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[Do Kieu]

I am playing with the apollo client and netflix dgs client. One of the things I am looking in Netflix DGS is that. It can accept a schema file which includes types, queries , inputs in one single file and will generate the types and mutation and query builder classes.

With Apollo Kotlin you would write your queries in GraphQL and generate Kotlin models (GraphQL first) while with DGS you would write your queries in Kotlin (using the generated query builders from the schema).

The log files show netflix-streaming or netflix-base as 'allow' but the session end reason is 'tcp-rst-from-client'. A packet capture reveals not a great for me to work on, a TLSv1.2 Encrypted Alert before the RST packets.

You may be running into a problem with the port numbers for Netflix on IOS being different from the ones identified in the application by Palo Alto. A good way to troubleshoot would be to unblock all traffic to a specific host IP address and view the monitor logs for the port and application accessed by it when you try to stream Netflix.

I followed the link to apple app store and the link only takes me to a preview. I tried searching for the app at the store no netflix app appeared. I have a MacBook air and any app only says iPhone or iPad. I am no further ahead and I still can not download any app for netflix so I can download movies to take on the plane.

Hi all. For some reason, even though the global setting of having audio description is enabled, I never know if audio description is on in a particcular show, I.E. NCIS, or That 70's Show. For instance, I'll play an episode, and when I look in the audio and subtitle section, english, CC, is always not selected. so i turn it on, and by the next episode, the description seems to be turned off again. I know not all episodes probably have description, but I can't figure out why I need to enalbe this every time. If anyone has seen this or can help, let me know. Thanks so much.

That is not for audio descriptions, that is for subtitles and stuff like that. Only 40% of movies on Netflix have audio descriptions, 60% don't.
To have audio descriptions always selected, follow the steps below.
1) Open Settings.
2) Go to General.
3) Go to Accessibility.
4) Scroll down to the MEDIA section and tap on Audio Descriptions. This is switched off by default, so tap it to turn it on. Netflix will now know to speak audio descriptions by default (when available).

turn on audio descriptions on in the netflix app , select a title with audio description. VoiceOver will say, this video has audio descriptions enabled, as part of the hint, so leave hints on. when the title is playing, select audio and subtitle options. in this menu, select English, Audio Description. the app will remember this setting accross all videos which have audio descriptions.

Once this appeared, it was time to go for a coffee, go for a run, practice juggling, perhaps even acknowledge the humans around you, because Photoshop was busy doing some serious behind-the-scenes work and there was nothing you could do about it.

That. It looks like the whole app, but I can't use the whole app right now. My first interaction here is pretty limited. I can create a blank canvas, or open an existing image. Those two interactions don't justify a lot of up-front loading.

Rather than copying bad examples from the history of native apps, where everything is delivered in one big lump, we should be doing a little with a little, then getting a little more and doing a little more, repeating until complete. Think about the things users are going to do when they first arrive, and deliver that. Especially consider those most-likely to arrive with empty caches.

Webpack's super-smart code-splitting allows you to throw more engineering at the problem by splitting out code that isn't needed for the most-likely first interaction, but sometimes there's a simpler opportunity.

If the majority of your functionality is behind a log-in, take advantage of it. Most login systems can be implemented without JavaScript, such as a simple form or a link. While the user is distracted with this important and useful functionality, you can start fetching and preparing what they need next. This is what Netflix did.

It shouldn't end with the first interaction either. You can lazily-load and execute code for discrete interactions, loading them in the order the user is most-likely to need them. can be used to lazily-load without executing, and the new import() function can be used to execute the code when needed. Again, webpack can help with the splitting if you're currently bundling.

Once you're prepared for logged-in interactions, you can cache all that, and serve it from a service worker for future visits. If you update your code, that can be downloaded in parallel with the user using the current version, and you can transition the user to the new version in the least-disruptive way you can manage.

I have a reputation for being against frameworks, but I'm only against unnecessary usage, where the continual cost to users outweighs the benefit to developers. But "only use a framework if you need to" is easier said than done. You need to decide which framework to use, if any, at the start of a project, when you're least-equipped to make that decision.

