enum t1 = type!int; static assert (t1.opDispatch!"isIntegral"); static assert ( type!float.isFloatingPoint); static assert (!type!float.isBoolean); enum t2 = type!string[type!int[]]; static assert (t2 == type!(string[int[]])); static assert ( t2.isAssociativeArray); static assert (!t2.isArray); enum t3 = type!(byte*); static assert (t3.PointerTarget == type!byte); enum Names : string { n1 = "asd", n2 = "bfg" } enum t4 = type!Names; static assert (t4.OriginalType == type!string); enum members = t4.EnumMembers; static assert ([t4.EnumMembers.expand] == [Names.n1, Names.n2]); class C0 {} class C1 : C0 {} class C2 : C1 {} class C3 : C2 {} enum t5 = type!C3; static assert (t5.BaseClassesTuple == aliasTuple!(Type!C2, Type!C1, Type!C0, Type!Object)); interface I0 { } interface I1 { } interface I2 { } interface I12 : I0, I1, I2 { } interface I12_12 : I1, I2, I12 {} enum t6 = type!I12_12; static assert (t6.InterfacesTuple == aliasTuple!(Type!I1, Type!I2, Type!I12, Type!I0));
Convience function that forwards to std.traits.