streamlined | Streamlined allows you to quickly generate useful user | Application Framework library

That topic comes up every once in a while, but the conclusion always has been that this isn't something that the core wants to support: https://github.com/cakephp/cakephp/issues/9197

So you're on your own here, and there's many ways how you could solve this in a more DRY manner, but that depends to a non-negligible degree on your application's specific needs. It's hard to give any proper generic advice on this, as doing things wrong can have dire consequences.

Like if you'd blindly apply a specific connection to all read operations, you'd very likely end up very sad when your application will issue a read on a different connection while you're in a transaction that writes something based on the read data.

All that being sad, you could split your models into read/write ones, going down the CQRS-ish route, you could use behaviors that provide a more straightforward and reusable API for your tables, you could move your operations into the model layer and hide the possibly a bit dirty implementation that way, you could configure the default connection based on the requested endpoint, eg whether it's a read or a write one, etc.

There's many ways to "solve" the problem, but I'm afraid it's not something anyone here could definitively answer.

Here is a data.table approach

sample data

Answer: justify-content: center;

(You had a typo)

After some experimentation, I figured out that the Servant client indeed does maintain cookies in the cookieJar that is part of the clientEnv. To be more precise, clientEnv contains the field cookieJar, which is of type Maybe (TVar CookieJar). It is the TVar the client updates according to the Set-Cookie instructions of subsequent requests. It is up to the developer to create and initialize that TVar before making the first request; otherwise, the Servant client will discard cookies between requests.

In addition, it is possible to retrieve cookies in the same way as the request body. To this end, the cookies to be retrieved must be defined as part of the API type, like in the example of my original question:

Well, such an idea has crossed my mind several times in the past. But even with an XML configuration easily serialized into databased and deserialized into an Integration Flow (XML one) in its own child ApplicationContext, we still ended up with the problem that some beans have to be provided with their Java code. Even if we opted out for Groovy scripts, which could be parsed and loaded at runtime, some Java code would need to be compiled anyway. And in the end when we released some solution for the customer, it became very messy error prone how their operators wrote those dynamic flows.

You definitely can have some external configuration options and can have a conditional logic, but still the code must be compiled in advance without any way to let the logic (not data) to be seriailzed and deserialized at runtime.

Probably this is not an answer you are looking for, but there is no such a serialization solution and possibly it won't be done at all, since it is an anti-pattern (IMHO) to have dynamic application these days when we simply can deal with short and simple microservices or even functions.

For making it responsive to mobile use media queries: https://www.w3schools.com/css/css_rwd_mediaqueries.asp

Also, hover on mobile acts like a touch input so I don't think you have a problem with that

Code block 1:

See if you can only define things when you need them

Code block 2:

The administrators won't need to install your app manually and generate the secret. It's you who generates the secret for your server side and you will use your client ID and the secret to access Graph in offline mode. For that you'll need your clients' administrators' consent which you can get by redirecting them to admin consent page which will present the list of permissions required by your application to access the Graph data. All of this is described here: https://docs.microsoft.com/en-us/azure/active-directory/develop/v2-oauth2-client-creds-grant-flow

This looks like a bug in TypeScript. Your code (which would work fine in JavaScript) transpiles to: