You are not the only one, Bruno. Thanks for sharing - you just re-assured everyone in one of the most common problems developers solve over and over again.
For that very reason, I started the D-ASYNC open-source project, where your hierarchical state machines are represented merely by async methods. I.e. the programming language is the abstraction without a need for any special library or syntax.
I'm really curious about some details where your generic state machine library failed and what features were missing. And I totally understand how this complexity can derail developers from focusing on business logic (domain modeling). Even if you use an Actor Model framework, your code can blow up 5x in size. This is explained in details of Conquest of Distributed Systems series.
Share more, Bruno!
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You are not the only one, Bruno. Thanks for sharing - you just re-assured everyone in one of the most common problems developers solve over and over again.
For that very reason, I started the D-ASYNC open-source project, where your hierarchical state machines are represented merely by
asyncmethods. I.e. the programming language is the abstraction without a need for any special library or syntax.I'm really curious about some details where your generic state machine library failed and what features were missing. And I totally understand how this complexity can derail developers from focusing on business logic (domain modeling). Even if you use an Actor Model framework, your code can blow up 5x in size. This is explained in details of Conquest of Distributed Systems series.
Share more, Bruno!