endpoints | The tiniest http endpoints simulator

Let me preface this by: generally, you probably shouldn't.

RTK-Query is a full cache solution - so you should usually not copy state out of it in most solutions, but let RTK-Query keep control over that data.
If you want to change it, temporarily copy it over into local component state (this goes for all kind of form states by the way, you should not edit a form in-place in redux, but temporarily move it over to local component state), use a mutation to save it back to the server and then let RTKQ re-fetch that data to update the cache. Wherever you need that data, just call useGetPostsQuery() and you're good - if that data is not yet fetched, it will get fetched, otherwise you will just get the value from cache.

Oh, bonus: you should not create an extra api per resource. You should have one single createApi call in your application in almost all cases - you can still split it up over multiple files using Code Splitting.

All that said, of course you can copy that data over into a slice if you have a good use case for it - but be aware that this way you now are responsible for keeping that data up-to-date and cleaning it up if you don't need it any more. Usually, RTKQ would do that for you.

Here is an example on how to clone data from a query over into a slice, taken from the RTKQ examples page:

There are two issues here:

1. Oracle Database is not supported on ARM processors, only Intel. See here: https://github.com/oracle/docker-images/issues/1814
2. Oracle Database Docker images are only supported with Oracle Linux 7 or Red Hat Enterprise Linux 7 as the host OS. See here: https://github.com/oracle/docker-images/tree/main/OracleDatabase/SingleInstance

Oracle Database ... is supported for Oracle Linux 7 and Red Hat Enterprise Linux (RHEL) 7. For more details please see My Oracle Support note: Oracle Support for Database Running on Docker (Doc ID 2216342.1)

The referenced My Oracle Support Doc ID goes on to say that the database binaries in their Docker image are built specifically for Oracle Linux hosts, and will also work on Red Hat. That's it.

Because Docker provides process level virtualization it still pulls kernel and other OS libraries from the underlying host OS. A Docker image built for Oracle Linux needs an Oracle Linux host; it doesn't bring the Oracle Linux OS with it. Only Oracle Linux or Red Hat Linux are supported for any Oracle database Linux installation, with or without Docker. Ubuntu, Mac OS, Debian, or any other *NIX flavor will not provide predictable reliable results, even if it is hacked into working or the processes appear to work normally.

instead of baseQuery('token/refresh/', api, extraOptions); you can also do

App Service runs your apps in a sandbox and most PDF libraries will fail. Looking at the IronPDF documentation, they say that you can run it in a VM or a container. Since you already are using App Service, simply package your app in a container, publish it to a container registry and configure App Service to run it.

There are multiple ways to do this, you could use is_wc_endpoint_url function, or you could use global $wp and its property called request as well.

Since you've already tried global $wp, then I'll take the same approach.

Your code would be something like this:

The test you have written is also testing the Django framework logic (ie: Django admin login). I recommend testing your own functionality, which occurs after login to the Django admin. Django's testing framework offers a helper for logging into the admin, client.login. This allows you to focus on testing your own business logic/not need to maintain internal django authentication business logic tests, which may change release to release.

If you use a query, you would use local component state to set the query parameter

It seems to me that your only option is the following:

Google Cloud provides health checks to determine if backends respond to traffic.Health checks connect to backends on a configurable, periodic basis. Each connection attempt is called a probe. Google Cloud records the success or failure of each probe.

Based on a configurable number of sequential successful or failed probes, an overall health state is computed for each backend. Backends that respond successfully for the configured number of times are considered healthy.

Backends that fail to respond successfully for a separately configurable number of times are unhealthy.

The overall health state of each backend determines eligibility to receive new requests or connections.So one of the chances of instance not getting requests can be that your instance is unhealthy. Refer to this documentation for creating health checks .

You can configure the criteria that define a successful probe. This is discussed in detail in the section How health checks work.

Edit1:

The Pod is evicted from the node due to lack of resources, or the node fails. If a node fails, Pods on the node are automatically scheduled for deletion.

So to know the exact reason for pods getting evicted Run kubectl describe pod and look for the node name of this pod. Followed by kubectl describe node that will show what type of resource cap the node is hitting under Conditions: section.

From my experience this happens when the host node runs out of disk space. Also after starting the pod you should run kubectl logs -f and see the logs for more detailed information.

Refer this documentation for more information on eviction.