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However, a new report published online today in Blood, the Journal of the American Society of Hematology (ASH), shows that some people with mildly symptomatic SCD may live long lives with proper management of the disease, including strong family support and strict adherence to medication and appointments. This analysis of four case studies details the outcomes of four women with milder forms of SCD who have far surpassed the U.S. median of 47 years old for women with the disease, instead living as long as 86 years.
For this report, treatment compliance was based on observations by health care providers, including study authors. Family support was defined as having a spouse or child who provided attentive, ongoing care.
As they had relatively mild disease states, none of the women were qualified to receive treatment with hydroxyurea (HU), the only FDA-approved treatment for adults with SCD. Accordingly, these patients received standard treatment including hydration, vaccination (including annual flu shots), and blood transfusion and analgesics as needed. Patients were encouraged to attend regular follow-up visits, not to smoke, watch their weight, and maintain a support system as needed.
Dr. Ballas was quick to point out, however, that this does not mean these women lived crisis-free lives. Each experienced disease-related complications necessitating medical attention, like occasional acute chest syndrome, a problem that can cause fever, cough, excruciating pain, and shortness of breath.
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Having the same problem, except there is only one block set to show on both Desktop & Mobile. I also tried making a separate logo to display only on Desktop and only on Mobile. That still showed two logos on my phone.
When having the logo set to only show on Desktop, viewing on my mobile phone shows only one logo. However, the preview within Klaviyo only shows the logo in the Desktop view. Is this a fix or is there something else I need to do?
In the Klaviyo preview window it shows up correctly.both the desktop and mobile preview only show one logo. However, I sent a test email to myself and when viewing it on both android and iPhone, two logos appear.
This is my exact problem as well.
I will try the fix of using an image block instead of a header/link block but given that the header/link block is a default on Klaviyo it should be fixed ASAP.
Forwarding emails is known to break the formats of your emails and in many cases cause duplication of the elements within your emails. This is ultimately caused by how the inbox providers are rereading and rendering the HTML code of these forwarded emails as detailed in the blog articles below.
As you can see, after I perform write operation (Click on ADD TRASHED NOTE button) in MainFragment, when I switch to TrashFragment, I expect onChanged in TrashFragment will only be called once. However, it is being called twice.
In your version you obtained a reference of NoteViewModel common to both Fragments (from Activity). ViewModel had Observer registered in previous Fragment, I think. Therefore LiveData kept reference to both Observer's (in MainFragment and TrashFragment) and called both values.
More info: I looked at the sources a bit, and it looks like notifications being triggered due to both LiveData activation and new Observer subscription. Might be related to the way ComputableLiveData offloads onActive() computation to Executor.
The first time it is called upon startup. The second time it is called as soon as Room has loaded the data. Hence, upon the first call the LiveData object is still empty. It is designed this way for good reasons.
The generated code is an object of the class ComputableLiveData mentioned in other postings. It manages a MutableLiveData object. Upon this LiveData object it calls LiveData::postValue(T value) which then calls LiveData::setValue(T value).
LiveData::setValue(T value) calls LiveData::dispatchingValue(@Nullable ObserverWrapper initiator). This calls LiveData::considerNotify(ObserverWrapper observer) with the observer wrapper as parameter. This finally calls onChanged() upon the observer with the loaded data as parameter.
You set your observers within the onCreateView() hook method. After this point the lifecycle changes it state twice to come visible, on start and on resume. The internal class LiveData::LifecycleBoundObserver is notified upon such changes of state because it implements the GenericLifecycleObserver interface, which holds one method named void onStateChanged(LifecycleOwner source, Lifecycle.Event event);.
This method calls ObserverWrapper::activeStateChanged(boolean newActive) as LifecycleBoundObserver extends ObserverWrapper. The method activeStateChanged calls dispatchingValue() which in turn calls LiveData::considerNotify(ObserverWrapper observer) with the observer wrapper as parameter. This finally calls onChanged() upon the observer.
All this happens under certain conditions. I admit that I didn't investigated all conditions within the chain of methods. There are two changes of state, but onChanged() is only triggered once, because the conditions check for things like this.
I think nothing goes wrong with your code. It's just fine, that the observer is called upon creation. So it can fill itself with the initial data of the view model. That's what an observer should do, even if the database part of the view model is still empty upon the first notification.
The first notification basically tells that the view model is ready for to display, despite it still is not loaded with data from underlying databases. The second notification tells, that this data is ready.
When you think of slow db connections, this is a reasonable approach. You may want to retrieve and display other data from the view model triggered by the notification, that does not come from the database.
Also think of the case of rotation. The data of the view model does not change. It does not trigger a notification. The state changes of the lifecycle alone trigger the notification of the new new view.
However, when you open TrashFragment, then TrashFragment subscribes, LiveData becomes active, ComputableLiveData checks for invalidation (which is true as it was never re-computed because the live data was not active), computes it asynchronously on background thread, and when it is complete, the value is posted.
You might also want to start observing in onCreateView(), and use viewLifecycle for the lifecycle of your LiveData (this is a new addition so that you don't need to remove observers in onDestroyView().
If it is important that the Fragment sees the latest value even when the Fragment is NOT active and NOT observing it, then as the ViewModel is Activity-scoped, you might want to register an observer in the Activity as well to ensure that there is an active observer on your LiveData.
If your observer for a LiveData is getting called multiple times then it means you are calling livedata.observe(...) multiple times. This happened to me as I was doing livedata.observe(...) in a method and was calling this method whenever user does some action thus observing liveData again. To solve this I moved livedata.observe(...) to onCreate() lifecycle method.
What was the scenario?The App has a color swatch. When user selects a color I had to make API call to fetch Product Images for that color. So was making API call and was observing livedata in onColorChanged() . When user selects a new color, onColorChanged() would be called again thus observing for livedata changes again.
Edit: The other issue could be passing this instead of viewLifecycleOwner while registering LiveData Observer as pointed out in another answer below. Always use viewLifecycleOwner when observing LiveData in Fragments.
Never put an observer inside loops/any place where it gets registered twice. Observers should be put inside onViewCreated / onCreate / any place that gets called only once. OBSERVE ONLY ONCE !
When you first open your TrashFragment room queries the db and your trashedNotesLiveData is populated with the trashed value (At the first opening there is only one onChange() call). So this value is cached in trashedNotesLiveData.
Then you come to the main fragment add a few trashed notes and go to the TrashFragment again. This time you are first served with the cached value intrashedNotesLiveData while room makes async query. When query finishes you arebrought the latest value. This is why you get two onChange() calls.
I found out specifically why it's acting the way it is. The observed behavior was onChanged() in the trash fragment is called once the first time you activate the fragment after trashing a note (on fresh app start) and gets called twice when fragment get activated thereafter after a note is trashed.
Call #1: The fragment is transitioning between STOPPED and STARTED in its lifecyle and this causes a notification to be set to the LiveData object (it's a lifecycle observer after all!). The LiveData code calls the the onChanged() handler because it thinks the observer's version of the data needs to be updated (more on this later). Note: the actual update to the data could still be pending at this point causing the onChange() to get called with stale data.
Now why does onChanged() only get called once the very first time the view is activated after app startup? It's because the first time the LiveData version checking code executes as a result of the STOPPED->STARTED transition the live data has never been set to anything and thus LiveData skips informing the observer. Subsequent calls through this code path (see considerNotify() in LiveData.java) execute after the data has been set at least once.
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