Struct RenderCallback 

pub struct RenderCallback<VertexShaderId: Id = IdDefault, FragmentShaderId: Id = IdDefault, ProgramId: Id = IdDefault, UniformId: Id + IdName = IdDefault, BufferId: Id = IdDefault, AttributeId: Id + IdName = IdDefault, TextureId: Id = IdDefault, FramebufferId: Id = IdDefault, TransformFeedbackId: Id = IdDefault, VertexArrayObjectId: Id = IdDefault, UserCtx: Clone + 'static = ()>(/* private fields */);

Methods from Deref<Target = Callback<dyn Fn(&RendererData<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>), RenderCallbackJs>>

pub fn js(&self) -> Option<CallbackWithContext<J>>

pub fn rs(&self) -> Option<CallbackWithContext<R>>

pub fn js_unwrap(&self) -> CallbackWithContext<J>

pub fn rs_unwrap(&self) -> CallbackWithContext<R>

pub fn js_inner_owned(&self) -> Option<J>

pub fn rs_inner_owned(&self) -> Option<R>

pub fn call_with_no_arg(&self)

If the function is a rust callback, the argument is supplied, otherwise the javascript function is called without any arguments.

pub fn call_with_rust_arg(&self, a: A)

If the function is a rust callback, the argument is supplied, otherwise the javascript function is called without any arguments.

pub fn call_with_rust_arg_and_return(&self, a: A) -> R

If the function is a rust callback, the argument is supplied, otherwise the javascript function is called without any arguments.

Returns the result value

pub fn call_with_js_arg(&self, a: A)

Calls either underlying callback with the argument supplied

pub fn call_with_into_js_arg(&self, a: A)

Calls either underlying callback with the argument supplied

pub fn call_with_as_js_arg(&self, a: A)

Calls either underlying callback with the argument supplied

pub fn call_with_into_js_arg_and_return(&self, a: A) -> R

Calls either underlying callback with the argument supplied and returns the resulting value

Trait Implementations

impl<VertexShaderId: Clone + Id, FragmentShaderId: Clone + Id, ProgramId: Clone + Id, UniformId: Clone + Id + IdName, BufferId: Clone + Id, AttributeId: Clone + Id + IdName, TextureId: Clone + Id, FramebufferId: Clone + Id, TransformFeedbackId: Clone + Id, VertexArrayObjectId: Clone + Id, UserCtx: Clone + Clone + 'static> Clone for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

fn clone( &self, ) -> RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl<VertexShaderId: Debug + Id, FragmentShaderId: Debug + Id, ProgramId: Debug + Id, UniformId: Debug + Id + IdName, BufferId: Debug + Id, AttributeId: Debug + Id + IdName, TextureId: Debug + Id, FramebufferId: Debug + Id, TransformFeedbackId: Debug + Id, VertexArrayObjectId: Debug + Id, UserCtx: Debug + Clone + 'static> Debug for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

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

Formats the value using the given formatter.

impl<VertexShaderId: Id, FragmentShaderId: Id, ProgramId: Id, UniformId: Id + IdName, BufferId: Id, AttributeId: Id + IdName, TextureId: Id, FramebufferId: Id, TransformFeedbackId: Id, VertexArrayObjectId: Id, UserCtx: Clone> Deref for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

type Target = Callback<dyn Fn(&RendererData<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>), RenderCallbackJs>

The resulting type after dereferencing.

fn deref(&self) -> &Self::Target

Dereferences the value.

impl<VertexShaderId: Id, FragmentShaderId: Id, ProgramId: Id, UniformId: Id + IdName, BufferId: Id, AttributeId: Id + IdName, TextureId: Id, FramebufferId: Id, TransformFeedbackId: Id, VertexArrayObjectId: Id, UserCtx: Clone, F: Fn(&RendererData<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>) + 'static> From<F> for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

fn from(callback: F) -> Self

Converts to this type from the input type.

impl<VertexShaderId: Id, FragmentShaderId: Id, ProgramId: Id, UniformId: Id + IdName, BufferId: Id, AttributeId: Id + IdName, TextureId: Id, FramebufferId: Id, TransformFeedbackId: Id, VertexArrayObjectId: Id, UserCtx: Clone, F: Fn(&RendererData<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>) + 'static> From<Rc<F>> for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

fn from(callback: Rc<F>) -> Self

Converts to this type from the input type.

impl<VertexShaderId: Id, FragmentShaderId: Id, ProgramId: Id, UniformId: Id + IdName, BufferId: Id, AttributeId: Id + IdName, TextureId: Id, FramebufferId: Id, TransformFeedbackId: Id, VertexArrayObjectId: Id, UserCtx: Clone> From<RenderCallbackJs> for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

fn from(callback: RenderCallbackJs) -> Self

Converts to this type from the input type.

impl<VertexShaderId: Hash + Id, FragmentShaderId: Hash + Id, ProgramId: Hash + Id, UniformId: Hash + Id + IdName, BufferId: Hash + Id, AttributeId: Hash + Id + IdName, TextureId: Hash + Id, FramebufferId: Hash + Id, TransformFeedbackId: Hash + Id, VertexArrayObjectId: Hash + Id, UserCtx: Hash + Clone + 'static> Hash for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl<VertexShaderId: Id, FragmentShaderId: Id, ProgramId: Id, UniformId: Id + IdName, BufferId: Id, AttributeId: Id + IdName, TextureId: Id, FramebufferId: Id, TransformFeedbackId: Id, VertexArrayObjectId: Id, UserCtx: Clone> PartialEq for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

fn eq(&self, other: &Self) -> 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<VertexShaderId: PartialOrd + Id, FragmentShaderId: PartialOrd + Id, ProgramId: PartialOrd + Id, UniformId: PartialOrd + Id + IdName, BufferId: PartialOrd + Id, AttributeId: PartialOrd + Id + IdName, TextureId: PartialOrd + Id, FramebufferId: PartialOrd + Id, TransformFeedbackId: PartialOrd + Id, VertexArrayObjectId: PartialOrd + Id, UserCtx: PartialOrd + Clone + 'static> PartialOrd for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>

fn partial_cmp( &self, other: &RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>, ) -> Option<Ordering>

This method returns an ordering between self and other values if one exists.

fn lt(&self, other: &Rhs) -> bool

Tests less than (for self and other) and is used by the < operator.

fn le(&self, other: &Rhs) -> bool

Tests less than or equal to (for self and other) and is used by the <= operator.

fn gt(&self, other: &Rhs) -> bool

Tests greater than (for self and other) and is used by the > operator.

fn ge(&self, other: &Rhs) -> bool

Tests greater than or equal to (for self and other) and is used by the >= operator.

impl<VertexShaderId: Eq + Id, FragmentShaderId: Eq + Id, ProgramId: Eq + Id, UniformId: Eq + Id + IdName, BufferId: Eq + Id, AttributeId: Eq + Id + IdName, TextureId: Eq + Id, FramebufferId: Eq + Id, TransformFeedbackId: Eq + Id, VertexArrayObjectId: Eq + Id, UserCtx: Eq + Clone + 'static> Eq for RenderCallback<VertexShaderId, FragmentShaderId, ProgramId, UniformId, BufferId, AttributeId, TextureId, FramebufferId, TransformFeedbackId, VertexArrayObjectId, UserCtx>