Supported. Encodings: 1: 64 bytes address aligned max payload size; 2: 128 bytes address aligned max payload size; 3: 256 bytes address aligned max payload size

pub const fn set_oobmx(&mut self, val: u8)

OOB Message Channel Maximum Payload Size Supported. Encodings: 1: 64 bytes address aligned max payload size; 2: 128 bytes address aligned max payload size; 3: 256 bytes address aligned max payload size

Trait Implementations

impl Clone for Espicap

fn clone(&self) -> Espicap

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Espicap

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

Formats the value using the given formatter.

impl Default for Espicap

fn default() -> Espicap

Returns the “default value” for a type.

impl PartialEq for Espicap

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

Tests for self and other values to be equal, and is used by ==.

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

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for Espicap

impl Eq for Espicap

impl StructuralPartialEq for Espicap