Struct NodeContext_TO 

#[repr(transparent)]
pub struct NodeContext_TO<'lt, _ErasedPtr>
where
    _ErasedPtr: __GetPointerKind,
{
    pub obj: NodeContext_Backend<'lt, _ErasedPtr>,
    /* private fields */
}

The trait object for NodeContext.

There are extra methods on the obj field.

Fields

obj: NodeContext_Backend<'lt, _ErasedPtr>

Implementations

impl<'lt, _ErasedPtr> NodeContext_TO<'lt, _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: NodeContext + Sized + 'lt, NodeContext_Interface: GetRObjectVTable<Downcasting, _OrigPtr::PtrTarget, _ErasedPtr, _OrigPtr>,

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

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: NodeContext_Backend<'lt, _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) -> NodeContext_TO<'lt, 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, ) -> NodeContext_TO<'lt, 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<'lt> NodeContext_TO<'lt, RBox<()>>

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

where _Self: NodeContext + 'lt, NodeContext_Interface: GetRObjectVTable<Downcasting, _Self, RBox<()>, RBox<_Self>>,

Constructs this trait from a type that implements NodeContext.

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<'lt, '_sub> NodeContext_TO<'lt, RRef<'_sub, ()>>

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

where _Self: NodeContext + 'lt, NodeContext_Interface: GetRObjectVTable<Downcasting, _Self, RRef<'_sub, ()>, &'_sub _Self>,

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

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 [NodeContext_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<'lt, _ErasedPtr> NodeContext_TO<'lt, _ErasedPtr>

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

pub fn add_audio_input(&self) -> AudioInputId

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

pub fn add_video_input(&self) -> VideoInputId

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

pub fn add_audio_output(&self) -> AudioOutput

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

pub fn add_video_output(&self) -> VideoOutput

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

pub fn create_to_rgba( &self, param_0: &VideoFormat, param_1: &ColourSpec, param_2: usize, param_3: usize, ) -> ToRGBA

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

pub fn create_from_rgba( &self, param_0: &VideoFormat, param_1: &ColourSpec, param_2: usize, param_3: usize, param_4: InterlaceMode, ) -> FromRGBA

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

pub fn create_to_audio_f32( &self, param_0: AudioFormat, param_1: AudioChannelLayout, ) -> ToAudioF32

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

pub fn create_from_audio_f32( &self, param_0: AudioFormat, param_1: AudioChannelLayout, ) -> FromAudioF32

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

pub fn create_process_shader( &self, param_0: RStr<'_>, param_1: RStr<'_>, ) -> ProcessShader

where _ErasedPtr: AsPtr<PtrTarget = ()>,

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

Trait Implementations

impl<'lt, _ErasedPtr> GetStaticEquivalent_ for NodeContext_TO<'lt, _ErasedPtr>

where _ErasedPtr: __GetPointerKind + __StableAbi, NodeContext_Backend<'lt, _ErasedPtr>: StableAbi,

type StaticEquivalent = _static_NodeContext_TO<'static, <_ErasedPtr as GetStaticEquivalent_>::StaticEquivalent>

The 'static equivalent of Self

impl<'lt, _ErasedPtr> NodeContext for NodeContext_TO<'lt, _ErasedPtr>

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

fn add_audio_input(&self) -> AudioInputId

Add an audio input to the node.

fn add_video_input(&self) -> VideoInputId

Add a video input to the node.

fn add_audio_output(&self) -> AudioOutput

Add an audio output to the node.

fn add_video_output(&self) -> VideoOutput

Add a video output to the node.

fn create_to_rgba( &self, param_0: &VideoFormat, param_1: &ColourSpec, param_2: usize, param_3: usize, ) -> ToRGBA

Create a ToRGBA that can be used to load video frames onto the GPU.

fn create_from_rgba( &self, param_0: &VideoFormat, param_1: &ColourSpec, param_2: usize, param_3: usize, param_4: InterlaceMode, ) -> FromRGBA

Create a [’FromRGBA`] that can be used to consume video frames from the GPU.

fn create_to_audio_f32( &self, param_0: AudioFormat, param_1: AudioChannelLayout, ) -> ToAudioF32

Create a ToAudioF32 that can be used to load audio in 32 bit floating-point format.

fn create_from_audio_f32( &self, param_0: AudioFormat, param_1: AudioChannelLayout, ) -> FromAudioF32

Create a FromAudioF32 that can be used to consume 32 bit floating-point audio in other formats.

fn create_process_shader( &self, param_0: RStr<'_>, param_1: RStr<'_>, ) -> ProcessShader

Create a shader from a source string.

impl<'lt, _ErasedPtr> StableAbi for NodeContext_TO<'lt, _ErasedPtr>

where _ErasedPtr: __GetPointerKind + __StableAbi, NodeContext_Backend<'lt, _ErasedPtr>: StableAbi,

const LAYOUT: &'static TypeLayout

The layout of the type provided by implementors.

type IsNonZeroType = <RObject<'lt, _ErasedPtr, NodeContext_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<'lt, _ErasedPtr> Send for NodeContext_TO<'lt, _ErasedPtr>

where _ErasedPtr: __GetPointerKind,

impl<'lt, _ErasedPtr> Sync for NodeContext_TO<'lt, _ErasedPtr>

where _ErasedPtr: __GetPointerKind,