-
```
It should be a fairly straight-forward project to implement Guice AOP in
Gin. We can write subclasses of intercepted types and wrap matched methods
in our pre/post-processing. The interesting part…
-
```
--- STEPS TO REPRODUCE ---
Try to bind a logger manually to a presenter class:
@Inject
public PagePresenter(final EventBus eventBus, final MyView view,
final MyProxy proxy, final Lo…
-
```
This should work:
class Foo {
@Inject Foo(@Nullable @Named("unbound") String s, @Nullable Unimplemented
unimpl);
interface Unimplemented {}
}
null should be passed for both constructor para…
-
```
This should work:
class Foo {
@Inject Foo(@Nullable @Named("unbound") String s, @Nullable Unimplemented
unimpl);
interface Unimplemented {}
}
null should be passed for both constructor para…
-
```
This should work:
class Foo {
@Inject Foo(@Nullable @Named("unbound") String s, @Nullable Unimplemented
unimpl);
interface Unimplemented {}
}
null should be passed for both constructor para…
-
```
I (and probably some others) commonly invoke a generator by creating an
interface like:
{{{
interface BeanInfo{
Object getValue(String prop);
void setValue(String prop, Object value);
}
}…
-
```
I (and probably some others) commonly invoke a generator by creating an
interface like:
{{{
interface BeanInfo{
Object getValue(String prop);
void setValue(String prop, Object value);
}
}…
-
```
I (and probably some others) commonly invoke a generator by creating an
interface like:
{{{
interface BeanInfo{
Object getValue(String prop);
void setValue(String prop, Object value);
}
}…
-
```
It should be a fairly straight-forward project to implement Guice AOP in
Gin. We can write subclasses of intercepted types and wrap matched methods
in our pre/post-processing. The interesting part…
-
```
I (and probably some others) commonly invoke a generator by creating an
interface like:
{{{
interface BeanInfo{
Object getValue(String prop);
void setValue(String prop, Object value);
}
}…