Struct ruduino::cores::atmega48::TIFR1

pub struct TIFR1;

Implementations

impl TIFR1

pub const ICF1: RegisterBits<Self>

pub const ICF10: RegisterBits<Self>

pub const OCF1B: RegisterBits<Self>

pub const OCF1B0: RegisterBits<Self>

pub const OCF1A: RegisterBits<Self>

pub const OCF1A0: RegisterBits<Self>

pub const TOV1: RegisterBits<Self>

pub const TOV10: RegisterBits<Self>

Trait Implementations

impl Register for TIFR1

type T = u8

The type that can represent the value of the register.

const ADDRESS: *mut u8

The address of the register.

type RegisterBits = RegisterBits<Self>

The type representing a set of bits that may be manipulated within the register.

fn write<V>(value: V) where
    V: Into<Self::T>, 

Writes a value to the register.

fn read() -> Self::T

Reads the value of the register.

fn set(bits: RegisterBits<Self>)

Sets a set of bits to 1 in the register.

fn set_mask_raw(mask: Self::T)

Sets a bitmask in a register.

fn unset(bits: RegisterBits<Self>)

Unsets a set of bits in the register.

fn unset_mask_raw(mask: Self::T)

Clears a bitmask from a register.

fn toggle(mask: RegisterBits<Self>)

Toggles a set of bits within the register.

fn toggle_raw(mask: Self::T)

Toggles a mask in the register.

fn is_set(bits: RegisterBits<Self>) -> bool

Checks if a set of bits are enabled.

fn is_mask_set_raw(mask: Self::T) -> bool

Checks if a mask is set in the register.

fn is_clear(mask: RegisterBits<Self>) -> bool

Checks if a set of bits are not set.

fn is_clear_raw(mask: Self::T) -> bool

Checks if a mask is clear in the register.

fn wait_until_set(bits: RegisterBits<Self>)

Waits until a set of bits are set in the register.

fn wait_until_mask_set_raw(mask: Self::T)

Waits until a bit mask is set in the register.