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Re:Why Go and Not Rust? by sytringy05 on Monday September 16, 2019 @08:57PM (#20990130)
It definitely is common with generics, it happens all the time. Here's some production code I've worked on recently:

     new TypeReference<FooResponseCollectionResource<MemberUpdate>>(){})
I like generics, but I don't love this sort of thing and it's not even a mis-use of them
Re:Why Go and Not Rust? by pjmlp on Tuesday September 17, 2019 @02:56AM (#20992404)
Many languages do support type alias. In C# you would do

    using NiceType = TypeReference<FooResponseCollectionResource<MemberUpdate>>
    // ....
    new NiceType ()
Re:Why Go and Not Rust? by ratww on Tuesday September 17, 2019 @11:38AM (#20996484)
My point was that the commonly mocked VisitorObserverFacadeFactoryFactory Java idiom doesn't normally use generics at all.

Of course you can mix generics with terribly named classes and OOP patterns, but that's hardly a problem with generics themselves.

Re:Why Go and Not Rust? by je42 on Tuesday September 17, 2019 @12:39AM (#20991617)
what's the alternative ? using an "untyped" variable ?

but then you loose type checking and some people don't like to loose type checking...

Re:Why Go and Not Rust? by KptMarchewa on Tuesday September 17, 2019 @07:46AM (#20993842)
Do not use patterns that require you to write code like that.
Re:Why Go and Not Rust? by Thiez on Tuesday September 17, 2019 @12:22PM (#20997015)
You never have cases where you have a list of lists? Or do you introduce a pointless wrapper type for the inner lists to "hide" the generics?
Re:Why Go and Not Rust? by ratww on Tuesday September 17, 2019 @11:39AM (#20996516)
That's the answer for me.

The problem in those cases always the abuse of often obsolete OOP patterns and misnamed classes.

Re:Why Go and Not Rust? by KirinDave on Tuesday September 17, 2019 @11:01AM (#20995951)
Or use type aliases that are helpful.