If you start without a framework, then realise that was a mistake, fixing it is hard. Unless you catch it early enough, you can end up with lots of independent bits of script of varying quality, with no control over their scheduling, and duplication throughout. Untangling all that is painful.

Similarly, it's often difficult to remove a framework it turns out you didn't need. The framework 'owns' the project end-to-end. Framework buy-in can leave you with a lot of simple buttons and links that now have a framework dependency, so undoing all that can involve a rewrite. However, this wasn't the case for Netflix.

Netflix uses React on the client and server, but they identified that the client-side portion wasn't needed for the first interaction, so they leaned on what the browser can already do, and deferred client-side React. The story isn't that they're abandoning React, it's that they're able to defer it on the client until it's was needed. React folks should be championing this as a feature.

Feel free to throw me an email, unless you're a recruiter, or someone trying to offer me 'sponsored content' for this site, in which case write your request on a piece of paper, and fling it out the window.

I am encountering issue with PPM where Netflix App minimises on its own without doing anything. This is kinda annoying as I need to maximise it again to full window using either the touchpad or the connected mouse via USB. I noticed that there is no pattern to this. Most of the time, I experience it very often and with one lucky days about 1-2 times on one movie.

I have updated to 1.0.25 and netflix is playing at 1080 i guess as the picture quality obviously improved as compared to previous version. However, when I loaded into the front page/ home page of netflix where you could select your fovarite movies to watch, it had a very low resolution. Anyone has this problem?

The DGS framework provides a GraphQL client that can be used to retrieve data from a GraphQL endpoint.The client is also useful for integration testing a DGS.The client has two components, each usable by itself, or in combination together.

The easiest way to use the DGS GraphQL Client is to use the WebClient implementation.WebClient is the recommended HTTP client in Spring, and is the best choice for most use cases, unless you have a specific reason to use a different HTTP client.Because WebClient is Reactive, the client returns a Mono for all operations.

The reactiveExecuteQuery method takes a query String as input, and optionally a Map of variables and an operation name.Instead of using a query String, you can use code generation to create a type-safe query builder API.

The client can be used against any GraphQL endpoint (it doesn't have to be implemented with the DGS framework), but provides extra conveniences for parsing Gateway and DGS responses.This includes support for the Errors Spec.

The GraphQLClient checks both for HTTP level errors (based on the response status code) and the errors block in a GraphQL response.The GraphQLClient is compatible with the Errors Spec used by the Gateway and DGS, and makes it easy to extract error information such as the ErrorType.

Instead of using WebClient, you can also plug in your own HTTP client.This is useful if you already have a configured client for your backend with authN/authZ, TLS, etc.In this case you are responsible for making the actual request, but the GraphQL client wraps the HTTP client and provides easy parsing of GraphQL responses.

Both interfaces return a GraphQLResponse for each query execution, but MonoGraphQLClient wraps the result in a Mono, making it a better fit for non-blocking clients.Create an instance by using the factory method on the interface.This returns an instance of CustomGraphQLClient or CustomMonoGraphQLClient.The implementations are named Custom* to indicate you need to provide handling of the actual HTTP request.

If you want to migrate existing usage of DefaultGraphQLClient you can either use the WebClient implementation and get rid of your RequestExecutor entirely, or alternatively use CustomGraphQLClient / CustomMonoGraphQLClient which has almost the same API.To migrate to CustomGraphQLClient you pass in your existing RequestExecutor to the GraphQLClient.createCustom(url, requestExecutor) factory method, and remove it from the executeQuery methods.

Based on a GraphQL schema a type safe query API can be generated for Java/Kotlin.The generated API is a builder style API that lets you build a GraphQL query, and it's projection (field selection).Because the code gets re-generated when the schema changes, it helps catch errors in the query.It's arguably also more readable, although multiline String support in Java and Kotlin do mitigate that issue as well.

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