duplicity | Unnoficial fork of Duplicity - Bandwidth Efficient | FTP library

You can use the code below-

Obviously you could do something as simple as

I found a fix for my special case:

I used ScriptProperties in the Properties Services in App Script. When a user opens the application, he looks for the property of the key with his session's token. If it says busy, he waits and recursively tries the same function, if it says free, he changes it to busy, executes his APIs, then at the end changes it to free again.

Code Snippet:

For anyone also wondering, the issue with iOS build was caused by missing method call. It isn't written anywhere and dotnet repo has incomplete sample code. The usually mentioned configuration call is this:

Firebase.Core.App.Configure();

But that alone doesn't send the crashlytics, it just turns on their collection. Upon launch, following is necessary:

Firebase.Crashlytics.Crashlytics.SharedInstance.SendUnsentReports();

Now crashlytics show up as expected for iOS builds.

By using the Attribute Pattern, you can move this subset of information into an array and reduce the indexing needs also. You turn this information into an array of key-value pairs:

The solution is to pass directly compiled and shadowed JAR instead of letting the gcloud compile it itself.

You can deploy a pre-built JAR that contains the function. This is useful especially if you need to deploy a function that uses dependencies from a private artifact repository that cannot be accessed from Google Cloud's build pipeline when building from source. The JAR can be an uber JAR that contains the function class and all of its dependency classes, or a thin JAR that has Class-Path entries for dependency JARs in the META-INF/MANIFEST.MF file.

Sample to deploy JAR in Cloud Funtions:

Lets consider the query as your_query which you have mentioned as

Now, to get rid of duplicate customers I make a GROUP BY customer.name and I get

Then use it in from subquery as follows:

Use count(distinct):

This is a great question:

1. Images. HTML5 supports the ability to deliver different size images depending on the size of the screen. You can use the img tag or the picture tag for these. Here are a couple great resources: MDN & smashing mag.

basically, you create a few different sized images - perhaps 1920x1080 for desktop, and 1080x720 for mobile (and maybe a smaller option). Then you specify the images in the srcset tag, and using sizes - specify the different screen sizes for each image.

1. Video: Video does not support media queries in HTML. If you want to have a 1080p, 720 and 360p video, you must insert the source with JavaScript. Essentially, create a video tag with no video source. Then use JS to insert the source - based on the size of the screen.

Another option for video is to stream the video. adaptive bitrate streaming allows you to host many different size (and bitrate) videos. You'll use a JS player, and it will be able to determine the correct size video for the screen size (and also for the available network speed). This can get complicated to implement, but there are services like api.video that can help you with this - you upload the video, and get a url for playback that you simply insert in your site.

The great thing about all of these implementations is that NONE of these implementations increase the downloaded data. The browser ONLY requests the one file it needs, and it ignores the other files. (there is increase server asset size - since you'll have multiple versions of each video/image on your server.)