package"id.web.candra.demo" android:versionCode="1" android:versionName="1.0". Bagian ini menjelaskan nama paket dari aplikasi, beserta versinya. Setiap manifest mempunyai dua macam versi. Yang pertama adalah versionCode versi ini harus terus berubah secara incremental, bagian ini sangat panting saat aplikasi di upload ke Google Sayamempunyai project Android studio, dan saya mau menambahkan fitur notifikasi di setiap apa yang dilakukan, misalnya pembuatan project baru dan chat ke sesama pengguna. Untuk pengerjaan bisa di remote, dikarenakan mempunyai server sendiri. Terimakasih Tipsmudah atasi notifikasi tak muncul. Tutup Menu. Cari Sayaakan meningkatkan ke android studio 3.5 dan saya bertemu masalah ini. Matikan proses java, baru saja memutakhirkan pemutakhiran dan kemudian studio android memulai kembali dengan versi lama. Pekerjaan saya adalah menghapus direktori android-studio lama dan mengunduh yang baru dari situs web dan menempatkannya persis di tempat yang lama. Mengambilscreenshot atau merekam layar di perangkat Android. Anda dapat mengambil gambar (screenshot) atau merekam video di layar ponsel. Setelah merekam layar, Anda dapat melihat, mengedit, dan membagikan gambar atau video. Penting: Beberapa langkah ini hanya berfungsi di Android 11 dan yang lebih baru. Pelajari cara memeriksa versi Android. 1 Universal Android App. Salah satu template aplikasi Androidyang terbaik dan paling populer Universal Android App. Aplikasi ini memungkinkan pengguna membuat aplikasi apa saja yang mereka inginkan dengan menarik isi dari blog, timeline, feed, channel, playlist, halaman web dll dan menggabungkan mereka ke dalam suatu aplikasi baru. Abstract Penelitian ini berfokus pada pembuatan Aplikasi dengan Android Studio berdasarkan pengembangan Aplikasi Android untuk mengevaluasi kemampuan mahasiswa dalam mengembangkan aplikasi untuk Tapiseperti yang anda ketahui Android Studio didukung dengan berbagai library yang cukup praktis untuk kita pakai. Nah disini penulis akan membagikan cara untuk membuat Gambar berbentuk bulat Ifwe will save larger maps, to buy any errors in question under applicable law or uninstall the account only need at identifying, membuat aplikasi yang anda. In android studio jalankan aplikasi human cloudz sebagai alternatif cara tetap bisa mengganti icon or rent personal data for editing tools in go privacy policy untuk membuat cara privacy 6Cara Membuat Video Animasi Di Hp Android Di 2021 Video Animasi Android . Aplikasi Edit Video Android Terbaik Dan Mudah Digunakan. Tekan lama pada pesan dan sentuh Tunda notifikasi. Android Studio menyediakan wizard dan template yang memverifikasi persyaratan sistem Anda seperti Java Development Kit JDK dan RAM yang tersedia serta yZ06Zzl. Halo para android programmer, bagaimana makrifat kalian hari ini? Saya harap kalian semua dalam keadaan yang baik-baik saja. Pada kesempatan kali ini saya akan membagikan tutorial mudah Cara Membuat Aplikasi Android Cak bagi Menampilkan Notifikasi di Android Sanggar. Notifikasi adalah wanti-wanti yang bisa kalian tampilkan kepada pemakai di luar UI permintaan android kalian. Jika kalian menjatah tahu sistem bagi mengutarakan notifikasi kepada pemakai, maka mereka akan melihat ikon di notification bar lakukan melihat detail notifikasi. Mereka perlu menggulir scroll notification kedai kopi ke bawah kerjakan membuka notification drawer. Fitur ini minimum mesti di tambahkan puas permintaan kalian karena momen ini hampir semua aplikasi menggunanya. Notifikasi dikirim kepada pengguna untuk memberikan sejumlah informasi tentang aplikasi, pembaruan, penawaran dan sebagainya. Aplikasi email memberi senggang kalian jika ada manuskrip baru nan diterima dan permintaan berita menunjukkan pemberitahuan kepada pengguna jika ada berita yang menengah viral. Kalian dapat menampilkan notifikasi sederhana, notifikasi individual, notifikasi push dan sebagainya. Cak semau banyak prinsip bikin membuat aplikasi bisa mengemukakan notifikasi dan internal tutorial ini kalian akan sparing cara mewujudkan permintaan android cak bagi menampilkan notifikasi sederhana di android padepokan dengan cara nan mudah. Tutorial Cara Menciptakan menjadikan Petisi Android Cak bagi Menampilkan Notifikasi Sederhana Buatlah project android studio baru dengan informasi sebagai berikut Application Name Notif App Package Name Languge Java Minimum SDK Api 15 Android IceCreamSandwich Daftar file xml layout nan digunakan dalam project ini Daftar file java class yang digunakan kerumahtanggaan project ini Dibawah ini yakni anju-langkah dalam pembuatan aplikasi Notif App. XML Layout File Pada project ini saya membuat notifikasi unjuk dengan prinsip menindihkan pentol yang ada pada permohonan. Bagi itu, urai file kerumahtanggaan folder layout. Tinggal tambahkan widget Button di dalamnya. Berikut ini yakni kode lengkap cak bagi file app/res/layout/ Java Class File Pasca- kalian menambahkan widget button pada file xml layout, sekarang kalian buka file MainActivity n domestik folder java. Dalam file tersebut tambahkan String CHANNEL_ID dan Integer NOTIFICATION_ID. Ini bagi aplikasi bisa membaca id notifikasi yang akan di tampilkan pada device android. Jadi setiap notifikasi memiliki idnya masing-masing. Karena dalam tutorial ini keteter, bintang sartan kita bebas mengegolkan ID nya. Berikut ini ialah kode kamil lakukan file app/java/ package import import import import import import public