Download [Extra Quality] All Gst Notifications
Elena Piersanti
Priority ranges from -2 to 2. -2 is lowest priority. 2 is highest. Zero is default. On platforms that don't support a notification center (Windows, Linux & Mac), -2 and -1 result in an error as notifications with those priorities will not be shown at all.
You may be able to reply directly to email notifications outside of Canvas. Replies are updated in the Canvas Inbox. However, please be aware that attachments added as part of an external reply are not included with the message shown in Canvas.
To receive a notification right away, select the Notify immediately option [2]. These notifications may be delayed by up to one hour in case an instructor makes additional changes, which prevents you from being spammed by multiple notifications in a short amount of time.
If you have enabled push notifications in the Canvas Student app, you can manage your settings in the Push Notification column. Please be aware that push notifications can only be sent to your mobile device right away or not at all. Daily and weekly notification options are not supported.
Note: Some categories include limited availability for push notifications. Full details about supported notifications for push notifications can be found in the Canvas Notifications resource document.
Also; it would be great if you can chose if users are notified based on changes in a group/pulse they are assigned to, and not every change on the whole board. The fact that you dont have more options regarding notifications is frustrating as it makes difficult to keep track of e.g. the development of the pulses (tasks) you are assigned to in boards with allot of groups and pulses
In addition to support for sending email, Laravel provides support for sending notifications across a variety of delivery channels, including email, SMS (via Vonage, formerly known as Nexmo), and Slack. In addition, a variety of community built notification channels have been created to send notifications over dozens of different channels! Notifications may also be stored in a database so they may be displayed in your web interface.
Typically, notifications should be short, informational messages that notify users of something that occurred in your application. For example, if you are writing a billing application, you might send an "Invoice Paid" notification to your users via the email and SMS channels.
Alternatively, you may send notifications via the Notification facade. This approach is useful when you need to send a notification to multiple notifiable entities such as a collection of users. To send notifications using the facade, pass all of the notifiable entities and the notification instance to the send method:
Sending notifications can take time, especially if the channel needs to make an external API call to deliver the notification. To speed up your application's response time, let your notification be queued by adding the ShouldQueue interface and Queueable trait to your class. The interface and trait are already imported for all notifications generated using the make:notification command, so you may immediately add them to your notification class:
When queueing notifications, a queued job will be created for each recipient and channel combination. For example, six jobs will be dispatched to the queue if your notification has three recipients and two channels.
By default, queued notifications will be queued using your application's default queue connection. If you would like to specify a different connection that should be used for a particular notification, you may call the onConnection method from your notification's constructor:
When queued notifications are dispatched within database transactions, they may be processed by the queue before the database transaction has committed. When this happens, any updates you have made to models or database records during the database transaction may not yet be reflected in the database. In addition, any models or database records created within the transaction may not exist in the database. If your notification depends on these models, unexpected errors can occur when the job that sends the queued notification is processed.
Note
When sending mail notifications, be sure to set the name configuration option in your config/app.php configuration file. This value will be used in the header and footer of your mail notification messages.
Some notifications inform users of errors, such as a failed invoice payment. You may indicate that a mail message is regarding an error by calling the error method when building your message. When using the error method on a mail message, the call to action button will be red instead of black:
When sending notifications via the mail channel, the notification system will automatically look for an email property on your notifiable entity. You may customize which email address is used to deliver the notification by defining a routeNotificationForMail method on the notifiable entity:
You can modify the HTML and plain-text template used by mail notifications by publishing the notification package's resources. After running this command, the mail notification templates will be located in the resources/views/vendor/notifications directory:
Markdown mail notifications allow you to take advantage of the pre-built templates of mail notifications, while giving you more freedom to write longer, customized messages. Since the messages are written in Markdown, Laravel is able to render beautiful, responsive HTML templates for the messages while also automatically generating a plain-text counterpart.
Like all other mail notifications, notifications that use Markdown templates should define a toMail method on their notification class. However, instead of using the line and action methods to construct the notification, use the markdown method to specify the name of the Markdown template that should be used. An array of data you wish to make available to the template may be passed as the method's second argument:
After exporting the components, the resources/views/vendor/mail/html/themes directory will contain a default.css file. You may customize the CSS in this file and your styles will automatically be in-lined within the HTML representations of your Markdown notifications.
You can query the table to display the notifications in your application's user interface. But, before you can do that, you will need to create a database table to hold your notifications. You may use the notifications:table command to generate a migration with the proper table schema:
If a notification supports being stored in a database table, you should define a toDatabase or toArray method on the notification class. This method will receive a $notifiable entity and should return a plain PHP array. The returned array will be encoded as JSON and stored in the data column of your notifications table. Let's take a look at an example toArray method:
Once notifications are stored in the database, you need a convenient way to access them from your notifiable entities. The Illuminate\Notifications\Notifiable trait, which is included on Laravel's default App\Models\User model, includes a notifications Eloquent relationship that returns the notifications for the entity. To fetch notifications, you may access this method like any other Eloquent relationship. By default, notifications will be sorted by the created_at timestamp with the most recent notifications at the beginning of the collection:
If you want to retrieve only the "unread" notifications, you may use the unreadNotifications relationship. Again, these notifications will be sorted by the created_at timestamp with the most recent notifications at the beginning of the collection:
Note
To access your notifications from your JavaScript client, you should define a notification controller for your application which returns the notifications for a notifiable entity, such as the current user. You may then make an HTTP request to that controller's URL from your JavaScript client.
Before broadcasting notifications, you should configure and be familiar with Laravel's event broadcasting services. Event broadcasting provides a way to react to server-side Laravel events from your JavaScript powered frontend.
The broadcast channel broadcasts notifications using Laravel's event broadcasting services, allowing your JavaScript powered frontend to catch notifications in realtime. If a notification supports broadcasting, you can define a toBroadcast method on the notification class. This method will receive a $notifiable entity and should return a BroadcastMessage instance. If the toBroadcast method does not exist, the toArray method will be used to gather the data that should be broadcast. The returned data will be encoded as JSON and broadcast to your JavaScript powered frontend. Let's take a look at an example toBroadcast method:
All broadcast notifications are queued for broadcasting. If you would like to configure the queue connection or queue name that is used to queue the broadcast operation, you may use the onConnection and onQueue methods of the BroadcastMessage:
In addition to the data you specify, all broadcast notifications also have a type field containing the full class name of the notification. If you would like to customize the notification type, you may define a broadcastType method on the notification class:
Notifications will broadcast on a private channel formatted using a notifiable.id convention. So, if you are sending a notification to an App\Models\User instance with an ID of 1, the notification will be broadcast on the App.Models.User.1 private channel. When using Laravel Echo, you may easily listen for notifications on a channel using the notification method:
Sending SMS notifications in Laravel is powered by Vonage (formerly known as Nexmo). Before you can send notifications via Vonage, you need to install the laravel/vonage-notification-channel and guzzlehttp/guzzle packages:
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