Enum Address

pub enum Address {
    None,
    Address1(u32, SpiDataMode),
    Address2(u32, SpiDataMode),
    Address3(u32, SpiDataMode),
    Address4(u32, SpiDataMode),
    Address5(u32, SpiDataMode),
    Address6(u32, SpiDataMode),
    Address7(u32, SpiDataMode),
    Address8(u32, SpiDataMode),
    Address9(u32, SpiDataMode),
    Address10(u32, SpiDataMode),
    Address11(u32, SpiDataMode),
    Address12(u32, SpiDataMode),
    Address13(u32, SpiDataMode),
    Address14(u32, SpiDataMode),
    Address15(u32, SpiDataMode),
    Address16(u32, SpiDataMode),
    Address17(u32, SpiDataMode),
    Address18(u32, SpiDataMode),
    Address19(u32, SpiDataMode),
    Address20(u32, SpiDataMode),
    Address21(u32, SpiDataMode),
    Address22(u32, SpiDataMode),
    Address23(u32, SpiDataMode),
    Address24(u32, SpiDataMode),
    Address25(u32, SpiDataMode),
    Address26(u32, SpiDataMode),
    Address27(u32, SpiDataMode),
    Address28(u32, SpiDataMode),
    Address29(u32, SpiDataMode),
    Address30(u32, SpiDataMode),
    Address31(u32, SpiDataMode),
    Address32(u32, SpiDataMode),
}

SPI address, ranging from 1 to 32 bits, paired with a data mode.

This can be used to specify the address phase of SPI transactions. Can be Address::None if address phase should be suppressed.

Variants

None

No address phase.

Address1(u32, SpiDataMode)

Address with 1-bit.

Address2(u32, SpiDataMode)

Address with 2-bit.

Address3(u32, SpiDataMode)

Address with 3-bit.

Address4(u32, SpiDataMode)

Address with 4-bit.

Address5(u32, SpiDataMode)

Address with 5-bit.

Address6(u32, SpiDataMode)

Address with 6-bit.

Address7(u32, SpiDataMode)

Address with 7-bit.

Address8(u32, SpiDataMode)

Address with 8-bit.

Address9(u32, SpiDataMode)

Address with 9-bit.

Address10(u32, SpiDataMode)

Address with 10-bit.

Address11(u32, SpiDataMode)

Address with 11-bit.

Address12(u32, SpiDataMode)

Address with 12-bit.

Address13(u32, SpiDataMode)

Address with 13-bit.

Address14(u32, SpiDataMode)

Address with 14-bit.

Address15(u32, SpiDataMode)

Address with 15-bit.

Address16(u32, SpiDataMode)

Address with 16-bit.

Address17(u32, SpiDataMode)

Address with 17-bit.

Address18(u32, SpiDataMode)

Address with 18-bit.

Address19(u32, SpiDataMode)

Address with 19-bit.

Address20(u32, SpiDataMode)

Address with 20-bit.

Address21(u32, SpiDataMode)

Address with 21-bit.

Address22(u32, SpiDataMode)

Address with 22-bit.

Address23(u32, SpiDataMode)

Address with 23-bit.

Address24(u32, SpiDataMode)

Address with 24-bit.

Address25(u32, SpiDataMode)

Address with 25-bit.

Address26(u32, SpiDataMode)

Address with 26-bit.

Address27(u32, SpiDataMode)

Address with 27-bit.

Address28(u32, SpiDataMode)

Address with 28-bit.

Address29(u32, SpiDataMode)

Address with 29-bit.

Address30(u32, SpiDataMode)

Address with 30-bit.

Address31(u32, SpiDataMode)

Address with 31-bit.

Address32(u32, SpiDataMode)

Address with 32-bit.

Trait Implementations

impl Clone for Address

fn clone(&self) -> Address

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for Address

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

Formats the value using the given formatter.

impl PartialEq for Address

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

impl Eq for Address

impl StructuralPartialEq for Address