class MainActivity extends AppCompatActivity { private static final String CHANNEL_ID = "notif_app"; private static final int NOTIFICATION_ID = 999; Button btnNotif; Override protected void onCreateBundle savedInstanceState { setContentView btnNotif = findViewById { Override public void onClickView v { builder = new CHANNEL_ID; Your Timeline"; your missing visit in Jakarta on Sunday"; NotificationManagerCompat notificationManagerCompat = } }; } } Run Project Sekarang kalian dapat menjalankan project android studio kalian. Apabila kode diatas tak terjadi error, maka permintaan akan terlihat sebagaimana pada kerangka di bawah ini. Wasalam Itulah tadi tutorial singkat dan mudah cara membuat permintaan android buat memunculkan notifikasi sederhana. Latihan diatas sangatlah mudah untuk tergarap karena enggak sedemikian itu banyak kode ataupun file java class yang digunakan untuk membuat permohonan android boleh menampilkan notifikasi terbelakang. Jikalau kalian mengalami kendala momen mengerjakan cak bimbingan di atas, silahkan komentar di bawah kata sandang ini. Jangan lupa buat like dan subscribe Channel YouTube Android Rion. Semoga artikel ini membantu kalian. Terima Pemberian. Source Notifications provide short, timely information about events in your app while it's not in use. This page teaches you how to create a notification with various features for Android API level 14 and higher. For an introduction to how notifications appear on Android, see the Notifications Overview. For sample code that uses notifications, see the People sample. Notice that the code on this page uses the NotificationCompat APIs from the Android support library. These APIs allow you to add features available only on newer versions of Android while still providing compatibility back to Android API level 14. However, some new features such as the inline reply action result in a no-op on older versions. Add the support library Although most projects created with Android Studio include the necessary dependencies to use NotificationCompat, you should verify that your module-level file includes the following dependency Groovy def core_version = " dependencies { implementation " } Kotlin val core_version = " dependencies { implementation" } Create a basic notification A notification in its most basic and compact form also known as collapsed form displays an icon, a title, and a small amount of content text. In this section, you'll learn how to create a notification that the user can click on to launch an activity in your app. Figure 1. A notification with a title and text For more details about each part of a notification, read about the notification anatomy. Set the notification content To get started, you need to set the notification's content and channel using a object. The following example shows how to create a notification with the following A small icon, set by setSmallIcon. This is the only user-visible content that's required. A title, set by setContentTitle. The body text, set by setContentText. The notification priority, set by setPriority. The priority determines how intrusive the notification should be on Android and lower. For Android and higher, you must instead set the channel importance—shown in the next section. Kotlin var builder = CHANNEL_ID .setSmallIcon .setContentTitletextTitle .setContentTexttextContent .setPriority Java builder = new CHANNEL_ID .setSmallIcon .setContentTitletextTitle .setContentTexttextContent .setPriority Notice that the constructor requires that you provide a channel ID. This is required for compatibility with Android API level 26 and higher, but is ignored by older versions. By default, the notification's text content is truncated to fit one line. If you want your notification to be longer, you can enable an expandable notification by adding a style template with setStyle. For example, the following code creates a larger text area Kotlin var builder = CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Much longer text that cannot fit one line..." .setStyle .bigText"Much longer text that cannot fit one line..." .setPriority Java builder = new CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Much longer text that cannot fit one line..." .setStylenew .bigText"Much longer text that cannot fit one line..." .setPriority For more information about other large notification styles, including how to add an image and media playback controls, see Create a Notification with Expandable Detail. Create a channel and set the importance Before you can deliver the notification on Android and higher, you must register your app's notification channel with the system by passing an instance of NotificationChannel to createNotificationChannel. So the following code is blocked by a condition on the SDK_INT version Kotlin private fun createNotificationChannel { // Create the NotificationChannel, but only on API 26+ because // the NotificationChannel class is new and not in the support library if >= { val name = getString val descriptionText = getString val importance = val channel = NotificationChannelCHANNEL_ID, name, importance.apply { description = descriptionText } // Register the channel with the system val notificationManager NotificationManager = getSystemService as NotificationManager } } Java private void createNotificationChannel { // Create the NotificationChannel, but only on API 26+ because // the NotificationChannel class is new and not in the support library if >= { CharSequence name = getString String description = getString int importance = NotificationChannel channel = new NotificationChannelCHANNEL_ID, name, importance; // Register the channel with the system; you can't change the importance // or other notification behaviors after this NotificationManager notificationManager = getSystemService } } Because you must create the notification channel before posting any notifications on Android and higher, you should execute this code as soon as your app starts. It's safe to call this repeatedly because creating an existing notification channel performs no operation. Notice that the NotificationChannel constructor requires an importance, using one of the constants from the NotificationManager class. This parameter determines how to interrupt the user for any notification that belongs to this channel—though you must also set the priority with setPriority to support Android and lower as shown above. Although you must set the notification importance/priority as shown here, the system does not guarantee the alert behavior you'll get. In some cases the system might change the importance level based other factors, and the user can always redefine what the importance level is for a given channel. For more information about what the different levels mean, read about notification importance levels. Set the notification's tap action Every notification should respond to a tap, usually to open an activity in your app that corresponds to the notification. To do so, you must specify a content intent defined with a PendingIntent object and pass it to setContentIntent. The following snippet shows how to create a basic intent to open an activity when the user taps the notification Kotlin // Create an explicit intent for an Activity in your app val intent = Intentthis, AlertDetails { flags = or } val pendingIntent PendingIntent = 0, intent, val builder = CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Hello World!" .setPriority // Set the intent that will fire when the user taps the notification .setContentIntentpendingIntent .setAutoCanceltrue Java // Create an explicit intent for an Activity in your app Intent intent = new Intentthis, PendingIntent pendingIntent = 0, intent, builder = new CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Hello World!" .setPriority // Set the intent that will fire when the user taps the notification .setContentIntentpendingIntent .setAutoCanceltrue; Notice this code calls setAutoCancel, which automatically removes the notification when the user taps it. The setFlags method shown above helps preserve the user's expected navigation experience after they open your app via the notification. But whether you want to use that depends on what type of activity you're starting, which may be one of the following An activity that exists exclusively for responses to the notification. There's no reason the user would navigate to this activity during normal app use, so the activity starts a new task instead of being added to your app's existing task and back stack. This is the type of intent created in the sample above. An activity that exists in your app's regular app flow. In this case, starting the activity should create a back stack so that the user's expectations for the Back and Up buttons is preserved. For more about the different ways to configure your notification's intent, read Start an Activity from a Notification. Show the notification To make the notification appear, call passing it a unique ID for the notification and the result of For example Kotlin with { // notificationId is a unique int for each notification that you must define notifynotificationId, } Java NotificationManagerCompat notificationManager = // notificationId is a unique int for each notification that you must define Remember to save the notification ID that you pass to because you'll need it later if you want to update or remove the notification. Add action buttons A notification can offer up to three action buttons that allow the user to respond quickly, such as snooze a reminder or even reply to a text message. But these action buttons should not duplicate the action performed when the user taps the notification. Figure 2. A notification with one action button To add an action button, pass a PendingIntent to the addAction method. This is just like setting up the notification's default tap action, except instead of launching an activity, you can do a variety of other things such as start a BroadcastReceiver that performs a job in the background so the action does not interrupt the app that's already open. For example, the following code shows how to send a broadcast to a specific receiver Kotlin val snoozeIntent = Intentthis, MyBroadcastReceiver { action = ACTION_SNOOZE putExtraEXTRA_NOTIFICATION_ID, 0 } val snoozePendingIntent PendingIntent = 0, snoozeIntent, 0 val builder = CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Hello World!" .setPriority .setContentIntentpendingIntent .addAction getString snoozePendingIntent Java Intent snoozeIntent = new Intentthis, 0; PendingIntent snoozePendingIntent = 0, snoozeIntent, 0; builder = new CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Hello World!" .setPriority .setContentIntentpendingIntent .addAction getString snoozePendingIntent; For more information about building