backup | Easy full stack backup operations on UNIX-like systems | Continuous Backup library

First, would be to check the file's (rather than database) header for the Magic header String. i.e. is it a valid SQLiteDatabase.

Simply open the file and read the first 16 bytes, it must be SQLite format 3\000 or 53 51 4c 69 74 65 20 66 6f 72 6d 61 74 20 33 00 hex.

Second, you could then check the user_version (offset 60 for 4 bytes) which should match the database version (thus protecting against restoring an outdated version). If using the SQLiteOpenHelper to access the database, then this value is maintained according to the version number used when compiling and producing the distribution.

Adding some "hidden" META data which can't be seen or edited. (not sure if that is possible).

Third, you could again use the header but this time the Application ID at offset 68 (4 bytes), which would be unused. This could be used in a similar way to the version number BUT you would have to implement it's maintenance (setting/updating).

• The first two would require little and would protect against most accidental situations.

• The third, the Application ID, offers a little more protection against the use of a valid SQLite database with a valid version number.

• None would protect against intentional abuse (why such an intention would be questionable). However, it would then likely result in an exception.

If the first 3 are insufficient, then you could open the database and interrogate sqlite_master to see if the schema is as expected.

Perhaps consider the META DATA that Room uses.

Room does it's schema checking based upon a hash of the schema expected according to the @Entity annotated classes and the hash stored in the database in the room_master_table. Which would equate to your META DATA methodology.

e.g. when a Room prohject is compiled, in the generated java it will have code, in the createAllTables method like :-

This was a bug, reported as GitHub issue:

• Error: ODataId was nil when creating an azuread_group resource #588

The resolution to the problem in the OP is to upgrade the version from 2.5.0 to 2.6.0 in the required_providers block from the code in the OP above as follows:

I had a similar problem and was solved when I turned of Automatically refresh canvas

It's usually better to disable backups only for debug builds:

As I researched a lot and did not find a solution to this issue as it's occurring only on the newer version of the animation package.

I tried the below versions:

• 13.2.4 (Latest one) throwing same es error

• 13.2.3 throwing same es error

• 13.2.2 throwing same es error

• 13.2.1 throwing same es error

• 13.2.0 working without error.

So I think for a temporary fix you should update your package.json by pointing to a specific version of this npm like below.

I'm not sure what you're using to code, but in order to set it in Android Studio, open the manifest of your project and under the "activity" section, put android:exported="true"(or false if that is what you prefer). I have attached an example.

Terraform AWS Provider is upgraded to version 4.0.0 which is published on 10 February 2022.

Major changes in the release include:

• Version 4.0.0 of the AWS Provider introduces significant changes to the aws_s3_bucket resource.
• Version 4.0.0 of the AWS Provider will be the last major version to support EC2-Classic resources as AWS plans to fully retire EC2-Classic Networking. See the AWS News Blog for additional details.
• Version 4.0.0 and 4.x.x versions of the AWS Provider will be the last versions compatible with Terraform 0.12-0.15.

The reason for this change by Terraform is as follows: To help distribute the management of S3 bucket settings via independent resources, various arguments and attributes in the aws_s3_bucket resource have become read-only. Configurations dependent on these arguments should be updated to use the corresponding aws_s3_bucket_* resource. Once updated, new aws_s3_bucket_* resources should be imported into Terraform state.

So, I updated my code accordingly by following the guide here: Terraform AWS Provider Version 4 Upgrade Guide | S3 Bucket Refactor

The new working code looks like this:

Step 1

You need to have already created a Google Firebase Project, and enable Google Drive API from Google Developer Console. Note that you need to select the same project in Google Developer Console as you have created in Google Firebase.

Step 2

you need to log in with google to get googleSignInAccount and use dependencies

Remove the inner brackets to flatten the array, then group_by both criteria (which makes your criteria an array), and map your max_by onto the result array: