Module Generics

Provides support for generic types and methods.

The classes UnboundGeneric* represent the unbound form of the generic, whereas ConstructedGeneric* represent the constructed generic where type arguments have been supplied and are bound to the type parameters.

There is a one-to-many relationship between an unbound generic (UnboundGenric*) and its constructed generics (ConstructedGeneric*).

Generics can be partially constructed if they are unbound generics contained within constructed generic types. The predicate getUnboundDeclaration refers to the ultimate UnboundGeneric type/method as defined in the source code.

Import path

import semmle.code.csharp.Generics

Imports

Location	Provides the `Location` class to give a location for each program element.
Namespace	Provides classes for namespaces.

Classes

ConstructedClass	A constructed (bound) class. (See the comments on `ConstructedType` for more information.)
ConstructedDelegateType	A constructed (bound) delegate type. (See the comments on `ConstructedType` for more information.)
ConstructedGeneric	A constructed generic.
ConstructedInterface	A C# constructed (bound) interface. (See the comments on `ConstructedType` for more information.)
ConstructedLocalFunction	A constructed generic local function, for example the target `f<int>` of the function call `f(5)` on line 4 in
ConstructedMethod	A constructed (bound) method, for example the target `M<int>` of the call on line 5 in
ConstructedStruct	A constructed (bound) `struct`. (See the comments on `ConstructedType` for more information.)
ConstructedType	A constructed (bound) type. This is a generic type for which actual type arguments have been supplied, for example `G<int>` or the `G<T>` in `class Other<T> { G<T> g; }`. Constructed types can be divided further into those that are open (for example `G1<T>` or `G2<T,T,U,int>`), in the sense that one or more of their type arguments is a type parameter, versus those that are closed (for example `G1<int>` or `G2<long,long,float,int>`).
Generic	A generic declaration. Either an unbound generic (`UnboundGeneric`) or a constructed generic (`ConstructedGeneric`).
NonConstructedMethod	A method that is not constructed. That is, either a method that is not a generic method or an unbound generic method (`UnboundGenericMethod`).
TypeParameter	A type parameter, for example `T` in `List<T>`.
TypeParameterConstraints	A set of type parameter constraints.
UnboundGeneric	A generic declaration with type parameters.
UnboundGenericClass	An unbound generic class, for example
UnboundGenericDelegateType	An unbound generic delegate type. (See the comments on `UnboundGenericType` for more information.)
UnboundGenericInterface	An unbound generic interface, for example
UnboundGenericMethod	An unbound generic method. This is a generic method whose signature involves formal type parameters, For example `M<T>` on line 2 in
UnboundGenericStruct	An unbound generic `struct`. (See the comments on `UnboundGenericType` for more information.)
UnboundGenericType	An unbound generic type. This is a generic type with type parameters (for example `List<T>`) or elided type parameters (for example List`1).
UnboundLocalFunction	An unbound generic local function, for example `f` on line 3 in