a BroadcastReceiver to run background work, see the Broadcasts guide. If you're instead trying to build a notification with media playback buttons such as to pause and skip tracks, see how to create a notification with media controls. Add a direct reply action The direct reply action, introduced in Android API level 24, allows users to enter text directly into the notification, which is delivered to your app without opening an activity. For example, you can use a direct reply action to let users reply to text messages or update task lists from within the notification. Figure 3. Tapping the "Reply" button opens the text input The direct reply action appears as an additional button in the notification that opens a text input. When the user finishes typing, the system attaches the text response to the intent you had specified for the notification action and sends the intent to your app. Add the reply button To create a notification action that supports direct reply Create an instance of that you can add to your notification action. This class's constructor accepts a string that the system uses as the key for the text input. Later, your handheld app uses that key to retrieve the text of the input. Kotlin // Key for the string that's delivered in the action's intent. private val KEY_TEXT_REPLY = "key_text_reply" var replyLabel String = var remoteInput RemoteInput = { setLabelreplyLabel build } Java // Key for the string that's delivered in the action's intent. private static final String KEY_TEXT_REPLY = "key_text_reply"; String replyLabel = getResources.getString RemoteInput remoteInput = new .setLabelreplyLabel .build; Create a PendingIntent for the reply action. Kotlin // Build a PendingIntent for the reply action to trigger. var replyPendingIntent PendingIntent = getMessageReplyIntent Java // Build a PendingIntent for the reply action to trigger. PendingIntent replyPendingIntent = getMessageReplyIntent Caution If you re-use a PendingIntent, a user may reply to a different conversation than the one they thought they did. You must either provide a request code that is different for each conversation or provide an intent that doesn't return true when you call equals on the reply intent of any other conversation. The conversation ID is frequently passed as part of the intent's extras bundle, but is ignored when you call equals. Attach the RemoteInput object to an action using addRemoteInput. Kotlin // Create the reply action and add the remote input. var action = getString replyPendingIntent .addRemoteInputremoteInput .build Java // Create the reply action and add the remote input. action = new getString replyPendingIntent .addRemoteInputremoteInput .build; Apply the action to a notification and issue the notification. Kotlin // Build the notification and add the action. val newMessageNotification = CHANNEL_ID .setSmallIcon .setContentTitlegetString .setContentTextgetString .addActionaction .build // Issue the notification. with { newMessageNotification } Java // Build the notification and add the action. Notification newMessageNotification = new CHANNEL_ID .setSmallIcon .setContentTitlegetString .setContentTextgetString .addActionaction .build; // Issue the notification. NotificationManagerCompat notificationManager = newMessageNotification; The system prompts the user to input a response when they trigger the notification action, as shown in figure 3. Retrieve user input from the reply To receive user input from the notification's reply UI, call passing it the Intent received by your BroadcastReceiver Kotlin private fun getMessageTextintent Intent CharSequence? { return } Java private CharSequence getMessageTextIntent intent { Bundle remoteInput = if remoteInput != null { return } return null; } After you’ve processed the text, you must update the notification by calling with the same ID and tag if used. This is necessary to hide direct reply UI and confirm to the user that their reply was received and processed correctly. Kotlin // Build a new notification, which informs the user that the system // handled their interaction with the previous notification. val repliedNotification = CHANNEL_ID .setSmallIcon .setContentTextgetString .build // Issue the new notification. { repliedNotification } Java // Build a new notification, which informs the user that the system // handled their interaction with the previous notification. Notification repliedNotification = new CHANNEL_ID .setSmallIcon .setContentTextgetString .build; // Issue the new notification. NotificationManagerCompat notificationManager = repliedNotification; When working with this new notification, use the context that's passed to the receiver's onReceive method. You should also append the reply to the bottom of the notification by calling setRemoteInputHistory. However, if you’re building a messaging app, you should create a messaging-style notification and append the new message to the conversation. For more advice for notifications from a messaging apps, see best practices for messaging apps. Add a progress bar Notifications can include an animated progress indicator that shows users the status of an ongoing operation. Figure 4. The progress bar during and after the operation. If you can estimate how much of the operation is complete at any time, use the "determinate" form of the indicator as shown in figure 4 by calling setProgressmax, progress, false. The