Struct Pcfg 

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

Port Configuration. Configure type/address before enabling the port; TYPE must not change while enabled. Only one port may be OOB; if multiple ports are marked OOB, only the lowest-numbered port receives host writes. Only one port may be used for mastering and only one for flash; attempts to configure a second port are refused. Mastering, OOB and flash are not available with LPC. DIRECTION may change with caution. ERRORIGN polarity conflicts between its field and DIRECTION prose. STALLRD/STALLWR are documented here, but 52.4.2 says application stalling is no longer supported: raw fields do not guarantee this feature. TYPE=8 follows the register definition; 52.3.1.3.3 incorrectly calls Mailbox Shared 1010b.

Tuple Fields

0: u32

Implementations

impl Pcfg

pub const fn type_(&self) -> PcfgType

TYPE: Port interaction type; do not change while enabled. Only one port may be OOB; if multiple ports are marked OOB, only the lowest-numbered port receives host writes. Only one port may be used for mastering and only one for flash; attempts to configure a second port are refused. Mastering, OOB and flash are not available with LPC. Legal codes: 0=unconfigured, 1=ACPI endpoint, 2=ACPI index-and-data, 4=bus-master memory, 5=bus-master flash, 8=mailbox shared, 9=mailbox single, 10=mailbox split, 11=mailbox OOB split, 12=mailbox OEM; other codes reserved.

pub const fn set_type_(&mut self, val: PcfgType)

TYPE: Port interaction type; do not change while enabled. Only one port may be OOB; if multiple ports are marked OOB, only the lowest-numbered port receives host writes. Only one port may be used for mastering and only one for flash; attempts to configure a second port are refused. Mastering, OOB and flash are not available with LPC. Legal codes: 0=unconfigured, 1=ACPI endpoint, 2=ACPI index-and-data, 4=bus-master memory, 5=bus-master flash, 8=mailbox shared, 9=mailbox single, 10=mailbox split, 11=mailbox OOB split, 12=mailbox OEM; other codes reserved.

pub const fn direction(&self) -> PcfgDirection

Port Direction. Encodings: 0: Endpoint or index-and-data: bidirectional (normal). Mailbox Single: unenforced. Mailbox Split or Mailbox Shared: bidirectional.; 1: Endpoint or index-and-data: ignore read. Mailbox Single: write only. Mailbox Split or Mailbox Shared: ignore read.; 2: Endpoint or index-and-data: ignore write. Mailbox Single: read only. Mailbox Split or Mailbox Shared: ignore write.; 3: Endpoint or index-and-data: Ignore both. Mailbox Single: ignore both. Mailbox Split or Mailbox Shared: ignore both.

pub const fn set_direction(&mut self, val: PcfgDirection)

Port Direction. Encodings: 0: Endpoint or index-and-data: bidirectional (normal). Mailbox Single: unenforced. Mailbox Split or Mailbox Shared: bidirectional.; 1: Endpoint or index-and-data: ignore read. Mailbox Single: write only. Mailbox Split or Mailbox Shared: ignore read.; 2: Endpoint or index-and-data: ignore write. Mailbox Single: read only. Mailbox Split or Mailbox Shared: ignore write.; 3: Endpoint or index-and-data: Ignore both. Mailbox Single: ignore both. Mailbox Split or Mailbox Shared: ignore both.

pub const fn mbintall(&self) -> bool

Mailbox: map interrupt

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

Mailbox: map interrupt

pub const fn stallrd(&self) -> bool

Stall on any read

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

Stall on any read

pub const fn stallwr(&self) -> bool

Stall on write

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

Stall on write

pub const fn errorign(&self) -> bool

Error Origin. Encodings: 0: The host receives an error when trying to perform a read or write that is blocked by PnCFG[DIRECTION].; 1: Ignored silently. Reads return FFh for each byte if ignored (host property). In either case, PnSTAT[INTERR] bit becomes 1, causing an interrupt if masked for it.

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

Error Origin. Encodings: 0: The host receives an error when trying to perform a read or write that is blocked by PnCFG[DIRECTION].; 1: Ignored silently. Reads return FFh for each byte if ignored (host property). In either case, PnSTAT[INTERR] bit becomes 1, causing an interrupt if masked for it.

Trait Implementations

impl Clone for Pcfg

fn clone(&self) -> Pcfg

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Pcfg

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

Formats the value using the given formatter.

impl Default for Pcfg

fn default() -> Pcfg

Returns the “default value” for a type.

impl PartialEq for Pcfg

fn eq(&self, other: &Pcfg) -> 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 Pcfg

impl Eq for Pcfg

impl StructuralPartialEq for Pcfg