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Why do we observe this weird behaviour Because under the hood, the compiler will go away and create a new type (sometimes called a closed generic type) for each different usage of the open generic type What keeps us from comparing the values of generic types which are known to be icomparable

Doesn't it somehow defeat the entire purpose of generic constraints Or a better example would be a datetime. How do i resolve this, or at least work around it?

Generic is the opposite of specific

Generic and specific refer to the identification of a fact Specific means a fact that has been specified If you ask for (specify) a pain reliever, aspirin would be a specific pain reliever, while aspirin, acetaminophen, ibuprofen, and naproxen together would be generic pain relievers. What's the best way to call a generic method when the type parameter isn't known at compile time, but instead is obtained dynamically at runtime

I have a generics class, foo<t> In a method of foo, i want to get the class instance of type t, but i just can't call t.class What is the preferred way to get around it using t.class? The generic parameter type will be the same for all methods, so i would like it at the class level

I know i could make a generic version and then inherit from it for the int version, but i was just hoping to get it all in one.but i didn't know of any way to do that.

What you want to do is (safely) pass the type of the generic type parameter up from the concerete class to the superclass If you allow yourself to think of the class type as metadata on the class, that suggests the java method for encoding metadata in at runtime I think the problem with this is that if you're using this generic method to say, convert a database object from dbnull to int and it returns default (t) where t is an int, it'll return 0 If this number is actually meaningful, then you'd be passing around bad data in cases where that field was null

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