first parameter is what the "complete" value is such as 100; the second is how much is currently complete, and the last indicates this is a determinate progress bar. As your operation proceeds, continuously call setProgressmax, progress, false with an updated value for progress and re-issue the notification. Kotlin val builder = CHANNEL_ID.apply { setContentTitle"Picture Download" setContentText"Download in progress" setSmallIcon setPriority } val PROGRESS_MAX = 100 val PROGRESS_CURRENT = 0 { // Issue the initial notification with zero progress PROGRESS_CURRENT, false notifynotificationId, // Do the job here that tracks the progress. // Usually, this should be in a // worker thread // To show progress, update PROGRESS_CURRENT and update the notification with // PROGRESS_CURRENT, false; // // When done, update the notification one more time to remove the progress bar complete" .setProgress0, 0, false notifynotificationId, } Java ... NotificationManagerCompat notificationManager = builder = new CHANNEL_ID; Download" .setContentText"Download in progress" .setSmallIcon .setPriority // Issue the initial notification with zero progress int PROGRESS_MAX = 100; int PROGRESS_CURRENT = 0; PROGRESS_CURRENT, false; // Do the job here that tracks the progress. // Usually, this should be in a // worker thread // To show progress, update PROGRESS_CURRENT and update the notification with // PROGRESS_CURRENT, false; // // When done, update the notification one more time to remove the progress bar complete" .setProgress0,0,false; At the end of the operation, progress should equal max. You can either leave the progress bar showing when the operation is done, or remove it. In either case, remember to update the notification text to show that the operation is complete. To remove the progress bar, call setProgress0, 0, false. To display an indeterminate progress bar a bar that does not indicate percentage complete, call setProgress0, 0, true. The result is an indicator that has the same style as the progress bar above, except the progress bar is a continuous animation that does not indicate completion. The progress animation runs until you call setProgress0, 0, false and then update the notification to remove the activity indicator. Remember to change the notification text to indicate that the operation is complete. Set a system-wide category Android uses some pre-defined system-wide categories to determine whether to disturb the user with a given notification when the user has enabled Do Not Disturb mode. If your notification falls into one of the pre-defined notification categories defined in NotificationCompat—such as CATEGORY_ALARM, CATEGORY_REMINDER, CATEGORY_EVENT, or CATEGORY_CALL—you should declare it as such by passing the appropriate category to setCategory. Kotlin var builder = CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Hello World!" .setPriority .setCategory Java builder = new CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Hello World!" .setPriority .setCategory This information about your notification category is used by the system to make decisions about displaying your notification when the device is in Do Not Disturb mode. However, you are not required to set a system-wide category and should only do so if your notifications match one of the categories defined by in NotificationCompat. Show an urgent message Your app might need to display an urgent, time-sensitive message, such as an incoming phone call or a ringing alarm. In these situations, you can associate a full-screen intent with your notification. When the notification is invoked, users see one of the following, depending on the device's lock status If the user's device is locked, a full-screen activity appears, covering the lockscreen. If the user's device is unlocked, the notification appears in an expanded form that includes options for handling or dismissing the notification. The following code snippet demonstrates how to associate your notification with a full-screen intent Kotlin val fullScreenIntent = Intentthis, ImportantActivity val fullScreenPendingIntent = 0, fullScreenIntent, var builder = CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Hello World!" .setPriority .setFullScreenIntentfullScreenPendingIntent, true Java Intent fullScreenIntent = new Intentthis, PendingIntent fullScreenPendingIntent = 0, fullScreenIntent, builder = new CHANNEL_ID .setSmallIcon .setContentTitle"My notification" .setContentText"Hello World!" .setPriority .setFullScreenIntentfullScreenPendingIntent, true; Set lock screen visibility To control the level of detail visible in the notification from the lock screen, call setVisibility and specify one of the following values VISIBILITY_PUBLIC shows the notification's full content. VISIBILITY_SECRET doesn't show any part of this notification on the lock screen. VISIBILITY_PRIVATE shows basic information, such as the notification's icon and the content title, but hides the notification's full content. When VISIBILITY_PRIVATE is set, you can also provide an alternate version of the notification content which hides certain details. For example, an SMS app might display a notification that shows You have 3 new text messages, but hides the message contents and senders. To provide this alternative notification, first create the alternative notification with as usual. Then attach the alternative notification to the normal