RE::GHashNode< C, U, Hash > Struct Template Reference

#include <GHashNode.h>

Classes
struct	NodeAltHashF
struct	NodeHashF
struct	NodeRef

Public Types
using	SelfType = GHashNode< C, U, Hash >
using	FirstType = C
using	SecondType = U

Public Member Functions
	GHashNode (const NodeRef &a_src)
void	operator= (const NodeRef &a_src)
template<class K >
bool	operator== (const K &a_src) const
UPInt	GetHash () const

Static Public Member Functions
template<class K >
static UPInt	CalcHash (const K &a_data)

Public Attributes
C	first
U	second

Member Typedef Documentation

FirstType

template<class C , class U , class Hash >

using RE::GHashNode< C, U, Hash >::FirstType = C

SecondType

template<class C , class U , class Hash >

using RE::GHashNode< C, U, Hash >::SecondType = U

SelfType

template<class C , class U , class Hash >

using RE::GHashNode< C, U, Hash >::SelfType = GHashNode<C, U, Hash>

Constructor & Destructor Documentation

GHashNode()

template<class C , class U , class Hash >

RE::GHashNode< C, U, Hash >::GHashNode ( const NodeRef &  a_src )

inline

Member Function Documentation

CalcHash()

template<class C , class U , class Hash >

template<class K >

static UPInt RE::GHashNode< C, U, Hash >::CalcHash ( const K &  a_data )

inlinestatic

GetHash()

template<class C , class U , class Hash >

UPInt RE::GHashNode< C, U, Hash >::GetHash ( ) const

inline

operator=()

template<class C , class U , class Hash >

void RE::GHashNode< C, U, Hash >::operator= ( const NodeRef &  a_src )

inline

operator==()

template<class C , class U , class Hash >

template<class K >

bool RE::GHashNode< C, U, Hash >::operator== ( const K &  a_src ) const

inline

Member Data Documentation

first

template<class C , class U , class Hash >

C RE::GHashNode< C, U, Hash >::first

second

template<class C , class U , class Hash >

U RE::GHashNode< C, U, Hash >::second

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The documentation for this struct was generated from the following file:

• CommonLibSSE-NG/include/RE/G/GHashNode.h