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When a developer subscribes to a public event, he processes the public event in the onReceiveEvent() callback function and writes the following code.
EventRunner runner = EventRunner.create();
MyEventHandler myHandler = new
MyEventHandler(rurner);
@Override
public void onReceiveEvent(CommonEventData
commonEventData){
final AsyncCommonEventResult
result=goAsyncCommonEvent Runnable task = new
Runnable(){
@override
pub1ic void run {
......
The action to be performed, defined by the developer
result.finishCommonEvent();
}
};
myHandler.postTask(task);
}
Suggested Answer: B
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12 comments · newest first
CI
Ciara
1 month ago
I’m leaning towards A. Permissions are crucial for event handling.
SO
Socorro
1 month ago
Agreed, B makes sense. It prevents blocking the main thread.
LO
Louisa
1 month ago
I think the answer is B. It handles async tasks well.
DO
Dong
2 months ago
I agree with B, async is a game changer!
CA
Carey
2 months ago
Wait, sticky events? I thought those were different!
CH
Chauncey
2 months ago
C seems off, priority isn't set here.
SH
Sharika
2 months ago
A is misleading, it doesn't give permissions.
LO
Loise
2 months ago
B is definitely correct, it handles async tasks.
NO
Noah
2 months ago
I’m a bit confused about the sticky events part; I don’t recall how that fits into this scenario.
BU
Buddy
3 months ago
I practiced a similar question where we discussed event priorities, but I don’t think that’s relevant here.
KA
Katheryn
3 months ago
I remember something about permissions in event handling, but I’m not sure if that’s what this question is asking.
RE
Reita
3 months ago
I think this code is mainly about handling asynchronous operations, so I’m leaning towards option B.