Is running LogicApps as dotnet-isolated a supported feature?

[earloc]

Hi.

We´re currently developing some line-of-business (LOB) custom-connectors in order to be able to automate various tasks in our business.
One thing we didn´t find anywhere documented / sampled is a way to "hook" into a workflows "lifecycle"-events, such as started, ended (or failed, maybe).

As there may be other things that´d be good to have finer grained control over, I started to try to host LogicApps (Standard) in a dotnet-isolated-mode, following these instructions here.
Current hope is that this way we could levereage some Middleware to achieve the initial goal, as well as having complete control over the apps start-process, etc. seems like a nice benefit, also.

Sadly, I´m facing various issues when trying to get this running. I´ve got the feeling that I´d "just" need to reflect the same startup-configuration which azure functions core tools does in order to get LogicApps (Standard) in dotnet-mode up and running, but currently am missing the needed pieces / directions.

So:

1. Is dotnet-isolated a supported mode to host LogicApps (Standard) ? If so, are there any directions on how to configure the necessary services, etc. in program.cs?
2. Is there maybe another way to "hook" into described "lifecycle"-events?

[earloc]

transferred to this Q&A Question

[earloc]

What does one need to do to get reactions to discussions, here @divyaswarnkar ?

[earloc]

A bummer that no one here cares to leave some kind of reply 🙁.

[earloc]

Over at the Q&A Question there has been some activity, recently, which led me to the conclusion that the answer to my original question should be a NO, at least from the perspective of having full control over the apps startup (and to do things like adding middlewares, etc.).

TLDR;
Especially regarding actions executed within a stateful workflow which might have scaled out, it is really not guaranteed on which "physical" process such an action is executed. Trying to spin up a "scope" around a workflow´s execution might therefore not scale.