scala

Value Members

1. object CachingStrategy extends Serializable

   

2. object Incubator

   

3. def runtimeClassOf[A](implicit tag: ClassTag[A]): Class[A]

   

4. macro def wire[A <: AnyRef]: A

   

   Breeds a neuron of the given type, wiring each synapse to a value with the same name and an assignment-compatible return type or to a function with the same name and an assignment-compatible return type which accepts the given type or any supertype as its sole parameter.

   Breeds a neuron of the given type, wiring each synapse to a value with the same name and an assignment-compatible return type or to a function with the same name and an assignment-compatible return type which accepts the given type or any supertype as its sole parameter. Example:

   @Neuron
   trait Foo[A] {
     def a: A
     def b: A
     def c: A
   }
   
   object Main extends App {
     val a = "World"
     def b(neuron: Foo[String]) = "Hello, " + neuron.a
     val c = (neuron: Foo[String]) => neuron.b + "!"
     val foo = wire[Foo[String]]
     println(foo.c)
   }

   When run, Main will print Hello, World! to standard output. When calling wire[Foo[String]], the type parameter of Foo is set to String, so the synapses a, b and c each return a String. The synapses are bound to their dependencies as follows: + The synapse a is bound to the value a of type String. + The synapse b is bound to the function definition b which accepts a parameter of the type Foo[String]. + The synapse c is bound to the function value c which again accepts a parameter of the type Foo[String].

   Finally, when calling foo.c, the function value c will call the function definition b which in turn will call the value a to compute "Hello, World!".

   Since

   Neuron DI 5.0 (renamed from neuron, which was introduced in Neuron DI 4.2)