Gta San Andreas Android New Update
Mazie Wingeier
Andrea was a female android built sometime between 2261 and 2266, by Roger Korby. By Human standards, her behavior was quite simplistic, to the point where she would duplicate patterns of learned behavior.
When discussing Andrea's existence with Korby, Christine Chapel described her as a "mechanical geisha." To demonstrate that she was merely a machine and unable to feel emotions, Korby ordered her to kiss and then strike Captain Kirk. Later, when Kirk kissed her again, she next attempted to strike him, as she had done earlier. This time, he kissed her longer and much more passionately, and she became confused and upset, claiming she was "not programmed" for Kirk. This evidence that the androids could learn to feel emotions they were not programmed to feel contradicted Korby's belief that an android society would be a utopia, free of conflict and strife. It also provided Kirk with insights that enabled him to undermine Korby's control of Ruk.
Ordered to protect the complex after Ruk's destruction, Andrea mistakenly destroyed the android copy of Kirk when he refused her advances. When she found Korby and realized her mistake, she became emotional. Perhaps threatened by his love for Christine Chapel, perhaps seeking his approval, Andrea began to kiss Korby passionately. This may have convinced Korby that Kirk was right, and that the androids were vulnerable to unprogrammed emotions, for during this kiss, Korby activated a laser pistol, destroying himself and Andrea. (TOS: "What Are Little Girls Made Of?")
In the revised final draft script of "What Are Little Girls Made Of?", Andrea was physically described as "pale, dark-haired, lovely... even exquisite." She was also scripted to be extremely feminine. [1]
The reference book Star Trek: The Original Series 365 (p. 066) speculates that the character of Andrea may be closely related to the title of the episode she appeared in, "What Are Little Girls Made Of?". The book makes this connection due not only to the fact she is "indeed" a girl, albeit a girl android, but also because "one has to assume that all of the 'everything nice' ingredients went into creating her," a reference to "What Are Little Boys Made Of?", a nursery rhyme which provided the episode title.
Andrea's blue and green jumpsuit was designed by TOS Costume Designer William Ware Theiss. He evidently designed it to accent the natural contours of her body. (The Star Trek Compendium, 4th ed., p. 41) Star Trek: The Original Series 365 (p. 069) suggests that this costume might have been inspired by the work of designer Rudi Gernreich, particularly the monokini.
The Star Trek: New Visions "The Survival Equation" comic reveals that Andrea's features were patterned after a member of Korby's crew, Andrea Milton, who had died before the events of "What Are Little Girls Made Of?" This was not derived from any information given in the televised version.
In Flutter, deep links serve as direct pathways to specific app content or features, essential for apps with shareable content. They allow for seamless in-app experiences when users share links, supporting everything from marketing campaigns to content shortcuts.
Understanding the structure of a link will help you handle it effectively in your Flutter app. If you're in the early stages of the project, you might have a say in how the URL is crafted to keep it neat and easy to handle.
Keep in mind that some URLs are set up better than others. If your URLs are not well-designed, wrangling them in your app can get tricky. Stick around for the Flutter implementation part of this guide to see how it's done.
But the downside is that it's less secure because any app could hijack your custom scheme and attempt to open your links. Plus, if someone doesn't have your app and clicks on a custom scheme link, they'll hit a dead end with an error message. While it's not the best practice, its simplicity makes it handy for quick tests.
It requires you to own a domain and perform verification on both ends. You must register your domain within the app code (manifest file on Android and Associated Domains on iOS) and verify your mobile application on the server side.
By doing this dance, your app recognizes the domain, and the domain verifies your app. This two-way verification ensures the integrity and authenticity of the deep links, providing a secure deep-linking experience. ?
The example above doesn't call out any specific paths. With this setup, your app can open all URLs from your domain. This is often not desirable, and if you want more control, you need to define the accepted paths by adding relevant path tags. The most common ones are path, pathPattern, and pathPrefix.
If you're seeing this dialog after clicking a link, your deep link setup is almost perfect, but there's a small hiccup somewhere. One common oversight is missing android:autoVerify="true" in your manifest file, which is key for bypassing this dialog.
Step 1: Create a new file named apple-app-site-association with no file extension. This file will contain the digital asset links tying your website and app together. Fill it with something like this:
Heads-up: changes to the apple-app-site-association file might not be instant on Apple's end. If it doesn't work immediately, wait a while and try again. You can verify if Apple has the latest version of your file by hitting up -site-association.cdn-apple.com/a/v1/yourDomain.com. This will return the apple-app-site-assocation file as seen by Apple's verification service.
Note: iOS is much less permissive than Android. Without the apple-app-site-association file on your website, HTTP/HTTPS links will not work, whether you're clicking directly or using the terminal. So, you're left with two choices: hurry up and publish that file or implement a custom scheme for the sake of testing.
And with that, the native setup is complete! Your app should now launch via a deep link. The next step is to connect the dots and make sure the app not only opens but also takes users right to the content they're after. And that's where Flutter swings into action!
GoRouter is a go-to choice for many Flutter developers when it comes to navigation. It uses the Router API to offer a URL-based approach for navigating between screens, which aligns perfectly with deep linking.
You can also grab query parameters with state.uri.queryParameters['paramName'] - though note that GoRouter 10.0.0 changed the query parameters syntax. If you're using an older version, make sure to check out this migration guide.
A little tip for Flutter web apps: you'll notice paths usually carry a hash fragment (like ). If you prefer a cleaner look without the #, you can call usePathUrlStrategy() in your main method before you run the app.
GoRouter offers a simple way to set up user redirects or "guards," as they're often known in other routing packages. This functionality can be implemented at the route level by adding a redirect inside a GoRoute object:
It allows you to connect a Listenable (the UserInfo class, which calls notifyListeners()) using the refreshListenable argument, so that any state changes can prompt a refresh. And when the refresh takes place, the updated redirect function can handle the situation where the user is on the login page but is already authenticated:
Heads-up: In the snippet above, we're using ref.read instead of ref.watch because we don't want the entire GoRouter to rebuild when the authentication status changes. Instead, GoRouter will check internally when the (listenable) state changes and call the redirect callback as needed.
If you're using a different state management technique and relying on streams (like with flutter_bloc), you can adapt this by using a custom GoRouterRefreshStream class like this: refreshListenable: GoRouterRefreshStream(streamController.stream). See this migration guide for more details.
When setting up guards, consider guiding users back to the page they initially aimed for after they log in. This involves keeping track of the initial location the user wanted to reach. You could pass this location as a parameter to the login screen or stash it in a structure like UserInfo or a deep link-related structure.
This code checks if the user is logged in and where they're navigating. If they need to log in, it redirects them to the login page, appending the initial location as a query parameter. Once logged in, it redirects the user to their initial page or back to the home page if the initial page is not specified.
You can define accepted paths in the AndroidManifest.xml file (for Android) and the apple-app-site-association file (for iOS). If a user tries a path that doesn't fit these patterns, their browser will open it, not your app. In this scenario, your Flutter code doesn't need to do anything.
It's not exactly the friendliest page, right? You can customize it with the errorPageBuilder or errorWidgetBuilder GoRouter arguments. Or you can use the onException handler, where you can choose to redirect the user, just let it be, and so on.
Bravo! Your path matched, and it felt like a small victory. But hold on! A correct path doesn't mean the item the user wants (like a specific product ID or a book title) actually exists in your database.
Deep links can significantly enhance the user experience by delivering direct passage to specific areas within an app. This guide has offered a comprehensive overview, from setting up native Android and iOS code to managing routes with GoRouter.
Your feedback is invaluable. If there are any questions or areas you're particularly interested in, don't hesitate to share. As the journey through the depths of deep linking in Flutter continues, your curiosity will help shape the exploration of future topics.
The app_links and uni_links packages provide additional functionality for handling deep links in Flutter. They can be especially useful if you need to work with complex URL patterns - handling them inside GoRouter configuration can quickly become cumbersome.
d3342ee215