Struct SavedState 

pub struct SavedState {
    pub partition_memory: Vec<MemoryEntry>,
    pub partition_mmio: Vec<MmioEntry>,
    pub cpus_with_mapped_interrupts_no_io: Vec<u32>,
    pub cpus_with_outstanding_io: Vec<u32>,
}

The format for saved state between the previous instance of OpenHCL and the next.

Fields

partition_memory: Vec<MemoryEntry>

The memory entries describing memory for the whole partition.

partition_mmio: Vec<MmioEntry>

The mmio entries describing mmio for the whole partition.

cpus_with_mapped_interrupts_no_io: Vec<u32>

The list of CPUs with mapped device interrupts present at save time that do not have outstanding IO (those CPUs are counted in cpus_with_outstanding_io).

DEFAULT: For save state from prior versions, this will be empty. This is fine: the restore heuristics might be less optimal, but will still be functionally correct.

cpus_with_outstanding_io: Vec<u32>

The list of CPUs with mapped device interrupts present at save time, and that also have outstanding IO on that CPU.

DEFAULT: For save state from prior versions, this will be empty. This is fine: the restore heuristics might be less optimal, but will still be functionally correct.

Trait Implementations

impl Debug for SavedState

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

Formats the value using the given formatter.

impl DefaultEncoding for SavedState

type Encoding = TableEncoder

The encoding to use for the serialization.

impl DescribeTable for SavedState

const DESCRIPTION: MessageDescription<'static>

The protobuf message description for this type.

impl<'encoding, AnyR: 'static> StructDecodeMetadata<'encoding, AnyR> for SavedState

const DECODERS: &'static [ErasedDecoderEntry]

The list of decoder vtables.

impl<AnyR: 'static> StructEncodeMetadata<AnyR> for SavedState

const ENCODERS: &'static [ErasedEncoderEntry]

The list of encoder vtables.

impl StructMetadata for SavedState

const NUMBERS: &'static [u32]

The field numbers for each field.

const OFFSETS: &'static [usize]

The byte offset to each field within the struct.