Struct dbus::tree::Factory

pub struct Factory<M: MethodType<D>, D: DataType = ()>(_);

The factory is used to create object paths, interfaces, methods etc.

There are three factories:

MTFn - all methods are Fn().

MTFnMut - all methods are FnMut(). This means they can mutate their environment, which has the side effect that if you call it recursively, it will RefCell panic.

MTSync - all methods are Fn() + Send + Sync + 'static. This means that the methods can be called from different threads in parallel.

Methods

impl Factory<MTFn<()>, ()>

pub fn new_fn<D: DataType>() -> Factory<MTFn<D>, D>

Creates a new factory for single-thread use.

pub fn new_fnmut<D: DataType>() -> Factory<MTFnMut<D>, D>

Creates a new factory for single-thread use, where callbacks can mutate their environment.

pub fn new_sync<D: DataType>() -> Factory<MTSync<D>, D>

Creates a new factory for multi-thread use.

impl<D: DataType> Factory<MTFn<D>, D>

pub fn method<H, T>(     &self,     t: T,     data: D::Method,     handler: H ) -> Method<MTFn<D>, D> where     H: 'static + Fn(&MethodInfo<MTFn<D>, D>) -> MethodResult,     T: Into<Member<'static>>,

Creates a new method for single-thread use.

impl<D: DataType> Factory<MTFnMut<D>, D>

pub fn method<H, T>(     &self,     t: T,     data: D::Method,     handler: H ) -> Method<MTFnMut<D>, D> where     H: 'static + FnMut(&MethodInfo<MTFnMut<D>, D>) -> MethodResult,     T: Into<Member<'static>>,

Creates a new method for single-thread use.

impl<D: DataType> Factory<MTSync<D>, D>

pub fn method<H, T>(     &self,     t: T,     data: D::Method,     handler: H ) -> Method<MTSync<D>, D> where     H: Fn(&MethodInfo<MTSync<D>, D>) -> MethodResult + Send + Sync + 'static,     T: Into<Member<'static>>,

Creates a new method for multi-thread use.

impl<M: MethodType<D>, D: DataType> Factory<M, D>

pub fn property<A: Arg, T: Into<String>>(     &self,     name: T,     data: D::Property ) -> Property<M, D>

Creates a new property.

A is used to calculate the type signature of the property.

pub fn signal<T: Into<Member<'static>>>(     &self,     name: T,     data: D::Signal ) -> Signal<D>

Creates a new signal.

pub fn interface<T: Into<IfaceName<'static>>>(     &self,     name: T,     data: D::Interface ) -> Interface<M, D>

Creates a new interface.

pub fn object_path<T: Into<Path<'static>>>(     &self,     name: T,     data: D::ObjectPath ) -> ObjectPath<M, D>

Creates a new object path.

pub fn tree(&self, data: D::Tree) -> Tree<M, D>

Creates a new tree.

pub fn method_sync<H, T>(     &self,     t: T,     data: D::Method,     handler: H ) -> Method<M, D> where     H: Fn(&MethodInfo<M, D>) -> MethodResult + Send + Sync + 'static,     T: Into<Member<'static>>,

Creates a new method - usually you'll use "method" instead.

This is useful for being able to create methods in code which is generic over methodtype.

Trait Implementations

impl<M: Debug + MethodType<D>, D: Debug + DataType> Debug for Factory<M, D>

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

Formats the value using the given formatter.

impl<M: Clone + MethodType<D>, D: Clone + DataType> Clone for Factory<M, D>

fn clone(&self) -> Factory<M, D>

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<M: MethodType<D>, D: DataType> From<Arc<IfaceCache<M, D>>> for Factory<M, D>

fn from(f: Arc<IfaceCache<M, D>>) -> Self

Performs the conversion.