timer | C 定时器 , 基于 C11 , libuv 实现 | Proxy library

You have setEvents(eventData) in the map() so after every iteration the state is being updated. Instead parse the data and then update state once.

1. Created the Azure Functions v3 Project in Visual Studio 2019 along with the azurite extension to the project and running locally:

2. Same Code opened in VS 2022 and run the function locally:

As given in the Microsoft Documentation, Azurite is automatically available with the VS 2022.

When you open the Azure Functions v3 project (earlier created in VS 2019) in VS 2022 now, it might show this messages in the output dialog box after loading the dependencies:

Still, the Azure Storage Emulator is required to run any azure functions project in the Windows, it needs to be installed in the system.

Make sure the Azure Storage Emulator is installed and the azurite is a future storage emulator platform included with VS 2022. If you're using earlier Visual Studio, you'll need to install Azurite by using either Node Package Manager, DockerHub, or by cloning the Azurite github repository given in the following documentation.

The multiplication and addition are in fact pointless, as is the outer cast.

Both operators perform the usual arithmetic conversions on both operands.

For the multiplication, the left operand has type uint64 (as a result of the cast) and the right operand has type int. Since uint64 is the larger type it will be the type of the result. The operand 1 does not change value as a result of the conversion, so in multiplying by 1 the result has the same type and value as (uint64)(x).

Similarly for the addition, the operands are of type uint64 and int respectively, meaning the resulting type is uint64, and 0 does not change value after the conversion. So by adding 0 the result has the same type and value as (uint64)(x) * 1 which has the same type and value as (uint64)(x).

The cast at the end is also superfluous, as the casted expression already has type uint64. As above, the division operator performs the usual arithmetic conversions on its operands so dividing a uint64 by an int results in a uint64.

So the above macro is equivalent to:

I suggest to take a look at this package: is_lock_screen

As the description suggest

Useful for determining whether app entered background due to locking screen or leaving app.

I would try with this:

You need to specify the type of your TRequest parameter in your abstract class as well. It has to be at least specific as the parameter in the interface you're trying to implement.

Downgrade the plugin to kubernetes-client-api:5.10.1-171.vaa0774fb8c20. The latest one has the compatibility issue as of now.

new info: The issue is now solved with upgrading the Kubernetes plugin to version: 1.31.2 https://issues.jenkins.io/browse/JENKINS-67483

This is an issue from a new edition of web3.py.

You need to add gasPrice to your transaction, like so:

I looked at the Android rules and regulations page

According to Google documents, from Android 8 onwards, all applications that do not have a Google-approved signature will be removed from the background after a few minutes.

But the solutions:

1. The first solution is to run the application in debug mode
2. The second solution is to assign a signature to the application and send it to Google for approval

recommend:

1. The third solution is to remove the google play service application from the emulator or android phone

It is related to tuples. In rust tuples can be accessed by item position in that way: