Struct ProcessLoaderSequentialComponent 

pub struct ProcessLoaderSequentialComponent<C: Chip + 'static, D: ProcessStandardDebug + 'static, CAP: ProcessManagementCapability + 'static, const NUM_PROCS: usize> { /* private fields */ }

Implementations

impl<C: Chip, D: ProcessStandardDebug, CAP: ProcessManagementCapability + 'static, const NUM_PROCS: usize> ProcessLoaderSequentialComponent<C, D, CAP, NUM_PROCS>

pub fn new( checker: &'static ProcessCheckerMachine, kernel: &'static Kernel, chip: &'static C, fault_policy: &'static dyn ProcessFaultPolicy, appid_policy: &'static dyn AppIdPolicy, storage_policy: &'static dyn ProcessStandardStoragePermissionsPolicy<C, D>, app_flash: &'static [u8], app_memory: &'static mut [u8], proc_manage_cap: CAP, ) -> Self

Trait Implementations

impl<C: Chip, D: ProcessStandardDebug, CAP: ProcessManagementCapability + 'static, const NUM_PROCS: usize> Component for ProcessLoaderSequentialComponent<C, D, CAP, NUM_PROCS>

type StaticInput = (&'static mut MaybeUninit<SequentialProcessLoaderMachine<'static, C, D>>, &'static mut MaybeUninit<[Option<ProcessBinary>; NUM_PROCS]>)

An optional type to specify the chip or board specific static memory that a component needs to setup the output object(s). This is the memory that [crate::static_buf!()] would normally setup, but generic components cannot setup static buffers for types which are chip-dependent, so those buffers have to be passed in manually, and the [Component::StaticInput] type makes this possible.

type Output = &'static SequentialProcessLoaderMachine<'static, C, D>

The type (e.g., capsule, peripheral) that this implementation of [Component] produces via [Component::finalize()]. This is typically a static reference (&'static).

fn finalize(self, s: Self::StaticInput) -> Self::Output

A factory method that returns an instance of the Output type of this [Component] implementation. This is used in the boot sequence to instantiate and initialize part of the Tock kernel. This factory method may only be called once per Component instance.