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Tovey This would be easy if pure reflection was used, but the annotation processor world seems to be different. How do I TypeMirrorreturn from getParameterTypes()to String.class? In my annotation processor, I want to check if the currently accessed method has
Tovey This would be easy if pure reflection was used, but the annotation processor world seems to be different. How do I TypeMirrorreturn from getParameterTypes()to String.class? In my annotation processor, I want to check if the currently accessed method has
Tovey This would be easy if pure reflection was used, but the annotation processor world seems to be different. How do I TypeMirrorreturn from getParameterTypes()to String.class? In my annotation processor, I want to check if the currently accessed method has
Tovey This would be easy if pure reflection was used, but the annotation processor world seems to be different. How do I TypeMirrorreturn from getParameterTypes()to String.class? In my annotation processor, I want to check if the currently accessed method has
Rajesh I am learning to write custom annotations. I have a simple annotation and need to verify that the return type of a method matches the return type specified in the annotation. Below is the code. Annotated code: @Target(ElementType.METHOD)
public @interfa
Hiosdra : I'm writing my own annotation processor and I'm trying to make my annotation's parameter like the code below in the procedure method: roundEnv.getElementsAnnotatedWith(annotation).forEach {
val annotation = it.getAnnotation(annotation)
Hiosdra : I'm writing my own annotation processor and I'm trying to make the parameters of my annotations like the code below in the procedure method: roundEnv.getElementsAnnotatedWith(annotation).forEach {
val annotation = it.getAnnotation(annotation)
Hiosdra : I'm writing my own annotation processor and I'm trying to make my annotation's parameter like the code below in the procedure method: roundEnv.getElementsAnnotatedWith(annotation).forEach {
val annotation = it.getAnnotation(annotation)
Hiosdra : I'm writing my own annotation processor and I'm trying to make my annotation's parameter like the code below in the procedure method: roundEnv.getElementsAnnotatedWith(annotation).forEach {
val annotation = it.getAnnotation(annotation)
Ahmed Mourad: I have the following annotations: @Target(AnnotationTarget.CLASS)
@Retention(AnnotationRetention.SOURCE)
@MustBeDocumented
annotation class Model(
val owner: KClass<*>,
val consumer: KClass<*>
)
@Model(DataOwner::class, DataConsumer::cla
Ahmed Mourad: I have the following annotations: @Target(AnnotationTarget.CLASS)
@Retention(AnnotationRetention.SOURCE)
@MustBeDocumented
annotation class Model(
val owner: KClass<*>,
val consumer: KClass<*>
)
@Model(DataOwner::class, DataConsumer::cla
Ahmed Mourad: I have the following annotations: @Target(AnnotationTarget.CLASS)
@Retention(AnnotationRetention.SOURCE)
@MustBeDocumented
annotation class Model(
val owner: KClass<*>,
val consumer: KClass<*>
)
@Model(DataOwner::class, DataConsumer::cla
Ahmed Mourad: I have the following annotations: @Target(AnnotationTarget.CLASS)
@Retention(AnnotationRetention.SOURCE)
@MustBeDocumented
annotation class Model(
val owner: KClass<*>,
val consumer: KClass<*>
)
@Model(DataOwner::class, DataConsumer::cla
G_H: TypeElementWhen obtained in an annotation processor, TypeMirrora method can be used to request its superclass (or more specifically, its superclass ) getSuperClass(). According to the JavaDoc , a type does not explicitly extend anything (in other words, O
G_H: TypeElementWhen obtained in an annotation processor, TypeMirrora method can be used to request its superclass (or more specifically, its superclass ) getSuperClass(). According to the JavaDoc , a type does not explicitly extend anything (in other words, O
G_H: TypeElementWhen obtained in an annotation processor, TypeMirrora method can be used to request its superclass (or more specifically, its superclass ) getSuperClass(). According to the JavaDoc , a type does not explicitly extend anything (in other words, O
pawl I have a use case where I want to do something like trait Foo {
def bar[T](x: T)(implicit ev: x.type =:= this.type) = {}
}
So the call to bar is compiled only if the parameter x is of the same type as the class calling the method. Obviously, this.type
SOC: Consider the following code: public example(String s, int i, @Foo Bar bar) {
/* ... */
}
I want to check if the method has an annotation @Fooand get the parameter or throw an exception if the @Fooannotation is not found . My current approach is to firs
SOC: Consider the following code: public example(String s, int i, @Foo Bar bar) {
/* ... */
}
I want to check if the method has an annotation @Fooand get the parameter or throw an exception if the @Fooannotation is not found . My current approach is to firs
SOC: Consider the following code: public example(String s, int i, @Foo Bar bar) {
/* ... */
}
I want to check if the method has an annotation @Fooand get the parameter or throw an exception if the @Fooannotation is not found . My current approach is to firs
coroutine dispatcher I'm writing an annotation processor in Kotlin and I want to get the type of a constructor parameter. Here is my annotated class @SomeAnnotation
class MyClass(name: String, age: Int)
Can I extract Stringand Inttype from annotatedElement.ko
coroutine dispatcher I'm writing an annotation processor in Kotlin and I want to get the type of a constructor parameter. Here is my annotated class @SomeAnnotation
class MyClass(name: String, age: Int)
Can I extract Stringand Inttype from annotatedElement.ko
coroutine dispatcher I'm writing an annotation processor in Kotlin and I want to get the type of a constructor parameter. Here is my annotated class @SomeAnnotation
class MyClass(name: String, age: Int)
Can I extract Stringand Inttype from annotatedElement.ko
coroutine dispatcher I'm writing an annotation processor in Kotlin and I want to get the type of a constructor parameter. Here is my annotated class @SomeAnnotation
class MyClass(name: String, age: Int)
Can I extract Stringand Inttype from annotatedElement.ko
AnAmuser I don't know if this can be done in Java. I can't find a solution. I want to check all methods in a class and find out the parameters of that method with generic information. For example, if you have an interface and an implementer similar to the foll
Bartek Lipinski : I'm building an annotation processor for Android (let's call it that for future explanation TestProcessor). The plan is for the processor to operate in two modes: Mode 1: code generationA Mode 2: generate code andAB Mode 2Should only be selec
Bartek Lipinski : I'm building an annotation processor for Android (let's call it that for future explanation TestProcessor). The plan is for the processor to operate in two modes: Mode 1: code generationA Mode 2: generate code andAB Mode 2Should only be selec
Bartek Lipinski I'm building an annotation processor for Android (let's call it that for future explanation TestProcessor). The plan is for the processor to operate in two modes: Mode 1: code generationA Mode 2: generate code andAB Mode 2Should only be selecte
Bartek Lipinski : I'm building an annotation processor for Android (let's call it that for future explanation TestProcessor). The plan is for the processor to operate in two modes: Mode 1: code generationA Mode 2: generate code andAB Mode 2Should only be selec