Struct FfiNode_TO 

#[repr(transparent)]
pub struct FfiNode_TO<_ErasedPtr>
where
    _ErasedPtr: __GetPointerKind,
{
    pub obj: FfiNode_Backend<_ErasedPtr>,
    /* private fields */
}

The trait object for FfiNode.

There are extra methods on the obj field.

Fields

obj: FfiNode_Backend<_ErasedPtr>

Implementations

impl<_ErasedPtr> FfiNode_TO<_ErasedPtr>

where _ErasedPtr: AsPtr<PtrTarget = ()>,

pub fn from_ptr<_OrigPtr, Downcasting>( ptr: _OrigPtr, can_it_downcast: Downcasting, ) -> Self

where _OrigPtr: CanTransmuteElement<(), TransmutedPtr = _ErasedPtr>, _OrigPtr::PtrTarget: FfiNode + Sized, FfiNode_Interface: GetRObjectVTable<Downcasting, _OrigPtr::PtrTarget, _ErasedPtr, _OrigPtr>,

Constructs this trait object from a pointer to a type that implements FfiNode.

This method is automatically generated, for more documentation you can look at abi_stable::docs::sabi_trait_inherent

can_it_downcast describes whether the trait object can be converted back into the original type or not.
Its possible values are TD_CanDowncast and TD_Opaque.

pub fn from_sabi(obj: FfiNode_Backend<_ErasedPtr>) -> Self

Constructs this trait object from its underlying implementation.

This method is automatically generated, for more documentation you can look at abi_stable::docs::sabi_trait_inherent

pub fn sabi_reborrow<'_sub>(&'_sub self) -> FfiNode_TO<RRef<'_sub, ()>>

Reborrows this trait object to a reference-based trait object.

This method is automatically generated, for more documentation you can look at abi_stable::docs::sabi_trait_inherent

pub fn sabi_reborrow_mut<'_sub>(&'_sub mut self) -> FfiNode_TO<RMut<'_sub, ()>>

where _ErasedPtr: AsMutPtr<PtrTarget = ()>,

Reborrows this trait object to a mutable-reference-based trait object.

This method is automatically generated, for more documentation you can look at abi_stable::docs::sabi_trait_inherent

impl FfiNode_TO<RBox<()>>

pub fn from_value<_Self, Downcasting>( ptr: _Self, can_it_downcast: Downcasting, ) -> Self

where _Self: FfiNode, FfiNode_Interface: GetRObjectVTable<Downcasting, _Self, RBox<()>, RBox<_Self>>,

Constructs this trait from a type that implements FfiNode.

This method is automatically generated, for more documentation you can look at abi_stable::docs::sabi_trait_inherent

can_it_downcast describes whether the trait object can be converted back into the original type or not.
Its possible values are TD_CanDowncast and TD_Opaque.

impl<'_sub> FfiNode_TO<RRef<'_sub, ()>>

pub const fn from_const<_Self, Downcasting>( ptr: &'_sub _Self, can_it_downcast: Downcasting, ) -> Self

where _Self: FfiNode + 'static, FfiNode_Interface: GetRObjectVTable<Downcasting, _Self, RRef<'_sub, ()>, &'_sub _Self>,

Constructs this trait from a constant of a type that implements FfiNode.

This method is automatically generated, for more documentation you can look at abi_stable::docs::sabi_trait_inherent

You can construct the vtable_for parameter with [FfiNode_MV::VTABLE].

can_it_downcast describes whether the trait object can be converted back into the original type or not.
Its possible values are TD_CanDowncast and TD_Opaque.

impl<_ErasedPtr> FfiNode_TO<_ErasedPtr>

where _ErasedPtr: AsPtr<PtrTarget = ()>, Self: Send + Sync,

pub fn node_type(&self) -> RString

where _ErasedPtr: AsPtr<PtrTarget = ()>,

This is the inherent equivalent of the trait method of the same name

pub fn process( &self, param_0: RVec<u8>, ) -> FfiFuture<RResult<RVec<u8>, RString>>

where _ErasedPtr: AsPtr<PtrTarget = ()>,

This is the inherent equivalent of the trait method of the same name

pub fn process_multi( &self, param_0: RVec<u8>, ) -> FfiFuture<RResult<RVec<RVec<u8>>, RString>>

where _ErasedPtr: AsPtr<PtrTarget = ()>,

This is the inherent equivalent of the trait method of the same name

pub fn process_streaming( &self, param_0: RVec<u8>, param_1: OutputSinkBox, ) -> FfiFuture<RResult<usize, RString>>

where _ErasedPtr: AsPtr<PtrTarget = ()>,

This is the inherent equivalent of the trait method of the same name

pub fn initialize( &self, param_0: RString, param_1: RString, ) -> FfiFuture<RResult<(), RString>>

where _ErasedPtr: AsPtr<PtrTarget = ()>,

This is the inherent equivalent of the trait method of the same name

Trait Implementations

impl<_ErasedPtr> FfiNode for FfiNode_TO<_ErasedPtr>

where Self: Send + Sync + 'static, _ErasedPtr: AsPtr<PtrTarget = ()>,

fn node_type(&self) -> RString

fn process(&self, param_0: RVec<u8>) -> FfiFuture<RResult<RVec<u8>, RString>>

fn process_multi( &self, param_0: RVec<u8>, ) -> FfiFuture<RResult<RVec<RVec<u8>>, RString>>

Multi-output process. Returns ALL emissions from one input as a flat RVec<RVec<u8>> (each inner vec is one rmp-serde RuntimeData blob, in emission order).

fn process_streaming( &self, param_0: RVec<u8>, param_1: OutputSinkBox, ) -> FfiFuture<RResult<usize, RString>>

Per-frame streaming process. Same wire format as process_multi (msgpack-encoded RuntimeData blobs in emission order) but each frame is delivered to sink as it arrives rather than accumulated and returned at the end. Returns the total emission count on completion.

fn initialize( &self, param_0: RString, param_1: RString, ) -> FfiFuture<RResult<(), RString>>

One-time, per-session initialization hook for lazy-load plugins.

impl<_ErasedPtr> GetStaticEquivalent_ for FfiNode_TO<_ErasedPtr>

where _ErasedPtr: __GetPointerKind + __StableAbi, FfiNode_Backend<_ErasedPtr>: StableAbi,

type StaticEquivalent = _static_FfiNode_TO<<_ErasedPtr as GetStaticEquivalent_>::StaticEquivalent>

The 'static equivalent of Self

impl<_ErasedPtr> StableAbi for FfiNode_TO<_ErasedPtr>

where _ErasedPtr: __GetPointerKind + __StableAbi, FfiNode_Backend<_ErasedPtr>: StableAbi,

const LAYOUT: &'static TypeLayout

The layout of the type provided by implementors.

type IsNonZeroType = <RObject<'static, _ErasedPtr, FfiNode_Interface, VTable_Prefix<(), _ErasedPtr>> as StableAbi>::IsNonZeroType

Whether this type has a single invalid bit-pattern.

const ABI_CONSTS: AbiConsts = _

const-equivalents of the associated types.

impl<_ErasedPtr> Send for FfiNode_TO<_ErasedPtr>

where _ErasedPtr: __GetPointerKind,

impl<_ErasedPtr> Sync for FfiNode_TO<_ErasedPtr>

where _ErasedPtr: __GetPointerKind,