Struct w5500_ll::PhyCfg

pub struct PhyCfg(_);

PHY configuration register (PHYCFGR).

Used for:

• PHY reset.
• PHY operation modes.
• PHY status.

This is used by the crate::Registers::phycfgr and crate::Registers::set_phycfgr methods.

Implementations

impl PhyCfg

pub const RESET: u8

PHY configuration register reset value.

pub const RST_OFFSET: u8

Bit offset for the RST field.

pub const OPMD_OFFSET: u8

Bit offset for the OPMD field.

pub const OPMDC_OFFSET: u8

Bit offset for the OPMDC field.

pub const DPX_OFFSET: u8

Bit offset for the DPX field.

pub const SPD_OFFSET: u8

Bit offset for the SPD field.

pub const LNK_OFFSET: u8

Bit offset for the LNK field.

pub const RST_MASK: u8

Bit mask for the RST field.

pub const OPMD_MASK: u8

Bit mask for the OPMD field.

pub const OPMDC_MASK: u8

Bit mask for the OPMDC field.

pub const DPX_MASK: u8

Bit mask for the DPX field.

pub const SPD_MASK: u8

Bit mask for the SPD field.

pub const LNK_MASK: u8

Bit mask for the LNK field.

pub fn rst(&mut self)

Set the PHY reset bit to '0', resetting the PHY.

pub const fn opmd(&self) -> bool

Get the PHY operation mode.

• true configure PHY with software.
• false (reset value) configure PHY with hardware.

pub fn hardware_op(&mut self)

Enable hardware configuration of the PHY operation mode.

Example

use w5500_ll::{OperationMode, PhyCfg};

let mut phy_cfg = PhyCfg::default();
assert!(!phy_cfg.opmd());
phy_cfg.software_op();
assert!(phy_cfg.opmd());
phy_cfg.hardware_op();
assert!(!phy_cfg.opmd());

pub fn software_op(&mut self)

Enable software configuration of the PHY operation mode.

Example

use w5500_ll::{OperationMode, PhyCfg};

let mut phy_cfg = PhyCfg::default();
assert!(!phy_cfg.opmd());
phy_cfg.software_op();
assert!(phy_cfg.opmd());

pub fn opmdc(&self) -> Result<OperationMode, u8>

Get the operation mode.

Example

use w5500_ll::{OperationMode, PhyCfg};

let phy_cfg = PhyCfg::default();
assert_eq!(phy_cfg.opmdc(), Ok(OperationMode::Auto));

pub fn set_opmdc(&mut self, mode: OperationMode)

Set the PHY operation mode.

Setting this will also call PhyCfg::software_op to enable the PHY configuration with the value stored in this register.

Example

use w5500_ll::{OperationMode, PhyCfg};

let mut phy_cfg = PhyCfg::default();
assert!(!phy_cfg.opmd());
phy_cfg.set_opmdc(OperationMode::PowerDown);
assert!(phy_cfg.opmd());
assert_eq!(phy_cfg.opmdc(), Ok(OperationMode::PowerDown));
phy_cfg.set_opmdc(OperationMode::Auto);
assert_eq!(phy_cfg.opmdc(), Ok(OperationMode::Auto));

pub fn dpx(&self) -> DuplexStatus

Get the duplex status.

Example

use w5500_ll::{DuplexStatus, PhyCfg};

let phy_cfg = PhyCfg::default();
assert_eq!(phy_cfg.dpx(), DuplexStatus::Half);

pub fn spd(&self) -> SpeedStatus

Get the speed status.

Example

use w5500_ll::{PhyCfg, SpeedStatus};

let phy_cfg = PhyCfg::default();
assert_eq!(phy_cfg.spd(), SpeedStatus::Mbps10);

pub fn lnk(&self) -> LinkStatus

Get the link status.

Example

use w5500_ll::{LinkStatus, PhyCfg};

let phy_cfg = PhyCfg::default();
assert_eq!(phy_cfg.lnk(), LinkStatus::Down);

Trait Implementations

impl Clone for PhyCfg

pub fn clone(&self) -> PhyCfg

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Copy for PhyCfg

impl Debug for PhyCfg

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

Formats the value using the given formatter.

impl Default for PhyCfg

pub fn default() -> Self

Returns the "default value" for a type.

impl Display for PhyCfg

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

Formats the value using the given formatter.

impl Eq for PhyCfg

impl From<PhyCfg> for u8

pub fn from(val: PhyCfg) -> u8

Performs the conversion.

impl From<u8> for PhyCfg

pub fn from(val: u8) -> PhyCfg

Performs the conversion.

impl PartialEq<PhyCfg> for PhyCfg

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

This method tests for self and other values to be equal, and is used by ==.

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

This method tests for !=.

impl StructuralEq for PhyCfg

impl StructuralPartialEq for PhyCfg