-- Functions --
Ref implies the type is a reference type, i.e. changes inside the functions will change the variable outside the function. in means immutable out is an alias for ref(preferably used for parameters)
`ref` doesn't "imply" a reference, it "declares" or "states" or something. `in` doesn't mean immutable, it means scope const. `out` is similar to `ref`, but it's not an alias. Unlike `ref`, an out "parameter is initialized upon function entry with the default value for its type". -- Operator Overloading -- The wording suggests that the list of operators is supposed to be exhaustive. It's not.
unitary
unary -- Templates --
Templates are D's response to Java generics and C++ templates.
At least put C++ first if you have to include Java ;)
Basically templates are metaclasses that take types as parameters.
Template parameters are not restricted to types. They can also be values or symbols.
alias List!int.ArrayList IntList;
Maybe use the more fashionable assignment syntax: alias IntList = List!int.ArrayList; -- Arrays --
a[x..y] is an array containing a[x] all the way to a[y]
To avoid confusion: all the way up to, but not including, a[y].