notification with setPublicVersion. However, the user always has final control over whether their notifications are visible on the lock screen and can even control that based on your app's notification channels. Update a notification To update this notification after you've issued it, call again, passing it a notification with the same ID you used previously. If the previous notification has been dismissed, a new notification is created instead. You can optionally call setOnlyAlertOnce so your notification interupts the user with sound, vibration, or visual clues only the first time the notification appears and not for later updates. Remove a notification Notifications remain visible until one of the following happens The user dismisses the notification. The user clicks the notification, and you called setAutoCancel when you created the notification. You call cancel for a specific notification ID. This method also deletes ongoing notifications. You call cancelAll, which removes all of the notifications you previously issued. If you set a timeout when creating a notification using setTimeoutAfter, the system cancels the notification after the specified duration elapses. If required, you can cancel a notification before the specified timeout duration elapses. Best practices for messaging apps Use the best practices listed here as a quick reference of what to keep in mind when creating notifications for your messaging and chat apps. Use MessagingStyle Starting in Android API level 24, Android provides a notification style template specifically for messaging content. Using the class, you can change several of the labels displayed on the notification, including the conversation title, additional messages, and the content view for the notification. The following code snippet demonstrates how to customize a notification's style using the MessagingStyle class. Kotlin var notification = CHANNEL_ID .setStyle .setConversationTitle"Team lunch" .addMessage"Hi", timestamp1, null // Pass in null for user. .addMessage"What's up?", timestamp2, "Coworker" .addMessage"Not much", timestamp3, null .addMessage"How about lunch?", timestamp4, "Coworker" .build Java Notification notification = new CHANNEL_ID .setStylenew .setConversationTitle"Team lunch" .addMessage"Hi", timestamp1, null // Pass in null for user. .addMessage"What's up?", timestamp2, "Coworker" .addMessage"Not much", timestamp3, null .addMessage"How about lunch?", timestamp4, "Coworker" .build; Starting in Android API level 26, notifications that use the class display more content in their collapsed form. You can also use the addHistoricMessage method to provide context to a conversation by adding historic messages to messaging-related notifications. When using Call to set a title for group chats with more than two people. A good conversation title might be the name of the group chat or, if it doesn't have a specific name, a list of the participants in the conversation. Without this, the message may be mistaken as belonging to a one-to-one conversation with the sender of the most recent message in the conversation. Use the method to include media messages such as images. MIME types, of the pattern image/* are currently supported. Use direct reply Direct Reply allows a user to reply inline to a message. After a user replies with the inline reply action, use to update the MessagingStyle notification and do not retract or cancel the notification. Not cancelling the notification allows a user to send multiple replies from the notification. To make the inline reply action compatible with Wear OS, call Use the addHistoricMessage method to provide context to a direct reply conversation by adding historic messages to the notification. Enable smart reply To enable Smart Reply, call setAllowGeneratedResponsestrue on the reply action. This causes Smart Reply responses to be available to users when the notification is bridged to a Wear OS device. Smart Reply responses are generated by an entirely on-watch machine learning model using the context provided by the notification, and no data is uploaded to the Internet to generate the responses. Add notification metadata Assign notification metadata to tell the system how to handle your app notifications when the device is in Do Not Disturb mode. For example, use the addPerson or setCategory method to override the Do Not Disturb mode. Android Studio menyediakan pilihan template dan contoh kode untuk Anda gunakan dalam mempercepat pengembangan aplikasi. Jelajahi kode contoh untuk mempelajari cara mem-build berbagai komponen untuk aplikasi Anda. Gunakan template untuk membuat modul aplikasi baru, aktivitas individual, atau komponen project Android tertentu lainnya. Halaman ini menjelaskan cara mengakses dan menggunakan contoh kode Android berkualitas tinggi yang disediakan Google. Untuk mengetahui informasi tentang template, lihat Menambahkan kode dari template. Gunakan browser contoh untuk memilih, melihat pratinjau, dan mengimpor satu atau beberapa aplikasi contoh sebagai project Pilih File > New > Import Sample. Gunakan kotak penelusuran atau scroll bar untuk menjelajahi contoh. Jika sudah menemukan contoh yang menarik, tandai dan lihat pratinjaunya. Jika ingin mengimpor contoh sebagai project, klik Next, lalu Finish. Gambar 1. Dialog Browse Samples dengan daftar contoh dan pratinjau. Anda juga bisa menjelajahi kode sumber melalui GitHub.